coreimage

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Documentation

Overview

Package coreimage provides Go bindings for the CoreImage framework.

Use built-in or custom filters to process still and video images.

Core Image is an image processing and analysis technology that provides high-performance processing for still and video images. Use the many built-in image filters to process images and build complex effects by chaining filters. For a list of all the built-in filters see the [Filter Catalog](<doc://com.apple.coreimage/documentation/CoreImage#Filter-Catalog>).

Essentials

  • Processing an Image Using Built-in Filters: Apply effects such as sepia tint, highlight strengthening, and scaling to images.
  • CIContext: The Core Image context class provides an evaluation context for Core Image processing with Metal, OpenGL, or OpenCL. (CIImageRepresentationOption, CIContextOption)
  • CIImage: A representation of an image to be processed or produced by Core Image filters. (CIImageOption, CIImageAutoAdjustmentOption)

Filters

  • CIFilter: An image processor that produces an image by manipulating one or more input images or by generating new image data. (CIFilterProtocol, CIDynamicRangeOption)
  • CIRAWFilter: A filter subclass that produces an image by manipulating RAW image sensor data from a digital camera or scanner. (CIRAWDecoderVersion)
  • CIColor: The Core Image class that defines a color object.
  • CIVector: The Core Image class that defines a vector object.

Filter Catalog

Filter Recipes

  • Applying a Chroma Key Effect: Replace a color in one image with the background from another.
  • Selectively Focusing on an Image: Focus on a part of an image by applying Gaussian blur and gradient masks.
  • Customizing Image Transitions: Transition between images in creative ways using Core Image filters.
  • Simulating Scratchy Analog Film: Degrade the quality of an image to make it look like dated, analog film.

Custom Filters

  • Writing Custom Kernels: Write your own custom kernels in either the Core Image Kernel Language or the Metal Shading Language.
  • CIKernel: A GPU-based image-processing routine used to create custom Core Image filters. (CIKernelROICallback)
  • CIColorKernel: A GPU-based image-processing routine that processes only the color information in images, used to create custom Core Image filters.
  • CIWarpKernel: A GPU-based image-processing routine that processes only the geometry information in an image, used to create custom Core Image filters.
  • CIBlendKernel: A GPU-based image-processing routine that is optimized for blending two images.
  • CISampler: An object that retrieves pixel samples for processing by a filter kernel.
  • CIFilterShape: A description of the bounding shape of a filter and the domain of definition for a filter operation.
  • CIFormat: Pixel data formats for image input, output, and processing.

Custom Image Processors

  • CIImageProcessorKernel: The abstract class you extend to create custom image processors that can integrate with Core Image workflows.
  • CIImageProcessorInput: A container of image data and information for use in a custom image processor.
  • CIImageProcessorOutput: A container for writing image data and information produced by a custom image processor.

Custom Render Destination

  • Generating an animation with a Core Image Render Destination: Animate a filtered image to a Metal view in a SwiftUI app using a Core Image Render Destination.
  • CIRenderDestination: A specification for configuring all attributes of a render task’s destination and issuing asynchronous render tasks. (CIRenderDestinationAlphaMode)
  • CIRenderInfo: An encapsulation of a render task’s timing, passes, and pixels processed.
  • CIRenderTask: A single render task.
  • CIRenderDestinationAlphaMode: Different ways of representing alpha.

Feedback-Based Processing

  • CIImageAccumulator: An object that manages feedback-based image processing for tasks such as painting or fluid simulation.

Barcode Descriptions

Image Feature Detection

Image Units

  • CIPlugIn: The mechanism for loading image units in macOS.
  • CIFilterGenerator: An object that creates and configures chains of individual image filters.
  • CIPlugInRegistration: The interface for loading Core Image image units.
  • CIFilterConstructor: A general interface for objects that produce filters.

Protocols

  • CIAreaBoundsRed
  • CIMaximumScaleTransform
  • CIToneMapHeadroom
  • CIAreaAverageMaximumRed: The protocol for the Area Average and Maximum Red filter.
  • CIBlurredRoundedRectangleGenerator: The protocol for the Blurred Rounded Rectangle Generator filter.
  • CIDistanceGradientFromRedMask: The protocol for the Distance Gradient From Red Mask filter.
  • CIRoundedQRCodeGenerator: The protocol for the Rounded QR Code Generator filter.
  • CISignedDistanceGradientFromRedMask: The protocol for the Signed Distance Gradient From Red Mask filter.

Variables

  • kCIInputBacksideImageKey: A key to get or set the backside image for a transition Core Image filter.
  • kCIInputBiasVectorKey: A key to get or set the vector bias value of a Core Image filter.
  • kCIInputColor0Key: A key to get or set a color value of a Core Image filter.
  • kCIInputColor1Key: A key to get or set a color value of a Core Image filter.
  • kCIInputColorSpaceKey: A key to get or set a color space value of a Core Image filter.
  • kCIInputCountKey: A key to get or set the scalar count value of a Core Image filter.
  • kCIInputExtrapolateKey: A key to get or set the boolean behavior of a Core Image filter that specifies if the filter should extrapolate a table beyond the defined range.
  • kCIInputPaletteImageKey: A key to get or set the palette image for a Core Image filter.
  • kCIInputPerceptualKey: A key to get or set the boolean behavior of a Core Image filter that specifies if the filter should operate in linear or perceptual colors.
  • kCIInputPoint0Key: A key to get or set the coordinate value of a Core Image filter.
  • kCIInputPoint1Key: A key to get or set a coordinate value of a Core Image filter.
  • kCIInputRadius0Key: A key to get or set the geometric radius value of a Core Image filter.
  • kCIInputRadius1Key: A key to get or set the geometric radius value of a Core Image filter.
  • kCIInputThresholdKey: A key to get or set the scalar threshold value of a Core Image filter.

Key Types

  • CIFilter - An image processor that produces an image by manipulating one or more input images or by generating new image data.
  • CIImage - A representation of an image to be processed or produced by Core Image filters.
  • CIContext - The Core Image context class provides an evaluation context for Core Image processing with Metal, OpenGL, or OpenCL.
  • CIRAWFilter - A filter subclass that produces an image by manipulating RAW image sensor data from a digital camera or scanner.
  • CIBlendKernel - A GPU-based image-processing routine that is optimized for blending two images.
  • CIColor - The Core Image class that defines a color object.
  • CIVector - The Core Image class that defines a vector object.
  • CIFaceFeature - Information about a face detected in a still or video image.
  • CIRenderDestination - A specification for configuring all attributes of a render task’s destination and issuing asynchronous render tasks.
  • CIFilterGenerator - An object that creates and configures chains of individual image filters.

Code generated from Apple documentation. DO NOT EDIT.

Index

Constants

This section is empty.

Variables

View Source 
var (
	// CIDetectorAccuracy is a key used to specify the desired accuracy for the detector.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorAccuracy
	CIDetectorAccuracy string
	// CIDetectorAccuracyHigh is indicates that the detector should choose techniques that are higher in accuracy, even if it requires more processing time.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorAccuracyHigh
	CIDetectorAccuracyHigh string
	// CIDetectorAccuracyLow is indicates that the detector should choose techniques that are lower in accuracy, but can be processed more quickly.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorAccuracyLow
	CIDetectorAccuracyLow string
	// CIDetectorAspectRatio is an option specifying the aspect ratio (width divided by height) of rectangles to search for.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorAspectRatio
	CIDetectorAspectRatio string
	// CIDetectorEyeBlink is an option for whether Core Image will perform additional processing to recognize closed eyes in detected faces.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorEyeBlink
	CIDetectorEyeBlink string
	// CIDetectorFocalLength is an option identifying the focal length in pixels used in capturing images to be processed by the detector.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorFocalLength
	CIDetectorFocalLength string
	// CIDetectorImageOrientation is an option for the display orientation of the image whose features you want to detect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorImageOrientation
	CIDetectorImageOrientation string
	// CIDetectorMaxFeatureCount is the key to the configuration dictionary whose value represents the maximum number of features the detector should return.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorMaxFeatureCount
	CIDetectorMaxFeatureCount string
	// CIDetectorMinFeatureSize is a key used to specify the minimum size that the detector will recognize as a feature.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorMinFeatureSize
	CIDetectorMinFeatureSize string
	// CIDetectorNumberOfAngles is the number of perspectives to use for detecting a face in video input.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorNumberOfAngles
	CIDetectorNumberOfAngles string
	// CIDetectorReturnSubFeatures is an option specifying whether to return feature information for components of detected features.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorReturnSubFeatures
	CIDetectorReturnSubFeatures string
	// CIDetectorSmile is an option for whether Core Image will perform additional processing to recognize smiles in detected faces.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorSmile
	CIDetectorSmile string
	// CIDetectorTracking is a key used to enable or disable face tracking for the detector. Use this option when you want to track faces across frames in a video.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorTracking
	CIDetectorTracking string
	// CIDetectorTypeFace is a detector that searches for faces in a still image or video, returning [CIFaceFeature] objects that provide information about detected faces.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorTypeFace
	CIDetectorTypeFace string
	// CIDetectorTypeQRCode is a detector that searches for Quick Response codes (a type of 2D barcode) in a still image or video, returning [CIQRCodeFeature] objects that provide information about detected barcodes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorTypeQRCode
	CIDetectorTypeQRCode string
	// CIDetectorTypeRectangle is a detector that searches for rectangular areas in a still image or video, returning [CIRectangleFeature] objects that provide information about detected regions.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorTypeRectangle
	CIDetectorTypeRectangle string
	// CIDetectorTypeText is a detector that searches for text in a still image or video, returning [CITextFeature] objects that provide information about detected regions.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDetectorTypeText
	CIDetectorTypeText string
	// CIFeatureTypeFace is a Core Image feature type for person’s face.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFeatureTypeFace
	CIFeatureTypeFace string
	// CIFeatureTypeQRCode is a Core Image feature type for QR code object.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFeatureTypeQRCode
	CIFeatureTypeQRCode string
	// CIFeatureTypeRectangle is a Core Image feature type for rectangular object.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFeatureTypeRectangle
	CIFeatureTypeRectangle string
	// CIFeatureTypeText is a Core Image feature type for text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFeatureTypeText
	CIFeatureTypeText string
	// KCIApplyOptionColorSpace is the color space of the produced image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIApplyOptionColorSpace
	KCIApplyOptionColorSpace string
	// KCIApplyOptionDefinition is the domain of definition (DOD) of the produced image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIApplyOptionDefinition
	KCIApplyOptionDefinition string
	// KCIApplyOptionExtent is the extent of the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIApplyOptionExtent
	KCIApplyOptionExtent string
	// KCIApplyOptionUserInfo is information needed by a callback. The associated value is an object that Core Image will pass to any callbacks invoked for that filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIApplyOptionUserInfo
	KCIApplyOptionUserInfo string
	// KCIAttributeClass is the class name of the filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeClass
	KCIAttributeClass string
	// KCIAttributeDefault is the default value, specified as a floating-point value, for a filter parameter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeDefault
	KCIAttributeDefault string
	// KCIAttributeDescription is the localized description of the filter. This description should inform the user what the filter does and be short enough to display in the user interface for the filter. It is not intended to be technically detailed.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeDescription
	KCIAttributeDescription string
	// KCIAttributeDisplayName is the localized display name of the attribute.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeDisplayName
	KCIAttributeDisplayName string
	// KCIAttributeFilterAvailable_Mac is the macOS version in which the filter first became available.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeFilterAvailable_Mac
	KCIAttributeFilterAvailable_Mac string
	// KCIAttributeFilterAvailable_iOS is the iOS version in which the filter first became available.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeFilterAvailable_iOS
	KCIAttributeFilterAvailable_iOS string
	// KCIAttributeFilterCategories is an array of filter category keys that specifies all the categories in which the filter is a member.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeFilterCategories
	KCIAttributeFilterCategories string
	// KCIAttributeFilterDisplayName is the localized version of the filter name that is displayed in the user interface.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeFilterDisplayName
	KCIAttributeFilterDisplayName string
	// KCIAttributeFilterName is the filter name.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeFilterName
	KCIAttributeFilterName string
	// KCIAttributeIdentity is if supplied as a value for a parameter, the parameter has no effect on the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeIdentity
	KCIAttributeIdentity string
	// KCIAttributeMax is the maximum value for a filter parameter, specified as a floating-point value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeMax
	KCIAttributeMax string
	// KCIAttributeMin is the minimum value for a filter parameter, specified as a floating-point value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeMin
	KCIAttributeMin string
	// KCIAttributeName is the name of the attribute.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeName
	KCIAttributeName string
	// KCIAttributeReferenceDocumentation is the localized reference documentation for the filter. The reference should provide developers with technical details.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeReferenceDocumentation
	KCIAttributeReferenceDocumentation string
	// KCIAttributeSliderMax is the maximum value, specified as a floating-point value, to use for a slider that controls input values for a filter parameter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeSliderMax
	KCIAttributeSliderMax string
	// KCIAttributeSliderMin is the minimum value, specified as a floating-point value, to use for a slider that controls input values for a filter parameter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeSliderMin
	KCIAttributeSliderMin string
	// KCIAttributeType is the type of an attribute.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeType
	KCIAttributeType string
	// KCIAttributeTypeAngle is an angle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeAngle
	KCIAttributeTypeAngle string
	// KCIAttributeTypeBoolean is a Boolean value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeBoolean
	KCIAttributeTypeBoolean string
	// KCIAttributeTypeColor is a Core Image color ([CIColor] object) that specifies red, green, and blue component values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeColor
	KCIAttributeTypeColor string
	// KCIAttributeTypeCount is a positive integer value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeCount
	KCIAttributeTypeCount string
	// KCIAttributeTypeDistance is a distance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeDistance
	KCIAttributeTypeDistance string
	// KCIAttributeTypeGradient is an n-by-1 gradient image used to describe a color ramp.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeGradient
	KCIAttributeTypeGradient string
	// KCIAttributeTypeImage is a [CIImage] object.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeImage
	KCIAttributeTypeImage string
	// KCIAttributeTypeInteger is an integer value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeInteger
	KCIAttributeTypeInteger string
	// KCIAttributeTypeOffset is an offset. (A 2-element vector type.).
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeOffset
	KCIAttributeTypeOffset string
	// KCIAttributeTypeOpaqueColor is a Core Image color ([CIColor] object) that specifies red, green, and blue component values. Use this key for colors with no alpha component. If the key is not present, Core Image assumes color with alpha.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeOpaqueColor
	KCIAttributeTypeOpaqueColor string
	// KCIAttributeTypePosition is a two-dimensional location in the working coordinate space. (A 2-element vector type.).
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypePosition
	KCIAttributeTypePosition string
	// KCIAttributeTypePosition3 is a three-dimensional location in the working coordinate space. (A 3-element vector type.).
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypePosition3
	KCIAttributeTypePosition3 string
	// KCIAttributeTypeRectangle is a Core Image vector that specifies the and values of the rectangle origin, and the width () and height () of the rectangle. The vector takes the form [, , , ]. (A 4-element vector type.).
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeRectangle
	KCIAttributeTypeRectangle string
	// KCIAttributeTypeScalar is a scalar value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeScalar
	KCIAttributeTypeScalar string
	// KCIAttributeTypeTime is a parametric time for transitions, specified as a floating-point value in the range of `0.0` to `1.0`.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeTime
	KCIAttributeTypeTime string
	// KCIAttributeTypeTransform is the transform type of an attribute.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIAttributeTypeTransform
	KCIAttributeTypeTransform string
	// KCICategoryBlur is a filter that softens images, decreasing the contrast between the edges in an image. Examples of blur filters are Gaussian blur and zoom blur.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryBlur
	KCICategoryBlur string
	// KCICategoryBuiltIn is a filter provided by Core Image. This distinguishes built-in filters from plug-in filters.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryBuiltIn
	KCICategoryBuiltIn string
	// KCICategoryColorAdjustment is the category for color adjustment filters.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryColorAdjustment
	KCICategoryColorAdjustment string
	// KCICategoryColorEffect is a filter that modifies the color of an image to achieve an artistic effect. Examples of color effect filters include filters that change a color image to a sepia image or a monochrome image or that produces such effects as posterizing.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryColorEffect
	KCICategoryColorEffect string
	// KCICategoryCompositeOperation is a filter operates on two image sources, using the color values of one image to operate on the other. Composite filters perform computations such as computing maximum values, minimum values, and multiplying values between input images. You can use compositing filters to add effects to an image, crop an image, and achieve a variety of other effects.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryCompositeOperation
	KCICategoryCompositeOperation string
	// KCICategoryDistortionEffect is a filter that reshapes an image by altering its geometry to create a 3D effect. Using distortion filters, you can displace portions of an image, apply lens effects, make a bulge in an image, and perform other operation to achieve an artistic effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryDistortionEffect
	KCICategoryDistortionEffect string
	// KCICategoryFilterGenerator is a filter created by chaining several filters together and then packaged as a [CIFilterGenerator] object.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryFilterGenerator
	KCICategoryFilterGenerator string
	// KCICategoryGenerator is a filter that generates a pattern, such as a solid color, a checkerboard, or a star shine. The generated output is typically used as input to another filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryGenerator
	KCICategoryGenerator string
	// KCICategoryGeometryAdjustment is a filter that changes the geometry of an image. Some of these filters are used to warp an image to achieve an artistic effects, but these filters can also be used to correct problems in the source image. For example, you can apply an affine transform to straighten an image that is rotated with respect to the horizon.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryGeometryAdjustment
	KCICategoryGeometryAdjustment string
	// KCICategoryGradient is a filter that generates a fill whose color varies smoothly. Exactly how color varies depends on the type of gradient—linear, radial, or Gaussian.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryGradient
	KCICategoryGradient string
	// KCICategoryHalftoneEffect is a filter that simulates a variety of halftone screens, to mimic the halftone process used in print media. The output of these filters has the familiar “newspaper” look of the various dot patterns. Filters are typically named after the pattern created by the virtual halftone screen, such as circular screen or hatched screen.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryHalftoneEffect
	KCICategoryHalftoneEffect string
	// KCICategoryHighDynamicRange is a filter that works on high dynamic range pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryHighDynamicRange
	KCICategoryHighDynamicRange string
	// KCICategoryInterlaced is a filter that works on interlaced images.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryInterlaced
	KCICategoryInterlaced string
	// KCICategoryNonSquarePixels is a filter that works on non-square pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryNonSquarePixels
	KCICategoryNonSquarePixels string
	// KCICategoryReduction is a filter that reduces image data. These filters are used to solve image analysis problems.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryReduction
	KCICategoryReduction string
	// KCICategorySharpen is a filter that sharpens images, increasing the contrast between the edges in an image. Examples of sharpen filters are unsharp mask and sharpen luminance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategorySharpen
	KCICategorySharpen string
	// KCICategoryStillImage is a filter that works on still images.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryStillImage
	KCICategoryStillImage string
	// KCICategoryStylize is a filter that makes a photographic image look as if it was painted or sketched. These filters are typically used alone or in combination with other filters to achieve artistic effects.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryStylize
	KCICategoryStylize string
	// KCICategoryTileEffect is a filter that typically applies an effect to an image and then create smaller versions of the image (tiles), which are then laid out to create a pattern that’s infinite in extent.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryTileEffect
	KCICategoryTileEffect string
	// KCICategoryTransition is a filter that provides a bridge between two or more images by applying a motion effect that defines how the pixels of a source image yield to that of the destination image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryTransition
	KCICategoryTransition string
	// KCICategoryVideo is a filter that works on video images.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCICategoryVideo
	KCICategoryVideo string
	// KCIFilterGeneratorExportedKey is the key ([CIFilterGeneratorExportedKey]) for the exported parameter. The associated value is the key name of the parameter you are exporting, such as `inputRadius`.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIFilterGeneratorExportedKey
	KCIFilterGeneratorExportedKey string
	// KCIFilterGeneratorExportedKeyName is the key ([CIFilterGeneratorExportedKeyName]) for the name used to export the [CIFilterGenerator] object. The associated value is a string that specifies a unique name for the filter generator object.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIFilterGeneratorExportedKeyName
	KCIFilterGeneratorExportedKeyName string
	// KCIFilterGeneratorExportedKeyTargetObject is the target object ([CIFilterGeneratorExportedKeyTargetObject]) for the exported key. The associated value is the name of the object, such as [CIMotionBlur].
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIFilterGeneratorExportedKeyTargetObject
	KCIFilterGeneratorExportedKeyTargetObject string
	// KCIImageAutoAdjustCrop is a key used to specify whether to return a filter that crops the image to focus on detected features.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageAutoAdjustmentOption/crop
	KCIImageAutoAdjustCrop string
	// KCIImageAutoAdjustEnhance is a key used to specify whether to return enhancement filters.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageAutoAdjustmentOption/enhance
	KCIImageAutoAdjustEnhance string
	// KCIImageAutoAdjustFeatures is a key used to specify an array of features that you want to apply enhancement and red eye filters to.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageAutoAdjustmentOption/features
	KCIImageAutoAdjustFeatures string
	// KCIImageAutoAdjustLevel is a key used to specify whether to return a filter that rotates the image to keep a level perspective.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageAutoAdjustmentOption/level
	KCIImageAutoAdjustLevel string
	// KCIImageAutoAdjustRedEye is a key used to specify whether to return a red eye filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageAutoAdjustmentOption/redEye
	KCIImageAutoAdjustRedEye string
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputAmountKey
	KCIInputAmountKey string
	// KCIInputAngleKey is the angle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputAngleKey
	KCIInputAngleKey string
	// KCIInputAspectRatioKey is aspect Ratio.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputAspectRatioKey
	KCIInputAspectRatioKey string
	// KCIInputBackgroundImageKey is a key for the [CIImage] object to use as a background image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputBackgroundImageKey
	KCIInputBackgroundImageKey string
	// KCIInputBacksideImageKey is a key to get or set the backside image for a transition Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputBacksideImageKey
	KCIInputBacksideImageKey string
	// KCIInputBiasKey is simple bias value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputBiasKey
	KCIInputBiasKey string
	// KCIInputBiasVectorKey is a key to get or set the vector bias value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputBiasVectorKey
	KCIInputBiasVectorKey string
	// KCIInputBrightnessKey is brightness level.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputBrightnessKey
	KCIInputBrightnessKey string
	// KCIInputCenterKey is a key for a [CIVector] object that specifies the center of the area, as and - coordinates, to be filtered.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputCenterKey
	KCIInputCenterKey string
	// KCIInputColor0Key is a key to get or set a color value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputColor0Key
	KCIInputColor0Key string
	// KCIInputColor1Key is a key to get or set a color value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputColor1Key
	KCIInputColor1Key string
	// KCIInputColorKey is a key for a [CIColor] object that specifies a color value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputColorKey
	KCIInputColorKey string
	// KCIInputColorSpaceKey is a key to get or set a color space value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputColorSpaceKey
	KCIInputColorSpaceKey string
	// KCIInputContrastKey is a contrast level.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputContrastKey
	KCIInputContrastKey string
	// KCIInputCountKey is a key to get or set the scalar count value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputCountKey
	KCIInputCountKey string
	// KCIInputDepthImageKey is a key for an image with depth values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputDepthImageKey
	KCIInputDepthImageKey string
	// KCIInputDisparityImageKey is a key for an image with disparity values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputDisparityImageKey
	KCIInputDisparityImageKey string
	// KCIInputEVKey is how many F-stops brighter or darker the image should be.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputEVKey
	KCIInputEVKey string
	// KCIInputExtentKey is a key for a [CIVector] object that specifies a rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputExtentKey
	KCIInputExtentKey string
	// KCIInputExtrapolateKey is a key to get or set the boolean behavior of a Core Image filter that specifies if the filter should extrapolate a table beyond the defined range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputExtrapolateKey
	KCIInputExtrapolateKey string
	// KCIInputGradientImageKey is a key for a [CIImage] object that specifies an environment map with alpha. Typically, this image contains highlight and shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputGradientImageKey
	KCIInputGradientImageKey string
	// KCIInputImageKey is a key for the [CIImage] object to use as an input image. For filters that also use a background image, this key refers to the foreground image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputImageKey
	KCIInputImageKey string
	// KCIInputIntensityKey is an intensity value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputIntensityKey
	KCIInputIntensityKey string
	// KCIInputMaskImageKey is a key for a [CIImage] object to use as a mask.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputMaskImageKey
	KCIInputMaskImageKey string
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputMatteImageKey
	KCIInputMatteImageKey string
	// KCIInputPaletteImageKey is a key to get or set the palette image for a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputPaletteImageKey
	KCIInputPaletteImageKey string
	// KCIInputPerceptualKey is a key to get or set the boolean behavior of a Core Image filter that specifies if the filter should operate in linear or perceptual colors.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputPerceptualKey
	KCIInputPerceptualKey string
	// KCIInputPoint0Key is a key to get or set the coordinate value of a Core Image filter. The value for this key needs to be a [CIVector] instance containing the `x,y` coordinate.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputPoint0Key
	KCIInputPoint0Key string
	// KCIInputPoint1Key is a key to get or set a coordinate value of a Core Image filter. The value for this key needs to be a [CIVector] instance containing the `x,y` coordinate.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputPoint1Key
	KCIInputPoint1Key string
	// KCIInputRadius0Key is a key to get or set the geometric radius value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputRadius0Key
	KCIInputRadius0Key string
	// KCIInputRadius1Key is a key to get or set the geometric radius value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputRadius1Key
	KCIInputRadius1Key string
	// KCIInputRadiusKey is the distance from the center of an effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputRadiusKey
	KCIInputRadiusKey string
	// KCIInputRefractionKey is the index of refraction to use.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputRefractionKey
	KCIInputRefractionKey string
	// KCIInputSaturationKey is the amount to adjust the saturation.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputSaturationKey
	KCIInputSaturationKey string
	// KCIInputScaleKey is the amount of scale to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputScaleKey
	KCIInputScaleKey string
	// KCIInputShadingImageKey is a key for a [CIImage] object that specifies an environment map with alpha values. Typically this image contains highlight and shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputShadingImageKey
	KCIInputShadingImageKey string
	// KCIInputSharpnessKey is amount of sharpening to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputSharpnessKey
	KCIInputSharpnessKey string
	// KCIInputTargetImageKey is a key for a [CIImage] object that is the target image for a transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputTargetImageKey
	KCIInputTargetImageKey string
	// KCIInputThresholdKey is a key to get or set the scalar threshold value of a Core Image filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputThresholdKey
	KCIInputThresholdKey string
	// KCIInputTimeKey is specify a time.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputTimeKey
	KCIInputTimeKey string
	// KCIInputTransformKey is transformation to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputTransformKey
	KCIInputTransformKey string
	// KCIInputVersionKey is version Key.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputVersionKey
	KCIInputVersionKey string
	// KCIInputWeightsKey is a key for a [CIVector] object that describes a weight matrix for use with a convolution filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputWeightsKey
	KCIInputWeightsKey string
	// KCIInputWidthKey is a key for a scalar value that specifies the width of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIInputWidthKey
	KCIInputWidthKey string
	// KCIOutputImageKey is a key for the [CIImage] object produced by a filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIOutputImageKey
	KCIOutputImageKey string
	// KCISamplerAffineMatrix is the key for an affine matrix. The associated value is an [NSArray] object ([]) that defines the transformation to apply to the sampler.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerAffineMatrix
	KCISamplerAffineMatrix string
	// KCISamplerColorSpace is the key for the color space to use when sampling the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerColorSpace
	KCISamplerColorSpace string
	// KCISamplerFilterLinear is bilinear interpolation.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerFilterLinear
	KCISamplerFilterLinear string
	// KCISamplerFilterMode is the key for the filtering to use when sampling the image. Possible values are [kCISamplerFilterNearest] and [kCISamplerFilterLinear].
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerFilterMode
	KCISamplerFilterMode string
	// KCISamplerFilterNearest is nearest neighbor sampling.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerFilterNearest
	KCISamplerFilterNearest string
	// KCISamplerWrapBlack is pixels are transparent black.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerWrapBlack
	KCISamplerWrapBlack string
	// KCISamplerWrapClamp is coordinates are clamped to the extent.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerWrapClamp
	KCISamplerWrapClamp string
	// KCISamplerWrapMode is the key for the sampler wrap mode. The wrap mode specifies how Core Image produces pixels that are outside the extent of the sample. Possible values are [kCISamplerWrapBlack] and [kCISamplerWrapClamp].
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCISamplerWrapMode
	KCISamplerWrapMode string
	// KCIUIParameterSet is the set of input parameters to use. The associated value can be [kCIUISetBasic], [kCIUISetIntermediate], [kCIUISetAdvanced], or [kCIUISetDevelopment].
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIUIParameterSet
	KCIUIParameterSet string
	// KCIUISetAdvanced is controls that are appropriate for an advanced user scenario.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIUISetAdvanced
	KCIUISetAdvanced string
	// KCIUISetBasic is controls that are appropriate for a basic user scenario, that is, the minimum of settings to control the filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIUISetBasic
	KCIUISetBasic string
	// KCIUISetDevelopment is controls that should be visible only for development purposes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIUISetDevelopment
	KCIUISetDevelopment string
	// KCIUISetIntermediate is controls that are appropriate for an intermediate user scenario.
	//
	// See: https://developer.apple.com/documentation/CoreImage/kCIUISetIntermediate
	KCIUISetIntermediate string
)
View Source 
var (
	// KCIFormatA16 is a 16-bit-per-pixel, fixed-point pixel format in which the sole component is alpha.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/A16
	KCIFormatA16 int
	// KCIFormatA8 is an 8-bit-per-pixel, fixed-point pixel format in which the sole component is alpha.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/A8
	KCIFormatA8 int
	// KCIFormatABGR8 is a 32-bit-per-pixel, fixed-point pixel format in which the alpha value precedes the blue, green, and red color components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/ABGR8
	KCIFormatABGR8 int
	// KCIFormatARGB8 is a 32-bit-per-pixel, fixed-point pixel format in which the alpha value precedes the red, green, and blue color components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/ARGB8
	KCIFormatARGB8 int
	// KCIFormatAf is a 32-bit-per-pixel, full-width floating-point pixel format in which the sole component is alpha.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/Af
	KCIFormatAf int
	// KCIFormatAh is a 16-bit-per-pixel, half-width floating-point pixel format in which the sole component is alpha.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/Ah
	KCIFormatAh int
	// KCIFormatBGRA8 is a 32-bit-per-pixel, fixed-point pixel format in which the blue, green, and red color components precede the alpha value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/BGRA8
	KCIFormatBGRA8 int
	// KCIFormatL16 is a 16-bit-per-pixel, fixed-point pixel format in which the sole component is luminance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/L16
	KCIFormatL16 int
	// KCIFormatL8 is an 8-bit-per-pixel, fixed-point pixel format in which the sole component is luminance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/L8
	KCIFormatL8 int
	// KCIFormatLA16 is a 32-bit-per-pixel, fixed-point pixel format with only 16-bit luminance and alpha components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/LA16
	KCIFormatLA16 int
	// KCIFormatLA8 is a 16-bit-per-pixel, fixed-point pixel format with only 8-bit luminance and alpha components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/LA8
	KCIFormatLA8 int
	// KCIFormatLAf is a 64-bit-per-pixel, full-width floating-point pixel format with 32-bit luminance and alpha components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/LAf
	KCIFormatLAf int
	// KCIFormatLAh is a 32-bit-per-pixel, half-width floating-point pixel format with 16-bit luminance and alpha components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/LAh
	KCIFormatLAh int
	// KCIFormatLf is a 32-bit-per-pixel, full-width floating-point pixel format in which the sole component is luminance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/Lf
	KCIFormatLf int
	// KCIFormatLh is a 16-bit-per-pixel, half-width floating-point pixel format in which the sole component is luminance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/Lh
	KCIFormatLh int
	// KCIFormatR16 is a 16-bit-per-pixel, fixed-point pixel format in which the sole component is a red color value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/R16
	KCIFormatR16 int
	// KCIFormatR8 is an 8-bit-per-pixel, fixed-point pixel format in which the sole component is a red color value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/R8
	KCIFormatR8 int
	// KCIFormatRG16 is a 32-bit-per-pixel, fixed-point pixel format with only red and green color components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RG16
	KCIFormatRG16 int
	// KCIFormatRG8 is a 16-bit-per-pixel, fixed-point pixel format with only red and green color components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RG8
	KCIFormatRG8 int
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGB10
	KCIFormatRGB10 int
	// KCIFormatRGBA16 is a 64-bit-per-pixel, fixed-point pixel format.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBA16
	KCIFormatRGBA16 int
	// KCIFormatRGBA8 is a 32-bit-per-pixel, fixed-point pixel format in which the red, green, and blue color components precede the alpha value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBA8
	KCIFormatRGBA8 int
	// KCIFormatRGBAf is a 128-bit-per-pixel, floating-point pixel format.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBAf
	KCIFormatRGBAf int
	// KCIFormatRGBAh is a 64-bit-per-pixel, floating-point pixel format.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBAh
	KCIFormatRGBAh int
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBX16
	KCIFormatRGBX16 int
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBX8
	KCIFormatRGBX8 int
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/rgbXf
	KCIFormatRGBXf int
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/rgbXh
	KCIFormatRGBXh int
	// KCIFormatRGf is a 64-bit-per-pixel, floating-point pixel format with only red and green color components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGf
	KCIFormatRGf int
	// KCIFormatRGh is a 32-bit-per-pixel, floating-point pixel format with only red and green color components.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/RGh
	KCIFormatRGh int
	// KCIFormatRf is a 32-bit-per-pixel, floating-point pixel format in which the sole component is a red color value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/Rf
	KCIFormatRf int
	// KCIFormatRh is a 16-bit-per-pixel, floating-point pixel format in which the sole component is a red color value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFormat/Rh
	KCIFormatRh int
)

Functions

func NewVoidBlock 

func NewVoidBlock(handler VoidHandler) (objc.ID, func())

NewVoidBlock wraps a Go VoidHandler as an Objective-C block. The caller must defer the returned cleanup function.

Used by:

Types

type BottomLeft 

type BottomLeft struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/bottomLeft-c.ivar

func BottomLeftFromID 

func BottomLeftFromID(id objc.ID) BottomLeft

BottomLeftFromID constructs a BottomLeft from an objc.ID.

func NewBottomLeft 

func NewBottomLeft() BottomLeft

NewBottomLeft creates a new BottomLeft instance.

func (BottomLeft) Autorelease 

func (b BottomLeft) Autorelease() BottomLeft

Autorelease adds the receiver to the current autorelease pool.

func (BottomLeft) Init 

func (b BottomLeft) Init() BottomLeft

Init initializes the instance.

type BottomLeftClass 

type BottomLeftClass struct {
	// contains filtered or unexported fields
}

func GetBottomLeftClass 

func GetBottomLeftClass() BottomLeftClass

GetBottomLeftClass returns the class object for bottomLeft.

func (BottomLeftClass) Alloc 

func (bc BottomLeftClass) Alloc() BottomLeft

Alloc allocates memory for a new instance of the class.

type BottomRight 

type BottomRight struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/bottomRight-c.ivar

func BottomRightFromID 

func BottomRightFromID(id objc.ID) BottomRight

BottomRightFromID constructs a BottomRight from an objc.ID.

func NewBottomRight 

func NewBottomRight() BottomRight

NewBottomRight creates a new BottomRight instance.

func (BottomRight) Autorelease 

func (b BottomRight) Autorelease() BottomRight

Autorelease adds the receiver to the current autorelease pool.

func (BottomRight) Init 

func (b BottomRight) Init() BottomRight

Init initializes the instance.

type BottomRightClass 

type BottomRightClass struct {
	// contains filtered or unexported fields
}

func GetBottomRightClass 

func GetBottomRightClass() BottomRightClass

GetBottomRightClass returns the class object for bottomRight.

func (BottomRightClass) Alloc 

func (bc BottomRightClass) Alloc() BottomRight

Alloc allocates memory for a new instance of the class.

type Bounds 

type Bounds struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/bounds-c.ivar

func BoundsFromID 

func BoundsFromID(id objc.ID) Bounds

BoundsFromID constructs a Bounds from an objc.ID.

func NewBounds 

func NewBounds() Bounds

NewBounds creates a new Bounds instance.

func (Bounds) Autorelease 

func (b Bounds) Autorelease() Bounds

Autorelease adds the receiver to the current autorelease pool.

func (Bounds) Init 

func (b Bounds) Init() Bounds

Init initializes the instance.

type BoundsClass 

type BoundsClass struct {
	// contains filtered or unexported fields
}

func GetBoundsClass 

func GetBoundsClass() BoundsClass

GetBoundsClass returns the class object for bounds.

func (BoundsClass) Alloc 

func (bc BoundsClass) Alloc() Bounds

Alloc allocates memory for a new instance of the class.

type CIAccordionFoldTransition 

type CIAccordionFoldTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The height of the accordion-fold part of the transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/bottomHeight
	BottomHeight() float32

	// A value that specifies the intensity of the shadow in the transtion.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/foldShadowAmount
	FoldShadowAmount() float32

	// The number of folds used in the transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/numberOfFolds
	NumberOfFolds() float32

	// The height of the accordion-fold part of the transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/bottomHeight
	SetBottomHeight(value float32)

	// A value that specifies the intensity of the shadow in the transtion.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/foldShadowAmount
	SetFoldShadowAmount(value float32)

	// The number of folds used in the transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/numberOfFolds
	SetNumberOfFolds(value float32)
}

The properties you use to configure an accordion fold transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition

type CIAccordionFoldTransitionObject 

type CIAccordionFoldTransitionObject struct {
	objectivec.Object
}

CIAccordionFoldTransitionObject wraps an existing Objective-C object that conforms to the CIAccordionFoldTransition protocol.

func CIAccordionFoldTransitionObjectFromID 

func CIAccordionFoldTransitionObjectFromID(id objc.ID) CIAccordionFoldTransitionObject

CIAccordionFoldTransitionObjectFromID constructs a CIAccordionFoldTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAccordionFoldTransitionObject) BaseObject 

func (o CIAccordionFoldTransitionObject) BaseObject() objectivec.Object

func (CIAccordionFoldTransitionObject) BottomHeight 

func (o CIAccordionFoldTransitionObject) BottomHeight() float32

The height of the accordion-fold part of the transition.

See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/bottomHeight

func (CIAccordionFoldTransitionObject) FoldShadowAmount 

func (o CIAccordionFoldTransitionObject) FoldShadowAmount() float32

A value that specifies the intensity of the shadow in the transtion.

See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/foldShadowAmount

func (CIAccordionFoldTransitionObject) InputImage 

func (o CIAccordionFoldTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIAccordionFoldTransitionObject) NumberOfFolds 

func (o CIAccordionFoldTransitionObject) NumberOfFolds() float32

The number of folds used in the transition.

See: https://developer.apple.com/documentation/CoreImage/CIAccordionFoldTransition/numberOfFolds

func (CIAccordionFoldTransitionObject) OutputImage 

func (o CIAccordionFoldTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAccordionFoldTransitionObject) SetBottomHeight 

func (o CIAccordionFoldTransitionObject) SetBottomHeight(value float32)

func (CIAccordionFoldTransitionObject) SetFoldShadowAmount 

func (o CIAccordionFoldTransitionObject) SetFoldShadowAmount(value float32)

func (CIAccordionFoldTransitionObject) SetInputImage 

func (o CIAccordionFoldTransitionObject) SetInputImage(value ICIImage)

func (CIAccordionFoldTransitionObject) SetNumberOfFolds 

func (o CIAccordionFoldTransitionObject) SetNumberOfFolds(value float32)

func (CIAccordionFoldTransitionObject) SetTargetImage 

func (o CIAccordionFoldTransitionObject) SetTargetImage(value ICIImage)

func (CIAccordionFoldTransitionObject) SetTime 

func (o CIAccordionFoldTransitionObject) SetTime(value float32)

func (CIAccordionFoldTransitionObject) TargetImage 

func (o CIAccordionFoldTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIAccordionFoldTransitionObject) Time 

func (o CIAccordionFoldTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CIAffineClamp 

type CIAffineClamp interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineClamp/inputImage
	InputImage() ICIImage

	// The transform to apply to the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineClamp/transform
	Transform() corefoundation.CGAffineTransform

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineClamp/inputImage
	SetInputImage(value ICIImage)

	// The transform to apply to the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineClamp/transform
	SetTransform(value corefoundation.CGAffineTransform)
}

The properties you use to configure an affine clamp filter.

See: https://developer.apple.com/documentation/CoreImage/CIAffineClamp

type CIAffineClampObject 

type CIAffineClampObject struct {
	objectivec.Object
}

CIAffineClampObject wraps an existing Objective-C object that conforms to the CIAffineClamp protocol.

func CIAffineClampObjectFromID 

func CIAffineClampObjectFromID(id objc.ID) CIAffineClampObject

CIAffineClampObjectFromID constructs a CIAffineClampObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAffineClampObject) BaseObject 

func (o CIAffineClampObject) BaseObject() objectivec.Object

func (CIAffineClampObject) InputImage 

func (o CIAffineClampObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAffineClamp/inputImage

func (CIAffineClampObject) OutputImage 

func (o CIAffineClampObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAffineClampObject) SetInputImage 

func (o CIAffineClampObject) SetInputImage(value ICIImage)

func (CIAffineClampObject) SetTransform 

func (o CIAffineClampObject) SetTransform(value corefoundation.CGAffineTransform)

func (CIAffineClampObject) Transform 

func (o CIAffineClampObject) Transform() corefoundation.CGAffineTransform

The transform to apply to the image.

See: https://developer.apple.com/documentation/CoreImage/CIAffineClamp/transform

type CIAffineTile 

type CIAffineTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineTile/inputImage
	InputImage() ICIImage

	// The transform to apply to the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineTile/transform
	Transform() corefoundation.CGAffineTransform

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineTile/inputImage
	SetInputImage(value ICIImage)

	// The transform to apply to the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAffineTile/transform
	SetTransform(value corefoundation.CGAffineTransform)
}

The properties you use to configure an affine tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIAffineTile

type CIAffineTileObject 

type CIAffineTileObject struct {
	objectivec.Object
}

CIAffineTileObject wraps an existing Objective-C object that conforms to the CIAffineTile protocol.

func CIAffineTileObjectFromID 

func CIAffineTileObjectFromID(id objc.ID) CIAffineTileObject

CIAffineTileObjectFromID constructs a CIAffineTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAffineTileObject) BaseObject 

func (o CIAffineTileObject) BaseObject() objectivec.Object

func (CIAffineTileObject) InputImage 

func (o CIAffineTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAffineTile/inputImage

func (CIAffineTileObject) OutputImage 

func (o CIAffineTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAffineTileObject) SetInputImage 

func (o CIAffineTileObject) SetInputImage(value ICIImage)

func (CIAffineTileObject) SetTransform 

func (o CIAffineTileObject) SetTransform(value corefoundation.CGAffineTransform)

func (CIAffineTileObject) Transform 

func (o CIAffineTileObject) Transform() corefoundation.CGAffineTransform

The transform to apply to the image.

See: https://developer.apple.com/documentation/CoreImage/CIAffineTile/transform

type CIAreaAverage 

type CIAreaAverage interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaAverage protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaAverage

type CIAreaAverageMaximumRed 

type CIAreaAverageMaximumRed interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

The protocol for the Area Average and Maximum Red filter.

See: https://developer.apple.com/documentation/CoreImage/CIAreaAverageMaximumRed

type CIAreaAverageMaximumRedObject 

type CIAreaAverageMaximumRedObject struct {
	objectivec.Object
}

CIAreaAverageMaximumRedObject wraps an existing Objective-C object that conforms to the CIAreaAverageMaximumRed protocol.

func CIAreaAverageMaximumRedObjectFromID 

func CIAreaAverageMaximumRedObjectFromID(id objc.ID) CIAreaAverageMaximumRedObject

CIAreaAverageMaximumRedObjectFromID constructs a CIAreaAverageMaximumRedObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaAverageMaximumRedObject) BaseObject 

func (o CIAreaAverageMaximumRedObject) BaseObject() objectivec.Object

func (CIAreaAverageMaximumRedObject) Extent 

func (o CIAreaAverageMaximumRedObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaAverageMaximumRedObject) InputImage 

func (o CIAreaAverageMaximumRedObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaAverageMaximumRedObject) OutputImage 

func (o CIAreaAverageMaximumRedObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaAverageMaximumRedObject) SetExtent 

func (o CIAreaAverageMaximumRedObject) SetExtent(value corefoundation.CGRect)

func (CIAreaAverageMaximumRedObject) SetInputImage 

func (o CIAreaAverageMaximumRedObject) SetInputImage(value ICIImage)

type CIAreaAverageObject 

type CIAreaAverageObject struct {
	objectivec.Object
}

CIAreaAverageObject wraps an existing Objective-C object that conforms to the CIAreaAverage protocol.

func CIAreaAverageObjectFromID 

func CIAreaAverageObjectFromID(id objc.ID) CIAreaAverageObject

CIAreaAverageObjectFromID constructs a CIAreaAverageObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaAverageObject) BaseObject 

func (o CIAreaAverageObject) BaseObject() objectivec.Object

func (CIAreaAverageObject) Extent 

func (o CIAreaAverageObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaAverageObject) InputImage 

func (o CIAreaAverageObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaAverageObject) OutputImage 

func (o CIAreaAverageObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaAverageObject) SetExtent 

func (o CIAreaAverageObject) SetExtent(value corefoundation.CGRect)

func (CIAreaAverageObject) SetInputImage 

func (o CIAreaAverageObject) SetInputImage(value ICIImage)

type CIAreaBoundsRed 

type CIAreaBoundsRed interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaBoundsRed protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaBoundsRed

type CIAreaBoundsRedObject 

type CIAreaBoundsRedObject struct {
	objectivec.Object
}

CIAreaBoundsRedObject wraps an existing Objective-C object that conforms to the CIAreaBoundsRed protocol.

func CIAreaBoundsRedObjectFromID 

func CIAreaBoundsRedObjectFromID(id objc.ID) CIAreaBoundsRedObject

CIAreaBoundsRedObjectFromID constructs a CIAreaBoundsRedObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaBoundsRedObject) BaseObject 

func (o CIAreaBoundsRedObject) BaseObject() objectivec.Object

func (CIAreaBoundsRedObject) Extent 

func (o CIAreaBoundsRedObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaBoundsRedObject) InputImage 

func (o CIAreaBoundsRedObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaBoundsRedObject) OutputImage 

func (o CIAreaBoundsRedObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaBoundsRedObject) SetExtent 

func (o CIAreaBoundsRedObject) SetExtent(value corefoundation.CGRect)

func (CIAreaBoundsRedObject) SetInputImage 

func (o CIAreaBoundsRedObject) SetInputImage(value ICIImage)

type CIAreaHistogram 

type CIAreaHistogram interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol

	// Count protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaHistogram/count
	Count() int

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaHistogram/scale
	Scale() float32

	// count protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaHistogram/count
	SetCount(value int)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaHistogram/scale
	SetScale(value float32)
}

CIAreaHistogram protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaHistogram

type CIAreaHistogramObject 

type CIAreaHistogramObject struct {
	objectivec.Object
}

CIAreaHistogramObject wraps an existing Objective-C object that conforms to the CIAreaHistogram protocol.

func CIAreaHistogramObjectFromID 

func CIAreaHistogramObjectFromID(id objc.ID) CIAreaHistogramObject

CIAreaHistogramObjectFromID constructs a CIAreaHistogramObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaHistogramObject) BaseObject 

func (o CIAreaHistogramObject) BaseObject() objectivec.Object

func (CIAreaHistogramObject) Count 

func (o CIAreaHistogramObject) Count() int

See: https://developer.apple.com/documentation/CoreImage/CIAreaHistogram/count

func (CIAreaHistogramObject) Extent 

func (o CIAreaHistogramObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaHistogramObject) InputImage 

func (o CIAreaHistogramObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaHistogramObject) OutputImage 

func (o CIAreaHistogramObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaHistogramObject) Scale 

func (o CIAreaHistogramObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIAreaHistogram/scale

func (CIAreaHistogramObject) SetCount 

func (o CIAreaHistogramObject) SetCount(value int)

func (CIAreaHistogramObject) SetExtent 

func (o CIAreaHistogramObject) SetExtent(value corefoundation.CGRect)

func (CIAreaHistogramObject) SetInputImage 

func (o CIAreaHistogramObject) SetInputImage(value ICIImage)

func (CIAreaHistogramObject) SetScale 

func (o CIAreaHistogramObject) SetScale(value float32)

type CIAreaLogarithmicHistogram 

type CIAreaLogarithmicHistogram interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol

	// Count protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/count
	Count() int

	// MaximumStop protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/maximumStop
	MaximumStop() float32

	// MinimumStop protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/minimumStop
	MinimumStop() float32

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/scale
	Scale() float32

	// count protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/count
	SetCount(value int)

	// maximumStop protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/maximumStop
	SetMaximumStop(value float32)

	// minimumStop protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/minimumStop
	SetMinimumStop(value float32)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/scale
	SetScale(value float32)
}

CIAreaLogarithmicHistogram protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram

type CIAreaLogarithmicHistogramObject 

type CIAreaLogarithmicHistogramObject struct {
	objectivec.Object
}

CIAreaLogarithmicHistogramObject wraps an existing Objective-C object that conforms to the CIAreaLogarithmicHistogram protocol.

func CIAreaLogarithmicHistogramObjectFromID 

func CIAreaLogarithmicHistogramObjectFromID(id objc.ID) CIAreaLogarithmicHistogramObject

CIAreaLogarithmicHistogramObjectFromID constructs a CIAreaLogarithmicHistogramObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaLogarithmicHistogramObject) BaseObject 

func (o CIAreaLogarithmicHistogramObject) BaseObject() objectivec.Object

func (CIAreaLogarithmicHistogramObject) Count 

func (o CIAreaLogarithmicHistogramObject) Count() int

See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/count

func (CIAreaLogarithmicHistogramObject) Extent 

func (o CIAreaLogarithmicHistogramObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaLogarithmicHistogramObject) InputImage 

func (o CIAreaLogarithmicHistogramObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaLogarithmicHistogramObject) MaximumStop 

func (o CIAreaLogarithmicHistogramObject) MaximumStop() float32

See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/maximumStop

func (CIAreaLogarithmicHistogramObject) MinimumStop 

func (o CIAreaLogarithmicHistogramObject) MinimumStop() float32

See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/minimumStop

func (CIAreaLogarithmicHistogramObject) OutputImage 

func (o CIAreaLogarithmicHistogramObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaLogarithmicHistogramObject) Scale 

func (o CIAreaLogarithmicHistogramObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIAreaLogarithmicHistogram/scale

func (CIAreaLogarithmicHistogramObject) SetCount 

func (o CIAreaLogarithmicHistogramObject) SetCount(value int)

func (CIAreaLogarithmicHistogramObject) SetExtent 

func (o CIAreaLogarithmicHistogramObject) SetExtent(value corefoundation.CGRect)

func (CIAreaLogarithmicHistogramObject) SetInputImage 

func (o CIAreaLogarithmicHistogramObject) SetInputImage(value ICIImage)

func (CIAreaLogarithmicHistogramObject) SetMaximumStop 

func (o CIAreaLogarithmicHistogramObject) SetMaximumStop(value float32)

func (CIAreaLogarithmicHistogramObject) SetMinimumStop 

func (o CIAreaLogarithmicHistogramObject) SetMinimumStop(value float32)

func (CIAreaLogarithmicHistogramObject) SetScale 

func (o CIAreaLogarithmicHistogramObject) SetScale(value float32)

type CIAreaMaximum 

type CIAreaMaximum interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaMaximum protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaMaximum

type CIAreaMaximumAlpha 

type CIAreaMaximumAlpha interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaMaximumAlpha protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaMaximumAlpha

type CIAreaMaximumAlphaObject 

type CIAreaMaximumAlphaObject struct {
	objectivec.Object
}

CIAreaMaximumAlphaObject wraps an existing Objective-C object that conforms to the CIAreaMaximumAlpha protocol.

func CIAreaMaximumAlphaObjectFromID 

func CIAreaMaximumAlphaObjectFromID(id objc.ID) CIAreaMaximumAlphaObject

CIAreaMaximumAlphaObjectFromID constructs a CIAreaMaximumAlphaObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaMaximumAlphaObject) BaseObject 

func (o CIAreaMaximumAlphaObject) BaseObject() objectivec.Object

func (CIAreaMaximumAlphaObject) Extent 

func (o CIAreaMaximumAlphaObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaMaximumAlphaObject) InputImage 

func (o CIAreaMaximumAlphaObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaMaximumAlphaObject) OutputImage 

func (o CIAreaMaximumAlphaObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaMaximumAlphaObject) SetExtent 

func (o CIAreaMaximumAlphaObject) SetExtent(value corefoundation.CGRect)

func (CIAreaMaximumAlphaObject) SetInputImage 

func (o CIAreaMaximumAlphaObject) SetInputImage(value ICIImage)

type CIAreaMaximumObject 

type CIAreaMaximumObject struct {
	objectivec.Object
}

CIAreaMaximumObject wraps an existing Objective-C object that conforms to the CIAreaMaximum protocol.

func CIAreaMaximumObjectFromID 

func CIAreaMaximumObjectFromID(id objc.ID) CIAreaMaximumObject

CIAreaMaximumObjectFromID constructs a CIAreaMaximumObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaMaximumObject) BaseObject 

func (o CIAreaMaximumObject) BaseObject() objectivec.Object

func (CIAreaMaximumObject) Extent 

func (o CIAreaMaximumObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaMaximumObject) InputImage 

func (o CIAreaMaximumObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaMaximumObject) OutputImage 

func (o CIAreaMaximumObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaMaximumObject) SetExtent 

func (o CIAreaMaximumObject) SetExtent(value corefoundation.CGRect)

func (CIAreaMaximumObject) SetInputImage 

func (o CIAreaMaximumObject) SetInputImage(value ICIImage)

type CIAreaMinMax 

type CIAreaMinMax interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaMinMax protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaMinMax

type CIAreaMinMaxObject 

type CIAreaMinMaxObject struct {
	objectivec.Object
}

CIAreaMinMaxObject wraps an existing Objective-C object that conforms to the CIAreaMinMax protocol.

func CIAreaMinMaxObjectFromID 

func CIAreaMinMaxObjectFromID(id objc.ID) CIAreaMinMaxObject

CIAreaMinMaxObjectFromID constructs a CIAreaMinMaxObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaMinMaxObject) BaseObject 

func (o CIAreaMinMaxObject) BaseObject() objectivec.Object

func (CIAreaMinMaxObject) Extent 

func (o CIAreaMinMaxObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaMinMaxObject) InputImage 

func (o CIAreaMinMaxObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaMinMaxObject) OutputImage 

func (o CIAreaMinMaxObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaMinMaxObject) SetExtent 

func (o CIAreaMinMaxObject) SetExtent(value corefoundation.CGRect)

func (CIAreaMinMaxObject) SetInputImage 

func (o CIAreaMinMaxObject) SetInputImage(value ICIImage)

type CIAreaMinMaxRed 

type CIAreaMinMaxRed interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaMinMaxRed protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaMinMaxRed

type CIAreaMinMaxRedObject 

type CIAreaMinMaxRedObject struct {
	objectivec.Object
}

CIAreaMinMaxRedObject wraps an existing Objective-C object that conforms to the CIAreaMinMaxRed protocol.

func CIAreaMinMaxRedObjectFromID 

func CIAreaMinMaxRedObjectFromID(id objc.ID) CIAreaMinMaxRedObject

CIAreaMinMaxRedObjectFromID constructs a CIAreaMinMaxRedObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaMinMaxRedObject) BaseObject 

func (o CIAreaMinMaxRedObject) BaseObject() objectivec.Object

func (CIAreaMinMaxRedObject) Extent 

func (o CIAreaMinMaxRedObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaMinMaxRedObject) InputImage 

func (o CIAreaMinMaxRedObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaMinMaxRedObject) OutputImage 

func (o CIAreaMinMaxRedObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaMinMaxRedObject) SetExtent 

func (o CIAreaMinMaxRedObject) SetExtent(value corefoundation.CGRect)

func (CIAreaMinMaxRedObject) SetInputImage 

func (o CIAreaMinMaxRedObject) SetInputImage(value ICIImage)

type CIAreaMinimum 

type CIAreaMinimum interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaMinimum protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaMinimum

type CIAreaMinimumAlpha 

type CIAreaMinimumAlpha interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIAreaMinimumAlpha protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaMinimumAlpha

type CIAreaMinimumAlphaObject 

type CIAreaMinimumAlphaObject struct {
	objectivec.Object
}

CIAreaMinimumAlphaObject wraps an existing Objective-C object that conforms to the CIAreaMinimumAlpha protocol.

func CIAreaMinimumAlphaObjectFromID 

func CIAreaMinimumAlphaObjectFromID(id objc.ID) CIAreaMinimumAlphaObject

CIAreaMinimumAlphaObjectFromID constructs a CIAreaMinimumAlphaObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaMinimumAlphaObject) BaseObject 

func (o CIAreaMinimumAlphaObject) BaseObject() objectivec.Object

func (CIAreaMinimumAlphaObject) Extent 

func (o CIAreaMinimumAlphaObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaMinimumAlphaObject) InputImage 

func (o CIAreaMinimumAlphaObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaMinimumAlphaObject) OutputImage 

func (o CIAreaMinimumAlphaObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaMinimumAlphaObject) SetExtent 

func (o CIAreaMinimumAlphaObject) SetExtent(value corefoundation.CGRect)

func (CIAreaMinimumAlphaObject) SetInputImage 

func (o CIAreaMinimumAlphaObject) SetInputImage(value ICIImage)

type CIAreaMinimumObject 

type CIAreaMinimumObject struct {
	objectivec.Object
}

CIAreaMinimumObject wraps an existing Objective-C object that conforms to the CIAreaMinimum protocol.

func CIAreaMinimumObjectFromID 

func CIAreaMinimumObjectFromID(id objc.ID) CIAreaMinimumObject

CIAreaMinimumObjectFromID constructs a CIAreaMinimumObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaMinimumObject) BaseObject 

func (o CIAreaMinimumObject) BaseObject() objectivec.Object

func (CIAreaMinimumObject) Extent 

func (o CIAreaMinimumObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaMinimumObject) InputImage 

func (o CIAreaMinimumObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaMinimumObject) OutputImage 

func (o CIAreaMinimumObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaMinimumObject) SetExtent 

func (o CIAreaMinimumObject) SetExtent(value corefoundation.CGRect)

func (CIAreaMinimumObject) SetInputImage 

func (o CIAreaMinimumObject) SetInputImage(value ICIImage)

type CIAreaReductionFilter 

type CIAreaReductionFilter interface {
	objectivec.IObject
	CIFilterProtocol

	// Extent protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent
	Extent() corefoundation.CGRect

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage
	InputImage() ICIImage

	// extent protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent
	SetExtent(value corefoundation.CGRect)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage
	SetInputImage(value ICIImage)
}

CIAreaReductionFilter protocol.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter

type CIAreaReductionFilterObject 

type CIAreaReductionFilterObject struct {
	objectivec.Object
}

CIAreaReductionFilterObject wraps an existing Objective-C object that conforms to the CIAreaReductionFilter protocol.

func CIAreaReductionFilterObjectFromID 

func CIAreaReductionFilterObjectFromID(id objc.ID) CIAreaReductionFilterObject

CIAreaReductionFilterObjectFromID constructs a CIAreaReductionFilterObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAreaReductionFilterObject) BaseObject 

func (o CIAreaReductionFilterObject) BaseObject() objectivec.Object

func (CIAreaReductionFilterObject) Extent 

func (o CIAreaReductionFilterObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIAreaReductionFilterObject) InputImage 

func (o CIAreaReductionFilterObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIAreaReductionFilterObject) OutputImage 

func (o CIAreaReductionFilterObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAreaReductionFilterObject) SetExtent 

func (o CIAreaReductionFilterObject) SetExtent(value corefoundation.CGRect)

func (CIAreaReductionFilterObject) SetInputImage 

func (o CIAreaReductionFilterObject) SetInputImage(value ICIImage)

type CIAttributedTextImageGenerator 

type CIAttributedTextImageGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The scale at which to render the text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/scaleFactor
	ScaleFactor() float32

	// The text to render.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/text
	Text() foundation.NSAttributedString

	// Padding protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/padding
	Padding() float32

	// The scale at which to render the text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/scaleFactor
	SetScaleFactor(value float32)

	// The text to render.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/text
	SetText(value foundation.NSAttributedString)

	// padding protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/padding
	SetPadding(value float32)
}

The properties you use to configure an attributed-text image generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator

type CIAttributedTextImageGeneratorObject 

type CIAttributedTextImageGeneratorObject struct {
	objectivec.Object
}

CIAttributedTextImageGeneratorObject wraps an existing Objective-C object that conforms to the CIAttributedTextImageGenerator protocol.

func CIAttributedTextImageGeneratorObjectFromID 

func CIAttributedTextImageGeneratorObjectFromID(id objc.ID) CIAttributedTextImageGeneratorObject

CIAttributedTextImageGeneratorObjectFromID constructs a CIAttributedTextImageGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAttributedTextImageGeneratorObject) BaseObject 

func (o CIAttributedTextImageGeneratorObject) BaseObject() objectivec.Object

func (CIAttributedTextImageGeneratorObject) OutputImage 

func (o CIAttributedTextImageGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAttributedTextImageGeneratorObject) Padding 

func (o CIAttributedTextImageGeneratorObject) Padding() float32

See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/padding

func (CIAttributedTextImageGeneratorObject) ScaleFactor 

func (o CIAttributedTextImageGeneratorObject) ScaleFactor() float32

The scale at which to render the text.

See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/scaleFactor

func (CIAttributedTextImageGeneratorObject) SetPadding 

func (o CIAttributedTextImageGeneratorObject) SetPadding(value float32)

func (CIAttributedTextImageGeneratorObject) SetScaleFactor 

func (o CIAttributedTextImageGeneratorObject) SetScaleFactor(value float32)

func (CIAttributedTextImageGeneratorObject) SetText 

func (o CIAttributedTextImageGeneratorObject) SetText(value foundation.NSAttributedString)

func (CIAttributedTextImageGeneratorObject) Text 

func (o CIAttributedTextImageGeneratorObject) Text() foundation.NSAttributedString

The text to render.

See: https://developer.apple.com/documentation/CoreImage/CIAttributedTextImageGenerator/text

type CIAztecCodeDescriptor 

type CIAztecCodeDescriptor struct {
	CIBarcodeDescriptor
}

A concrete subclass the Core Image Barcode Descriptor that represents an Aztec code symbol.

Overview

An Aztec code symbol is a 2D barcode format defined by the ISO/IEC 24778:2008 standard. It encodes data in concentric square rings around a central bullseye pattern.

Creating a Descriptor

Examining a Descriptor

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor

func CIAztecCodeDescriptorFromID 

func CIAztecCodeDescriptorFromID(id objc.ID) CIAztecCodeDescriptor

CIAztecCodeDescriptorFromID constructs a CIAztecCodeDescriptor from an objc.ID.

A concrete subclass the Core Image Barcode Descriptor that represents an Aztec code symbol.

func NewAztecCodeDescriptorWithPayloadIsCompactLayerCountDataCodewordCount 

func NewAztecCodeDescriptorWithPayloadIsCompactLayerCountDataCodewordCount(errorCorrectedPayload foundation.INSData, isCompact bool, layerCount int, dataCodewordCount int) CIAztecCodeDescriptor

Initializes an Aztec code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the Aztec code symbol.

isCompact: A Boolean indicating whether or not the Aztec code is compact.

layerCount: The number of layers in the Aztec code, from 1 to 32.

dataCodewordCount: The number of codewords in the Aztec code, from 1 to 2048.

Return Value

An initialized CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/init(payload:isCompact:layerCount:dataCodewordCount:)

func NewCIAztecCodeDescriptor 

func NewCIAztecCodeDescriptor() CIAztecCodeDescriptor

NewCIAztecCodeDescriptor creates a new CIAztecCodeDescriptor instance.

func (CIAztecCodeDescriptor) Autorelease 

func (a CIAztecCodeDescriptor) Autorelease() CIAztecCodeDescriptor

Autorelease adds the receiver to the current autorelease pool.

func (CIAztecCodeDescriptor) DataCodewordCount 

func (a CIAztecCodeDescriptor) DataCodewordCount() int

The number of non-error-correction codewords carried by the Aztec code symbol.

Discussion

Used to determine the level of error correction in conjunction with the number of data layers. Valid values are 1 to 2048. Compact symbols can have up to 64 message codewords.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/dataCodewordCount-swift.property

func (CIAztecCodeDescriptor) ErrorCorrectedPayload 

func (a CIAztecCodeDescriptor) ErrorCorrectedPayload() foundation.INSData

The error-corrected payload that comprises the the Aztec code symbol.

Discussion

Aztec Codes are formally specified in ISO/IEC 24778:2008(E).

The error corrected payload consists of the 6-, 8-, 10-, or 12-bit message codewords produced at the end of the step described in section 7.3.1.2 “Formation of data codewords”, which exists immediately prior to adding error correction. These codewords have dummy bits inserted to ensure that an entire codeword isn’t all 0’s or all 1’s. Clients will need to remove these extra bits as part of interpreting the payload.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/errorCorrectedPayload-swift.property

func (CIAztecCodeDescriptor) Init 

func (a CIAztecCodeDescriptor) Init() CIAztecCodeDescriptor

Init initializes the instance.

func (CIAztecCodeDescriptor) InitWithPayloadIsCompactLayerCountDataCodewordCount 

func (a CIAztecCodeDescriptor) InitWithPayloadIsCompactLayerCountDataCodewordCount(errorCorrectedPayload foundation.INSData, isCompact bool, layerCount int, dataCodewordCount int) CIAztecCodeDescriptor

Initializes an Aztec code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the Aztec code symbol.

isCompact: A Boolean indicating whether or not the Aztec code is compact.

layerCount: The number of layers in the Aztec code, from 1 to 32.

dataCodewordCount: The number of codewords in the Aztec code, from 1 to 2048.

Return Value

An initialized CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/init(payload:isCompact:layerCount:dataCodewordCount:)

func (CIAztecCodeDescriptor) IsCompact 

func (a CIAztecCodeDescriptor) IsCompact() bool

A Boolean value telling if the Aztec code is compact.

Discussion

Compact Aztec symbols use one-fewer ring in the central finder pattern than full-range Aztec symbols of the same number of data layers.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/isCompact-swift.property

func (CIAztecCodeDescriptor) LayerCount 

func (a CIAztecCodeDescriptor) LayerCount() int

The number of data layers in the Aztec code symbol.

Discussion

Combined with IsCompact, the number of data layers determines the number of modules in the Aztec Code symbol. Valid values range from 1 to 32. Compact symbols can have up to 4 data layers.

The number of data layers also determines the number of bits in each data codeword of the message carried by the Aztec Code symbol.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/layerCount-swift.property

type CIAztecCodeDescriptorClass 

type CIAztecCodeDescriptorClass struct {
	// contains filtered or unexported fields
}

func GetCIAztecCodeDescriptorClass 

func GetCIAztecCodeDescriptorClass() CIAztecCodeDescriptorClass

GetCIAztecCodeDescriptorClass returns the class object for CIAztecCodeDescriptor.

func (CIAztecCodeDescriptorClass) Alloc 

func (cc CIAztecCodeDescriptorClass) Alloc() CIAztecCodeDescriptor

Alloc allocates memory for a new instance of the class.

func (CIAztecCodeDescriptorClass) DescriptorWithPayloadIsCompactLayerCountDataCodewordCount 

func (_CIAztecCodeDescriptorClass CIAztecCodeDescriptorClass) DescriptorWithPayloadIsCompactLayerCountDataCodewordCount(errorCorrectedPayload foundation.INSData, isCompact bool, layerCount int, dataCodewordCount int) CIAztecCodeDescriptor

Creates an Aztec code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the Aztec code symbol.

isCompact: A Boolean indicating whether or not the Aztec code is compact.

layerCount: The number of layers in the Aztec code, from 1 to 32.

dataCodewordCount: The number of codewords in the Aztec code, from 1 to 2048.

Return Value

An autoreleased CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/descriptorWithPayload:isCompact:layerCount:dataCodewordCount:

type CIAztecCodeGenerator 

type CIAztecCodeGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// A Boolean that specifies whether to force a compact style Aztec code.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/compactStyle
	CompactStyle() float32

	// The Aztec error correction, a value from 5 to 95.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/correctionLevel
	CorrectionLevel() float32

	// The number of Aztec layers, a value from 1 to 32.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/layers
	Layers() float32

	// The message to encode in the Aztec barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/message
	Message() foundation.INSData

	// A Boolean that specifies whether to force a compact style Aztec code.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/compactStyle
	SetCompactStyle(value float32)

	// The Aztec error correction, a value from 5 to 95.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/correctionLevel
	SetCorrectionLevel(value float32)

	// The number of Aztec layers, a value from 1 to 32.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/layers
	SetLayers(value float32)

	// The message to encode in the Aztec barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/message
	SetMessage(value foundation.INSData)
}

The properties you use to configure an Aztec code generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator

type CIAztecCodeGeneratorObject 

type CIAztecCodeGeneratorObject struct {
	objectivec.Object
}

CIAztecCodeGeneratorObject wraps an existing Objective-C object that conforms to the CIAztecCodeGenerator protocol.

func CIAztecCodeGeneratorObjectFromID 

func CIAztecCodeGeneratorObjectFromID(id objc.ID) CIAztecCodeGeneratorObject

CIAztecCodeGeneratorObjectFromID constructs a CIAztecCodeGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIAztecCodeGeneratorObject) BaseObject 

func (o CIAztecCodeGeneratorObject) BaseObject() objectivec.Object

func (CIAztecCodeGeneratorObject) CompactStyle 

func (o CIAztecCodeGeneratorObject) CompactStyle() float32

A Boolean that specifies whether to force a compact style Aztec code.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/compactStyle

func (CIAztecCodeGeneratorObject) CorrectionLevel 

func (o CIAztecCodeGeneratorObject) CorrectionLevel() float32

The Aztec error correction, a value from 5 to 95.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/correctionLevel

func (CIAztecCodeGeneratorObject) Layers 

func (o CIAztecCodeGeneratorObject) Layers() float32

The number of Aztec layers, a value from 1 to 32.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/layers

func (CIAztecCodeGeneratorObject) Message 

func (o CIAztecCodeGeneratorObject) Message() foundation.INSData

The message to encode in the Aztec barcode.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeGenerator/message

func (CIAztecCodeGeneratorObject) OutputImage 

func (o CIAztecCodeGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIAztecCodeGeneratorObject) SetCompactStyle 

func (o CIAztecCodeGeneratorObject) SetCompactStyle(value float32)

func (CIAztecCodeGeneratorObject) SetCorrectionLevel 

func (o CIAztecCodeGeneratorObject) SetCorrectionLevel(value float32)

func (CIAztecCodeGeneratorObject) SetLayers 

func (o CIAztecCodeGeneratorObject) SetLayers(value float32)

func (CIAztecCodeGeneratorObject) SetMessage 

func (o CIAztecCodeGeneratorObject) SetMessage(value foundation.INSData)

type CIBarcodeDescriptor 

type CIBarcodeDescriptor struct {
	objectivec.Object
}

An abstract base class that represents a machine-readable code’s attributes.

Overview

Subclasses encapsulate the formal specification and fields specific to a code type. Each subclass is sufficient to recreate the unique symbol exactly as seen or used with a custom parser.

See: https://developer.apple.com/documentation/CoreImage/CIBarcodeDescriptor

func CIBarcodeDescriptorFromID 

func CIBarcodeDescriptorFromID(id objc.ID) CIBarcodeDescriptor

CIBarcodeDescriptorFromID constructs a CIBarcodeDescriptor from an objc.ID.

An abstract base class that represents a machine-readable code’s attributes.

func NewCIBarcodeDescriptor 

func NewCIBarcodeDescriptor() CIBarcodeDescriptor

NewCIBarcodeDescriptor creates a new CIBarcodeDescriptor instance.

func (CIBarcodeDescriptor) Autorelease 

func (b CIBarcodeDescriptor) Autorelease() CIBarcodeDescriptor

Autorelease adds the receiver to the current autorelease pool.

func (CIBarcodeDescriptor) EncodeWithCoder 

func (b CIBarcodeDescriptor) EncodeWithCoder(coder foundation.INSCoder)

func (CIBarcodeDescriptor) Init 

func (b CIBarcodeDescriptor) Init() CIBarcodeDescriptor

Init initializes the instance.

type CIBarcodeDescriptorClass 

type CIBarcodeDescriptorClass struct {
	// contains filtered or unexported fields
}

func GetCIBarcodeDescriptorClass 

func GetCIBarcodeDescriptorClass() CIBarcodeDescriptorClass

GetCIBarcodeDescriptorClass returns the class object for CIBarcodeDescriptor.

func (CIBarcodeDescriptorClass) Alloc 

func (cc CIBarcodeDescriptorClass) Alloc() CIBarcodeDescriptor

Alloc allocates memory for a new instance of the class.

type CIBarcodeGenerator 

type CIBarcodeGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The barcode descriptor to generate an image for.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarcodeGenerator/barcodeDescriptor
	BarcodeDescriptor() ICIBarcodeDescriptor

	// The barcode descriptor to generate an image for.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarcodeGenerator/barcodeDescriptor
	SetBarcodeDescriptor(value ICIBarcodeDescriptor)
}

The properties you use to configure a barcode generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIBarcodeGenerator

type CIBarcodeGeneratorObject 

type CIBarcodeGeneratorObject struct {
	objectivec.Object
}

CIBarcodeGeneratorObject wraps an existing Objective-C object that conforms to the CIBarcodeGenerator protocol.

func CIBarcodeGeneratorObjectFromID 

func CIBarcodeGeneratorObjectFromID(id objc.ID) CIBarcodeGeneratorObject

CIBarcodeGeneratorObjectFromID constructs a CIBarcodeGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBarcodeGeneratorObject) BarcodeDescriptor 

func (o CIBarcodeGeneratorObject) BarcodeDescriptor() ICIBarcodeDescriptor

The barcode descriptor to generate an image for.

See: https://developer.apple.com/documentation/CoreImage/CIBarcodeGenerator/barcodeDescriptor

func (CIBarcodeGeneratorObject) BaseObject 

func (o CIBarcodeGeneratorObject) BaseObject() objectivec.Object

func (CIBarcodeGeneratorObject) OutputImage 

func (o CIBarcodeGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBarcodeGeneratorObject) SetBarcodeDescriptor 

func (o CIBarcodeGeneratorObject) SetBarcodeDescriptor(value ICIBarcodeDescriptor)

type CIBarsSwipeTransition 

type CIBarsSwipeTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The angle, in radians, of the bars.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/angle
	Angle() float32

	// The offset of one bar with respect to another.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/barOffset
	BarOffset() float32

	// The width of each bar.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/width
	Width() float32

	// The angle, in radians, of the bars.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/angle
	SetAngle(value float32)

	// The offset of one bar with respect to another.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/barOffset
	SetBarOffset(value float32)

	// The width of each bar.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/width
	SetWidth(value float32)
}

The properties you use to configure a bars swipe transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition

type CIBarsSwipeTransitionObject 

type CIBarsSwipeTransitionObject struct {
	objectivec.Object
}

CIBarsSwipeTransitionObject wraps an existing Objective-C object that conforms to the CIBarsSwipeTransition protocol.

func CIBarsSwipeTransitionObjectFromID 

func CIBarsSwipeTransitionObjectFromID(id objc.ID) CIBarsSwipeTransitionObject

CIBarsSwipeTransitionObjectFromID constructs a CIBarsSwipeTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBarsSwipeTransitionObject) Angle 

func (o CIBarsSwipeTransitionObject) Angle() float32

The angle, in radians, of the bars.

See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/angle

func (CIBarsSwipeTransitionObject) BarOffset 

func (o CIBarsSwipeTransitionObject) BarOffset() float32

The offset of one bar with respect to another.

See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/barOffset

func (CIBarsSwipeTransitionObject) BaseObject 

func (o CIBarsSwipeTransitionObject) BaseObject() objectivec.Object

func (CIBarsSwipeTransitionObject) InputImage 

func (o CIBarsSwipeTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIBarsSwipeTransitionObject) OutputImage 

func (o CIBarsSwipeTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBarsSwipeTransitionObject) SetAngle 

func (o CIBarsSwipeTransitionObject) SetAngle(value float32)

func (CIBarsSwipeTransitionObject) SetBarOffset 

func (o CIBarsSwipeTransitionObject) SetBarOffset(value float32)

func (CIBarsSwipeTransitionObject) SetInputImage 

func (o CIBarsSwipeTransitionObject) SetInputImage(value ICIImage)

func (CIBarsSwipeTransitionObject) SetTargetImage 

func (o CIBarsSwipeTransitionObject) SetTargetImage(value ICIImage)

func (CIBarsSwipeTransitionObject) SetTime 

func (o CIBarsSwipeTransitionObject) SetTime(value float32)

func (CIBarsSwipeTransitionObject) SetWidth 

func (o CIBarsSwipeTransitionObject) SetWidth(value float32)

func (CIBarsSwipeTransitionObject) TargetImage 

func (o CIBarsSwipeTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIBarsSwipeTransitionObject) Time 

func (o CIBarsSwipeTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

func (CIBarsSwipeTransitionObject) Width 

func (o CIBarsSwipeTransitionObject) Width() float32

The width of each bar.

See: https://developer.apple.com/documentation/CoreImage/CIBarsSwipeTransition/width

type CIBicubicScaleTransform 

type CIBicubicScaleTransform interface {
	objectivec.IObject
	CIFilterProtocol

	// The additional horizontal scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/aspectRatio
	AspectRatio() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/inputImage
	InputImage() ICIImage

	// The value of B to use for the cubic resampling function.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/parameterB
	ParameterB() float32

	// The value of C to use for the cubic resampling function.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/parameterC
	ParameterC() float32

	// The scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/scale
	Scale() float32

	// The additional horizontal scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/aspectRatio
	SetAspectRatio(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/inputImage
	SetInputImage(value ICIImage)

	// The value of B to use for the cubic resampling function.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/parameterB
	SetParameterB(value float32)

	// The value of C to use for the cubic resampling function.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/parameterC
	SetParameterC(value float32)

	// The scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/scale
	SetScale(value float32)
}

The properties you use to configure a bicubic scale transform filter.

See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform

type CIBicubicScaleTransformObject 

type CIBicubicScaleTransformObject struct {
	objectivec.Object
}

CIBicubicScaleTransformObject wraps an existing Objective-C object that conforms to the CIBicubicScaleTransform protocol.

func CIBicubicScaleTransformObjectFromID 

func CIBicubicScaleTransformObjectFromID(id objc.ID) CIBicubicScaleTransformObject

CIBicubicScaleTransformObjectFromID constructs a CIBicubicScaleTransformObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBicubicScaleTransformObject) AspectRatio 

func (o CIBicubicScaleTransformObject) AspectRatio() float32

The additional horizontal scaling factor to use on the image.

See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/aspectRatio

func (CIBicubicScaleTransformObject) BaseObject 

func (o CIBicubicScaleTransformObject) BaseObject() objectivec.Object

func (CIBicubicScaleTransformObject) InputImage 

func (o CIBicubicScaleTransformObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/inputImage

func (CIBicubicScaleTransformObject) OutputImage 

func (o CIBicubicScaleTransformObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBicubicScaleTransformObject) ParameterB 

func (o CIBicubicScaleTransformObject) ParameterB() float32

The value of B to use for the cubic resampling function.

See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/parameterB

func (CIBicubicScaleTransformObject) ParameterC 

func (o CIBicubicScaleTransformObject) ParameterC() float32

The value of C to use for the cubic resampling function.

See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/parameterC

func (CIBicubicScaleTransformObject) Scale 

func (o CIBicubicScaleTransformObject) Scale() float32

The scaling factor to use on the image.

See: https://developer.apple.com/documentation/CoreImage/CIBicubicScaleTransform/scale

func (CIBicubicScaleTransformObject) SetAspectRatio 

func (o CIBicubicScaleTransformObject) SetAspectRatio(value float32)

func (CIBicubicScaleTransformObject) SetInputImage 

func (o CIBicubicScaleTransformObject) SetInputImage(value ICIImage)

func (CIBicubicScaleTransformObject) SetParameterB 

func (o CIBicubicScaleTransformObject) SetParameterB(value float32)

func (CIBicubicScaleTransformObject) SetParameterC 

func (o CIBicubicScaleTransformObject) SetParameterC(value float32)

func (CIBicubicScaleTransformObject) SetScale 

func (o CIBicubicScaleTransformObject) SetScale(value float32)

type CIBlendKernel 

type CIBlendKernel struct {
	CIColorKernel
}

A GPU-based image-processing routine that is optimized for blending two images.

Overview

The blend kernel function has the following characteristics:

- It has two arguments of type `__sample` (Core Image Kernel Language) or `sample_t` (Metal Shading Language), representing the foreground and background images. - Its return type is `vec4` (Core Image Kernel Language) or `float4` (Metal Shading Language); that is, it returns a pixel color for the output image.

A blend kernel routine receives as input single-pixel colors (one sampled from each input image) and computes a final pixel color (output using the return keyword). For example, the Metal Shading Language source below implements a filter that returns the average of its two input images.

Generally, the extent of the output image is the union of the extents of the foreground and background images.

Applying a Kernel to Filter an Image

Instance Methods

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel

func CIBlendKernelFromID 

func CIBlendKernelFromID(id objc.ID) CIBlendKernel

CIBlendKernelFromID constructs a CIBlendKernel from an objc.ID.

A GPU-based image-processing routine that is optimized for blending two images.

func NewBlendKernelWithFunctionNameFromMetalLibraryDataError 

func NewBlendKernelWithFunctionNameFromMetalLibraryDataError(name string, data foundation.INSData) (CIBlendKernel, error)

Creates a single kernel object using a Metal Shading Language (MSL) kernel function.

Discussion

- name: The name of the function in the Metal shading language. - data: A metallib file compiled with the Core Image Standard Library.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

Specifying Compiler and Linker Options

To use MSL as the shader language for a CIKernel, you must specify some options in Xcode under the tab of your project’s target. The first option you need to specify is an `-fcikernel` flag in the Other Metal Compiler Flags option. The second is to add a user-defined setting with a key called `MTLLINKER_FLAGS` with a value of `-`

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Creating a General Kernel in Swift

The following code shows how you can create a general kernel based on a Metal function named `myKernel`.

The first step is to create a [Data] object that represents the default Metal library. If you have built this in Xcode, it will be called `default.Metallib()` and can be loaded using the Bundle type’s `url` method.

Using the representation of the Metal library and the function name `myKernel`, you initialize a CIKernel.

The code to create general, color, warp and blend filters is identical.

Metal Shading Language Extensions

Core Image provides a set of language extensions to MSL in `CIKernelMetalLib.H()`. These extensions include three new data types for working with images: `sampler` (for accessing the input image), `sample_t` (represents a single color sample from the input image), and `destination` (for accessing the output image). The extensions also include convenience functions such as color conversion and premultiply / unpremultiply.

Whereas in CIKL, you typically called global functions when working with, for example, coordinates and samples, these functions are implemented as member functions on the new types.

The following table shows a summary of CIKL global functions and their equivalent MSL functions.

[Table data omitted]

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:)

func NewBlendKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError 

func NewBlendKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError(name string, data foundation.INSData, format int) (CIBlendKernel, error)

Creates a single kernel object using a Metal Shading Language kernel function with optional pixel format.

name: The name of the function in the Metal shading language.

data: A metallib file compiled with the Core Image Standard Library.

format: The pixel format of the output kernel.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:outputPixelFormat:)

func NewCIBlendKernel 

func NewCIBlendKernel() CIBlendKernel

NewCIBlendKernel creates a new CIBlendKernel instance.

func (CIBlendKernel) ApplyWithForegroundBackground 

func (b CIBlendKernel) ApplyWithForegroundBackground(foreground ICIImage, background ICIImage) ICIImage

Creates a new image using the blend kernel and specified foreground and background images.

foreground: The first input image to be blended

background: The second input image to be blended

Return Value

A CIImage blending the foreground and background images. Its extent will be the union of the foreground and background image extents.

Discussion

The foreground and background images are not treated differently in the blending. You can think of them as equivalents A and B; the foreground is not given any precedence over the background.

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/apply(foreground:background:)

func (CIBlendKernel) ApplyWithForegroundBackgroundColorSpace 

func (b CIBlendKernel) ApplyWithForegroundBackgroundColorSpace(foreground ICIImage, background ICIImage, colorSpace coregraphics.CGColorSpaceRef) ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/apply(foreground:background:colorSpace:)

func (CIBlendKernel) Autorelease 

func (b CIBlendKernel) Autorelease() CIBlendKernel

Autorelease adds the receiver to the current autorelease pool.

func (CIBlendKernel) Init 

func (b CIBlendKernel) Init() CIBlendKernel

Init initializes the instance.

type CIBlendKernelClass 

type CIBlendKernelClass struct {
	// contains filtered or unexported fields
}

func GetCIBlendKernelClass 

func GetCIBlendKernelClass() CIBlendKernelClass

GetCIBlendKernelClass returns the class object for CIBlendKernel.

func (CIBlendKernelClass) Alloc 

func (cc CIBlendKernelClass) Alloc() CIBlendKernel

Alloc allocates memory for a new instance of the class.

func (CIBlendKernelClass) Clear 

func (_CIBlendKernelClass CIBlendKernelClass) Clear() CIBlendKernel

A blend kernel that returns a clear color.

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/clear

func (CIBlendKernelClass) Color 

func (_CIBlendKernelClass CIBlendKernelClass) Color() CIBlendKernel

A blend kernel that uses the luminance values of the background with the hue and saturation values of the foreground image.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/color

func (CIBlendKernelClass) ColorBurn 

func (_CIBlendKernelClass CIBlendKernelClass) ColorBurn() CIBlendKernel

A blend kernel that darkens the background image samples to reflect the foreground image samples.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/colorBurn

func (CIBlendKernelClass) ColorDodge 

func (_CIBlendKernelClass CIBlendKernelClass) ColorDodge() CIBlendKernel

A blend kernel that brightens the background image samples to reflect the foreground image samples.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/colorDodge

func (CIBlendKernelClass) ComponentAdd 

func (_CIBlendKernelClass CIBlendKernelClass) ComponentAdd() CIBlendKernel

A blend kernel that adds color components to achieve a brightening effect.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/componentAdd

func (CIBlendKernelClass) ComponentMax 

func (_CIBlendKernelClass CIBlendKernelClass) ComponentMax() CIBlendKernel

A blend kernel that creates an image using the maximum values of two input images.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/componentMax

func (CIBlendKernelClass) ComponentMin 

func (_CIBlendKernelClass CIBlendKernelClass) ComponentMin() CIBlendKernel

A blend kernel that creates an image using the minimum values of two input images.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/componentMin

func (CIBlendKernelClass) ComponentMultiply 

func (_CIBlendKernelClass CIBlendKernelClass) ComponentMultiply() CIBlendKernel

A blend kernel that multiplies the color components of its input images.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/componentMultiply

func (CIBlendKernelClass) Darken 

func (_CIBlendKernelClass CIBlendKernelClass) Darken() CIBlendKernel

A blend kernel that creates an image using the darker values of two input images.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/darken

func (CIBlendKernelClass) DarkerColor 

func (_CIBlendKernelClass CIBlendKernelClass) DarkerColor() CIBlendKernel

A blend kernel that creates an image using the darker color of two input images.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/darkerColor

func (CIBlendKernelClass) Destination 

func (_CIBlendKernelClass CIBlendKernelClass) Destination() CIBlendKernel

A blend kernel that returns the background input image.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/destination

func (CIBlendKernelClass) DestinationAtop 

func (_CIBlendKernelClass CIBlendKernelClass) DestinationAtop() CIBlendKernel

A blend kernel that places the background over the foreground and crops based on the visibility of the foreground.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/destinationAtop

func (CIBlendKernelClass) DestinationIn 

func (_CIBlendKernelClass CIBlendKernelClass) DestinationIn() CIBlendKernel

A blend kernel that places the background over the foreground and crops based on the visibility of both.

Discussion

[media-2926861]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/destinationIn

func (CIBlendKernelClass) DestinationOut 

func (_CIBlendKernelClass CIBlendKernelClass) DestinationOut() CIBlendKernel

A blend kernel that uses the background image to define what to take out of the foreground image.

Discussion

[media-2926862]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/destinationOut

func (CIBlendKernelClass) DestinationOver 

func (_CIBlendKernelClass CIBlendKernelClass) DestinationOver() CIBlendKernel

A blend kernel that places the background image over the input foreground image.

Discussion

[media-2926860]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/destinationOver

func (CIBlendKernelClass) Difference 

func (_CIBlendKernelClass CIBlendKernelClass) Difference() CIBlendKernel

A blend kernel that creates an image using the difference between the background and foreground images.

Discussion

[media-2926863]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/difference

func (CIBlendKernelClass) Divide 

func (_CIBlendKernelClass CIBlendKernelClass) Divide() CIBlendKernel

A blend kernel that divides the background image sample color with the foreground image sample color.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/divide

func (CIBlendKernelClass) Exclusion 

func (_CIBlendKernelClass CIBlendKernelClass) Exclusion() CIBlendKernel

A blend kernel that produces an effect similar to difference blending but with lower contrast.

Discussion

[media-2926865]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/exclusion

func (CIBlendKernelClass) ExclusiveOr 

func (_CIBlendKernelClass CIBlendKernelClass) ExclusiveOr() CIBlendKernel

A blend kernel that returns either the foreground or background image if the other contains a clear color.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/exclusiveOr

func (CIBlendKernelClass) HardLight 

func (_CIBlendKernelClass CIBlendKernelClass) HardLight() CIBlendKernel

A blend kernel that either multiplies or screens colors, depending on the source image sample color.

Discussion

[media-2926867]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/hardLight

func (CIBlendKernelClass) HardMix 

func (_CIBlendKernelClass CIBlendKernelClass) HardMix() CIBlendKernel

A blend kernel that adds two images together, setting each color channel value to either 0 or 1.

Discussion

[media-2926868]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/hardMix

func (CIBlendKernelClass) Hue 

func (_CIBlendKernelClass CIBlendKernelClass) Hue() CIBlendKernel

A blend kernel that uses the luminance and saturation values of the background image with the hue of the foreground image.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/hue

func (CIBlendKernelClass) Lighten 

func (_CIBlendKernelClass CIBlendKernelClass) Lighten() CIBlendKernel

A blend kernel that creates an image using the lighter values of two input images.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/lighten

func (CIBlendKernelClass) LighterColor 

func (_CIBlendKernelClass CIBlendKernelClass) LighterColor() CIBlendKernel

A blend kernel that creates an image using the lighter color of two input images.

Discussion

[media-2926870]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/lighterColor

func (CIBlendKernelClass) LinearBurn 

func (_CIBlendKernelClass CIBlendKernelClass) LinearBurn() CIBlendKernel

A blend kernel that darkens the background image samples to reflect the foreground image samples while also increasing contrast.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/linearBurn

func (CIBlendKernelClass) LinearDodge 

func (_CIBlendKernelClass CIBlendKernelClass) LinearDodge() CIBlendKernel

A blend kernel that lightens the background image samples to reflect the foreground image samples while also increasing contrast.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/linearDodge

func (CIBlendKernelClass) LinearLight 

func (_CIBlendKernelClass CIBlendKernelClass) LinearLight() CIBlendKernel

A blend kernel that burns or dodges colors by changing brightness, depending on the blend color.

Discussion

[media-2926873]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/linearLight

func (CIBlendKernelClass) Luminosity 

func (_CIBlendKernelClass CIBlendKernelClass) Luminosity() CIBlendKernel

A blend kernel that uses the hue and saturation of the background image with the luminance of the foreground image.

Discussion

[media-2926875]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/luminosity

func (CIBlendKernelClass) Multiply 

func (_CIBlendKernelClass CIBlendKernelClass) Multiply() CIBlendKernel

A blend kernel that multiplies the background image sample color with the foreground image sample color.

Discussion

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See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/multiply

func (CIBlendKernelClass) Overlay 

func (_CIBlendKernelClass CIBlendKernelClass) Overlay() CIBlendKernel

A blend kernel that either multiplies or screens the foreground image samples with the background image samples, depending on the background color.

Discussion

[media-2926878]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/overlay

func (CIBlendKernelClass) PinLight 

func (_CIBlendKernelClass CIBlendKernelClass) PinLight() CIBlendKernel

A blend kernel that conditionally replaces background image samples with source image samples depending on the brightness of the source image samples.

Discussion

[media-2926877]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/pinLight

func (CIBlendKernelClass) Saturation 

func (_CIBlendKernelClass CIBlendKernelClass) Saturation() CIBlendKernel

A blend kernel that uses the luminance and hue values of the background image with the saturation of the foreground image.

Discussion

[media-2926876]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/saturation

func (CIBlendKernelClass) Screen 

func (_CIBlendKernelClass CIBlendKernelClass) Screen() CIBlendKernel

A blend kernel that multiplies the inverse of the foreground image samples with the inverse of the background image samples.

Discussion

[media-2926881]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/screen

func (CIBlendKernelClass) SoftLight 

func (_CIBlendKernelClass CIBlendKernelClass) SoftLight() CIBlendKernel

A blend kernel that either darkens or lightens colors, depending on the foreground image sample color.

Discussion

[media-2926882]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/softLight

func (CIBlendKernelClass) Source 

func (_CIBlendKernelClass CIBlendKernelClass) Source() CIBlendKernel

A blend kernel that returns the foreground input image.

Discussion

[media-2926885]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/source

func (CIBlendKernelClass) SourceAtop 

func (_CIBlendKernelClass CIBlendKernelClass) SourceAtop() CIBlendKernel

A blend kernel that places the foreground over the background and crops based on the visibility of the background.

Discussion

[media-2926887]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/sourceAtop

func (CIBlendKernelClass) SourceIn 

func (_CIBlendKernelClass CIBlendKernelClass) SourceIn() CIBlendKernel

A blend kernel that places the foreground over the background and crops based on the visibility of both.

Discussion

[media-2926883]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/sourceIn

func (CIBlendKernelClass) SourceOut 

func (_CIBlendKernelClass CIBlendKernelClass) SourceOut() CIBlendKernel

A blend kernel that uses the foreground image to define what to take out of the background image.

Discussion

[media-2926886]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/sourceOut

func (CIBlendKernelClass) SourceOver 

func (_CIBlendKernelClass CIBlendKernelClass) SourceOver() CIBlendKernel

A blend kernel that places the foreground image over the input background image.

Discussion

[media-2926884]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/sourceOver

func (CIBlendKernelClass) Subtract 

func (_CIBlendKernelClass CIBlendKernelClass) Subtract() CIBlendKernel

A blend kernel that subtracts the background image sample color from the foreground image sample color.

Discussion

[media-2926848]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/subtract

func (CIBlendKernelClass) VividLight 

func (_CIBlendKernelClass CIBlendKernelClass) VividLight() CIBlendKernel

A blend kernel that burns or dodges colors by changing contrast, depending on the blend color.

Discussion

[media-2926888]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel/vividLight

type CIBlendWithMask 

type CIBlendWithMask interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as a background image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/backgroundImage
	BackgroundImage() ICIImage

	// The image to use as a foreground image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/inputImage
	InputImage() ICIImage

	// A grayscale mask that defines the blend.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/maskImage
	MaskImage() ICIImage

	// The image to use as a background image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/backgroundImage
	SetBackgroundImage(value ICIImage)

	// The image to use as a foreground image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/inputImage
	SetInputImage(value ICIImage)

	// A grayscale mask that defines the blend.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/maskImage
	SetMaskImage(value ICIImage)
}

The properties you use to configure a blend with mask filter.

See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask

type CIBlendWithMaskObject 

type CIBlendWithMaskObject struct {
	objectivec.Object
}

CIBlendWithMaskObject wraps an existing Objective-C object that conforms to the CIBlendWithMask protocol.

func CIBlendWithMaskObjectFromID 

func CIBlendWithMaskObjectFromID(id objc.ID) CIBlendWithMaskObject

CIBlendWithMaskObjectFromID constructs a CIBlendWithMaskObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBlendWithMaskObject) BackgroundImage 

func (o CIBlendWithMaskObject) BackgroundImage() ICIImage

The image to use as a background image.

See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/backgroundImage

func (CIBlendWithMaskObject) BaseObject 

func (o CIBlendWithMaskObject) BaseObject() objectivec.Object

func (CIBlendWithMaskObject) InputImage 

func (o CIBlendWithMaskObject) InputImage() ICIImage

The image to use as a foreground image.

See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/inputImage

func (CIBlendWithMaskObject) MaskImage 

func (o CIBlendWithMaskObject) MaskImage() ICIImage

A grayscale mask that defines the blend.

See: https://developer.apple.com/documentation/CoreImage/CIBlendWithMask/maskImage

func (CIBlendWithMaskObject) OutputImage 

func (o CIBlendWithMaskObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBlendWithMaskObject) SetBackgroundImage 

func (o CIBlendWithMaskObject) SetBackgroundImage(value ICIImage)

func (CIBlendWithMaskObject) SetInputImage 

func (o CIBlendWithMaskObject) SetInputImage(value ICIImage)

func (CIBlendWithMaskObject) SetMaskImage 

func (o CIBlendWithMaskObject) SetMaskImage(value ICIImage)

type CIBloom 

type CIBloom interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBloom/inputImage
	InputImage() ICIImage

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBloom/intensity
	Intensity() float32

	// The radius, in pixels, of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBloom/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBloom/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBloom/intensity
	SetIntensity(value float32)

	// The radius, in pixels, of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBloom/radius
	SetRadius(value float32)
}

The properties you use to configure a bloom filter.

See: https://developer.apple.com/documentation/CoreImage/CIBloom

type CIBloomObject 

type CIBloomObject struct {
	objectivec.Object
}

CIBloomObject wraps an existing Objective-C object that conforms to the CIBloom protocol.

func CIBloomObjectFromID 

func CIBloomObjectFromID(id objc.ID) CIBloomObject

CIBloomObjectFromID constructs a CIBloomObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBloomObject) BaseObject 

func (o CIBloomObject) BaseObject() objectivec.Object

func (CIBloomObject) InputImage 

func (o CIBloomObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIBloom/inputImage

func (CIBloomObject) Intensity 

func (o CIBloomObject) Intensity() float32

The intensity of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIBloom/intensity

func (CIBloomObject) OutputImage 

func (o CIBloomObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBloomObject) Radius 

func (o CIBloomObject) Radius() float32

The radius, in pixels, of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIBloom/radius

func (CIBloomObject) SetInputImage 

func (o CIBloomObject) SetInputImage(value ICIImage)

func (CIBloomObject) SetIntensity 

func (o CIBloomObject) SetIntensity(value float32)

func (CIBloomObject) SetRadius 

func (o CIBloomObject) SetRadius(value float32)

type CIBlurredRectangleGenerator 

type CIBlurredRectangleGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// Color protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/color
	Color() ICIColor

	// Extent protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/extent
	Extent() corefoundation.CGRect

	// Sigma protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/sigma
	Sigma() float32

	// color protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/color
	SetColor(value ICIColor)

	// extent protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/extent
	SetExtent(value corefoundation.CGRect)

	// sigma protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/sigma
	SetSigma(value float32)
}

CIBlurredRectangleGenerator protocol.

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator

type CIBlurredRectangleGeneratorObject 

type CIBlurredRectangleGeneratorObject struct {
	objectivec.Object
}

CIBlurredRectangleGeneratorObject wraps an existing Objective-C object that conforms to the CIBlurredRectangleGenerator protocol.

func CIBlurredRectangleGeneratorObjectFromID 

func CIBlurredRectangleGeneratorObjectFromID(id objc.ID) CIBlurredRectangleGeneratorObject

CIBlurredRectangleGeneratorObjectFromID constructs a CIBlurredRectangleGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBlurredRectangleGeneratorObject) BaseObject 

func (o CIBlurredRectangleGeneratorObject) BaseObject() objectivec.Object

func (CIBlurredRectangleGeneratorObject) Color 

func (o CIBlurredRectangleGeneratorObject) Color() ICIColor

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/color

func (CIBlurredRectangleGeneratorObject) Extent 

func (o CIBlurredRectangleGeneratorObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/extent

func (CIBlurredRectangleGeneratorObject) OutputImage 

func (o CIBlurredRectangleGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBlurredRectangleGeneratorObject) SetColor 

func (o CIBlurredRectangleGeneratorObject) SetColor(value ICIColor)

func (CIBlurredRectangleGeneratorObject) SetExtent 

func (o CIBlurredRectangleGeneratorObject) SetExtent(value corefoundation.CGRect)

func (CIBlurredRectangleGeneratorObject) SetSigma 

func (o CIBlurredRectangleGeneratorObject) SetSigma(value float32)

func (CIBlurredRectangleGeneratorObject) Sigma 

func (o CIBlurredRectangleGeneratorObject) Sigma() float32

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRectangleGenerator/sigma

type CIBlurredRoundedRectangleGenerator 

type CIBlurredRoundedRectangleGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// A color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/color
	Color() ICIColor

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/extent
	Extent() corefoundation.CGRect

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/radius
	Radius() float32

	// The sigma for a gaussian blur.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/sigma
	Sigma() float32

	// A value to control the smoothness of the transition between the curved and linear edges of the shape.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/smoothness
	Smoothness() float32

	// A color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/color
	SetColor(value ICIColor)

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/extent
	SetExtent(value corefoundation.CGRect)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/radius
	SetRadius(value float32)

	// The sigma for a gaussian blur.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/sigma
	SetSigma(value float32)

	// A value to control the smoothness of the transition between the curved and linear edges of the shape.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/smoothness
	SetSmoothness(value float32)
}

The protocol for the Blurred Rounded Rectangle Generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator

type CIBlurredRoundedRectangleGeneratorObject 

type CIBlurredRoundedRectangleGeneratorObject struct {
	objectivec.Object
}

CIBlurredRoundedRectangleGeneratorObject wraps an existing Objective-C object that conforms to the CIBlurredRoundedRectangleGenerator protocol.

func CIBlurredRoundedRectangleGeneratorObjectFromID 

func CIBlurredRoundedRectangleGeneratorObjectFromID(id objc.ID) CIBlurredRoundedRectangleGeneratorObject

CIBlurredRoundedRectangleGeneratorObjectFromID constructs a CIBlurredRoundedRectangleGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBlurredRoundedRectangleGeneratorObject) BaseObject 

func (o CIBlurredRoundedRectangleGeneratorObject) BaseObject() objectivec.Object

func (CIBlurredRoundedRectangleGeneratorObject) Color 

func (o CIBlurredRoundedRectangleGeneratorObject) Color() ICIColor

A color.

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/color

func (CIBlurredRoundedRectangleGeneratorObject) Extent 

func (o CIBlurredRoundedRectangleGeneratorObject) Extent() corefoundation.CGRect

A rectangle that defines the extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/extent

func (CIBlurredRoundedRectangleGeneratorObject) OutputImage 

func (o CIBlurredRoundedRectangleGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBlurredRoundedRectangleGeneratorObject) Radius 

func (o CIBlurredRoundedRectangleGeneratorObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/radius

func (CIBlurredRoundedRectangleGeneratorObject) SetColor 

func (o CIBlurredRoundedRectangleGeneratorObject) SetColor(value ICIColor)

func (CIBlurredRoundedRectangleGeneratorObject) SetExtent 

func (o CIBlurredRoundedRectangleGeneratorObject) SetExtent(value corefoundation.CGRect)

func (CIBlurredRoundedRectangleGeneratorObject) SetRadius 

func (o CIBlurredRoundedRectangleGeneratorObject) SetRadius(value float32)

func (CIBlurredRoundedRectangleGeneratorObject) SetSigma 

func (o CIBlurredRoundedRectangleGeneratorObject) SetSigma(value float32)

func (CIBlurredRoundedRectangleGeneratorObject) SetSmoothness 

func (o CIBlurredRoundedRectangleGeneratorObject) SetSmoothness(value float32)

func (CIBlurredRoundedRectangleGeneratorObject) Sigma 

func (o CIBlurredRoundedRectangleGeneratorObject) Sigma() float32

The sigma for a gaussian blur.

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/sigma

func (CIBlurredRoundedRectangleGeneratorObject) Smoothness 

func (o CIBlurredRoundedRectangleGeneratorObject) Smoothness() float32

A value to control the smoothness of the transition between the curved and linear edges of the shape.

See: https://developer.apple.com/documentation/CoreImage/CIBlurredRoundedRectangleGenerator/smoothness

type CIBokehBlur 

type CIBokehBlur interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/inputImage
	InputImage() ICIImage

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/radius
	Radius() float32

	// The amount of extra emphasis at the ring of the bokeh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/ringAmount
	RingAmount() float32

	// The radius of the extra emphasis at the ring of the bokeh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/ringSize
	RingSize() float32

	// The softness of the bokeh effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/softness
	Softness() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/inputImage
	SetInputImage(value ICIImage)

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/radius
	SetRadius(value float32)

	// The amount of extra emphasis at the ring of the bokeh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/ringAmount
	SetRingAmount(value float32)

	// The radius of the extra emphasis at the ring of the bokeh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/ringSize
	SetRingSize(value float32)

	// The softness of the bokeh effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/softness
	SetSoftness(value float32)
}

The properties you use to configure a bokeh blur filter.

See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur

type CIBokehBlurObject 

type CIBokehBlurObject struct {
	objectivec.Object
}

CIBokehBlurObject wraps an existing Objective-C object that conforms to the CIBokehBlur protocol.

func CIBokehBlurObjectFromID 

func CIBokehBlurObjectFromID(id objc.ID) CIBokehBlurObject

CIBokehBlurObjectFromID constructs a CIBokehBlurObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBokehBlurObject) BaseObject 

func (o CIBokehBlurObject) BaseObject() objectivec.Object

func (CIBokehBlurObject) InputImage 

func (o CIBokehBlurObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/inputImage

func (CIBokehBlurObject) OutputImage 

func (o CIBokehBlurObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBokehBlurObject) Radius 

func (o CIBokehBlurObject) Radius() float32

The radius of the blur, in pixels.

See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/radius

func (CIBokehBlurObject) RingAmount 

func (o CIBokehBlurObject) RingAmount() float32

The amount of extra emphasis at the ring of the bokeh.

See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/ringAmount

func (CIBokehBlurObject) RingSize 

func (o CIBokehBlurObject) RingSize() float32

The radius of the extra emphasis at the ring of the bokeh.

See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/ringSize

func (CIBokehBlurObject) SetInputImage 

func (o CIBokehBlurObject) SetInputImage(value ICIImage)

func (CIBokehBlurObject) SetRadius 

func (o CIBokehBlurObject) SetRadius(value float32)

func (CIBokehBlurObject) SetRingAmount 

func (o CIBokehBlurObject) SetRingAmount(value float32)

func (CIBokehBlurObject) SetRingSize 

func (o CIBokehBlurObject) SetRingSize(value float32)

func (CIBokehBlurObject) SetSoftness 

func (o CIBokehBlurObject) SetSoftness(value float32)

func (CIBokehBlurObject) Softness 

func (o CIBokehBlurObject) Softness() float32

The softness of the bokeh effect.

See: https://developer.apple.com/documentation/CoreImage/CIBokehBlur/softness

type CIBoxBlur 

type CIBoxBlur interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBoxBlur/inputImage
	InputImage() ICIImage

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBoxBlur/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBoxBlur/inputImage
	SetInputImage(value ICIImage)

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBoxBlur/radius
	SetRadius(value float32)
}

The properties you use to configure a box blur filter.

See: https://developer.apple.com/documentation/CoreImage/CIBoxBlur

type CIBoxBlurObject 

type CIBoxBlurObject struct {
	objectivec.Object
}

CIBoxBlurObject wraps an existing Objective-C object that conforms to the CIBoxBlur protocol.

func CIBoxBlurObjectFromID 

func CIBoxBlurObjectFromID(id objc.ID) CIBoxBlurObject

CIBoxBlurObjectFromID constructs a CIBoxBlurObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBoxBlurObject) BaseObject 

func (o CIBoxBlurObject) BaseObject() objectivec.Object

func (CIBoxBlurObject) InputImage 

func (o CIBoxBlurObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIBoxBlur/inputImage

func (CIBoxBlurObject) OutputImage 

func (o CIBoxBlurObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBoxBlurObject) Radius 

func (o CIBoxBlurObject) Radius() float32

The radius of the blur, in pixels.

See: https://developer.apple.com/documentation/CoreImage/CIBoxBlur/radius

func (CIBoxBlurObject) SetInputImage 

func (o CIBoxBlurObject) SetInputImage(value ICIImage)

func (CIBoxBlurObject) SetRadius 

func (o CIBoxBlurObject) SetRadius(value float32)

type CIBumpDistortion 

type CIBumpDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/radius
	Radius() float32

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/scale
	Scale() float32

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/radius
	SetRadius(value float32)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/scale
	SetScale(value float32)
}

CIBumpDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion

type CIBumpDistortionLinear 

type CIBumpDistortionLinear interface {
	objectivec.IObject
	CIFilterProtocol

	// Angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/angle
	Angle() float32

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/radius
	Radius() float32

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/scale
	Scale() float32

	// angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/angle
	SetAngle(value float32)

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/radius
	SetRadius(value float32)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/scale
	SetScale(value float32)
}

CIBumpDistortionLinear protocol.

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear

type CIBumpDistortionLinearObject 

type CIBumpDistortionLinearObject struct {
	objectivec.Object
}

CIBumpDistortionLinearObject wraps an existing Objective-C object that conforms to the CIBumpDistortionLinear protocol.

func CIBumpDistortionLinearObjectFromID 

func CIBumpDistortionLinearObjectFromID(id objc.ID) CIBumpDistortionLinearObject

CIBumpDistortionLinearObjectFromID constructs a CIBumpDistortionLinearObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBumpDistortionLinearObject) Angle 

func (o CIBumpDistortionLinearObject) Angle() float32

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/angle

func (CIBumpDistortionLinearObject) BaseObject 

func (o CIBumpDistortionLinearObject) BaseObject() objectivec.Object

func (CIBumpDistortionLinearObject) Center 

func (o CIBumpDistortionLinearObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/center

func (CIBumpDistortionLinearObject) InputImage 

func (o CIBumpDistortionLinearObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/inputImage

func (CIBumpDistortionLinearObject) OutputImage 

func (o CIBumpDistortionLinearObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBumpDistortionLinearObject) Radius 

func (o CIBumpDistortionLinearObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/radius

func (CIBumpDistortionLinearObject) Scale 

func (o CIBumpDistortionLinearObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortionLinear/scale

func (CIBumpDistortionLinearObject) SetAngle 

func (o CIBumpDistortionLinearObject) SetAngle(value float32)

func (CIBumpDistortionLinearObject) SetCenter 

func (o CIBumpDistortionLinearObject) SetCenter(value corefoundation.CGPoint)

func (CIBumpDistortionLinearObject) SetInputImage 

func (o CIBumpDistortionLinearObject) SetInputImage(value ICIImage)

func (CIBumpDistortionLinearObject) SetRadius 

func (o CIBumpDistortionLinearObject) SetRadius(value float32)

func (CIBumpDistortionLinearObject) SetScale 

func (o CIBumpDistortionLinearObject) SetScale(value float32)

type CIBumpDistortionObject 

type CIBumpDistortionObject struct {
	objectivec.Object
}

CIBumpDistortionObject wraps an existing Objective-C object that conforms to the CIBumpDistortion protocol.

func CIBumpDistortionObjectFromID 

func CIBumpDistortionObjectFromID(id objc.ID) CIBumpDistortionObject

CIBumpDistortionObjectFromID constructs a CIBumpDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIBumpDistortionObject) BaseObject 

func (o CIBumpDistortionObject) BaseObject() objectivec.Object

func (CIBumpDistortionObject) Center 

func (o CIBumpDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/center

func (CIBumpDistortionObject) InputImage 

func (o CIBumpDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/inputImage

func (CIBumpDistortionObject) OutputImage 

func (o CIBumpDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIBumpDistortionObject) Radius 

func (o CIBumpDistortionObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/radius

func (CIBumpDistortionObject) Scale 

func (o CIBumpDistortionObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIBumpDistortion/scale

func (CIBumpDistortionObject) SetCenter 

func (o CIBumpDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CIBumpDistortionObject) SetInputImage 

func (o CIBumpDistortionObject) SetInputImage(value ICIImage)

func (CIBumpDistortionObject) SetRadius 

func (o CIBumpDistortionObject) SetRadius(value float32)

func (CIBumpDistortionObject) SetScale 

func (o CIBumpDistortionObject) SetScale(value float32)

type CICMYKHalftone 

type CICMYKHalftone interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/angle
	Angle() float32

	// The x and y position to use as the center of the halftone pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/center
	Center() corefoundation.CGPoint

	// The gray component replacement value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/grayComponentReplacement
	GrayComponentReplacement() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/inputImage
	InputImage() ICIImage

	// The sharpness of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/sharpness
	Sharpness() float32

	// The under color removal value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/underColorRemoval
	UnderColorRemoval() float32

	// The distance between dots in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/width
	Width() float32

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the halftone pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/center
	SetCenter(value corefoundation.CGPoint)

	// The gray component replacement value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/grayComponentReplacement
	SetGrayComponentReplacement(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/inputImage
	SetInputImage(value ICIImage)

	// The sharpness of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/sharpness
	SetSharpness(value float32)

	// The under color removal value.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/underColorRemoval
	SetUnderColorRemoval(value float32)

	// The distance between dots in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/width
	SetWidth(value float32)
}

The properties you use to configure a CMYK halftone filter.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone

type CICMYKHalftoneObject 

type CICMYKHalftoneObject struct {
	objectivec.Object
}

CICMYKHalftoneObject wraps an existing Objective-C object that conforms to the CICMYKHalftone protocol.

func CICMYKHalftoneObjectFromID 

func CICMYKHalftoneObjectFromID(id objc.ID) CICMYKHalftoneObject

CICMYKHalftoneObjectFromID constructs a CICMYKHalftoneObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICMYKHalftoneObject) Angle 

func (o CICMYKHalftoneObject) Angle() float32

The angle of the pattern.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/angle

func (CICMYKHalftoneObject) BaseObject 

func (o CICMYKHalftoneObject) BaseObject() objectivec.Object

func (CICMYKHalftoneObject) Center 

func (o CICMYKHalftoneObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the halftone pattern.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/center

func (CICMYKHalftoneObject) GrayComponentReplacement 

func (o CICMYKHalftoneObject) GrayComponentReplacement() float32

The gray component replacement value.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/grayComponentReplacement

func (CICMYKHalftoneObject) InputImage 

func (o CICMYKHalftoneObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/inputImage

func (CICMYKHalftoneObject) OutputImage 

func (o CICMYKHalftoneObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICMYKHalftoneObject) SetAngle 

func (o CICMYKHalftoneObject) SetAngle(value float32)

func (CICMYKHalftoneObject) SetCenter 

func (o CICMYKHalftoneObject) SetCenter(value corefoundation.CGPoint)

func (CICMYKHalftoneObject) SetGrayComponentReplacement 

func (o CICMYKHalftoneObject) SetGrayComponentReplacement(value float32)

func (CICMYKHalftoneObject) SetInputImage 

func (o CICMYKHalftoneObject) SetInputImage(value ICIImage)

func (CICMYKHalftoneObject) SetSharpness 

func (o CICMYKHalftoneObject) SetSharpness(value float32)

func (CICMYKHalftoneObject) SetUnderColorRemoval 

func (o CICMYKHalftoneObject) SetUnderColorRemoval(value float32)

func (CICMYKHalftoneObject) SetWidth 

func (o CICMYKHalftoneObject) SetWidth(value float32)

func (CICMYKHalftoneObject) Sharpness 

func (o CICMYKHalftoneObject) Sharpness() float32

The sharpness of the pattern.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/sharpness

func (CICMYKHalftoneObject) UnderColorRemoval 

func (o CICMYKHalftoneObject) UnderColorRemoval() float32

The under color removal value.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/underColorRemoval

func (CICMYKHalftoneObject) Width 

func (o CICMYKHalftoneObject) Width() float32

The distance between dots in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CICMYKHalftone/width

type CICannyEdgeDetector 

type CICannyEdgeDetector interface {
	objectivec.IObject
	CIFilterProtocol

	// GaussianSigma protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/gaussianSigma
	GaussianSigma() float32

	// HysteresisPasses protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/hysteresisPasses
	HysteresisPasses() int

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/inputImage
	InputImage() ICIImage

	// Perceptual protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/perceptual
	Perceptual() bool

	// ThresholdHigh protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/thresholdHigh
	ThresholdHigh() float32

	// ThresholdLow protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/thresholdLow
	ThresholdLow() float32

	// gaussianSigma protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/gaussianSigma
	SetGaussianSigma(value float32)

	// hysteresisPasses protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/hysteresisPasses
	SetHysteresisPasses(value int)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/inputImage
	SetInputImage(value ICIImage)

	// perceptual protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/perceptual
	SetPerceptual(value bool)

	// thresholdHigh protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/thresholdHigh
	SetThresholdHigh(value float32)

	// thresholdLow protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/thresholdLow
	SetThresholdLow(value float32)
}

CICannyEdgeDetector protocol.

See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector

type CICannyEdgeDetectorObject 

type CICannyEdgeDetectorObject struct {
	objectivec.Object
}

CICannyEdgeDetectorObject wraps an existing Objective-C object that conforms to the CICannyEdgeDetector protocol.

func CICannyEdgeDetectorObjectFromID 

func CICannyEdgeDetectorObjectFromID(id objc.ID) CICannyEdgeDetectorObject

CICannyEdgeDetectorObjectFromID constructs a CICannyEdgeDetectorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICannyEdgeDetectorObject) BaseObject 

func (o CICannyEdgeDetectorObject) BaseObject() objectivec.Object

func (CICannyEdgeDetectorObject) GaussianSigma 

func (o CICannyEdgeDetectorObject) GaussianSigma() float32

See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/gaussianSigma

func (CICannyEdgeDetectorObject) HysteresisPasses 

func (o CICannyEdgeDetectorObject) HysteresisPasses() int

See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/hysteresisPasses

func (CICannyEdgeDetectorObject) InputImage 

func (o CICannyEdgeDetectorObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/inputImage

func (CICannyEdgeDetectorObject) OutputImage 

func (o CICannyEdgeDetectorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICannyEdgeDetectorObject) Perceptual 

func (o CICannyEdgeDetectorObject) Perceptual() bool

See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/perceptual

func (CICannyEdgeDetectorObject) SetGaussianSigma 

func (o CICannyEdgeDetectorObject) SetGaussianSigma(value float32)

func (CICannyEdgeDetectorObject) SetHysteresisPasses 

func (o CICannyEdgeDetectorObject) SetHysteresisPasses(value int)

func (CICannyEdgeDetectorObject) SetInputImage 

func (o CICannyEdgeDetectorObject) SetInputImage(value ICIImage)

func (CICannyEdgeDetectorObject) SetPerceptual 

func (o CICannyEdgeDetectorObject) SetPerceptual(value bool)

func (CICannyEdgeDetectorObject) SetThresholdHigh 

func (o CICannyEdgeDetectorObject) SetThresholdHigh(value float32)

func (CICannyEdgeDetectorObject) SetThresholdLow 

func (o CICannyEdgeDetectorObject) SetThresholdLow(value float32)

func (CICannyEdgeDetectorObject) ThresholdHigh 

func (o CICannyEdgeDetectorObject) ThresholdHigh() float32

See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/thresholdHigh

func (CICannyEdgeDetectorObject) ThresholdLow 

func (o CICannyEdgeDetectorObject) ThresholdLow() float32

See: https://developer.apple.com/documentation/CoreImage/CICannyEdgeDetector/thresholdLow

type CICheckerboardGenerator 

type CICheckerboardGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/center
	Center() corefoundation.CGPoint

	// A color to use for the first set of squares.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/color0
	Color0() ICIColor

	// A color to use for the second set of squares.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/color1
	Color1() ICIColor

	// The sharpness of the edges in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/sharpness
	Sharpness() float32

	// The width of the squares in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/width
	Width() float32

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/center
	SetCenter(value corefoundation.CGPoint)

	// A color to use for the first set of squares.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/color0
	SetColor0(value ICIColor)

	// A color to use for the second set of squares.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/color1
	SetColor1(value ICIColor)

	// The sharpness of the edges in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/sharpness
	SetSharpness(value float32)

	// The width of the squares in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/width
	SetWidth(value float32)
}

The properties you use to configure a checkerboard generator filter.

See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator

type CICheckerboardGeneratorObject 

type CICheckerboardGeneratorObject struct {
	objectivec.Object
}

CICheckerboardGeneratorObject wraps an existing Objective-C object that conforms to the CICheckerboardGenerator protocol.

func CICheckerboardGeneratorObjectFromID 

func CICheckerboardGeneratorObjectFromID(id objc.ID) CICheckerboardGeneratorObject

CICheckerboardGeneratorObjectFromID constructs a CICheckerboardGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICheckerboardGeneratorObject) BaseObject 

func (o CICheckerboardGeneratorObject) BaseObject() objectivec.Object

func (CICheckerboardGeneratorObject) Center 

func (o CICheckerboardGeneratorObject) Center() corefoundation.CGPoint

The center of the effect as x and y coordinates.

See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/center

func (CICheckerboardGeneratorObject) Color0 

func (o CICheckerboardGeneratorObject) Color0() ICIColor

A color to use for the first set of squares.

See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/color0

func (CICheckerboardGeneratorObject) Color1 

func (o CICheckerboardGeneratorObject) Color1() ICIColor

A color to use for the second set of squares.

See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/color1

func (CICheckerboardGeneratorObject) OutputImage 

func (o CICheckerboardGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICheckerboardGeneratorObject) SetCenter 

func (o CICheckerboardGeneratorObject) SetCenter(value corefoundation.CGPoint)

func (CICheckerboardGeneratorObject) SetColor0 

func (o CICheckerboardGeneratorObject) SetColor0(value ICIColor)

func (CICheckerboardGeneratorObject) SetColor1 

func (o CICheckerboardGeneratorObject) SetColor1(value ICIColor)

func (CICheckerboardGeneratorObject) SetSharpness 

func (o CICheckerboardGeneratorObject) SetSharpness(value float32)

func (CICheckerboardGeneratorObject) SetWidth 

func (o CICheckerboardGeneratorObject) SetWidth(value float32)

func (CICheckerboardGeneratorObject) Sharpness 

func (o CICheckerboardGeneratorObject) Sharpness() float32

The sharpness of the edges in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/sharpness

func (CICheckerboardGeneratorObject) Width 

func (o CICheckerboardGeneratorObject) Width() float32

The width of the squares in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CICheckerboardGenerator/width

type CICircleSplashDistortion 

type CICircleSplashDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/radius
	Radius() float32

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/radius
	SetRadius(value float32)
}

CICircleSplashDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion

type CICircleSplashDistortionObject 

type CICircleSplashDistortionObject struct {
	objectivec.Object
}

CICircleSplashDistortionObject wraps an existing Objective-C object that conforms to the CICircleSplashDistortion protocol.

func CICircleSplashDistortionObjectFromID 

func CICircleSplashDistortionObjectFromID(id objc.ID) CICircleSplashDistortionObject

CICircleSplashDistortionObjectFromID constructs a CICircleSplashDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICircleSplashDistortionObject) BaseObject 

func (o CICircleSplashDistortionObject) BaseObject() objectivec.Object

func (CICircleSplashDistortionObject) Center 

func (o CICircleSplashDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/center

func (CICircleSplashDistortionObject) InputImage 

func (o CICircleSplashDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/inputImage

func (CICircleSplashDistortionObject) OutputImage 

func (o CICircleSplashDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICircleSplashDistortionObject) Radius 

func (o CICircleSplashDistortionObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CICircleSplashDistortion/radius

func (CICircleSplashDistortionObject) SetCenter 

func (o CICircleSplashDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CICircleSplashDistortionObject) SetInputImage 

func (o CICircleSplashDistortionObject) SetInputImage(value ICIImage)

func (CICircleSplashDistortionObject) SetRadius 

func (o CICircleSplashDistortionObject) SetRadius(value float32)

type CICircularScreen 

type CICircularScreen interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the circular screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/inputImage
	InputImage() ICIImage

	// The sharpness of the circles.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/sharpness
	Sharpness() float32

	// The distance between each circle in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/width
	Width() float32

	// The x and y position to use as the center of the circular screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/inputImage
	SetInputImage(value ICIImage)

	// The sharpness of the circles.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/sharpness
	SetSharpness(value float32)

	// The distance between each circle in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/width
	SetWidth(value float32)
}

The properties you use to configure a circular screen filter.

See: https://developer.apple.com/documentation/CoreImage/CICircularScreen

type CICircularScreenObject 

type CICircularScreenObject struct {
	objectivec.Object
}

CICircularScreenObject wraps an existing Objective-C object that conforms to the CICircularScreen protocol.

func CICircularScreenObjectFromID 

func CICircularScreenObjectFromID(id objc.ID) CICircularScreenObject

CICircularScreenObjectFromID constructs a CICircularScreenObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICircularScreenObject) BaseObject 

func (o CICircularScreenObject) BaseObject() objectivec.Object

func (CICircularScreenObject) Center 

func (o CICircularScreenObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the circular screen pattern.

See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/center

func (CICircularScreenObject) InputImage 

func (o CICircularScreenObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/inputImage

func (CICircularScreenObject) OutputImage 

func (o CICircularScreenObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICircularScreenObject) SetCenter 

func (o CICircularScreenObject) SetCenter(value corefoundation.CGPoint)

func (CICircularScreenObject) SetInputImage 

func (o CICircularScreenObject) SetInputImage(value ICIImage)

func (CICircularScreenObject) SetSharpness 

func (o CICircularScreenObject) SetSharpness(value float32)

func (CICircularScreenObject) SetWidth 

func (o CICircularScreenObject) SetWidth(value float32)

func (CICircularScreenObject) Sharpness 

func (o CICircularScreenObject) Sharpness() float32

The sharpness of the circles.

See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/sharpness

func (CICircularScreenObject) Width 

func (o CICircularScreenObject) Width() float32

The distance between each circle in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CICircularScreen/width

type CICircularWrap 

type CICircularWrap interface {
	objectivec.IObject
	CIFilterProtocol

	// Angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/angle
	Angle() float32

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/radius
	Radius() float32

	// angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/angle
	SetAngle(value float32)

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/radius
	SetRadius(value float32)
}

CICircularWrap protocol.

See: https://developer.apple.com/documentation/CoreImage/CICircularWrap

type CICircularWrapObject 

type CICircularWrapObject struct {
	objectivec.Object
}

CICircularWrapObject wraps an existing Objective-C object that conforms to the CICircularWrap protocol.

func CICircularWrapObjectFromID 

func CICircularWrapObjectFromID(id objc.ID) CICircularWrapObject

CICircularWrapObjectFromID constructs a CICircularWrapObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICircularWrapObject) Angle 

func (o CICircularWrapObject) Angle() float32

See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/angle

func (CICircularWrapObject) BaseObject 

func (o CICircularWrapObject) BaseObject() objectivec.Object

func (CICircularWrapObject) Center 

func (o CICircularWrapObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/center

func (CICircularWrapObject) InputImage 

func (o CICircularWrapObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/inputImage

func (CICircularWrapObject) OutputImage 

func (o CICircularWrapObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICircularWrapObject) Radius 

func (o CICircularWrapObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CICircularWrap/radius

func (CICircularWrapObject) SetAngle 

func (o CICircularWrapObject) SetAngle(value float32)

func (CICircularWrapObject) SetCenter 

func (o CICircularWrapObject) SetCenter(value corefoundation.CGPoint)

func (CICircularWrapObject) SetInputImage 

func (o CICircularWrapObject) SetInputImage(value ICIImage)

func (CICircularWrapObject) SetRadius 

func (o CICircularWrapObject) SetRadius(value float32)

type CICode128BarcodeGenerator 

type CICode128BarcodeGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The height, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/barcodeHeight
	BarcodeHeight() float32

	// The message to encode in the Code 128 barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/message
	Message() foundation.INSData

	// The number of empty white pixels that should surround the barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/quietSpace
	QuietSpace() float32

	// The height, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/barcodeHeight
	SetBarcodeHeight(value float32)

	// The message to encode in the Code 128 barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/message
	SetMessage(value foundation.INSData)

	// The number of empty white pixels that should surround the barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/quietSpace
	SetQuietSpace(value float32)
}

The properties you use to configure a Code 128 barcode generator filter.

See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator

type CICode128BarcodeGeneratorObject 

type CICode128BarcodeGeneratorObject struct {
	objectivec.Object
}

CICode128BarcodeGeneratorObject wraps an existing Objective-C object that conforms to the CICode128BarcodeGenerator protocol.

func CICode128BarcodeGeneratorObjectFromID 

func CICode128BarcodeGeneratorObjectFromID(id objc.ID) CICode128BarcodeGeneratorObject

CICode128BarcodeGeneratorObjectFromID constructs a CICode128BarcodeGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICode128BarcodeGeneratorObject) BarcodeHeight 

func (o CICode128BarcodeGeneratorObject) BarcodeHeight() float32

The height, in pixels, of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/barcodeHeight

func (CICode128BarcodeGeneratorObject) BaseObject 

func (o CICode128BarcodeGeneratorObject) BaseObject() objectivec.Object

func (CICode128BarcodeGeneratorObject) Message 

func (o CICode128BarcodeGeneratorObject) Message() foundation.INSData

The message to encode in the Code 128 barcode.

See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/message

func (CICode128BarcodeGeneratorObject) OutputImage 

func (o CICode128BarcodeGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICode128BarcodeGeneratorObject) QuietSpace 

func (o CICode128BarcodeGeneratorObject) QuietSpace() float32

The number of empty white pixels that should surround the barcode.

See: https://developer.apple.com/documentation/CoreImage/CICode128BarcodeGenerator/quietSpace

func (CICode128BarcodeGeneratorObject) SetBarcodeHeight 

func (o CICode128BarcodeGeneratorObject) SetBarcodeHeight(value float32)

func (CICode128BarcodeGeneratorObject) SetMessage 

func (o CICode128BarcodeGeneratorObject) SetMessage(value foundation.INSData)

func (CICode128BarcodeGeneratorObject) SetQuietSpace 

func (o CICode128BarcodeGeneratorObject) SetQuietSpace(value float32)

type CIColor 

type CIColor struct {
	objectivec.Object
}

The Core Image class that defines a color object.

Overview

Use CIColor instances in conjunction with other Core Image classes, such as CIFilter and CIKernel. Many of the built-in Core Image filters have one or more CIColor inputs that you can set to affect the filter’s behavior.

Color Model

A color is defined as a N-dimensional model where each dimension’s color component is represented by intensity values. A color component may also be referred to as a color channel. An RGB color model, for example, is three-dimensional and the red, green, and blue component intensities define each unique color.

Color Space

A color is also defined by a color space that locates the axes of N-dimensional model within the greater volume of human perceivable colors. Core Image uses CGColorSpace instances to specify a variety of different color spaces such as sRGB, P3, BT.2020, etc. The CGColorSpace also defines if the color space is coded linearly or in a non-linear perceptual curve. (For more information on CGColorSpace see CGColorSpace)

Color Range

Standard dynamic range (SDR) color color component values range from `0.0` to `1.0`, with `0.0` representing an 0% of that component and `1.0` representing 100%. In contrast, high dynamic range (HDR) color values can be less than `0.0` (for more saturation) or greater than `1.0` (for more brightness).

Color Opacity

CIColor instances also have an alpha component, which represents the opacity of the color, with 0.0 meaning completely transparent and 1.0 meaning completely opaque. If a color does not have an explicit alpha component, Core Image assumes that the alpha component equals 1.0. With CIColor that color components values are not premultiplied. So for example, a semi-transparent pure red CIColor is represented by RGB `1.0,0.0,0.0` and A `0.5`. In contrast color components values in CIImage buffers or read in CIKernel samplers are premultiplied by default.

Initializing Color Objects

Getting Color Components

See: https://developer.apple.com/documentation/CoreImage/CIColor

func CIColorFromID 

func CIColorFromID(id objc.ID) CIColor

CIColorFromID constructs a CIColor from an objc.ID.

The Core Image class that defines a color object.

func NewCIColor 

func NewCIColor() CIColor

NewCIColor creates a new CIColor instance.

func NewColorWithCGColor 

func NewColorWithCGColor(color coregraphics.CGColorRef) CIColor

Create a Core Image color object with a Core Graphics color object.

Return Value

An initialized CIColor instance.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(cgColor:)

func NewColorWithColor 

func NewColorWithColor(color objectivec.IObject) CIColor

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(color:)

func NewColorWithRedGreenBlue 

func NewColorWithRedGreenBlue(red float64, green float64, blue float64) CIColor

Initialize a Core Image color object in the sRGB color space with the specified red, green, and blue component values.

red: The color’s unpremultiplied red component value between 0 and 1.

green: The color’s unpremultiplied green component value between 0 and 1.

blue: The color’s unpremultiplied blue component value between 0 and 1.

Return Value

An initialized CIColor instance.

Discussion

On macOS before 10.10, the CIColor’s color space will be Generic RGB.

See: https://developer.apple.com/documentation/CoreImage/CIColor/initWithRed:green:blue:

func NewColorWithRedGreenBlueAlpha 

func NewColorWithRedGreenBlueAlpha(red float64, green float64, blue float64, alpha float64) CIColor

Initialize a Core Image color object in the sRGB color space with the specified red, green, blue, and alpha component values.

red: The color’s unpremultiplied red component value between 0 and 1.

green: The color’s unpremultiplied green component value between 0 and 1.

blue: The color’s unpremultiplied blue component value between 0 and 1.

alpha: The color’s alpha (opacity) value between 0 and 1.

Return Value

An initialized CIColor instance.

Discussion

On macOS before 10.10, the CIColor’s color space will be Generic RGB.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(red:green:blue:alpha:)

func NewColorWithRedGreenBlueAlphaColorSpace 

func NewColorWithRedGreenBlueAlphaColorSpace(red float64, green float64, blue float64, alpha float64, colorSpace coregraphics.CGColorSpaceRef) CIColor

Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.

red: The color’s unpremultiplied red component value.

green: The color’s unpremultiplied green component value.

blue: The color’s unpremultiplied blue component value.

alpha: The color’s alpha (opacity) value between 0 and 1.

colorSpace: The color’s [CGColorSpace] which must have `kCGColorSpaceModelRGB`.

Return Value

An initialized CIColor instance.

Discussion

This will return null if the [CGColorSpace] is not `kCGColorSpaceModelRGB`. The RGB values can be outside the `0...1` range if the [CGColorSpace] is unclamped.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(red:green:blue:alpha:colorSpace:)

func NewColorWithRedGreenBlueColorSpace 

func NewColorWithRedGreenBlueColorSpace(red float64, green float64, blue float64, colorSpace coregraphics.CGColorSpaceRef) CIColor

Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.

red: The color’s unpremultiplied red component value.

green: The color’s unpremultiplied green component value.

blue: The color’s unpremultiplied blue component value.

colorSpace: The color’s [CGColorSpace] which must have `kCGColorSpaceModelRGB`.

Return Value

An initialized CIColor instance.

Discussion

This will return null if the [CGColorSpace] is not `kCGColorSpaceModelRGB`. The RGB values can be outside the `0...1` range if the [CGColorSpace] is unclamped.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(red:green:blue:colorSpace:)

func NewColorWithString 

func NewColorWithString(representation string) CIColor

Create a Core Image color object in the sRGB color space using a string containing the RGBA color component values.

representation: A string that contains color and alpha float values. For example, the string: `"0.5 0.7 0.3 1.0"` indicates an RGB color whose components are 50% red, 70% green, 30% blue, and 100% opaque. If the string contains only 3 float values, the alpha component will be `1.0` If the string contains no float values, then `/CIColor/clearColor` will be returned.

Return Value

An autoreleased CIColor instance.

Discussion

On macOS before 10.10, the CIColor’s color space will be Generic RGB.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(string:)

func (CIColor) Alpha 

func (c CIColor) Alpha() float64

Returns the alpha value of the color.

See: https://developer.apple.com/documentation/CoreImage/CIColor/alpha

func (CIColor) Autorelease 

func (c CIColor) Autorelease() CIColor

Autorelease adds the receiver to the current autorelease pool.

func (CIColor) Blue 

func (c CIColor) Blue() float64

Returns the unpremultiplied blue component of the color.

Discussion

If the CIColor was initialized with a [CGColor] in a non-RGB [CGColorSpace] then it will be converted to sRGB to get the green component.

See: https://developer.apple.com/documentation/CoreImage/CIColor/blue-swift.property

func (CIColor) ColorSpace 

func (c CIColor) ColorSpace() coregraphics.CGColorSpaceRef

Returns the [CGColorSpace] associated with the color

See: https://developer.apple.com/documentation/CoreImage/CIColor/colorSpace

func (CIColor) Components 

func (c CIColor) Components() unsafe.Pointer

Return a pointer to an array of [CGFloat] values including alpha.

Discussion

Typically this array will contain `4` [CGFloat] values for red, green, blue, and alpha. If the CIColor was initialized with a [CGColor] then returned pointer will be the same as calling `CGColorGetComponents()`

See: https://developer.apple.com/documentation/CoreImage/CIColor/components

func (CIColor) EncodeWithCoder 

func (c CIColor) EncodeWithCoder(coder foundation.INSCoder)

func (CIColor) Green 

func (c CIColor) Green() float64

Returns the unpremultiplied green component of the color.

Discussion

If the CIColor was initialized with a [CGColor] in a non-RGB [CGColorSpace] then it will be converted to sRGB to get the green component.

See: https://developer.apple.com/documentation/CoreImage/CIColor/green-swift.property

func (CIColor) Init 

func (c CIColor) Init() CIColor

Init initializes the instance.

func (CIColor) InitWithCGColor 

func (c CIColor) InitWithCGColor(color coregraphics.CGColorRef) CIColor

Create a Core Image color object with a Core Graphics color object.

Return Value

An initialized CIColor instance.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(cgColor:)

func (CIColor) InitWithColor 

func (c CIColor) InitWithColor(color objectivec.IObject) CIColor

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(color:)

func (CIColor) InitWithRedGreenBlue 

func (c CIColor) InitWithRedGreenBlue(red float64, green float64, blue float64) CIColor

Initialize a Core Image color object in the sRGB color space with the specified red, green, and blue component values.

red: The color’s unpremultiplied red component value between 0 and 1.

green: The color’s unpremultiplied green component value between 0 and 1.

blue: The color’s unpremultiplied blue component value between 0 and 1.

Return Value

An initialized CIColor instance.

Discussion

On macOS before 10.10, the CIColor’s color space will be Generic RGB.

See: https://developer.apple.com/documentation/CoreImage/CIColor/initWithRed:green:blue:

func (CIColor) InitWithRedGreenBlueAlpha 

func (c CIColor) InitWithRedGreenBlueAlpha(red float64, green float64, blue float64, alpha float64) CIColor

Initialize a Core Image color object in the sRGB color space with the specified red, green, blue, and alpha component values.

red: The color’s unpremultiplied red component value between 0 and 1.

green: The color’s unpremultiplied green component value between 0 and 1.

blue: The color’s unpremultiplied blue component value between 0 and 1.

alpha: The color’s alpha (opacity) value between 0 and 1.

Return Value

An initialized CIColor instance.

Discussion

On macOS before 10.10, the CIColor’s color space will be Generic RGB.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(red:green:blue:alpha:)

func (CIColor) InitWithRedGreenBlueAlphaColorSpace 

func (c CIColor) InitWithRedGreenBlueAlphaColorSpace(red float64, green float64, blue float64, alpha float64, colorSpace coregraphics.CGColorSpaceRef) CIColor

Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.

red: The color’s unpremultiplied red component value.

green: The color’s unpremultiplied green component value.

blue: The color’s unpremultiplied blue component value.

alpha: The color’s alpha (opacity) value between 0 and 1.

colorSpace: The color’s [CGColorSpace] which must have `kCGColorSpaceModelRGB`.

Return Value

An initialized CIColor instance.

Discussion

This will return null if the [CGColorSpace] is not `kCGColorSpaceModelRGB`. The RGB values can be outside the `0...1` range if the [CGColorSpace] is unclamped.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(red:green:blue:alpha:colorSpace:)

func (CIColor) InitWithRedGreenBlueColorSpace 

func (c CIColor) InitWithRedGreenBlueColorSpace(red float64, green float64, blue float64, colorSpace coregraphics.CGColorSpaceRef) CIColor

Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.

red: The color’s unpremultiplied red component value.

green: The color’s unpremultiplied green component value.

blue: The color’s unpremultiplied blue component value.

colorSpace: The color’s [CGColorSpace] which must have `kCGColorSpaceModelRGB`.

Return Value

An initialized CIColor instance.

Discussion

This will return null if the [CGColorSpace] is not `kCGColorSpaceModelRGB`. The RGB values can be outside the `0...1` range if the [CGColorSpace] is unclamped.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(red:green:blue:colorSpace:)

func (CIColor) NumberOfComponents 

func (c CIColor) NumberOfComponents() uintptr

Returns the color components of the color including alpha.

Discussion

This number includes the alpha component if the color contains one.

Typically this number will be `4` for red, green, blue, and alpha. If the CIColor was initialized with a [CGColor] then the number will be the same as calling `CGColorGetNumberOfComponents()`

See: https://developer.apple.com/documentation/CoreImage/CIColor/numberOfComponents

func (CIColor) Red 

func (c CIColor) Red() float64

Returns the unpremultiplied red component of the color.

Discussion

If the CIColor was initialized with a [CGColor] in a non-RGB [CGColorSpace] then it will be converted to sRGB to get the red component.

See: https://developer.apple.com/documentation/CoreImage/CIColor/red-swift.property

func (CIColor) StringRepresentation 

func (c CIColor) StringRepresentation() string

Returns a formatted string with the unpremultiplied color and alpha components of the color.

Discussion

The string representation always has four components: red, green, blue, and alpha.

Some example string representations of colors:

[Table data omitted]

To create a CIColor instance from a string representation, use the [ColorWithString] method.

If the CIColor was initialized with a [CGColor] in a non-RGB [CGColorSpace] then it will be converted to sRGB to get the red, green, and blue components.

This property is not KVO-safe because it returns a new [NSString] instance each time. The value of the [NSString] will be the same each time it is called.

See: https://developer.apple.com/documentation/CoreImage/CIColor/stringRepresentation

type CIColorAbsoluteDifference 

type CIColorAbsoluteDifference interface {
	objectivec.IObject
	CIFilterProtocol

	// The first image to use for differencing.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorAbsoluteDifference/inputImage
	InputImage() ICIImage

	// The second image to use for differencing.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorAbsoluteDifference/inputImage2
	InputImage2() ICIImage

	// The first image to use for differencing.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorAbsoluteDifference/inputImage
	SetInputImage(value ICIImage)

	// The second image to use for differencing.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorAbsoluteDifference/inputImage2
	SetInputImage2(value ICIImage)
}

CIColorAbsoluteDifference protocol.

See: https://developer.apple.com/documentation/CoreImage/CIColorAbsoluteDifference

type CIColorAbsoluteDifferenceObject 

type CIColorAbsoluteDifferenceObject struct {
	objectivec.Object
}

CIColorAbsoluteDifferenceObject wraps an existing Objective-C object that conforms to the CIColorAbsoluteDifference protocol.

func CIColorAbsoluteDifferenceObjectFromID 

func CIColorAbsoluteDifferenceObjectFromID(id objc.ID) CIColorAbsoluteDifferenceObject

CIColorAbsoluteDifferenceObjectFromID constructs a CIColorAbsoluteDifferenceObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorAbsoluteDifferenceObject) BaseObject 

func (o CIColorAbsoluteDifferenceObject) BaseObject() objectivec.Object

func (CIColorAbsoluteDifferenceObject) InputImage 

func (o CIColorAbsoluteDifferenceObject) InputImage() ICIImage

The first image to use for differencing.

See: https://developer.apple.com/documentation/CoreImage/CIColorAbsoluteDifference/inputImage

func (CIColorAbsoluteDifferenceObject) InputImage2 

func (o CIColorAbsoluteDifferenceObject) InputImage2() ICIImage

The second image to use for differencing.

See: https://developer.apple.com/documentation/CoreImage/CIColorAbsoluteDifference/inputImage2

func (CIColorAbsoluteDifferenceObject) OutputImage 

func (o CIColorAbsoluteDifferenceObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorAbsoluteDifferenceObject) SetInputImage 

func (o CIColorAbsoluteDifferenceObject) SetInputImage(value ICIImage)

func (CIColorAbsoluteDifferenceObject) SetInputImage2 

func (o CIColorAbsoluteDifferenceObject) SetInputImage2(value ICIImage)

type CIColorClamp 

type CIColorClamp interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/inputImage
	InputImage() ICIImage

	// A vector containing the higher clamping values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/maxComponents
	MaxComponents() ICIVector

	// A vector containing the lower clamping values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/minComponents
	MinComponents() ICIVector

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/inputImage
	SetInputImage(value ICIImage)

	// A vector containing the higher clamping values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/maxComponents
	SetMaxComponents(value ICIVector)

	// A vector containing the lower clamping values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/minComponents
	SetMinComponents(value ICIVector)
}

The properties you use to configure a color clamp filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorClamp

type CIColorClampObject 

type CIColorClampObject struct {
	objectivec.Object
}

CIColorClampObject wraps an existing Objective-C object that conforms to the CIColorClamp protocol.

func CIColorClampObjectFromID 

func CIColorClampObjectFromID(id objc.ID) CIColorClampObject

CIColorClampObjectFromID constructs a CIColorClampObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorClampObject) BaseObject 

func (o CIColorClampObject) BaseObject() objectivec.Object

func (CIColorClampObject) InputImage 

func (o CIColorClampObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/inputImage

func (CIColorClampObject) MaxComponents 

func (o CIColorClampObject) MaxComponents() ICIVector

A vector containing the higher clamping values.

See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/maxComponents

func (CIColorClampObject) MinComponents 

func (o CIColorClampObject) MinComponents() ICIVector

A vector containing the lower clamping values.

See: https://developer.apple.com/documentation/CoreImage/CIColorClamp/minComponents

func (CIColorClampObject) OutputImage 

func (o CIColorClampObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorClampObject) SetInputImage 

func (o CIColorClampObject) SetInputImage(value ICIImage)

func (CIColorClampObject) SetMaxComponents 

func (o CIColorClampObject) SetMaxComponents(value ICIVector)

func (CIColorClampObject) SetMinComponents 

func (o CIColorClampObject) SetMinComponents(value ICIVector)

type CIColorClass 

type CIColorClass struct {
	// contains filtered or unexported fields
}

func GetCIColorClass 

func GetCIColorClass() CIColorClass

GetCIColorClass returns the class object for CIColor.

func (CIColorClass) Alloc 

func (cc CIColorClass) Alloc() CIColor

Alloc allocates memory for a new instance of the class.

func (CIColorClass) BlackColor 

func (_CIColorClass CIColorClass) BlackColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `0,0,0` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/black

func (CIColorClass) BlueColor 

func (_CIColorClass CIColorClass) BlueColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `0,0,1` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/blue-swift.type.property

func (CIColorClass) ClearColor 

func (_CIColorClass CIColorClass) ClearColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `0,0,0` and alpha value `0`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/clear

func (CIColorClass) ColorWithCGColor 

func (_CIColorClass CIColorClass) ColorWithCGColor(color coregraphics.CGColorRef) CIColor

Create a Core Image color object with a Core Graphics color object.

Return Value

An autoreleased CIColor instance.

See: https://developer.apple.com/documentation/CoreImage/CIColor/colorWithCGColor:

func (CIColorClass) ColorWithRedGreenBlue 

func (_CIColorClass CIColorClass) ColorWithRedGreenBlue(red float64, green float64, blue float64) CIColor

Create a Core Image color object in the sRGB color space with the specified red, green, and blue component values.

red: The color’s unpremultiplied red component value between 0 and 1.

green: The color’s unpremultiplied green component value between 0 and 1.

blue: The color’s unpremultiplied blue component value between 0 and 1.

Return Value

An autoreleased CIColor instance.

Discussion

On macOS before 10.10, the CIColor’s color space will be Generic RGB.

See: https://developer.apple.com/documentation/CoreImage/CIColor/init(red:green:blue:)

func (CIColorClass) ColorWithRedGreenBlueAlpha 

func (_CIColorClass CIColorClass) ColorWithRedGreenBlueAlpha(red float64, green float64, blue float64, alpha float64) CIColor

Create a Core Image color object in the sRGB color space with the specified red, green, blue, and alpha component values.

red: The color’s unpremultiplied red component value between 0 and 1.

green: The color’s unpremultiplied green component value between 0 and 1.

blue: The color’s unpremultiplied blue component value between 0 and 1.

alpha: The color’s alpha (opacity) value between 0 and 1.

Return Value

An autoreleased CIColor instance.

Discussion

On macOS before 10.10, the CIColor’s color space will be Generic RGB.

See: https://developer.apple.com/documentation/CoreImage/CIColor/colorWithRed:green:blue:alpha:

func (CIColorClass) ColorWithRedGreenBlueAlphaColorSpace 

func (_CIColorClass CIColorClass) ColorWithRedGreenBlueAlphaColorSpace(red float64, green float64, blue float64, alpha float64, colorSpace coregraphics.CGColorSpaceRef) CIColor

Create a Core Image color object with the specified red, green, blue, and alpha component values as measured in the specified color space.

red: The color’s unpremultiplied red component value.

green: The color’s unpremultiplied green component value.

blue: The color’s unpremultiplied blue component value.

alpha: The color’s alpha (opacity) value between 0 and 1.

colorSpace: The color’s [CGColorSpace] which must have `kCGColorSpaceModelRGB`.

Return Value

An autoreleased CIColor instance.

Discussion

This will return `null` if the [CGColorSpace] is not `kCGColorSpaceModelRGB`.

The RGB values can be outside the `0...1` range if the [CGColorSpace] is unclamped.

See: https://developer.apple.com/documentation/CoreImage/CIColor/colorWithRed:green:blue:alpha:colorSpace:

func (CIColorClass) ColorWithRedGreenBlueColorSpace 

func (_CIColorClass CIColorClass) ColorWithRedGreenBlueColorSpace(red float64, green float64, blue float64, colorSpace coregraphics.CGColorSpaceRef) CIColor

Create a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.

red: The color’s unpremultiplied red component value.

green: The color’s unpremultiplied green component value.

blue: The color’s unpremultiplied blue component value.

colorSpace: The color’s [CGColorSpace] which must have `kCGColorSpaceModelRGB`.

Return Value

An autoreleased CIColor instance.

Discussion

This will return `null` if the [CGColorSpace] is not `kCGColorSpaceModelRGB`.

The RGB values can be outside the `0...1` range if the [CGColorSpace] is unclamped.

See: https://developer.apple.com/documentation/CoreImage/CIColor/colorWithRed:green:blue:colorSpace:

func (CIColorClass) CyanColor 

func (_CIColorClass CIColorClass) CyanColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `0,1,1` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/cyan

func (CIColorClass) GrayColor 

func (_CIColorClass CIColorClass) GrayColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `0.5,0.5,0.5` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/gray

func (CIColorClass) GreenColor 

func (_CIColorClass CIColorClass) GreenColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `0,1,0` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/green-swift.type.property

func (CIColorClass) MagentaColor 

func (_CIColorClass CIColorClass) MagentaColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `1,0,1` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/magenta

func (CIColorClass) RedColor 

func (_CIColorClass CIColorClass) RedColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `1,0,0` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/red-swift.type.property

func (CIColorClass) WhiteColor 

func (_CIColorClass CIColorClass) WhiteColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `1,1,1` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/white

func (CIColorClass) YellowColor 

func (_CIColorClass CIColorClass) YellowColor() CIColor

Returns a singleton Core Image color instance in the sRGB color space with RGB values `1,1,0` and alpha value `1`.

See: https://developer.apple.com/documentation/CoreImage/CIColor/yellow

type CIColorControls 

type CIColorControls interface {
	objectivec.IObject
	CIFilterProtocol

	// The amount of brightness to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/brightness
	Brightness() float32

	// The amount of contrast to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/contrast
	Contrast() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/inputImage
	InputImage() ICIImage

	// The amount of saturation to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/saturation
	Saturation() float32

	// The amount of brightness to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/brightness
	SetBrightness(value float32)

	// The amount of contrast to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/contrast
	SetContrast(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/inputImage
	SetInputImage(value ICIImage)

	// The amount of saturation to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorControls/saturation
	SetSaturation(value float32)
}

The properties you use to configure a color controls filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorControls

type CIColorControlsObject 

type CIColorControlsObject struct {
	objectivec.Object
}

CIColorControlsObject wraps an existing Objective-C object that conforms to the CIColorControls protocol.

func CIColorControlsObjectFromID 

func CIColorControlsObjectFromID(id objc.ID) CIColorControlsObject

CIColorControlsObjectFromID constructs a CIColorControlsObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorControlsObject) BaseObject 

func (o CIColorControlsObject) BaseObject() objectivec.Object

func (CIColorControlsObject) Brightness 

func (o CIColorControlsObject) Brightness() float32

The amount of brightness to apply.

See: https://developer.apple.com/documentation/CoreImage/CIColorControls/brightness

func (CIColorControlsObject) Contrast 

func (o CIColorControlsObject) Contrast() float32

The amount of contrast to apply.

See: https://developer.apple.com/documentation/CoreImage/CIColorControls/contrast

func (CIColorControlsObject) InputImage 

func (o CIColorControlsObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorControls/inputImage

func (CIColorControlsObject) OutputImage 

func (o CIColorControlsObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorControlsObject) Saturation 

func (o CIColorControlsObject) Saturation() float32

The amount of saturation to apply.

See: https://developer.apple.com/documentation/CoreImage/CIColorControls/saturation

func (CIColorControlsObject) SetBrightness 

func (o CIColorControlsObject) SetBrightness(value float32)

func (CIColorControlsObject) SetContrast 

func (o CIColorControlsObject) SetContrast(value float32)

func (CIColorControlsObject) SetInputImage 

func (o CIColorControlsObject) SetInputImage(value ICIImage)

func (CIColorControlsObject) SetSaturation 

func (o CIColorControlsObject) SetSaturation(value float32)

type CIColorCrossPolynomial 

type CIColorCrossPolynomial interface {
	objectivec.IObject
	CIFilterProtocol

	// Polynomial coefficients for the blue channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/blueCoefficients
	BlueCoefficients() ICIVector

	// Polynomial coefficients for the green channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/greenCoefficients
	GreenCoefficients() ICIVector

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/inputImage
	InputImage() ICIImage

	// Polynomial coefficients for the red channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/redCoefficients
	RedCoefficients() ICIVector

	// Polynomial coefficients for the blue channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/blueCoefficients
	SetBlueCoefficients(value ICIVector)

	// Polynomial coefficients for the green channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/greenCoefficients
	SetGreenCoefficients(value ICIVector)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/inputImage
	SetInputImage(value ICIImage)

	// Polynomial coefficients for the red channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/redCoefficients
	SetRedCoefficients(value ICIVector)
}

The properties you use to configure a color cross-polynomial filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial

type CIColorCrossPolynomialObject 

type CIColorCrossPolynomialObject struct {
	objectivec.Object
}

CIColorCrossPolynomialObject wraps an existing Objective-C object that conforms to the CIColorCrossPolynomial protocol.

func CIColorCrossPolynomialObjectFromID 

func CIColorCrossPolynomialObjectFromID(id objc.ID) CIColorCrossPolynomialObject

CIColorCrossPolynomialObjectFromID constructs a CIColorCrossPolynomialObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorCrossPolynomialObject) BaseObject 

func (o CIColorCrossPolynomialObject) BaseObject() objectivec.Object

func (CIColorCrossPolynomialObject) BlueCoefficients 

func (o CIColorCrossPolynomialObject) BlueCoefficients() ICIVector

Polynomial coefficients for the blue channel.

See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/blueCoefficients

func (CIColorCrossPolynomialObject) GreenCoefficients 

func (o CIColorCrossPolynomialObject) GreenCoefficients() ICIVector

Polynomial coefficients for the green channel.

See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/greenCoefficients

func (CIColorCrossPolynomialObject) InputImage 

func (o CIColorCrossPolynomialObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/inputImage

func (CIColorCrossPolynomialObject) OutputImage 

func (o CIColorCrossPolynomialObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorCrossPolynomialObject) RedCoefficients 

func (o CIColorCrossPolynomialObject) RedCoefficients() ICIVector

Polynomial coefficients for the red channel.

See: https://developer.apple.com/documentation/CoreImage/CIColorCrossPolynomial/redCoefficients

func (CIColorCrossPolynomialObject) SetBlueCoefficients 

func (o CIColorCrossPolynomialObject) SetBlueCoefficients(value ICIVector)

func (CIColorCrossPolynomialObject) SetGreenCoefficients 

func (o CIColorCrossPolynomialObject) SetGreenCoefficients(value ICIVector)

func (CIColorCrossPolynomialObject) SetInputImage 

func (o CIColorCrossPolynomialObject) SetInputImage(value ICIImage)

func (CIColorCrossPolynomialObject) SetRedCoefficients 

func (o CIColorCrossPolynomialObject) SetRedCoefficients(value ICIVector)

type CIColorCube 

type CIColorCube interface {
	objectivec.IObject
	CIFilterProtocol

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/cubeData
	CubeData() foundation.INSData

	// The length, in texels, of each side of the cube texture.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/cubeDimension
	CubeDimension() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/inputImage
	InputImage() ICIImage

	// If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/extrapolate
	Extrapolate() bool

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/cubeData
	SetCubeData(value foundation.INSData)

	// The length, in texels, of each side of the cube texture.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/cubeDimension
	SetCubeDimension(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/inputImage
	SetInputImage(value ICIImage)

	// If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCube/extrapolate
	SetExtrapolate(value bool)
}

The properties you use to configure a color cube filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorCube

type CIColorCubeObject 

type CIColorCubeObject struct {
	objectivec.Object
}

CIColorCubeObject wraps an existing Objective-C object that conforms to the CIColorCube protocol.

func CIColorCubeObjectFromID 

func CIColorCubeObjectFromID(id objc.ID) CIColorCubeObject

CIColorCubeObjectFromID constructs a CIColorCubeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorCubeObject) BaseObject 

func (o CIColorCubeObject) BaseObject() objectivec.Object

func (CIColorCubeObject) CubeData 

func (o CIColorCubeObject) CubeData() foundation.INSData

The cube texture data to use as a color lookup table.

See: https://developer.apple.com/documentation/CoreImage/CIColorCube/cubeData

func (CIColorCubeObject) CubeDimension 

func (o CIColorCubeObject) CubeDimension() float32

The length, in texels, of each side of the cube texture.

See: https://developer.apple.com/documentation/CoreImage/CIColorCube/cubeDimension

func (CIColorCubeObject) Extrapolate 

func (o CIColorCubeObject) Extrapolate() bool

If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.

See: https://developer.apple.com/documentation/CoreImage/CIColorCube/extrapolate

func (CIColorCubeObject) InputImage 

func (o CIColorCubeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorCube/inputImage

func (CIColorCubeObject) OutputImage 

func (o CIColorCubeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorCubeObject) SetCubeData 

func (o CIColorCubeObject) SetCubeData(value foundation.INSData)

func (CIColorCubeObject) SetCubeDimension 

func (o CIColorCubeObject) SetCubeDimension(value float32)

func (CIColorCubeObject) SetExtrapolate 

func (o CIColorCubeObject) SetExtrapolate(value bool)

func (CIColorCubeObject) SetInputImage 

func (o CIColorCubeObject) SetInputImage(value ICIImage)

type CIColorCubeWithColorSpace 

type CIColorCubeWithColorSpace interface {
	objectivec.IObject
	CIFilterProtocol

	// The working color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/colorSpace
	ColorSpace() coregraphics.CGColorSpaceRef

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/cubeData
	CubeData() foundation.INSData

	// The length, in texels, of each side of the cube texture.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/cubeDimension
	CubeDimension() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/inputImage
	InputImage() ICIImage

	// If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/extrapolate
	Extrapolate() bool

	// The working color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/colorSpace
	SetColorSpace(value coregraphics.CGColorSpaceRef)

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/cubeData
	SetCubeData(value foundation.INSData)

	// The length, in texels, of each side of the cube texture.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/cubeDimension
	SetCubeDimension(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/inputImage
	SetInputImage(value ICIImage)

	// If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/extrapolate
	SetExtrapolate(value bool)
}

The properties you use to configure a color cube with color space filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace

type CIColorCubeWithColorSpaceObject 

type CIColorCubeWithColorSpaceObject struct {
	objectivec.Object
}

CIColorCubeWithColorSpaceObject wraps an existing Objective-C object that conforms to the CIColorCubeWithColorSpace protocol.

func CIColorCubeWithColorSpaceObjectFromID 

func CIColorCubeWithColorSpaceObjectFromID(id objc.ID) CIColorCubeWithColorSpaceObject

CIColorCubeWithColorSpaceObjectFromID constructs a CIColorCubeWithColorSpaceObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorCubeWithColorSpaceObject) BaseObject 

func (o CIColorCubeWithColorSpaceObject) BaseObject() objectivec.Object

func (CIColorCubeWithColorSpaceObject) ColorSpace 

func (o CIColorCubeWithColorSpaceObject) ColorSpace() coregraphics.CGColorSpaceRef

The working color space.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/colorSpace

func (CIColorCubeWithColorSpaceObject) CubeData 

func (o CIColorCubeWithColorSpaceObject) CubeData() foundation.INSData

The cube texture data to use as a color lookup table.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/cubeData

func (CIColorCubeWithColorSpaceObject) CubeDimension 

func (o CIColorCubeWithColorSpaceObject) CubeDimension() float32

The length, in texels, of each side of the cube texture.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/cubeDimension

func (CIColorCubeWithColorSpaceObject) Extrapolate 

func (o CIColorCubeWithColorSpaceObject) Extrapolate() bool

If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/extrapolate

func (CIColorCubeWithColorSpaceObject) InputImage 

func (o CIColorCubeWithColorSpaceObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubeWithColorSpace/inputImage

func (CIColorCubeWithColorSpaceObject) OutputImage 

func (o CIColorCubeWithColorSpaceObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorCubeWithColorSpaceObject) SetColorSpace 

func (o CIColorCubeWithColorSpaceObject) SetColorSpace(value coregraphics.CGColorSpaceRef)

func (CIColorCubeWithColorSpaceObject) SetCubeData 

func (o CIColorCubeWithColorSpaceObject) SetCubeData(value foundation.INSData)

func (CIColorCubeWithColorSpaceObject) SetCubeDimension 

func (o CIColorCubeWithColorSpaceObject) SetCubeDimension(value float32)

func (CIColorCubeWithColorSpaceObject) SetExtrapolate 

func (o CIColorCubeWithColorSpaceObject) SetExtrapolate(value bool)

func (CIColorCubeWithColorSpaceObject) SetInputImage 

func (o CIColorCubeWithColorSpaceObject) SetInputImage(value ICIImage)

type CIColorCubesMixedWithMask 

type CIColorCubesMixedWithMask interface {
	objectivec.IObject
	CIFilterProtocol

	// The working color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/colorSpace
	ColorSpace() coregraphics.CGColorSpaceRef

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cube0Data
	Cube0Data() foundation.INSData

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cube1Data
	Cube1Data() foundation.INSData

	// The length, in texels, of each side of the cube texture.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cubeDimension
	CubeDimension() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/inputImage
	InputImage() ICIImage

	// A masking image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/maskImage
	MaskImage() ICIImage

	// If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/extrapolate
	Extrapolate() bool

	// The working color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/colorSpace
	SetColorSpace(value coregraphics.CGColorSpaceRef)

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cube0Data
	SetCube0Data(value foundation.INSData)

	// The cube texture data to use as a color lookup table.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cube1Data
	SetCube1Data(value foundation.INSData)

	// The length, in texels, of each side of the cube texture.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cubeDimension
	SetCubeDimension(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/inputImage
	SetInputImage(value ICIImage)

	// A masking image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/maskImage
	SetMaskImage(value ICIImage)

	// If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/extrapolate
	SetExtrapolate(value bool)
}

The properties you use to configure a color cube mixed with mask filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask

type CIColorCubesMixedWithMaskObject 

type CIColorCubesMixedWithMaskObject struct {
	objectivec.Object
}

CIColorCubesMixedWithMaskObject wraps an existing Objective-C object that conforms to the CIColorCubesMixedWithMask protocol.

func CIColorCubesMixedWithMaskObjectFromID 

func CIColorCubesMixedWithMaskObjectFromID(id objc.ID) CIColorCubesMixedWithMaskObject

CIColorCubesMixedWithMaskObjectFromID constructs a CIColorCubesMixedWithMaskObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorCubesMixedWithMaskObject) BaseObject 

func (o CIColorCubesMixedWithMaskObject) BaseObject() objectivec.Object

func (CIColorCubesMixedWithMaskObject) ColorSpace 

func (o CIColorCubesMixedWithMaskObject) ColorSpace() coregraphics.CGColorSpaceRef

The working color space.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/colorSpace

func (CIColorCubesMixedWithMaskObject) Cube0Data 

func (o CIColorCubesMixedWithMaskObject) Cube0Data() foundation.INSData

The cube texture data to use as a color lookup table.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cube0Data

func (CIColorCubesMixedWithMaskObject) Cube1Data 

func (o CIColorCubesMixedWithMaskObject) Cube1Data() foundation.INSData

The cube texture data to use as a color lookup table.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cube1Data

func (CIColorCubesMixedWithMaskObject) CubeDimension 

func (o CIColorCubesMixedWithMaskObject) CubeDimension() float32

The length, in texels, of each side of the cube texture.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/cubeDimension

func (CIColorCubesMixedWithMaskObject) Extrapolate 

func (o CIColorCubesMixedWithMaskObject) Extrapolate() bool

If true, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/extrapolate

func (CIColorCubesMixedWithMaskObject) InputImage 

func (o CIColorCubesMixedWithMaskObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/inputImage

func (CIColorCubesMixedWithMaskObject) MaskImage 

func (o CIColorCubesMixedWithMaskObject) MaskImage() ICIImage

A masking image.

See: https://developer.apple.com/documentation/CoreImage/CIColorCubesMixedWithMask/maskImage

func (CIColorCubesMixedWithMaskObject) OutputImage 

func (o CIColorCubesMixedWithMaskObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorCubesMixedWithMaskObject) SetColorSpace 

func (o CIColorCubesMixedWithMaskObject) SetColorSpace(value coregraphics.CGColorSpaceRef)

func (CIColorCubesMixedWithMaskObject) SetCube0Data 

func (o CIColorCubesMixedWithMaskObject) SetCube0Data(value foundation.INSData)

func (CIColorCubesMixedWithMaskObject) SetCube1Data 

func (o CIColorCubesMixedWithMaskObject) SetCube1Data(value foundation.INSData)

func (CIColorCubesMixedWithMaskObject) SetCubeDimension 

func (o CIColorCubesMixedWithMaskObject) SetCubeDimension(value float32)

func (CIColorCubesMixedWithMaskObject) SetExtrapolate 

func (o CIColorCubesMixedWithMaskObject) SetExtrapolate(value bool)

func (CIColorCubesMixedWithMaskObject) SetInputImage 

func (o CIColorCubesMixedWithMaskObject) SetInputImage(value ICIImage)

func (CIColorCubesMixedWithMaskObject) SetMaskImage 

func (o CIColorCubesMixedWithMaskObject) SetMaskImage(value ICIImage)

type CIColorCurves 

type CIColorCurves interface {
	objectivec.IObject
	CIFilterProtocol

	// The working color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/colorSpace
	ColorSpace() coregraphics.CGColorSpaceRef

	// Color values that determine the color curves transform.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/curvesData
	CurvesData() foundation.INSData

	// A two-element vector that defines the minimum and maximum values of the curve data.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/curvesDomain
	CurvesDomain() ICIVector

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/inputImage
	InputImage() ICIImage

	// The working color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/colorSpace
	SetColorSpace(value coregraphics.CGColorSpaceRef)

	// Color values that determine the color curves transform.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/curvesData
	SetCurvesData(value foundation.INSData)

	// A two-element vector that defines the minimum and maximum values of the curve data.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/curvesDomain
	SetCurvesDomain(value ICIVector)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a color curves filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorCurves

type CIColorCurvesObject 

type CIColorCurvesObject struct {
	objectivec.Object
}

CIColorCurvesObject wraps an existing Objective-C object that conforms to the CIColorCurves protocol.

func CIColorCurvesObjectFromID 

func CIColorCurvesObjectFromID(id objc.ID) CIColorCurvesObject

CIColorCurvesObjectFromID constructs a CIColorCurvesObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorCurvesObject) BaseObject 

func (o CIColorCurvesObject) BaseObject() objectivec.Object

func (CIColorCurvesObject) ColorSpace 

func (o CIColorCurvesObject) ColorSpace() coregraphics.CGColorSpaceRef

The working color space.

See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/colorSpace

func (CIColorCurvesObject) CurvesData 

func (o CIColorCurvesObject) CurvesData() foundation.INSData

Color values that determine the color curves transform.

See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/curvesData

func (CIColorCurvesObject) CurvesDomain 

func (o CIColorCurvesObject) CurvesDomain() ICIVector

A two-element vector that defines the minimum and maximum values of the curve data.

See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/curvesDomain

func (CIColorCurvesObject) InputImage 

func (o CIColorCurvesObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorCurves/inputImage

func (CIColorCurvesObject) OutputImage 

func (o CIColorCurvesObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorCurvesObject) SetColorSpace 

func (o CIColorCurvesObject) SetColorSpace(value coregraphics.CGColorSpaceRef)

func (CIColorCurvesObject) SetCurvesData 

func (o CIColorCurvesObject) SetCurvesData(value foundation.INSData)

func (CIColorCurvesObject) SetCurvesDomain 

func (o CIColorCurvesObject) SetCurvesDomain(value ICIVector)

func (CIColorCurvesObject) SetInputImage 

func (o CIColorCurvesObject) SetInputImage(value ICIImage)

type CIColorInvert 

type CIColorInvert interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorInvert/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorInvert/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a color invert filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorInvert

type CIColorInvertObject 

type CIColorInvertObject struct {
	objectivec.Object
}

CIColorInvertObject wraps an existing Objective-C object that conforms to the CIColorInvert protocol.

func CIColorInvertObjectFromID 

func CIColorInvertObjectFromID(id objc.ID) CIColorInvertObject

CIColorInvertObjectFromID constructs a CIColorInvertObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorInvertObject) BaseObject 

func (o CIColorInvertObject) BaseObject() objectivec.Object

func (CIColorInvertObject) InputImage 

func (o CIColorInvertObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorInvert/inputImage

func (CIColorInvertObject) OutputImage 

func (o CIColorInvertObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorInvertObject) SetInputImage 

func (o CIColorInvertObject) SetInputImage(value ICIImage)

type CIColorKernel 

type CIColorKernel struct {
	CIKernel
}

A GPU-based image-processing routine that processes only the color information in images, used to create custom Core Image filters.

Overview

The kernel language routine for a color kernel has the following characteristics:

- Its return type is `vec4` (Core Image Kernel Language) or `float4` (Metal Shading Language); that is, it returns a pixel color for the output image. - It may use zero or more input images. Each input image is represented by a parameter of type `__sample` (Core Image Kernel Language) or `sample_t` (Metal Shading Language), which can be treated as a single pixel color of type `vec4` (Core Image Kernel Language) or `float4` (Metal Shading Language);.

A color kernel routine receives as input single-pixel colors (one sampled from each input image) and computes a final pixel color (output using the `return` keyword). For example, the Metal Shading Language source below implements a filter that passes through its input image unchanged.

The equivalent code in Core Image Kernel Language is:

The Core Image Kernel Language is a dialect of the OpenGL Shading Language. See Core Image Kernel Language Reference and Core Image Programming Guide for more details.

Applying a Kernel to Filter an Image

See: https://developer.apple.com/documentation/CoreImage/CIColorKernel

func CIColorKernelFromID 

func CIColorKernelFromID(id objc.ID) CIColorKernel

CIColorKernelFromID constructs a CIColorKernel from an objc.ID.

A GPU-based image-processing routine that processes only the color information in images, used to create custom Core Image filters.

func NewCIColorKernel 

func NewCIColorKernel() CIColorKernel

NewCIColorKernel creates a new CIColorKernel instance.

func NewColorKernelWithFunctionNameFromMetalLibraryDataError 

func NewColorKernelWithFunctionNameFromMetalLibraryDataError(name string, data foundation.INSData) (CIColorKernel, error)

Creates a single kernel object using a Metal Shading Language (MSL) kernel function.

Discussion

- name: The name of the function in the Metal shading language. - data: A metallib file compiled with the Core Image Standard Library.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

Specifying Compiler and Linker Options

To use MSL as the shader language for a CIKernel, you must specify some options in Xcode under the tab of your project’s target. The first option you need to specify is an `-fcikernel` flag in the Other Metal Compiler Flags option. The second is to add a user-defined setting with a key called `MTLLINKER_FLAGS` with a value of `-`

[media-2929842]

Creating a General Kernel in Swift

The following code shows how you can create a general kernel based on a Metal function named `myKernel`.

The first step is to create a [Data] object that represents the default Metal library. If you have built this in Xcode, it will be called `default.Metallib()` and can be loaded using the Bundle type’s `url` method.

Using the representation of the Metal library and the function name `myKernel`, you initialize a CIKernel.

The code to create general, color, warp and blend filters is identical.

Metal Shading Language Extensions

Core Image provides a set of language extensions to MSL in `CIKernelMetalLib.H()`. These extensions include three new data types for working with images: `sampler` (for accessing the input image), `sample_t` (represents a single color sample from the input image), and `destination` (for accessing the output image). The extensions also include convenience functions such as color conversion and premultiply / unpremultiply.

Whereas in CIKL, you typically called global functions when working with, for example, coordinates and samples, these functions are implemented as member functions on the new types.

The following table shows a summary of CIKL global functions and their equivalent MSL functions.

[Table data omitted]

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:)

func NewColorKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError 

func NewColorKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError(name string, data foundation.INSData, format int) (CIColorKernel, error)

Creates a single kernel object using a Metal Shading Language kernel function with optional pixel format.

name: The name of the function in the Metal shading language.

data: A metallib file compiled with the Core Image Standard Library.

format: The pixel format of the output kernel.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:outputPixelFormat:)

func (CIColorKernel) ApplyWithExtentArguments 

func (c CIColorKernel) ApplyWithExtentArguments(extent corefoundation.CGRect, args []objectivec.IObject) ICIImage

Creates a new image using the kernel and specified arguments.

extent: The extent of the output image.

args: An array of arguments to pass to the kernel routine. The type of each object in the array must be compatible with the corresponding parameter declared in the kernel routine source code. For details, see [Core Image Kernel Language Reference]. // [Core Image Kernel Language Reference]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Reference/CIKernelLangRef/Introduction/Introduction.html#//apple_ref/doc/uid/TP40004397

Return Value

A new image object describing the result of applying the kernel.

Discussion

This method is analogous to the CIFilter method [ApplyArgumentsOptions], but it does not require construction of a CIFilter object, and it allows you to specify a callback for determining the kernel’s region of interest as a block or closure. As with the similar CIFilter method, calling this method does not execute the kernel code—filters and their kernel code are evaluated only when rendering a final output image.

See: https://developer.apple.com/documentation/CoreImage/CIColorKernel/apply(extent:arguments:)

func (CIColorKernel) Autorelease 

func (c CIColorKernel) Autorelease() CIColorKernel

Autorelease adds the receiver to the current autorelease pool.

func (CIColorKernel) Init 

func (c CIColorKernel) Init() CIColorKernel

Init initializes the instance.

type CIColorKernelClass 

type CIColorKernelClass struct {
	// contains filtered or unexported fields
}

func GetCIColorKernelClass 

func GetCIColorKernelClass() CIColorKernelClass

GetCIColorKernelClass returns the class object for CIColorKernel.

func (CIColorKernelClass) Alloc 

func (cc CIColorKernelClass) Alloc() CIColorKernel

Alloc allocates memory for a new instance of the class.

type CIColorMap 

type CIColorMap interface {
	objectivec.IObject
	CIFilterProtocol

	// The image data that transforms the source image values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMap/gradientImage
	GradientImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMap/inputImage
	InputImage() ICIImage

	// The image data that transforms the source image values.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMap/gradientImage
	SetGradientImage(value ICIImage)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMap/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a color map filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorMap

type CIColorMapObject 

type CIColorMapObject struct {
	objectivec.Object
}

CIColorMapObject wraps an existing Objective-C object that conforms to the CIColorMap protocol.

func CIColorMapObjectFromID 

func CIColorMapObjectFromID(id objc.ID) CIColorMapObject

CIColorMapObjectFromID constructs a CIColorMapObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorMapObject) BaseObject 

func (o CIColorMapObject) BaseObject() objectivec.Object

func (CIColorMapObject) GradientImage 

func (o CIColorMapObject) GradientImage() ICIImage

The image data that transforms the source image values.

See: https://developer.apple.com/documentation/CoreImage/CIColorMap/gradientImage

func (CIColorMapObject) InputImage 

func (o CIColorMapObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorMap/inputImage

func (CIColorMapObject) OutputImage 

func (o CIColorMapObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorMapObject) SetGradientImage 

func (o CIColorMapObject) SetGradientImage(value ICIImage)

func (CIColorMapObject) SetInputImage 

func (o CIColorMapObject) SetInputImage(value ICIImage)

type CIColorMatrix 

type CIColorMatrix interface {
	objectivec.IObject
	CIFilterProtocol

	// The amount of alpha to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/aVector
	AVector() ICIVector

	// The amount of blue to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/bVector
	BVector() ICIVector

	// The amount of green to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/gVector
	GVector() ICIVector

	// The amount of red to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/rVector
	RVector() ICIVector

	// A vector that’s added to each color component.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/biasVector
	BiasVector() ICIVector

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/inputImage
	InputImage() ICIImage

	// The amount of alpha to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/aVector
	SetAVector(value ICIVector)

	// The amount of blue to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/bVector
	SetBVector(value ICIVector)

	// The amount of green to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/gVector
	SetGVector(value ICIVector)

	// The amount of red to multiply the source color values by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/rVector
	SetRVector(value ICIVector)

	// A vector that’s added to each color component.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/biasVector
	SetBiasVector(value ICIVector)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a color matrix filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix

type CIColorMatrixObject 

type CIColorMatrixObject struct {
	objectivec.Object
}

CIColorMatrixObject wraps an existing Objective-C object that conforms to the CIColorMatrix protocol.

func CIColorMatrixObjectFromID 

func CIColorMatrixObjectFromID(id objc.ID) CIColorMatrixObject

CIColorMatrixObjectFromID constructs a CIColorMatrixObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorMatrixObject) AVector 

func (o CIColorMatrixObject) AVector() ICIVector

The amount of alpha to multiply the source color values by.

See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/aVector

func (CIColorMatrixObject) BVector 

func (o CIColorMatrixObject) BVector() ICIVector

The amount of blue to multiply the source color values by.

See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/bVector

func (CIColorMatrixObject) BaseObject 

func (o CIColorMatrixObject) BaseObject() objectivec.Object

func (CIColorMatrixObject) BiasVector 

func (o CIColorMatrixObject) BiasVector() ICIVector

A vector that’s added to each color component.

See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/biasVector

func (CIColorMatrixObject) GVector 

func (o CIColorMatrixObject) GVector() ICIVector

The amount of green to multiply the source color values by.

See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/gVector

func (CIColorMatrixObject) InputImage 

func (o CIColorMatrixObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/inputImage

func (CIColorMatrixObject) OutputImage 

func (o CIColorMatrixObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorMatrixObject) RVector 

func (o CIColorMatrixObject) RVector() ICIVector

The amount of red to multiply the source color values by.

See: https://developer.apple.com/documentation/CoreImage/CIColorMatrix/rVector

func (CIColorMatrixObject) SetAVector 

func (o CIColorMatrixObject) SetAVector(value ICIVector)

func (CIColorMatrixObject) SetBVector 

func (o CIColorMatrixObject) SetBVector(value ICIVector)

func (CIColorMatrixObject) SetBiasVector 

func (o CIColorMatrixObject) SetBiasVector(value ICIVector)

func (CIColorMatrixObject) SetGVector 

func (o CIColorMatrixObject) SetGVector(value ICIVector)

func (CIColorMatrixObject) SetInputImage 

func (o CIColorMatrixObject) SetInputImage(value ICIImage)

func (CIColorMatrixObject) SetRVector 

func (o CIColorMatrixObject) SetRVector(value ICIVector)

type CIColorMonochrome 

type CIColorMonochrome interface {
	objectivec.IObject
	CIFilterProtocol

	// The monochrome color to apply to the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/color
	Color() ICIColor

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/inputImage
	InputImage() ICIImage

	// The intensity of the monochrome effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/intensity
	Intensity() float32

	// The monochrome color to apply to the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/color
	SetColor(value ICIColor)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the monochrome effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/intensity
	SetIntensity(value float32)
}

The properties you use to configure a color monochrome filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome

type CIColorMonochromeObject 

type CIColorMonochromeObject struct {
	objectivec.Object
}

CIColorMonochromeObject wraps an existing Objective-C object that conforms to the CIColorMonochrome protocol.

func CIColorMonochromeObjectFromID 

func CIColorMonochromeObjectFromID(id objc.ID) CIColorMonochromeObject

CIColorMonochromeObjectFromID constructs a CIColorMonochromeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorMonochromeObject) BaseObject 

func (o CIColorMonochromeObject) BaseObject() objectivec.Object

func (CIColorMonochromeObject) Color 

func (o CIColorMonochromeObject) Color() ICIColor

The monochrome color to apply to the image.

See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/color

func (CIColorMonochromeObject) InputImage 

func (o CIColorMonochromeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/inputImage

func (CIColorMonochromeObject) Intensity 

func (o CIColorMonochromeObject) Intensity() float32

The intensity of the monochrome effect.

See: https://developer.apple.com/documentation/CoreImage/CIColorMonochrome/intensity

func (CIColorMonochromeObject) OutputImage 

func (o CIColorMonochromeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorMonochromeObject) SetColor 

func (o CIColorMonochromeObject) SetColor(value ICIColor)

func (CIColorMonochromeObject) SetInputImage 

func (o CIColorMonochromeObject) SetInputImage(value ICIImage)

func (CIColorMonochromeObject) SetIntensity 

func (o CIColorMonochromeObject) SetIntensity(value float32)

type CIColorPolynomial 

type CIColorPolynomial interface {
	objectivec.IObject
	CIFilterProtocol

	// Polynomial coefficients for the alpha channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/alphaCoefficients
	AlphaCoefficients() ICIVector

	// Polynomial coefficients for the blue channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/blueCoefficients
	BlueCoefficients() ICIVector

	// Polynomial coefficients for the green channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/greenCoefficients
	GreenCoefficients() ICIVector

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/inputImage
	InputImage() ICIImage

	// Polynomial coefficients for the red channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/redCoefficients
	RedCoefficients() ICIVector

	// Polynomial coefficients for the alpha channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/alphaCoefficients
	SetAlphaCoefficients(value ICIVector)

	// Polynomial coefficients for the blue channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/blueCoefficients
	SetBlueCoefficients(value ICIVector)

	// Polynomial coefficients for the green channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/greenCoefficients
	SetGreenCoefficients(value ICIVector)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/inputImage
	SetInputImage(value ICIImage)

	// Polynomial coefficients for the red channel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/redCoefficients
	SetRedCoefficients(value ICIVector)
}

The properties you use to configure a color polynomial filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial

type CIColorPolynomialObject 

type CIColorPolynomialObject struct {
	objectivec.Object
}

CIColorPolynomialObject wraps an existing Objective-C object that conforms to the CIColorPolynomial protocol.

func CIColorPolynomialObjectFromID 

func CIColorPolynomialObjectFromID(id objc.ID) CIColorPolynomialObject

CIColorPolynomialObjectFromID constructs a CIColorPolynomialObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorPolynomialObject) AlphaCoefficients 

func (o CIColorPolynomialObject) AlphaCoefficients() ICIVector

Polynomial coefficients for the alpha channel.

See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/alphaCoefficients

func (CIColorPolynomialObject) BaseObject 

func (o CIColorPolynomialObject) BaseObject() objectivec.Object

func (CIColorPolynomialObject) BlueCoefficients 

func (o CIColorPolynomialObject) BlueCoefficients() ICIVector

Polynomial coefficients for the blue channel.

See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/blueCoefficients

func (CIColorPolynomialObject) GreenCoefficients 

func (o CIColorPolynomialObject) GreenCoefficients() ICIVector

Polynomial coefficients for the green channel.

See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/greenCoefficients

func (CIColorPolynomialObject) InputImage 

func (o CIColorPolynomialObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/inputImage

func (CIColorPolynomialObject) OutputImage 

func (o CIColorPolynomialObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorPolynomialObject) RedCoefficients 

func (o CIColorPolynomialObject) RedCoefficients() ICIVector

Polynomial coefficients for the red channel.

See: https://developer.apple.com/documentation/CoreImage/CIColorPolynomial/redCoefficients

func (CIColorPolynomialObject) SetAlphaCoefficients 

func (o CIColorPolynomialObject) SetAlphaCoefficients(value ICIVector)

func (CIColorPolynomialObject) SetBlueCoefficients 

func (o CIColorPolynomialObject) SetBlueCoefficients(value ICIVector)

func (CIColorPolynomialObject) SetGreenCoefficients 

func (o CIColorPolynomialObject) SetGreenCoefficients(value ICIVector)

func (CIColorPolynomialObject) SetInputImage 

func (o CIColorPolynomialObject) SetInputImage(value ICIImage)

func (CIColorPolynomialObject) SetRedCoefficients 

func (o CIColorPolynomialObject) SetRedCoefficients(value ICIVector)

type CIColorPosterize 

type CIColorPosterize interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPosterize/inputImage
	InputImage() ICIImage

	// The number of brightness levels to use for each color component.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPosterize/levels
	Levels() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPosterize/inputImage
	SetInputImage(value ICIImage)

	// The number of brightness levels to use for each color component.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorPosterize/levels
	SetLevels(value float32)
}

The properties you use to configure a color posterize filter.

See: https://developer.apple.com/documentation/CoreImage/CIColorPosterize

type CIColorPosterizeObject 

type CIColorPosterizeObject struct {
	objectivec.Object
}

CIColorPosterizeObject wraps an existing Objective-C object that conforms to the CIColorPosterize protocol.

func CIColorPosterizeObjectFromID 

func CIColorPosterizeObjectFromID(id objc.ID) CIColorPosterizeObject

CIColorPosterizeObjectFromID constructs a CIColorPosterizeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorPosterizeObject) BaseObject 

func (o CIColorPosterizeObject) BaseObject() objectivec.Object

func (CIColorPosterizeObject) InputImage 

func (o CIColorPosterizeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorPosterize/inputImage

func (CIColorPosterizeObject) Levels 

func (o CIColorPosterizeObject) Levels() float32

The number of brightness levels to use for each color component.

See: https://developer.apple.com/documentation/CoreImage/CIColorPosterize/levels

func (CIColorPosterizeObject) OutputImage 

func (o CIColorPosterizeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorPosterizeObject) SetInputImage 

func (o CIColorPosterizeObject) SetInputImage(value ICIImage)

func (CIColorPosterizeObject) SetLevels 

func (o CIColorPosterizeObject) SetLevels(value float32)

type CIColorThreshold 

type CIColorThreshold interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorThreshold/inputImage
	InputImage() ICIImage

	// The threshold to use.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorThreshold/threshold
	Threshold() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorThreshold/inputImage
	SetInputImage(value ICIImage)

	// The threshold to use.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorThreshold/threshold
	SetThreshold(value float32)
}

CIColorThreshold protocol.

See: https://developer.apple.com/documentation/CoreImage/CIColorThreshold

type CIColorThresholdObject 

type CIColorThresholdObject struct {
	objectivec.Object
}

CIColorThresholdObject wraps an existing Objective-C object that conforms to the CIColorThreshold protocol.

func CIColorThresholdObjectFromID 

func CIColorThresholdObjectFromID(id objc.ID) CIColorThresholdObject

CIColorThresholdObjectFromID constructs a CIColorThresholdObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorThresholdObject) BaseObject 

func (o CIColorThresholdObject) BaseObject() objectivec.Object

func (CIColorThresholdObject) InputImage 

func (o CIColorThresholdObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorThreshold/inputImage

func (CIColorThresholdObject) OutputImage 

func (o CIColorThresholdObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorThresholdObject) SetInputImage 

func (o CIColorThresholdObject) SetInputImage(value ICIImage)

func (CIColorThresholdObject) SetThreshold 

func (o CIColorThresholdObject) SetThreshold(value float32)

func (CIColorThresholdObject) Threshold 

func (o CIColorThresholdObject) Threshold() float32

The threshold to use.

See: https://developer.apple.com/documentation/CoreImage/CIColorThreshold/threshold

type CIColorThresholdOtsu 

type CIColorThresholdOtsu interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorThresholdOtsu/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIColorThresholdOtsu/inputImage
	SetInputImage(value ICIImage)
}

CIColorThresholdOtsu protocol.

See: https://developer.apple.com/documentation/CoreImage/CIColorThresholdOtsu

type CIColorThresholdOtsuObject 

type CIColorThresholdOtsuObject struct {
	objectivec.Object
}

CIColorThresholdOtsuObject wraps an existing Objective-C object that conforms to the CIColorThresholdOtsu protocol.

func CIColorThresholdOtsuObjectFromID 

func CIColorThresholdOtsuObjectFromID(id objc.ID) CIColorThresholdOtsuObject

CIColorThresholdOtsuObjectFromID constructs a CIColorThresholdOtsuObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColorThresholdOtsuObject) BaseObject 

func (o CIColorThresholdOtsuObject) BaseObject() objectivec.Object

func (CIColorThresholdOtsuObject) InputImage 

func (o CIColorThresholdOtsuObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIColorThresholdOtsu/inputImage

func (CIColorThresholdOtsuObject) OutputImage 

func (o CIColorThresholdOtsuObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColorThresholdOtsuObject) SetInputImage 

func (o CIColorThresholdOtsuObject) SetInputImage(value ICIImage)

type CIColumnAverage 

type CIColumnAverage interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIColumnAverage protocol.

See: https://developer.apple.com/documentation/CoreImage/CIColumnAverage

type CIColumnAverageObject 

type CIColumnAverageObject struct {
	objectivec.Object
}

CIColumnAverageObject wraps an existing Objective-C object that conforms to the CIColumnAverage protocol.

func CIColumnAverageObjectFromID 

func CIColumnAverageObjectFromID(id objc.ID) CIColumnAverageObject

CIColumnAverageObjectFromID constructs a CIColumnAverageObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIColumnAverageObject) BaseObject 

func (o CIColumnAverageObject) BaseObject() objectivec.Object

func (CIColumnAverageObject) Extent 

func (o CIColumnAverageObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIColumnAverageObject) InputImage 

func (o CIColumnAverageObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIColumnAverageObject) OutputImage 

func (o CIColumnAverageObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIColumnAverageObject) SetExtent 

func (o CIColumnAverageObject) SetExtent(value corefoundation.CGRect)

func (CIColumnAverageObject) SetInputImage 

func (o CIColumnAverageObject) SetInputImage(value ICIImage)

type CIComicEffect 

type CIComicEffect interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIComicEffect/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIComicEffect/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a comic effect filter.

See: https://developer.apple.com/documentation/CoreImage/CIComicEffect

type CIComicEffectObject 

type CIComicEffectObject struct {
	objectivec.Object
}

CIComicEffectObject wraps an existing Objective-C object that conforms to the CIComicEffect protocol.

func CIComicEffectObjectFromID 

func CIComicEffectObjectFromID(id objc.ID) CIComicEffectObject

CIComicEffectObjectFromID constructs a CIComicEffectObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIComicEffectObject) BaseObject 

func (o CIComicEffectObject) BaseObject() objectivec.Object

func (CIComicEffectObject) InputImage 

func (o CIComicEffectObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIComicEffect/inputImage

func (CIComicEffectObject) OutputImage 

func (o CIComicEffectObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIComicEffectObject) SetInputImage 

func (o CIComicEffectObject) SetInputImage(value ICIImage)

type CICompositeOperation 

type CICompositeOperation interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as a background image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICompositeOperation/backgroundImage
	BackgroundImage() ICIImage

	// The image to use as a foreground image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICompositeOperation/inputImage
	InputImage() ICIImage

	// The image to use as a background image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICompositeOperation/backgroundImage
	SetBackgroundImage(value ICIImage)

	// The image to use as a foreground image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICompositeOperation/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a composite operation filter.

See: https://developer.apple.com/documentation/CoreImage/CICompositeOperation

type CICompositeOperationObject 

type CICompositeOperationObject struct {
	objectivec.Object
}

CICompositeOperationObject wraps an existing Objective-C object that conforms to the CICompositeOperation protocol.

func CICompositeOperationObjectFromID 

func CICompositeOperationObjectFromID(id objc.ID) CICompositeOperationObject

CICompositeOperationObjectFromID constructs a CICompositeOperationObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICompositeOperationObject) BackgroundImage 

func (o CICompositeOperationObject) BackgroundImage() ICIImage

The image to use as a background image.

See: https://developer.apple.com/documentation/CoreImage/CICompositeOperation/backgroundImage

func (CICompositeOperationObject) BaseObject 

func (o CICompositeOperationObject) BaseObject() objectivec.Object

func (CICompositeOperationObject) InputImage 

func (o CICompositeOperationObject) InputImage() ICIImage

The image to use as a foreground image.

See: https://developer.apple.com/documentation/CoreImage/CICompositeOperation/inputImage

func (CICompositeOperationObject) OutputImage 

func (o CICompositeOperationObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICompositeOperationObject) SetBackgroundImage 

func (o CICompositeOperationObject) SetBackgroundImage(value ICIImage)

func (CICompositeOperationObject) SetInputImage 

func (o CICompositeOperationObject) SetInputImage(value ICIImage)

type CIContext 

type CIContext struct {
	objectivec.Object
}

The Core Image context class provides an evaluation context for Core Image processing with Metal, OpenGL, or OpenCL.

Overview

You use a CIContext instance to render a CIImage instance which represents a graph of image processing operations which are built using other Core Image classes, such as CIFilter, CIKernel, CIColor and CIImage. You can also use a CIContext with the CIDetector class to analyze images — for example, to detect faces or barcodes.

Contexts support automatic color management by performing all processing operations in a working color space. This means that unless told otherwise:

- All input images are color matched from the input’s color space to the working space. - All renders are color matched from the working space to the destination space. (For more information on CGColorSpace see CGColorSpace)

CIContext and CIImage instances are immutable, so multiple threads can use the same CIContext instance to render CIImage instances. However, CIFilter instances are mutable and thus cannot be shared safely among threads. Each thread must take case not to access or modify a CIFilter instance while it is being used by another thread.

The CIContext manages various internal state such as [MTLCommandQueue] and caches for compiled kernels and intermediate buffers. For this reason it is not recommended to create many CIContext instances. As a rule, it recommended that you create one CIContext instance for each view that renders CIImage or each background task.

Rendering Images

Drawing Images

Managing Resources

Rendering Images for Data or File Export

Creating Depth Blur Filters

Customizing Render Destination

Initializers

Instance Methods

  • CIContext.CalculateHDRStatsForCGImage: Given a Core Graphics image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Graphics image that has the calculated values.
  • CIContext.CalculateHDRStatsForIOSurface: Given an IOSurface, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the surface’s attachments to store the values.
  • CIContext.CalculateHDRStatsForCVPixelBuffer: Given a CVPixelBuffer, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the buffers’s attachments to store the values.
  • CIContext.CalculateHDRStatsForImage: Given a Core Image image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Image image that has the calculated values.
  • CIContext.CreateCGImageFromRectFormatColorSpaceDeferredCalculateHDRStats: Creates a Core Graphics image from a region of a Core Image image instance with an option for calculating HDR statistics.

See: https://developer.apple.com/documentation/CoreImage/CIContext

func CIContextFromID 

func CIContextFromID(id objc.ID) CIContext

CIContextFromID constructs a CIContext from an objc.ID.

The Core Image context class provides an evaluation context for Core Image processing with Metal, OpenGL, or OpenCL.

func NewCIContext 

func NewCIContext() CIContext

NewCIContext creates a new CIContext instance.

func NewContextWithCGContextOptions 

func NewContextWithCGContextOptions(cgctx coregraphics.CGContextRef, options foundation.INSDictionary) CIContext

Creates a Core Image context from a Quartz context, using the specified options.

cgctx: A Quartz graphics context.

options: A dictionary that contains color space information. You can pass any of the keys defined in `Context Options` along with the appropriate value.

Discussion

After calling this method, Core Image draws content to the specified Quartz graphics context.

When you create a CIContext object using a Quartz graphics context, any transformations that are already set on the Quartz graphics context affect drawing to that context.

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(cgContext:options:)

func NewContextWithEAGLContext 

func NewContextWithEAGLContext(eaglContext objectivec.IObject) CIContext

Creates a Core Image context from an EAGL context.

eaglContext: The EAGL context to render to.

Return Value

A Core Image context that targets OpenGL ES.

Discussion

The OpenGL ES context must support OpenGL ES 2.0. All drawing performed using the methods listed in Drawing Images is rendered directly into the context.

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(eaglContext:) eaglContext is a [opengles.EAGLContext].

func NewContextWithEAGLContextOptions 

func NewContextWithEAGLContextOptions(eaglContext objectivec.IObject, options foundation.INSDictionary) CIContext

Creates a Core Image context from an EAGL context using the specified options.

eaglContext: The EAGL context to render to.

options: A dictionary that contains options for creating a CIContext object. You can pass any of the keys defined in `Context Options` along with the appropriate value.

Return Value

A Core Image context that targets OpenGL ES.

Discussion

The OpenGL ES context must support OpenGL ES 2.0. All drawing performed using the methods listed in Drawing Images is rendered directly into the context.

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(eaglContext:options:) eaglContext is a [opengles.EAGLContext].

func NewContextWithMTLCommandQueue 

func NewContextWithMTLCommandQueue(commandQueue objectivec.IObject) CIContext

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(mtlCommandQueue:)

func NewContextWithMTLCommandQueueOptions 

func NewContextWithMTLCommandQueueOptions(commandQueue objectivec.IObject, options foundation.INSDictionary) CIContext

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(mtlCommandQueue:options:)

func NewContextWithMTLDevice 

func NewContextWithMTLDevice(device objectivec.IObject) CIContext

Creates a Core Image context using the specified Metal device.

device: The Metal device object to use for rendering.

Return Value

A Core Image context.

Discussion

Use this method to choose a specific Metal device for rendering when a system contains multiple Metal devices. To create a Metal-based context using the system’s default Metal device, use the [ContextWithOptions] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(mtlDevice:)

func NewContextWithMTLDeviceOptions 

func NewContextWithMTLDeviceOptions(device objectivec.IObject, options foundation.INSDictionary) CIContext

Creates a Core Image context using the specified Metal device and options.

device: The Metal device object to use for rendering.

options: A dictionary that contains options for creating a CIContext object. You can pass any of the keys defined in `Context Options` along with the appropriate value.

Return Value

A Core Image context.

Discussion

Use this method to choose a specific Metal device for rendering when a system contains multiple Metal devices. To create a Metal-based context using the system’s default Metal device, use the [ContextWithOptions] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(mtlDevice:options:)

func NewContextWithOptions 

func NewContextWithOptions(options foundation.INSDictionary) CIContext

Initializes a context without a specific rendering destination, using the specified options.

options: A dictionary containing options for the context. For applicable keys and values, see `Context Options`.

Return Value

An initialized Core Image context.

Discussion

If you create a context without specifying a rendering destination, Core Image automatically chooses and internally manages a rendering destination based on the current device’s capabilities and your settings in the `options` dictionary. You cannot use a context without an explicit destination for the methods listed in Drawing Images. Instead, use the methods listed in Rendering Images.

The `options` dictionary defines behaviors for the context, such as color space and rendering quality. For example, to create a CPU-based context, use the useSoftwareRenderer key.

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(options:)

func (CIContext) AlphaMode 

func (c CIContext) AlphaMode() CIRenderDestinationAlphaMode

The render destination’s representation of alpha (transparency) values.

See: https://developer.apple.com/documentation/coreimage/cirenderdestination/alphamode

func (CIContext) Autorelease 

func (c CIContext) Autorelease() CIContext

Autorelease adds the receiver to the current autorelease pool.

func (CIContext) CalculateHDRStatsForCGImage 

func (c CIContext) CalculateHDRStatsForCGImage(cgimage coregraphics.CGImageRef) coregraphics.CGImageRef

Given a Core Graphics image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Graphics image that has the calculated values.

cgimage: An immutable [CGImage] for which to calculate statistics.

Return Value

Returns a new [CGImage] instance that has the calculated statistics attached.

See: https://developer.apple.com/documentation/CoreImage/CIContext/calculateHDRStats(for:)-3ia7r

func (CIContext) CalculateHDRStatsForCVPixelBuffer 

func (c CIContext) CalculateHDRStatsForCVPixelBuffer(buffer corevideo.CVImageBufferRef)

Given a CVPixelBuffer, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the buffers’s attachments to store the values.

buffer: A mutable [CVPixelBuffer] for which to calculate and attach statistics.

Discussion

If the [CVPixelBuffer] has a Clean Aperture rectangle then only pixels within that rectangle are considered.

See: https://developer.apple.com/documentation/CoreImage/CIContext/calculateHDRStats(for:)-7bcki

func (CIContext) CalculateHDRStatsForIOSurface 

func (c CIContext) CalculateHDRStatsForIOSurface(surface iosurface.IOSurfaceRef)

Given an IOSurface, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the surface’s attachments to store the values.

surface: A mutable [IOSurfaceRef] for which to calculate and attach statistics.

Discussion

If the [IOSurface] has a Clean Aperture rectangle then only pixels within that rectangle are considered.

See: https://developer.apple.com/documentation/CoreImage/CIContext/calculateHDRStats(for:)-6lwmz

func (CIContext) CalculateHDRStatsForImage 

func (c CIContext) CalculateHDRStatsForImage(image ICIImage) ICIImage

Given a Core Image image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Image image that has the calculated values.

image: An immutable CIImage for which to calculate statistics.

Return Value

Returns a new CIImage instance that has the calculated statistics attached.

Discussion

If the image extent is not finite, then nil will be returned.

See: https://developer.apple.com/documentation/CoreImage/CIContext/calculateHDRStats(for:)-l1rj

func (CIContext) ClearCaches 

func (c CIContext) ClearCaches()

Frees any cached data, such as temporary images, associated with the context and runs the garbage collector.

Discussion

You can use this method to remove textures from the texture cache that reference deleted images.

See: https://developer.apple.com/documentation/CoreImage/CIContext/clearCaches()

func (CIContext) CreateCGImageFromRect 

func (c CIContext) CreateCGImageFromRect(image ICIImage, fromRect corefoundation.CGRect) coregraphics.CGImageRef

Creates a Core Graphics image from a region of a Core Image image instance.

image: A CIImage image instance for which to create a [CGImage].

fromRect: The [CGRect] region of the `image` to use. This region relative to the cartesean coordinate system of `image`. This region will be intersected with integralized and intersected with `image.Extent()`.

Return Value

Returns a new [CGImage] instance. You are responsible for releasing the returned image when you no longer need it. The returned value will be `null` if the extent is empty or too big.

Discussion

The color space of the created [CGImage] will be sRGB unless the receiving CIContext was created with a `kCIContextOutputColorSpace` option.

Normally the pixel format of the created CGImage will be 8 bits-per-component. It will be 16 bits-per-component float if the above color space is HDR.

See: https://developer.apple.com/documentation/CoreImage/CIContext/createCGImage(_:from:)

func (CIContext) CreateCGImageFromRectFormatColorSpace 

func (c CIContext) CreateCGImageFromRectFormatColorSpace(image ICIImage, fromRect corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef) coregraphics.CGImageRef

Creates a Core Graphics image from a region of a Core Image image instance with an option for controlling the pixel format and color space of the [CGImage].

image: A CIImage image instance for which to create a [CGImage].

fromRect: The [CGRect] region of the `image` to use. This region relative to the cartesean coordinate system of `image`. This region will be intersected with integralized and intersected with `image.Extent()`.

format: A CIFormat to specify the pixel format of the created [CGImage]. For example, if `kCIFormatRGBX16` is specified, then the created [CGImage] will be 16 bits-per-component and opaque.

colorSpace: The [CGColorSpace] for the output image. This color space must have either `CGColorSpaceModel.Rgb()` or `CGColorSpaceModel.Monochrome()` and be compatible with the specified pixel format.

Return Value

Returns a new [CGImage] instance. You are responsible for releasing the returned image when you no longer need it. The returned value will be `null` if the extent is empty or too big.

See: https://developer.apple.com/documentation/CoreImage/CIContext/createCGImage(_:from:format:colorSpace:)

func (CIContext) CreateCGImageFromRectFormatColorSpaceDeferred 

func (c CIContext) CreateCGImageFromRectFormatColorSpaceDeferred(image ICIImage, fromRect corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef, deferred bool) coregraphics.CGImageRef

Creates a Core Graphics image from a region of a Core Image image instance with an option for controlling when the image is rendered.

image: A CIImage image instance for which to create a [CGImage].

fromRect: The [CGRect] region of the `image` to use. This region relative to the cartesean coordinate system of `image`. This region will be intersected with integralized and intersected with `image.Extent()`.

format: A CIFormat to specify the pixel format of the created [CGImage]. For example, if `kCIFormatRGBX16` is specified, then the created [CGImage] will be 16 bits-per-component and opaque.

colorSpace: The [CGColorSpace] for the output image. This color space must have either `CGColorSpaceModel.Rgb()` or `CGColorSpaceModel.Monochrome()` and be compatible with the specified pixel format.

deferred: Controls when Core Image renders `image`.

- True: rendering of `image` is deferred until the created [CGImage] rendered. - False: the `image` is rendered immediately.

Return Value

Returns a new [CGImage] instance. You are responsible for releasing the returned image when you no longer need it. The returned value will be `null` if the extent is empty or too big.

See: https://developer.apple.com/documentation/CoreImage/CIContext/createCGImage(_:from:format:colorSpace:deferred:)

func (CIContext) CreateCGImageFromRectFormatColorSpaceDeferredCalculateHDRStats 

func (c CIContext) CreateCGImageFromRectFormatColorSpaceDeferredCalculateHDRStats(image ICIImage, fromRect corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef, deferred bool, calculateHDRStats bool) coregraphics.CGImageRef

Creates a Core Graphics image from a region of a Core Image image instance with an option for calculating HDR statistics.

image: A CIImage image instance for which to create a [CGImage].

fromRect: The [CGRect] region of the `image` to use. This region relative to the cartesean coordinate system of `image`. This region will be intersected with integralized and intersected with `image.Extent()`.

format: A CIFormat to specify the pixel format of the created [CGImage]. For example, if `kCIFormatRGBX16` is specified, then the created [CGImage] will be 16 bits-per-component and opaque.

colorSpace: The [CGColorSpace] for the output image. This color space must have either `CGColorSpaceModel.Rgb()` or `CGColorSpaceModel.Monochrome()` and be compatible with the specified pixel format.

deferred: Controls when Core Image renders `image`.

- True: rendering of `image` is deferred until the created [CGImage] rendered. - False: the `image` is rendered immediately.

calculateHDRStats: Controls if Core Image calculates HDR statistics.

- True: Core Image will immediately render `image`, calculate the HDR statistics and create a [CGImage] that has the calculated values. - False: the created [CGImage] will not have any HDR statistics.

Return Value

Returns a new [CGImage] instance. You are responsible for releasing the returned image when you no longer need it. The returned value will be `null` if the extent is empty or too big.

See: https://developer.apple.com/documentation/CoreImage/CIContext/createCGImage(_:from:format:colorSpace:deferred:calculateHDRStats:)

func (CIContext) DepthBlurEffectFilterForImageDataOptions 

func (c CIContext) DepthBlurEffectFilterForImageDataOptions(data foundation.INSData, options foundation.INSDictionary) CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIContext/depthBlurEffectFilter(forImageData:options:)

func (CIContext) DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationGlassesMatteGainMapOrientationOptions 

func (c CIContext) DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationGlassesMatteGainMapOrientationOptions(image ICIImage, disparityImage ICIImage, portraitEffectsMatte ICIImage, hairSemanticSegmentation ICIImage, glassesMatte ICIImage, gainMap ICIImage, orientation objectivec.IObject, options foundation.INSDictionary) CIFilter

orientation is a [imageio.CGImagePropertyOrientation].

See: https://developer.apple.com/documentation/CoreImage/CIContext/depthBlurEffectFilter(for:disparityImage:portraitEffectsMatte:hairSemanticSegmentation:glassesMatte:gainMap:orientation:options:)

func (CIContext) DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationOrientationOptions 

func (c CIContext) DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationOrientationOptions(image ICIImage, disparityImage ICIImage, portraitEffectsMatte ICIImage, hairSemanticSegmentation ICIImage, orientation objectivec.IObject, options foundation.INSDictionary) CIFilter

orientation is a [imageio.CGImagePropertyOrientation].

See: https://developer.apple.com/documentation/CoreImage/CIContext/depthBlurEffectFilter(for:disparityImage:portraitEffectsMatte:hairSemanticSegmentation:orientation:options:)

func (CIContext) DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteOrientationOptions 

func (c CIContext) DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteOrientationOptions(image ICIImage, disparityImage ICIImage, portraitEffectsMatte ICIImage, orientation objectivec.IObject, options foundation.INSDictionary) CIFilter

orientation is a [imageio.CGImagePropertyOrientation].

See: https://developer.apple.com/documentation/CoreImage/CIContext/depthBlurEffectFilter(for:disparityImage:portraitEffectsMatte:orientation:options:)

func (CIContext) DepthBlurEffectFilterForImageURLOptions 

func (c CIContext) DepthBlurEffectFilterForImageURLOptions(url foundation.INSURL, options foundation.INSDictionary) CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIContext/depthBlurEffectFilter(forImageURL:options:)

func (CIContext) DrawImageInRectFromRect 

func (c CIContext) DrawImageInRectFromRect(image ICIImage, inRect corefoundation.CGRect, fromRect corefoundation.CGRect)

Renders a region of an image to a rectangle in the context destination.

image: A Core Image image object.

inRect: The rectangle in the context destination to draw into. The image is scaled to fill the destination rectangle.

fromRect: The subregion of the image that you want to draw into the context, with the origin and target size defined by the `dest` parameter. This rectangle is always in pixel dimensions.

Discussion

In iOS, this method draws the CIImage object into a renderbuffer for the OpenGL ES context. Use this method only if the CIContext object is created with “ and if you are rendering to a CAEAGLayer. This method is asynchronous for apps linked against the iOS 6 or later SDK.

In macOS, you need to be aware of whether the CIContext object is created with a [CGContextRef] or a [CGLContext] object. If you create the CIContext object with a [CGContextRef], the dimensions of the destination rectangle are in points. If you create the CIContext object with a [CGLContext] object, the dimensions are in pixels.

See: https://developer.apple.com/documentation/CoreImage/CIContext/draw(_:in:from:)

func (CIContext) HEIF10RepresentationOfImageColorSpaceOptionsError 

func (c CIContext) HEIF10RepresentationOfImageColorSpaceOptionsError(image ICIImage, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (foundation.INSData, error)

func (CIContext) HEIFRepresentationOfImageFormatColorSpaceOptions 

func (c CIContext) HEIFRepresentationOfImageFormatColorSpaceOptions(image ICIImage, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData

Renders the image and exports the resulting image data in HEIF format.

image: The image object to render.

format: The pixel format for the output image.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: A dictionary with additional options for export. Supported keys include [kCGImageDestinationLossyCompressionQuality], [avDepthData], [depthImage], and [disparityImage]. // [avDepthData]: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/avDepthData [depthImage]: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/depthImage [disparityImage]: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/disparityImage [kCGImageDestinationLossyCompressionQuality]: https://developer.apple.com/documentation/ImageIO/kCGImageDestinationLossyCompressionQuality

Return Value

A data representation of the rendered image in HEIF format, or `nil` if the image could not be rendered.

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/heifRepresentation(of:format:colorSpace:options:)

func (CIContext) Init 

func (c CIContext) Init() CIContext

Init initializes the instance.

func (CIContext) InitWithOptions 

func (c CIContext) InitWithOptions(options foundation.INSDictionary) CIContext

Initializes a context without a specific rendering destination, using the specified options.

options: A dictionary containing options for the context. For applicable keys and values, see `Context Options`.

Return Value

An initialized Core Image context.

Discussion

If you create a context without specifying a rendering destination, Core Image automatically chooses and internally manages a rendering destination based on the current device’s capabilities and your settings in the `options` dictionary. You cannot use a context without an explicit destination for the methods listed in Drawing Images. Instead, use the methods listed in Rendering Images.

The `options` dictionary defines behaviors for the context, such as color space and rendering quality. For example, to create a CPU-based context, use the useSoftwareRenderer key.

See: https://developer.apple.com/documentation/CoreImage/CIContext/init(options:)

func (CIContext) JPEGRepresentationOfImageColorSpaceOptions 

func (c CIContext) JPEGRepresentationOfImageColorSpaceOptions(image ICIImage, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData

Renders the image and exports the resulting image data in JPEG format.

image: The image object to render.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: A dictionary with additional options for export. Use the [kCGImageDestinationLossyCompressionQuality] key to specify JPEG compression level. Other supported keys include [avDepthData], [depthImage], and [disparityImage]. // [avDepthData]: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/avDepthData [depthImage]: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/depthImage [disparityImage]: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/disparityImage [kCGImageDestinationLossyCompressionQuality]: https://developer.apple.com/documentation/ImageIO/kCGImageDestinationLossyCompressionQuality

Return Value

A data representation of the rendered image in JPEG format, or `nil` if the image could not be rendered.

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/jpegRepresentation(of:colorSpace:options:)

func (CIContext) OpenEXRRepresentationOfImageOptionsError 

func (c CIContext) OpenEXRRepresentationOfImageOptionsError(image ICIImage, options foundation.INSDictionary) (foundation.INSData, error)

Renders the image and exports the resulting image data in open EXR format.

image: The image object to render.

options: A dictionary with additional options for export.

See: https://developer.apple.com/documentation/CoreImage/CIContext/openEXRRepresentation(of:options:)

func (CIContext) PNGRepresentationOfImageFormatColorSpaceOptions 

func (c CIContext) PNGRepresentationOfImageFormatColorSpaceOptions(image ICIImage, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData

Renders the image and exports the resulting image data in PNG format.

image: The image object to render.

format: The pixel format for the output image.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: No options keys are supported at this time.

Return Value

A data representation of the rendered image in PNG format, or `nil` if the image could not be rendered.

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/pngRepresentation(of:format:colorSpace:options:)

func (CIContext) PrepareRenderFromRectToDestinationAtPointError 

func (c CIContext) PrepareRenderFromRectToDestinationAtPointError(image ICIImage, fromRect corefoundation.CGRect, destination ICIRenderDestination, atPoint corefoundation.CGPoint) (bool, error)

An optional call to warm up a CIContext so that subsequent calls to render with the same arguments run more efficiently.

image: CIImage to prepare to render.

fromRect: A [CGRect] defining the region to render. // [CGRect]: https://developer.apple.com/documentation/CoreFoundation/CGRect

destination: The CIRenderDestination to which you are preparing to render.

atPoint: The [CGPoint] at which you are preparing to render. // [CGPoint]: https://developer.apple.com/documentation/CoreFoundation/CGPoint

Discussion

By making this call, the Core Image framework ensures that any needed kernels are compiled, and any intermediate buffers are allocated and marked volatile up front.

See: https://developer.apple.com/documentation/CoreImage/CIContext/prepareRender(_:from:to:at:)

func (CIContext) ReclaimResources 

func (c CIContext) ReclaimResources()

Runs the garbage collector to reclaim any resources that the context no longer requires.

Discussion

The system calls this method automatically after every rendering operation. You can use this method to remove textures from the texture cache that reference deleted images.

See: https://developer.apple.com/documentation/CoreImage/CIContext/reclaimResources()

func (CIContext) RenderToBitmapRowBytesBoundsFormatColorSpace 

func (c CIContext) RenderToBitmapRowBytesBoundsFormatColorSpace(image ICIImage, data unsafe.Pointer, rowBytes int, bounds corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef)

Renders to the given bitmap.

image: A Core Image image object.

data: Storage for the bitmap data.

rowBytes: The bytes per row.

bounds: The bounds of the bitmap data.

format: The format of the bitmap data.

colorSpace: The color space for the data. Pass [NULL] if you want to use the output color space of the context.

See: https://developer.apple.com/documentation/CoreImage/CIContext/render(_:toBitmap:rowBytes:bounds:format:colorSpace:)

func (CIContext) RenderToCVPixelBuffer 

func (c CIContext) RenderToCVPixelBuffer(image ICIImage, buffer corevideo.CVImageBufferRef)

Renders an image into a pixel buffer.

image: A Core Image image object.

buffer: The destination pixel buffer.

See: https://developer.apple.com/documentation/CoreImage/CIContext/render(_:to:)

func (CIContext) RenderToCVPixelBufferBoundsColorSpace 

func (c CIContext) RenderToCVPixelBufferBoundsColorSpace(image ICIImage, buffer corevideo.CVImageBufferRef, bounds corefoundation.CGRect, colorSpace coregraphics.CGColorSpaceRef)

Renders a region of an image into a pixel buffer.

image: A Core Image image object.

buffer: The destination pixel buffer.

bounds: The rectangle in the destination pixel buffer to draw into.

colorSpace: The color space of the destination pixel buffer.

See: https://developer.apple.com/documentation/CoreImage/CIContext/render(_:to:bounds:colorSpace:)-2k8l2

func (CIContext) RenderToIOSurfaceBoundsColorSpace 

func (c CIContext) RenderToIOSurfaceBoundsColorSpace(image ICIImage, surface iosurface.IOSurfaceRef, bounds corefoundation.CGRect, colorSpace coregraphics.CGColorSpaceRef)

Renders a region of an image into an IOSurface object.

image: A Core Image image object.

surface: The destination IOSurface object.

bounds: The rectangle in the destination IOSurface object to draw into.

colorSpace: The color space of the destination IOSurface object.

See: https://developer.apple.com/documentation/CoreImage/CIContext/render(_:to:bounds:colorSpace:)-54b9l

func (CIContext) RenderToMTLTextureCommandBufferBoundsColorSpace 

func (c CIContext) RenderToMTLTextureCommandBufferBoundsColorSpace(image ICIImage, texture objectivec.IObject, commandBuffer objectivec.IObject, bounds corefoundation.CGRect, colorSpace coregraphics.CGColorSpaceRef)

Renders a region of an image to a Metal texture.

image: A Core Image image object.

texture: The destination Metal texture object.

commandBuffer: The Metal command buffer into which to schedule Core Image rendering tasks.

bounds: The rectangle in the destination texture to draw into.

colorSpace: The color space of the destination texture.

Discussion

If you specify `nil` for the `commandBuffer` parameter, Core Image manages its own Metal command buffer. To combine Core Image rendering with other Metal rendering tasks—for example, to use Core Image filters on textures whose content is generated by a Metal render-to-texture operation, or to use Core Image output later in the same Metal rendering pass—pass the same MTLCommandBuffer object you use for those tasks.

Rendering to a Metal texture requires a Metal-based context created with the [ContextWithMTLDevice] or [ContextWithMTLDeviceOptions] method. Calling this method on any other context raises an exception. This method renders only to Metal textures whose texture type is MTLTextureType.type2D and whose sampleCount value is 1.

See: https://developer.apple.com/documentation/CoreImage/CIContext/render(_:to:commandBuffer:bounds:colorSpace:)

func (CIContext) SetAlphaMode 

func (c CIContext) SetAlphaMode(value CIRenderDestinationAlphaMode)

func (CIContext) StartTaskToClearError 

func (c CIContext) StartTaskToClearError(destination ICIRenderDestination) (ICIRenderTask, error)

Fills the entire destination with black or clear depending on its [AlphaMode].

destination: The CIRenderDestination to clear.

Return Value

The asynchronous CIRenderTask for clearing the destination.

Discussion

If the destination’s [AlphaMode] is [RenderDestinationAlphaNone], this command fills the entire destination with black `(0, 0, 0, 1)`.

If the destination’s [AlphaMode] is [RenderDestinationAlphaPremultiplied] or [RenderDestinationAlphaUnpremultiplied], this command fills the entire destination with clear `(0, 0, 0, 0)`.

See: https://developer.apple.com/documentation/CoreImage/CIContext/startTask(toClear:)

func (CIContext) StartTaskToRenderFromRectToDestinationAtPointError 

func (c CIContext) StartTaskToRenderFromRectToDestinationAtPointError(image ICIImage, fromRect corefoundation.CGRect, destination ICIRenderDestination, atPoint corefoundation.CGPoint) (ICIRenderTask, error)

Renders a portion of an image to a point in the destination.

image: A CIImage to render.

fromRect: The part of the image to render, as if cropped.

destination: A CIRenderDestination into which to render the image.

atPoint: An origin point in the destination at which to place the image.

Return Value

An asynchronous CIRenderTask to render the image to the specified destination.

Discussion

This method crops the image to the specified rectangle and renders the result at the indicated origin point. If the image’s [Extent] property and `fromRect` argument values are infinite, this call renders the image’s (0, 0) point starting from the origin `atPoint`.

You must use an MTLTexture-backed CIContext to support an MTLTexture-backed CIRenderDestination. Similarly, you must use [GLContext]-backed CIContext to support a [GLTexture]-backed CIRenderDestination.

This call returns as soon as it enqueues all work required to render the image on the context’s device. In many situations, after issuing a render, you may need to wait for it to complete. In these cases, use the returned CIRenderTask as follows:

See: https://developer.apple.com/documentation/CoreImage/CIContext/startTask(toRender:from:to:at:)

func (CIContext) StartTaskToRenderToDestinationError 

func (c CIContext) StartTaskToRenderToDestinationError(image ICIImage, destination ICIRenderDestination) (ICIRenderTask, error)

Renders an image to a destination so that point (0, 0) of the image maps to point (0, 0) of the destination.

image: CIImage to prepare to render.

destination: The CIRenderDestination to which to render.

Return Value

The asynchronous CIRenderTask to render the image to the specified destination.

See: https://developer.apple.com/documentation/CoreImage/CIContext/startTask(toRender:to:)

func (CIContext) TIFFRepresentationOfImageFormatColorSpaceOptions 

func (c CIContext) TIFFRepresentationOfImageFormatColorSpaceOptions(image ICIImage, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData

Renders the image and exports the resulting image data in TIFF format.

image: The image object to render.

format: The pixel format for the output image.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: A dictionary with additional options for export.

Return Value

A data representation of the rendered image in TIFF format, or `nil` if the image could not be rendered.

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/tiffRepresentation(of:format:colorSpace:options:)

func (CIContext) WorkingColorSpace 

func (c CIContext) WorkingColorSpace() coregraphics.CGColorSpaceRef

The working color space of the Core Image context.

Discussion

The working color space determines the color space used when executing filter kernels; Core Image automatically converts to and from the source and destination color spaces of input images and output contexts. You specify a working color space using the workingColorSpace key in the `options` dictionary when creating a Core Image context.

See: https://developer.apple.com/documentation/CoreImage/CIContext/workingColorSpace

func (CIContext) WorkingFormat 

func (c CIContext) WorkingFormat() CIFormat

The working pixel format of the Core Image context.

Discussion

The working format determines the pixel format that Core Image uses to create intermediate buffers for executing filter kernels. Core Image automatically converts to and from the source and destination pixel formats of input images and output contexts. You specify a working pixel format using the workingFormat key in the `options` dictionary when creating a Core Image context.

See: https://developer.apple.com/documentation/CoreImage/CIContext/workingFormat

func (CIContext) WriteHEIF10RepresentationOfImageToURLColorSpaceOptionsError 

func (c CIContext) WriteHEIF10RepresentationOfImageToURLColorSpaceOptionsError(image ICIImage, url foundation.INSURL, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)

Renders the image and exports the resulting image data as a file in HEIF10 format.

image: The image object to render.

url: The file URL at which to write the output HEIF file.

colorSpace: The color space in which to render the output image.

options: A dictionary with additional options for export.

See: https://developer.apple.com/documentation/CoreImage/CIContext/writeHEIF10Representation(of:to:colorSpace:options:)

func (CIContext) WriteHEIFRepresentationOfImageToURLFormatColorSpaceOptionsError 

func (c CIContext) WriteHEIFRepresentationOfImageToURLFormatColorSpaceOptionsError(image ICIImage, url foundation.INSURL, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)

Renders the image and exports the resulting image data as a file in HEIF format.

image: The image object to render.

url: The file URL at which to write the output HEIF file.

format: The pixel format for the output image.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: A dictionary with additional options for export.

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

In Objective-C `writeHEIFRepresentationOfImage` returns true if the file export succeeded. If false, examine the `errorPtr` parameter for possible failure reasons.

See: https://developer.apple.com/documentation/CoreImage/CIContext/writeHEIFRepresentation(of:to:format:colorSpace:options:)

func (CIContext) WriteJPEGRepresentationOfImageToURLColorSpaceOptionsError 

func (c CIContext) WriteJPEGRepresentationOfImageToURLColorSpaceOptionsError(image ICIImage, url foundation.INSURL, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)

Renders the image and exports the resulting image data as a file in JPEG format.

image: The image object to render.

url: The file URL at which to write the output JPEG file.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: A dictionary with additional options for export. Use the [kCGImageDestinationLossyCompressionQuality] key to specify JPEG compression level. // [kCGImageDestinationLossyCompressionQuality]: https://developer.apple.com/documentation/ImageIO/kCGImageDestinationLossyCompressionQuality

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/writeJPEGRepresentation(of:to:colorSpace:options:)

func (CIContext) WriteOpenEXRRepresentationOfImageToURLOptionsError 

func (c CIContext) WriteOpenEXRRepresentationOfImageToURLOptionsError(image ICIImage, url foundation.INSURL, options foundation.INSDictionary) (bool, error)

Renders the image and exports the resulting image data as a file in open EXR format.

image: The image object to render.

url: The file URL at which to write the output HEIF file.

options: A dictionary with additional options for export.

See: https://developer.apple.com/documentation/CoreImage/CIContext/writeOpenEXRRepresentation(of:to:options:)

func (CIContext) WritePNGRepresentationOfImageToURLFormatColorSpaceOptionsError 

func (c CIContext) WritePNGRepresentationOfImageToURLFormatColorSpaceOptionsError(image ICIImage, url foundation.INSURL, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)

Renders the image and exports the resulting image data as a file in PNG format.

image: The image object to render.

url: The file URL at which to write the output PNG file.

format: The pixel format for the output image.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: A dictionary with additional options for export.

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/writePNGRepresentation(of:to:format:colorSpace:options:)

func (CIContext) WriteTIFFRepresentationOfImageToURLFormatColorSpaceOptionsError 

func (c CIContext) WriteTIFFRepresentationOfImageToURLFormatColorSpaceOptionsError(image ICIImage, url foundation.INSURL, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)

Renders the image and exports the resulting image data as a file in TIFF format.

image: The image object to render.

url: The file URL at which to write the output TIFF file.

format: The pixel format for the output image.

colorSpace: The color space in which to render the output image. This color space must conform to either the [CGColorSpaceModel.rgb] or [CGColorSpaceModel.monochrome] model and must be compatible with the specified pixel format. // [CGColorSpaceModel.monochrome]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/monochrome [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

options: A dictionary with additional options for export.

Discussion

To render an image for export, the image’s contents must not be empty and its [Extent] dimensions must be finite. To export after applying a filter whose output has infinite extent, see the [ImageByClampingToExtent] method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/writeTIFFRepresentation(of:to:format:colorSpace:options:)

type CIContextClass 

type CIContextClass struct {
	// contains filtered or unexported fields
}

func GetCIContextClass 

func GetCIContextClass() CIContextClass

GetCIContextClass returns the class object for CIContext.

func (CIContextClass) Alloc 

func (cc CIContextClass) Alloc() CIContext

Alloc allocates memory for a new instance of the class.

func (CIContextClass) Context 

func (_CIContextClass CIContextClass) Context() CIContext

Creates a context without a specific rendering destination, using default options.

Return Value

A new Core Image context.

Discussion

If you create a context without specifying a rendering destination, Core Image automatically chooses and internally manages a rendering destination based on the current device’s capabilities. You cannot use a context without an explicit destination for the methods listed in Drawing Images. Instead, use the methods listed in Rendering Images.

To specify additional options for the context, use the [ContextWithOptions] method instead.

See: https://developer.apple.com/documentation/CoreImage/CIContext/context

func (CIContextClass) ContextWithOptions 

func (_CIContextClass CIContextClass) ContextWithOptions(options foundation.INSDictionary) CIContext

Initializes a context without a specific rendering destination, using the specified options.

options: A dictionary containing options for the context. For applicable keys and values, see `Context Options`.

Return Value

An initialized Core Image context.

Discussion

If you create a context without specifying a rendering destination, Core Image automatically chooses and internally manages a rendering destination based on the current device’s capabilities and your settings in the `options` dictionary. You cannot use a context without an explicit destination for the methods listed in Drawing Images. Instead, use the methods listed in Rendering Images.

The `options` dictionary defines behaviors for the context, such as color space and rendering quality. For example, to create a CPU-based context, use the useSoftwareRenderer key.

See: https://developer.apple.com/documentation/CoreImage/CIContext/contextWithOptions:

func (CIContextClass) OfflineGPUCount 

func (_CIContextClass CIContextClass) OfflineGPUCount() uint32

Returns the number of GPUs not currently driving a display.

Return Value

The number of offline GPU devices.

Discussion

If this count is greater than zero, the system has attached GPU devices that are not currently driving a display. You can use these devices for Core Image rendering by creating a context with the init(forOfflineGPUAtIndex:) orinit(forOfflineGPUAtIndex:colorSpace:options:sharedContext:) method.

See: https://developer.apple.com/documentation/CoreImage/CIContext/offlineGPUCount()

type CIContextOption 

type CIContextOption = string

CIContextOption is an enum string type that your code can use to select different options when creating a Core Image context.

See: https://developer.apple.com/documentation/CoreImage/CIContextOption 

var (
	// KCIContextAllowLowPower is a Boolean value to control the power level of Core Image context renders.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/allowLowPower
	KCIContextAllowLowPower CIContextOption
	// KCIContextCVMetalTextureCache is a Core Video Metal texture cache object to improve the performance of Core Image context renders that use Core Video pixel buffers.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/cvMetalTextureCache
	KCIContextCVMetalTextureCache CIContextOption
	// KCIContextCacheIntermediates is a Boolean value to control how a Core Image context caches the contents of any intermediate image buffers it uses during rendering.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/cacheIntermediates
	KCIContextCacheIntermediates CIContextOption
	// KCIContextHighQualityDownsample is a Boolean value to control the quality of image downsampling operations performed by the Core Image context.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/highQualityDownsample
	KCIContextHighQualityDownsample CIContextOption
	// KCIContextMemoryLimit is a number value to control the maximum memory in megabytes that the context allocates for render tasks.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/memoryTarget
	KCIContextMemoryLimit CIContextOption
	// KCIContextName is a Boolean value to specify a client-provided name for a context.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/name
	KCIContextName CIContextOption
	// KCIContextOutputColorSpace is a Core Image context option key to specify the default destination color space for rendering.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/outputColorSpace
	KCIContextOutputColorSpace CIContextOption
	// KCIContextOutputPremultiplied is a Boolean value to control how a Core Image context render produces alpha-premultiplied pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/outputPremultiplied
	KCIContextOutputPremultiplied CIContextOption
	// KCIContextPriorityRequestLow is a Boolean value to control the priority Core Image context renders.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/priorityRequestLow
	KCIContextPriorityRequestLow CIContextOption
	// KCIContextUseSoftwareRenderer is a Boolean value to control if a Core Image context will use a software renderer.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/useSoftwareRenderer
	KCIContextUseSoftwareRenderer CIContextOption
	// KCIContextWorkingColorSpace is a Core Image context option key to specify the working color space for rendering.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/workingColorSpace
	KCIContextWorkingColorSpace CIContextOption
	// KCIContextWorkingFormat is a Core Image context option key to specify the pixel format to for intermediate results when rendering.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIContextOption/workingFormat
	KCIContextWorkingFormat CIContextOption
)

type CIConvertLab 

type CIConvertLab interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvertLab/inputImage
	InputImage() ICIImage

	// Normalize protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvertLab/normalize
	Normalize() bool

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvertLab/inputImage
	SetInputImage(value ICIImage)

	// normalize protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvertLab/normalize
	SetNormalize(value bool)
}

CIConvertLab protocol.

See: https://developer.apple.com/documentation/CoreImage/CIConvertLab

type CIConvertLabObject 

type CIConvertLabObject struct {
	objectivec.Object
}

CIConvertLabObject wraps an existing Objective-C object that conforms to the CIConvertLab protocol.

func CIConvertLabObjectFromID 

func CIConvertLabObjectFromID(id objc.ID) CIConvertLabObject

CIConvertLabObjectFromID constructs a CIConvertLabObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIConvertLabObject) BaseObject 

func (o CIConvertLabObject) BaseObject() objectivec.Object

func (CIConvertLabObject) InputImage 

func (o CIConvertLabObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIConvertLab/inputImage

func (CIConvertLabObject) Normalize 

func (o CIConvertLabObject) Normalize() bool

See: https://developer.apple.com/documentation/CoreImage/CIConvertLab/normalize

func (CIConvertLabObject) OutputImage 

func (o CIConvertLabObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIConvertLabObject) SetInputImage 

func (o CIConvertLabObject) SetInputImage(value ICIImage)

func (CIConvertLabObject) SetNormalize 

func (o CIConvertLabObject) SetNormalize(value bool)

type CIConvolution 

type CIConvolution interface {
	objectivec.IObject
	CIFilterProtocol

	// A value that’s added to each output pixel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvolution/bias
	Bias() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvolution/inputImage
	InputImage() ICIImage

	// The convolution kernel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvolution/weights
	Weights() ICIVector

	// A value that’s added to each output pixel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvolution/bias
	SetBias(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvolution/inputImage
	SetInputImage(value ICIImage)

	// The convolution kernel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIConvolution/weights
	SetWeights(value ICIVector)
}

The properties you use to configure a convolution filter.

See: https://developer.apple.com/documentation/CoreImage/CIConvolution

type CIConvolutionObject 

type CIConvolutionObject struct {
	objectivec.Object
}

CIConvolutionObject wraps an existing Objective-C object that conforms to the CIConvolution protocol.

func CIConvolutionObjectFromID 

func CIConvolutionObjectFromID(id objc.ID) CIConvolutionObject

CIConvolutionObjectFromID constructs a CIConvolutionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIConvolutionObject) BaseObject 

func (o CIConvolutionObject) BaseObject() objectivec.Object

func (CIConvolutionObject) Bias 

func (o CIConvolutionObject) Bias() float32

A value that’s added to each output pixel.

See: https://developer.apple.com/documentation/CoreImage/CIConvolution/bias

func (CIConvolutionObject) InputImage 

func (o CIConvolutionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIConvolution/inputImage

func (CIConvolutionObject) OutputImage 

func (o CIConvolutionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIConvolutionObject) SetBias 

func (o CIConvolutionObject) SetBias(value float32)

func (CIConvolutionObject) SetInputImage 

func (o CIConvolutionObject) SetInputImage(value ICIImage)

func (CIConvolutionObject) SetWeights 

func (o CIConvolutionObject) SetWeights(value ICIVector)

func (CIConvolutionObject) Weights 

func (o CIConvolutionObject) Weights() ICIVector

The convolution kernel.

See: https://developer.apple.com/documentation/CoreImage/CIConvolution/weights

type CICopyMachineTransition 

type CICopyMachineTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The angle of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/angle
	Angle() float32

	// The color of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/color
	Color() ICIColor

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/extent
	Extent() corefoundation.CGRect

	// The opacity of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/opacity
	Opacity() float32

	// The width of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/width
	Width() float32

	// The angle of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/angle
	SetAngle(value float32)

	// The color of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/color
	SetColor(value ICIColor)

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/extent
	SetExtent(value corefoundation.CGRect)

	// The opacity of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/opacity
	SetOpacity(value float32)

	// The width of the copier light.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/width
	SetWidth(value float32)
}

The properties you use to configure a copy machine transition filter.

See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition

type CICopyMachineTransitionObject 

type CICopyMachineTransitionObject struct {
	objectivec.Object
}

CICopyMachineTransitionObject wraps an existing Objective-C object that conforms to the CICopyMachineTransition protocol.

func CICopyMachineTransitionObjectFromID 

func CICopyMachineTransitionObjectFromID(id objc.ID) CICopyMachineTransitionObject

CICopyMachineTransitionObjectFromID constructs a CICopyMachineTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICopyMachineTransitionObject) Angle 

func (o CICopyMachineTransitionObject) Angle() float32

The angle of the copier light.

See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/angle

func (CICopyMachineTransitionObject) BaseObject 

func (o CICopyMachineTransitionObject) BaseObject() objectivec.Object

func (CICopyMachineTransitionObject) Color 

func (o CICopyMachineTransitionObject) Color() ICIColor

The color of the copier light.

See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/color

func (CICopyMachineTransitionObject) Extent 

func (o CICopyMachineTransitionObject) Extent() corefoundation.CGRect

A rectangle that defines the extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/extent

func (CICopyMachineTransitionObject) InputImage 

func (o CICopyMachineTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CICopyMachineTransitionObject) Opacity 

func (o CICopyMachineTransitionObject) Opacity() float32

The opacity of the copier light.

See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/opacity

func (CICopyMachineTransitionObject) OutputImage 

func (o CICopyMachineTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICopyMachineTransitionObject) SetAngle 

func (o CICopyMachineTransitionObject) SetAngle(value float32)

func (CICopyMachineTransitionObject) SetColor 

func (o CICopyMachineTransitionObject) SetColor(value ICIColor)

func (CICopyMachineTransitionObject) SetExtent 

func (o CICopyMachineTransitionObject) SetExtent(value corefoundation.CGRect)

func (CICopyMachineTransitionObject) SetInputImage 

func (o CICopyMachineTransitionObject) SetInputImage(value ICIImage)

func (CICopyMachineTransitionObject) SetOpacity 

func (o CICopyMachineTransitionObject) SetOpacity(value float32)

func (CICopyMachineTransitionObject) SetTargetImage 

func (o CICopyMachineTransitionObject) SetTargetImage(value ICIImage)

func (CICopyMachineTransitionObject) SetTime 

func (o CICopyMachineTransitionObject) SetTime(value float32)

func (CICopyMachineTransitionObject) SetWidth 

func (o CICopyMachineTransitionObject) SetWidth(value float32)

func (CICopyMachineTransitionObject) TargetImage 

func (o CICopyMachineTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CICopyMachineTransitionObject) Time 

func (o CICopyMachineTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

func (CICopyMachineTransitionObject) Width 

func (o CICopyMachineTransitionObject) Width() float32

The width of the copier light.

See: https://developer.apple.com/documentation/CoreImage/CICopyMachineTransition/width

type CICoreMLModel 

type CICoreMLModel interface {
	objectivec.IObject
	CIFilterProtocol

	// A number that specifies which output of a multihead Core ML model applies the effect on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/headIndex
	HeadIndex() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/inputImage
	InputImage() ICIImage

	// The Core ML model used to apply the effect on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/model
	Model() coreml.MLModel

	// A Boolean value that specifies whether to apply Softmax normalization to the output of the model.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/softmaxNormalization
	SoftmaxNormalization() bool

	// A number that specifies which output of a multihead Core ML model applies the effect on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/headIndex
	SetHeadIndex(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/inputImage
	SetInputImage(value ICIImage)

	// The Core ML model used to apply the effect on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/model
	SetModel(value coreml.MLModel)

	// A Boolean value that specifies whether to apply Softmax normalization to the output of the model.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/softmaxNormalization
	SetSoftmaxNormalization(value bool)
}

The properties you use to configure a Core ML model filter.

See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel

type CICoreMLModelObject 

type CICoreMLModelObject struct {
	objectivec.Object
}

CICoreMLModelObject wraps an existing Objective-C object that conforms to the CICoreMLModel protocol.

func CICoreMLModelObjectFromID 

func CICoreMLModelObjectFromID(id objc.ID) CICoreMLModelObject

CICoreMLModelObjectFromID constructs a CICoreMLModelObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICoreMLModelObject) BaseObject 

func (o CICoreMLModelObject) BaseObject() objectivec.Object

func (CICoreMLModelObject) HeadIndex 

func (o CICoreMLModelObject) HeadIndex() float32

A number that specifies which output of a multihead Core ML model applies the effect on the image.

See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/headIndex

func (CICoreMLModelObject) InputImage 

func (o CICoreMLModelObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/inputImage

func (CICoreMLModelObject) Model 

func (o CICoreMLModelObject) Model() coreml.MLModel

The Core ML model used to apply the effect on the image.

See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/model

func (CICoreMLModelObject) OutputImage 

func (o CICoreMLModelObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICoreMLModelObject) SetHeadIndex 

func (o CICoreMLModelObject) SetHeadIndex(value float32)

func (CICoreMLModelObject) SetInputImage 

func (o CICoreMLModelObject) SetInputImage(value ICIImage)

func (CICoreMLModelObject) SetModel 

func (o CICoreMLModelObject) SetModel(value coreml.MLModel)

func (CICoreMLModelObject) SetSoftmaxNormalization 

func (o CICoreMLModelObject) SetSoftmaxNormalization(value bool)

func (CICoreMLModelObject) SoftmaxNormalization 

func (o CICoreMLModelObject) SoftmaxNormalization() bool

A Boolean value that specifies whether to apply Softmax normalization to the output of the model.

See: https://developer.apple.com/documentation/CoreImage/CICoreMLModel/softmaxNormalization

type CICrystallize 

type CICrystallize interface {
	objectivec.IObject
	CIFilterProtocol

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICrystallize/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICrystallize/inputImage
	InputImage() ICIImage

	// The radius, in pixels, of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICrystallize/radius
	Radius() float32

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICrystallize/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICrystallize/inputImage
	SetInputImage(value ICIImage)

	// The radius, in pixels, of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CICrystallize/radius
	SetRadius(value float32)
}

The properties you use to configure a crystalize filter.

See: https://developer.apple.com/documentation/CoreImage/CICrystallize

type CICrystallizeObject 

type CICrystallizeObject struct {
	objectivec.Object
}

CICrystallizeObject wraps an existing Objective-C object that conforms to the CICrystallize protocol.

func CICrystallizeObjectFromID 

func CICrystallizeObjectFromID(id objc.ID) CICrystallizeObject

CICrystallizeObjectFromID constructs a CICrystallizeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CICrystallizeObject) BaseObject 

func (o CICrystallizeObject) BaseObject() objectivec.Object

func (CICrystallizeObject) Center 

func (o CICrystallizeObject) Center() corefoundation.CGPoint

The center of the effect as x and y coordinates.

See: https://developer.apple.com/documentation/CoreImage/CICrystallize/center

func (CICrystallizeObject) InputImage 

func (o CICrystallizeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CICrystallize/inputImage

func (CICrystallizeObject) OutputImage 

func (o CICrystallizeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CICrystallizeObject) Radius 

func (o CICrystallizeObject) Radius() float32

The radius, in pixels, of the effect.

See: https://developer.apple.com/documentation/CoreImage/CICrystallize/radius

func (CICrystallizeObject) SetCenter 

func (o CICrystallizeObject) SetCenter(value corefoundation.CGPoint)

func (CICrystallizeObject) SetInputImage 

func (o CICrystallizeObject) SetInputImage(value ICIImage)

func (CICrystallizeObject) SetRadius 

func (o CICrystallizeObject) SetRadius(value float32)

type CIDataMatrixCodeDescriptor 

type CIDataMatrixCodeDescriptor struct {
	CIBarcodeDescriptor
}

A concrete subclass the Core Image Barcode Descriptor that represents an Data Matrix code symbol.

Overview

A Data Matrix code symbol is a 2D barcode format defined by the ISO/IEC 16022:2006(E) standard. It encodes data in square or rectangular symbol with solid lines on the left and bottom sides

Creating a Descriptor

Examining a Descriptor

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor

func CIDataMatrixCodeDescriptorFromID 

func CIDataMatrixCodeDescriptorFromID(id objc.ID) CIDataMatrixCodeDescriptor

CIDataMatrixCodeDescriptorFromID constructs a CIDataMatrixCodeDescriptor from an objc.ID.

A concrete subclass the Core Image Barcode Descriptor that represents an Data Matrix code symbol.

func NewCIDataMatrixCodeDescriptor 

func NewCIDataMatrixCodeDescriptor() CIDataMatrixCodeDescriptor

NewCIDataMatrixCodeDescriptor creates a new CIDataMatrixCodeDescriptor instance.

func NewDataMatrixCodeDescriptorWithPayloadRowCountColumnCountEccVersion 

func NewDataMatrixCodeDescriptorWithPayloadRowCountColumnCountEccVersion(errorCorrectedPayload foundation.INSData, rowCount int, columnCount int, eccVersion CIDataMatrixCodeECCVersion) CIDataMatrixCodeDescriptor

Initializes a Data Matrix code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the Data Matrix code symbol.

rowCount: The number of rows in the Data Matrix code symbol.

columnCount: The number of columns in the Data Matrix code symbol.

eccVersion: The [CIDataMatrixCodeDescriptor.ECCVersion] for the Data Matrix code symbol. // [CIDataMatrixCodeDescriptor.ECCVersion]: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/ECCVersion-swift.enum

Return Value

An initialized CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/init(payload:rowCount:columnCount:eccVersion:)

func (CIDataMatrixCodeDescriptor) Autorelease 

func (d CIDataMatrixCodeDescriptor) Autorelease() CIDataMatrixCodeDescriptor

Autorelease adds the receiver to the current autorelease pool.

func (CIDataMatrixCodeDescriptor) ColumnCount 

func (d CIDataMatrixCodeDescriptor) ColumnCount() int

The number of columns in the Data Matrix code symbol.

Discussion

Refer to ISO/IEC 16022:2006(E) for valid module row and column count combinations.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/columnCount-swift.property

func (CIDataMatrixCodeDescriptor) EccVersion 

func (d CIDataMatrixCodeDescriptor) EccVersion() CIDataMatrixCodeECCVersion

The error correction version of the Data Matrix code symbol.

Discussion

The possible error correction version are enumerated in CIDataMatrixCodeDescriptor.ECCVersion. Any symbol with an even number of rows and columns will be ECC 200.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/eccVersion-swift.property

func (CIDataMatrixCodeDescriptor) ErrorCorrectedPayload 

func (d CIDataMatrixCodeDescriptor) ErrorCorrectedPayload() foundation.INSData

The error-corrected payload containing the data encoded in the Data Matrix code symbol.

Discussion

DataMatrix symbols are specified bn ISO/IEC 16022:2006(E). ECC 200-type symbols will always have an even number of rows and columns.

For ECC 200-type symbols, the phases of encoding data into a symbol are described in section 5.1 – Encode procedure overview. The error corrected payload comprises the de-interleaved bits of the message described at the end of Step 1: Data encodation.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/errorCorrectedPayload-swift.property

func (CIDataMatrixCodeDescriptor) Init 

func (d CIDataMatrixCodeDescriptor) Init() CIDataMatrixCodeDescriptor

Init initializes the instance.

func (CIDataMatrixCodeDescriptor) InitWithPayloadRowCountColumnCountEccVersion 

func (d CIDataMatrixCodeDescriptor) InitWithPayloadRowCountColumnCountEccVersion(errorCorrectedPayload foundation.INSData, rowCount int, columnCount int, eccVersion CIDataMatrixCodeECCVersion) CIDataMatrixCodeDescriptor

Initializes a Data Matrix code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the Data Matrix code symbol.

rowCount: The number of rows in the Data Matrix code symbol.

columnCount: The number of columns in the Data Matrix code symbol.

eccVersion: The [CIDataMatrixCodeDescriptor.ECCVersion] for the Data Matrix code symbol. // [CIDataMatrixCodeDescriptor.ECCVersion]: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/ECCVersion-swift.enum

Return Value

An initialized CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/init(payload:rowCount:columnCount:eccVersion:)

func (CIDataMatrixCodeDescriptor) RowCount 

func (d CIDataMatrixCodeDescriptor) RowCount() int

The number of rows in the Data Matrix code symbol.

Discussion

Refer to ISO/IEC 16022:2006(E) for valid module row and column count combinations.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/rowCount-swift.property

type CIDataMatrixCodeDescriptorClass 

type CIDataMatrixCodeDescriptorClass struct {
	// contains filtered or unexported fields
}

func GetCIDataMatrixCodeDescriptorClass 

func GetCIDataMatrixCodeDescriptorClass() CIDataMatrixCodeDescriptorClass

GetCIDataMatrixCodeDescriptorClass returns the class object for CIDataMatrixCodeDescriptor.

func (CIDataMatrixCodeDescriptorClass) Alloc 

func (cc CIDataMatrixCodeDescriptorClass) Alloc() CIDataMatrixCodeDescriptor

Alloc allocates memory for a new instance of the class.

func (CIDataMatrixCodeDescriptorClass) DescriptorWithPayloadRowCountColumnCountEccVersion 

func (_CIDataMatrixCodeDescriptorClass CIDataMatrixCodeDescriptorClass) DescriptorWithPayloadRowCountColumnCountEccVersion(errorCorrectedPayload foundation.INSData, rowCount int, columnCount int, eccVersion CIDataMatrixCodeECCVersion) CIDataMatrixCodeDescriptor

Creates a Data Matrix code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the Data Matrix code symbol.

rowCount: The number of rows in the Data Matrix code symbol.

columnCount: The number of columns in the Data Matrix code symbol.

eccVersion: The [CIDataMatrixCodeDescriptor.ECCVersion] for the Data Matrix code symbol. // [CIDataMatrixCodeDescriptor.ECCVersion]: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/ECCVersion-swift.enum

Return Value

An autoreleased CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/descriptorWithPayload:rowCount:columnCount:eccVersion:

type CIDataMatrixCodeECCVersion 

type CIDataMatrixCodeECCVersion int

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/ECCVersion-swift.enum 

const (
	// CIDataMatrixCodeECCVersion000: Indicates error correction using convolutional code error correction with no data protection.
	CIDataMatrixCodeECCVersion000 CIDataMatrixCodeECCVersion = 0
	// CIDataMatrixCodeECCVersion050: Indicates 1/4 of the symbol is dedicated to convolutional code error correction.
	CIDataMatrixCodeECCVersion050 CIDataMatrixCodeECCVersion = 50
	// CIDataMatrixCodeECCVersion080: Indicates 1/3 of the symbol is dedicated to convolutional code error correction.
	CIDataMatrixCodeECCVersion080 CIDataMatrixCodeECCVersion = 80
	// CIDataMatrixCodeECCVersion100: Indicates 1/2 of the symbol is dedicated to convolutional code error correction.
	CIDataMatrixCodeECCVersion100 CIDataMatrixCodeECCVersion = 100
	// CIDataMatrixCodeECCVersion140: Indicates 3/4 of the symbol is dedicated to convolutional code error correction.
	CIDataMatrixCodeECCVersion140 CIDataMatrixCodeECCVersion = 140
	// CIDataMatrixCodeECCVersion200: Indicates error correction using Reed-Solomon error correction.
	CIDataMatrixCodeECCVersion200 CIDataMatrixCodeECCVersion = 200
)

func (CIDataMatrixCodeECCVersion) String 

func (e CIDataMatrixCodeECCVersion) String() string

type CIDepthOfField 

type CIDepthOfField interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/inputImage
	InputImage() ICIImage

	// The first point in the focused region of the output image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/point0
	Point0() corefoundation.CGPoint

	// The second point in the focused region of the output image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/point1
	Point1() corefoundation.CGPoint

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/radius
	Radius() float32

	// The amount to adjust the saturation by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/saturation
	Saturation() float32

	// The intensity of the unsharp mask effect applied to the in-focus area.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/unsharpMaskIntensity
	UnsharpMaskIntensity() float32

	// The radius of the unsharp mask effect applied to the in-focus area.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/unsharpMaskRadius
	UnsharpMaskRadius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/inputImage
	SetInputImage(value ICIImage)

	// The first point in the focused region of the output image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/point0
	SetPoint0(value corefoundation.CGPoint)

	// The second point in the focused region of the output image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/point1
	SetPoint1(value corefoundation.CGPoint)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/radius
	SetRadius(value float32)

	// The amount to adjust the saturation by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/saturation
	SetSaturation(value float32)

	// The intensity of the unsharp mask effect applied to the in-focus area.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/unsharpMaskIntensity
	SetUnsharpMaskIntensity(value float32)

	// The radius of the unsharp mask effect applied to the in-focus area.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/unsharpMaskRadius
	SetUnsharpMaskRadius(value float32)
}

The properties you use to configure a depth-of-field filter.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField

type CIDepthOfFieldObject 

type CIDepthOfFieldObject struct {
	objectivec.Object
}

CIDepthOfFieldObject wraps an existing Objective-C object that conforms to the CIDepthOfField protocol.

func CIDepthOfFieldObjectFromID 

func CIDepthOfFieldObjectFromID(id objc.ID) CIDepthOfFieldObject

CIDepthOfFieldObjectFromID constructs a CIDepthOfFieldObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDepthOfFieldObject) BaseObject 

func (o CIDepthOfFieldObject) BaseObject() objectivec.Object

func (CIDepthOfFieldObject) InputImage 

func (o CIDepthOfFieldObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/inputImage

func (CIDepthOfFieldObject) OutputImage 

func (o CIDepthOfFieldObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDepthOfFieldObject) Point0 

func (o CIDepthOfFieldObject) Point0() corefoundation.CGPoint

The first point in the focused region of the output image.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/point0

func (CIDepthOfFieldObject) Point1 

func (o CIDepthOfFieldObject) Point1() corefoundation.CGPoint

The second point in the focused region of the output image.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/point1

func (CIDepthOfFieldObject) Radius 

func (o CIDepthOfFieldObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/radius

func (CIDepthOfFieldObject) Saturation 

func (o CIDepthOfFieldObject) Saturation() float32

The amount to adjust the saturation by.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/saturation

func (CIDepthOfFieldObject) SetInputImage 

func (o CIDepthOfFieldObject) SetInputImage(value ICIImage)

func (CIDepthOfFieldObject) SetPoint0 

func (o CIDepthOfFieldObject) SetPoint0(value corefoundation.CGPoint)

func (CIDepthOfFieldObject) SetPoint1 

func (o CIDepthOfFieldObject) SetPoint1(value corefoundation.CGPoint)

func (CIDepthOfFieldObject) SetRadius 

func (o CIDepthOfFieldObject) SetRadius(value float32)

func (CIDepthOfFieldObject) SetSaturation 

func (o CIDepthOfFieldObject) SetSaturation(value float32)

func (CIDepthOfFieldObject) SetUnsharpMaskIntensity 

func (o CIDepthOfFieldObject) SetUnsharpMaskIntensity(value float32)

func (CIDepthOfFieldObject) SetUnsharpMaskRadius 

func (o CIDepthOfFieldObject) SetUnsharpMaskRadius(value float32)

func (CIDepthOfFieldObject) UnsharpMaskIntensity 

func (o CIDepthOfFieldObject) UnsharpMaskIntensity() float32

The intensity of the unsharp mask effect applied to the in-focus area.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/unsharpMaskIntensity

func (CIDepthOfFieldObject) UnsharpMaskRadius 

func (o CIDepthOfFieldObject) UnsharpMaskRadius() float32

The radius of the unsharp mask effect applied to the in-focus area.

See: https://developer.apple.com/documentation/CoreImage/CIDepthOfField/unsharpMaskRadius

type CIDepthToDisparity 

type CIDepthToDisparity interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthToDisparity/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDepthToDisparity/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a depth-to-disparity filter.

See: https://developer.apple.com/documentation/CoreImage/CIDepthToDisparity

type CIDepthToDisparityObject 

type CIDepthToDisparityObject struct {
	objectivec.Object
}

CIDepthToDisparityObject wraps an existing Objective-C object that conforms to the CIDepthToDisparity protocol.

func CIDepthToDisparityObjectFromID 

func CIDepthToDisparityObjectFromID(id objc.ID) CIDepthToDisparityObject

CIDepthToDisparityObjectFromID constructs a CIDepthToDisparityObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDepthToDisparityObject) BaseObject 

func (o CIDepthToDisparityObject) BaseObject() objectivec.Object

func (CIDepthToDisparityObject) InputImage 

func (o CIDepthToDisparityObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDepthToDisparity/inputImage

func (CIDepthToDisparityObject) OutputImage 

func (o CIDepthToDisparityObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDepthToDisparityObject) SetInputImage 

func (o CIDepthToDisparityObject) SetInputImage(value ICIImage)

type CIDetector 

type CIDetector struct {
	objectivec.Object
}

An image processor that identifies notable features, such as faces and barcodes, in a still image or video.

Overview

A CIDetector object uses image processing to search for and identify notable features (faces, rectangles, and barcodes) in a still image or video. Detected features are represented by CIFeature objects that provide more information about each feature.

This class can maintain many state variables that can impact performance. So for best performance, reuse CIDetector instances instead of creating new ones.

Using a Detector Object to Find Features

See: https://developer.apple.com/documentation/CoreImage/CIDetector

func CIDetectorFromID 

func CIDetectorFromID(id objc.ID) CIDetector

CIDetectorFromID constructs a CIDetector from an objc.ID.

An image processor that identifies notable features, such as faces and barcodes, in a still image or video.

func NewCIDetector 

func NewCIDetector() CIDetector

NewCIDetector creates a new CIDetector instance.

func NewDetectorOfTypeContextOptions 

func NewDetectorOfTypeContextOptions(type_ string, context ICIContext, options foundation.INSDictionary) CIDetector

Creates and returns a configured detector.

type: A string indicating the kind of detector you are interested in. See [Detector Types]. // [Detector Types]: https://developer.apple.com/documentation/CoreImage/detector-types

context: A Core Image context that the detector can use when analyzing an image.

options: A dictionary containing details on how you want the detector to be configured. See [Detector Configuration Keys]. // [Detector Configuration Keys]: https://developer.apple.com/documentation/CoreImage/detector-configuration-keys

Return Value

A configured detector.

Discussion

A CIDetector object can potentially create and hold a significant amount of resources. Where possible, reuse the same CIDetector instance. Also, when processing images with a detector object, your application performs better if the CIContext used to initialize the detector is the same context used to process the ciImage objects.

See: https://developer.apple.com/documentation/CoreImage/CIDetector/init(ofType:context:options:)

func (CIDetector) Autorelease 

func (d CIDetector) Autorelease() CIDetector

Autorelease adds the receiver to the current autorelease pool.

func (CIDetector) FeaturesInImage 

func (d CIDetector) FeaturesInImage(image ICIImage) []CIFeature

Searches for features in an image.

image: The image you want to examine.

Return Value

An array of CIFeature objects. Each object represents a feature detected in the image.

See: https://developer.apple.com/documentation/CoreImage/CIDetector/features(in:)

func (CIDetector) FeaturesInImageOptions 

func (d CIDetector) FeaturesInImageOptions(image ICIImage, options foundation.INSDictionary) []CIFeature

Searches for features in an image based on the specified image orientation.

image: The image you want to examine.

options: A dictionary that specifies feature detection options. See [Feature Detection Keys] for allowed keys and their possible values. // [Feature Detection Keys]: https://developer.apple.com/documentation/CoreImage/feature-detection-keys

Return Value

An array of CIFeature objects. Each object represents a feature detected in the image.

See: https://developer.apple.com/documentation/CoreImage/CIDetector/features(in:options:)

func (CIDetector) Init 

func (d CIDetector) Init() CIDetector

Init initializes the instance.

type CIDetectorClass 

type CIDetectorClass struct {
	// contains filtered or unexported fields
}

func GetCIDetectorClass 

func GetCIDetectorClass() CIDetectorClass

GetCIDetectorClass returns the class object for CIDetector.

func (CIDetectorClass) Alloc 

func (cc CIDetectorClass) Alloc() CIDetector

Alloc allocates memory for a new instance of the class.

type CIDiscBlur 

type CIDiscBlur interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDiscBlur/inputImage
	InputImage() ICIImage

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDiscBlur/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDiscBlur/inputImage
	SetInputImage(value ICIImage)

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDiscBlur/radius
	SetRadius(value float32)
}

The properties you use to configure a disc blur filter.

See: https://developer.apple.com/documentation/CoreImage/CIDiscBlur

type CIDiscBlurObject 

type CIDiscBlurObject struct {
	objectivec.Object
}

CIDiscBlurObject wraps an existing Objective-C object that conforms to the CIDiscBlur protocol.

func CIDiscBlurObjectFromID 

func CIDiscBlurObjectFromID(id objc.ID) CIDiscBlurObject

CIDiscBlurObjectFromID constructs a CIDiscBlurObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDiscBlurObject) BaseObject 

func (o CIDiscBlurObject) BaseObject() objectivec.Object

func (CIDiscBlurObject) InputImage 

func (o CIDiscBlurObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDiscBlur/inputImage

func (CIDiscBlurObject) OutputImage 

func (o CIDiscBlurObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDiscBlurObject) Radius 

func (o CIDiscBlurObject) Radius() float32

The radius of the blur, in pixels.

See: https://developer.apple.com/documentation/CoreImage/CIDiscBlur/radius

func (CIDiscBlurObject) SetInputImage 

func (o CIDiscBlurObject) SetInputImage(value ICIImage)

func (CIDiscBlurObject) SetRadius 

func (o CIDiscBlurObject) SetRadius(value float32)

type CIDisintegrateWithMaskTransition 

type CIDisintegrateWithMaskTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// An image that defines the shape to use when disintegrating from the source to the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/maskImage
	MaskImage() ICIImage

	// The density of the shadow the mask creates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowDensity
	ShadowDensity() float32

	// The offset of the shadow the mask creates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowOffset
	ShadowOffset() corefoundation.CGPoint

	// The radius of the shadow the mask creates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowRadius
	ShadowRadius() float32

	// An image that defines the shape to use when disintegrating from the source to the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/maskImage
	SetMaskImage(value ICIImage)

	// The density of the shadow the mask creates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowDensity
	SetShadowDensity(value float32)

	// The offset of the shadow the mask creates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowOffset
	SetShadowOffset(value corefoundation.CGPoint)

	// The radius of the shadow the mask creates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowRadius
	SetShadowRadius(value float32)
}

The properties you use to configure a disintegrate-with-mask transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition

type CIDisintegrateWithMaskTransitionObject 

type CIDisintegrateWithMaskTransitionObject struct {
	objectivec.Object
}

CIDisintegrateWithMaskTransitionObject wraps an existing Objective-C object that conforms to the CIDisintegrateWithMaskTransition protocol.

func CIDisintegrateWithMaskTransitionObjectFromID 

func CIDisintegrateWithMaskTransitionObjectFromID(id objc.ID) CIDisintegrateWithMaskTransitionObject

CIDisintegrateWithMaskTransitionObjectFromID constructs a CIDisintegrateWithMaskTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDisintegrateWithMaskTransitionObject) BaseObject 

func (o CIDisintegrateWithMaskTransitionObject) BaseObject() objectivec.Object

func (CIDisintegrateWithMaskTransitionObject) InputImage 

func (o CIDisintegrateWithMaskTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIDisintegrateWithMaskTransitionObject) MaskImage 

func (o CIDisintegrateWithMaskTransitionObject) MaskImage() ICIImage

An image that defines the shape to use when disintegrating from the source to the target image.

See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/maskImage

func (CIDisintegrateWithMaskTransitionObject) OutputImage 

func (o CIDisintegrateWithMaskTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDisintegrateWithMaskTransitionObject) SetInputImage 

func (o CIDisintegrateWithMaskTransitionObject) SetInputImage(value ICIImage)

func (CIDisintegrateWithMaskTransitionObject) SetMaskImage 

func (o CIDisintegrateWithMaskTransitionObject) SetMaskImage(value ICIImage)

func (CIDisintegrateWithMaskTransitionObject) SetShadowDensity 

func (o CIDisintegrateWithMaskTransitionObject) SetShadowDensity(value float32)

func (CIDisintegrateWithMaskTransitionObject) SetShadowOffset 

func (o CIDisintegrateWithMaskTransitionObject) SetShadowOffset(value corefoundation.CGPoint)

func (CIDisintegrateWithMaskTransitionObject) SetShadowRadius 

func (o CIDisintegrateWithMaskTransitionObject) SetShadowRadius(value float32)

func (CIDisintegrateWithMaskTransitionObject) SetTargetImage 

func (o CIDisintegrateWithMaskTransitionObject) SetTargetImage(value ICIImage)

func (CIDisintegrateWithMaskTransitionObject) SetTime 

func (o CIDisintegrateWithMaskTransitionObject) SetTime(value float32)

func (CIDisintegrateWithMaskTransitionObject) ShadowDensity 

func (o CIDisintegrateWithMaskTransitionObject) ShadowDensity() float32

The density of the shadow the mask creates.

See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowDensity

func (CIDisintegrateWithMaskTransitionObject) ShadowOffset 

func (o CIDisintegrateWithMaskTransitionObject) ShadowOffset() corefoundation.CGPoint

The offset of the shadow the mask creates.

See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowOffset

func (CIDisintegrateWithMaskTransitionObject) ShadowRadius 

func (o CIDisintegrateWithMaskTransitionObject) ShadowRadius() float32

The radius of the shadow the mask creates.

See: https://developer.apple.com/documentation/CoreImage/CIDisintegrateWithMaskTransition/shadowRadius

func (CIDisintegrateWithMaskTransitionObject) TargetImage 

func (o CIDisintegrateWithMaskTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIDisintegrateWithMaskTransitionObject) Time 

func (o CIDisintegrateWithMaskTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CIDisparityToDepth 

type CIDisparityToDepth interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisparityToDepth/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisparityToDepth/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a disparity-to-depth filter.

See: https://developer.apple.com/documentation/CoreImage/CIDisparityToDepth

type CIDisparityToDepthObject 

type CIDisparityToDepthObject struct {
	objectivec.Object
}

CIDisparityToDepthObject wraps an existing Objective-C object that conforms to the CIDisparityToDepth protocol.

func CIDisparityToDepthObjectFromID 

func CIDisparityToDepthObjectFromID(id objc.ID) CIDisparityToDepthObject

CIDisparityToDepthObjectFromID constructs a CIDisparityToDepthObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDisparityToDepthObject) BaseObject 

func (o CIDisparityToDepthObject) BaseObject() objectivec.Object

func (CIDisparityToDepthObject) InputImage 

func (o CIDisparityToDepthObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDisparityToDepth/inputImage

func (CIDisparityToDepthObject) OutputImage 

func (o CIDisparityToDepthObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDisparityToDepthObject) SetInputImage 

func (o CIDisparityToDepthObject) SetInputImage(value ICIImage)

type CIDisplacementDistortion 

type CIDisplacementDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// DisplacementImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/displacementImage
	DisplacementImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/inputImage
	InputImage() ICIImage

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/scale
	Scale() float32

	// displacementImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/displacementImage
	SetDisplacementImage(value ICIImage)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/inputImage
	SetInputImage(value ICIImage)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/scale
	SetScale(value float32)
}

CIDisplacementDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion

type CIDisplacementDistortionObject 

type CIDisplacementDistortionObject struct {
	objectivec.Object
}

CIDisplacementDistortionObject wraps an existing Objective-C object that conforms to the CIDisplacementDistortion protocol.

func CIDisplacementDistortionObjectFromID 

func CIDisplacementDistortionObjectFromID(id objc.ID) CIDisplacementDistortionObject

CIDisplacementDistortionObjectFromID constructs a CIDisplacementDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDisplacementDistortionObject) BaseObject 

func (o CIDisplacementDistortionObject) BaseObject() objectivec.Object

func (CIDisplacementDistortionObject) DisplacementImage 

func (o CIDisplacementDistortionObject) DisplacementImage() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/displacementImage

func (CIDisplacementDistortionObject) InputImage 

func (o CIDisplacementDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/inputImage

func (CIDisplacementDistortionObject) OutputImage 

func (o CIDisplacementDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDisplacementDistortionObject) Scale 

func (o CIDisplacementDistortionObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIDisplacementDistortion/scale

func (CIDisplacementDistortionObject) SetDisplacementImage 

func (o CIDisplacementDistortionObject) SetDisplacementImage(value ICIImage)

func (CIDisplacementDistortionObject) SetInputImage 

func (o CIDisplacementDistortionObject) SetInputImage(value ICIImage)

func (CIDisplacementDistortionObject) SetScale 

func (o CIDisplacementDistortionObject) SetScale(value float32)

type CIDissolveTransition 

type CIDissolveTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter
}

The properties you use to configure a dissolve transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIDissolveTransition

type CIDissolveTransitionObject 

type CIDissolveTransitionObject struct {
	objectivec.Object
}

CIDissolveTransitionObject wraps an existing Objective-C object that conforms to the CIDissolveTransition protocol.

func CIDissolveTransitionObjectFromID 

func CIDissolveTransitionObjectFromID(id objc.ID) CIDissolveTransitionObject

CIDissolveTransitionObjectFromID constructs a CIDissolveTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDissolveTransitionObject) BaseObject 

func (o CIDissolveTransitionObject) BaseObject() objectivec.Object

func (CIDissolveTransitionObject) InputImage 

func (o CIDissolveTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIDissolveTransitionObject) OutputImage 

func (o CIDissolveTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDissolveTransitionObject) SetInputImage 

func (o CIDissolveTransitionObject) SetInputImage(value ICIImage)

func (CIDissolveTransitionObject) SetTargetImage 

func (o CIDissolveTransitionObject) SetTargetImage(value ICIImage)

func (CIDissolveTransitionObject) SetTime 

func (o CIDissolveTransitionObject) SetTime(value float32)

func (CIDissolveTransitionObject) TargetImage 

func (o CIDissolveTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIDissolveTransitionObject) Time 

func (o CIDissolveTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CIDistanceGradientFromRedMask 

type CIDistanceGradientFromRedMask interface {
	objectivec.IObject
	CIFilterProtocol

	// The input image whose red channel defines a mask. If the red channel pixel value is greater than 0.5 then the point is considered in the mask and output pixel will be zero. Otherwise the output pixel will be a value between zero and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDistanceGradientFromRedMask/inputImage
	InputImage() ICIImage

	// Determines the maximum distance to the mask that can be measured. Distances between zero and the maximum will be normalized to zero and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDistanceGradientFromRedMask/maximumDistance
	MaximumDistance() float32

	// The input image whose red channel defines a mask. If the red channel pixel value is greater than 0.5 then the point is considered in the mask and output pixel will be zero. Otherwise the output pixel will be a value between zero and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDistanceGradientFromRedMask/inputImage
	SetInputImage(value ICIImage)

	// Determines the maximum distance to the mask that can be measured. Distances between zero and the maximum will be normalized to zero and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDistanceGradientFromRedMask/maximumDistance
	SetMaximumDistance(value float32)
}

The protocol for the Distance Gradient From Red Mask filter.

See: https://developer.apple.com/documentation/CoreImage/CIDistanceGradientFromRedMask

type CIDistanceGradientFromRedMaskObject 

type CIDistanceGradientFromRedMaskObject struct {
	objectivec.Object
}

CIDistanceGradientFromRedMaskObject wraps an existing Objective-C object that conforms to the CIDistanceGradientFromRedMask protocol.

func CIDistanceGradientFromRedMaskObjectFromID 

func CIDistanceGradientFromRedMaskObjectFromID(id objc.ID) CIDistanceGradientFromRedMaskObject

CIDistanceGradientFromRedMaskObjectFromID constructs a CIDistanceGradientFromRedMaskObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDistanceGradientFromRedMaskObject) BaseObject 

func (o CIDistanceGradientFromRedMaskObject) BaseObject() objectivec.Object

func (CIDistanceGradientFromRedMaskObject) InputImage 

func (o CIDistanceGradientFromRedMaskObject) InputImage() ICIImage

The input image whose red channel defines a mask. If the red channel pixel value is greater than 0.5 then the point is considered in the mask and output pixel will be zero. Otherwise the output pixel will be a value between zero and one.

See: https://developer.apple.com/documentation/CoreImage/CIDistanceGradientFromRedMask/inputImage

func (CIDistanceGradientFromRedMaskObject) MaximumDistance 

func (o CIDistanceGradientFromRedMaskObject) MaximumDistance() float32

Determines the maximum distance to the mask that can be measured. Distances between zero and the maximum will be normalized to zero and one.

See: https://developer.apple.com/documentation/CoreImage/CIDistanceGradientFromRedMask/maximumDistance

func (CIDistanceGradientFromRedMaskObject) OutputImage 

func (o CIDistanceGradientFromRedMaskObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDistanceGradientFromRedMaskObject) SetInputImage 

func (o CIDistanceGradientFromRedMaskObject) SetInputImage(value ICIImage)

func (CIDistanceGradientFromRedMaskObject) SetMaximumDistance 

func (o CIDistanceGradientFromRedMaskObject) SetMaximumDistance(value float32)

type CIDither 

type CIDither interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDither/inputImage
	InputImage() ICIImage

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDither/intensity
	Intensity() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDither/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDither/intensity
	SetIntensity(value float32)
}

The properties you use to configure a dither filter.

See: https://developer.apple.com/documentation/CoreImage/CIDither

type CIDitherObject 

type CIDitherObject struct {
	objectivec.Object
}

CIDitherObject wraps an existing Objective-C object that conforms to the CIDither protocol.

func CIDitherObjectFromID 

func CIDitherObjectFromID(id objc.ID) CIDitherObject

CIDitherObjectFromID constructs a CIDitherObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDitherObject) BaseObject 

func (o CIDitherObject) BaseObject() objectivec.Object

func (CIDitherObject) InputImage 

func (o CIDitherObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDither/inputImage

func (CIDitherObject) Intensity 

func (o CIDitherObject) Intensity() float32

The intensity of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIDither/intensity

func (CIDitherObject) OutputImage 

func (o CIDitherObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDitherObject) SetInputImage 

func (o CIDitherObject) SetInputImage(value ICIImage)

func (CIDitherObject) SetIntensity 

func (o CIDitherObject) SetIntensity(value float32)

type CIDocumentEnhancer 

type CIDocumentEnhancer interface {
	objectivec.IObject
	CIFilterProtocol

	// The amount of enhancement.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDocumentEnhancer/amount
	Amount() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDocumentEnhancer/inputImage
	InputImage() ICIImage

	// The amount of enhancement.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDocumentEnhancer/amount
	SetAmount(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDocumentEnhancer/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a document enhancer filter.

See: https://developer.apple.com/documentation/CoreImage/CIDocumentEnhancer

type CIDocumentEnhancerObject 

type CIDocumentEnhancerObject struct {
	objectivec.Object
}

CIDocumentEnhancerObject wraps an existing Objective-C object that conforms to the CIDocumentEnhancer protocol.

func CIDocumentEnhancerObjectFromID 

func CIDocumentEnhancerObjectFromID(id objc.ID) CIDocumentEnhancerObject

CIDocumentEnhancerObjectFromID constructs a CIDocumentEnhancerObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDocumentEnhancerObject) Amount 

func (o CIDocumentEnhancerObject) Amount() float32

The amount of enhancement.

See: https://developer.apple.com/documentation/CoreImage/CIDocumentEnhancer/amount

func (CIDocumentEnhancerObject) BaseObject 

func (o CIDocumentEnhancerObject) BaseObject() objectivec.Object

func (CIDocumentEnhancerObject) InputImage 

func (o CIDocumentEnhancerObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDocumentEnhancer/inputImage

func (CIDocumentEnhancerObject) OutputImage 

func (o CIDocumentEnhancerObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDocumentEnhancerObject) SetAmount 

func (o CIDocumentEnhancerObject) SetAmount(value float32)

func (CIDocumentEnhancerObject) SetInputImage 

func (o CIDocumentEnhancerObject) SetInputImage(value ICIImage)

type CIDotScreen 

type CIDotScreen interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/angle
	Angle() float32

	// The x and y position to use as the center of the dot screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/inputImage
	InputImage() ICIImage

	// The sharpness of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/sharpness
	Sharpness() float32

	// The distance between dots in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/width
	Width() float32

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the dot screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/inputImage
	SetInputImage(value ICIImage)

	// The sharpness of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/sharpness
	SetSharpness(value float32)

	// The distance between dots in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/width
	SetWidth(value float32)
}

The properties you use to configure a dot screen filter.

See: https://developer.apple.com/documentation/CoreImage/CIDotScreen

type CIDotScreenObject 

type CIDotScreenObject struct {
	objectivec.Object
}

CIDotScreenObject wraps an existing Objective-C object that conforms to the CIDotScreen protocol.

func CIDotScreenObjectFromID 

func CIDotScreenObjectFromID(id objc.ID) CIDotScreenObject

CIDotScreenObjectFromID constructs a CIDotScreenObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDotScreenObject) Angle 

func (o CIDotScreenObject) Angle() float32

The angle of the pattern.

See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/angle

func (CIDotScreenObject) BaseObject 

func (o CIDotScreenObject) BaseObject() objectivec.Object

func (CIDotScreenObject) Center 

func (o CIDotScreenObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the dot screen pattern.

See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/center

func (CIDotScreenObject) InputImage 

func (o CIDotScreenObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/inputImage

func (CIDotScreenObject) OutputImage 

func (o CIDotScreenObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDotScreenObject) SetAngle 

func (o CIDotScreenObject) SetAngle(value float32)

func (CIDotScreenObject) SetCenter 

func (o CIDotScreenObject) SetCenter(value corefoundation.CGPoint)

func (CIDotScreenObject) SetInputImage 

func (o CIDotScreenObject) SetInputImage(value ICIImage)

func (CIDotScreenObject) SetSharpness 

func (o CIDotScreenObject) SetSharpness(value float32)

func (CIDotScreenObject) SetWidth 

func (o CIDotScreenObject) SetWidth(value float32)

func (CIDotScreenObject) Sharpness 

func (o CIDotScreenObject) Sharpness() float32

The sharpness of the pattern.

See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/sharpness

func (CIDotScreenObject) Width 

func (o CIDotScreenObject) Width() float32

The distance between dots in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CIDotScreen/width

type CIDroste 

type CIDroste interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/inputImage
	InputImage() ICIImage

	// InsetPoint0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/insetPoint0
	InsetPoint0() corefoundation.CGPoint

	// InsetPoint1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/insetPoint1
	InsetPoint1() corefoundation.CGPoint

	// Periodicity protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/periodicity
	Periodicity() float32

	// Rotation protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/rotation
	Rotation() float32

	// Strands protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/strands
	Strands() float32

	// Zoom protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/zoom
	Zoom() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/inputImage
	SetInputImage(value ICIImage)

	// insetPoint0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/insetPoint0
	SetInsetPoint0(value corefoundation.CGPoint)

	// insetPoint1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/insetPoint1
	SetInsetPoint1(value corefoundation.CGPoint)

	// periodicity protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/periodicity
	SetPeriodicity(value float32)

	// rotation protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/rotation
	SetRotation(value float32)

	// strands protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/strands
	SetStrands(value float32)

	// zoom protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDroste/zoom
	SetZoom(value float32)
}

CIDroste protocol.

See: https://developer.apple.com/documentation/CoreImage/CIDroste

type CIDrosteObject 

type CIDrosteObject struct {
	objectivec.Object
}

CIDrosteObject wraps an existing Objective-C object that conforms to the CIDroste protocol.

func CIDrosteObjectFromID 

func CIDrosteObjectFromID(id objc.ID) CIDrosteObject

CIDrosteObjectFromID constructs a CIDrosteObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIDrosteObject) BaseObject 

func (o CIDrosteObject) BaseObject() objectivec.Object

func (CIDrosteObject) InputImage 

func (o CIDrosteObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIDroste/inputImage

func (CIDrosteObject) InsetPoint0 

func (o CIDrosteObject) InsetPoint0() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIDroste/insetPoint0

func (CIDrosteObject) InsetPoint1 

func (o CIDrosteObject) InsetPoint1() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIDroste/insetPoint1

func (CIDrosteObject) OutputImage 

func (o CIDrosteObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIDrosteObject) Periodicity 

func (o CIDrosteObject) Periodicity() float32

See: https://developer.apple.com/documentation/CoreImage/CIDroste/periodicity

func (CIDrosteObject) Rotation 

func (o CIDrosteObject) Rotation() float32

See: https://developer.apple.com/documentation/CoreImage/CIDroste/rotation

func (CIDrosteObject) SetInputImage 

func (o CIDrosteObject) SetInputImage(value ICIImage)

func (CIDrosteObject) SetInsetPoint0 

func (o CIDrosteObject) SetInsetPoint0(value corefoundation.CGPoint)

func (CIDrosteObject) SetInsetPoint1 

func (o CIDrosteObject) SetInsetPoint1(value corefoundation.CGPoint)

func (CIDrosteObject) SetPeriodicity 

func (o CIDrosteObject) SetPeriodicity(value float32)

func (CIDrosteObject) SetRotation 

func (o CIDrosteObject) SetRotation(value float32)

func (CIDrosteObject) SetStrands 

func (o CIDrosteObject) SetStrands(value float32)

func (CIDrosteObject) SetZoom 

func (o CIDrosteObject) SetZoom(value float32)

func (CIDrosteObject) Strands 

func (o CIDrosteObject) Strands() float32

See: https://developer.apple.com/documentation/CoreImage/CIDroste/strands

func (CIDrosteObject) Zoom 

func (o CIDrosteObject) Zoom() float32

See: https://developer.apple.com/documentation/CoreImage/CIDroste/zoom

type CIDynamicRangeOption 

type CIDynamicRangeOption = string

CIDynamicRangeOption is an enum string type that your code can use to select different System Tone Mapping modes.

See: https://developer.apple.com/documentation/CoreImage/CIDynamicRangeOption 

var (
	// KCIDynamicRangeConstrainedHigh is use extended dynamic range, but brightness is modulated to optimize for co-existence with other composited content.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDynamicRangeOption/constrainedHigh
	KCIDynamicRangeConstrainedHigh CIDynamicRangeOption
	// KCIDynamicRangeHigh is use High dynamic range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDynamicRangeOption/high
	KCIDynamicRangeHigh CIDynamicRangeOption
	// KCIDynamicRangeStandard is use Standard dynamic range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIDynamicRangeOption/standard
	KCIDynamicRangeStandard CIDynamicRangeOption
)

type CIEdgePreserveUpsample 

type CIEdgePreserveUpsample interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/inputImage
	InputImage() ICIImage

	// A value that specifies the influence of the input image’s luma information on the upsampling operation.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/lumaSigma
	LumaSigma() float32

	// The image that the filter upsamples.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/smallImage
	SmallImage() ICIImage

	// A value that specifies the influence of the input image’s spatial information on the upsampling operation.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/spatialSigma
	SpatialSigma() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/inputImage
	SetInputImage(value ICIImage)

	// A value that specifies the influence of the input image’s luma information on the upsampling operation.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/lumaSigma
	SetLumaSigma(value float32)

	// The image that the filter upsamples.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/smallImage
	SetSmallImage(value ICIImage)

	// A value that specifies the influence of the input image’s spatial information on the upsampling operation.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/spatialSigma
	SetSpatialSigma(value float32)
}

The properties you use to configure an edge preserve upsample filter.

See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample

type CIEdgePreserveUpsampleObject 

type CIEdgePreserveUpsampleObject struct {
	objectivec.Object
}

CIEdgePreserveUpsampleObject wraps an existing Objective-C object that conforms to the CIEdgePreserveUpsample protocol.

func CIEdgePreserveUpsampleObjectFromID 

func CIEdgePreserveUpsampleObjectFromID(id objc.ID) CIEdgePreserveUpsampleObject

CIEdgePreserveUpsampleObjectFromID constructs a CIEdgePreserveUpsampleObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIEdgePreserveUpsampleObject) BaseObject 

func (o CIEdgePreserveUpsampleObject) BaseObject() objectivec.Object

func (CIEdgePreserveUpsampleObject) InputImage 

func (o CIEdgePreserveUpsampleObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/inputImage

func (CIEdgePreserveUpsampleObject) LumaSigma 

func (o CIEdgePreserveUpsampleObject) LumaSigma() float32

A value that specifies the influence of the input image’s luma information on the upsampling operation.

See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/lumaSigma

func (CIEdgePreserveUpsampleObject) OutputImage 

func (o CIEdgePreserveUpsampleObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIEdgePreserveUpsampleObject) SetInputImage 

func (o CIEdgePreserveUpsampleObject) SetInputImage(value ICIImage)

func (CIEdgePreserveUpsampleObject) SetLumaSigma 

func (o CIEdgePreserveUpsampleObject) SetLumaSigma(value float32)

func (CIEdgePreserveUpsampleObject) SetSmallImage 

func (o CIEdgePreserveUpsampleObject) SetSmallImage(value ICIImage)

func (CIEdgePreserveUpsampleObject) SetSpatialSigma 

func (o CIEdgePreserveUpsampleObject) SetSpatialSigma(value float32)

func (CIEdgePreserveUpsampleObject) SmallImage 

func (o CIEdgePreserveUpsampleObject) SmallImage() ICIImage

The image that the filter upsamples.

See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/smallImage

func (CIEdgePreserveUpsampleObject) SpatialSigma 

func (o CIEdgePreserveUpsampleObject) SpatialSigma() float32

A value that specifies the influence of the input image’s spatial information on the upsampling operation.

See: https://developer.apple.com/documentation/CoreImage/CIEdgePreserveUpsample/spatialSigma

type CIEdgeWork 

type CIEdgeWork interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgeWork/inputImage
	InputImage() ICIImage

	// The thickness of the edges.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgeWork/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgeWork/inputImage
	SetInputImage(value ICIImage)

	// The thickness of the edges.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdgeWork/radius
	SetRadius(value float32)
}

The properties you use to configure an edge-work filter.

See: https://developer.apple.com/documentation/CoreImage/CIEdgeWork

type CIEdgeWorkObject 

type CIEdgeWorkObject struct {
	objectivec.Object
}

CIEdgeWorkObject wraps an existing Objective-C object that conforms to the CIEdgeWork protocol.

func CIEdgeWorkObjectFromID 

func CIEdgeWorkObjectFromID(id objc.ID) CIEdgeWorkObject

CIEdgeWorkObjectFromID constructs a CIEdgeWorkObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIEdgeWorkObject) BaseObject 

func (o CIEdgeWorkObject) BaseObject() objectivec.Object

func (CIEdgeWorkObject) InputImage 

func (o CIEdgeWorkObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIEdgeWork/inputImage

func (CIEdgeWorkObject) OutputImage 

func (o CIEdgeWorkObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIEdgeWorkObject) Radius 

func (o CIEdgeWorkObject) Radius() float32

The thickness of the edges.

See: https://developer.apple.com/documentation/CoreImage/CIEdgeWork/radius

func (CIEdgeWorkObject) SetInputImage 

func (o CIEdgeWorkObject) SetInputImage(value ICIImage)

func (CIEdgeWorkObject) SetRadius 

func (o CIEdgeWorkObject) SetRadius(value float32)

type CIEdges 

type CIEdges interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdges/inputImage
	InputImage() ICIImage

	// The intensity of the edges.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdges/intensity
	Intensity() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdges/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the edges.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEdges/intensity
	SetIntensity(value float32)
}

The properties you use to configure an edges filter.

See: https://developer.apple.com/documentation/CoreImage/CIEdges

type CIEdgesObject 

type CIEdgesObject struct {
	objectivec.Object
}

CIEdgesObject wraps an existing Objective-C object that conforms to the CIEdges protocol.

func CIEdgesObjectFromID 

func CIEdgesObjectFromID(id objc.ID) CIEdgesObject

CIEdgesObjectFromID constructs a CIEdgesObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIEdgesObject) BaseObject 

func (o CIEdgesObject) BaseObject() objectivec.Object

func (CIEdgesObject) InputImage 

func (o CIEdgesObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIEdges/inputImage

func (CIEdgesObject) Intensity 

func (o CIEdgesObject) Intensity() float32

The intensity of the edges.

See: https://developer.apple.com/documentation/CoreImage/CIEdges/intensity

func (CIEdgesObject) OutputImage 

func (o CIEdgesObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIEdgesObject) SetInputImage 

func (o CIEdgesObject) SetInputImage(value ICIImage)

func (CIEdgesObject) SetIntensity 

func (o CIEdgesObject) SetIntensity(value float32)

type CIEightfoldReflectedTile 

type CIEightfoldReflectedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/width
	Width() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/width
	SetWidth(value float32)
}

The properties you use to configure an eightfold reflected tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile

type CIEightfoldReflectedTileObject 

type CIEightfoldReflectedTileObject struct {
	objectivec.Object
}

CIEightfoldReflectedTileObject wraps an existing Objective-C object that conforms to the CIEightfoldReflectedTile protocol.

func CIEightfoldReflectedTileObjectFromID 

func CIEightfoldReflectedTileObjectFromID(id objc.ID) CIEightfoldReflectedTileObject

CIEightfoldReflectedTileObjectFromID constructs a CIEightfoldReflectedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIEightfoldReflectedTileObject) Angle 

func (o CIEightfoldReflectedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/angle

func (CIEightfoldReflectedTileObject) BaseObject 

func (o CIEightfoldReflectedTileObject) BaseObject() objectivec.Object

func (CIEightfoldReflectedTileObject) Center 

func (o CIEightfoldReflectedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/center

func (CIEightfoldReflectedTileObject) InputImage 

func (o CIEightfoldReflectedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/inputImage

func (CIEightfoldReflectedTileObject) OutputImage 

func (o CIEightfoldReflectedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIEightfoldReflectedTileObject) SetAngle 

func (o CIEightfoldReflectedTileObject) SetAngle(value float32)

func (CIEightfoldReflectedTileObject) SetCenter 

func (o CIEightfoldReflectedTileObject) SetCenter(value corefoundation.CGPoint)

func (CIEightfoldReflectedTileObject) SetInputImage 

func (o CIEightfoldReflectedTileObject) SetInputImage(value ICIImage)

func (CIEightfoldReflectedTileObject) SetWidth 

func (o CIEightfoldReflectedTileObject) SetWidth(value float32)

func (CIEightfoldReflectedTileObject) Width 

func (o CIEightfoldReflectedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIEightfoldReflectedTile/width

type CIExposureAdjust 

type CIExposureAdjust interface {
	objectivec.IObject
	CIFilterProtocol

	// The amount to adjust the exposure of the image by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIExposureAdjust/ev
	EV() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIExposureAdjust/inputImage
	InputImage() ICIImage

	// The amount to adjust the exposure of the image by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIExposureAdjust/ev
	SetEV(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIExposureAdjust/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure an exposure adjust filter.

See: https://developer.apple.com/documentation/CoreImage/CIExposureAdjust

type CIExposureAdjustObject 

type CIExposureAdjustObject struct {
	objectivec.Object
}

CIExposureAdjustObject wraps an existing Objective-C object that conforms to the CIExposureAdjust protocol.

func CIExposureAdjustObjectFromID 

func CIExposureAdjustObjectFromID(id objc.ID) CIExposureAdjustObject

CIExposureAdjustObjectFromID constructs a CIExposureAdjustObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIExposureAdjustObject) BaseObject 

func (o CIExposureAdjustObject) BaseObject() objectivec.Object

func (CIExposureAdjustObject) EV 

func (o CIExposureAdjustObject) EV() float32

The amount to adjust the exposure of the image by.

See: https://developer.apple.com/documentation/CoreImage/CIExposureAdjust/ev

func (CIExposureAdjustObject) InputImage 

func (o CIExposureAdjustObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIExposureAdjust/inputImage

func (CIExposureAdjustObject) OutputImage 

func (o CIExposureAdjustObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIExposureAdjustObject) SetEV 

func (o CIExposureAdjustObject) SetEV(value float32)

func (CIExposureAdjustObject) SetInputImage 

func (o CIExposureAdjustObject) SetInputImage(value ICIImage)

type CIFaceFeature 

type CIFaceFeature struct {
	CIFeature
}

Information about a face detected in a still or video image.

Overview

The properties of a CIFaceFeature object provide information about the face’s eyes and mouth. A face object in a video can also have properties that track its location over time, tracking ID and frame count.

Locating Faces

Identifying Facial Features

Tracking Distinct Faces in Video

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature

func CIFaceFeatureFromID 

func CIFaceFeatureFromID(id objc.ID) CIFaceFeature

CIFaceFeatureFromID constructs a CIFaceFeature from an objc.ID.

Information about a face detected in a still or video image.

func NewCIFaceFeature 

func NewCIFaceFeature() CIFaceFeature

NewCIFaceFeature creates a new CIFaceFeature instance.

func (CIFaceFeature) Autorelease 

func (f CIFaceFeature) Autorelease() CIFaceFeature

Autorelease adds the receiver to the current autorelease pool.

func (CIFaceFeature) FaceAngle 

func (f CIFaceFeature) FaceAngle() float32

The rotation of the face.

Discussion

Rotation is measured counterclockwise in degrees, with zero indicating that a line drawn between the eyes is horizontal relative to the image orientation.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/faceAngle-swift.property

func (CIFaceFeature) HasFaceAngle 

func (f CIFaceFeature) HasFaceAngle() bool

A Boolean value that indicates whether information about face rotation is available.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasFaceAngle-swift.property

func (CIFaceFeature) HasLeftEyePosition 

func (f CIFaceFeature) HasLeftEyePosition() bool

A Boolean value that indicates whether the detector found the face’s left eye.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasLeftEyePosition-swift.property

func (CIFaceFeature) HasMouthPosition 

func (f CIFaceFeature) HasMouthPosition() bool

A Boolean value that indicates whether the detector found the face’s mouth.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasMouthPosition-swift.property

func (CIFaceFeature) HasRightEyePosition 

func (f CIFaceFeature) HasRightEyePosition() bool

A Boolean value that indicates whether the detector found the face’s right eye.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasRightEyePosition-swift.property

func (CIFaceFeature) HasSmile 

func (f CIFaceFeature) HasSmile() bool

A Boolean value that indicates whether a smile is detected in the face.

Discussion

To detect smiles, `/CIDetector/` needs to be called with the CIDetectorSmile option set to true.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasSmile-swift.property

func (CIFaceFeature) HasTrackingFrameCount 

func (f CIFaceFeature) HasTrackingFrameCount() bool

A Boolean value that indicates the face object has a tracking frame count.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasTrackingFrameCount-swift.property

func (CIFaceFeature) HasTrackingID 

func (f CIFaceFeature) HasTrackingID() bool

A Boolean value that indicates whether the face object has a tracking ID.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasTrackingID-swift.property

func (CIFaceFeature) Init 

func (f CIFaceFeature) Init() CIFaceFeature

Init initializes the instance.

func (CIFaceFeature) LeftEyeClosed 

func (f CIFaceFeature) LeftEyeClosed() bool

A Boolean value that indicates whether a closed left eye is detected in the face.

Discussion

To detect closed eyes, `/CIDetector/` needs to be called with the CIDetectorEyeBlink option set to true.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/leftEyeClosed-swift.property

func (CIFaceFeature) LeftEyePosition 

func (f CIFaceFeature) LeftEyePosition() corefoundation.CGPoint

The image coordinate of the center of the left eye.

Discussion

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/leftEyePosition-swift.property

func (CIFaceFeature) MouthPosition 

func (f CIFaceFeature) MouthPosition() corefoundation.CGPoint

The image coordinate of the center of the mouth.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/mouthPosition-swift.property

func (CIFaceFeature) RightEyeClosed 

func (f CIFaceFeature) RightEyeClosed() bool

A Boolean value that indicates whether a closed right eye is detected in the face.

Discussion

To detect closed eyes, `/CIDetector/` needs to be called with the CIDetectorEyeBlink option set to true.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/rightEyeClosed-swift.property

func (CIFaceFeature) RightEyePosition 

func (f CIFaceFeature) RightEyePosition() corefoundation.CGPoint

The image coordinate of the center of the right eye.

Discussion

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/rightEyePosition-swift.property

func (CIFaceFeature) TrackingFrameCount 

func (f CIFaceFeature) TrackingFrameCount() int

The tracking frame count of the face.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/trackingFrameCount-swift.property

func (CIFaceFeature) TrackingID 

func (f CIFaceFeature) TrackingID() int

The tracking identifier of the face object.

Discussion

Core Image provides a tracking identifier for faces it detects in a video stream, which you can use to identify when a CIFaceFeature objects detected in one video frame is the same face detected in a previous video frame.

This identifier persists only as long as a face is in the frame and is not associated with a specific face. In other words, if a face moves out of the video frame and comes back into the frame later, another ID is assigned. (Core Image detects faces, but does not recognize specific faces.)

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/trackingID-swift.property

type CIFaceFeatureClass 

type CIFaceFeatureClass struct {
	// contains filtered or unexported fields
}

func GetCIFaceFeatureClass 

func GetCIFaceFeatureClass() CIFaceFeatureClass

GetCIFaceFeatureClass returns the class object for CIFaceFeature.

func (CIFaceFeatureClass) Alloc 

func (cc CIFaceFeatureClass) Alloc() CIFaceFeature

Alloc allocates memory for a new instance of the class.

type CIFalseColor 

type CIFalseColor interface {
	objectivec.IObject
	CIFilterProtocol

	// The first color to use for the color ramp.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/color0
	Color0() ICIColor

	// The second color to use for the color ramp.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/color1
	Color1() ICIColor

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/inputImage
	InputImage() ICIImage

	// The first color to use for the color ramp.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/color0
	SetColor0(value ICIColor)

	// The second color to use for the color ramp.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/color1
	SetColor1(value ICIColor)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a false color filter.

See: https://developer.apple.com/documentation/CoreImage/CIFalseColor

type CIFalseColorObject 

type CIFalseColorObject struct {
	objectivec.Object
}

CIFalseColorObject wraps an existing Objective-C object that conforms to the CIFalseColor protocol.

func CIFalseColorObjectFromID 

func CIFalseColorObjectFromID(id objc.ID) CIFalseColorObject

CIFalseColorObjectFromID constructs a CIFalseColorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFalseColorObject) BaseObject 

func (o CIFalseColorObject) BaseObject() objectivec.Object

func (CIFalseColorObject) Color0 

func (o CIFalseColorObject) Color0() ICIColor

The first color to use for the color ramp.

See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/color0

func (CIFalseColorObject) Color1 

func (o CIFalseColorObject) Color1() ICIColor

The second color to use for the color ramp.

See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/color1

func (CIFalseColorObject) InputImage 

func (o CIFalseColorObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFalseColor/inputImage

func (CIFalseColorObject) OutputImage 

func (o CIFalseColorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIFalseColorObject) SetColor0 

func (o CIFalseColorObject) SetColor0(value ICIColor)

func (CIFalseColorObject) SetColor1 

func (o CIFalseColorObject) SetColor1(value ICIColor)

func (CIFalseColorObject) SetInputImage 

func (o CIFalseColorObject) SetInputImage(value ICIImage)

type CIFeature 

type CIFeature struct {
	objectivec.Object
}

The abstract superclass for objects representing notable features detected in an image.

Overview

A CIFeature object represents a portion of an image that a detector believes matches its criteria. Subclasses of CIFeature holds additional information specific to the detector that discovered the feature.

Feature Properties

Feature Types

See: https://developer.apple.com/documentation/CoreImage/CIFeature

func CIFeatureFromID 

func CIFeatureFromID(id objc.ID) CIFeature

CIFeatureFromID constructs a CIFeature from an objc.ID.

The abstract superclass for objects representing notable features detected in an image.

func NewCIFeature 

func NewCIFeature() CIFeature

NewCIFeature creates a new CIFeature instance.

func (CIFeature) Autorelease 

func (f CIFeature) Autorelease() CIFeature

Autorelease adds the receiver to the current autorelease pool.

func (CIFeature) Bounds 

func (f CIFeature) Bounds() corefoundation.CGRect

The rectangle that holds discovered feature.

Discussion

The rectangle is in the coordinate system of the image.

See: https://developer.apple.com/documentation/CoreImage/CIFeature/bounds

func (CIFeature) CIFeatureTypeFace 

func (f CIFeature) CIFeatureTypeFace() string

A Core Image feature type for person’s face.

See: https://developer.apple.com/documentation/coreimage/cifeaturetypeface

func (CIFeature) CIFeatureTypeQRCode 

func (f CIFeature) CIFeatureTypeQRCode() string

A Core Image feature type for QR code object.

See: https://developer.apple.com/documentation/coreimage/cifeaturetypeqrcode

func (CIFeature) CIFeatureTypeRectangle 

func (f CIFeature) CIFeatureTypeRectangle() string

A Core Image feature type for rectangular object.

See: https://developer.apple.com/documentation/coreimage/cifeaturetyperectangle

func (CIFeature) CIFeatureTypeText 

func (f CIFeature) CIFeatureTypeText() string

A Core Image feature type for text.

See: https://developer.apple.com/documentation/coreimage/cifeaturetypetext

func (CIFeature) Init 

func (f CIFeature) Init() CIFeature

Init initializes the instance.

func (CIFeature) Type 

func (f CIFeature) Type() string

The type of feature that was discovered.

See: https://developer.apple.com/documentation/CoreImage/CIFeature/type

type CIFeatureClass 

type CIFeatureClass struct {
	// contains filtered or unexported fields
}

func GetCIFeatureClass 

func GetCIFeatureClass() CIFeatureClass

GetCIFeatureClass returns the class object for CIFeature.

func (CIFeatureClass) Alloc 

func (cc CIFeatureClass) Alloc() CIFeature

Alloc allocates memory for a new instance of the class.

type CIFilter 

type CIFilter struct {
	objectivec.Object
}

An image processor that produces an image by manipulating one or more input images or by generating new image data.

Overview

The CIFilter class produces a CIImage object as output. Typically, a filter takes one or more images as input. Some filters, however, generate an image based on other types of input parameters. The par[CIFilter] swift.class` object are set and retrieved through the use of key-value pairs.

You use the CIFilter object in conjunction with other Core Image classes, such as CIImage, CIContext, and CIColor, to take advantage of the built-in Core Image filters when processing images, creating filter generators, or writing custom filters.

CIFilter objects are mutable, and thus cannot be shared safely among threads. Each thread must create its own CIFilter objects, but you can pass a filter’s immutable input and output CIImage objects between threads.

To get a quick overview of how to set up and use Core Image filters, see Core Image Programming Guide.

Create type-safe filters

Core Image provides methods that create type-safe CIFilter instances. Use these filters to avoid run-time errors that can occur when relying on Core Image’s string-based API.

To use the type-safe API, import `CoreImage.CIFilterBuiltins`:

The type-safe approach returns a non-optional filter. Because the returned filter conforms to the relevant protocol—for example, CIFalseColor in the case of [CIFilter.FalseColorFilter]—the parameters are available as properties. The following creates and applies a false color filter:

The false color filter maps luminance to a color ramp of two colors:

[media-4336877]

Subclassing notes

You can subclass CIFilter in order to create custom filter effects:

- By chaining together two or more built-in Core Image filters - By using an image-processing kernel that you write

Regardless of whether your subclass provides its effect by chaining filters or implementing its own kernel, you should:

- Declare any input parameters as properties whose names are prefixed with `input`, such as `inputImage`. - Override the CIFilter.SetDefaults methods to provide default values for any input parameters you’ve declared. - Implement an `outputImage` method to create a new CIImage with your filter’s effect.

The CIFilter class automatically manages input parameters when archiving, copying, and deallocating filters. For this reason, your subclass must obey the following guidelines to ensure proper behavior:

- Store input parameters in instance variables whose names are prefixed with `input`.

Don’t use auto-synthesized instance variables, because their names are automatically prefixed with an underscore. Instead, synthesize the property manually. For example:

`@synthesize inputMyParameter;`

- If using manual reference counting, don’t release input parameter instance variables in your dealloc method implementation. The dealloc implementation in the CIFilter class uses Key-value coding to automatically set the values of all input parameters to `nil`.

Getting filter parameters and attributes

Setting default values

Applying a filter

  • CIFilter.ApplyArgumentsOptions: Produces a CIImage(<doc://com.apple.coreimage/documentation/CoreImage/CIImage>) object by applying arguments to a kernel function and using options to control how the kernel function is evaluated.

Creating a configuration view for a filter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class

func CIFilterFromID 

func CIFilterFromID(id objc.ID) CIFilter

CIFilterFromID constructs a CIFilter from an objc.ID.

An image processor that produces an image by manipulating one or more input images or by generating new image data.

func NewCIFilter 

func NewCIFilter() CIFilter

NewCIFilter creates a new CIFilter instance.

func NewFilterWithName 

func NewFilterWithName(name string) CIFilter

Creates a CIFilter object for a specific kind of filter.

name: The name of the filter. You must make sure the name is spelled correctly, otherwise your app will run but not produce any output images. For that reason, you should check for the existence of the filter after calling this method.

Return Value

A CIFilter object whose input values are undefined.

Discussion

In macOS, after creating a filter with this method you must call [SetDefaults] or set parameters individually by calling setValue(_:forKey:). In iOS, the filter’s parameters are automatically set to default values.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/init(name:)

func NewFilterWithNameWithInputParameters 

func NewFilterWithNameWithInputParameters(name string, params foundation.INSDictionary) CIFilter

Creates a CIFilter object for a specific kind of filter and initializes the input values.

name: The name of the filter. You must make sure the name is spelled correctly, otherwise your app will run but not produce any output images. For that reason, you should check for the existence of the filter after calling this method.

params: A list of key-value pairs to set as input values to the filter. Each key is a constant that specifies the name of an input parameter for the filter, and the corresponding value is the value for that parameter. See [Core Image Filter Reference] for built-in filters and their allowed parameters. // [Core Image Filter Reference]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Reference/CoreImageFilterReference/index.html#//apple_ref/doc/uid/TP40004346

Return Value

A CIFilter object whose input values are initialized.

Discussion

Use this method to quickly create and configure a CIFilter instance, as in the example below.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/init(name:withInputParameters:)

func (CIFilter) Apply 

func (f CIFilter) Apply(k ICIKernel) ICIImage

Produces a CIImage object by applying a kernel function.

k: A CIKernel object that contains a kernel function.

Discussion

If you are implementing a custom filter, this method needs to be called from within the [OutputImage] method in order to apply your kernel function to the CIImage object. For example, if the kernel function has this signature:

You would supply two arguments after the `k` argument to the `k, ...` method. In this case, the first argument must be a sampler and the second a floating-point value. For more information on kernels, see Core Image Kernel Language Reference.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/apply:

func (CIFilter) ApplyArgumentsOptions 

func (f CIFilter) ApplyArgumentsOptions(k ICIKernel, args foundation.INSArray, dict foundation.INSDictionary) ICIImage

Produces a CIImage object by applying arguments to a kernel function and using options to control how the kernel function is evaluated.

k: A CIKernel object that contains a kernel function.

args: The arguments that are type compatible with the function signature of the kernel function.

dict: A dictionary that contains options (key-value pairs) to control how the kernel function is evaluated.

Return Value

The CIImage object produced by a filter.

Discussion

If you are implementing a custom filter, this method needs to be called from within the [OutputImage] method in order to apply your kernel function to the CIImage object. You can pass any of the keys defined in Options for Applying a Filter, along with appropriate values, into the options dictionary.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/apply(_:arguments:options:)

func (CIFilter) Attributes 

func (f CIFilter) Attributes() foundation.INSDictionary

A dictionary of key-value pairs that describe the filter.

Discussion

This dictionary contains two kinds of key-value pairs:

- Keys listed in Filter Attribute Keys describe the filter, providing information such as a human-readable name and categories you can use to organize filters in your app’s UI. - Other keys, including those listed in Filter Parameter Keys and those starting with “input” or “output”, describe parameters that control the filter’s behavior. For each parameter key, the corresponding value is another dictionary describing possible values for that parameter, such as the value class and minimum/maximum values. You can use this information to build a UI to control the filter.

For example, the attributes dictionary for the CIColorControls filter contains the following information:

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/attributes

func (CIFilter) Autorelease 

func (f CIFilter) Autorelease() CIFilter

Autorelease adds the receiver to the current autorelease pool.

func (CIFilter) Enabled 

func (f CIFilter) Enabled() bool

A Boolean value that determines whether the filter is enabled. Animatable.

Discussion

The filter is applied to its input when this property is set to true (the default).

Use this property in conjunction with the [Name] property when attaching filters to Core Animation layers and accessing or animating filter properties through key-value animations. Core Animation can animate this property on a layer.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/isEnabled

func (CIFilter) EncodeWithCoder 

func (f CIFilter) EncodeWithCoder(coder foundation.INSCoder)

func (CIFilter) Init 

func (f CIFilter) Init() CIFilter

Init initializes the instance.

func (CIFilter) InputKeys 

func (f CIFilter) InputKeys() []string

The names of all input parameters to the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/inputKeys

func (CIFilter) Name 

func (f CIFilter) Name() string

A name associated with a filter.

Discussion

You use a filter’s name to construct key paths to its attributes when the filter is attached to a Core Animation layer. For example, if a CALayer object has an attached CIFilter instance whose name is `myExposureFilter`, you can refer to attributes of the filter using a key path such as `filters.MyExposureFilterXCUIElementTypeInputEV()`. Layer animations may also access filter attributes via these key paths.

Core Animation can animate this property on a layer.

The default value for this property is `nil`.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/name

func (CIFilter) OutputImage 

func (f CIFilter) OutputImage() ICIImage

Returns a CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/outputImage

func (CIFilter) OutputKeys 

func (f CIFilter) OutputKeys() []string

The names of all output parameters from the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/outputKeys

func (CIFilter) SetDefaults 

func (f CIFilter) SetDefaults()

Sets all input values for a filter to default values.

Discussion

Input values whose default values are not defined are left unchanged.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/setDefaults()

func (CIFilter) SetEnabled 

func (f CIFilter) SetEnabled(value bool)

func (CIFilter) SetName 

func (f CIFilter) SetName(value string)

func (CIFilter) SetValueForKey 

func (f CIFilter) SetValueForKey(value objectivec.IObject, key string)

Sets the value of the property identified by the given key. [Full Topic]

func (CIFilter) ValueForKey 

func (f CIFilter) ValueForKey(key string) objectivec.IObject

Returns the value of the property identified by the given key. [Full Topic]

func (CIFilter) ViewForUIConfigurationExcludedKeys 

func (f CIFilter) ViewForUIConfigurationExcludedKeys(inUIConfiguration foundation.INSDictionary, inKeys foundation.INSArray) objectivec.IObject

Returns a filter view for the filter.

inUIConfiguration: A dictionary that contains values for the [IKUISizeFlavor] and [kCIUIParameterSet] keys. For allowed values for the [IKUISizeFlavor] key, see [User Interface Options]. For allowed values for the [kCIUIParameterSet] key, see [User Interface Control Options]. // [IKUISizeFlavor]: https://developer.apple.com/documentation/Quartz/IKUISizeFlavor [User Interface Control Options]: https://developer.apple.com/documentation/CoreImage/user-interface-control-options [User Interface Options]: https://developer.apple.com/documentation/CoreImage/user-interface-options [kCIUIParameterSet]: https://developer.apple.com/documentation/CoreImage/kCIUIParameterSet

inKeys: An array of the input keys for which you do want to provide a user interface. Pass `nil` if you want all input keys to be represented in the user interface.

Return Value

An IKFilterUIView object.

Discussion

Calling this method to receive a view for a filter causes the CIFilter class to invoke the provideView(forUIConfiguration:excludedKeys:) method. If you override provideView(forUIConfiguration:excludedKeys:) the user interface is created by your filter subclass. Otherwise, Core Image automatically generates the user interface based on the filter keys and attributes.

Your app can retrieve a view whose control sizes complement the size of user interface elements already used in the application. It is also possible to choose which filter input parameters appear in the view. Consumer applications, for example, may want to show a small, basic set of input parameters whereas professional applications may want to provide access to all input parameters.

When you request a user interface for a parameter set, all keys for that set and below are included. For example, the advanced set consists of all parameters in the basic, intermediate and advanced sets. The development set should contain parameters that are either experimental or for debugging purposes. You should use them only during the development of filters and client applications, and not in a shipping product.

The controls in the view use bindings to set the values of the filter. See Cocoa Bindings Programming Topics if you are unfamiliar with bindings.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/view(forUIConfiguration:excludedKeys:)

type CIFilterClass 

type CIFilterClass struct {
	// contains filtered or unexported fields
}

func GetCIFilterClass 

func GetCIFilterClass() CIFilterClass

GetCIFilterClass returns the class object for CIFilter.

func (CIFilterClass) AccordionFoldTransitionFilter 

func (_CIFilterClass CIFilterClass) AccordionFoldTransitionFilter() CIFilter

Transitions by folding and crossfading an image to reveal the target image.

Return Value

The transition image.

Discussion

This method applies the accordion fold transition filter to an image. The effect transitions from one image to another by unfolding and crossfading.

The accordion fold transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber. `numberOfFolds`: A `float` representing the number of accordion folds as a NSNumber. `foldShadowAmount`: A `float` representing the strength of the shadow as a NSNumber.

The following code creates a filter that produces folds in the input image and fades to the target image:

[media-3616429]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/accordionFoldTransition()

func (CIFilterClass) AdditionCompositingFilter 

func (_CIFilterClass CIFilterClass) AdditionCompositingFilter() CIFilter

Blends colors from two images by addition.

Return Value

The modified image.

Discussion

The filter calculates the sum of color components in the two input images to produce a brightening effect. People typically use this filter to add highlights and lens flares.

The addition compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image that the filter applies the effect on with the type CIImage.

The following code creates a filter that combines the images’ colors to produce one image:

[media-3546408]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/additionCompositing()

func (CIFilterClass) AffineClampFilter 

func (_CIFilterClass CIFilterClass) AffineClampFilter() CIFilter

Performs a transform on the image and extends the image edges to infinity.

Return Value

The tiled image.

Discussion

This method applies the affine clamp filter to an image. This effect performs similarly to the affine transform filter except that it produces an infinite image. You can use this filter when you need to blur an image but you want to avoid a soft, black fringe along the edges.

The affine clamp filter uses the following properties:

`inputImage`: An image with the type CIImage. `transform`: A CGAffineTransform to constrain to the image.

The following code creates a filter that produces a cropped image with colored edges to fill the rest of the image:

[media-3624745]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/affineClamp()

func (CIFilterClass) AffineTileFilter 

func (_CIFilterClass CIFilterClass) AffineTileFilter() CIFilter

Performs a transform on the image and tiles the result.

Return Value

The tiled image.

Discussion

This method applies the affine tile filter to an image. This effect performs an CGAffineTransform and then tiles the transformed image.

The affine tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `transform`: A CGAffineTransform to apply to the image.

The following code creates a filter that results in the image becoming tiled:

[media-3624744]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/affineTile()

func (CIFilterClass) Alloc 

func (cc CIFilterClass) Alloc() CIFilter

Alloc allocates memory for a new instance of the class.

func (CIFilterClass) AreaAlphaWeightedHistogramFilter 

func (_CIFilterClass CIFilterClass) AreaAlphaWeightedHistogramFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaAlphaWeightedHistogram()

func (CIFilterClass) AreaAverageFilter 

func (_CIFilterClass CIFilterClass) AreaAverageFilter() CIFilter

Returns a 1 x 1 pixel image that contains the average color for the region of interest.

Return Value

A 1 x 1 pixel image containing the average color for the region of interest.

Discussion

This filter calculates the average color of the area defined by `extent` and creates a 1 x 1 pixel image with the result. The filter processes each color component (red, green, blue, alpha) of the input image independently.

The area average filter uses the following properties:

`inputImage`: The CIImage containing the image you want to process. `extent`: A CGRect that specifies the region of the image that you want to process.

The following code creates a filter that calculates the average color of a 500 x 500 set of pixels from the center of the image:

[media-4331783]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaAverage()

func (CIFilterClass) AreaAverageMaximumRedFilter 

func (_CIFilterClass CIFilterClass) AreaAverageMaximumRedFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaAverageMaximumRed()

func (CIFilterClass) AreaBoundsRedFilter 

func (_CIFilterClass CIFilterClass) AreaBoundsRedFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaBoundsRed()

func (CIFilterClass) AreaHistogramFilter 

func (_CIFilterClass CIFilterClass) AreaHistogramFilter() CIFilter

Returns a histogram of a specified area of the image.

Return Value

A 1 pixel high image containing the calculated histogram`.`

Discussion

This filter calculates histograms of the red, green, blue, and alpha colors in the region defined by `extent`. The `count` property controls the number of bins (or width) of the histogram. The filter scales the histogram so that the total of all the counts in the bins equals `scale`.

The area histogram filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process. `scale`: The scale value to use for the histogram values. If the scale is 1, then the total of all the counts in the histogram equals 1. `count`: The number of bins for the histogram. This value determines the width of the output image. Minimum value 1, maximum value 2048.

The following code creates a filter that results in an image that has a height of 1 pixel and a width of 256 pixels. The pixel color components contain the histogram values.

To display the histogram, you can use the [HistogramDisplayFilter] filter:

[media-4332392]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaHistogram()

func (CIFilterClass) AreaLogarithmicHistogramFilter 

func (_CIFilterClass CIFilterClass) AreaLogarithmicHistogramFilter() CIFilter

Returns a logarithmic histogram of a specified area of the image.

Return Value

A 1-pixel-high image containing the calculated histogram`.`

Discussion

This filter calculates histograms of the `red,“green,“blue,` and `alpha` colors for the specified area of an image. A base two-logarithm function is applied to the values before binning. The `count` property controls the number of bins (or width) of the histogram. The histogram is scaled so that all the values sum to `scale`.

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image you want to process. `scale`: The scale value for the histogram values. If the scale is `1`, then the bins in the resulting image sum to `1`. `count`: The number of bins for the histogram. This value determines the width of the output image. Minimum value `1`, and maximum value `2048`. `minimumStop`: The minimum of the range of color channel values in the logarithmic histogram image. Defaults to `-10`. `maximumStop`: The maximum of the range of color channel values in the logarithmic histogram image. Defaults to 4.

The following code creates a filter that results in a 1-pixel-tall image with a width of 256. The pixel color components contain the logarithmic histogram values:

Use the [HistogramDisplayFilter] filter to display the histogram:

[media-4407281]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaLogarithmicHistogram()

func (CIFilterClass) AreaMaximumAlphaFilter 

func (_CIFilterClass CIFilterClass) AreaMaximumAlphaFilter() CIFilter

Finds the pixel with the highest alpha value.

Return Value

A 1 x 1 size image containing the pixel with the maximum alpha value.

Discussion

This filter returns the pixel with highest alpha value in the region defined by `extent`.

The area maximum alpha filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates a filter that results in a single pixel image containing the pixel with the highest alpha value:

[media-4332167]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaMaximumAlpha()

func (CIFilterClass) AreaMaximumFilter 

func (_CIFilterClass CIFilterClass) AreaMaximumFilter() CIFilter

Calculates the maximum color components of a specified area of the image.

Return Value

A 1 x 1 size image containing the maximum color components.

Discussion

This filter returns the maximum color components in the region defined by `extent`.

The area maximum filter uses the following properties:.

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates a filter that calculates the maximum color components of a 500 x 500 set of pixels from the center of the image:

[media-4331784]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaMaximum()

func (CIFilterClass) AreaMinMaxFilter 

func (_CIFilterClass CIFilterClass) AreaMinMaxFilter() CIFilter

Calculates minimum and maximum color components for a specified area of the image.

Return Value

A 2 x 1 pixel image containing the minimum and maximum color components.

Discussion

This filter returns the maximum and minimum color components in the region defined by `extent`. The result is a 2 x 1 pixel image with the left pixel containing the minimum components and the right pixel containing the maximum components.

The area min max filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates a filter that results in a 2 x 1 image where the minimum components are in the left pixel and the maximum components are in the right pixel.

[media-4331786]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaMinMax()

func (CIFilterClass) AreaMinMaxRedFilter 

func (_CIFilterClass CIFilterClass) AreaMinMaxRedFilter() CIFilter

Calculates the minimum and maximum red component value.

Return Value

The generated image.

Discussion

This method applies the area-minimum-maximum-red filter to an image. This effect calculates the darkest and lightest red color value in the region defined by `extent`. The red and green components of the 1 x 1 pixel output image contain the result.

The area-minimum-maximum-red filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates a filter that results in a 1 x 1 pixel image with the red and green color components populated:

[media-4331787]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaMinMaxRed()

func (CIFilterClass) AreaMinimumAlphaFilter 

func (_CIFilterClass CIFilterClass) AreaMinimumAlphaFilter() CIFilter

Calculates the pixel within a specified area that has the smallest alpha value.

Return Value

A 1 x 1 pixel image containing the color with the smallest alpha value.

Discussion

This method applies the area minimum alpha filter to an image. This effect finds and returns the pixel with the lowest alpha value in the region defined by `extent`.

The area minimum alpha filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates a filter that results in a 1 x 1 pixel image containing the color with the lowest alpha value:

[media-4332169]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaMinimumAlpha()

func (CIFilterClass) AreaMinimumFilter 

func (_CIFilterClass CIFilterClass) AreaMinimumFilter() CIFilter

Calculates the minimum color component values for a specified area of the image.

Return Value

A 1 x 1 size image containing the minimum color component values.

Discussion

This filter returns the minimum color components in the region defined by `extent`.

The area minimum filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates a filter that calculates the minimum color components of a 500 x 500 set of pixels from the center of the image:

[media-4331785]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/areaMinimum()

func (CIFilterClass) AttributedTextImageGeneratorFilter 

func (_CIFilterClass CIFilterClass) AttributedTextImageGeneratorFilter() CIFilter

Generates an attributed-text image.

Return Value

The generated image.

Discussion

This method generates an attributed-text image. The effect takes the input string property and the scale factor to scale up the text. You commonly combine this filter with other filters to create a watermark on images.

The attributed-text image generator filter uses the following properties:

`text`: An NSAttributedString. `scaleFactor`: A `float` representing the scale of the font to use for the generated text. padding: A `float` representing the value for an additional number of pixels to pad around the text’s bounding box.

The following code creates a filter that generates an attributed-text image:

[media-3546317]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/attributedTextImageGenerator()

func (CIFilterClass) AztecCodeGeneratorFilter 

func (_CIFilterClass CIFilterClass) AztecCodeGeneratorFilter() CIFilter

Generates a low-density barcode.

Return Value

The generated image.

Discussion

This method generates an Aztec code as an image. The Aztec barcode code is a low-density barcode defined in the ISO/IEC 24778:2008 standard. This code is commonly used for transport ticketing or boarding passes.

The Aztec code generator filter uses the following properties:

`message`: The data to be encoded as an Aztec code. An NSData object whose display name is Message. `correctionLevel`: A `float` representing the percentage of redundancy to add to the message data. A higher correction level allows the barcode to be correctly read even when partially damaged. `layers`: A `float` representing the number of concentric squares encoding the barcode data. When the value is zero, Core Image automatically determines the appropriate number of layers to encode the message data at the specified correction level. `compactStyle`: A `float` determining the use of compact or full-size Aztec barcode format. The compact format can store up to 44 bytes of message data in up to 4 layers. The full-size format can store up to 1914 bytes of message data in up to 32 layers. Leave unset, or set to 0 for automatic.

The following code creates a filter that generates an Aztec barcode:

[media-3546310]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/aztecCodeGenerator()

func (CIFilterClass) BarcodeGeneratorFilter 

func (_CIFilterClass CIFilterClass) BarcodeGeneratorFilter() CIFilter

Generates a barcode as an image from the descriptor.

Return Value

The generated image.

Discussion

This method generates a custom barcode as an image. The effect uses barcode descriptors to specify properties of the generated barcode.

The barcode generator uses the following property:

`barcodeDescriptor`: An instance of CIBarcodeDescriptor with the input parameters supplied.

The following code creates a filter that generates a QR code containing the text

[media-4327881]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/barcodeGenerator()

func (CIFilterClass) BarsSwipeTransitionFilter 

func (_CIFilterClass CIFilterClass) BarsSwipeTransitionFilter() CIFilter

Transitions between two images by removing rectangular portions of an image.

Return Value

The transition image.

Discussion

This method applies the bar swipe transition filter to an image. The effect transitions from one image to another by a series of moving bars passing over the target image.

The bar swipe transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber. `angle`: A `float` representing the angle of the motion as an NSNumber. `width`: A `float` representing the width of the bars in pixels as an NSNumber. `barOffset`: A `float` representing the offset of one bar in relation to others as a NSNumber.

The following code creates a filter that produces falling bars from the input image to transition to the target image:

[media-3616431]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/barsSwipeTransition()

func (CIFilterClass) BicubicScaleTransformFilter 

func (_CIFilterClass CIFilterClass) BicubicScaleTransformFilter() CIFilter

Produces a high-quality scaled version of an image.

Return Value

The adjusted image.

Discussion

This method applies the bicubic scale transform filter to an image. The effect produces a high-quality, scaled version of the input image. The parameters of [B] and [C] determine the sharpness and softness of the resampling.

The bicubic scale transform filter uses the following properties:

`inputImage`: An image with the type CIImage. `aspectRatio`: A `float` representing the aspect ratio as an NSNumber. `parameterB`: A `float` representing the value of B used for cubic resampling as an NSNumber. `parameterC`: A `float` representing the value of C used for cubic resampling as an NSNumber.

The following code creates a filter that results in the image becoming square:

[media-3582224]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/bicubicScaleTransform()

func (CIFilterClass) BlendWithAlphaMaskFilter 

func (_CIFilterClass CIFilterClass) BlendWithAlphaMaskFilter() CIFilter

Blends two images by using an alpha mask image.

Return Value

The modified image.

Discussion

This method applies the blend with alpha mask filter to an image. The effect uses values from the grayscale mask image to interpolate between the input and background images. The mask image consists of shades of gray that define the strength of the interpolation from zero (where the mask image is black) to the specified `radius` (where the mask image is white).

The blend with alpha mask filter uses the following properties:

`inputImage`: An image with the type CIImage. `maskImage`: An image that masks an area on the background image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the replacement of white in the mask image with the detail of the input image:

[media-3624591]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/blendWithAlphaMask()

func (CIFilterClass) BlendWithBlueMaskFilter 

func (_CIFilterClass CIFilterClass) BlendWithBlueMaskFilter() CIFilter

Blends two images by using a blue mask image.

Return Value

The modified image.

Discussion

This method applies the blend with blue mask filter to an image. The effect uses values from the blue mask image to interpolate between the input and background images. The mask image is made of shades of blue that define the strength of the interpolation from zero (where the mask image is black) to the specified `radius` (where the mask image is blue).

The blend with blue mask filter uses the following properties:

`inputImage`: An image with the type CIImage. `maskImage`: An image that masks an area on the background image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the replacement of blue in the mask image with the detail of the input image:

[media-3624592]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/blendWithBlueMask()

func (CIFilterClass) BlendWithMaskFilter 

func (_CIFilterClass CIFilterClass) BlendWithMaskFilter() CIFilter

Blends two images by using a mask image.

Return Value

The modified image.

Discussion

This method applies the blend with mask filter to an image. The effect uses values from the green mask image to interpolate between the input and background images. The mask image consists of shades of green that define the strength of the interpolation from zero (where the mask image is black) to the specified `radius` (where the mask image is green).

The blend with mask filter uses the following properties:

`inputImage`: An image with the type CIImage. `maskImage`: An image that masks an area on the background image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the replacement of green in the mask image with the detail of the input image:

[media-3624594]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/blendWithMask()

func (CIFilterClass) BlendWithRedMaskFilter 

func (_CIFilterClass CIFilterClass) BlendWithRedMaskFilter() CIFilter

Blends two images by using a red mask image.

Return Value

The modified image.

Discussion

This method applies the blend with red mask filter to an image. The effect uses values from the red mask image to interpolate between the input and background images. The mask image consists of shades of red that define the strength of the interpolation from zero (where the mask image is black) to the specified `radius` (where the mask image is red).

The blend with red mask filter uses the following properties:

`inputImage`: An image with the type CIImage. `maskImage`: An image that masks an area on the background image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the replacement of green in the mask image with the detail of the input image:

[media-3624593]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/blendWithRedMask()

func (CIFilterClass) BloomFilter 

func (_CIFilterClass CIFilterClass) BloomFilter() CIFilter

Adjusts an image’s colors by applying a blur effect.

Return Value

The modified image.

Discussion

This method applies the bloom filter to an image. The effect softens edges and adds a slight blur effect.

The bloom filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the area of effect as an NSNumber. `intensity`: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that results in a hazy effect on the image:

[media-3599995]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/bloom()

func (CIFilterClass) BlurredRectangleGeneratorFilter 

func (_CIFilterClass CIFilterClass) BlurredRectangleGeneratorFilter() CIFilter

Generates a blurred rectangle.

Return Value

A CIImage containing a blurred rectangle.

Discussion

Creates a CIImage containing a blurred rectangle. The resulting image size is the extent of the rectangle plus any additional space required for the blur effect.

The blurred rectangle filter uses the following properties:

`extent`: A CGRect that defines the extent of the effect. `color`: A CIColor specifying the color of the rectangle. `sigma`: A `float` specifying the sigma for the Gaussian blur.

The following code creates a filter that generates a blurred red rectangle with a width of 200 x 100 pixels.

[media-4407302]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/blurredRectangleGenerator()

func (CIFilterClass) BlurredRoundedRectangleGeneratorFilter 

func (_CIFilterClass CIFilterClass) BlurredRoundedRectangleGeneratorFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/blurredRoundedRectangleGenerator()

func (CIFilterClass) BokehBlurFilter 

func (_CIFilterClass CIFilterClass) BokehBlurFilter() CIFilter

Applies a bokeh effect to an image.

Return Value

The blurred image.

Discussion

This method applies the bokeh blur filter to an image. The effect targets a circular area of pixels defined by the `radius` and blurs the area. The filter adds smaller intense blur rings.

The bokeh blur filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `ringSize`: A `float` representing the ring size of the bokeh as an NSNumber. `ringAmount`: A `float` representing the emphasis at the ring of the bokeh as an NSNumber. `softness`: A `float` representing the softness of the bokeh effect as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a softer blur to the input image:

[media-3544959]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/bokehBlur()

func (CIFilterClass) BoxBlurFilter 

func (_CIFilterClass CIFilterClass) BoxBlurFilter() CIFilter

Applies a square-shaped blur to an area of an image.

Return Value

The blurred image.

Discussion

This method applies the box blur filter to an image. The effect targets a square area and calculates the median color value of the pixels to create the output image. The `radius` is the width of a square area with a larger area, resulting in a stronger blur effect on the output image.

The box blur filter uses the following properties:

`radius`: A `float` representing the area of effect as a NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that results in less detail in the input image:

[media-3544956]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/boxBlur()

func (CIFilterClass) BumpDistortionFilter 

func (_CIFilterClass CIFilterClass) BumpDistortionFilter() CIFilter

Distorts an image with a concave or convex bump.

Return Value

The distorted image.

Discussion

This method applies the bump distortion filter to an image. This effect creates a concave or convex bump defined by the `scale`. A value of 0.0 has no effect, while a positive value creates an outward curvature and a negative value creates an inward curvature.

The bump distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the amount of pixels the filter uses to create the distortion as an NSNumber. `center`: A CGPoint representing the center of the effect. `scale`: A `float` representing the curvature of the bump effect as an NSNumber.

The following code creates a filter that results in a concave bump distorting the image:

[media-4407303]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/bumpDistortion()

func (CIFilterClass) BumpDistortionLinearFilter 

func (_CIFilterClass CIFilterClass) BumpDistortionLinearFilter() CIFilter

Linearly distorts an image with a concave or convex bump.

Return Value

The distorted image.

Discussion

This method applies the bump distortion linear filter to an image. This effect creates a concave or convex bump to a linear portion of the image. The curvature of the bump is defined by the `scale` property. A value of 0.0 has no effect, while a positive value creates an outward curvature and a negative value creates an inward curvature.

The bump distortion linear filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the amount of pixels the filter uses to create the distortion as an NSNumber. `center`: A set of coordinates marking the center of the image as a CGPoint. `scale`: A `float` representing the curvature of the bump effect as an NSNumber. `angle`: A `float` representing the angle of the distortion, in radians, as an NSNumber.

The following code creates a filter that results in a vertical bump distorting the image:

[media-4407320]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/bumpDistortionLinear()

func (CIFilterClass) CMYKHalftone 

func (_CIFilterClass CIFilterClass) CMYKHalftone() CIFilter

Adds a series of colorful dots to an image.

Return Value

The modified image.

Discussion

This method applies a CMYK halftone filter to an image. The effect generates an image containing a series of dots. The dots contain only cyan, magenta, yellow, and black colors. Halftone effect is a set of lines, dots, or circles that contain detail. When viewing the image from a distance, the markings blend together creating the illusion of continuous lines and shapes. Print media commonly uses this effect.

The CMYK halftone filter uses the following properties:

`inputImage`: An image with the type CIImage. `angle`: A `float` representing the angle of the pattern as an NSNumber. `width`: A `float` representing the distance between dots in the pattern as an NSNumber. `sharpness`: A `float` representing the sharpness of the pattern as an NSNumber. `center`: A set of coordinates marking the center of the image as a CGPoint. `grayComponentReplacement`: A `float` representing the grey component to be replaced as an NSNumber. `underColorRemoval`: A `float` representing the under-color removal value as an NSNumber.

The following code produces an image with visible dots and less color:

[media-3595920]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/cmykHalftone()

func (CIFilterClass) CannyEdgeDetectorFilter 

func (_CIFilterClass CIFilterClass) CannyEdgeDetectorFilter() CIFilter

Applies the Canny edge-detection algorithm to an image.

Return Value

A CIImage with the detected edges.

Discussion

This filter performs a Canny edge-detection on the input image, producing a black-and-white image with the detected edges. White pixels indicate an edge, and black pixels indicate no edge.

The Canny edge-detection filter uses the following properties:

`inputImage`: The CIImage to use as an input for the effect. `gaussianSigma`: A `float` specifying the sigma of the Gaussian blur to apply, reducing high-frequency noise. Defaults to `1.6`. `perceptual`: A [Boolean] specifying whether to use a perceptual color space to compute the edge thresholds. Defaults to `false`. `thresholdLow`: A `float` specifying the threshold for weak edges. Defaults to `0.02`. `thresholdHigh`: A `float` specifying the threshold for strong edges. Defaults to `0.05`. `hysteresisPasses`: The number of hysteresis passes to apply to promote weak edge pixels. Minimum value is `0`, maximum value is `20`, and defaults to `1`.

The following code applies Canny edge-detection to an image:

[media-4407284]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/cannyEdgeDetector()

func (CIFilterClass) CheckerboardGeneratorFilter 

func (_CIFilterClass CIFilterClass) CheckerboardGeneratorFilter() CIFilter

Generates a checkerboard image.

Return Value

The generated image.

Discussion

This method generates a checkerboard pattern as an image. The effect requires the size, sharpness, and color properties to create the pattern.

The checkerboard generator filter uses the following properties:

`center`: A `vector` representing the center of the image as a CIVector. `color0`: A CIColor representing the first color of the pattern. `color1`: A CIColor representing the second color of the pattern. `sharpness`: A `float` representing the sharpness of the pattern as an NSNumber. `width`: A `float` representing the width of the checkerboard squares as an NSNumber.

The following code creates a filter that generates a black-and-white checkered pattern:

[media-3590970]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/checkerboardGenerator()

func (CIFilterClass) CircleSplashDistortionFilter 

func (_CIFilterClass CIFilterClass) CircleSplashDistortionFilter() CIFilter

Distorts an image with radiating circles to the periphery of the image.

Return Value

The distorted image.

Discussion

This method applies the circle splash distortion filter to an image. This effect distorts the pixels starting at the circumference of a circle and emanating outward.

The circle splash distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the amount in pixels the filter uses to create the distortion as an NSNumber. `center`: A CGPoint representing the center of the image.

The following code creates a filter that results in a ripple effect applied to the image:

[media-4407306]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/circleSplashDistortion()

func (CIFilterClass) CircularScreenFilter 

func (_CIFilterClass CIFilterClass) CircularScreenFilter() CIFilter

Adds a circular overlay to an image.

Return Value

The modified image.

Discussion

This method applies a circular screen filter to an image. The effect generates a monochrome image containing a series of circular rings. The halftone effect is a set of lines, dots, or circles that contain detail. When viewing the image from a distance, the markings blend together, creating the illusion of continuous lines and shapes. Print media commonly uses this effect.

The circular screen filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `width`: A `float` representing the distance between each circle in the pattern as an NSNumber. `sharpness`: A `float` representing the sharpness of the circles in the pattern as an NSNumber.

The following code creates a filter that results in a monochrome image with a large circular pattern overlaying the image:

[media-3595914]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/circularScreen()

func (CIFilterClass) CircularWrapFilter 

func (_CIFilterClass CIFilterClass) CircularWrapFilter() CIFilter

Distorts an image by increasing the distance of the center of the image.

Return Value

The distorted image.

Discussion

This method applies the circular wrap filter to an image. This effect wraps an image around a transparent circle. The distortion of the image increases with the distance from the center of the circle.

The circular wrap filter uses the following properties:

`inputImage`: An image with the type CIImage. `angle`: A `float` representing the angle of the wrap, in radians, as an NSNumber. `radius`: A `float` representing the amount of pixels the filter uses to create the distortion as an NSNumber. `center`: A set of coordinates marking the center of the image as a CGPoint.

The following code creates a filter that results in a circular image generated from the input image:

[media-4407319]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/circularWrap()

func (CIFilterClass) Code128BarcodeGeneratorFilter 

func (_CIFilterClass CIFilterClass) Code128BarcodeGeneratorFilter() CIFilter

Generates a high-density, linear barcode.

Return Value

The generated image.

Discussion

This method generates a Code 128 barcode as an image. Code 128 is a high-density linear barcode defined in the ISO/IEC 15417:2007 standard. Use this filter to generate alphanumeric or numeric-only barcodes. The barcode can contain any of the 128 ASCII characters.

The Code 128 barcode filter uses the following properties:

`message`: NSData containing the message to encode in the Code 128 barcode. `quietSpace`: NSNumber containing the number of empty white pixels that should surround the barcode. `barcodeHeight`: NSNumber containing the height of the generated barcode in pixels.

The following code creates a filter that generates a Code 128 barcode:

[media-3546314]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/code128BarcodeGenerator()

func (CIFilterClass) ColorAbsoluteDifferenceFilter 

func (_CIFilterClass CIFilterClass) ColorAbsoluteDifferenceFilter() CIFilter

Calculates the absolute difference between each color component in the input images.

Return Value

An image containing the absolute color difference between the two input images.

Discussion

This method applies the color absolute difference filter to an image. This filter calculates the absolute color difference of the red, green, and blue values between the two input images. The alpha channel is the product of the alpha channels from the two input images.

The absolute difference filter uses the following properties:

`inputImage`: The first CIImage for differencing. `inputImage2`: The second CIImage for differencing.

The following code creates a filter that results in the color difference between two images:

[media-4332166]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorAbsoluteDifference()

func (CIFilterClass) ColorBlendModeFilter 

func (_CIFilterClass CIFilterClass) ColorBlendModeFilter() CIFilter

Blends color from two images using the luminance values from the background image and the hue and saturation values from the input image.

Return Value

The modified image.

Discussion

This method applies the color-blend mode filter to an image. The effect creates the output image by using the luminance values of the background image, while using the hue and saturation values of the input image. The effect preserves gray levels from the background image.

The color-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that replaces the colors the image:

[media-3546407]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorBlendMode()

func (CIFilterClass) ColorBurnBlendModeFilter 

func (_CIFilterClass CIFilterClass) ColorBurnBlendModeFilter() CIFilter

Blends color from two images while darkening the image.

Return Value

The modified image.

Discussion

This method applies the color-burn blend mode filter to an image. The effect darkens the background image to reflect the input image’s color.

The color-burn blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that darkens the background image:

[media-3546399]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorBurnBlendMode()

func (CIFilterClass) ColorClampFilter 

func (_CIFilterClass CIFilterClass) ColorClampFilter() CIFilter

Alters the colors in an image based on color components.

Return Value

The modified image.

Discussion

This method applies the color clamp filter to an image. The effect calculates each pixel’s color component value. Using this calculation, the effect adjusts the values that are outside the range of the `minComponents` or `maxComponents` properties and clamps them within the range.

The color clamp filter uses the following properties:

`minComponents`: [RGBA] values for the lower end of the range as a CIVector. `maxComponents`: [RGBA] values for the upper end of the range as a CIVector. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds a red hue to the input image:

[media-3545003]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorClamp()

func (CIFilterClass) ColorControlsFilter 

func (_CIFilterClass CIFilterClass) ColorControlsFilter() CIFilter

Alters the brightness, contrast, and saturation of an image’s colors.

Return Value

The modified image.

Discussion

This method applies the color controls filter to an image. The effect calculates saturation by linearly interpolating between a grayscale image with a saturation of `0.0` and the original image saturation of `1.0.`

The color controls filter uses the following properties:

`brightness`: A `float` representing the amount of brightness applied as a NSNumber. `contrast`: A `float` `r`epresenting the amount of contrast applied as a NSNumber. `saturation`: A float representing the amount of saturation applied as a NSNumber. `inputImage`: An image with the type CIImage.

The following code creates a filter that results in a darker image:

[media-3545002]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorControls()

func (CIFilterClass) ColorCrossPolynomialFilter 

func (_CIFilterClass CIFilterClass) ColorCrossPolynomialFilter() CIFilter

Adjusts an image’s color by applying polynomial cross-products.

Return Value

The modified image.

Discussion

This method applies the color cross polynomial filter to an image. The effect targets each pixel individually and calculates the coefficients for the r`ed`, `green`, and `blue` channels according to the polynomial cross product.

The color cross-polynomial filter uses the following properties:

`redCoefficients`: A CIVector representing the polynomial coefficients for the red channel. `blueCoefficients`: A CIVector representing the polynomial coefficients for the blue channel. `greenCoefficients`: A CIVector representing polynomial coefficients for the green channel. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds a green hue to the input image:

[media-3545029]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorCrossPolynomial()

func (CIFilterClass) ColorCubeFilter 

func (_CIFilterClass CIFilterClass) ColorCubeFilter() CIFilter

Adjusts an image’s pixels using a three-dimensional color table.

Return Value

The modified image.

Discussion

This method applies the color cube filter to an image. The effect maps color values in the input image to new color values using a three-dimensional color look-up table, also called a color cube. For each [RGBA] pixel in the input image, the filter uses the pixel’s `red`, `green`, and `blue` component values to identify a location in the table. The [RGBA] value at that location becomes the [RGBA] value of the output pixel.

The color cube filter uses the following properties:

`inputImage`: An image with the type CIImage. `cubeData`: Data containing a 3-dimensional color table of floating-point premultiplied RGBA values. The cells are organized in a standard ordering. The columns and rows of the data are indexed by red and green, respectively. Each data plane is followed by the next higher plane in the data, with planes indexed by blue. `extrapolate`: If `true`, then the filter extrapolates the color cube for any RGB component values outside the range 0.0 to 1.0. `cubeDimension`: The dimension of the color cube.

The following code creates a filter that adds a blue hue to the input image:

[media-3545026]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorCube()

func (CIFilterClass) ColorCubeWithColorSpaceFilter 

func (_CIFilterClass CIFilterClass) ColorCubeWithColorSpaceFilter() CIFilter

Adjusts an image’s pixels using a three-dimensional color table in specified color space.

Return Value

The modified image.

Discussion

This method applies the color cube with color space filter to an image. The effect applies a mapping from `rgb` space within the color space defined to color values the cubeData defines. For each pixel, it matches the data and adjusts the color on the output image.

The color cube with color space filter uses the following properties:

`cubeData`: Data containing a 3-dimensional color table of floating-point premultiplied RGBA values. The cells are organized in a standard ordering. The columns and rows of the data are indexed by red and green, respectively. Each data plane is followed by the next higher plane in the data, with planes indexed by blue. `colorSpace`: A CGColorSpace representing the color space for the color cube. `cubeDimension`: The dimension of the color cube. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds brightness to the input image:

[media-3545016]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorCubeWithColorSpace()

func (CIFilterClass) ColorCubesMixedWithMaskFilter 

func (_CIFilterClass CIFilterClass) ColorCubesMixedWithMaskFilter() CIFilter

Alters an image’s pixels using a three-dimensional color tables and a mask image.

Return Value

The modified image.

Discussion

This method applies the color cubes mixed with mask filter to an image. The effect uses two color cube tables to modify the input image. The filter uses the mask image to interpolate between the two color cubes.

The color cubes mixed with mask filter uses the following properties:

`inputImage`: An image with the type CIImage. `maskImage`: A mask image with the type CIImage. `cube0Data`: Data containing a 3-dimensional color table of floating-point premultiplied RGBA values. The cells are organized in a standard ordering. The columns and rows of the data are indexed by red and green, respectively. Each data plane is followed by the next higher plane in the data, with planes indexed by blue. `cube1Data`: Data containing a 3-dimensional color table of floating-point premultiplied RGBA values. The cells are organized in a standard ordering. The columns and rows of the data are indexed by red and green, respectively. Each data plane is followed by the next higher plane in the data, with planes indexed by blue. `colorSpace`: A CGColorSpace representing the color space for the color cubes. `cubeDimension`: The dimension of the color cubes

The following code creates a filter that adds colors from the mask image and brightness to the input image:

[media-3546428]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorCubesMixedWithMask()

func (CIFilterClass) ColorCurvesFilter 

func (_CIFilterClass CIFilterClass) ColorCurvesFilter() CIFilter

Adjusts an image’s color curves.

Return Value

The modified image.

Discussion

This method applies the color curves filter to an image. The effect uses a three-channel one-dimensional color table to transform the source image pixels. The color table must be comprised of floating-point RGB value.

The color curves filter uses the following properties:

`colorSpace`: A CGColorSpace representing the color space for the color curve. `curvesData`: Data containing a color table of floating-point RGB values as NSData. `curvesDomain`: A two-element vector that defines the minimum and maximum values of the curve data as a CIVector. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds brightness to the input image:

[media-3545017]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorCurves()

func (CIFilterClass) ColorDodgeBlendModeFilter 

func (_CIFilterClass CIFilterClass) ColorDodgeBlendModeFilter() CIFilter

Blends color from two images using dodging.

Return Value

The modified image.

Discussion

This method applies the color-dodge blend mode filter to an image. The effect divides the background image color values by the inverted color values of the input image. The effect then decreases contrast between the input image and the background image.

The color-dodge mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that darkens the background image:

[media-3546418]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorDodgeBlendMode()

func (CIFilterClass) ColorInvertFilter 

func (_CIFilterClass CIFilterClass) ColorInvertFilter() CIFilter

Inverts an image’s colors.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that invert the colors of an image.

The color-invert filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that inverts the colors of the input image:

[media-3545010]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorInvert()

func (CIFilterClass) ColorMapFilter 

func (_CIFilterClass CIFilterClass) ColorMapFilter() CIFilter

Performs a transformation of the input image colors to colors from a gradient image.

Return Value

The modified image.

Discussion

This method applies a color map filter to an image. The effect transforms source color values by converting the unpremultiplied RGB values to luma using the weighting `(0.2125, 0.7154, 0.0721)`. The luma value is then used to look up the new color from the gradient image.

The color map filter uses the following properties:

`inputImage`: An image with the type CIImage. `gradientImage`: An image representing the gradient of colors to be mapped to the input image colors with the type CIImage.

The following code creates a filter that adds the gradient image colors to the input image:

[media-3558775]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorMap()

func (CIFilterClass) ColorMatrixFilter 

func (_CIFilterClass CIFilterClass) ColorMatrixFilter() CIFilter

Alters the colors in an image based on vectors provided.

Return Value

The modified image.

Discussion

This method applies the color matrix filter to an image. The effect calculates the color matrix by multiplying the vector properties with the color values from the input image.

The color matrix filter uses the following properties:

`rVector`: A CIVector representing the amount of red to multiply the source color values by. `gVector`: A CIVector representing the amount of green to multiply the source color values by. `bVector`: A CIVector representing the amount of blue to multiply the source color values by. `aVector`: A CIVector representing the amount of alpha to multiply the source color values by. `biasVector`: A CIVector representing the amount of each vector that’s added to each color component. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds a green hue to the input image:

[media-3544998]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorMatrix()

func (CIFilterClass) ColorMonochromeFilter 

func (_CIFilterClass CIFilterClass) ColorMonochromeFilter() CIFilter

Adjusts an image’s colors to shades of a single color.

Return Value

The modified image.

Discussion

This method applies the color monochrome filter to an image. The effect remaps the colors of the image to shades of the specified color.

The color monochrome filter uses the following properties:

`inputImage`: An image with the type CIImage. `color`: The color to map the input image colors to, as a CIColor. `intensity`: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that results in the colors of the image becoming shades of red:

[media-3545012]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorMonochrome()

func (CIFilterClass) ColorPolynomialFilter 

func (_CIFilterClass CIFilterClass) ColorPolynomialFilter() CIFilter

Alters an image’s colors.

Return Value

The modified image.

Discussion

This method applies the color polynomial filter to an image. The effect calculates the sum of each pixel’s color component value and the coefficient properties together to produce the output image.

The color polynomial filter uses the following properties:

`redCoefficients`: A vector representing the polynomial coefficients for the red channel as a CIVector. `greenCoefficients`: A vector representing the polynomial coefficients for the green channel as a CIVector. `blueCoefficients`: A vector representing the polynomial coefficients for the blue channel as a CIVector. `alphaCoefficients`: A vector representing the polynomial coefficients for the alpha channel as a CIVector. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds a lighter contrast to the input image:

[media-3545009]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorPolynomial()

func (CIFilterClass) ColorPosterizeFilter 

func (_CIFilterClass CIFilterClass) ColorPosterizeFilter() CIFilter

Flattens an image’s colors.

Return Value

The modified image.

Discussion

This method applies the color posterize filter to an image. The effect remaps red, green, and blue color components to a specified brightness value. The effect mimics the look of a silk-screened poster.

The color posterize filter uses the following properties:

`inputImage`: An image with the type CIImage. levels: A `float` representing the brightness level as an NSNumber.

The following code creates a filter that flattens the colors in the input image:

[media-3545025]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorPosterize()

func (CIFilterClass) ColorThresholdFilter 

func (_CIFilterClass CIFilterClass) ColorThresholdFilter() CIFilter

Compares the red, green, and blue components of the input image to a threshold and sets them to 1 or 0.

Return Value

An image containing pixels with color components that are either 1 or 0.

Discussion

This method applies the color threshold filter to an image. The filter compares the value of each color component (red, green, and blue) in the image against the threshold value. Any component higher than the threshold becomes 1 and any component lower becomes 0. The alpha component remains unchanged.

The color threshold filter uses the following properties:

`inputImage`: An image with the type CIImage. `threshold`: A `float` representing the threshold of color values as an NSNumber.

The following code creates a filter that results in an image where each color component is either 1 or 0.

[media-4331780]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorThreshold()

func (CIFilterClass) ColorThresholdOtsuFilter 

func (_CIFilterClass CIFilterClass) ColorThresholdOtsuFilter() CIFilter

Compares the red, green, and blue components of the input image against a threshold calculated using Otsu’s algorithm.

Return Value

An image containing pixels with color components that are either 1 or 0.

Discussion

The filter applies Otsu’s algorithm to the reg, green, and blue color components. The filter uses these thresholds to set the color to components to 1 or 0. The alpha component remains unchanged.

The color threshold Otsu filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in an image where each color component is either 1 or 0:

[media-4407336]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/colorThresholdOtsu()

func (CIFilterClass) ColumnAverageFilter 

func (_CIFilterClass CIFilterClass) ColumnAverageFilter() CIFilter

Calculates the average color for a specified column of an image.

Return Value

The generated image.

Discussion

This method applies the column average filter to an image. This effect calculates the average color for a vertical column over a region defined by `extent`. The width of the resulting image is set by the width of the `extent`. The height of the resulting image is always 1 pixel.

The column average filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates an image containing the average values in the columns from the middle of the image:

[media-4331782]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/columnAverage()

func (CIFilterClass) ComicEffectFilter 

func (_CIFilterClass CIFilterClass) ComicEffectFilter() CIFilter

Creates an image with a comic book effect.

Return Value

The modified image.

Discussion

This method applies the comic effect filter to an image. The effect simulates a comic book drawing by outlining edges and applying a color halftone effect.

The comic effect filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in the image appearing image in comic book style.

[media-3601088]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/comicEffect()

func (CIFilterClass) ConvertLabToRGBFilter 

func (_CIFilterClass CIFilterClass) ConvertLabToRGBFilter() CIFilter

Converts an image from CIELAB to RGB color space.

Return Value

The converted CIImage.

Discussion

This filter converts an image from CIELAB color space to RGB. The CIELAB color space expresses color as three values: L* for the perceptual lightness, and a*b* for the colors red, green, blue, and yellow. The RGB color space expresses colors using the intensities of the three primary colors: red, green, and blue.

`inputImage`: A CIImage containing the [RGB] image. `normalize`: If true, the three input channels are in the range 0 to 1. If false, the L* channel is in the range 0 to 100, and the a*b* channels are in the range -128 to 128.

The following code applies the `convertLabToRGBFilter` to an image with the `normalize` flag set to the `true`:

[media-4407298]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convertLabToRGB()

func (CIFilterClass) ConvertRGBtoLabFilter 

func (_CIFilterClass CIFilterClass) ConvertRGBtoLabFilter() CIFilter

Converts an image from RGB to CIELAB color space.

Return Value

The converted CIImage.

Discussion

This filter converts an image from RGB to CIELAB color space. The CIELAB color space expresses color as three values: L* for the perceptual lightness, and a*b* for the colors red, green, blue, and yellow. The RGB color space expresses colors using the intensities of the three primary colors: red, green, and blue.

`inputImage`: A CIImage containing the [RGB] image. `normalize`: If true, the three output channels are in the range 0 to 1. If false, the L* channel is in the range 0 to 100 and the a*b* channels are in the range -128 to 128.

The following code applies the `convertRGBToLabFilter` to an image with the `normalize` flag set to the `true`:

[media-4407334]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convertRGBtoLab()

func (CIFilterClass) Convolution3X3Filter 

func (_CIFilterClass CIFilterClass) Convolution3X3Filter() CIFilter

Applies a convolution 3 x 3 filter to the [RGBA] components of an image.

Return Value

The modified image.

Discussion

This method applies a 3 x 3 convolution to the [RGBA] components of an image. The effect uses a 3 x 3 area surrounding an input pixel, the pixel itself, and those within a distance of 1 pixel horizontally and vertically. The effect repeats this for every pixel within the image. The work area is then combined with the weight property vector to produce the processed image. This filter differs from the [ConvolutionRGB3X3Filter], which only processes the [RGB] color components.

The convolution 3 x 3 filter uses the following properties:

`bias`: A `float` representing the value that’s added to each output pixel as a NSNumber. `weights`: A CIVector representing the convolution kernel. `inputImage`: An image with the type CIImage.

The following code creates a filter that sharpens the input image:

[media-4334869]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolution3X3()

func (CIFilterClass) Convolution5X5Filter 

func (_CIFilterClass CIFilterClass) Convolution5X5Filter() CIFilter

Applies a convolution 5 x 5 filter to the [RGBA] components image.

Return Value

The modified image.

Discussion

This method applies a 5 x 5 convolution to the [RGBA] components of an image. The effect uses a 5 x 5 area surrounding an input pixel, the pixel itself, and those within a distance of 2 pixels horizontally and vertically. The effect repeats this for every pixel within the image. The work area is then combined with the weight property vector to produce the processed image. This filter differs from the [ConvolutionRGB5X5Filter] filter, which only processes the RGB components.

The convolution 5 x 5 filter uses the following properties:

`bias`: A `float` representing the value that’s added to each output pixel as a NSNumber. `weights`: A CIVector representing the convolution kernel. `inputImage`: An image with the type CIImage.

The following code creates a filter that blurs the input image:

[media-4334867]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolution5X5()

func (CIFilterClass) Convolution7X7Filter 

func (_CIFilterClass CIFilterClass) Convolution7X7Filter() CIFilter

Applies a convolution 7 x 7 filter to the [RGBA] color components of an image.

Return Value

The modified image.

Discussion

This method applies the convolution 7 x 7 filter to an image. The effect uses a 7 x 7 area surrounding an input pixel, the pixel itself, and those within a distance of 3 pixels horizontally and vertically. The effect repeats this for every pixel within the image. The work area is then combined with the weight property vector to produce the processed image. This filter differs from the [ConvolutionRGB7X7Filter] filter, which only processes the RGB components.

The convolution 7 x 7 filter uses the following properties:

`bias`: A `float` representing the value that’s added to each output pixel as a NSNumber. `weights`: A CIVector representing the convolution kernel. `inputImage`: An image with the type CIImage.

The following code creates a filter that highlights edges in the input image:

[media-4334871]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolution7X7()

func (CIFilterClass) Convolution9HorizontalFilter 

func (_CIFilterClass CIFilterClass) Convolution9HorizontalFilter() CIFilter

Applies a convolution-9 horizontal filter to the [RGBA] components of an image.

Return Value

The modified image.

Discussion

This method applies a 9 x 1 convolution to the [RGBA] components of an image. The effect uses a 9 x 1 area surrounding an input pixel, the pixel itself, and those within a distance of 4 pixels horizontally. The effect repeats this for every pixel within the image. Unlike the convolution filters, which use square matrices, this filter can only produce effects along a horizontal axis. You can combine this filter with the [Convolution9VerticalFilter] to apply separable 9 x 9 convolutions.

The convolution 9-horizontal filter uses the following properties:

`bias`: A `float` representing the value that’s added to each output pixel as a NSNumber. `weights`: A CIVector representing the convolution kernel. `inputImage`: An image with the type CIImage.

The following code creates a filter that detects edges in the input image:

[media-4334870]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolution9Horizontal()

func (CIFilterClass) Convolution9VerticalFilter 

func (_CIFilterClass CIFilterClass) Convolution9VerticalFilter() CIFilter

Applies a convolution-9 vertical filter to the [RGBA] components of an image.

Return Value

The modified image.

Discussion

This method applies a 1 x 9 convolution filter to the [RGBA] components of an image. The effect uses a 1 x 9 area surrounding an input pixel, the pixel itself, and those within a distance of 4 pixels vertically. The effect repeats this for every pixel within the image. Unlike the convolution filters, which use square matrices, this filter can only produce effects along a vertical axis. You can combine this filter with the [Convolution9HorizontalFilter] to apply separable 9 x 9 convolutions.

The convolution-9-vertical filter uses the following properties:

`bias`: A `float` representing the value that’s added to each output pixel as a NSNumber. `weights`: A CIVector representing the convolution kernel. `inputImage`: An image with the type CIImage.

The following code creates a filter that detects edges in the input image:

[media-4334868]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolution9Vertical()

func (CIFilterClass) ConvolutionRGB3X3Filter 

func (_CIFilterClass CIFilterClass) ConvolutionRGB3X3Filter() CIFilter

Applies a convolution 3 x 3 filter to the [RGB] components of an image.

Return Value

The convolved image.

Discussion

This method applies a 3 x 3 convolution to the [RGB] components of an image. The effect uses a 3 x 3 area surrounding an input pixel, the pixel itself, and those within a distance of 1 pixel horizontally and vertically. This filter differs from the [Convolution3X3Filter] filter, which processes all of the color components including the alpha component.

The convolution-RGB 3 x 3 filter uses the following properties:

`bias`: A `float` representing the value that’s added to each output pixel. `weights`: A CIVector representing the convolution kernel. `inputImage`: A CIImage containing the image to process.

The following code creates a filter that sharpens the input image:

[media-4407321]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolutionRGB3X3()

func (CIFilterClass) ConvolutionRGB5X5Filter 

func (_CIFilterClass CIFilterClass) ConvolutionRGB5X5Filter() CIFilter

Applies a convolution 5 x 5 filter to the [RGB] components of an image.

Return Value

This method applies a 5 x 5 convolution to the [RGB] components image. The effect uses a 5 x 5 area surrounding an input pixel, the pixel itself, and those within a distance of two pixels horizontally and vertically. The effect repeats this for every pixel within the image. The work area is then combined with the weight property vector to produce the processed image. This filter differs from the [Convolution5X5Filter] filter, which processes all of the color components including the alpha component.

Discussion

The convolution-RGB 5 x 5 filter uses the following properties:

`inputImage`: A CIImage containing the image to process. `weights`: A CIVector representing the convolution kernel. `bias`: A `float` representing the value that’s added to each output pixel.

The following code creates a filter that applies an unsharp kernel to the input image:

[media-4407325]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolutionRGB5X5()

func (CIFilterClass) ConvolutionRGB7X7Filter 

func (_CIFilterClass CIFilterClass) ConvolutionRGB7X7Filter() CIFilter

Applies a convolution 7 x 7 filter to the RGB components of an image.

Return Value

The convolved image.

Discussion

This method applies a 7 x 7 convolution to the [RGB] components image. The effect uses a 7 x 7 area surrounding an input pixel, the pixel itself, and those within a distance of 3 pixels horizontally and vertically. The effect repeats this for every pixel within the image. The work area is then combined with the weight property vector to produce the processed image. This filter differs from the [Convolution7X7Filter] filter, which processes all of the color components including the alpha component.

The convolution-RGB 7 x 7 filter uses the following properties:

`inputImage`: A CIImage containing the image to process. `weights`: A CIVector representing the convolution kernel. `bias`: A `float` representing the value that’s added to each output pixel.

The following code creates a filter that highlights edges in the input image:

[media-4407333]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolutionRGB7X7()

func (CIFilterClass) ConvolutionRGB9HorizontalFilter 

func (_CIFilterClass CIFilterClass) ConvolutionRGB9HorizontalFilter() CIFilter

Applies a convolution 9 x 1 filter to the RGB components of an image.

Return Value

The convolved image.

Discussion

This method applies a 9 x 1 convolution to the [RGB] components of an image. The effect uses a 9 x 1 area surrounding an input pixel, the pixel itself, and those within a distance of 4 pixels horizontally. The effect repeats this for every pixel within the image. Unlike the convolution filters, which use square matrices, this filter can only produce effects along a vertical axis. You can combine this filter with the [ConvolutionRGB9VerticalFilter] to apply separable 9 x 9 convolutions. This filter differs from the [Convolution9HorizontalFilter] filter, which processes all of the color components including the alpha component.

The convolution-RGB-9-vertical filter uses the following properties:

`inputImage`: A CIImage containing the image to process. `weights`: A CIVector representing the convolution kernel. `bias`: A `float` representing the value that’s added to each output pixel.

The following code creates a filter that blurs the image in the horizontal direction:

[media-4407285]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolutionRGB9Horizontal()

func (CIFilterClass) ConvolutionRGB9VerticalFilter 

func (_CIFilterClass CIFilterClass) ConvolutionRGB9VerticalFilter() CIFilter

Applies a convolution 1 x 9 filter to the RGB components of an image.

Return Value

This method applies a 1 x 9 convolution to the [RGB] components of an image. The effect uses a 1 x 9 area surrounding an input pixel, the pixel itself, and those within a distance of 4 pixels vertically. The effect repeats this for every pixel within the image. Unlike the convolution filters, which use square matrices, this filter can only produce effects along a vertical axis. You can combine this filter with the [ConvolutionRGB9HorizontalFilter] to apply separable 9 x 9 convolutions. This filter differs from the [Convolution9VerticalFilter] filter, which processes all of the color components including the alpha component.

Discussion

The convolution-RGB-9-vertical filter uses the following properties:

`inputImage`: A CIImage containing the image to process. `weights`: A CIVector representing the convolution kernel. `bias`: A `float` representing the value that’s added to each output pixel.

The following code creates a filter that blurs the image in the vertical direction:

[media-4407305]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/convolutionRGB9Vertical()

func (CIFilterClass) CopyMachineTransitionFilter 

func (_CIFilterClass CIFilterClass) CopyMachineTransitionFilter() CIFilter

Simulates the effect of a copy machine scanner light to transiton between two images.

Return Value

The transition image.

Discussion

This method applies the copy machine transition filter to an image. The effect transitions from one image to another by simulating the scanning light effect of a copy machine.

The copy machine transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber. `angle`: A `float` representing the angle of the copier light, in radians as an NSNumber. `width`: A `float` representing the width of the effect as a NSNumber. `extent`: A CGRect representing the area of the copy machine effect. `color`: A CIColor representing the color of the light. `opacity`: A `float` representing the transparency of the copier light as an NSNumber.

The following code creates a filter that produces a light bar that glides across the input image revealing the target image:

[media-3616432]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/copyMachineTransition()

func (CIFilterClass) CoreMLModelFilter 

func (_CIFilterClass CIFilterClass) CoreMLModelFilter() CIFilter

Filters an image with a Core ML model.

Return Value

The modified image.

Discussion

This method applies the Core ML model filter to an image. The effect filters the image using a trained Core ML model to produce the result. Specifying the head index allows you to produce a result from various components of a multiheaded coreML model.

The Core ML model filter uses the following properties:

`inputImage`: An image with the type CIImage. `headIndex`: A `float` representing which output of a multihead Core ML model should be used for applying the effect to an image. `softmaxNormalization`: A [Boolean] value representing the softmax normalization to be applied to the output image created by the model. `inputModel`: The Core ML model to be used for applying effect on the image.

The following code creates a filter that results in the flowers appearing to be glass panes:

[media-3600002]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/coreMLModel()

func (CIFilterClass) CrystallizeFilter 

func (_CIFilterClass CIFilterClass) CrystallizeFilter() CIFilter

Creates an image made with a series of colorful polygons.

Return Value

The modified image.

Discussion

This method applies the crystallize filter to an image. The effect creates polygon-shaped color blocks by aggregating pixel-color values.

The crystallize filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the area of effect as an NSNumber. `center`: A set of coordinates marking the center of the image as a CGPoint.

The following code creates a filter that results in an image made of small polygons:

[media-3599996]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/crystallize()

func (CIFilterClass) DarkenBlendModeFilter 

func (_CIFilterClass CIFilterClass) DarkenBlendModeFilter() CIFilter

Blends colors from two images while darkening lighter pixels.

Return Value

The modified image.

Discussion

This method applies the darken-blend mode filter to an image. The effect targets lighter colors in the background image and darkens them, while darker colors remain unchanged. The result is the sum of the adjusted color values from both images.

The darken-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that darkens the image:

[media-3546416]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/darkenBlendMode()

func (CIFilterClass) DepthOfFieldFilter 

func (_CIFilterClass CIFilterClass) DepthOfFieldFilter() CIFilter

Simulates a depth of field effect.

Return Value

The modified image.

Discussion

This method applies the depth of field filter to an image. The effect simulates changing the focus of the camera before taking a photograph.

The depth of field filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the area of effect as an NSNumber. `point0`: A set of coordinates marking the first point to be focused on as a CGPoint. `point1`: A set of coordinates marking the second point to be focused on as a CGPoint. `unsharpMaskRadius`: A `float` representing the radius of the unsharpened mask effect applied to the in-focus area of effect as an NSNumber. `unsharpMaskIntensity`: A `float` representing the intensity of the unsharp mask effect as an NSNumber.

The following code creates a filter that results in the center cilantro being in focus while gradually blurring to the top and bottom of the image:

[media-3599997]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/depthOfField()

func (CIFilterClass) DepthToDisparityFilter 

func (_CIFilterClass CIFilterClass) DepthToDisparityFilter() CIFilter

Converts from an image containing depth data to an image containing disparity data.

Return Value

An image containing the disparity data.

Discussion

This method applies the depth-to-disparity filter. The filter takes depth data as an input and produces disparity data in the output image. You can use the output of this filter to create a stereo image.

The depth-to-disparity filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that generates a depth map image:

[media-3598060]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/depthToDisparity()

func (CIFilterClass) DifferenceBlendModeFilter 

func (_CIFilterClass CIFilterClass) DifferenceBlendModeFilter() CIFilter

Subtracts color values to blend colors.

Return Value

The modified image.

Discussion

This method applies the difference-blend mode filter to an image. The effect calculates the brightness value for both images and subtracts the smaller value, resulting in a slightly darker image. This effect doesn’t modify images that are black.

The difference-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that blends colors in the background image and input image:

[media-3546397]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/differenceBlendMode()

func (CIFilterClass) DiscBlurFilter 

func (_CIFilterClass CIFilterClass) DiscBlurFilter() CIFilter

Applies a circle-shaped blur to an area of an image.

Return Value

The blurred image.

Discussion

This method applies the disc blur filter to an image. The effect targets the pixels within a circle defined by a `radius` and calculates the median color value to create to the output image.

The disc blur filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a strong blur to the input image:

[media-3544964]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/discBlur()

func (CIFilterClass) DisintegrateWithMaskTransitionFilter 

func (_CIFilterClass CIFilterClass) DisintegrateWithMaskTransitionFilter() CIFilter

Transitions between two images using a mask image.

Return Value

The transition image.

Discussion

This method applies the disintegrate with mask transition filter to an image. The effect transitions from one image to another using the shapes defined by the mask image.

The disintegrate with mask transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `maskImage`: An image with the type CIImage. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber. `shadowRadius`: A `float` representing the size of the shadow as a NSNumber. `shadowDensity`: A `float` representing the strength of the shadow as a NSNumber. `shadowOffset`: A CGPoint representing the size of the shadow from the mask image.

The following code creates a filter that produces a transition between the input and target images starting in the area’s outline in the mask image:

[media-3616430]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/disintegrateWithMaskTransition()

func (CIFilterClass) DisparityToDepthFilter 

func (_CIFilterClass CIFilterClass) DisparityToDepthFilter() CIFilter

Creates depth data from an image containing disparity data.

Return Value

The modified image.

Discussion

The method generates the disparity-to-depth filter. The filter converts a depth data image to disparity data. You can combine with other filters to create more sophisticated images.

The disparity-to-depth filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that generates a disparity depth map image:

[media-3598059]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/disparityToDepth()

func (CIFilterClass) DisplacementDistortionFilter 

func (_CIFilterClass CIFilterClass) DisplacementDistortionFilter() CIFilter

Applies the grayscale values of the second image to the first image.

Return Value

The distorted image.

Discussion

This method applies the displacement distortion filter to an image. This effect distorts an image by applying the grayscale color values of the texture image.

The displacement distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `displacementImage`: An image with the type CIImage. `scale`: A `float` representing the scaling the filter uses to apply the texture to the input image as an NSNumber.

The following code creates a filter that applies the grayscale values of the displacement image to the input image:

[media-4407313]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/displacementDistortion()

func (CIFilterClass) DissolveTransitionFilter 

func (_CIFilterClass CIFilterClass) DissolveTransitionFilter() CIFilter

Transitions between two images with a fade effect.

Return Value

The transition image.

Discussion

This method applies the disintegrate transition filter to an image. The effect transitions from one image to another by using a fade effect.

The dissolve transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber.

The following code creates a filter that produces a fade transition from the input image and the target image:

[media-3616426]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/dissolveTransition()

func (CIFilterClass) DistanceGradientFromRedMaskFilter 

func (_CIFilterClass CIFilterClass) DistanceGradientFromRedMaskFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/distanceGradientFromRedMask()

func (CIFilterClass) DitherFilter 

func (_CIFilterClass CIFilterClass) DitherFilter() CIFilter

Applies randomized noise to produce a processed look.

Return Value

The modified image.

Discussion

The effect applies a dithering effect to the input image. The effect applies randomized noise to the input image to produce a processed look.

The dither filter uses the following properties:

`inputImage`: An image with the type CIImage. `intensity`: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that adds desaturation to the input image:

[media-3545020]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/dither()

func (CIFilterClass) DivideBlendModeFilter 

func (_CIFilterClass CIFilterClass) DivideBlendModeFilter() CIFilter

Divides color values to blend colors.

Return Value

The modified image.

Discussion

This method applies the divide-blend mode filter to an image. The effect divides the background image color values by the color values of the input image, resulting in the output image.

The divide-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that brightens and inverts colors in the background image:

[media-3546405]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/divideBlendMode()

func (CIFilterClass) DocumentEnhancerFilter 

func (_CIFilterClass CIFilterClass) DocumentEnhancerFilter() CIFilter

Adjusts an image’s shadows and contrast.

Return Value

The modified image.

Discussion

This method applies the document enhancer filter to an image. The effect removes unwanted shadows while whitening the background and enhancing contrast. The filter is commonly used to enhance scanned documents.

The document enhancer filter uses the following properties:

`inputImage`: An image with the type CIImage. `amount`: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that adds brightness to the input image:

[media-3545030]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/documentEnhancer()

func (CIFilterClass) DotScreenFilter 

func (_CIFilterClass CIFilterClass) DotScreenFilter() CIFilter

Creates a monochrome image with a series of dots to add detail.

Return Value

The modified image.

Discussion

This method applies a dot screen filter to an image. The effect generates a monochrome image containing a series of dots creating detail. The halftone effect is a set of lines, dots, or circles that contain detail. When viewing the image from a distance, the markings blend together, creating the illusion of continuous lines and shapes. Print media commonly uses this effect.

The dot screen filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `width`: A `float` representing the distance between dots in the pattern as an NSNumber. `sharpness`: A `float` representing the sharpness of the pattern as an NSNumber.

The following code creates a filter that produces an image containing monochrome dots of detail on a black background:

[media-3595912]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/dotScreen()

func (CIFilterClass) DrosteFilter 

func (_CIFilterClass CIFilterClass) DrosteFilter() CIFilter

Stylizes an image with the Droste effect.

Return Value

The distorted image.

Discussion

This method applies the Droste filter to an image. This effect creates a Droste effect that distorts the image by repeating smaller versions of the same image within itself.

The Droste filter uses the following properties:

`inputImage`: An image with the type CIImage. `rotation`: A `float` representing the angle of the rotation, in radians, as an NSNumber. `zoom`: A `float` representing the zoom of the effect as an NSNumber. `periodicity`: A float representing the amount of intervals as an NSNumber. `inputInsetPoint1`: A CGPoint representing the x and y position that defines the first inset point. `inputInsetPoint0`: A CGPoint representing the x and y position that defines the second inset point. `inputStrands`: A float representing the amount of strands as an NSNumber.

The following code creates a filter that results in the image becoming a repeated, scaled pattern:

[media-4407275]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/droste()

func (CIFilterClass) EdgePreserveUpsampleFilter 

func (_CIFilterClass CIFilterClass) EdgePreserveUpsampleFilter() CIFilter

Creates a high-quality upscaled image.

Return Value

The adjusted image.

Discussion

This method applies the edge preserve upsample filter to an image. The effect upsamples a small input image to be the size of the scale image using the luminance of the input image to preserve detail.

The edge preserve upsample filter uses the following properties:

`inputImage`: An image representing the image to upscale with the type CIImage. `scaleImage`: An image representing the reference for scaling the input image with the type CIImage. `spatialSigma`: A float representing the influence of the input image’s spatial information on the upsampling operation as an NSNumber. `lumaSimga`: A float representing influence of the input image’s luma information on the upsampling operation as an NSNumber.

The following code creates a filter that upscales the smaller image to the size of the scale image:

[media-3582220]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/edgePreserveUpsample()

func (CIFilterClass) EdgeWorkFilter 

func (_CIFilterClass CIFilterClass) EdgeWorkFilter() CIFilter

Produces a black-and-white image that looks similar to a woodblock print.

Return Value

The modified image.

Discussion

This method applies the edge work filter to an image. The effect creates a stylized black-and-white rendition of the image that looks similar to a woodblock print.

The edge work filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the area of effect as an NSNumber.

The following code creates a filter that results in a monochrome image with the edges of objects highlighted:

[media-3600010]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/edgeWork()

func (CIFilterClass) EdgesFilter 

func (_CIFilterClass CIFilterClass) EdgesFilter() CIFilter

Hilghlights edges of objects found within an image.

Return Value

The modified image.

Discussion

This method applies the edges filter to an image. The effect uses the `intensity` to compute and highlight edges of items within the image.

The edges filter uses the following property:

`inputImage`: An image with the type CIImage. `intensity`: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that results in a darker image with the edges of objects highlighted with the colors of the input image:

[media-3600007]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/edges()

func (CIFilterClass) EightfoldReflectedTileFilter 

func (_CIFilterClass CIFilterClass) EightfoldReflectedTileFilter() CIFilter

Creates an eight-way reflected pattern.

Return Value

The tiled image.

Discussion

This method applies the eight-fold reflected tile filter to an image. The effect creates an eight-way symmetry from the input image and tiles it to create the output image.

The eight-fold reflected tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber.

The following code creates a filter that results in small symmetrical repeated tiles:

[media-4333630]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/eightfoldReflectedTile()

func (CIFilterClass) ExclusionBlendModeFilter 

func (_CIFilterClass CIFilterClass) ExclusionBlendModeFilter() CIFilter

Subtracts color values to blend colors with less contrast.

Return Value

The modified image.

Discussion

This method applies the exclusion-blend mode filter to an image. The effect calculates the brightness value for both images and subtracts the smaller value, resulting in a darker image.

The exclusion-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that mixes the colors and results in an output image that’s less saturated:

[media-3546411]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/exclusionBlendMode()

func (CIFilterClass) ExposureAdjustFilter 

func (_CIFilterClass CIFilterClass) ExposureAdjustFilter() CIFilter

Adjusts an image’s exposure.

Return Value

The modified image.

Discussion

This method applies the exposure-adjust filter to an image. The effect uses multiplication of color values to simulate the change of exposure within the photo.

The exposure-adjust filter uses the following properties:

`ev`: A `float` representing the amount to adjust the exposure as an NSNumber. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds brightness to the input image:

[media-3545001]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/exposureAdjust()

func (CIFilterClass) FalseColorFilter 

func (_CIFilterClass CIFilterClass) FalseColorFilter() CIFilter

Replaces an image’s colors with specified colors.

Return Value

The modified image.

Discussion

This method applies the false color filter to an image. The effect maps the luminance to a color ramp from `color0` to `color1`. People use this effect to process astronomical and other scientific data, such as ultraviolet and X-ray images.

The false color filter uses the following properties:

`inputImage`: An image with the type CIImage. `color0`: A CIColor representing the first color to use for the color ramp. `color1`: A CIColor representing the second color to use for the color ramp.

The following code creates a filter that replaces the colors of the input image resulting in blue and yellow colors:

[media-3545024]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/falseColor()

func (CIFilterClass) FilterNamesInCategories 

func (_CIFilterClass CIFilterClass) FilterNamesInCategories(categories []string) []string

Returns an array of all published filter names that match all the specified categories.

categories: One or more of the filter category keys defined in [Filter Category Keys]. Pass `nil` to get all filters in all categories. // [Filter Category Keys]: https://developer.apple.com/documentation/CoreImage/filter-category-keys

Return Value

An array that contains all published filter names that match all the categories specified by the `categories` argument.

Discussion

When you pass more than one filter category, this method returns the intersection of the filters in the categories. For example, if you pass the categories kCICategoryBuiltIn and kCICategoryColorAdjustment, you obtain all the filters that are members of both the built-in and color adjustment categories. But if you pass in `kCICategoryGenerator` and kCICategoryStylize, you will not get any filters returned to you because there are no filters that are members of both the generator and stylize categories. If you want to obtain all stylize and generator filters, you must call the “ method for each category separately and then merge the results.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/filterNames(inCategories:)

func (CIFilterClass) FilterNamesInCategory 

func (_CIFilterClass CIFilterClass) FilterNamesInCategory(category string) []string

Returns an array of all published filter names in the specified category.

category: A string object that specifies one of the filter categories defined in [Filter Category Keys]. // [Filter Category Keys]: https://developer.apple.com/documentation/CoreImage/filter-category-keys

Return Value

An array that contains all published names of the filter in a category.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/filterNames(inCategory:)

func (CIFilterClass) FilterWithNameKeysAndValues 

func (_CIFilterClass CIFilterClass) FilterWithNameKeysAndValues(name string, key0 objectivec.IObject) CIFilter

Creates a CIFilter object for a specific kind of filter and initializes the input values with a `nil`-terminated list of arguments.

name: The name of the filter. You must make sure the name is spelled correctly, otherwise your app will run but not produce any output images. For that reason, you should check for the existence of the filter after calling this method.

key0: A list of key-value pairs to set as input values to the filter. Each key is a constant that specifies the name of the input value to set, and must be followed by a value. You signal the end of the list by passing a `nil` value.

Return Value

A CIFilter object whose input values are initialized.

Discussion

As with all Objective-C methods that accept `nil`-terminated argument lists, to prevent unintended behavior you must take take care not to pass a `nil` value before the intended end of the argument list. You can avoid such issues by using the [FilterWithNameWithInputParameters] method to create a filter, expressing the parameter list as a dictionary literal.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/filterWithName:keysAndValues:

func (CIFilterClass) FlashTransitionFilter 

func (_CIFilterClass CIFilterClass) FlashTransitionFilter() CIFilter

Creates a flash of light to transition between two images.

Return Value

The transition image.

Discussion

This method applies the flash transition filter to an image. The effect transitions from the input image to the target image by creating a flash that fills the image and fades to the target image.

The flash transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `extent`: A CGRect representing the size of the rounded rectangle. `color`: A CIColor representing the color of the flash effect. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber. `maxStiriationRadius`: A `float` representing the radius of the light rays emanating from the flash as a NSNumber. `striationStrength`: A `float` representing the strength of the light rays emanating from the flash as a NSNumber. `striationContrast`: A `float` representing the contrast that’s added to each output pixel as a NSNumber. `fadeThreshold`: A `float` representing the amount of fade between the flash and the target image as a NSNumber.

The following code creates a filter that transitions from the input image with a large flash of light and fades to the target image.

[media-3616427]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/flashTransition()

func (CIFilterClass) FourfoldReflectedTileFilter 

func (_CIFilterClass CIFilterClass) FourfoldReflectedTileFilter() CIFilter

Creates a four-way reflected pattern.

Return Value

The tiled image.

Discussion

This method applies the four-fold reflected tile filter to an image. The effect produces a four-way reflected tile image.

The four-fold reflected tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber. `acute angle`: A `float` representing the primary angle for the repeating parallelogram tile as an NSNumber.

The following code creates a filter that results in a four-fold pattern:

[media-3599880]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/fourfoldReflectedTile()

func (CIFilterClass) FourfoldRotatedTileFilter 

func (_CIFilterClass CIFilterClass) FourfoldRotatedTileFilter() CIFilter

Creates a tiled image by rotating a tile in increments of 90 degrees.

Return Value

The tiled image.

Discussion

This method applies the four-fold rotated tile filter to an image. The effect produces a tiled image by rotating a tile from the iput image in increments of 90 degrees.

The four-fold rotated tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber.

The following code creates a filter that results in the flowers in the input image becoming rotated by 90 degrees and tiled:

[media-3599888]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/fourfoldRotatedTile()

func (CIFilterClass) FourfoldTranslatedTileFilter 

func (_CIFilterClass CIFilterClass) FourfoldTranslatedTileFilter() CIFilter

Creates a tiled image by applying four translation operations.

Return Value

The tiled image.

Discussion

This method applies the four-fold translated tile filter to an image. The effect produces a four-way tiled image by applying four translation operations. Translation operations map the position of each element in the photo to a new position in the output image.

The four-fold translated tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. This controls the source of the tile contents. `angle`: A `float` representing the direction of the tiled patten, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber. `acuteAngle`: A `float` representing the primary angle for the repeating translated tile as an NSNumber.

The following code creates a filter that performs a four-fold translated tile operation on the image:

[media-4333629]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/fourfoldTranslatedTile()

func (CIFilterClass) GaborGradientsFilter 

func (_CIFilterClass CIFilterClass) GaborGradientsFilter() CIFilter

Highlights textures in an image.

Return Value

The modified image.

Discussion

This method applies the Gabor gradients filter to an image. The effect targets the texture of objects within the frame, and is frequently used to find detail in photographs of fingerprints.

The gabor gradients filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in a darker image with shades of green and red outlining the texture of objects:

[media-3600000]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/gaborGradients()

func (CIFilterClass) GammaAdjustFilter 

func (_CIFilterClass CIFilterClass) GammaAdjustFilter() CIFilter

Alters an image’s transition between black and white.

Return Value

The modified image.

Discussion

This method applies the gamma-adjust filter to an image. The effect adjusts the image’s mid-tone brightness. This filter is typically used to compensate for distortion caused by displays.

The gamma-adjust filter uses the following properties:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds darker colors to the input image:

[media-3545006]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/gammaAdjust()

func (CIFilterClass) GaussianBlurFilter 

func (_CIFilterClass CIFilterClass) GaussianBlurFilter() CIFilter

Blurs an image with a Gaussian distribution pattern.

Return Value

The blurred image.

Discussion

This method applies a Gaussian blur filter to an image. The effect targets the pixels within a circle defined by a `radius` and uses Gaussian ditribution to blur the image from the center out.

The Gaussian blur filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a heavy blur to the input image:

[media-3544963]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/gaussianBlur()

func (CIFilterClass) GaussianGradientFilter 

func (_CIFilterClass CIFilterClass) GaussianGradientFilter() CIFilter

Generates a gradient that varies from one color to another using a Gaussian distribution.

Return Value

The generated image.

Discussion

This method generates a Gaussian gradient image. The effect uses the Gaussian kernel to calculate the even dispersal of the first color in the center to the second color in the image’s periphery.

The Gaussian gradient filter uses the following properties:

`center`: A CGPoint representing the center of the effect as x and y coordinates. `color0`: A CIColor representing the first color to use in the gradient. `color1`: A CIColor representing the second color to use in the gradient. `radius`: A `float` representing the radius of the Gaussian distribution as an NSNumber.

The following code creates a filter that generates a gradient image:

[media-3558795]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/gaussianGradient()

func (CIFilterClass) GlassDistortionFilter 

func (_CIFilterClass CIFilterClass) GlassDistortionFilter() CIFilter

Distorts an image by applying a glass-like texture.

Return Value

The distorted image.

Discussion

This method applies the glass distortion filter to an image. This effect distorts an image by applying a glass texture from the raised portions of the texture map image.

The glass distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `texture`: An image with the type CIImage. `scale`: The amount of texturing to apply. Larger values increase the effect. Defaults to 200. `center`: A set of coordinates marking the center of the image as a CGPoint.

The following code creates a filter that results in a glass-like distortion applied to the image:

[media-4407314]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/glassDistortion()

func (CIFilterClass) GlassLozengeFilter 

func (_CIFilterClass CIFilterClass) GlassLozengeFilter() CIFilter

Creates a lozenge-shaped lens and distorts the image.

Return Value

The distorted image.

Discussion

This method applies the glass lozenge filter to an image. This effect distorts an image by creating a lozenge shape placed over the input image.

The absolute threshold filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the radius of the lozenge distortion as an NSNumber. `refraction`: A `float` representing the refraction of the glass as an NSNumber. `inputPoint1`: A CGPoint representing the x and y positions that define the center of the circle at the first end of the lozenge. `inputPoint2`: A CGPoint representing the x and y positions that define the center of the circle at the second end of the lozenge.

The following code creates a filter that results in a large glass lozenge distorting the image:

[media-4407280]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/glassLozenge()

func (CIFilterClass) GlideReflectedTileFilter 

func (_CIFilterClass CIFilterClass) GlideReflectedTileFilter() CIFilter

Tiles an image by rotating and reflecting a tile from the image.

Return Value

The tiled image.

Discussion

This method applies the glide reflected tile filter to an image. The effect produces a tiled image by rotating and reflecting a tile from the input image.

The glide reflected tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber.

The following code creates a filter that results in flipping the image and then tiling the result:

[media-3599883]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/glideReflectedTile()

func (CIFilterClass) GloomFilter 

func (_CIFilterClass CIFilterClass) GloomFilter() CIFilter

Adjusts an image’s color by applying a gloom filter.

Return Value

The modified image.

Discussion

This method applies the gloom filter to an image. The effect reduces the highlights of the image resulting in the image looking dull.

The gloom filter uses the following properties:

`inputImage`: An image with the type CIImage. radius: A `float` representing the area of effect as an NSNumber. intensity: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that results in a darker image with a slight blur:

[media-3599998]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/gloom()

func (CIFilterClass) HardLightBlendModeFilter 

func (_CIFilterClass CIFilterClass) HardLightBlendModeFilter() CIFilter

Blends colors of two images by screening and multiplying.

Return Value

The modified image.

Discussion

This method applies the hard-light blend mode filter to an image. The effect calculates the brightness of the colors in the background image. Colors that are lighter than 50 percent gray become lighter. If the brightness of the colors in the input image are darker then 50 percent gray, the effect darkens the colors. The filter then uses the calculated results to create the output image.

The hard-light blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that mixes the colors and results in an output image that’s darker and more saturated:

[media-3546419]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/hardLightBlendMode()

func (CIFilterClass) HatchedScreenFilter 

func (_CIFilterClass CIFilterClass) HatchedScreenFilter() CIFilter

Creates a monochrome image with a series of lines to add detail.

Return Value

The modified image.

Discussion

This method applies a hatched screen filter to an image. The effect generates a monochrome image containing a series of lines in hatched pattern to create detail. The halftone effect is a set of lines, dots, or circles that contain detail. When viewing the image from a distance, the markings blend together, creating the illusion of continuous lines and shapes. The effect is often used in print media for more efficient printing.

The hatched screen filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the angle of the pattern as an NSNumber. `width`: A `float` representing the distance between lines in the pattern as an NSNumber. `sharpness`: A `float` representing the sharpness of the pattern as an NSNumber.

The following code creates a filter that produces a monochrome image containing lines of detail on a black background:

[media-3595917]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/hatchedScreen()

func (CIFilterClass) HeightFieldFromMaskFilter 

func (_CIFilterClass CIFilterClass) HeightFieldFromMaskFilter() CIFilter

Creates a realistic shaded height-field image.

Return Value

The modified image.

Discussion

This method applies the height-field from the mask filter to an image. The effect targets the white in the input image and creates realistic shading.

The height field from mask filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the area of effect as an NSNumber.

The following code creates a filter that results in the text having a shading effect:

[media-3600011]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/heightFieldFromMask()

func (CIFilterClass) HexagonalPixellateFilter 

func (_CIFilterClass CIFilterClass) HexagonalPixellateFilter() CIFilter

Creates an image made of a series of colorful hexagons.

Return Value

The modified image.

Discussion

This method applies the hexagonal pixelate filter to an image. The effect creates an image containing colored hexagons.

The hexagonal pixelate filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `scale`: A `float` representing the scale of the hexagons as an NSNumber.

The following code creates a filter that results in an image made up of hexagons:

[media-3600003]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/hexagonalPixellate()

func (CIFilterClass) HighlightShadowAdjustFilter 

func (_CIFilterClass CIFilterClass) HighlightShadowAdjustFilter() CIFilter

Adjusts the highlights of colors to reduce shadows.

Return Value

The modified image.

Discussion

This method applies the highlight-shadow adjust filter to an image. The effect adjusts shadows, while preserving spatial detail in the image.

The highlight-shadow adjust filter uses the following properties:

`inputImage`: An image with the type CIImage. `shadowAmount`: A `float` representing the amount of generated shadow as an NSNumber. `radius`: A `float` representing the radius of the shadow as an NSNumber. `highlightAmount`: A `float` representing the strength of the shadow as an NSNumber.

The following code creates a filter that results in a brighter image with reduced shadows:

[media-3600012]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/highlightShadowAdjust()

func (CIFilterClass) HistogramDisplayFilter 

func (_CIFilterClass CIFilterClass) HistogramDisplayFilter() CIFilter

Generates a histogram map from the image.

Return Value

The generated image.

Discussion

This method applies the histogram display filter to the result of the output from the [AreaHistogramFilter] filter. This effect shows a graphical representation of the tonal distribution of colors in the image.

The histogram display filter uses the following properties:

`inputImage`: An image with the type CIImage. Typically this is the output from the area histogram filter. `height`: A `float` representing the height of the generated histogram image as an NSNumber. `lowLimit`: A `float` representing the fraction of the left portion of the histogram image to make darker as an NSNumber. `hightLimit`: A `float` representing the fraction of the right portion of the histogram to make lighter as an NSNumber.

The following code creates a filter that results in a histogram diagram generated from the input image:

[media-4332168]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/histogramDisplay()

func (CIFilterClass) HoleDistortionFilter 

func (_CIFilterClass CIFilterClass) HoleDistortionFilter() CIFilter

Distorts an image with a circular area that pushes the image outward.

Return Value

The distorted image.

Discussion

This method applies the hole distortion filter to an image. This effect distorts the image by generating a circular area that displaces pixels in the image by pushing them outward from the hole defined by the radius.

The absolute threshold filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `radius`: A `float` representing the amount of pixels the filter uses to create the distortion as an NSNumber.

The following code creates a filter that results in an image becoming distorted from the center outward:

[media-4407309]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/holeDistortion()

func (CIFilterClass) HueAdjustFilter 

func (_CIFilterClass CIFilterClass) HueAdjustFilter() CIFilter

Modifies an image’s hue.

Return Value

The modified image.

Discussion

This method applies the hue-adjust filter to an image. The effect changes the hue or color of the pixels by using the angle to modify the image’s color data.

The hue-adjust filter uses the following properties:

`angle`: A `float` representing the angle in radians to adjust the current hue of the image as an NSNumber. `inputImage`: An image with the type CIImage.

The following code creates a filter that shifts the hue of the image by 5 radians.

[media-3544999]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/hueAdjust()

func (CIFilterClass) HueBlendModeFilter 

func (_CIFilterClass CIFilterClass) HueBlendModeFilter() CIFilter

Blends colors of two images by computing the sum of image color values.

Return Value

The modified image.

Discussion

This method applies the hue-blend mode filter to an image. The effect uses the values of the saturation and luminance from the background image with the hue of the input image to produce the output.

The hue-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that applies the hue-blend mode filter.

[media-3546412]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/hueBlendMode()

func (CIFilterClass) HueSaturationValueGradientFilter 

func (_CIFilterClass CIFilterClass) HueSaturationValueGradientFilter() CIFilter

Generates a gradient representing a specified color space.

Return Value

The generated image.

Discussion

This method generates a hue-saturation-value gradient image. The filter creates a color wheel that shows the hues and saturations for a specified CGColorSpace.

The hue-saturation-value gradient uses the following properties:

`colorSpace`: A CGColorSpace representing the color space for the generated color wheel. `dither`: A `boolean` value specifying whether the distort the generated output. `radius`: A `float` representing the distance from the center of the effect as an NSNumber. `softness`: A `float` representing the softness of the generated color wheel as an NSNumber. `value`: A `float` representing the lightness of the hue-saturation gradient as an NSNumber.

The following code creates a filter that generates a color-space image:

[media-3558798]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/hueSaturationValueGradient()

func (CIFilterClass) KMeansFilter 

func (_CIFilterClass CIFilterClass) KMeansFilter() CIFilter

Applies the k-means algorithm to find the most common colors in an image.

Return Value

A one-dimensional CIImage containing the colors.

Discussion

This filter uses the k-means clustering algorithm to find the most common colors in an input image. The result is a CIImage with `count` x 1 dimensions. Each [RGBA] pixel in the result image represents the center of a k-means cluster. The [RGB] components contain the color and the alpha component represents the weight of the color. You typically use the [KMeansFilter] filter in conjunction with the [PalettizeFilter] filter to produce an image with a reduced number of colors.

`inputImage`: A CIImage to process. `extent`: A CGRect specifying the area of the image to analyze. `means`: An optional CIImage containing a set of colors to use as seeds for the k-means clustering. `count`: The number of k-means color clusters that should be created. Maximum is `128`, and default is `8`. `passes`: The number of k-means passes that should run. Maximum is `20`, and default is `5`. `perceptual`: Whether the k-means color palette should use a perceptual color space.

The following code example uses the [KMeansFilter] filter followed by the [PalettizeFilter] filter to reduce the colors in the image to four:

[media-4332587]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/kMeans()

func (CIFilterClass) KaleidoscopeFilter 

func (_CIFilterClass CIFilterClass) KaleidoscopeFilter() CIFilter

Creates a 12-way kaleidoscopic image from an image.

Return Value

The tiled image.

Discussion

This method applies the kaleidoscope tile filter to an image. The effect produces a complex 12-way symmetrical reflected pattern from the input image.

The kaleidoscope tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `count`: A `float` representing the number of reflections in the pattern as an NSNumber.

The following code creates a filter that results in the creation of a kaleidoscope effect from the input image:

[media-3599884]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/kaleidoscope()

func (CIFilterClass) KeystoneCorrectionCombinedFilter 

func (_CIFilterClass CIFilterClass) KeystoneCorrectionCombinedFilter() CIFilter

Adjusts the image vertically and horizontally to remove distortion.

Return Value

The adjusted image.

Discussion

This method applies the keystone correction combined filter to an image. The effect applies a combined set of horizontal and vertical guides to adjust the shape of the input image. This effect is commonly used when cropping an image to correct distortion. In the figure below, both vertical and horizontal adjustments are made, resulting in a trapezoid-shaped image.

The keystone correction filter uses the following properties:

`inputImage`: An image with the type CIImage. `topLeft`: A CGPoint in the input image mapped to the top-left corner of the output image. `topRight`: A CGPoint in the input image mapped to the top-right corner of the output image. `bottomLeft`: A CGPoint in the input image mapped to the bottom-left corner of the output image. `bottomRight`: A CGPoint in the input image mapped to the bottom-right corner of the output image. `focalLength`: A `float` representing the simulated focal length as an NSNumber.

The following code creates a filter that distorts the image:

[media-3582223]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/keystoneCorrectionCombined()

func (CIFilterClass) KeystoneCorrectionHorizontalFilter 

func (_CIFilterClass CIFilterClass) KeystoneCorrectionHorizontalFilter() CIFilter

Horizontally adjusts an image to remove distortion.

Return Value

The adjusted image.

Discussion

This method applies the keystone correction horizontal filter to an image. The effect applies a set of horizontal guides and simulated focal length to adjust the shape of the input image. This effect is commonly used when cropping an image to correct distortion. In the figure below, both vertical and horizontal adjustments are made, resulting in a trapezoid-shaped image.

The keystone correction horizontal filter uses the following properties:

`inputImage`: An image with the type CIImage. `topLeft`: A CGPoint in the input image mapped to the top-left corner of the output image. `topRight`: A CGPoint in the input image mapped to the top-right corner of the output image. `bottomLeft`: A CGPoint in the input image mapped to the bottom-left corner of the output image. `bottomRight`: A CGPoint in the input image mapped to the bottom-right corner of the output image. `focalLength`: A `float` representing the simulated focal length as an NSNumber.

The following code creates a filter that distorts the image:

[media-3582230]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/keystoneCorrectionHorizontal()

func (CIFilterClass) KeystoneCorrectionVerticalFilter 

func (_CIFilterClass CIFilterClass) KeystoneCorrectionVerticalFilter() CIFilter

Vertically adjusts an image to remove distortion.

Return Value

The adjusted image.

Discussion

This method applies the keystone correction vertical. The effect performs vertical adjustment of the image to shape the image to be rectangular. This effect is commonly used with multimedia projectors to correct the distortion caused by the projector being lower or higher than the projected screen.

The keystone vertical filter uses the following properties:

`inputImage`: An image with the type CIImage. `topLeft`: A CGPoint in the input image mapped to the top-left corner of the output image. `topRight`: A CGPoint in the input image mapped to the top-right corner of the output image. `bottomLeft`: A CGPoint in the input image mapped to the bottom-left corner of the output image. `bottomRight`: A CGPoint in the input image mapped to the bottom-right corner of the output image. `focalLength`: A `float` representing the simulated focal length as an NSNumber.

The following code creates a filter that distorts the image:

[media-3582222]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/keystoneCorrectionVertical()

func (CIFilterClass) LabDeltaE 

func (_CIFilterClass CIFilterClass) LabDeltaE() CIFilter

Compares an image’s color values.

Return Value

The modified image.

Discussion

This method applies the Lab ΔE filter to an image. The effect creates an image based on the visual color differences between the two input images. The resulting image contains ΔE 1994 values between 0.0 and 100.0.

The Lab ΔE filter uses the following properties:

`inputImage`: An image with the type CIImage. `image2`: An image with the type CIImage the system uses for comparison.

The following code creates a filter that removes the background from the input image:

[media-3546476]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/labDeltaE()

func (CIFilterClass) LanczosScaleTransformFilter 

func (_CIFilterClass CIFilterClass) LanczosScaleTransformFilter() CIFilter

Creates a high-quality, scaled version of a source image.

Return Value

The adjusted image.

Discussion

This method applies the Lanczos scale transform filter to an image. The effect creates the output image by scaling the input image based on the scale and aspect ratio properties provided.

The Lanczos scale filter uses the following properties:

`inputImage`: An image with the type CIImage. `scale`: A `float` representing the scaling factor used on the image as an NSNumber. Values less than `1.0` scale down the images. Values greater than `1.0` scale up the image. `aspectRatio`: A `float` representing the additional horizontal scaling factor used on the image as an NSNumber.

The following code creates a filter that results in a smaller scaled image with high quality:

[media-3582221]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/lanczosScaleTransform()

func (CIFilterClass) LenticularHaloGeneratorFilter 

func (_CIFilterClass CIFilterClass) LenticularHaloGeneratorFilter() CIFilter

Generates a lenticular halo image.

Return Value

The generated image.

Discussion

This method generates a lenticular halo image. You commonly combine this effect with an image to simulate a halo generated by the spread of light on a lens.

The lenticular halo generator filter uses the following properties:

`center`: A `vector` representing the center of the lens flare as a CIVector. `color`: A CIColor controlling the proportion of red, green, and blue halos. `haloWidth`: A `float` representing the halo width as an NSNumber. `haloRadius`: A `float` representing the halo radius as an NSNumber. `haloOverlap`: A `float` representing the overlap of red, green, and blue halos as an NSNumber. A value of 1 results in a full overlap. `striationStrength`: A `float` representing the brightness of the rainbow-colored halo area as an NSNumber. `striationContrast`: A `float` representing the contrast of the rainbow-colored halo area as an NSNumber. `time`: A `float` representing the addition of brightness to the halo as an NSNumber.

The following code creates a filter that generates a lenticular halo image:

[media-3592392]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/lenticularHaloGenerator()

func (CIFilterClass) LightTunnelFilter 

func (_CIFilterClass CIFilterClass) LightTunnelFilter() CIFilter

Distorts an image by generating a light tunnel.

Return Value

The distorted image.

Discussion

This method applies the light tunnel filter to an image. This effect distorts the input image by warping the image to cylinder shape.

The light tunnel filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the light tunnel as a CGPoint. `radius`: A `float` representing the amount of pixels the filter uses to create the light tunnel as an NSNumber. rotation: A `float` representing the rotation angle of the light tunnel as an NSNumber.

The following code creates a filter that generates a swirling pattern from the input image:

[media-4407304]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/lightTunnel()

func (CIFilterClass) LightenBlendModeFilter 

func (_CIFilterClass CIFilterClass) LightenBlendModeFilter() CIFilter

Blends colors from two images by brightening colors.

Return Value

The modified image.

Discussion

This method applies the lighten-blend mode filter to an image. The effect replaces any samples in the background image that are darker than input image.

The lighten-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image that blends the input and background image colors:

[media-3546398]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/lightenBlendMode()

func (CIFilterClass) LineOverlayFilter 

func (_CIFilterClass CIFilterClass) LineOverlayFilter() CIFilter

Creates an image that resembles a sketch of the outlines of objects.

Return Value

The modified image.

Discussion

This method applies the line overlay filter to an image. The effect creats a sketch that outlines the edges of the image in black, leaving the non-outlined portion of the image transparent.

The line overlay filter uses the following properties:

`inputImage`: An image with the type CIImage. `nrNoiseLevel`: A `float` representing the desired level of noise as an NSNumber. `nrSharpness`: A `float` representing the desired level of sharpness as an NSNumber. `edgeIntensity`: A `float` representing the Sobel gradient information for edge tracing as an NSNumber. `threshold`: A `float` representing the threshold of edge visibilty as an NSNumber. `contrast`: A `float` representing the desired contrast as an NSNumber.

The following code creates a filter that results in a monochrome image with lines outlining the edges of objects:

[media-3600001]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/lineOverlay()

func (CIFilterClass) LineScreenFilter 

func (_CIFilterClass CIFilterClass) LineScreenFilter() CIFilter

Creates a monochrome image with a series of small lines to add detail.

Return Value

The modified image.

Discussion

This method applies a line screen filter to an image. The effect generates a monochrome image containing a series of lines creating detail. The halftone effect is a set of lines, dots, or circles that contain detail. When viewing the image from a distance, the markings blend together, creating the illusion of continuous lines and shapes. Print media commonly uses this effect.

The line screen filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the angle of the pattern as an NSNumber. `width`: A `float` representing the distance between lines in the pattern as an NSNumber. `sharpness`: A `float` representing the sharpness of the pattern as an NSNumber.

The following code creates a filter that creates a monochrome image containing small lines of detail on a black background:

[media-3595915]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/lineScreen()

func (CIFilterClass) LinearBurnBlendModeFilter 

func (_CIFilterClass CIFilterClass) LinearBurnBlendModeFilter() CIFilter

Blends color from two images while increasing contrast.

Return Value

The modified image.

Discussion

This method applies the linear-burn blend mode filter to an image. The effect calculates the brightness value for the background image then darkens it to reflect the brightness of the input image. The effect then decreases the contrast in the output image.

The linear-burn blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in an output image that’s much darker with very little visible detail:

[media-3546415]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/linearBurnBlendMode()

func (CIFilterClass) LinearDodgeBlendModeFilter 

func (_CIFilterClass CIFilterClass) LinearDodgeBlendModeFilter() CIFilter

Blends colors of two images with dodging.

Return Value

The modified image.

Discussion

This method applies the linear-dodge-blend mode filter to an image. The effect calculates the brightness value for the background image then brightens it to reflect the brightness of the input image. The effect then increases the contrast in the output image.

The linear-dodge-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image becoming brighter with both images’ colors:

[media-3546417]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/linearDodgeBlendMode()

func (CIFilterClass) LinearGradientFilter 

func (_CIFilterClass CIFilterClass) LinearGradientFilter() CIFilter

Generates a color gradient that varies along a linear axis between two defined endpoints.

Return Value

The generated image.

Discussion

This method generates a linear-gradient image. The effect creates a gradient that varies linearly between the two input properties of `point0` and `point1`.

The linear-gradient filter uses the following properties:

`point0`: A CGPoint representing the starting position of the gradient. `point1`: A CGPoint representing the ending position of the gradient. `color0`: A CIColor representing the first color to use in the gradient. `color1`: A CIColor representing the second color to use the gradient.

The following code creates a filter that generates a gradient image:

[media-3558797]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/linearGradient()

func (CIFilterClass) LinearLightBlendModeFilter 

func (_CIFilterClass CIFilterClass) LinearLightBlendModeFilter() CIFilter

A combination of linear burn and linear dodge blend modes.

Return Value

The blended image as a CIImage.

Discussion

The linear-light blend mode combines the linear-dodge and linear-burn blend modes (rescaled so that neutral colors become middle gray). If the input image’s values are lighter than middle gray, the filter uses dodge; for darker values, the filter uses burn.

`inputImage`: A CIImage containing the input image `backgroundImage`: A CIImage containing the background image.

The following code sample applies the linear-light blend mode filter to two images:

[media-4407310]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/linearLightBlendMode()

func (CIFilterClass) LinearToSRGBToneCurveFilter 

func (_CIFilterClass CIFilterClass) LinearToSRGBToneCurveFilter() CIFilter

Alters an image’s color intensity.

Return Value

The modified image.

Discussion

This method applies the linear-to-sRGB tone curve filter to an image. The effect converts an image in linear color space to sRGB.

The linear-to-sRGB tone curve filter uses the following properties:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds brightness to the input image:

[media-3545000]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/linearToSRGBToneCurve()

func (CIFilterClass) LocalizedDescriptionForFilterName 

func (_CIFilterClass CIFilterClass) LocalizedDescriptionForFilterName(filterName string) string

Returns the localized description of a filter for display in the user interface.

filterName: The filter name.

Return Value

The localized description of the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/localizedDescription(forFilterName:)

func (CIFilterClass) LocalizedNameForCategory 

func (_CIFilterClass CIFilterClass) LocalizedNameForCategory(category string) string

Returns the localized name for the specified filter category.

category: A filter category.

Return Value

The localized name for the filter category.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/localizedName(forCategory:)

func (CIFilterClass) LocalizedNameForFilterName 

func (_CIFilterClass CIFilterClass) LocalizedNameForFilterName(filterName string) string

Returns the localized name for the specified filter name.

filterName: A filter name.

Return Value

The localized name for the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/localizedName(forFilterName:)

func (CIFilterClass) LocalizedReferenceDocumentationForFilterName 

func (_CIFilterClass CIFilterClass) LocalizedReferenceDocumentationForFilterName(filterName string) foundation.NSURL

Returns the location of the localized reference documentation that describes the filter.

filterName: The filter name.

Return Value

A URL that specifies the location of the localized documentation, or `nil` if the filter does not provide localized reference documentation.

Discussion

The URL can be a local file or a remote document on a web server. Because filters created prior to OS X v10.5 could return `nil`, you should be make sure that your code handles this case gracefully.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/localizedReferenceDocumentation(forFilterName:)

func (CIFilterClass) LuminosityBlendModeFilter 

func (_CIFilterClass CIFilterClass) LuminosityBlendModeFilter() CIFilter

Blends color from two images by calculating the color, hue, and saturation.

Return Value

The modified image.

Discussion

This method applies the luminosity-blend mode filter to an image. The effect creates the output image by using the hue and saturation values of the background image while using the luminance values of the input image.

The luminosity-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image having accurate gray colors while other colors are added from the background image:

[media-3546410]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/luminosityBlendMode()

func (CIFilterClass) MaskToAlphaFilter 

func (_CIFilterClass CIFilterClass) MaskToAlphaFilter() CIFilter

Converts an image to a white image with an alpha component.

Return Value

The modified image.

Discussion

This method applies the mask-to-alpha filter to an image. The value of the alpha component is determined by the grayscale value of the input image. Black pixels become completely transparent, white pixels are completely solid.

The mask-to-alpha filter uses the following properties:

`inputImage`: An image with the type CIImage.

The following code creates a filter that makes the input image’s background transparent:

[media-3545058]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/maskToAlpha()

func (CIFilterClass) MaskedVariableBlurFilter 

func (_CIFilterClass CIFilterClass) MaskedVariableBlurFilter() CIFilter

Blurs a specified portion of an image.

Return Value

The blurred image.

Discussion

This method applies the masked variable blur to an image. The effect blurs the image in an area defined by the mask image. The mask image contains shades of grey that define the strength of the blur. Black colors in the mask cause no blurring, and white colors cause maximum blur.

The masked variable blur filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `mask`: An image that masks an area on the input image with the type CIImage. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a blur to the bottom of the input image:

[media-4334872]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/maskedVariableBlur()

func (CIFilterClass) MaximumComponentFilter 

func (_CIFilterClass CIFilterClass) MaximumComponentFilter() CIFilter

Creates a maximum RGB grayscale image.

Return Value

The modified image.

Discussion

This method applies the maximum component filter to an image. The effect applies a preconfigured set of effects that result in the input image becoming grayscale using the maximum RGB color components.

The maximum component filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds brightness and makes the input image grayscale:

[media-3545023]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/maximumComponent()

func (CIFilterClass) MaximumCompositingFilter 

func (_CIFilterClass CIFilterClass) MaximumCompositingFilter() CIFilter

Applies a maximum compositing filter to an image.

Return Value

The modified image.

Discussion

This method applies the maximum compositing filter to an image. The effect calculates the maximum value for each color component in the input and background images. The filter then uses the resulting color to create the output image.

The maximum compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in an image with a mixture of images’ colors:

[media-3546413]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/maximumCompositing()

func (CIFilterClass) MaximumScaleTransformFilter 

func (_CIFilterClass CIFilterClass) MaximumScaleTransformFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/maximumScaleTransform()

func (CIFilterClass) MedianFilter 

func (_CIFilterClass CIFilterClass) MedianFilter() CIFilter

Calculates the median of an image to refine detail.

Return Value

The blurred image.

Discussion

This method applies the median filter to an image. The effect computes the median value of colors for a group of neighboring pixels and replaces each pixel with calculated data.

The median filter uses the following properties:

inputImage: A CIImage representing the input image to apply the filter to.

The following code creates a filter that refines the detail in the input image:

[media-3544967]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/median()

func (CIFilterClass) MeshGeneratorFilter 

func (_CIFilterClass CIFilterClass) MeshGeneratorFilter() CIFilter

Generates a pattern made from an array of line segments.

Return Value

The generated image.

Discussion

This method generates a mesh generator image. The effect uses an array of line segments to create the resulting image.

The mesh generator filter uses the following properties:

`inputMesh`: An `array` of line segments stored as an array of CIVector, each containing a start point and end point. `color`: A CIColor representing the color used to make the mesh. `width`: A `float` representing the width of the line segments as an NSNumber

The following code creates a filter that generates a green star made from mesh segments:

[media-3590974]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/meshGenerator()

func (CIFilterClass) MinimumComponentFilter 

func (_CIFilterClass CIFilterClass) MinimumComponentFilter() CIFilter

Creates a minimum RGB grayscale image.

Return Value

The modified image.

Discussion

This method applies the minimum component filter to an image. The effect applies a preconfigured set of effects that result in the input image becoming grayscale using the minimum RGB color components.

The minimum component filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds darkness and makes the input image grayscale:

[media-3545011]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/minimumComponent()

func (CIFilterClass) MinimumCompositingFilter 

func (_CIFilterClass CIFilterClass) MinimumCompositingFilter() CIFilter

Blends colors from two images by computing minimum values.

Return Value

The modified image.

Discussion

This method applies the minimum compositing filter to an image. The effect calculates the minimum value for each color component in the input and background images. The filter then uses the resulting color to create the output image.

The minimum compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the output image becoming brighter with both images’ colors:

[media-3546409]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/minimumCompositing()

func (CIFilterClass) MixFilter 

func (_CIFilterClass CIFilterClass) MixFilter() CIFilter

Blends two images together.

Return Value

The modified image.

Discussion

This method applies the mix filter to an image. The effect uses the amount property to interpolate between the input image and the background image, resulting in both images visible in the output image.

The mix filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image representing the background image with the type CIImage. `amount`: A `float` representing the strength of the effect as an NSNumber.

The following code creates a filter that combines the input and background images to create one image with both images visible:

[media-3600009]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/mix()

func (CIFilterClass) ModTransitionFilter 

func (_CIFilterClass CIFilterClass) ModTransitionFilter() CIFilter

Transitions between two images by applying irregularly shaped holes.

Return Value

The transition image.

Discussion

This method applies the mod transition filter to an image. The effect transitions from the input image to the output image by revealing the target image through irregularly shaped holes.

The mod transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `center`: A CGPoint representing the center of the image. `angle`: A `float` representing the angle of the effect as an NSNumber. `radius`: A `float` representing the size of the area of effect as an NSNumber. `compression`: A `float` representing the amount of stretching applied to the mod hole pattern as an NSNumber. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber.

The following code creates a filter that transitions from the input image to the target image by creating a series of irregular shaped holes.

[media-3616428]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/modTransition()

func (CIFilterClass) MorphologyGradientFilter 

func (_CIFilterClass CIFilterClass) MorphologyGradientFilter() CIFilter

Detects and highlights edges of objects.

Return Value

The blurred image.

Discussion

This method applies the morphology gradient filter to an image. The effect uses the `radius` to compute and highlight edges of items within the image.

The morphology gradient filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds darkness to the overall image while the edges in the input photo become brighter:

[media-3544969]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/morphologyGradient()

func (CIFilterClass) MorphologyMaximumFilter 

func (_CIFilterClass CIFilterClass) MorphologyMaximumFilter() CIFilter

Blurs a circular area by enlarging contrasting pixels.

Return Value

The blurred image.

Discussion

This method applies the morphology maximum filter to an image. The effect targets a circular section of the image, calculating the median color values to find colors that make up more than half the working area. Using this calculation, the effect enlarges the pixels with contrasting colors to take up more of the working area. The effect is then repeated throughout the image.

The morphology maximum filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds an intense blur to the input image:

[media-3544961]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/morphologyMaximum()

func (CIFilterClass) MorphologyMinimumFilter 

func (_CIFilterClass CIFilterClass) MorphologyMinimumFilter() CIFilter

Blurs a circular area by reducing contrasting pixels.

Return Value

The blurred image.

Discussion

This method applies the morphology minimum filter to an image. The effect targets a circular section of the image, calculating the median color values to find colors that make up more than half the working area. Using this calculation, the effect reduces the pixels with contrasting colors to take up less of the working area. The effect is then repeated throughout the image.

The morphology minimum filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a blur that adds darkness to the input image:

[media-3544966]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/morphologyMinimum()

func (CIFilterClass) MorphologyRectangleMaximumFilter 

func (_CIFilterClass CIFilterClass) MorphologyRectangleMaximumFilter() CIFilter

Blurs a rectangular area by enlarging contrasting pixels.

Return Value

The blurred image.

Discussion

This method applies the morphology rectangle maximum filter to an image. The effect targets a rectangular section of the image, calculating the median color values to find colors that make up more than half the working area. Using this calculation, the effect enlarges the pixels with contrasting colors to take up more of the working area. The effect is then repeated throughout the image.

The morphology rectangle maximum filter uses the following properties:

`width`: A `float` representing the width in pixels of the working area as an NSNumber. `height`: A `float` representing the height in pixels of the working area as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a blur to the input image while brighting the palm trees:

[media-3544958]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/morphologyRectangleMaximum()

func (CIFilterClass) MorphologyRectangleMinimumFilter 

func (_CIFilterClass CIFilterClass) MorphologyRectangleMinimumFilter() CIFilter

Blurs a rectangular area by reducing contrasting pixels.

Return Value

The blurred image.

Discussion

This method applies the morphology rectangle minimum filter to an image. The effect targets a rectangular section of the image, calculating the median color values to find colors that make up more than half the working area. Using this calculation, the effect reduces the pixels with contrasting colors to take up more of the less area. The effect is then repeated throughout the image.

The morphology rectangle minimum filter uses the following properties:

width: A `float` representing the width in pixels of the working area as an NSNumber. height: A `float` representing the height in pixels of the working area as an NSNumber. inputImage: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds an intense blur to the palm trees input image:

[media-3544957]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/morphologyRectangleMinimum()

func (CIFilterClass) MotionBlurFilter 

func (_CIFilterClass CIFilterClass) MotionBlurFilter() CIFilter

Creates motion blur on an image.

Return Value

The blurred image.

Discussion

This method applies the motion blur filter to an image. The filter uses the angle of a single row of pixels to determine the direction of the motion effect.

The motion blur filter uses the following properties:

`radius`: A `float` representing the area of effect as an NSNumber. `angle`: A `float` representing the angle of the motion, in radians, that determines which direction the blur smears as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a motion blur to the input image:

[media-3544965]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/motionBlur()

func (CIFilterClass) MultiplyBlendModeFilter 

func (_CIFilterClass CIFilterClass) MultiplyBlendModeFilter() CIFilter

Blends colors from two images by multiplying color components.

Return Value

The modified image.

Discussion

This method applies the multiply-blend mode filter to an image. The effect calculates the colors in the output image by multiplying the color values for the input and background images, resulting in a darker image.

The multiply-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image becoming darker with less saturation:

[media-3546403]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/multiplyBlendMode()

func (CIFilterClass) MultiplyCompositingFilter 

func (_CIFilterClass CIFilterClass) MultiplyCompositingFilter() CIFilter

Blurs the colors of two images by multiplying color components.

Return Value

The modified image.

Discussion

This method applies the multiply compositing filter to an image. The effect calculates the color value of the output image by multiplying the color values from the input image and the background image.

The multiply compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image becoming darker with more saturation:

[media-3546400]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/multiplyCompositing()

func (CIFilterClass) NinePartStretchedFilter 

func (_CIFilterClass CIFilterClass) NinePartStretchedFilter() CIFilter

Distorts an image by stretching it between two breakpoints.

Return Value

The distorted image.

Discussion

This method applies the nine-part stretched filter to an image. This effect distorts an image by stretching an image to the breakpoint properties while distorting the image based on the grow amount.

The nine-part stretched filter uses the following properties:

`inputImage`: An image with the type CIImage. `growAmount`: A CGPoint representing the amount of stretching applied. `breakpoint0`: A CGPoint representing the lower-left corner of the image to retain before stretching begins. `breakpoint1`: A CGPoint representing the upper-right corner of the image to retain after stretching ends.

The following code creates a filter that results in a significantly warped image:

[media-4407340]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/ninePartStretched()

func (CIFilterClass) NinePartTiledFilter 

func (_CIFilterClass CIFilterClass) NinePartTiledFilter() CIFilter

Distorts an image by tiling portions of it.

Return Value

The distorted image.

Discussion

This method applies the nine-part tiled filter to an image. This effect distorts an image by tiling an image based on the breakpoints properties.

The nine-part tiled filter uses the following properties:

`inputImage`: An image with the type CIImage. `flipYTiles`: A [Boolean] value representing if the y-axis should be flipped. `growAmount`: A CGPoint representing the amount of stretching applied. `breakpoint1`: A CGPoint representing the upper-right corner of the image to retain after tiling ends. `breakpoint0`: A CGPoint representing the lower-left corner of image to retain before stretching begins.

The following code creates a filter that results in distorted tiles of the image becoming flipped:

[media-4407331]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/ninePartTiled()

func (CIFilterClass) NoiseReductionFilter 

func (_CIFilterClass CIFilterClass) NoiseReductionFilter() CIFilter

Reduces noise by sharpening the edges of objects.

Return Value

The blurred image.

Discussion

This method applies the noise reduction filter to an image. The effect calculates changes in luminance below the noise level and locally blurs the area. Values above the threshold are determined to be edges, and become sharpened.

The morphology noise reduction filter uses the following properties:

`noiseLevel`: A `float` representing the amount of noise reduction as an NSNumber. `sharpness`: A `float` representing the sharpness of the final image as an NSNumber. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that reduces noise in the input image:

[media-3544968]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/noiseReduction()

func (CIFilterClass) OpTileFilter 

func (_CIFilterClass CIFilterClass) OpTileFilter() CIFilter

Produces an effect that mimics a style of visual art that uses optical illusions.

Return Value

The tiled image.

Discussion

This filter extracts a tile from the image, applies any specified scaling and rotation, and then assembles the image again to give an optical illusion effect.

The optical illusion tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber. `scale`: A `float` representing the scale of numbers of tiles in the output image as an NSNumber.

The following code creates a filter that results in a distorted image with less detail:

[media-3599881]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/opTile()

func (CIFilterClass) OverlayBlendModeFilter 

func (_CIFilterClass CIFilterClass) OverlayBlendModeFilter() CIFilter

Blends colors by overlaying images.

Return Value

The modified image.

Discussion

This method applies the overlay-blend mode filter to an image. The effect creates the output image by overlapping the input image over the background image while preserving highlights and shadows of the background image.

The overlay-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the background image becoming darker with the input image overlaid on top:

[media-3546406]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/overlayBlendMode()

func (CIFilterClass) PDF417BarcodeGenerator 

func (_CIFilterClass CIFilterClass) PDF417BarcodeGenerator() CIFilter

Generates a high-density linear barcode.

Return Value

The generated image.

Discussion

This method generates a PDF417 barcode as an image. PDF417 is a high-density stacked linear barcode format defined in the ISO 15438 standard. Use this filter to generate alphanumeric or numeric-only barcodes. Commonly used on identification cards or inventory management because of the large amount of data the barcode can hold.

The PDF417 barcode generator filter uses the following properties:

`message`: An NSData object representing the data to be encoded as a barcode. `minWidth`: A `float` representing the minimum width of the barcode’s data area, in pixels as an NSNumber. `maxWidth`: A `float` representing the maximum width of the barcode’s data area, in pixels, as an NSNumber. `maxHeight`: A `float` representing the maximum height of the barcode’s data area, in pixels, as an NSNumber. `minHeight`: A `float` representing the minimum height of the barcode’s data area, in pixels, as an NSNumber. `dataColums`: A `float` representing the number of columns in the data area as an NSNumber. `rows`: A `float` representing the number of rows in the data area as an NSNumber. `preferredAspectRatio`: A `float` representing the desired aspect ratio as an NSNumber. `compactionMode`: An option that determines which method the generator uses to compress data as an NSNumber. See the note below for the possible values. `compactStyle`: A [Boolean] value of `0` or `1` that determines the omission of redundant elements to make the generated barcode more compact as an NSNumber. `correctionLevel`: A `float` between 0 and 8 that determines the amount of redundancy to include in the barcode’s data to prevent errors when the barcode is read. If left unspecified, the generator chooses a correction level based on the size of the message data. `alwaysSpecifyCompaction`: A [Boolean] value of `0` or `1` that determines the inclusion of information about the compaction mode in the barcode as an NSNumber. If a PDF417 barcode doesn’t contain compaction mode information, the reader assumes text-based compaction.

The `compactionMode` property takes one of the following numeric values:

[Table data omitted]

Select either 1 or the appropriate valid value for your data that gives the most compact output.

The following code creates a filter that generates a PDF417 barcode:

[media-3546316]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/pdf417BarcodeGenerator()

func (CIFilterClass) PageCurlTransitionFilter 

func (_CIFilterClass CIFilterClass) PageCurlTransitionFilter() CIFilter

Simulates the curl of a page, revealing the target image.

Return Value

The transition image.

Discussion

This method applies the page curl transition filter to an image. The effect transitions from one image to another by simulating a curling page, revealing the target image as the page curls.

The page curl transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `backsideImage`: An image used as the backside of the curl with the type CIImage. `extent`: A CGRect representing the size of the effect. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber. `angle`: A `float` representing the angle of the motion of the curl as an NSNumber. `radius`: A `float` representing the radius of the curl as an NSNumber.

The following code creates a filter that produces a page curling back to reveal the target image.

[media-3616422]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/pageCurlTransition()

func (CIFilterClass) PageCurlWithShadowTransitionFilter 

func (_CIFilterClass CIFilterClass) PageCurlWithShadowTransitionFilter() CIFilter

Simulates the curl of a page, revealing the target image with added shadow.

Return Value

The transition image.

Discussion

This method applies the page curl with shadow transition filter to an image. The effect transitions from one image to another by simulating a curling page, revealing the target image as the page curls with a shadow effect from the backside image.

The page curl with shadow transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `backsideImage`: An image used as the backside of the curl with the type CIImage. `extent`: A CIVector representing the extent of the effect. `angle`: A `float` representing the angle of the motion, in radians as an NSNumber. `shadowAmount`: A `float` representing the strength of the shadow as an NSNumber. `shadowExtent`: A CIVector representing the rectangular portion of the input image that is used to create the shadow. `shadowSize`: A `float` representing the maximum amount of pixels to make up the shadow as an NSNumber. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber.

The following code creates a page curling back to reveal the target image with an added shadow.

[media-3616423]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/pageCurlWithShadowTransition()

func (CIFilterClass) PaletteCentroidFilter 

func (_CIFilterClass CIFilterClass) PaletteCentroidFilter() CIFilter

Calculates the location of an image’s colors.

Return Value

The modified image.

Discussion

This method applies the palette centroid filter to an image. The filter locates colors in the input image that the palette image defines and `outputImage.Extent()` provides the location of the colors of the image. You can combine with other filters to create more sophisticated images.

The palette centroid filter uses the following properties:

`inputImage`: An image with the type CIImage. `paletteImage`: An image that has the dimensions of x 1 where represents the amount of colors in the image, with type CIImage. `perceptual`: A Boolean value that specifies if the filter applies the color palette in a perceptual color space.

The following code creates a filter that calculates the extent of the palette color:

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/paletteCentroid()

func (CIFilterClass) PalettizeFilter 

func (_CIFilterClass CIFilterClass) PalettizeFilter() CIFilter

Replaces colors with colors from a palette image.

Return Value

The modified image.

Discussion

This method applies the palette filter to an image. The effect uses the palette image that is x 1 pixels in size containing a set of colors, replacing the image colors.

The palettize filter uses the following properties:

`inputImage`: An image with the type CIImage. `paletteImage`: An image with the dimensions of x 1 where represents the colors to add to the image, with type CIImage. `perceptual`: A Boolean value that specifies if the filter applies the color palette in a perceptual color space.

The following code creates a filter that replaces the colors of the input image with the specified colors found in the palette image:

[media-3558713]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/palettize()

func (CIFilterClass) ParallelogramTileFilter 

func (_CIFilterClass CIFilterClass) ParallelogramTileFilter() CIFilter

Warps the image to create a parallelogram and tiles the result.

Return Value

The tiled image.

Discussion

This method applies the parallelogram tile filter to an image. The effect warps the input image to create a parallelogram and then tiles the result.

The parallelogram tile filter uses the following properties:

inputImage: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber. `acuteAngle`: A `float` representing the primary angle for the repeating parallelogram tile.

The following code creates a filter that results in the image being cropped to a parallelogram and then tiled:

[media-3599887]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/parallelogramTile()

func (CIFilterClass) PersonSegmentationFilter 

func (_CIFilterClass CIFilterClass) PersonSegmentationFilter() CIFilter

Creates a mask where red pixels indicate areas of the image that are likely to contain a person.

Return Value

A CIImage containing the mask.

Discussion

The person-segmentation filter creates a mask that contains red pixels in the areas of the input image that are likely to contain people.

The person-segmentation filter takes the following properties:

`inputIImage`: A CIImage containing the image to segment. `qualityLevel`: The size and quality of the resulting segmentation mask. 0 is accurate, `1` is balanced, and `2` is fast.

The following code applies the person-segmentation filter to an image:

[media-4407311]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/personSegmentation()

func (CIFilterClass) PerspectiveCorrectionFilter 

func (_CIFilterClass CIFilterClass) PerspectiveCorrectionFilter() CIFilter

Transforms an image’s perspective.

Return Value

The adjusted image.

Discussion

This method applies the perspective correction filter to an image. The effect applies a perspective correction transforming nonrectangular area in the source image to a rectangular output image.

The perspective correction filter uses the following properties:

`inputImage`: An image with the type CIImage. `topLeft`: A CGPoint in the input image mapped to the top-left corner of the output image. `topRight`: A CGPoint in the input image mapped to the top-right corner of the output image. `bottomLeft`: A CGPoint in the input image mapped to the bottom-left corner of the output image. `bottomRight`: A CGPoint in the input image mapped to the bottom-right corner of the output image.

The following code creates a filter that corrects the perspective to appear straight:

[media-3582228]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/perspectiveCorrection()

func (CIFilterClass) PerspectiveRotateFilter 

func (_CIFilterClass CIFilterClass) PerspectiveRotateFilter() CIFilter

Rotates an image in a 3D space.

Return Value

The adjusted image.

Discussion

This method applies the perspective rotate filter to an image. The effect rotates the image in 3D space to simulate the observer changing viewing position.

The perspective rotate filter uses the following properties:

`inputImage`: An image with the type CIImage. `pitch`: A `float` representing the adjustment along the pitch axis in 3D space as an NSNumber. `yaw`: A `float` representing the adjustment along the vertical axis as an NSNumber. `roll`: A `float` representing the amount of horizontal axis in 3D space as an NSNumber. `focalLength`: A `float` representing the simulated focal length as an NSNumber.

The following code creates a filter that rotates the image:

[media-3582225]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/perspectiveRotate()

func (CIFilterClass) PerspectiveTileFilter 

func (_CIFilterClass CIFilterClass) PerspectiveTileFilter() CIFilter

Tiles an image by adjusting the perspective of the image.

Return Value

The tiled image.

Discussion

This method applies the perspective tile filter to an image. The effect adjusts the perspective of the image and then tiles the result.

The perspective tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `topLeft`: A CGPoint of the input image mapped to the top-left corner of the tile. `topRight`: A CGPoint of the input image mapped to the top-right corner of the tile. `bottomLeft`: A CGPoint of the input image mapped to the bottom-left corner of the tile. `bottomRight`: A CGPoint of the input image mapped to the bottom-right corner of the tile.

The following code creates a filter that tiles the image and adjusts the perspective to add depth:

[media-3599879]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/perspectiveTile()

func (CIFilterClass) PerspectiveTransformFilter 

func (_CIFilterClass CIFilterClass) PerspectiveTransformFilter() CIFilter

Alters an image’s geometry to adjust the perspective.

Return Value

The adjusted image.

Discussion

This method applies the perspective transform filter to an image. The effect alters the geometry of an image to simulate the observer changing viewing position. You can use the perspective filter to skew an image.

The perspective transform filter uses the following properties:

`inputImage`: An image with the type CIImage. `topLeft`: A CGPoint in the input image mapped to the top-left corner of the output image. `topRight`: A CGPoint in the input image mapped to the top-right corner of the output image. `bottomLeft`: A CGPoint in the input image mapped to the bottom-left corner of the output image. `bottomRight`: A CGPoint in the input image mapped to the bottom-right corner of the output image.

The following code creates a filter that changes the perspective of the input image:

[media-3582227]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/perspectiveTransform()

func (CIFilterClass) PerspectiveTransformWithExtentFilter 

func (_CIFilterClass CIFilterClass) PerspectiveTransformWithExtentFilter() CIFilter

Alters an image’s geometry to adjust the perspective while applying constraints.

Return Value

The adjusted image.

Discussion

This method applies the perspective transform with extent filter to an image. The effect alters the geometry of an image to simulate the observer changing viewing position. The extent filter crops the image within the bounds specified. You can use the perspective filter to skew an image.

The perspective transform with extent filter uses the following properties:

`inputImage`: An image with the type CIImage. `topLeft`: A CGPoint in the input image mapped to the top-left corner of the output image. `topRight`: A CGPoint in the input image mapped to the top-right corner of the output image. `bottomLeft`: A CGPoint in the input image mapped to the bottom-left corner of the output image. `bottomRight`: A CGPoint in the input image mapped to the bottom-right corner of the output image. `extent`: A CGRect representing the dimensions of the output image.

The following code creates a filter that changes the perspective of the input image:

[media-3582226]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/perspectiveTransformWithExtent()

func (CIFilterClass) PhotoEffectChromeFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectChromeFilter() CIFilter

Exaggerates an image’s colors.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate vintage photography film with higher contrast.

The photo effect chrome filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in diminished color in the input image:

[media-3545019]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectChrome()

func (CIFilterClass) PhotoEffectFadeFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectFadeFilter() CIFilter

Diminishes an image’s colors.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate vintage photography film with diminished color.

The photo effect fade filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in a desaturated image:

[media-3545034]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectFade()

func (CIFilterClass) PhotoEffectInstantFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectInstantFilter() CIFilter

Desaturates an image’s colors.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate vintage photography film with desaturated colors.

The photo effect instant filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in the input image becoming desaturated:

[media-3545013]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectInstant()

func (CIFilterClass) PhotoEffectMonoFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectMonoFilter() CIFilter

Adjust an image’s colors to black and white.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate black-and-white photography film with low contrast.

The photo effect mono filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that produces a black-and-white image:

[media-3545035]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectMono()

func (CIFilterClass) PhotoEffectNoirFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectNoirFilter() CIFilter

Adjusts an image’s colors to black and white and intensifies the contrast.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate black-and-white photography film and intensifies the contrast.

The photo effect noir filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in a black-and-white image:

[media-3545032]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectNoir()

func (CIFilterClass) PhotoEffectProcessFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectProcessFilter() CIFilter

Lowers the contrast of the input image.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate vintage photography film with emphasized cool colors.

The photo effect process filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds a lower contrast to the input image:

[media-3545027]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectProcess()

func (CIFilterClass) PhotoEffectTonalFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectTonalFilter() CIFilter

Adjusts an image’s colors to black and white.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate black-and-white photography film without significantly altering contrast.

The photo effect tonal filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that produces a grayscale image:

[media-3545036]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectTonal()

func (CIFilterClass) PhotoEffectTransferFilter 

func (_CIFilterClass CIFilterClass) PhotoEffectTransferFilter() CIFilter

Brightens an image’s colors.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate vintage photography film and emphasize warm colors.

The photo effect transfer filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds brightness to the input image:

[media-3545015]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/photoEffectTransfer()

func (CIFilterClass) PinLightBlendModeFilter 

func (_CIFilterClass CIFilterClass) PinLightBlendModeFilter() CIFilter

Blends colors of two images by replacing brighter colors.

Return Value

The modified image.

Discussion

This method applies the pin-light-blend mode filter to an image. The effect calculates the brightness of the colors in the background image. Colors that are lighter than 50 percent gray remain unchanged, while the filter replaces colors that are darker than 50 percent with the corresponding color values of the input image. The effect then uses the calculated result to create the output image.

The pin-light-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image becoming darker with more saturation and the colors of the gradient image:

[media-3546414]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/pinLightBlendMode()

func (CIFilterClass) PinchDistortionFilter 

func (_CIFilterClass CIFilterClass) PinchDistortionFilter() CIFilter

Distorts an image by creating a pinch effect with stronger distortion in the center.

Return Value

The distorted image.

Discussion

This method applies the pinch distortion filter to an image. This effect creates a rectangular area that pinches source pixels inward, distorting those pixels closest to the rectangle the most.

The pinch distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `scale`: A float representing the amount of pinching effect as an NSNumber. `radius`: A float representing the amount of pixels used to create the distortion as an NSNumber.

The following code creates a filter that results in a distorted image from the center of the photo:

[media-4407323]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/pinchDistortion()

func (CIFilterClass) PixellateFilter 

func (_CIFilterClass CIFilterClass) PixellateFilter() CIFilter

Enlarges the colors of the pixels to create a blurred effect.

Return Value

The modified image.

Discussion

This method applies the pixelate filter to an image. The effect produces a result by mapping the image to colored squares with colors defined by the pixels of the input image.

The pixelate filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `scale`: A `float` representing the size of the squares as an NSNumber.

The following code creates a filter that results in a distorted image made of squares:

[media-3599999]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/pixellate()

func (CIFilterClass) PointillizeFilter 

func (_CIFilterClass CIFilterClass) PointillizeFilter() CIFilter

Applies a pointillize effect to an image.

Return Value

A CIImage containing the pointillized image.

Discussion

This filter applies a pointillize effect to an image. The effect generates an output image made of small, single-color, circular points distributed on a randomly perturbed grid.

The pointillize filter uses the following properties:

`inputImage`: A CIImage containing the input image. `radius`: The radius in pixels of the circular points. center: Determines the origin of the grid.

The following code applies the pointillize filter with a radius of 40 pixels.

[media-4333706]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/pointillize()

func (CIFilterClass) QRCodeGenerator 

func (_CIFilterClass CIFilterClass) QRCodeGenerator() CIFilter

Generates a quick response (QR) code image.

Return Value

The generated image.

Discussion

This method generates a QR code as an image. QR codes are a high-density matrix barcode format defined in the ISO/IEC 18004:2006 standard.

The QR code generator filter uses the following properties:

`message`: A `string` representing the data to be encoded as a QR Code as NSData. `correctionLevel`: A single letter `string` representing the error-correction format as an NSString. L is 7 precent correction, M is 15 precent correction, Q is 25 precent correction, and H is 30 precent correction.

The following code creates a filter that generates a QR code:

[media-3546313]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/qrCodeGenerator()

func (CIFilterClass) RadialGradientFilter 

func (_CIFilterClass CIFilterClass) RadialGradientFilter() CIFilter

Generates a gradient that varies radially between two circles having the same center.

Return Value

The generated image.

Discussion

This method generates a radial-gradient image. The effect generates a color shift between the `radius0` and `radius1` properties.

The radial-gradient filter uses the following properties:

`center`: A CGPoint representing the center of the effect as x and y coordinates. `color0`: A CIColor representing the first color to use in the gradient. `color1`: A CIColor representing the second color to use in the gradient. `radius0`: A `float` representing the radius of the starting circle to use in the gradient as a NSNumber. `radius1`: A `float` representing the radius of the ending circle to use in the gradient as a NSNumber.

The following code creates a filter that generates a gradient image:

[media-3558800]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/radialGradient()

func (CIFilterClass) RandomGeneratorFilter 

func (_CIFilterClass CIFilterClass) RandomGeneratorFilter() CIFilter

Generates a random filter image.

Return Value

The generated image.

Discussion

This method generates an image with infinite extent. The image pixels values are from one of four independent, uniformly distributed random colors.

The following code creates a filter that generates a random color image:

[media-3590973]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/randomGenerator()

func (CIFilterClass) RegisterFilterNameConstructorClassAttributes 

func (_CIFilterClass CIFilterClass) RegisterFilterNameConstructorClassAttributes(name string, anObject CIFilterConstructor, attributes foundation.INSDictionary)

Publishes a custom filter that is not packaged as an image unit.

name: A string object that specifies the name of the filter you want to publish.

anObject: A constructor object that implements the `filterWithName` method.

attributes: A dictionary that contains the class display name and filter categories attributes along with the appropriate value for each attributes. That is, the [kCIAttributeFilterDisplayName] attribute and a string that specifies the display name, and the [kCIAttributeFilterCategories] and an array that specifies the categories to which the filter belongs (such as [kCICategoryStillImage] and [kCICategoryDistortionEffect]). All other attributes for the filter should be returned by the custom `attributes` method implement by the filter. // [kCIAttributeFilterCategories]: https://developer.apple.com/documentation/CoreImage/kCIAttributeFilterCategories [kCIAttributeFilterDisplayName]: https://developer.apple.com/documentation/CoreImage/kCIAttributeFilterDisplayName [kCICategoryDistortionEffect]: https://developer.apple.com/documentation/CoreImage/kCICategoryDistortionEffect [kCICategoryStillImage]: https://developer.apple.com/documentation/CoreImage/kCICategoryStillImage

Discussion

In most cases you don’t need to use this method because the preferred way to register a custom filter that you write is to package it as an image unit. You do not need to use this method for a filter packaged as an image unit because you register your filter using the CIPlugInRegistration protocol. (See Core Image Programming Guide for additional details.)

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/registerName(_:constructor:classAttributes:)

func (CIFilterClass) RippleTransitionFilter 

func (_CIFilterClass CIFilterClass) RippleTransitionFilter() CIFilter

Simulates a ripple in a pond to transiton from one image to another.

Return Value

The transition image.

Discussion

This method applies the ripple transition filter to an image. The effect transitions from one image to another by creating a circular wave that expands from the center point, revealing the target image through the wave effect.

The ripple transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `width`: A `float` representing the width of the ripple effect as an NSNumber. `extent`: A CGRect representing the size of the ripple effect. `scale`: A `float` representing the scale of the effect as an NSNumber. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber.

The following code creates a filter that transitions from the input image to the target image with a water-like ripple effect.

[media-3616425]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/rippleTransition()

func (CIFilterClass) RoundedQRCodeGeneratorFilter 

func (_CIFilterClass CIFilterClass) RoundedQRCodeGeneratorFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/roundedQRCodeGenerator()

func (CIFilterClass) RoundedRectangleGeneratorFilter 

func (_CIFilterClass CIFilterClass) RoundedRectangleGeneratorFilter() CIFilter

Generates a rounded rectangle image.

Return Value

The generated image.

Discussion

This method generates a rounded rectangle image with the specified size, corner radius, and color properties.

The rounded rectangle generator filter uses the following properties:

`color`: A CIColor representing the color of the rounded rectangle. `extent`: A CGRect representing the size of the rounded rectangle. `radius`: A `float` representing the curve of the rectangle’s corners.

The following code creates a filter that generates a light blue square with rounded corners:

[media-3546319]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/roundedRectangleGenerator()

func (CIFilterClass) RoundedRectangleStrokeGeneratorFilter 

func (_CIFilterClass CIFilterClass) RoundedRectangleStrokeGeneratorFilter() CIFilter

Creates an image containing the outline of a rounded rectangle.

Return Value

A CIImage containing the stroked rectangle.

Discussion

This filter creates an outline of a rounded rectangle.

The filter takes the following properties:

`extent`: A CGRect containing the position and size of the rectangle. `width`: The width of the stroke to draw. `radius`: The corner radius.

The following code generates an image containing a stroked rounded rectangle:

[media-4407287]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/roundedRectangleStrokeGenerator()

func (CIFilterClass) RowAverageFilter 

func (_CIFilterClass CIFilterClass) RowAverageFilter() CIFilter

Calculates the average color for the specified row of pixels in an image.

Return Value

Discussion

This method applies the row average filter to an image. This effect calculates the average color for a horizontal row over a region defined by `extent`. The height of the extent determines the width of the resulting image. The height is always 1 pixel.

The row average filter uses the following properties:

`inputImage`: An image with the type CIImage. `extent`: A CGRect that specifies the subregion of the image that you want to process.

The following code creates a filter that calculates the row average for the middle section of an image:

[media-4331788]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/rowAverage()

func (CIFilterClass) SRGBToneCurveToLinearFilter 

func (_CIFilterClass CIFilterClass) SRGBToneCurveToLinearFilter() CIFilter

Converts the colors in an image from sRGB to linear.

Return Value

The modified image.

Discussion

This method applies the sRGB-tone-curve-to-linear filter to an image. The effect converts an image in sRGB space to linear color space.

The sRGB-tone-curve-to-linear filter uses the following properties:

`inputImage`: An image with the type CIImage.

The following code creates a filter that converts from sRGB to linear color space.

[media-4333632]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sRGBToneCurveToLinear()

func (CIFilterClass) SaliencyMapFilter 

func (_CIFilterClass CIFilterClass) SaliencyMapFilter() CIFilter

Creates a saliency map from an image.

Return Value

The modified image.

Discussion

This method applies the saliency map filter to an image. The effect generates a saliency map representation of the input image.

The saliency map filter uses the following properties:

`inputImage`: An image with the type CIImage.

The following code creates a filter that produces an image that’s easier for computers to analyze:

[media-3624695]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/saliencyMap()

func (CIFilterClass) SaturationBlendModeFilter 

func (_CIFilterClass CIFilterClass) SaturationBlendModeFilter() CIFilter

Blends the colors and saturation values of two images.

Return Value

The modified image.

Discussion

This method applies the saturation-blend mode filter to an image. The effect uses the values of the hue and luminance from the background image with the saturation of the input image to produce the output.

The saturation-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image taking on the colors of the background image with low saturated values becoming gray.

[media-3546404]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/saturationBlendMode()

func (CIFilterClass) ScreenBlendModeFilter 

func (_CIFilterClass CIFilterClass) ScreenBlendModeFilter() CIFilter

Blends colors of two images by multiplying colors.

Return Value

The modified image.

Discussion

This method applies the screen-blend mode filter to an image. The effect calculates the colors in the output image by multiplying the inverse color values for the input and background images, resulting in a brighter image.

The screen-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image becoming lighter with colors from the input and background image:

[media-3546401]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/screenBlendMode()

func (CIFilterClass) SepiaToneFilter 

func (_CIFilterClass CIFilterClass) SepiaToneFilter() CIFilter

Adjusts an image’s colors to shades of brown.

Return Value

The modified image.

Discussion

This method applies the sepia tone filter to an image. The effect maps the colors of the `inputImage` to various shades of brown.

The sepia tone filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that results in the input image transforming to a brown hue:

[media-3545028]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sepiaTone()

func (CIFilterClass) ShadedMaterialFilter 

func (_CIFilterClass CIFilterClass) ShadedMaterialFilter() CIFilter

Creates a shaded image from a height-field image.

Return Value

The modified image.

Discussion

This method applies the shaded material filter to an image. The effect produces a shaded image from a height-field image. Areas of the height field image that have a darker shaded area produce a stronger effect. You can combine the filter with CIHeightFieldFromMask to produce quick shadings of masks, such as text.

The shaded material filter uses the following properties:

`inputImage`: An image with the type CIImage. `shadingImage`: An image representing the color shading effect with type CIImage. `scale`: A `float` representing the strength of effect as an NSNumber.

The following code creates a filter that results in an image containing glossy text by applying the shading image.

[media-3600005]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/shadedMaterial()

func (CIFilterClass) SharpenLuminanceFilter 

func (_CIFilterClass CIFilterClass) SharpenLuminanceFilter() CIFilter

Applies a sharpening effect to an image.

Return Value

The modified image.

Discussion

This method applies the sharpen luminance filter to an image. The effect increases image detail by adjusting the luminance of each pixel within the `radius` property. Sharpening the luminance doesn’t effect the chroma data of each pixel.

The bicubic sharpen luminance filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the area of effect as an NSNumber. `sharpness`: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that results in detail from the sign in the image to be more visible:

[media-3595821]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sharpenLuminance()

func (CIFilterClass) SignedDistanceGradientFromRedMaskFilter 

func (_CIFilterClass CIFilterClass) SignedDistanceGradientFromRedMaskFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/signedDistanceGradientFromRedMask()

func (CIFilterClass) SixfoldReflectedTileFilter 

func (_CIFilterClass CIFilterClass) SixfoldReflectedTileFilter() CIFilter

Produces a tiled image from a source image by applying a six-way reflected symmetry.

Return Value

The tiled image.

Discussion

This filter produces a tiled image from a source image by applying a six-way reflected symmetry.

The six-fold reflected tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion , in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber.

The following code creates a filter that results in a six-fold pattern repeated and angled for distortion:

[media-3599882]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sixfoldReflectedTile()

func (CIFilterClass) SixfoldRotatedTileFilter 

func (_CIFilterClass CIFilterClass) SixfoldRotatedTileFilter() CIFilter

Creates a tiled image by rotating in increments of 60 degrees.

Return Value

The tiled image.

Discussion

This method applies the six-fold reflected tile filter to an image. The effect produces a tiled image by rotating the image in increments 60 degrees.

The six-fold rotated tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion , in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber.

The following code creates a filter that results in flowers in the input image becoming rotated by 60 degrees and tiled to create the output:

[media-3599892]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sixfoldRotatedTile()

func (CIFilterClass) SmoothLinearGradientFilter 

func (_CIFilterClass CIFilterClass) SmoothLinearGradientFilter() CIFilter

Generates a gradient that blends colors along a linear axis between two defined endpoints.

Return Value

The generated image.

Discussion

This method generates a smooth linear-gradient image. The effect creates a gradient by gradually blending colors between `point0` and `point1` using the sigmoid curve function.

The smooth linear-gradient filter uses the following properties:

`point0`: A CGPoint representing the starting position of the gradient. `point1`: A CGPoint representing the ending position of the gradient. `color0`: A CIColor representing the first color used in the gradient. `color1`: A CIColor representing the second color used in the gradient.

The following code creates a filter that generates a gradient image:

[media-3558802]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/smoothLinearGradient()

func (CIFilterClass) SobelGradientsFilter 

func (_CIFilterClass CIFilterClass) SobelGradientsFilter() CIFilter

Calculates the Sobel gradients for an image.

Return Value

A CIImage containing the Sobel gradients.

Discussion

This filter applies the Sobel operator to the color components of the input image. You would typically use the Sobel filter as part of an edge-detection algorithm for performing.

`inputImage`: A CIImage containing the image to process.

The following code applies the [SobelGradientsFilter] filter to an image.

[media-4407283]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sobelGradients()

func (CIFilterClass) SoftLightBlendModeFilter 

func (_CIFilterClass CIFilterClass) SoftLightBlendModeFilter() CIFilter

Blurs the colors of two images by calculating luminance.

Return Value

The modified image.

Discussion

This method applies the soft-light blend mode filter to an image. The effect calculates the brightness of the colors in the background image. Colors that are lighter than 50 percent gray become lighter, while the filter further darkens colors that are darker than 50 percent. The filter then uses the calculated result to create the output image.

The soft-light blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image becoming slightly darker with more saturation and the colors of the gradient image:

[media-3546420]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/softLightBlendMode()

func (CIFilterClass) SourceAtopCompositingFilter 

func (_CIFilterClass CIFilterClass) SourceAtopCompositingFilter() CIFilter

Overlaps two images to create one cropped image.

Return Value

The modified image.

Discussion

This method applies the source-atop compositing filter to an image. The effect creates the result by overlaying the input image over the background image. The filter then removes the area that doesn’t overlap with the background image.

The source-atop compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in an output image that shows the background image with the portion of the input image that overlaps it:

[media-3546396]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sourceAtopCompositing()

func (CIFilterClass) SourceInCompositingFilter 

func (_CIFilterClass CIFilterClass) SourceInCompositingFilter() CIFilter

Subtracts non-overlapping areas of two images, resulting in one image.

Return Value

The modified image.

Discussion

This method applies the source-in compositing filter to an image. The effect creates the result by overlaying the input image over the background image. The filter then removes the non-overlapping area of both images.

The source-in compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in an output image that shows the portion of the background image that overlaps with the input:

[media-3546393]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sourceInCompositing()

func (CIFilterClass) SourceOutCompositingFilter 

func (_CIFilterClass CIFilterClass) SourceOutCompositingFilter() CIFilter

Subtracts overlapping area of two images to create the output image.

Return Value

The modified image.

Discussion

This method applies the source-out compositing filter to an image. The effect creates the result by overlaying the input image over the background image. The filter then removes the overlapping area of the background image from the result.

The source-out compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in an output image that shows the portion of the background image that doesn’t overlap with the input image:

[media-3546394]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sourceOutCompositing()

func (CIFilterClass) SourceOverCompositingFilter 

func (_CIFilterClass CIFilterClass) SourceOverCompositingFilter() CIFilter

Places one image over a second image.

Return Value

The modified image.

Discussion

This method applies the source-over compositing filter to an image. The effect creates the result by overlaying the input image over the background image. Unlike the other source compositing filters, source-over doesn’t subtract parts of the image.

The source-over compositing filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in both of the input images becoming visible with no subtraction:

[media-3546395]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sourceOverCompositing()

func (CIFilterClass) SpotColorFilter 

func (_CIFilterClass CIFilterClass) SpotColorFilter() CIFilter

Replaces colors of an image with specifed colors.

Return Value

The modified image.

Discussion

This method applies the spot color filter to an image. The effect replaces one or more of the color ranges of the input image with properties.

The spot color filter uses the following properties:

`inputImage`: An image with the type CIImage. `centerColor1`: A CIColor representing the median value of the first color to be replaced. `centerColor2`: A CIColor representing the median value of the second color to be replaced. `centerColor3`: A CIColor representing the median value of the third color to be replaced. `replacementColor1`: A CIColor to replace the first color. `replacementColor2`: A CIColor to replace the second color. `replacementColor3`: A CIColor to replace the third color. `closeness1`: A `float` representing how closely the first center color must match before it’s replaced. `closeness2`: A `float` representing how closely the second center color must match before it’s replaced. `closeness3`: A `float` representing how closely the third center color must match before it’s replaced. `contrast1`: A `float` representing the contrast of the first replacement color as an NSNumber. `contrast2`: A `float` representing the contrast of the second replacement color as an NSNumber. `contrast3`: A `float` representing the contrast of the third replacement color as an NSNumber.

The following code creates a filter that replaces the colors of the input image with the specified colors:

[media-3600008]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/spotColor()

func (CIFilterClass) SpotLightFilter 

func (_CIFilterClass CIFilterClass) SpotLightFilter() CIFilter

Highlights a definined area of the image.

Return Value

The modified image.

Discussion

This method applies the spotlight filter to an image. The effect applies a directional spotlight effect to an image while creating a transparent area not highlighted by the spotlight.

The spotlight filter uses the following properties:

`inputImage`: An image with the type CIImage. `lightPointsAt`: A CIVector with the x and y positions that the spotlight points at. `brightness`: A `float` representing the brightness of the spotlight as an NSNumber. `lightPosition`: A CIVector containing the x and y position of the spotlight. `concentration`: A `float` representing the size of the spotlight in pixels as an NSNumber. `color`: A CIColor representing the spotlight color.

The following code creates a filter that results in only the bottom left of the image becoming visible while the rest of the image gradually becomes transparent:

[media-3600004]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/spotLight()

func (CIFilterClass) StarShineGeneratorFilter 

func (_CIFilterClass CIFilterClass) StarShineGeneratorFilter() CIFilter

Generates a star-shine image.

Return Value

The generated image.

Discussion

This method generates a star-shine image. The effect is similar to a supernova effect. You can use this filter to simulate a lens flare.

The star-shine generator filter uses the following properties:

`center`: A `vector` representing the center of the flare as a CGPoint. `color`: A color representing the color of the flare as a cgColor. `radius`: A `float` representing the radius of the flare as an NSNumber. `crossScale`: A `float` representing the cross flare size relative to the round central flare as an NSNumber. `crossAngle`: A `float` representing the angle of the flare as an NSNumber. `crossOpacity`: A `float` representing the thickness of the cross opacity as an NSNumber. `crossWidth`: A `float` representing the cross width as an NSNumber. `epsilon`: A `float` representing the epsilon as an NSNumber.

The following code generates a star-shaped silhouette with a black background.

[media-3590972]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/starShineGenerator()

func (CIFilterClass) StraightenFilter 

func (_CIFilterClass CIFilterClass) StraightenFilter() CIFilter

Rotates and crops an image.

Return Value

The adjusted image.

Discussion

This method applies the straighten filter to an image. The effect rotates the image based on the `angle` property while cropping and scaling the image to remain the same size as the original image.

The straighten filter uses the following properties:

`inputImage`: An image with the type CIImage. `angle`: A `float` representing the angle to rotate the image as an NSNumber.

The following code creates a filter that rotates the image 135 degrees:

[media-3582229]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/straighten()

func (CIFilterClass) StretchCropFilter 

func (_CIFilterClass CIFilterClass) StretchCropFilter() CIFilter

Distorts an image by stretching or cropping to fit a specified size.

Return Value

The distorted image.

Discussion

This method applies the stretch crop filter to an image. This effect distorts an image by stretching an image and then applies the crop extent. If the crop value is 0, the filter only uses stretching. If the value is 1, then the filter only uses cropping.

The stretch crop filter uses the following properties:

`inputImage`: An image with the type CIImage. `centerStretchAmount`: A `float` representing the amount of stretching of the center of the image as an NSNumber. `size`: A CGPoint representing the desired size of the output image. `cropAmount`: A `float` representing the amount of cropping you apply to achieve the target size as an NSNumber.

The following code creates a filter that results in a smaller image that’s distorted and cropped to be the defined size:

[media-4407279]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/stretchCrop()

func (CIFilterClass) StripesGeneratorFilter 

func (_CIFilterClass CIFilterClass) StripesGeneratorFilter() CIFilter

Generates a line of stripes as an image

Return Value

The generated image.

Discussion

This method generates a vertical stripped line pattern as an image.

The stripes generator filter uses the following properties:

`center`: A CIVector representing the center of the image. `color0`: A CIColor representing the stripes color. `color1`: A CIColor representing the background color. `width`: A `float` representing the width of the lines as an NSNumber. `sharpness`: A `float` representing the sharpness of the lines as an NSNumber.

The following code creates a filter that generates a black and white vertical striped image:

[media-3590971]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/stripesGenerator()

func (CIFilterClass) SubtractBlendModeFilter 

func (_CIFilterClass CIFilterClass) SubtractBlendModeFilter() CIFilter

Blends colors by subtracting color values from two images.

Return Value

The modified image.

Discussion

This method applies the subtract-blend mode filter to an image. The effect calculates the colors in the output image by subtracting the color values that differ between the background image and the input image.

The subtract-blend mode filter uses the following properties:

`inputImage`: An image with the type CIImage. `backgroundImage`: An image with the type CIImage.

The following code creates a filter that results in the image becoming darker with less detail:

[media-3546402]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/subtractBlendMode()

func (CIFilterClass) SunbeamsGeneratorFilter 

func (_CIFilterClass CIFilterClass) SunbeamsGeneratorFilter() CIFilter

Generates an image resembling the sun.

Return Value

The generated image.

Discussion

This method generates a sunbeam as an image. The effect generates a center-textured sun with striations. You can combine with other filters to create more sophisticated images.

The sunbeams generator filter uses the following properties:

`center`: A vector representing the center of the image as a CIVector. `color`: A CIColor representing the color of the sun. `sunRadius`: A `float` representing the radius of the center sun as an NSNumber. `maxStriationRadius`: A `float` representing the striation radius as an NSNumber. `striationStrength`: A `float` representing the striation strength as an NSNumber. `striationContrast`: A `float` representing the striation contrast as an NSNumber. `time`: A `float` representing the time as an NSNumber.

The following code creates a filter that generates an image that resembles a yellow sun with sunbeams:

[media-3546315]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/sunbeamsGenerator()

func (CIFilterClass) SwipeTransitionFilter 

func (_CIFilterClass CIFilterClass) SwipeTransitionFilter() CIFilter

Gradually transitions from one image to another with a swiping motion.

Return Value

The transition image.

Discussion

This method applies the swipe transition filter to an image. The effect transitions from the input image to the target image by simulating a swiping motion.

The swipe transition filter uses the following properties:

`inputImage`: The starting image with the type CIImage. `targetImage`: The ending image with the type CIImage. `extent`: A CGRect representing the size of the rounded rectangle. `time`: A `float` representing the parametric time of the transition from start (at time 0) to end (at time 1) as an NSNumber. angle: A `float` representing the angle of the motion of the swipe as an NSNumber. width: A `float` representing the width of the swipe effect as an NSNumber. opacity: A `float` representing the transparency of the swipe as an NSNumber.

The following code creates a filter that transitions from the input image to the target image with a gradual fade from left to right.

[media-3616424]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/swipeTransition()

func (CIFilterClass) SystemToneMapFilter 

func (_CIFilterClass CIFilterClass) SystemToneMapFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/systemToneMap()

func (CIFilterClass) TemperatureAndTintFilter 

func (_CIFilterClass CIFilterClass) TemperatureAndTintFilter() CIFilter

Alters an image’s temperature and tint.

Return Value

The modified image.

Discussion

This method applies the image temperature and tint filter to an image. The effect adjusts the white balance of the input image to match the `targetNeutral` property, resulting in a cooler or warmer tone image.

The temperature and tint filter uses the following properties:

`neutral`: A `vector` containing the source white point as a CIVector. `targetNeutral`: A vector containing the desired white point as a CIVector. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds an orange hue to the input image:

[media-3545008]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/temperatureAndTint()

func (CIFilterClass) TextImageGeneratorFilter 

func (_CIFilterClass CIFilterClass) TextImageGeneratorFilter() CIFilter

Generates a text image.

Return Value

The generated image.

Discussion

This method generates a text image. The effect takes the input string property and the scale factor to scale up the text. You commonly combine this filter with other filters to create a watermark on images.

The text image generator filter uses the following properties:

`text`: The `string` to render. The string can contain non-ASCII characters. `fontName`: A `string` representing the name of the font to be used to generate the image. `fontSize`: A `float` representing the size of the font as an NSNumber. `scaleFactor`: A `float` representing the scale of the font for the generated text as an NSNumber.

The following code creates a filter that generates a string of text as a grayscale image:

[media-3546321]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/textImageGenerator()

func (CIFilterClass) ThermalFilter 

func (_CIFilterClass CIFilterClass) ThermalFilter() CIFilter

Alters the image to make it look like it was taken by a thermal camera.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that make it appear like a thermal camera captured the image.

The thermal filter uses the following property:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds a thermal effect to the input image:

[media-3545033]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/thermal()

func (CIFilterClass) ToneCurveFilter 

func (_CIFilterClass CIFilterClass) ToneCurveFilter() CIFilter

Alters an image’s tone curve according to a series of data points.

Return Value

The modified image.

Discussion

This method applies the tone curve filter to an image. The effect calculates the adjustment of the tone curve by the sum of the red, green, and blue color values with the point value properties specified.

The tone curve filter uses the following properties:

`point0`: A v`ector` containing the position of the first point of the tone curve as a CIVector. `point1`: A v`ector` containing the position of the second point of the tone curve as a CIVector. `point2`: A `vector` containing the position of the third point of the tone curve as a CIVector. `point3`: A v`ector` containing the position of the fourth point of the tone curve as a CIVector. `point4`: A v`ector` containing the position of the fifth point of the tone curve as a CIVector. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds brightness to the input image:

[media-3545005]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/toneCurve()

func (CIFilterClass) ToneMapHeadroomFilter 

func (_CIFilterClass CIFilterClass) ToneMapHeadroomFilter() CIFilter

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/toneMapHeadroom()

func (CIFilterClass) TorusLensDistortionFilter 

func (_CIFilterClass CIFilterClass) TorusLensDistortionFilter() CIFilter

Creates a torus-shaped lens to distort the image.

Return Value

The distorted image.

Discussion

This method applies the torus lens distortion filter to an image. This effect distorts an image by creating a torus-shaped object, placing it over the input image, and applying the refraction.

The torus lens distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `radius`: A `float` representing the amount of pixels the filter uses in the tours as an NSNumber. `refraction`: A `float` representing the refraction of the glass as an NSNumber. `width`: A `float` representing the width of the torus ring as an NSNumber.

The following code creates a filter that results in a torus-shaped object placed over the image:

[media-4407288]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/torusLensDistortion()

func (CIFilterClass) TriangleKaleidoscopeFilter 

func (_CIFilterClass CIFilterClass) TriangleKaleidoscopeFilter() CIFilter

Create a triangular kaleidoscope effect and then tiles the result.

Return Value

The tiled image.

Discussion

This method applies the triangle kaleidoscope filter to an image. The effect produces a complex tiled pattern from a triangular area input image.

The triangle kaleidoscope tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `decay`: A `float` representing the intensity of the color fade from the center of the triangle as an NSNumber. `point`: A set of coordinates marking the center of the triangular area of the input image as a CIVector. `rotation`: A `float` representing the angle of rotation of the triangle as an NSNumber. `size`: A `float` representing the size in pixels of the triangle as an NSNumber.

The following code creates a filter that produces a triangle tile of the input image, creating an optical illusion:

[media-3599889]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/triangleKaleidoscope()

func (CIFilterClass) TriangleTileFilter 

func (_CIFilterClass CIFilterClass) TriangleTileFilter() CIFilter

Tiles a triangular area of an image.

Return Value

The tiled image.

Discussion

This method applies the triangle tile filter to an image. The effect creates a tiled pattern from a triangular area from the input image.

The triangle tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber.

The following code creates a filter that produces a triangle of the input image and tiles the result:

[media-3599891]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/triangleTile()

func (CIFilterClass) TwelvefoldReflectedTileFilter 

func (_CIFilterClass CIFilterClass) TwelvefoldReflectedTileFilter() CIFilter

Creates a tiled image by rotating in increments of 30 degrees.

Return Value

The tiled image.

Discussion

This method applies the 12-fold reflected tile filter to an image. The effect produces a 12-way reflected tile image.

The 12-fold reflected tile filter uses the following properties:

`inputImage`: An image with the type CIImage. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the direction of distortion, in radians as an NSNumber. `width`: A `float` representing the set width of each tile as an NSNumber.

The following code creates a filter that results in a 12-fold pattern angled at 30 degrees and then repeated:

[media-3599890]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/twelvefoldReflectedTile()

func (CIFilterClass) TwirlDistortionFilter 

func (_CIFilterClass CIFilterClass) TwirlDistortionFilter() CIFilter

Distorts an image by rotating pixels around a center point.

Return Value

The distorted image.

Discussion

This method applies the twirl distortion filter to an image. This effect distorts an image by rotating pixels around the defined center to create a twirling effect. You can specify the number of rotations to control the strength of the effect.

The twirl distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the amount of pixels the filter uses to create the distortion as an NSNumber. `center`: A set of coordinates marking the center of the image as a CGPoint. `angle`: A `float` representing the angle of the twirl, in radians, as an NSNumber.

The following code creates a filter that results in the center of the image becoming twirled:

[media-4407322]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/twirlDistortion()

func (CIFilterClass) UnsharpMaskFilter 

func (_CIFilterClass CIFilterClass) UnsharpMaskFilter() CIFilter

Increases an image’s contrast between two colors.

Return Value

The modified image.

Discussion

This method applies the unsharp mask filter to an image. The effect increases the contrast of the edge between pixels of different colors within the defined radius property.

The unsharp mask filter uses the following properties:

`inputImage`: An image with the type CIImage. `radius`: A `float` representing the area of effect as an NSNumber. `intensity`: A `float` representing the desired strength of the effect as an NSNumber.

The following code creates a filter that results in the objects within the image becoming darker:

[media-3595819]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/unsharpMask()

func (CIFilterClass) VibranceFilter 

func (_CIFilterClass CIFilterClass) VibranceFilter() CIFilter

Adjusts an image’s vibrancy.

Return Value

The modified image.

Discussion

This method applies the vibrance filter to an image. The effect adjusts the saturation of the image while preserving skin tone colors.

The vibrance filter uses the following properties:

`amount`: A `float` representing the amount to adjust the saturation with the type NSNumber. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds darkness to the input image:

[media-3544997]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/vibrance()

func (CIFilterClass) VignetteEffectFilter 

func (_CIFilterClass CIFilterClass) VignetteEffectFilter() CIFilter

Gradually darkens a specified area of an image.

Return Value

The modified image.

Discussion

This method applies the vignette effect filter to an image. This effect reduces brightness of the image at the periphery of a specified region.

The vignette effect filter uses the following properties:

`inputImage`: An image with the type CIImage. `intensity`: A `float` representing the intensity of the vignette effect as an NSNumber. `radius`: A `float` representing the radius of the effect as an NSNumber. `falloff`: A `float` representing the fall off of brightness toward the edge of the image as an NSNumber. `center`: A CGPoint representing the center of the image.

The following code creates a filter that darkens the edges of an area on the input image:

[media-3600013]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/vignetteEffect()

func (CIFilterClass) VignetteFilter 

func (_CIFilterClass CIFilterClass) VignetteFilter() CIFilter

Gradually darkens an image’s edges.

Return Value

The modified image.

Discussion

This method applies the vignette filter to an image. This is a preconfigured effect that reduces brightness of the image at the periphery.

The vignette filter uses the following properties:

`inputImage`: An image with the type CIImage. `intensity`: A `float` representing the intensity of the vignette effect as an NSNumber. `radius`: A `float` representing the radius of the effect as an NSNumber.

The following code creates a filter that darkens the edges of the input image:

[media-3545014]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/vignette()

func (CIFilterClass) VividLightBlendModeFilter 

func (_CIFilterClass CIFilterClass) VividLightBlendModeFilter() CIFilter

A combination of color-burn and color-dodge blend modes.

Return Value

The blended image as a CIImage.

Discussion

The vivid-light blend mode combines the color-dodge and color-burn blend modes (rescaled so that neutral colors become middle gray). If the input Images values are lighter than middle gray, the filter uses dodge; for darker values, the filter uses burn.

`inputImage`: A CIImage containing the input image. `backgroundImage`: A CIImage containing the background image.

The following code sample applies the vivid-light blend mode filter to two images:

[media-4407307]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/vividLightBlendMode()

func (CIFilterClass) VortexDistortionFilter 

func (_CIFilterClass CIFilterClass) VortexDistortionFilter() CIFilter

Distorts an image by using a vortex effect created by rotating pixels around a point.

Return Value

The distorted image.

Discussion

This method applies the vortex distortion filter to an image. This effect distorts an image by rotating pixels around the defined center to simulate a vortex. You can specify the number of rotations to control the strength of the effect.

The vortex distortion filter uses the following properties:

`inputImage`: An image with the type CIImage. `angle`: A `float` representing the angle of the vortex, in radians, as an NSNumber. `center`: A set of coordinates marking the center of the image as a CGPoint. `radius`: A `float` representing the amount of pixels the filter uses to create the distortion as an NSNumber.

The following code creates a filter that results in a small vortex effect:

[media-4407301]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/vortexDistortion()

func (CIFilterClass) WhitePointAdjustFilter 

func (_CIFilterClass CIFilterClass) WhitePointAdjustFilter() CIFilter

Adjusts the image’s white-point.

Return Value

The modified image.

Discussion

This method applies the white-point adjust filter to an image. The effect adjusts the white-point of the input image by mapping all shades of gray to shades of the color property.

The white-point adjust filter uses the following properties:

`color`: The new white point color with the type of CIColor. `inputImage`: An image with the type CIImage.

The following code creates a filter that adds a red hue to the input image:

[media-3545004]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/whitePointAdjust()

func (CIFilterClass) XRayFilter 

func (_CIFilterClass CIFilterClass) XRayFilter() CIFilter

Alters an image to make it look like an X-ray image.

Return Value

The modified image.

Discussion

This method applies a preconfigured set of effects that imitate a photo being scanned by an X-ray.

The X-ray filter uses the following properties:

`inputImage`: An image with the type CIImage.

The following code creates a filter that adds an X-ray effect to the input image:

[media-3545022]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/xRay()

func (CIFilterClass) ZoomBlurFilter 

func (_CIFilterClass CIFilterClass) ZoomBlurFilter() CIFilter

Creates a zoom blur centered around a single point on the image.

Return Value

The blurred image.

Discussion

This method applies the zoom blur filter to an image. This effect mimics the zoom of a camera when capturing the image.

The zoom blur filter uses the following properties:

`amount`: A `float` representing the zoom-in amount as an NSNumber. `center`: A set of coordinates marking the center of the image as a CGPoint. `inputImage`: A CIImage representing the input image to apply the filter to.

The following code creates a filter that adds a zoom blur to the input image:

[media-3544962]

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class/zoomBlur()

type CIFilterConstructor 

type CIFilterConstructor interface {
	objectivec.IObject

	// Returns a filter object specified by name.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFilterConstructor/filter(withName:)
	FilterWithName(name string) CIFilter
}

A general interface for objects that produce filters.

See: https://developer.apple.com/documentation/CoreImage/CIFilterConstructor

type CIFilterConstructorObject 

type CIFilterConstructorObject struct {
	objectivec.Object
}

CIFilterConstructorObject wraps an existing Objective-C object that conforms to the CIFilterConstructor protocol.

func CIFilterConstructorObjectFromID 

func CIFilterConstructorObjectFromID(id objc.ID) CIFilterConstructorObject

CIFilterConstructorObjectFromID constructs a CIFilterConstructorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFilterConstructorObject) BaseObject 

func (o CIFilterConstructorObject) BaseObject() objectivec.Object

func (CIFilterConstructorObject) FilterWithName 

func (o CIFilterConstructorObject) FilterWithName(name string) CIFilter

Returns a filter object specified by name.

name: The name of the requested custom filter.

Return Value

A CIFilter object implementing the custom filter.

Discussion

Core Image calls this method when a filter is requested by name using the CIFilter class method [FilterWithName] method (or related methods). Your implementation of this method should provide a new instance of the CIFilter subclass for your custom filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterConstructor/filter(withName:)

type CIFilterGenerator 

type CIFilterGenerator struct {
	objectivec.Object
}

An object that creates and configures chains of individual image filters.

Overview

The CIFilterGenerator class provides methods for creating a CIFilter object by chaining together existing CIFilter objects to create complex effects. (A refers to the CIFilter objects that are connected in the CIFilterGenerator object.) The complex effect can be encapsulated as a CIFilterGenerator object and saved as a file so that it can be used again. The contains an archived instance of all the CIFilter objects that are chained together.

Any filter generator files that you copy to `/Library/Graphics/Image Units/` are loaded when any of the loading methods provided by the CIPlugIn class are invoked. A CIFilterGenerator object is registered by its filename or, if present, by a class attribute that you supply in its description.

You can create a CIFilterGenerator object programmatically, using the methods provided by the CIFilterGenerator class, or by using the editor view provided by Core Image.

Initializing a Filter Generator Object

Connecting and Disconnecting Objects

Managing Exported Keys

Setting and Getting Class Attributes

Archiving a Filter Generator Object

Registering a Filter Chain

Creating a Filter from a Filter Chain

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator

func CIFilterGeneratorFromID 

func CIFilterGeneratorFromID(id objc.ID) CIFilterGenerator

CIFilterGeneratorFromID constructs a CIFilterGenerator from an objc.ID.

An object that creates and configures chains of individual image filters.

func NewCIFilterGenerator 

func NewCIFilterGenerator() CIFilterGenerator

NewCIFilterGenerator creates a new CIFilterGenerator instance.

func NewFilterGeneratorWithContentsOfURL 

func NewFilterGeneratorWithContentsOfURL(aURL foundation.INSURL) CIFilterGenerator

Initializes a filter generator object with the contents of a filter generator file.

aURL: The location of a filter generator file.

Return Value

The initialized CIFilterGenerator object. Returns `nil` if the file can’t be read.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/init(contentsOf:)

func (CIFilterGenerator) Autorelease 

func (f CIFilterGenerator) Autorelease() CIFilterGenerator

Autorelease adds the receiver to the current autorelease pool.

func (CIFilterGenerator) ClassAttributes 

func (f CIFilterGenerator) ClassAttributes() foundation.INSDictionary

The class attributes associated with the filter.

Discussion

For more information about class attributes for a filter, see Core Image Programming Guide and the filter attributes key constants defined in CIFilter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/classAttributes

func (CIFilterGenerator) ConnectObjectWithKeyToObjectWithKey 

func (f CIFilterGenerator) ConnectObjectWithKeyToObjectWithKey(sourceObject objectivec.IObject, sourceKey string, targetObject objectivec.IObject, targetKey string)

Adds an object to the filter chain.

sourceObject: A CIFilter object, a CIImage object, or the path (an [NSString] or [NSURL] object) to an image. // [NSString]: https://developer.apple.com/documentation/Foundation/NSString [NSURL]: https://developer.apple.com/documentation/Foundation/NSURL

sourceKey: The key that specifies the source object. For example, if the source is the output image of a filter, pass the `outputImage` key. Pass `nil` if the source object is used directly.

targetObject: The object to which the source object links.

targetKey: The key that specifies the target for the source. For example, if you are connecting the source to the input image of a CIFilter object, you would pass the `inputImage` key.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/connect(_:withKey:to:withKey:)

func (CIFilterGenerator) DisconnectObjectWithKeyToObjectWithKey 

func (f CIFilterGenerator) DisconnectObjectWithKeyToObjectWithKey(sourceObject objectivec.IObject, sourceKey string, targetObject objectivec.IObject, targetKey string)

Removes the connection between two objects in the filter chain.

sourceObject: A CIFilter object, a CIImage object, or the path (an [NSString] or [NSURL] object) to an image. // [NSString]: https://developer.apple.com/documentation/Foundation/NSString [NSURL]: https://developer.apple.com/documentation/Foundation/NSURL

sourceKey: The key that specifies the source object. Pass `nil` if the source object is used directly.

targetObject: The object from which you want to disconnect the source object.

targetKey: The key that specifies the target that the source object is currently connected to.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/disconnectObject(_:withKey:to:withKey:)

func (CIFilterGenerator) EncodeWithCoder 

func (f CIFilterGenerator) EncodeWithCoder(coder foundation.INSCoder)

func (CIFilterGenerator) ExportKeyFromObjectWithName 

func (f CIFilterGenerator) ExportKeyFromObjectWithName(key string, targetObject objectivec.IObject, exportedKeyName string)

Exports an input or output key of an object in the filter chain.

key: The key to export from the target object (for example, `inputImage`).

targetObject: The object associated with the key (for example, the filter).

exportedKeyName: A unique name to use for the exported key. Pass `nil` to use the original key name.

Discussion

When you create a CIFilter object from a CIFilterGenerator object, you might want the filter client to be able to set some of the parameters associated with the filter chain. You can make a parameter settable by exporting the key associated with the parameter. If the exported key represents an input parameter of the filter, the key is exported as an input key. If the key represents an output parameter, it is exported as an output key.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/exportKey(_:from:withName:)

func (CIFilterGenerator) ExportedKeys 

func (f CIFilterGenerator) ExportedKeys() foundation.INSDictionary

Returns an array of the exported keys.

Return Value

An array of dictionaries that describe the exported key and target object. See kCIFilterGeneratorExportedKey, kCIFilterGeneratorExportedKeyTargetObject, and kCIFilterGeneratorExportedKey for keys used in the dictionary.

Discussion

This method returns the keys that you exported using the [ExportKeyFromObjectWithName] method or that were exported before being written to the file from which you read the filter chain.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/exportedKeys

func (CIFilterGenerator) Filter 

func (f CIFilterGenerator) Filter() CIFilter

Creates a filter object based on the filter chain.

Return Value

A CIFilter object.

Discussion

The topology of the filter chain is immutable, meaning that any changes you make to the filter chain are not reflected in the filter. The returned filter holds the export input and output keys.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/filter()

func (CIFilterGenerator) FilterWithName 

func (f CIFilterGenerator) FilterWithName(name string) CIFilter

Returns a filter object specified by name.

name: The name of the requested custom filter.

Return Value

A CIFilter object implementing the custom filter.

Discussion

Core Image calls this method when a filter is requested by name using the CIFilter class method [FilterWithName] method (or related methods). Your implementation of this method should provide a new instance of the CIFilter subclass for your custom filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterConstructor/filter(withName:)

func (CIFilterGenerator) Init 

func (f CIFilterGenerator) Init() CIFilterGenerator

Init initializes the instance.

func (CIFilterGenerator) InitWithContentsOfURL 

func (f CIFilterGenerator) InitWithContentsOfURL(aURL foundation.INSURL) CIFilterGenerator

Initializes a filter generator object with the contents of a filter generator file.

aURL: The location of a filter generator file.

Return Value

The initialized CIFilterGenerator object. Returns `nil` if the file can’t be read.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/init(contentsOf:)

func (CIFilterGenerator) RegisterFilterName 

func (f CIFilterGenerator) RegisterFilterName(name string)

Registers the name associated with a filter chain.

name: A unique name for the filter chain you want to register.

Discussion

This method allows you to register the filter chain as a named filter in the Core Image filter repository. You can then create a CIFilter object from it using the [FilterWithName] method of the CIFilter class.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/registerFilterName(_:)

func (CIFilterGenerator) RemoveExportedKey 

func (f CIFilterGenerator) RemoveExportedKey(exportedKeyName string)

Removes a key that was previously exported.

exportedKeyName: The name of the key you want to remove.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/removeExportedKey(_:)

func (CIFilterGenerator) SetAttributesForExportedKey 

func (f CIFilterGenerator) SetAttributesForExportedKey(attributes foundation.INSDictionary, key string)

Sets a dictionary of attributes for an exported key.

attributes: A dictionary that describes the attributes associated with the specified key.

key: The exported key whose attributes you want to set.

Discussion

By default, the exported key inherits the attributes from its original key and target object. You can use this method to change one or more of the existing attributes for the key, such as the default value or maximum value. For more information on attributes, see CIFilter and Core Image Programming Guide.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/setAttributes(_:forExportedKey:)

func (CIFilterGenerator) SetClassAttributes 

func (f CIFilterGenerator) SetClassAttributes(value foundation.INSDictionary)

func (CIFilterGenerator) WriteToURLAtomically 

func (f CIFilterGenerator) WriteToURLAtomically(aURL foundation.INSURL, flag bool) bool

Archives a filter generator object to a filter generator file.

aURL: A location for the file generator file.

flag: Pass `true` to specify that Core Image should create an interim file to avoid overwriting an existing file.

Return Value

Returns `true` if the object is successfully archived to the file.

Discussion

Use this method to save your filter chain to a file for later use.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/write(to:atomically:)

type CIFilterGeneratorClass 

type CIFilterGeneratorClass struct {
	// contains filtered or unexported fields
}

func GetCIFilterGeneratorClass 

func GetCIFilterGeneratorClass() CIFilterGeneratorClass

GetCIFilterGeneratorClass returns the class object for CIFilterGenerator.

func (CIFilterGeneratorClass) Alloc 

func (cc CIFilterGeneratorClass) Alloc() CIFilterGenerator

Alloc allocates memory for a new instance of the class.

func (CIFilterGeneratorClass) FilterGenerator 

func (_CIFilterGeneratorClass CIFilterGeneratorClass) FilterGenerator() CIFilterGenerator

Creates and returns an empty filter generator object.

Return Value

A CIFilterGenerator object.

Discussion

You use the returned object to connect two or more CIFilter objects and input images. It is also valid to have only one CIFilter object in a filter generator.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/filterGenerator

func (CIFilterGeneratorClass) FilterGeneratorWithContentsOfURL 

func (_CIFilterGeneratorClass CIFilterGeneratorClass) FilterGeneratorWithContentsOfURL(aURL foundation.INSURL) CIFilterGenerator

Creates and returns a filter generator object and initializes it with the contents of a filter generator file.

aURL: The location of a filter generator file.

Return Value

A CIFilterGenerator object; returns `nil` if the file can’t be read.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator/filterGeneratorWithContentsOfURL:

type CIFilterProtocol 

type CIFilterProtocol interface {
	objectivec.IObject

	// A [CIImage](<doc://com.apple.coreimage/documentation/CoreImage/CIImage>) object that encapsulates the operations configured in the filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage
	OutputImage() ICIImage
}

The properties you use to configure a Core Image filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol

type CIFilterProtocolObject 

type CIFilterProtocolObject struct {
	objectivec.Object
}

CIFilterProtocolObject wraps an existing Objective-C object that conforms to the CIFilterProtocol protocol.

func CIFilterProtocolObjectFromID 

func CIFilterProtocolObjectFromID(id objc.ID) CIFilterProtocolObject

CIFilterProtocolObjectFromID constructs a CIFilterProtocolObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFilterProtocolObject) BaseObject 

func (o CIFilterProtocolObject) BaseObject() objectivec.Object

func (CIFilterProtocolObject) OutputImage 

func (o CIFilterProtocolObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

type CIFilterShape 

type CIFilterShape struct {
	objectivec.Object
}

A description of the bounding shape of a filter and the domain of definition for a filter operation.

Overview

You use CIFilterShape objects in conjunction with Core Image classes, such as CIFilter, CIKernel, and CISampler, to create custom filters.

Initializing a Filter Shape

Inspecting a Filter Shape

Modifying a Filter Shape

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape

func CIFilterShapeFromID 

func CIFilterShapeFromID(id objc.ID) CIFilterShape

CIFilterShapeFromID constructs a CIFilterShape from an objc.ID.

A description of the bounding shape of a filter and the domain of definition for a filter operation.

func NewCIFilterShape 

func NewCIFilterShape() CIFilterShape

NewCIFilterShape creates a new CIFilterShape instance.

func NewFilterShapeWithRect 

func NewFilterShapeWithRect(r corefoundation.CGRect) CIFilterShape

Initializes a filter shape object with a rectangle.

r: A rectangle. Core Image uses the rectangle specified by integer parts of the values in the [CGRect] data structure.

Return Value

An initialized CIFilterShape object, or `nil` if the method fails.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/init(rect:)

func (CIFilterShape) Autorelease 

func (f CIFilterShape) Autorelease() CIFilterShape

Autorelease adds the receiver to the current autorelease pool.

func (CIFilterShape) Extent 

func (f CIFilterShape) Extent() corefoundation.CGRect

The extent of the filter shape.

Discussion

Extent is a rectangle that describes the filter shape in the working coordinate space with a fixed area.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/extent

func (CIFilterShape) Init 

func (f CIFilterShape) Init() CIFilterShape

Init initializes the instance.

func (CIFilterShape) InitWithRect 

func (f CIFilterShape) InitWithRect(r corefoundation.CGRect) CIFilterShape

Initializes a filter shape object with a rectangle.

r: A rectangle. Core Image uses the rectangle specified by integer parts of the values in the [CGRect] data structure.

Return Value

An initialized CIFilterShape object, or `nil` if the method fails.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/init(rect:)

func (CIFilterShape) InsetByXY 

func (f CIFilterShape) InsetByXY(dx int, dy int) ICIFilterShape

Modifies a filter shape object so that it is inset by the specified x and y values.

dx: A value that specifies an inset in the x direction.

dy: A value that specifies an inset in the y direction.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/insetBy(x:y:)

func (CIFilterShape) IntersectWith 

func (f CIFilterShape) IntersectWith(s2 ICIFilterShape) ICIFilterShape

Creates a filter shape object that represents the intersection of the current filter shape and the specified filter shape object.

s2: A filter shape object.

Return Value

The filter shape object that results from the intersection.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/intersect(with:)-8iw

func (CIFilterShape) IntersectWithRect 

func (f CIFilterShape) IntersectWithRect(r corefoundation.CGRect) ICIFilterShape

Creates a filter shape that represents the intersection of the current filter shape and a rectangle.

r: A rectangle. Core Image uses the rectangle specified by integer parts of the width and height.

Return Value

The filter shape that results from the intersection

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/intersect(with:)-2o2n8

func (CIFilterShape) TransformByInterior 

func (f CIFilterShape) TransformByInterior(m corefoundation.CGAffineTransform, flag bool) ICIFilterShape

Creates a filter shape that results from applying a transform to the current filter shape.

m: A transform.

flag: [false] specifies that the new filter shape object can contain all the pixels in the transformed shape (and possibly some that are outside the transformed shape). [true] specifies that the new filter shape object can contain a subset of the pixels in the transformed shape (but none of those outside the transformed shape). // [false]: https://developer.apple.com/documentation/Swift/false [true]: https://developer.apple.com/documentation/Swift/true

Return Value

The transformed filter shape object.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/transform(by:interior:)

func (CIFilterShape) UnionWith 

func (f CIFilterShape) UnionWith(s2 ICIFilterShape) ICIFilterShape

Creates a filter shape that results from the union of the current filter shape and another filter shape object.

s2: A filter shape object.

Return Value

The filter shape object that results from the union.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/union(with:)-52mnd

func (CIFilterShape) UnionWithRect 

func (f CIFilterShape) UnionWithRect(r corefoundation.CGRect) ICIFilterShape

Creates a filter shape that results from the union of the current filter shape and a rectangle.

r: A rectangle. Core Image uses the rectangle specified by integer parts of the width and height.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/union(with:)-75ebo

type CIFilterShapeClass 

type CIFilterShapeClass struct {
	// contains filtered or unexported fields
}

func GetCIFilterShapeClass 

func GetCIFilterShapeClass() CIFilterShapeClass

GetCIFilterShapeClass returns the class object for CIFilterShape.

func (CIFilterShapeClass) Alloc 

func (cc CIFilterShapeClass) Alloc() CIFilterShape

Alloc allocates memory for a new instance of the class.

func (CIFilterShapeClass) ShapeWithRect 

func (_CIFilterShapeClass CIFilterShapeClass) ShapeWithRect(r corefoundation.CGRect) CIFilterShape

Creates a filter shape object and initializes it with a rectangle.

r: A rectangle. The filter shape object will contain the smallest integral rectangle specified by this argument.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape/shapeWithRect:

type CIFlashTransition 

type CIFlashTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/center
	Center() corefoundation.CGPoint

	// The color of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/color
	Color() ICIColor

	// The extent of the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/extent
	Extent() corefoundation.CGRect

	// The amount of fade between the flash and the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/fadeThreshold
	FadeThreshold() float32

	// The radius of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/maxStriationRadius
	MaxStriationRadius() float32

	// The contrast of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/striationContrast
	StriationContrast() float32

	// The strength of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/striationStrength
	StriationStrength() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/center
	SetCenter(value corefoundation.CGPoint)

	// The color of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/color
	SetColor(value ICIColor)

	// The extent of the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/extent
	SetExtent(value corefoundation.CGRect)

	// The amount of fade between the flash and the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/fadeThreshold
	SetFadeThreshold(value float32)

	// The radius of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/maxStriationRadius
	SetMaxStriationRadius(value float32)

	// The contrast of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/striationContrast
	SetStriationContrast(value float32)

	// The strength of the light rays emanating from the flash.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/striationStrength
	SetStriationStrength(value float32)
}

The properties you use to configure a flash transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition

type CIFlashTransitionObject 

type CIFlashTransitionObject struct {
	objectivec.Object
}

CIFlashTransitionObject wraps an existing Objective-C object that conforms to the CIFlashTransition protocol.

func CIFlashTransitionObjectFromID 

func CIFlashTransitionObjectFromID(id objc.ID) CIFlashTransitionObject

CIFlashTransitionObjectFromID constructs a CIFlashTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFlashTransitionObject) BaseObject 

func (o CIFlashTransitionObject) BaseObject() objectivec.Object

func (CIFlashTransitionObject) Center 

func (o CIFlashTransitionObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/center

func (CIFlashTransitionObject) Color 

func (o CIFlashTransitionObject) Color() ICIColor

The color of the light rays emanating from the flash.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/color

func (CIFlashTransitionObject) Extent 

func (o CIFlashTransitionObject) Extent() corefoundation.CGRect

The extent of the flash.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/extent

func (CIFlashTransitionObject) FadeThreshold 

func (o CIFlashTransitionObject) FadeThreshold() float32

The amount of fade between the flash and the target image.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/fadeThreshold

func (CIFlashTransitionObject) InputImage 

func (o CIFlashTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIFlashTransitionObject) MaxStriationRadius 

func (o CIFlashTransitionObject) MaxStriationRadius() float32

The radius of the light rays emanating from the flash.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/maxStriationRadius

func (CIFlashTransitionObject) OutputImage 

func (o CIFlashTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIFlashTransitionObject) SetCenter 

func (o CIFlashTransitionObject) SetCenter(value corefoundation.CGPoint)

func (CIFlashTransitionObject) SetColor 

func (o CIFlashTransitionObject) SetColor(value ICIColor)

func (CIFlashTransitionObject) SetExtent 

func (o CIFlashTransitionObject) SetExtent(value corefoundation.CGRect)

func (CIFlashTransitionObject) SetFadeThreshold 

func (o CIFlashTransitionObject) SetFadeThreshold(value float32)

func (CIFlashTransitionObject) SetInputImage 

func (o CIFlashTransitionObject) SetInputImage(value ICIImage)

func (CIFlashTransitionObject) SetMaxStriationRadius 

func (o CIFlashTransitionObject) SetMaxStriationRadius(value float32)

func (CIFlashTransitionObject) SetStriationContrast 

func (o CIFlashTransitionObject) SetStriationContrast(value float32)

func (CIFlashTransitionObject) SetStriationStrength 

func (o CIFlashTransitionObject) SetStriationStrength(value float32)

func (CIFlashTransitionObject) SetTargetImage 

func (o CIFlashTransitionObject) SetTargetImage(value ICIImage)

func (CIFlashTransitionObject) SetTime 

func (o CIFlashTransitionObject) SetTime(value float32)

func (CIFlashTransitionObject) StriationContrast 

func (o CIFlashTransitionObject) StriationContrast() float32

The contrast of the light rays emanating from the flash.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/striationContrast

func (CIFlashTransitionObject) StriationStrength 

func (o CIFlashTransitionObject) StriationStrength() float32

The strength of the light rays emanating from the flash.

See: https://developer.apple.com/documentation/CoreImage/CIFlashTransition/striationStrength

func (CIFlashTransitionObject) TargetImage 

func (o CIFlashTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIFlashTransitionObject) Time 

func (o CIFlashTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CIFormat 

type CIFormat = int

CIFormat is pixel data formats for image input, output, and processing.

See: https://developer.apple.com/documentation/CoreImage/CIFormat

type CIFourCoordinateGeometryFilter 

type CIFourCoordinateGeometryFilter interface {
	objectivec.IObject
	CIFilterProtocol

	// BottomLeft protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft
	BottomLeft() corefoundation.CGPoint

	// BottomRight protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight
	BottomRight() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage
	InputImage() ICIImage

	// TopLeft protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft
	TopLeft() corefoundation.CGPoint

	// TopRight protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight
	TopRight() corefoundation.CGPoint

	// bottomLeft protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft
	SetBottomLeft(value corefoundation.CGPoint)

	// bottomRight protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight
	SetBottomRight(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage
	SetInputImage(value ICIImage)

	// topLeft protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft
	SetTopLeft(value corefoundation.CGPoint)

	// topRight protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight
	SetTopRight(value corefoundation.CGPoint)
}

The properties you use to configure a geometry adjustment filters that requires four coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter

type CIFourCoordinateGeometryFilterObject 

type CIFourCoordinateGeometryFilterObject struct {
	objectivec.Object
}

CIFourCoordinateGeometryFilterObject wraps an existing Objective-C object that conforms to the CIFourCoordinateGeometryFilter protocol.

func CIFourCoordinateGeometryFilterObjectFromID 

func CIFourCoordinateGeometryFilterObjectFromID(id objc.ID) CIFourCoordinateGeometryFilterObject

CIFourCoordinateGeometryFilterObjectFromID constructs a CIFourCoordinateGeometryFilterObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFourCoordinateGeometryFilterObject) BaseObject 

func (o CIFourCoordinateGeometryFilterObject) BaseObject() objectivec.Object

func (CIFourCoordinateGeometryFilterObject) BottomLeft 

func (o CIFourCoordinateGeometryFilterObject) BottomLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft

func (CIFourCoordinateGeometryFilterObject) BottomRight 

func (o CIFourCoordinateGeometryFilterObject) BottomRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight

func (CIFourCoordinateGeometryFilterObject) InputImage 

func (o CIFourCoordinateGeometryFilterObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage

func (CIFourCoordinateGeometryFilterObject) OutputImage 

func (o CIFourCoordinateGeometryFilterObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIFourCoordinateGeometryFilterObject) SetBottomLeft 

func (o CIFourCoordinateGeometryFilterObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIFourCoordinateGeometryFilterObject) SetBottomRight 

func (o CIFourCoordinateGeometryFilterObject) SetBottomRight(value corefoundation.CGPoint)

func (CIFourCoordinateGeometryFilterObject) SetInputImage 

func (o CIFourCoordinateGeometryFilterObject) SetInputImage(value ICIImage)

func (CIFourCoordinateGeometryFilterObject) SetTopLeft 

func (o CIFourCoordinateGeometryFilterObject) SetTopLeft(value corefoundation.CGPoint)

func (CIFourCoordinateGeometryFilterObject) SetTopRight 

func (o CIFourCoordinateGeometryFilterObject) SetTopRight(value corefoundation.CGPoint)

func (CIFourCoordinateGeometryFilterObject) TopLeft 

func (o CIFourCoordinateGeometryFilterObject) TopLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft

func (CIFourCoordinateGeometryFilterObject) TopRight 

func (o CIFourCoordinateGeometryFilterObject) TopRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight

type CIFourfoldReflectedTile 

type CIFourfoldReflectedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The primary angle for the repeating reflected tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/acuteAngle
	AcuteAngle() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/width
	Width() float32

	// The primary angle for the repeating reflected tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/acuteAngle
	SetAcuteAngle(value float32)

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/width
	SetWidth(value float32)
}

The properties you use to configure a fourfold reflected tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile

type CIFourfoldReflectedTileObject 

type CIFourfoldReflectedTileObject struct {
	objectivec.Object
}

CIFourfoldReflectedTileObject wraps an existing Objective-C object that conforms to the CIFourfoldReflectedTile protocol.

func CIFourfoldReflectedTileObjectFromID 

func CIFourfoldReflectedTileObjectFromID(id objc.ID) CIFourfoldReflectedTileObject

CIFourfoldReflectedTileObjectFromID constructs a CIFourfoldReflectedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFourfoldReflectedTileObject) AcuteAngle 

func (o CIFourfoldReflectedTileObject) AcuteAngle() float32

The primary angle for the repeating reflected tile.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/acuteAngle

func (CIFourfoldReflectedTileObject) Angle 

func (o CIFourfoldReflectedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/angle

func (CIFourfoldReflectedTileObject) BaseObject 

func (o CIFourfoldReflectedTileObject) BaseObject() objectivec.Object

func (CIFourfoldReflectedTileObject) Center 

func (o CIFourfoldReflectedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/center

func (CIFourfoldReflectedTileObject) InputImage 

func (o CIFourfoldReflectedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/inputImage

func (CIFourfoldReflectedTileObject) OutputImage 

func (o CIFourfoldReflectedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIFourfoldReflectedTileObject) SetAcuteAngle 

func (o CIFourfoldReflectedTileObject) SetAcuteAngle(value float32)

func (CIFourfoldReflectedTileObject) SetAngle 

func (o CIFourfoldReflectedTileObject) SetAngle(value float32)

func (CIFourfoldReflectedTileObject) SetCenter 

func (o CIFourfoldReflectedTileObject) SetCenter(value corefoundation.CGPoint)

func (CIFourfoldReflectedTileObject) SetInputImage 

func (o CIFourfoldReflectedTileObject) SetInputImage(value ICIImage)

func (CIFourfoldReflectedTileObject) SetWidth 

func (o CIFourfoldReflectedTileObject) SetWidth(value float32)

func (CIFourfoldReflectedTileObject) Width 

func (o CIFourfoldReflectedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldReflectedTile/width

type CIFourfoldRotatedTile 

type CIFourfoldRotatedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/width
	Width() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/width
	SetWidth(value float32)
}

The properties you use to configure a fourfold rotated tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile

type CIFourfoldRotatedTileObject 

type CIFourfoldRotatedTileObject struct {
	objectivec.Object
}

CIFourfoldRotatedTileObject wraps an existing Objective-C object that conforms to the CIFourfoldRotatedTile protocol.

func CIFourfoldRotatedTileObjectFromID 

func CIFourfoldRotatedTileObjectFromID(id objc.ID) CIFourfoldRotatedTileObject

CIFourfoldRotatedTileObjectFromID constructs a CIFourfoldRotatedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFourfoldRotatedTileObject) Angle 

func (o CIFourfoldRotatedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/angle

func (CIFourfoldRotatedTileObject) BaseObject 

func (o CIFourfoldRotatedTileObject) BaseObject() objectivec.Object

func (CIFourfoldRotatedTileObject) Center 

func (o CIFourfoldRotatedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/center

func (CIFourfoldRotatedTileObject) InputImage 

func (o CIFourfoldRotatedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/inputImage

func (CIFourfoldRotatedTileObject) OutputImage 

func (o CIFourfoldRotatedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIFourfoldRotatedTileObject) SetAngle 

func (o CIFourfoldRotatedTileObject) SetAngle(value float32)

func (CIFourfoldRotatedTileObject) SetCenter 

func (o CIFourfoldRotatedTileObject) SetCenter(value corefoundation.CGPoint)

func (CIFourfoldRotatedTileObject) SetInputImage 

func (o CIFourfoldRotatedTileObject) SetInputImage(value ICIImage)

func (CIFourfoldRotatedTileObject) SetWidth 

func (o CIFourfoldRotatedTileObject) SetWidth(value float32)

func (CIFourfoldRotatedTileObject) Width 

func (o CIFourfoldRotatedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldRotatedTile/width

type CIFourfoldTranslatedTile 

type CIFourfoldTranslatedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The primary angle for the repeating translated tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/acuteAngle
	AcuteAngle() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/width
	Width() float32

	// The primary angle for the repeating translated tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/acuteAngle
	SetAcuteAngle(value float32)

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/width
	SetWidth(value float32)
}

The properties you use to configure a fourfold translated tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile

type CIFourfoldTranslatedTileObject 

type CIFourfoldTranslatedTileObject struct {
	objectivec.Object
}

CIFourfoldTranslatedTileObject wraps an existing Objective-C object that conforms to the CIFourfoldTranslatedTile protocol.

func CIFourfoldTranslatedTileObjectFromID 

func CIFourfoldTranslatedTileObjectFromID(id objc.ID) CIFourfoldTranslatedTileObject

CIFourfoldTranslatedTileObjectFromID constructs a CIFourfoldTranslatedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIFourfoldTranslatedTileObject) AcuteAngle 

func (o CIFourfoldTranslatedTileObject) AcuteAngle() float32

The primary angle for the repeating translated tile.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/acuteAngle

func (CIFourfoldTranslatedTileObject) Angle 

func (o CIFourfoldTranslatedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/angle

func (CIFourfoldTranslatedTileObject) BaseObject 

func (o CIFourfoldTranslatedTileObject) BaseObject() objectivec.Object

func (CIFourfoldTranslatedTileObject) Center 

func (o CIFourfoldTranslatedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/center

func (CIFourfoldTranslatedTileObject) InputImage 

func (o CIFourfoldTranslatedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/inputImage

func (CIFourfoldTranslatedTileObject) OutputImage 

func (o CIFourfoldTranslatedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIFourfoldTranslatedTileObject) SetAcuteAngle 

func (o CIFourfoldTranslatedTileObject) SetAcuteAngle(value float32)

func (CIFourfoldTranslatedTileObject) SetAngle 

func (o CIFourfoldTranslatedTileObject) SetAngle(value float32)

func (CIFourfoldTranslatedTileObject) SetCenter 

func (o CIFourfoldTranslatedTileObject) SetCenter(value corefoundation.CGPoint)

func (CIFourfoldTranslatedTileObject) SetInputImage 

func (o CIFourfoldTranslatedTileObject) SetInputImage(value ICIImage)

func (CIFourfoldTranslatedTileObject) SetWidth 

func (o CIFourfoldTranslatedTileObject) SetWidth(value float32)

func (CIFourfoldTranslatedTileObject) Width 

func (o CIFourfoldTranslatedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIFourfoldTranslatedTile/width

type CIGaborGradients 

type CIGaborGradients interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaborGradients/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaborGradients/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a Gabor gradients filter.

See: https://developer.apple.com/documentation/CoreImage/CIGaborGradients

type CIGaborGradientsObject 

type CIGaborGradientsObject struct {
	objectivec.Object
}

CIGaborGradientsObject wraps an existing Objective-C object that conforms to the CIGaborGradients protocol.

func CIGaborGradientsObjectFromID 

func CIGaborGradientsObjectFromID(id objc.ID) CIGaborGradientsObject

CIGaborGradientsObjectFromID constructs a CIGaborGradientsObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGaborGradientsObject) BaseObject 

func (o CIGaborGradientsObject) BaseObject() objectivec.Object

func (CIGaborGradientsObject) InputImage 

func (o CIGaborGradientsObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIGaborGradients/inputImage

func (CIGaborGradientsObject) OutputImage 

func (o CIGaborGradientsObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGaborGradientsObject) SetInputImage 

func (o CIGaborGradientsObject) SetInputImage(value ICIImage)

type CIGammaAdjust 

type CIGammaAdjust interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGammaAdjust/inputImage
	InputImage() ICIImage

	// A gamma value to use to correct image brightness.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGammaAdjust/power
	Power() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGammaAdjust/inputImage
	SetInputImage(value ICIImage)

	// A gamma value to use to correct image brightness.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGammaAdjust/power
	SetPower(value float32)
}

The properties you use to configure a gamma adjust filter.

See: https://developer.apple.com/documentation/CoreImage/CIGammaAdjust

type CIGammaAdjustObject 

type CIGammaAdjustObject struct {
	objectivec.Object
}

CIGammaAdjustObject wraps an existing Objective-C object that conforms to the CIGammaAdjust protocol.

func CIGammaAdjustObjectFromID 

func CIGammaAdjustObjectFromID(id objc.ID) CIGammaAdjustObject

CIGammaAdjustObjectFromID constructs a CIGammaAdjustObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGammaAdjustObject) BaseObject 

func (o CIGammaAdjustObject) BaseObject() objectivec.Object

func (CIGammaAdjustObject) InputImage 

func (o CIGammaAdjustObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIGammaAdjust/inputImage

func (CIGammaAdjustObject) OutputImage 

func (o CIGammaAdjustObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGammaAdjustObject) Power 

func (o CIGammaAdjustObject) Power() float32

A gamma value to use to correct image brightness.

See: https://developer.apple.com/documentation/CoreImage/CIGammaAdjust/power

func (CIGammaAdjustObject) SetInputImage 

func (o CIGammaAdjustObject) SetInputImage(value ICIImage)

func (CIGammaAdjustObject) SetPower 

func (o CIGammaAdjustObject) SetPower(value float32)

type CIGaussianBlur 

type CIGaussianBlur interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianBlur/inputImage
	InputImage() ICIImage

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianBlur/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianBlur/inputImage
	SetInputImage(value ICIImage)

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianBlur/radius
	SetRadius(value float32)
}

The properties you use to configure a Gaussian blur filter.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianBlur

type CIGaussianBlurObject 

type CIGaussianBlurObject struct {
	objectivec.Object
}

CIGaussianBlurObject wraps an existing Objective-C object that conforms to the CIGaussianBlur protocol.

func CIGaussianBlurObjectFromID 

func CIGaussianBlurObjectFromID(id objc.ID) CIGaussianBlurObject

CIGaussianBlurObjectFromID constructs a CIGaussianBlurObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGaussianBlurObject) BaseObject 

func (o CIGaussianBlurObject) BaseObject() objectivec.Object

func (CIGaussianBlurObject) InputImage 

func (o CIGaussianBlurObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianBlur/inputImage

func (CIGaussianBlurObject) OutputImage 

func (o CIGaussianBlurObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGaussianBlurObject) Radius 

func (o CIGaussianBlurObject) Radius() float32

The radius of the blur, in pixels.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianBlur/radius

func (CIGaussianBlurObject) SetInputImage 

func (o CIGaussianBlurObject) SetInputImage(value ICIImage)

func (CIGaussianBlurObject) SetRadius 

func (o CIGaussianBlurObject) SetRadius(value float32)

type CIGaussianGradient 

type CIGaussianGradient interface {
	objectivec.IObject
	CIFilterProtocol

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/center
	Center() corefoundation.CGPoint

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/color0
	Color0() ICIColor

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/color1
	Color1() ICIColor

	// The radius of the Gaussian distribution.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/radius
	Radius() float32

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/center
	SetCenter(value corefoundation.CGPoint)

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/color0
	SetColor0(value ICIColor)

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/color1
	SetColor1(value ICIColor)

	// The radius of the Gaussian distribution.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/radius
	SetRadius(value float32)
}

The properties you use to configure a Gaussian gradient filter.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient

type CIGaussianGradientObject 

type CIGaussianGradientObject struct {
	objectivec.Object
}

CIGaussianGradientObject wraps an existing Objective-C object that conforms to the CIGaussianGradient protocol.

func CIGaussianGradientObjectFromID 

func CIGaussianGradientObjectFromID(id objc.ID) CIGaussianGradientObject

CIGaussianGradientObjectFromID constructs a CIGaussianGradientObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGaussianGradientObject) BaseObject 

func (o CIGaussianGradientObject) BaseObject() objectivec.Object

func (CIGaussianGradientObject) Center 

func (o CIGaussianGradientObject) Center() corefoundation.CGPoint

The center of the effect as x and y coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/center

func (CIGaussianGradientObject) Color0 

func (o CIGaussianGradientObject) Color0() ICIColor

The first color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/color0

func (CIGaussianGradientObject) Color1 

func (o CIGaussianGradientObject) Color1() ICIColor

The second color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/color1

func (CIGaussianGradientObject) OutputImage 

func (o CIGaussianGradientObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGaussianGradientObject) Radius 

func (o CIGaussianGradientObject) Radius() float32

The radius of the Gaussian distribution.

See: https://developer.apple.com/documentation/CoreImage/CIGaussianGradient/radius

func (CIGaussianGradientObject) SetCenter 

func (o CIGaussianGradientObject) SetCenter(value corefoundation.CGPoint)

func (CIGaussianGradientObject) SetColor0 

func (o CIGaussianGradientObject) SetColor0(value ICIColor)

func (CIGaussianGradientObject) SetColor1 

func (o CIGaussianGradientObject) SetColor1(value ICIColor)

func (CIGaussianGradientObject) SetRadius 

func (o CIGaussianGradientObject) SetRadius(value float32)

type CIGlassDistortion 

type CIGlassDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/inputImage
	InputImage() ICIImage

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/scale
	Scale() float32

	// TextureImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/textureImage
	TextureImage() ICIImage

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/inputImage
	SetInputImage(value ICIImage)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/scale
	SetScale(value float32)

	// textureImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/textureImage
	SetTextureImage(value ICIImage)
}

CIGlassDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion

type CIGlassDistortionObject 

type CIGlassDistortionObject struct {
	objectivec.Object
}

CIGlassDistortionObject wraps an existing Objective-C object that conforms to the CIGlassDistortion protocol.

func CIGlassDistortionObjectFromID 

func CIGlassDistortionObjectFromID(id objc.ID) CIGlassDistortionObject

CIGlassDistortionObjectFromID constructs a CIGlassDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGlassDistortionObject) BaseObject 

func (o CIGlassDistortionObject) BaseObject() objectivec.Object

func (CIGlassDistortionObject) Center 

func (o CIGlassDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/center

func (CIGlassDistortionObject) InputImage 

func (o CIGlassDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/inputImage

func (CIGlassDistortionObject) OutputImage 

func (o CIGlassDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGlassDistortionObject) Scale 

func (o CIGlassDistortionObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/scale

func (CIGlassDistortionObject) SetCenter 

func (o CIGlassDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CIGlassDistortionObject) SetInputImage 

func (o CIGlassDistortionObject) SetInputImage(value ICIImage)

func (CIGlassDistortionObject) SetScale 

func (o CIGlassDistortionObject) SetScale(value float32)

func (CIGlassDistortionObject) SetTextureImage 

func (o CIGlassDistortionObject) SetTextureImage(value ICIImage)

func (CIGlassDistortionObject) TextureImage 

func (o CIGlassDistortionObject) TextureImage() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIGlassDistortion/textureImage

type CIGlassLozenge 

type CIGlassLozenge interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/inputImage
	InputImage() ICIImage

	// Point0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/point0
	Point0() corefoundation.CGPoint

	// Point1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/point1
	Point1() corefoundation.CGPoint

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/radius
	Radius() float32

	// Refraction protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/refraction
	Refraction() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/inputImage
	SetInputImage(value ICIImage)

	// point0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/point0
	SetPoint0(value corefoundation.CGPoint)

	// point1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/point1
	SetPoint1(value corefoundation.CGPoint)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/radius
	SetRadius(value float32)

	// refraction protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/refraction
	SetRefraction(value float32)
}

CIGlassLozenge protocol.

See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge

type CIGlassLozengeObject 

type CIGlassLozengeObject struct {
	objectivec.Object
}

CIGlassLozengeObject wraps an existing Objective-C object that conforms to the CIGlassLozenge protocol.

func CIGlassLozengeObjectFromID 

func CIGlassLozengeObjectFromID(id objc.ID) CIGlassLozengeObject

CIGlassLozengeObjectFromID constructs a CIGlassLozengeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGlassLozengeObject) BaseObject 

func (o CIGlassLozengeObject) BaseObject() objectivec.Object

func (CIGlassLozengeObject) InputImage 

func (o CIGlassLozengeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/inputImage

func (CIGlassLozengeObject) OutputImage 

func (o CIGlassLozengeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGlassLozengeObject) Point0 

func (o CIGlassLozengeObject) Point0() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/point0

func (CIGlassLozengeObject) Point1 

func (o CIGlassLozengeObject) Point1() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/point1

func (CIGlassLozengeObject) Radius 

func (o CIGlassLozengeObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/radius

func (CIGlassLozengeObject) Refraction 

func (o CIGlassLozengeObject) Refraction() float32

See: https://developer.apple.com/documentation/CoreImage/CIGlassLozenge/refraction

func (CIGlassLozengeObject) SetInputImage 

func (o CIGlassLozengeObject) SetInputImage(value ICIImage)

func (CIGlassLozengeObject) SetPoint0 

func (o CIGlassLozengeObject) SetPoint0(value corefoundation.CGPoint)

func (CIGlassLozengeObject) SetPoint1 

func (o CIGlassLozengeObject) SetPoint1(value corefoundation.CGPoint)

func (CIGlassLozengeObject) SetRadius 

func (o CIGlassLozengeObject) SetRadius(value float32)

func (CIGlassLozengeObject) SetRefraction 

func (o CIGlassLozengeObject) SetRefraction(value float32)

type CIGlideReflectedTile 

type CIGlideReflectedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/width
	Width() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/width
	SetWidth(value float32)
}

The properties you use to configure a glide reflected tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile

type CIGlideReflectedTileObject 

type CIGlideReflectedTileObject struct {
	objectivec.Object
}

CIGlideReflectedTileObject wraps an existing Objective-C object that conforms to the CIGlideReflectedTile protocol.

func CIGlideReflectedTileObjectFromID 

func CIGlideReflectedTileObjectFromID(id objc.ID) CIGlideReflectedTileObject

CIGlideReflectedTileObjectFromID constructs a CIGlideReflectedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGlideReflectedTileObject) Angle 

func (o CIGlideReflectedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/angle

func (CIGlideReflectedTileObject) BaseObject 

func (o CIGlideReflectedTileObject) BaseObject() objectivec.Object

func (CIGlideReflectedTileObject) Center 

func (o CIGlideReflectedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/center

func (CIGlideReflectedTileObject) InputImage 

func (o CIGlideReflectedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/inputImage

func (CIGlideReflectedTileObject) OutputImage 

func (o CIGlideReflectedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGlideReflectedTileObject) SetAngle 

func (o CIGlideReflectedTileObject) SetAngle(value float32)

func (CIGlideReflectedTileObject) SetCenter 

func (o CIGlideReflectedTileObject) SetCenter(value corefoundation.CGPoint)

func (CIGlideReflectedTileObject) SetInputImage 

func (o CIGlideReflectedTileObject) SetInputImage(value ICIImage)

func (CIGlideReflectedTileObject) SetWidth 

func (o CIGlideReflectedTileObject) SetWidth(value float32)

func (CIGlideReflectedTileObject) Width 

func (o CIGlideReflectedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIGlideReflectedTile/width

type CIGloom 

type CIGloom interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGloom/inputImage
	InputImage() ICIImage

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGloom/intensity
	Intensity() float32

	// The radius, in pixels, of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGloom/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGloom/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGloom/intensity
	SetIntensity(value float32)

	// The radius, in pixels, of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIGloom/radius
	SetRadius(value float32)
}

The properties you use to configure a gloom filter.

See: https://developer.apple.com/documentation/CoreImage/CIGloom

type CIGloomObject 

type CIGloomObject struct {
	objectivec.Object
}

CIGloomObject wraps an existing Objective-C object that conforms to the CIGloom protocol.

func CIGloomObjectFromID 

func CIGloomObjectFromID(id objc.ID) CIGloomObject

CIGloomObjectFromID constructs a CIGloomObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIGloomObject) BaseObject 

func (o CIGloomObject) BaseObject() objectivec.Object

func (CIGloomObject) InputImage 

func (o CIGloomObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIGloom/inputImage

func (CIGloomObject) Intensity 

func (o CIGloomObject) Intensity() float32

The intensity of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIGloom/intensity

func (CIGloomObject) OutputImage 

func (o CIGloomObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIGloomObject) Radius 

func (o CIGloomObject) Radius() float32

The radius, in pixels, of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIGloom/radius

func (CIGloomObject) SetInputImage 

func (o CIGloomObject) SetInputImage(value ICIImage)

func (CIGloomObject) SetIntensity 

func (o CIGloomObject) SetIntensity(value float32)

func (CIGloomObject) SetRadius 

func (o CIGloomObject) SetRadius(value float32)

type CIHatchedScreen 

type CIHatchedScreen interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/angle
	Angle() float32

	// The x and y position to use as the center of the hatched screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/inputImage
	InputImage() ICIImage

	// The amount of sharpening to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/sharpness
	Sharpness() float32

	// The distance between lines in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/width
	Width() float32

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the hatched screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/inputImage
	SetInputImage(value ICIImage)

	// The amount of sharpening to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/sharpness
	SetSharpness(value float32)

	// The distance between lines in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/width
	SetWidth(value float32)
}

The properties you use to configure a hatched screen filter.

See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen

type CIHatchedScreenObject 

type CIHatchedScreenObject struct {
	objectivec.Object
}

CIHatchedScreenObject wraps an existing Objective-C object that conforms to the CIHatchedScreen protocol.

func CIHatchedScreenObjectFromID 

func CIHatchedScreenObjectFromID(id objc.ID) CIHatchedScreenObject

CIHatchedScreenObjectFromID constructs a CIHatchedScreenObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHatchedScreenObject) Angle 

func (o CIHatchedScreenObject) Angle() float32

The angle of the pattern.

See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/angle

func (CIHatchedScreenObject) BaseObject 

func (o CIHatchedScreenObject) BaseObject() objectivec.Object

func (CIHatchedScreenObject) Center 

func (o CIHatchedScreenObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the hatched screen pattern.

See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/center

func (CIHatchedScreenObject) InputImage 

func (o CIHatchedScreenObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/inputImage

func (CIHatchedScreenObject) OutputImage 

func (o CIHatchedScreenObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHatchedScreenObject) SetAngle 

func (o CIHatchedScreenObject) SetAngle(value float32)

func (CIHatchedScreenObject) SetCenter 

func (o CIHatchedScreenObject) SetCenter(value corefoundation.CGPoint)

func (CIHatchedScreenObject) SetInputImage 

func (o CIHatchedScreenObject) SetInputImage(value ICIImage)

func (CIHatchedScreenObject) SetSharpness 

func (o CIHatchedScreenObject) SetSharpness(value float32)

func (CIHatchedScreenObject) SetWidth 

func (o CIHatchedScreenObject) SetWidth(value float32)

func (CIHatchedScreenObject) Sharpness 

func (o CIHatchedScreenObject) Sharpness() float32

The amount of sharpening to apply.

See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/sharpness

func (CIHatchedScreenObject) Width 

func (o CIHatchedScreenObject) Width() float32

The distance between lines in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CIHatchedScreen/width

type CIHeightFieldFromMask 

type CIHeightFieldFromMask interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHeightFieldFromMask/inputImage
	InputImage() ICIImage

	// The length of the height-field transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHeightFieldFromMask/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHeightFieldFromMask/inputImage
	SetInputImage(value ICIImage)

	// The length of the height-field transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHeightFieldFromMask/radius
	SetRadius(value float32)
}

The properties you use to configure a height-field-from-mask filter.

See: https://developer.apple.com/documentation/CoreImage/CIHeightFieldFromMask

type CIHeightFieldFromMaskObject 

type CIHeightFieldFromMaskObject struct {
	objectivec.Object
}

CIHeightFieldFromMaskObject wraps an existing Objective-C object that conforms to the CIHeightFieldFromMask protocol.

func CIHeightFieldFromMaskObjectFromID 

func CIHeightFieldFromMaskObjectFromID(id objc.ID) CIHeightFieldFromMaskObject

CIHeightFieldFromMaskObjectFromID constructs a CIHeightFieldFromMaskObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHeightFieldFromMaskObject) BaseObject 

func (o CIHeightFieldFromMaskObject) BaseObject() objectivec.Object

func (CIHeightFieldFromMaskObject) InputImage 

func (o CIHeightFieldFromMaskObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIHeightFieldFromMask/inputImage

func (CIHeightFieldFromMaskObject) OutputImage 

func (o CIHeightFieldFromMaskObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHeightFieldFromMaskObject) Radius 

func (o CIHeightFieldFromMaskObject) Radius() float32

The length of the height-field transition.

See: https://developer.apple.com/documentation/CoreImage/CIHeightFieldFromMask/radius

func (CIHeightFieldFromMaskObject) SetInputImage 

func (o CIHeightFieldFromMaskObject) SetInputImage(value ICIImage)

func (CIHeightFieldFromMaskObject) SetRadius 

func (o CIHeightFieldFromMaskObject) SetRadius(value float32)

type CIHexagonalPixellate 

type CIHexagonalPixellate interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/inputImage
	InputImage() ICIImage

	// The size of the hexagons.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/scale
	Scale() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/inputImage
	SetInputImage(value ICIImage)

	// The size of the hexagons.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/scale
	SetScale(value float32)
}

The properties you use to configure a hexagonal pixellate filter.

See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate

type CIHexagonalPixellateObject 

type CIHexagonalPixellateObject struct {
	objectivec.Object
}

CIHexagonalPixellateObject wraps an existing Objective-C object that conforms to the CIHexagonalPixellate protocol.

func CIHexagonalPixellateObjectFromID 

func CIHexagonalPixellateObjectFromID(id objc.ID) CIHexagonalPixellateObject

CIHexagonalPixellateObjectFromID constructs a CIHexagonalPixellateObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHexagonalPixellateObject) BaseObject 

func (o CIHexagonalPixellateObject) BaseObject() objectivec.Object

func (CIHexagonalPixellateObject) Center 

func (o CIHexagonalPixellateObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/center

func (CIHexagonalPixellateObject) InputImage 

func (o CIHexagonalPixellateObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/inputImage

func (CIHexagonalPixellateObject) OutputImage 

func (o CIHexagonalPixellateObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHexagonalPixellateObject) Scale 

func (o CIHexagonalPixellateObject) Scale() float32

The size of the hexagons.

See: https://developer.apple.com/documentation/CoreImage/CIHexagonalPixellate/scale

func (CIHexagonalPixellateObject) SetCenter 

func (o CIHexagonalPixellateObject) SetCenter(value corefoundation.CGPoint)

func (CIHexagonalPixellateObject) SetInputImage 

func (o CIHexagonalPixellateObject) SetInputImage(value ICIImage)

func (CIHexagonalPixellateObject) SetScale 

func (o CIHexagonalPixellateObject) SetScale(value float32)

type CIHighlightShadowAdjust 

type CIHighlightShadowAdjust interface {
	objectivec.IObject
	CIFilterProtocol

	// The amount of adjustment to the highlights in the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/highlightAmount
	HighlightAmount() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/inputImage
	InputImage() ICIImage

	// The shadow highlight radius.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/radius
	Radius() float32

	// The amount of adjustment to the shadows in the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/shadowAmount
	ShadowAmount() float32

	// The amount of adjustment to the highlights in the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/highlightAmount
	SetHighlightAmount(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/inputImage
	SetInputImage(value ICIImage)

	// The shadow highlight radius.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/radius
	SetRadius(value float32)

	// The amount of adjustment to the shadows in the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/shadowAmount
	SetShadowAmount(value float32)
}

The properties you use to configure a highlight-shadow adjust filter.

See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust

type CIHighlightShadowAdjustObject 

type CIHighlightShadowAdjustObject struct {
	objectivec.Object
}

CIHighlightShadowAdjustObject wraps an existing Objective-C object that conforms to the CIHighlightShadowAdjust protocol.

func CIHighlightShadowAdjustObjectFromID 

func CIHighlightShadowAdjustObjectFromID(id objc.ID) CIHighlightShadowAdjustObject

CIHighlightShadowAdjustObjectFromID constructs a CIHighlightShadowAdjustObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHighlightShadowAdjustObject) BaseObject 

func (o CIHighlightShadowAdjustObject) BaseObject() objectivec.Object

func (CIHighlightShadowAdjustObject) HighlightAmount 

func (o CIHighlightShadowAdjustObject) HighlightAmount() float32

The amount of adjustment to the highlights in the image.

See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/highlightAmount

func (CIHighlightShadowAdjustObject) InputImage 

func (o CIHighlightShadowAdjustObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/inputImage

func (CIHighlightShadowAdjustObject) OutputImage 

func (o CIHighlightShadowAdjustObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHighlightShadowAdjustObject) Radius 

func (o CIHighlightShadowAdjustObject) Radius() float32

The shadow highlight radius.

See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/radius

func (CIHighlightShadowAdjustObject) SetHighlightAmount 

func (o CIHighlightShadowAdjustObject) SetHighlightAmount(value float32)

func (CIHighlightShadowAdjustObject) SetInputImage 

func (o CIHighlightShadowAdjustObject) SetInputImage(value ICIImage)

func (CIHighlightShadowAdjustObject) SetRadius 

func (o CIHighlightShadowAdjustObject) SetRadius(value float32)

func (CIHighlightShadowAdjustObject) SetShadowAmount 

func (o CIHighlightShadowAdjustObject) SetShadowAmount(value float32)

func (CIHighlightShadowAdjustObject) ShadowAmount 

func (o CIHighlightShadowAdjustObject) ShadowAmount() float32

The amount of adjustment to the shadows in the image.

See: https://developer.apple.com/documentation/CoreImage/CIHighlightShadowAdjust/shadowAmount

type CIHistogramDisplay 

type CIHistogramDisplay interface {
	objectivec.IObject
	CIFilterProtocol

	// Height protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/height
	Height() float32

	// HighLimit protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/highLimit
	HighLimit() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/inputImage
	InputImage() ICIImage

	// LowLimit protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/lowLimit
	LowLimit() float32

	// height protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/height
	SetHeight(value float32)

	// highLimit protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/highLimit
	SetHighLimit(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/inputImage
	SetInputImage(value ICIImage)

	// lowLimit protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/lowLimit
	SetLowLimit(value float32)
}

CIHistogramDisplay protocol.

See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay

type CIHistogramDisplayObject 

type CIHistogramDisplayObject struct {
	objectivec.Object
}

CIHistogramDisplayObject wraps an existing Objective-C object that conforms to the CIHistogramDisplay protocol.

func CIHistogramDisplayObjectFromID 

func CIHistogramDisplayObjectFromID(id objc.ID) CIHistogramDisplayObject

CIHistogramDisplayObjectFromID constructs a CIHistogramDisplayObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHistogramDisplayObject) BaseObject 

func (o CIHistogramDisplayObject) BaseObject() objectivec.Object

func (CIHistogramDisplayObject) Height 

func (o CIHistogramDisplayObject) Height() float32

See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/height

func (CIHistogramDisplayObject) HighLimit 

func (o CIHistogramDisplayObject) HighLimit() float32

See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/highLimit

func (CIHistogramDisplayObject) InputImage 

func (o CIHistogramDisplayObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/inputImage

func (CIHistogramDisplayObject) LowLimit 

func (o CIHistogramDisplayObject) LowLimit() float32

See: https://developer.apple.com/documentation/CoreImage/CIHistogramDisplay/lowLimit

func (CIHistogramDisplayObject) OutputImage 

func (o CIHistogramDisplayObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHistogramDisplayObject) SetHeight 

func (o CIHistogramDisplayObject) SetHeight(value float32)

func (CIHistogramDisplayObject) SetHighLimit 

func (o CIHistogramDisplayObject) SetHighLimit(value float32)

func (CIHistogramDisplayObject) SetInputImage 

func (o CIHistogramDisplayObject) SetInputImage(value ICIImage)

func (CIHistogramDisplayObject) SetLowLimit 

func (o CIHistogramDisplayObject) SetLowLimit(value float32)

type CIHoleDistortion 

type CIHoleDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/radius
	Radius() float32

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/radius
	SetRadius(value float32)
}

CIHoleDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion

type CIHoleDistortionObject 

type CIHoleDistortionObject struct {
	objectivec.Object
}

CIHoleDistortionObject wraps an existing Objective-C object that conforms to the CIHoleDistortion protocol.

func CIHoleDistortionObjectFromID 

func CIHoleDistortionObjectFromID(id objc.ID) CIHoleDistortionObject

CIHoleDistortionObjectFromID constructs a CIHoleDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHoleDistortionObject) BaseObject 

func (o CIHoleDistortionObject) BaseObject() objectivec.Object

func (CIHoleDistortionObject) Center 

func (o CIHoleDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/center

func (CIHoleDistortionObject) InputImage 

func (o CIHoleDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/inputImage

func (CIHoleDistortionObject) OutputImage 

func (o CIHoleDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHoleDistortionObject) Radius 

func (o CIHoleDistortionObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CIHoleDistortion/radius

func (CIHoleDistortionObject) SetCenter 

func (o CIHoleDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CIHoleDistortionObject) SetInputImage 

func (o CIHoleDistortionObject) SetInputImage(value ICIImage)

func (CIHoleDistortionObject) SetRadius 

func (o CIHoleDistortionObject) SetRadius(value float32)

type CIHueAdjust 

type CIHueAdjust interface {
	objectivec.IObject
	CIFilterProtocol

	// An angle, in radians, to use to correct the hue of an image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueAdjust/angle
	Angle() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueAdjust/inputImage
	InputImage() ICIImage

	// An angle, in radians, to use to correct the hue of an image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueAdjust/angle
	SetAngle(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueAdjust/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a hue adjust filter.

See: https://developer.apple.com/documentation/CoreImage/CIHueAdjust

type CIHueAdjustObject 

type CIHueAdjustObject struct {
	objectivec.Object
}

CIHueAdjustObject wraps an existing Objective-C object that conforms to the CIHueAdjust protocol.

func CIHueAdjustObjectFromID 

func CIHueAdjustObjectFromID(id objc.ID) CIHueAdjustObject

CIHueAdjustObjectFromID constructs a CIHueAdjustObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHueAdjustObject) Angle 

func (o CIHueAdjustObject) Angle() float32

An angle, in radians, to use to correct the hue of an image.

See: https://developer.apple.com/documentation/CoreImage/CIHueAdjust/angle

func (CIHueAdjustObject) BaseObject 

func (o CIHueAdjustObject) BaseObject() objectivec.Object

func (CIHueAdjustObject) InputImage 

func (o CIHueAdjustObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIHueAdjust/inputImage

func (CIHueAdjustObject) OutputImage 

func (o CIHueAdjustObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHueAdjustObject) SetAngle 

func (o CIHueAdjustObject) SetAngle(value float32)

func (CIHueAdjustObject) SetInputImage 

func (o CIHueAdjustObject) SetInputImage(value ICIImage)

type CIHueSaturationValueGradient 

type CIHueSaturationValueGradient interface {
	objectivec.IObject
	CIFilterProtocol

	// The color space for the generated color wheel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/colorSpace
	ColorSpace() coregraphics.CGColorSpaceRef

	// A Boolean value specifying whether the dither the generated output.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/dither
	Dither() float32

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/radius
	Radius() float32

	// The softness of the generated color wheel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/softness
	Softness() float32

	// The lightness of the hue-saturation gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/value
	Value() float32

	// The color space for the generated color wheel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/colorSpace
	SetColorSpace(value coregraphics.CGColorSpaceRef)

	// A Boolean value specifying whether the dither the generated output.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/dither
	SetDither(value float32)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/radius
	SetRadius(value float32)

	// The softness of the generated color wheel.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/softness
	SetSoftness(value float32)

	// The lightness of the hue-saturation gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/value
	SetValue(value float32)
}

The properties you use to configure a hue-saturation-value gradient filter.

See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient

type CIHueSaturationValueGradientObject 

type CIHueSaturationValueGradientObject struct {
	objectivec.Object
}

CIHueSaturationValueGradientObject wraps an existing Objective-C object that conforms to the CIHueSaturationValueGradient protocol.

func CIHueSaturationValueGradientObjectFromID 

func CIHueSaturationValueGradientObjectFromID(id objc.ID) CIHueSaturationValueGradientObject

CIHueSaturationValueGradientObjectFromID constructs a CIHueSaturationValueGradientObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIHueSaturationValueGradientObject) BaseObject 

func (o CIHueSaturationValueGradientObject) BaseObject() objectivec.Object

func (CIHueSaturationValueGradientObject) ColorSpace 

func (o CIHueSaturationValueGradientObject) ColorSpace() coregraphics.CGColorSpaceRef

The color space for the generated color wheel.

See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/colorSpace

func (CIHueSaturationValueGradientObject) Dither 

func (o CIHueSaturationValueGradientObject) Dither() float32

A Boolean value specifying whether the dither the generated output.

See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/dither

func (CIHueSaturationValueGradientObject) OutputImage 

func (o CIHueSaturationValueGradientObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIHueSaturationValueGradientObject) Radius 

func (o CIHueSaturationValueGradientObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/radius

func (CIHueSaturationValueGradientObject) SetColorSpace 

func (o CIHueSaturationValueGradientObject) SetColorSpace(value coregraphics.CGColorSpaceRef)

func (CIHueSaturationValueGradientObject) SetDither 

func (o CIHueSaturationValueGradientObject) SetDither(value float32)

func (CIHueSaturationValueGradientObject) SetRadius 

func (o CIHueSaturationValueGradientObject) SetRadius(value float32)

func (CIHueSaturationValueGradientObject) SetSoftness 

func (o CIHueSaturationValueGradientObject) SetSoftness(value float32)

func (CIHueSaturationValueGradientObject) SetValue 

func (o CIHueSaturationValueGradientObject) SetValue(value float32)

func (CIHueSaturationValueGradientObject) Softness 

func (o CIHueSaturationValueGradientObject) Softness() float32

The softness of the generated color wheel.

See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/softness

func (CIHueSaturationValueGradientObject) Value 

func (o CIHueSaturationValueGradientObject) Value() float32

The lightness of the hue-saturation gradient.

See: https://developer.apple.com/documentation/CoreImage/CIHueSaturationValueGradient/value

type CIImage 

type CIImage struct {
	objectivec.Object
}

A representation of an image to be processed or produced by Core Image filters.

Overview

You use CIImage objects in conjunction with other Core Image classes—such as CIFilter, CIContext, CIVector, and CIColor—to take advantage of the built-in Core Image filters when processing images. You can create CIImage objects with data supplied from a variety of sources, including Quartz 2D images, Core Video image buffers (CVImageBuffer), URL-based objects, and [NSData] objects.

Although a CIImage object has image data associated with it, it is not an image. You can think of a CIImage object as an image “recipe.” A CIImage object has all the information necessary to produce an image, but Core Image doesn’t actually render an image until it is told to do so. This lazy evaluation allows Core Image to operate as efficiently as possible. To show a CIImage object as an on-screen image, you can display it as a UIImage in UIImageView:

CIContext and CIImage objects are immutable, which means each can be shared safely among threads. Multiple threads can use the same GPU or CPU CIContext object to render CIImage objects. However, this is not the case for CIFilter objects, which are mutable. A CIFilter object cannot be shared safely among threads. If you app is multithreaded, each thread must create its own CIFilter objects. Otherwise, your app could behave unexpectedly.

Core Image also provides auto-adjustment methods. These methods analyze an image for common deficiencies and return a set of filters to correct those deficiencies. The filters are preset with values for improving image quality by altering values for skin tones, saturation, contrast, and shadows and for removing red-eye or other artifacts caused by flash. (See Getting Autoadjustment Filters.)

For a discussion of all the methods you can use to create CIImage objects on iOS and macOS, see Core Image Programming Guide.

Creating an Image

Creating an Image by Modifying an Existing Image

Creating Solid Colors

  • CIImage.InitWithColor: Initializes an image of infinite extent whose entire content is the specified color.

Getting Image Information

Drawing Images

Getting Autoadjustment Filters

Working with Filter Regions of Interest

Working with Orientation

Sampling the Image

Accessing Original Image Content

Deprecated

Instance Properties

Instance Methods

See: https://developer.apple.com/documentation/CoreImage/CIImage

func CIImageFromID 

func CIImageFromID(id objc.ID) CIImage

CIImageFromID constructs a CIImage from an objc.ID.

A representation of an image to be processed or produced by Core Image filters.

func NewCIImage 

func NewCIImage() CIImage

NewCIImage creates a new CIImage instance.

func NewImageWithBitmapDataBytesPerRowSizeFormatColorSpace 

func NewImageWithBitmapDataBytesPerRowSizeFormatColorSpace(data foundation.INSData, bytesPerRow uintptr, size corefoundation.CGSize, format int, colorSpace coregraphics.CGColorSpaceRef) CIImage

Initializes an image object with bitmap data.

data: The bitmap data to use for the image. The data you supply must be premultiplied.

bytesPerRow: The number of bytes per row.

size: The size of the image data.

format: A pixel format constant. See `Pixel Formats`.

colorSpace: The color space that the image is defined in. It must be a Quartz 2D color space ([CGColorSpace]). Pass `nil` for images that don’t contain color data (such as elevation maps, normal vector maps, and sampled function tables). // [CGColorSpace]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpace

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(bitmapData:bytesPerRow:size:format:colorSpace:)

func NewImageWithBitmapImageRep 

func NewImageWithBitmapImageRep(bitmapImageRep objectivec.IObject) CIImage

Initializes an image object with the specified bitmap image representation.

bitmapImageRep: An image representation object containing the bitmap data.

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(bitmapImageRep:) bitmapImageRep is a [appkit.NSBitmapImageRep].

func NewImageWithCGImage 

func NewImageWithCGImage(image coregraphics.CGImageRef) CIImage

Initializes an image object with a Quartz 2D image.

image: A Quartz 2D image ([CGImage]) object. For more information, see [Quartz 2D Programming Guide] and [CGImage]. // [CGImage]: https://developer.apple.com/documentation/CoreGraphics/CGImage [Quartz 2D Programming Guide]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Conceptual/drawingwithquartz2d/Introduction/Introduction.html#//apple_ref/doc/uid/TP30001066

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cgImage:)

func NewImageWithCGImageOptions 

func NewImageWithCGImageOptions(image coregraphics.CGImageRef, options foundation.INSDictionary) CIImage

Initializes an image object with a Quartz 2D image, using the specified options.

image: A Quartz 2D image ([CGImage]) object. For more information, see [Quartz 2D Programming Guide] and [CGImage]. // [CGImage]: https://developer.apple.com/documentation/CoreGraphics/CGImage [Quartz 2D Programming Guide]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Conceptual/drawingwithquartz2d/Introduction/Introduction.html#//apple_ref/doc/uid/TP30001066

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cgImage:options:)

func NewImageWithCGImageSourceIndexOptions 

func NewImageWithCGImageSourceIndexOptions(source objectivec.IObject, index uintptr, dict foundation.INSDictionary) CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cgImageSource:index:options:) source is a [imageio.CGImageSourceRef].

func NewImageWithCVImageBuffer 

func NewImageWithCVImageBuffer(imageBuffer corevideo.CVImageBufferRef) CIImage

Initializes an image object from the contents of a Core Video image buffer.

imageBuffer: A [CVImageBuffer] object in a supported pixel format constant. For more information, see [Core Video]. // [Core Video]: https://developer.apple.com/documentation/CoreVideo

Return Value

The initialized image object.

Discussion

The `imageBuffer` parameter must be in one of the following formats:

- kCVPixelFormatType_32ARGB - kCVPixelFormatType_422YpCbCr8 - kCVPixelFormatType_32BGRA

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvImageBuffer:)

func NewImageWithCVImageBufferOptions 

func NewImageWithCVImageBufferOptions(imageBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage

Initializes an image object from the contents of a Core Video image buffer, using the specified options.

imageBuffer: A [CVImageBuffer] object in a supported pixel format constant. For more information, see [Core Video]. // [Core Video]: https://developer.apple.com/documentation/CoreVideo

options: A dictionary that contains options for creating an image object. (See `Image Dictionary Keys`.) The pixel format is supplied by the [CVImageBuffer] object.)

Return Value

The initialized image object.

Discussion

The `imageBuffer` parameter must be in one of the following formats:

- kCVPixelFormatType_32ARGB - kCVPixelFormatType_422YpCbCr8 - kCVPixelFormatType_32BGRA

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvImageBuffer:options:)

func NewImageWithCVPixelBuffer 

func NewImageWithCVPixelBuffer(pixelBuffer corevideo.CVImageBufferRef) CIImage

Initializes an image object from the contents of a Core Video pixel buffer.

pixelBuffer: A [CVPixelBuffer] object.

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvPixelBuffer:)

func NewImageWithCVPixelBufferOptions 

func NewImageWithCVPixelBufferOptions(pixelBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage

Initializes an image object from the contents of a Core Video pixel buffer using the specified options.

pixelBuffer: A [CVPixelBuffer] object.

options: A dictionary that contains options for creating an image object. (See `Image Dictionary Keys`.) The pixel format is supplied by the [CVPixelBuffer] object.

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvPixelBuffer:options:)

func NewImageWithColor 

func NewImageWithColor(color ICIColor) CIImage

Initializes an image of infinite extent whose entire content is the specified color.

color: A color object.

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(color:)

func NewImageWithContentsOfURL 

func NewImageWithContentsOfURL(url foundation.INSURL) CIImage

Initializes an image object by reading an image from a URL.

url: The location of the image file to read.

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(contentsOf:)

func NewImageWithContentsOfURLOptions 

func NewImageWithContentsOfURLOptions(url foundation.INSURL, options foundation.INSDictionary) CIImage

Initializes an image object by reading an image from a URL, using the specified options.

url: The location of the image file to read.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(contentsOf:options:)

func NewImageWithData 

func NewImageWithData(data foundation.INSData) CIImage

Initializes an image object with the supplied image data.

data: The image data. The data you supply must be premultiplied.

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(data:)

func NewImageWithDataOptions 

func NewImageWithDataOptions(data foundation.INSData, options foundation.INSDictionary) CIImage

Initializes an image object with the supplied image data, using the specified options.

data: The image data. The data you supply must be premultiplied.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(data:options:)

func NewImageWithDepthData 

func NewImageWithDepthData(data objectivec.IObject) CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(depthData:) data is a [avfoundation.AVDepthData].

func NewImageWithDepthDataOptions 

func NewImageWithDepthDataOptions(data objectivec.IObject, options foundation.INSDictionary) CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(depthData:options:) data is a [avfoundation.AVDepthData].

func NewImageWithIOSurface 

func NewImageWithIOSurface(surface iosurface.IOSurfaceRef) CIImage

Initializes an image with the contents of an IOSurface.

surface: An IOSurface object.

Return Value

An image object initialized with the data from the IOSurface object.

Discussion

An IOSurface object is a framebuffer object that is suitable for sharing across process boundaries. You can use it to allow your app to move complex image decompression and drawing logic into a separate process for the purpose of increasing security.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(ioSurface:)

func NewImageWithIOSurfaceOptions 

func NewImageWithIOSurfaceOptions(surface iosurface.IOSurfaceRef, options foundation.INSDictionary) CIImage

Initializes, using the specified options, an image with the contents of an IOSurface.

surface: An IOSurface object.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the data from the IOSurface.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(ioSurface:options:)

func NewImageWithImage 

func NewImageWithImage(image objectivec.IObject) CIImage

Initializes an image object with the specified UIKit image object.

image: An image containing the source data.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(image:)

func NewImageWithImageOptions 

func NewImageWithImageOptions(image objectivec.IObject, options foundation.INSDictionary) CIImage

Initializes an image object with the specified UIKit image object, using the specified options.

image: An image containing the source data.

options: A dictionary that contains options for creating an image object. You can supply such options as a pixel format and a color space. See `Image Dictionary Keys`.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(image:options:)

func NewImageWithImageProviderSizeFormatColorSpaceOptions 

func NewImageWithImageProviderSizeFormatColorSpaceOptions(provider objectivec.IObject, width uintptr, height uintptr, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) CIImage

Initializes an image object based on pixels from an image provider object.

provider: An object that implements the [CIImageProvider] protocol.

width: The width of the image.

height: The height of the image.

format: The CIFormat of the provided pixels.

colorSpace: The color space that the image is defined in. If `nil`, then the pixels will not be is not color matched to the Core Image working color space.

options: A dictionary that contains various CIImageOption keys that affect the resulting CIImage. The option [providerTileSize] controls if and how the provider object is called in tiles. The option [providerUserInfo] allows additional state to be passed to the provider object. // [providerTileSize]: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerTileSize [providerUserInfo]: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerUserInfo

Return Value

An initialized CIImage object based on the data provider.

Discussion

Core Image retains the provider object until the image is deallocated. The image provider object will not be called until the image is rendered.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(imageProvider:size:_:format:colorSpace:options:)

func NewImageWithMTLTextureOptions 

func NewImageWithMTLTextureOptions(texture objectivec.IObject, options foundation.INSDictionary) CIImage

Initializes an image object with data supplied by a Metal texture.

texture: The Metal texture from which to use image data.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object, or `nil` if the image could not be initialized.

Discussion

To render the image using Metal, use this image with a Metal-based CIContext object created with the [ContextWithMTLDevice] method, and call the [RenderToMTLTextureCommandBufferBoundsColorSpace] method to create an output image in another Metal texture object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(mtlTexture:options:)

func NewImageWithPortaitEffectsMatte 

func NewImageWithPortaitEffectsMatte(matte objectivec.IObject) CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(portaitEffectsMatte:) matte is a [avfoundation.AVPortraitEffectsMatte].

func NewImageWithPortaitEffectsMatteOptions 

func NewImageWithPortaitEffectsMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(portaitEffectsMatte:options:) matte is a [avfoundation.AVPortraitEffectsMatte].

func NewImageWithSemanticSegmentationMatte 

func NewImageWithSemanticSegmentationMatte(matte objectivec.IObject) CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(semanticSegmentationMatte:) matte is a [avfoundation.AVSemanticSegmentationMatte].

func NewImageWithSemanticSegmentationMatteOptions 

func NewImageWithSemanticSegmentationMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(semanticSegmentationMatte:options:) matte is a [avfoundation.AVSemanticSegmentationMatte].

func (CIImage) AutoAdjustmentFilters 

func (i CIImage) AutoAdjustmentFilters() []CIFilter

Returns all possible automatically selected and configured filters for adjusting the image.

Return Value

An array of CIFilter instances preconfigured for correcting deficiencies in the supplied image.

See: https://developer.apple.com/documentation/CoreImage/CIImage/autoAdjustmentFilters()

func (CIImage) AutoAdjustmentFiltersWithOptions 

func (i CIImage) AutoAdjustmentFiltersWithOptions(options foundation.INSDictionary) []CIFilter

Returns a subset of automatically selected and configured filters for adjusting the image.

options: You can control which filters are returned by supplying one or more of the keys described in [Autoadjustment Keys].

The options dictionary can also contain a CIDetectorImageOrientation key. Because some autoadjustment filters rely on face detection, you should specify an image orientation if you want to enable these filters for an image containing face whose orientation does not match that of the image. // [Autoadjustment Keys]: https://developer.apple.com/documentation/CoreImage/autoadjustment-keys CIDetectorImageOrientation: https://developer.apple.com/documentation/CoreImage/CIDetectorImageOrientation

Return Value

An array of CIFilter instances preconfigured for correcting deficiencies in the supplied image.

See: https://developer.apple.com/documentation/CoreImage/CIImage/autoAdjustmentFilters(options:)

func (CIImage) Autorelease 

func (i CIImage) Autorelease() CIImage

Autorelease adds the receiver to the current autorelease pool.

func (CIImage) CGImage 

func (i CIImage) CGImage() coregraphics.CGImageRef

The CoreGraphics image object this image was created from, if applicable.

Discussion

If this image was created using the [InitWithCGImage] or [InitWithContentsOfURL] initializer, this property’s value is the CGImage object that provides the image’s underlying image data. Otherwise, this property’s value is `nil`—in this case you can obtain a CoreGraphics image by rendering the image with the CIContext [CreateCGImageFromRect] method.

See: https://developer.apple.com/documentation/CoreImage/CIImage/cgImage

func (CIImage) ColorSpace 

func (i CIImage) ColorSpace() coregraphics.CGColorSpaceRef

The color space of the image.

Discussion

This property’s value is `nil` if the image’s color space cannot be determined.

See: https://developer.apple.com/documentation/CoreImage/CIImage/colorSpace

func (CIImage) ContentAverageLightLevel 

func (i CIImage) ContentAverageLightLevel() float32

Returns the content average light level of the image.

Discussion

If the image average light level is unknown, then the value 0.0 will be returned.

If the image headroom is known, then a value greater than or equal to 0.0 will be returned.

The image average light level may known when a CIImage is first initialized. If the a CIImage is initialized with a:

- [CGImage] : then the headroom will be determined by `CGImageGetContentAverageLightLevel()`. - [CVPixelBuffer] : then the headroom will be determined by `kCVImageBufferContentLightLevelInfoKey`.

If the image is the result of applying a CIFilter or CIKernel, this property will return `0.0`.

There are exceptions to this. Applying a CIWarpKernel or certain CIFilter (e.g. CIGaussianBlur, CILanczosScaleTransform, CIAreaAverage and some others) to an image will result in a CIImage instance with the same `contentAverageLightLevel` property value.

See: https://developer.apple.com/documentation/CoreImage/CIImage/contentAverageLightLevel

func (CIImage) ContentHeadroom 

func (i CIImage) ContentHeadroom() float32

Returns the content headroom of the image.

Discussion

If the image headroom is unknown, then the value 0.0 will be returned.

If the image headroom is known, then a value greater than or equal to 1.0 will be returned. A value of 1.0 will be returned if the image is SDR. A value greater than 1.0 will be returned if the image is HDR.

The image headroom may known when a CIImage is first initialized. If the a CIImage is initialized using:

- [NSURL] or [NSData] : the headroom may be determined by associated metadata or deduced from pixel format or colorSpace information. - [CGImage] : headroom may be determined by `CGImageGetHeadroomInfo()` or deduced from pixel format or colorSpace information. - [IOSurface] : then the headroom will be determined by `kIOSurfaceContentHeadroom`. or deduced from pixel format or colorSpace information. - [CVPixelBuffer] : then the headroom will be determined by `kCVImageBufferContentLightLevelInfoKey`. or deduced from pixel format or colorSpace information. - [BitmapData] : headroom may be deduced from pixel format or colorSpace information.

If the image is the result of applying a CIFilter or CIKernel, this method will return `0.0`.

There are exceptions to this. Applying a `CIWarpKernel“ or certain “CIFilter-class“ (e.G(). `CIGaussianBlur`, `CILanczosScaleTransform`, `CIAreaAverage`and some others) to an image will result in a “CIImage“ instance with the same`contentHeadroom` property value.

See: https://developer.apple.com/documentation/CoreImage/CIImage/contentHeadroom

func (CIImage) Definition 

func (i CIImage) Definition() ICIFilterShape

Returns a filter shape object that represents the domain of definition of the image.

Return Value

A filter shape object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/definition

func (CIImage) DepthData 

func (i CIImage) DepthData() objectivec.IObject

Depth data associated with the image.

Discussion

Returns an AVDepthData if the CIImage was created with [ImageWithData] or [ImageWithContentsOfURL] and one of the options auxiliaryDepth or auxiliaryDisparity, otherwise nil.

See: https://developer.apple.com/documentation/CoreImage/CIImage/depthData

func (CIImage) DrawAtPointFromRectOperationFraction 

func (i CIImage) DrawAtPointFromRectOperationFraction(point corefoundation.CGPoint, fromRect corefoundation.CGRect, op objectivec.IObject, delta float64)

Draws all or part of the image at the specified point in the current coordinate system.

point: The location in the current coordinate system at which to draw the image.

fromRect: The source rectangle specifying the portion of the image you want to draw. The coordinates of this rectangle must be specified using the image’s own coordinate system.

op: The compositing operation to use when drawing the image. For details, see [NSCompositingOperation]. // [NSCompositingOperation]: https://developer.apple.com/documentation/AppKit/NSCompositingOperation

delta: The opacity of the image, specified as a value from `0.0` to `1.0`. Specifying a value of `0.0` draws the image as fully transparent while a value of `1.0` draws the image as fully opaque. Values greater than `1.0` are interpreted as `1.0`.

op is a [appkit.NSCompositingOperation].

Discussion

The image content is drawn at its current resolution and is not scaled unless the CTM of the current coordinate system itself contains a scaling factor. The image is otherwise positioned and oriented using the current coordinate system.

See: https://developer.apple.com/documentation/CoreImage/CIImage/draw(at:from:operation:fraction:)

func (CIImage) DrawInRectFromRectOperationFraction 

func (i CIImage) DrawInRectFromRectOperationFraction(rect corefoundation.CGRect, fromRect corefoundation.CGRect, op objectivec.IObject, delta float64)

Draws all or part of the image in the specified rectangle in the current coordinate system

rect: The rectangle in which to draw the image.

fromRect: The source rectangle specifying the portion of the image you want to draw. The coordinates of this rectangle must be specified using the image’s own coordinate system.

op: The compositing operation to use when drawing the image. For details, see [NSCompositingOperation]. // [NSCompositingOperation]: https://developer.apple.com/documentation/AppKit/NSCompositingOperation

delta: The opacity of the image, specified as a value from `0.0` to `1.0`. Specifying a value of `0.0` draws the image as fully transparent while a value of `1.0` draws the image as fully opaque. Values greater than `1.0` are interpreted as `1.0`.

op is a [appkit.NSCompositingOperation].

Discussion

If the `srcRect` and `dstRect` rectangles have different sizes, the source portion of the image is scaled to fit the specified destination rectangle. The image is otherwise positioned and oriented using the current coordinate system.

See: https://developer.apple.com/documentation/CoreImage/CIImage/draw(in:from:operation:fraction:)

func (CIImage) EncodeWithCoder 

func (i CIImage) EncodeWithCoder(coder foundation.INSCoder)

func (CIImage) Extent 

func (i CIImage) Extent() corefoundation.CGRect

A rectangle that specifies the extent of the image.

Discussion

This rectangle specifies the extent of the image in working space coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIImage/extent

func (CIImage) ImageByApplyingCGOrientation 

func (i CIImage) ImageByApplyingCGOrientation(orientation objectivec.IObject) ICIImage

Transforms the original image by a given orientation.

orientation is a [imageio.CGImagePropertyOrientation].

Discussion

Returns a new image representing the original image transformed for the given CGImagePropertyOrientation.

See: https://developer.apple.com/documentation/CoreImage/CIImage/oriented(_:)

func (CIImage) ImageByApplyingFilter 

func (i CIImage) ImageByApplyingFilter(filterName string) ICIImage

Applies the filter to an image and returns the output.

Discussion

A convenience method for applying a single filter to the method receiver and returning the output image. Identical to [ImageByApplyingFilterWithInputParameters] with default parameters.

See: https://developer.apple.com/documentation/CoreImage/CIImage/applyingFilter(_:)

func (CIImage) ImageByApplyingFilterWithInputParameters 

func (i CIImage) ImageByApplyingFilterWithInputParameters(filterName string, params foundation.INSDictionary) ICIImage

Returns a new image created by applying a filter to the original image with the specified name and parameters.

filterName: The name of the filter to apply, as used when creating a CIFilter instance with the [FilterWithName] method.

params: A dictionary whose key-value pairs are set as input values to the filter. Each key is a constant that specifies the name of an input parameter for the filter, and the corresponding value is the value for that parameter. See [Core Image Filter Reference] for built-in filters and their allowed parameters. // [Core Image Filter Reference]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Reference/CoreImageFilterReference/index.html#//apple_ref/doc/uid/TP40004346

Return Value

An image object representing the result of applying the filter.

Discussion

Calling this method is equivalent to the following sequence of steps:

- Creating a CIFilter instance - Setting the original image as the filter’s `inputImage` parameter - Setting the remaining filter parameters from the `params` dictionary - Retrieving the [OutputImage] object from the filter

See: https://developer.apple.com/documentation/CoreImage/CIImage/applyingFilter(_:parameters:)

func (CIImage) ImageByApplyingGainMap 

func (i CIImage) ImageByApplyingGainMap(gainmap ICIImage) ICIImage

Create an image that applies a gain map Core Image image to the received Core Image image.

Return Value

An autoreleased CIImage instance or the received image.

Discussion

The gain map image can be obtained by creating a CIImage instance from [NSURL]/[NSData] and setting the auxiliaryHDRGainMap option set to `@YES`.

If the gain map CIImage instance doesn’t have the needed [Properties] metadata, the received image will be returned as-is.

See: https://developer.apple.com/documentation/CoreImage/CIImage/applyingGainMap(_:)

func (CIImage) ImageByApplyingGainMapHeadroom 

func (i CIImage) ImageByApplyingGainMapHeadroom(gainmap ICIImage, headroom float32) ICIImage

Create an image that applies a gain map Core Image image with a specified headroom to the received Core Image image.

gainmap: The gain map CIImage instance to apply to the receiver.

headroom: A float value that specify how much headroom the resulting image should have. The headroom value will be limited to between 1.0 (i.e. SDR) and the full headroom allowed by the gain map.

Return Value

An autoreleased CIImage instance or the received image.

See: https://developer.apple.com/documentation/CoreImage/CIImage/applyingGainMap(_:headroom:)

func (CIImage) ImageByApplyingGaussianBlurWithSigma 

func (i CIImage) ImageByApplyingGaussianBlurWithSigma(sigma float64) ICIImage

Create an image by applying a gaussian blur to the receiver.

sigma: The sigma of the gaussian blur to apply to the receiver. If the sigma is very small (less than `0.16`) then the receiver is returned.

Return Value

An autoreleased CIImage instance or the received image.

See: https://developer.apple.com/documentation/CoreImage/CIImage/applyingGaussianBlur(sigma:)

func (CIImage) ImageByApplyingOrientation 

func (i CIImage) ImageByApplyingOrientation(orientation int) ICIImage

Returns a new image created by transforming the original image to the specified EXIF orientation.

orientation: An integer specifying an image orientation according to the EXIF specification. For details, see [kCGImagePropertyOrientation]. // [kCGImagePropertyOrientation]: https://developer.apple.com/documentation/ImageIO/kCGImagePropertyOrientation

Return Value

An image object representing the result of rotating or mirroring the image to the target orientation.

Discussion

This method determines and then applies the transformation needed to reorient the image to the specified orientation. If you plan to also apply other transformations, you can retrieve the transformation this method would use by calling the [ImageTransformForOrientation] method.

See: https://developer.apple.com/documentation/CoreImage/CIImage/oriented(forExifOrientation:)

func (CIImage) ImageByApplyingTransform 

func (i CIImage) ImageByApplyingTransform(matrix corefoundation.CGAffineTransform) ICIImage

Returns a new image that represents the original image after applying an affine transform.

matrix: An affine transform.

Return Value

The transformed image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/transformed(by:)

func (CIImage) ImageByApplyingTransformHighQualityDownsample 

func (i CIImage) ImageByApplyingTransformHighQualityDownsample(matrix corefoundation.CGAffineTransform, highQualityDownsample bool) ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/transformed(by:highQualityDownsample:)

func (CIImage) ImageByClampingToExtent 

func (i CIImage) ImageByClampingToExtent() ICIImage

Returns a new image created by making the pixel colors along its edges extend infinitely in all directions.

Return Value

An image object representing the result of the clamp operation.

Discussion

Calling this method is equivalent to using the CIAffineClamp filter, which creates an image of infinite extent by repeating pixel colors from the edges of the original image.

This operation can be useful when using the image as input to other filters. When an image has finite extent, Core Image treats the area outside the extent as if it were filled with empty (black, zero alpha) pixels. If you apply a filter that samples from outside the image’s extent, those empty pixels affect the result of the filter.

For example, applying the CIGaussianBlur filter to an image softens the edges of the blurred image, because the opaque pixels at the edges of the image blur into the transparent pixels outside the image’s extent. Applying a clamp effect before the blur filter avoids edge softening by making the original image opaque in all directions. (However, the blurred image will also have infinite extent. Use the [ImageByCroppingToRect] method to return to the original image’s dimensions while retaining hard edges.)

See: https://developer.apple.com/documentation/CoreImage/CIImage/clampedToExtent()

func (CIImage) ImageByClampingToRect 

func (i CIImage) ImageByClampingToRect(rect corefoundation.CGRect) ICIImage

Returns a new image created by cropping to a specified area, then making the pixel colors along the edges of the cropped image extend infinitely in all directions.

rect: The rectangle, in image coordinates, to which to crop the image.

Return Value

An image object representing the result of the clamp operation.

Discussion

Calling this method is equivalent to cropping the image (with the [ImageByCroppingToRect] method or the CICrop filter), then using the [ImageByClampingToExtent] method (or the CIAffineClamp filter), which creates an image of infinite extent by repeating pixel colors from the edges of the cropped image.

See: https://developer.apple.com/documentation/CoreImage/CIImage/clamped(to:)

func (CIImage) ImageByColorMatchingColorSpaceToWorkingSpace 

func (i CIImage) ImageByColorMatchingColorSpaceToWorkingSpace(colorSpace coregraphics.CGColorSpaceRef) ICIImage

Returns a new image created by color matching from the specified color space to the context’s working color space.

colorSpace: The color space to be converted from. This color space must conform to the [CGColorSpaceModel.rgb] color space model. // [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

Return Value

An image object representing the result of the color matching operation, or `nil` if the color spaces to be converted are not compatible.

See: https://developer.apple.com/documentation/CoreImage/CIImage/matchedToWorkingSpace(from:)

func (CIImage) ImageByColorMatchingWorkingSpaceToColorSpace 

func (i CIImage) ImageByColorMatchingWorkingSpaceToColorSpace(colorSpace coregraphics.CGColorSpaceRef) ICIImage

Returns a new image created by color matching from the context’s working color space to the specified color space.

colorSpace: The color space to be converted to. This color space must conform to the [CGColorSpaceModel.rgb] color space model. // [CGColorSpaceModel.rgb]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpaceModel/rgb

Return Value

An image object representing the result of the color matching operation, or `nil` if the color spaces to be converted are not compatible.

See: https://developer.apple.com/documentation/CoreImage/CIImage/matchedFromWorkingSpace(to:)

func (CIImage) ImageByCompositingOverImage 

func (i CIImage) ImageByCompositingOverImage(dest ICIImage) ICIImage

Returns a new image created by compositing the original image over the specified destination image.

dest: An image to serve as the destination of the compositing operation.

Return Value

An image object representing the result of the compositing operation.

Discussion

Calling this method is equivalent to using the CISourceOverCompositing filter. To use other compositing operations and blending modes, create a CIFilter object using one of the built-in filters from the CICategoryCompositeOperation category. For details, see Core Image Filter Reference.

See: https://developer.apple.com/documentation/CoreImage/CIImage/composited(over:)

func (CIImage) ImageByConvertingLabToWorkingSpace 

func (i CIImage) ImageByConvertingLabToWorkingSpace() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/convertingLabToWorkingSpace()

func (CIImage) ImageByConvertingWorkingSpaceToLab 

func (i CIImage) ImageByConvertingWorkingSpaceToLab() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/convertingWorkingSpaceToLab()

func (CIImage) ImageByCroppingToRect 

func (i CIImage) ImageByCroppingToRect(rect corefoundation.CGRect) ICIImage

Returns a new image with a cropped portion of the original image.

rect: The rectangle, in image coordinates, to which to crop the image.

Return Value

An image object cropped to the specified rectangle.

Discussion

[media-2951307]

Discussion

Due to Core Image’s coordinate system mismatch with UIKit, this filtering approach may yield unexpected results when displayed in a UIImageView with contentMode. Be sure to back it with a CGImage so that it handles contentMode properly.

If you are displaying or processing your image primarily as a CGImage or UIImage, with no additional Core Image application, consider cropping in Core Graphics using the cropping(to:) function to save processing overhead from conversion of images to CIImage. It makes most sense to use [ImageByCroppingToRect] when you already have CIImage in your pipeline.

See: https://developer.apple.com/documentation/CoreImage/CIImage/cropped(to:)

func (CIImage) ImageByInsertingIntermediate 

func (i CIImage) ImageByInsertingIntermediate() ICIImage

Create an image that inserts a intermediate that is cacheable

Return Value

An autoreleased CIImage.

Discussion

This intermediate will be not be cached if cacheIntermediates is false.

See: https://developer.apple.com/documentation/CoreImage/CIImage/insertingIntermediate()

func (CIImage) ImageByInsertingIntermediateWithCache 

func (i CIImage) ImageByInsertingIntermediateWithCache(cache bool) ICIImage

Create an image that inserts a intermediate that is cacheable.

cache: Controls if Core Image caches the returned image. * [YES] : This intermediate will be cacheable even if [cacheIntermediates] is false. * [NO] : the intermediate will be not be cached if [cacheIntermediates] is false. // [cacheIntermediates]: https://developer.apple.com/documentation/CoreImage/CIContextOption/cacheIntermediates

Return Value

An autoreleased CIImage.

See: https://developer.apple.com/documentation/CoreImage/CIImage/insertingIntermediate(cache:)

func (CIImage) ImageByInsertingTiledIntermediate 

func (i CIImage) ImageByInsertingTiledIntermediate() ICIImage

Create an image that inserts a intermediate that is cached in tiles

Return Value

An autoreleased CIImage.

Discussion

This intermediate will be cacheable even if cacheIntermediates is false.

See: https://developer.apple.com/documentation/CoreImage/CIImage/insertingTiledIntermediate()

func (CIImage) ImageByPremultiplyingAlpha 

func (i CIImage) ImageByPremultiplyingAlpha() ICIImage

Returns a new image created by multiplying the image’s RGB values by its alpha values.

Return Value

An image object representing the result of the operation.

Discussion

Premultiplied alpha speeds up the rendering of images, so Core Image filters require that input image data be premultiplied. If you have an image without premultiplied alpha that you want to feed into a filter, use this method before applying the filter.

See: https://developer.apple.com/documentation/CoreImage/CIImage/premultiplyingAlpha()

func (CIImage) ImageBySamplingLinear 

func (i CIImage) ImageBySamplingLinear() ICIImage

Create an image by changing the receiver’s sample mode to bilinear interpolation.

Return Value

An autoreleased CIImage instance with a bilinear sampling.

See: https://developer.apple.com/documentation/CoreImage/CIImage/samplingLinear()

func (CIImage) ImageBySamplingNearest 

func (i CIImage) ImageBySamplingNearest() ICIImage

Create an image by changing the receiver’s sample mode to nearest neighbor.

Return Value

An autoreleased CIImage instance with a nearest sampling.

See: https://developer.apple.com/documentation/CoreImage/CIImage/samplingNearest()

func (CIImage) ImageBySettingAlphaOneInExtent 

func (i CIImage) ImageBySettingAlphaOneInExtent(extent corefoundation.CGRect) ICIImage

Returns a new image created by setting all alpha values to 1.0 within the specified rectangle and to 0.0 outside of that area.

extent: The rectangular area in the image to be set to full opacity.

Return Value

An image object representing the result of the operation.

See: https://developer.apple.com/documentation/CoreImage/CIImage/settingAlphaOne(in:)

func (CIImage) ImageBySettingContentAverageLightLevel 

func (i CIImage) ImageBySettingContentAverageLightLevel(average float32) ICIImage

Create an image by changing the receiver’s contentAverageLightLevel property.

Return Value

An autoreleased CIImage.

Discussion

Changing this value will alter the behavior of the CIToneMapHeadroom and CISystemToneMap filters.

- If the value is set to 0.0 or less then the returned image’s [ContentAverageLightLevel] is unknown.

See: https://developer.apple.com/documentation/CoreImage/CIImage/settingContentAverageLightLevel(_:)

func (CIImage) ImageBySettingContentHeadroom 

func (i CIImage) ImageBySettingContentHeadroom(headroom float32) ICIImage

Create an image by changing the receiver’s contentHeadroom property.

Return Value

An autoreleased CIImage.

Discussion

Changing this value will alter the behavior of the CIToneMapHeadroom and CISystemToneMap filters.

- If the value is set to 0.0 then the returned image’s headroom is unknown. - If the value is set to 1.0 then the returned image is SDR. - If the value is set to greater 1.0 then the returned image is HDR. - Otherwise the returned image’s headroom is unknown.

See: https://developer.apple.com/documentation/CoreImage/CIImage/settingContentHeadroom(_:)

func (CIImage) ImageBySettingProperties 

func (i CIImage) ImageBySettingProperties(properties foundation.INSDictionary) ICIImage

Return a new image by changing the receiver’s metadata properties.

properties: A dictionary of metadata properties akin to the `CGImageSourceCopyPropertiesAtIndex()` function.

Return Value

An autoreleased CIImage instance with a copy of the new properties.

Discussion

When you create an image, Core Image sets an image’s properties to a metadata dictionary as described here: [Properties]. Use this method to override an image’s metadata properties with new values.

See: https://developer.apple.com/documentation/CoreImage/CIImage/settingProperties(_:)

func (CIImage) ImageByUnpremultiplyingAlpha 

func (i CIImage) ImageByUnpremultiplyingAlpha() ICIImage

Returns a new image created by dividing the image’s RGB values by its alpha values.

Return Value

An image object representing the result of the operation.

Discussion

Premultiplied alpha speeds up the rendering of images, but some custom filter routines can be expressed more efficiently with non-premultiplied RGB values. Use this method if you need to apply such a filter to an image that has premultiplied alpha.

See: https://developer.apple.com/documentation/CoreImage/CIImage/unpremultiplyingAlpha()

func (CIImage) ImageTransformForCGOrientation 

func (i CIImage) ImageTransformForCGOrientation(orientation objectivec.IObject) corefoundation.CGAffineTransform

The affine transform for changing the image to the given orientation.

orientation is a [imageio.CGImagePropertyOrientation].

Discussion

Returns a CGAffineTransform for the CGImagePropertyOrientation value to apply to the image.

See: https://developer.apple.com/documentation/CoreImage/CIImage/orientationTransform(for:)

func (CIImage) ImageTransformForOrientation 

func (i CIImage) ImageTransformForOrientation(orientation int) corefoundation.CGAffineTransform

Returns the transformation needed to reorient the image to the specified orientation.

orientation: An integer specifying an image orientation according to the EXIF specification. For details, see [kCGImagePropertyOrientation]. // [kCGImagePropertyOrientation]: https://developer.apple.com/documentation/ImageIO/kCGImagePropertyOrientation

Return Value

An affine transform that will rotate or mirror the image to match the specified orientation when applied.

Discussion

This method determines the transformation needed to match the specified orientation, but does not apply that transformation to the image. To apply the transformation (possibly after concatenating it with other transformations), use the [ImageByApplyingTransform] method or the [CIAffineTransform] filter. To determine and apply the transformation in a single step, use the [ImageByApplyingOrientation] method.

See: https://developer.apple.com/documentation/CoreImage/CIImage/orientationTransform(forExifOrientation:)

func (CIImage) Init 

func (i CIImage) Init() CIImage

Init initializes the instance.

func (CIImage) InitWithBitmapDataBytesPerRowSizeFormatColorSpace 

func (i CIImage) InitWithBitmapDataBytesPerRowSizeFormatColorSpace(data foundation.INSData, bytesPerRow uintptr, size corefoundation.CGSize, format int, colorSpace coregraphics.CGColorSpaceRef) CIImage

Initializes an image object with bitmap data.

data: The bitmap data to use for the image. The data you supply must be premultiplied.

bytesPerRow: The number of bytes per row.

size: The size of the image data.

format: A pixel format constant. See `Pixel Formats`.

colorSpace: The color space that the image is defined in. It must be a Quartz 2D color space ([CGColorSpace]). Pass `nil` for images that don’t contain color data (such as elevation maps, normal vector maps, and sampled function tables). // [CGColorSpace]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpace

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(bitmapData:bytesPerRow:size:format:colorSpace:)

func (CIImage) InitWithBitmapImageRep 

func (i CIImage) InitWithBitmapImageRep(bitmapImageRep objectivec.IObject) CIImage

Initializes an image object with the specified bitmap image representation.

bitmapImageRep: An image representation object containing the bitmap data.

bitmapImageRep is a [appkit.NSBitmapImageRep].

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(bitmapImageRep:)

func (CIImage) InitWithCGImage 

func (i CIImage) InitWithCGImage(image coregraphics.CGImageRef) CIImage

Initializes an image object with a Quartz 2D image.

image: A Quartz 2D image ([CGImage]) object. For more information, see [Quartz 2D Programming Guide] and [CGImage]. // [CGImage]: https://developer.apple.com/documentation/CoreGraphics/CGImage [Quartz 2D Programming Guide]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Conceptual/drawingwithquartz2d/Introduction/Introduction.html#//apple_ref/doc/uid/TP30001066

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cgImage:)

func (CIImage) InitWithCGImageOptions 

func (i CIImage) InitWithCGImageOptions(image coregraphics.CGImageRef, options foundation.INSDictionary) CIImage

Initializes an image object with a Quartz 2D image, using the specified options.

image: A Quartz 2D image ([CGImage]) object. For more information, see [Quartz 2D Programming Guide] and [CGImage]. // [CGImage]: https://developer.apple.com/documentation/CoreGraphics/CGImage [Quartz 2D Programming Guide]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Conceptual/drawingwithquartz2d/Introduction/Introduction.html#//apple_ref/doc/uid/TP30001066

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cgImage:options:)

func (CIImage) InitWithCGImageSourceIndexOptions 

func (i CIImage) InitWithCGImageSourceIndexOptions(source objectivec.IObject, index uintptr, dict foundation.INSDictionary) CIImage

source is a [imageio.CGImageSourceRef].

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cgImageSource:index:options:)

func (CIImage) InitWithCVImageBuffer 

func (i CIImage) InitWithCVImageBuffer(imageBuffer corevideo.CVImageBufferRef) CIImage

Initializes an image object from the contents of a Core Video image buffer.

imageBuffer: A [CVImageBuffer] object in a supported pixel format constant. For more information, see [Core Video]. // [Core Video]: https://developer.apple.com/documentation/CoreVideo

Return Value

The initialized image object.

Discussion

The `imageBuffer` parameter must be in one of the following formats:

- kCVPixelFormatType_32ARGB - kCVPixelFormatType_422YpCbCr8 - kCVPixelFormatType_32BGRA

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvImageBuffer:)

func (CIImage) InitWithCVImageBufferOptions 

func (i CIImage) InitWithCVImageBufferOptions(imageBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage

Initializes an image object from the contents of a Core Video image buffer, using the specified options.

imageBuffer: A [CVImageBuffer] object in a supported pixel format constant. For more information, see [Core Video]. // [Core Video]: https://developer.apple.com/documentation/CoreVideo

options: A dictionary that contains options for creating an image object. (See `Image Dictionary Keys`.) The pixel format is supplied by the [CVImageBuffer] object.)

Return Value

The initialized image object.

Discussion

The `imageBuffer` parameter must be in one of the following formats:

- kCVPixelFormatType_32ARGB - kCVPixelFormatType_422YpCbCr8 - kCVPixelFormatType_32BGRA

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvImageBuffer:options:)

func (CIImage) InitWithCVPixelBuffer 

func (i CIImage) InitWithCVPixelBuffer(pixelBuffer corevideo.CVImageBufferRef) CIImage

Initializes an image object from the contents of a Core Video pixel buffer.

pixelBuffer: A [CVPixelBuffer] object.

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvPixelBuffer:)

func (CIImage) InitWithCVPixelBufferOptions 

func (i CIImage) InitWithCVPixelBufferOptions(pixelBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage

Initializes an image object from the contents of a Core Video pixel buffer using the specified options.

pixelBuffer: A [CVPixelBuffer] object.

options: A dictionary that contains options for creating an image object. (See `Image Dictionary Keys`.) The pixel format is supplied by the [CVPixelBuffer] object.

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(cvPixelBuffer:options:)

func (CIImage) InitWithColor 

func (i CIImage) InitWithColor(color ICIColor) CIImage

Initializes an image of infinite extent whose entire content is the specified color.

color: A color object.

Return Value

The initialized image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(color:)

func (CIImage) InitWithContentsOfURL 

func (i CIImage) InitWithContentsOfURL(url foundation.INSURL) CIImage

Initializes an image object by reading an image from a URL.

url: The location of the image file to read.

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(contentsOf:)

func (CIImage) InitWithContentsOfURLOptions 

func (i CIImage) InitWithContentsOfURLOptions(url foundation.INSURL, options foundation.INSDictionary) CIImage

Initializes an image object by reading an image from a URL, using the specified options.

url: The location of the image file to read.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(contentsOf:options:)

func (CIImage) InitWithData 

func (i CIImage) InitWithData(data foundation.INSData) CIImage

Initializes an image object with the supplied image data.

data: The image data. The data you supply must be premultiplied.

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(data:)

func (CIImage) InitWithDataOptions 

func (i CIImage) InitWithDataOptions(data foundation.INSData, options foundation.INSDictionary) CIImage

Initializes an image object with the supplied image data, using the specified options.

data: The image data. The data you supply must be premultiplied.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object, or `nil` if the object could not be initialized.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(data:options:)

func (CIImage) InitWithDepthData 

func (i CIImage) InitWithDepthData(data objectivec.IObject) CIImage

data is a [avfoundation.AVDepthData].

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(depthData:)

func (CIImage) InitWithDepthDataOptions 

func (i CIImage) InitWithDepthDataOptions(data objectivec.IObject, options foundation.INSDictionary) CIImage

data is a [avfoundation.AVDepthData].

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(depthData:options:)

func (CIImage) InitWithIOSurface 

func (i CIImage) InitWithIOSurface(surface iosurface.IOSurfaceRef) CIImage

Initializes an image with the contents of an IOSurface.

surface: An IOSurface object.

Return Value

An image object initialized with the data from the IOSurface object.

Discussion

An IOSurface object is a framebuffer object that is suitable for sharing across process boundaries. You can use it to allow your app to move complex image decompression and drawing logic into a separate process for the purpose of increasing security.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(ioSurface:)

func (CIImage) InitWithIOSurfaceOptions 

func (i CIImage) InitWithIOSurfaceOptions(surface iosurface.IOSurfaceRef, options foundation.INSDictionary) CIImage

Initializes, using the specified options, an image with the contents of an IOSurface.

surface: An IOSurface object.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the data from the IOSurface.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(ioSurface:options:)

func (CIImage) InitWithImageProviderSizeFormatColorSpaceOptions 

func (i CIImage) InitWithImageProviderSizeFormatColorSpaceOptions(provider objectivec.IObject, width uintptr, height uintptr, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) CIImage

Initializes an image object based on pixels from an image provider object.

provider: An object that implements the [CIImageProvider] protocol.

width: The width of the image.

height: The height of the image.

format: The CIFormat of the provided pixels.

colorSpace: The color space that the image is defined in. If `nil`, then the pixels will not be is not color matched to the Core Image working color space.

options: A dictionary that contains various CIImageOption keys that affect the resulting CIImage. The option [providerTileSize] controls if and how the provider object is called in tiles. The option [providerUserInfo] allows additional state to be passed to the provider object. // [providerTileSize]: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerTileSize [providerUserInfo]: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerUserInfo

Return Value

An initialized CIImage object based on the data provider.

Discussion

Core Image retains the provider object until the image is deallocated. The image provider object will not be called until the image is rendered.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(imageProvider:size:_:format:colorSpace:options:)

func (CIImage) InitWithMTLTextureOptions 

func (i CIImage) InitWithMTLTextureOptions(texture objectivec.IObject, options foundation.INSDictionary) CIImage

Initializes an image object with data supplied by a Metal texture.

texture: The Metal texture from which to use image data.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

The initialized image object, or `nil` if the image could not be initialized.

Discussion

To render the image using Metal, use this image with a Metal-based CIContext object created with the [ContextWithMTLDevice] method, and call the [RenderToMTLTextureCommandBufferBoundsColorSpace] method to create an output image in another Metal texture object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(mtlTexture:options:)

func (CIImage) InitWithPortaitEffectsMatte 

func (i CIImage) InitWithPortaitEffectsMatte(matte objectivec.IObject) CIImage

matte is a [avfoundation.AVPortraitEffectsMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(portaitEffectsMatte:)

func (CIImage) InitWithPortaitEffectsMatteOptions 

func (i CIImage) InitWithPortaitEffectsMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage

matte is a [avfoundation.AVPortraitEffectsMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(portaitEffectsMatte:options:)

func (CIImage) InitWithSemanticSegmentationMatte 

func (i CIImage) InitWithSemanticSegmentationMatte(matte objectivec.IObject) CIImage

matte is a [avfoundation.AVSemanticSegmentationMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(semanticSegmentationMatte:)

func (CIImage) InitWithSemanticSegmentationMatteOptions 

func (i CIImage) InitWithSemanticSegmentationMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage

matte is a [avfoundation.AVSemanticSegmentationMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/init(semanticSegmentationMatte:options:)

func (CIImage) MetalTexture 

func (i CIImage) MetalTexture() objectivec.IObject

See: https://developer.apple.com/documentation/CoreImage/CIImage/metalTexture

func (CIImage) Opaque 

func (i CIImage) Opaque() bool

Returns YES if the image is known to have and alpha value of `1.0` over the entire image extent.

See: https://developer.apple.com/documentation/CoreImage/CIImage/isOpaque

func (CIImage) PixelBuffer 

func (i CIImage) PixelBuffer() corevideo.CVImageBufferRef

The CoreVideo pixel buffer this image was created from, if applicable.

Discussion

If this image was create using the [InitWithCVPixelBuffer] initializer, this property’s value is the CVPixelBuffer object that provides the image’s underlying image data. Do not modify the contents of this pixel buffer; doing so will cause undefined rendering results.

Otherwise, this property’s value is `nil`—in this case you can obtain a pixel buffer by rendering the image with the CIContext [RenderToCVPixelBuffer] method.

See: https://developer.apple.com/documentation/CoreImage/CIImage/pixelBuffer

func (CIImage) PortraitEffectsMatte 

func (i CIImage) PortraitEffectsMatte() objectivec.IObject

The portrait effects matte associated with the image.

Discussion

AVPortraitEffectsMatte representation of portrait effects.

See: https://developer.apple.com/documentation/CoreImage/CIImage/portraitEffectsMatte

func (CIImage) Properties 

func (i CIImage) Properties() foundation.INSDictionary

Returns the metadata properties dictionary of the image.

Discussion

If the CIImage was created from [NSURL] or [NSData] then this dictionary is determined by calling `CGImageSourceCopyPropertiesAtIndex()`.

If the CIImage was created with the properties option, then that dictionary is returned.

If the CIImage was created by applying CIFilter or CIKernel then the properties of the root inputImage will be returned.

See: https://developer.apple.com/documentation/CoreImage/CIImage/properties

func (CIImage) RegionOfInterestForImageInRect 

func (i CIImage) RegionOfInterestForImageInRect(image ICIImage, rect corefoundation.CGRect) corefoundation.CGRect

Returns the region of interest for the filter chain that generates the image.

image: Another image that is part of the filter chain that generates the image.

rect: A rectangle in the image’s coordinate space.

Return Value

A rectangle in the coordinate space of the input image (the `im` parameter).

Discussion

The region of interest is the rectangle containing pixel data in a source image (the `im` parameter) necessary to produce a corresponding rectangle in the output image. If the image is not the output of a filter (or of a chain or graph of several CIFilter objects), or the image in the `im` parameter is not an input to that filter, the rectangle returned is the same as that in the `r` parameter.

For example,

- If the image is the output of a filter that doubles the size of its input image, the rectangle returned will be half the size of that in the `r` parameter. (Upscaling causes every pixel in the input image to correspond to multiple pixels in the output image.) - If the image is the output of a blur filter, the rectangle returned will be slightly larger than that in the `r` parameter. (In a blur filter, each pixel in the output image is produced using information from the corresponding pixel and those immediately surrounding it in the input image.)

See: https://developer.apple.com/documentation/CoreImage/CIImage/regionOfInterest(for:in:)

func (CIImage) SemanticSegmentationMatte 

func (i CIImage) SemanticSegmentationMatte() objectivec.IObject

See: https://developer.apple.com/documentation/CoreImage/CIImage/semanticSegmentationMatte

func (CIImage) TextureFormat 

func (i CIImage) TextureFormat() CIImageOption

The key for an OpenGL texture format.

See: https://developer.apple.com/documentation/coreimage/ciimageoption/textureformat

func (CIImage) TextureTarget 

func (i CIImage) TextureTarget() CIImageOption

The key for an OpenGL texture target.

See: https://developer.apple.com/documentation/coreimage/ciimageoption/texturetarget

func (CIImage) Url 

func (i CIImage) Url() foundation.INSURL

The URL from which the image was loaded.

Discussion

A URL is available only if the image object was created with a URL (such as with the [InitWithContentsOfURL] method or related methods). Otherwise, this property’s value is `nil`.

See: https://developer.apple.com/documentation/CoreImage/CIImage/url

type CIImageAccumulator 

type CIImageAccumulator struct {
	objectivec.Object
}

An object that manages feedback-based image processing for tasks such as painting or fluid simulation.

Overview

The CIImageAccumulator class enables feedback-based image processing for such things as iterative painting operations or fluid dynamics simulations. You use CIImageAccumulator objects in conjunction with other Core Image classes, such as CIFilter, CIImage, CIVector, and CIContext, to take advantage of the built-in Core Image filters when processing images.

Initializing an Image Accumulator

Setting an Image

Obtaining Data From an Image Accumulator

Resetting an Accumulator

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator

func CIImageAccumulatorFromID 

func CIImageAccumulatorFromID(id objc.ID) CIImageAccumulator

CIImageAccumulatorFromID constructs a CIImageAccumulator from an objc.ID.

An object that manages feedback-based image processing for tasks such as painting or fluid simulation.

func NewCIImageAccumulator 

func NewCIImageAccumulator() CIImageAccumulator

NewCIImageAccumulator creates a new CIImageAccumulator instance.

func NewImageAccumulatorWithExtentFormat 

func NewImageAccumulatorWithExtentFormat(extent corefoundation.CGRect, format int) CIImageAccumulator

Initializes an image accumulator with the specified extent and pixel format.

extent: A rectangle that specifies the x-value of the rectangle origin, the y-value of the rectangle origin, and the width and height.

format: The format and size of each pixel. You must supply a pixel format constant, such askCIFormatARGB8 (32 bit-per-pixel, fixed-point pixel format) or kCIFormatRGBAf (128 bit-per-pixel, floating-point pixel format). See CIImage for more information about pixel format constants.

Return Value

The initialized image accumulator object.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/init(extent:format:)

func NewImageAccumulatorWithExtentFormatColorSpace 

func NewImageAccumulatorWithExtentFormatColorSpace(extent corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef) CIImageAccumulator

Initializes an image accumulator with the specified extent, pixel format, and color space.

extent: A rectangle that specifies the x-value of the rectangle origin, the y-value of the rectangle origin, and the width and height.

format: The format and size of each pixel. You must supply a pixel format constant, such askCIFormatARGB8 (32 bit-per-pixel, fixed-point pixel format) or kCIFormatRGBAf (128 bit-per-pixel, floating-point pixel format). See CIImage for more information about pixel format constants.

colorSpace: A [CGColorSpace] object describing the color space for the image accumulator. // [CGColorSpace]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpace

Return Value

The initialized image accumulator object.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/init(extent:format:colorSpace:)

func (CIImageAccumulator) Autorelease 

func (i CIImageAccumulator) Autorelease() CIImageAccumulator

Autorelease adds the receiver to the current autorelease pool.

func (CIImageAccumulator) Clear 

func (i CIImageAccumulator) Clear()

Resets the accumulator, discarding any pending updates and the current content.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/clear()

func (CIImageAccumulator) Extent 

func (i CIImageAccumulator) Extent() corefoundation.CGRect

The extent of the image associated with the image accumulator.

Discussion

Extent is a rectangle that specifies the size of the image associated with the image accumulator. This rectangle is the size of the complete region of the working coordinate space, and is a fixed area. It specifies the x-value of the rectangle origin, the y-value of the rectangle origin, and the width and height.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/extent

func (CIImageAccumulator) Format 

func (i CIImageAccumulator) Format() CIFormat

The pixel format of the image accumulator.

Discussion

For applicable values, see Pixel Formats.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/format

func (CIImageAccumulator) Image 

func (i CIImageAccumulator) Image() ICIImage

Returns the current contents of the image accumulator.

Return Value

The image object that represents the current contents of the image accumulator.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/image()

func (CIImageAccumulator) Init 

func (i CIImageAccumulator) Init() CIImageAccumulator

Init initializes the instance.

func (CIImageAccumulator) InitWithExtentFormat 

func (i CIImageAccumulator) InitWithExtentFormat(extent corefoundation.CGRect, format int) CIImageAccumulator

Initializes an image accumulator with the specified extent and pixel format.

extent: A rectangle that specifies the x-value of the rectangle origin, the y-value of the rectangle origin, and the width and height.

format: The format and size of each pixel. You must supply a pixel format constant, such askCIFormatARGB8 (32 bit-per-pixel, fixed-point pixel format) or kCIFormatRGBAf (128 bit-per-pixel, floating-point pixel format). See CIImage for more information about pixel format constants.

Return Value

The initialized image accumulator object.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/init(extent:format:)

func (CIImageAccumulator) InitWithExtentFormatColorSpace 

func (i CIImageAccumulator) InitWithExtentFormatColorSpace(extent corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef) CIImageAccumulator

Initializes an image accumulator with the specified extent, pixel format, and color space.

extent: A rectangle that specifies the x-value of the rectangle origin, the y-value of the rectangle origin, and the width and height.

format: The format and size of each pixel. You must supply a pixel format constant, such askCIFormatARGB8 (32 bit-per-pixel, fixed-point pixel format) or kCIFormatRGBAf (128 bit-per-pixel, floating-point pixel format). See CIImage for more information about pixel format constants.

colorSpace: A [CGColorSpace] object describing the color space for the image accumulator. // [CGColorSpace]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpace

Return Value

The initialized image accumulator object.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/init(extent:format:colorSpace:)

func (CIImageAccumulator) SetImage 

func (i CIImageAccumulator) SetImage(image ICIImage)

Sets the contents of the image accumulator to the contents of the specified image object.

image: The image object whose contents you want to assign to the image accumulator.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/setImage(_:)

func (CIImageAccumulator) SetImageDirtyRect 

func (i CIImageAccumulator) SetImageDirtyRect(image ICIImage, dirtyRect corefoundation.CGRect)

Updates an image accumulator with a subregion of an image object.

image: The image object whose contents you want to assign to the image accumulator.

dirtyRect: A rectangle that defines the subregion of the image object that’s changed since the last time you updated the image accumulator. You must guarantee that the new contents differ from the old only within the region specified by the this argument.

Discussion

For additional details on using this method, see “Imaging Dynamical Systems” in Core Image Programming Guide.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/setImage(_:dirtyRect:)

type CIImageAccumulatorClass 

type CIImageAccumulatorClass struct {
	// contains filtered or unexported fields
}

func GetCIImageAccumulatorClass 

func GetCIImageAccumulatorClass() CIImageAccumulatorClass

GetCIImageAccumulatorClass returns the class object for CIImageAccumulator.

func (CIImageAccumulatorClass) Alloc 

func (cc CIImageAccumulatorClass) Alloc() CIImageAccumulator

Alloc allocates memory for a new instance of the class.

func (CIImageAccumulatorClass) ImageAccumulatorWithExtentFormat 

func (_CIImageAccumulatorClass CIImageAccumulatorClass) ImageAccumulatorWithExtentFormat(extent corefoundation.CGRect, format int) CIImageAccumulator

Creates an image accumulator with the specified extent and pixel format.

extent: A rectangle that specifies the x-value of the rectangle origin, the y-value of the rectangle origin, and the width and height.

format: The format and size of each pixel. You must supply a pixel format constant, such as kCIFormatARGB8 (32 bit-per-pixel, fixed-point pixel format) or kCIFormatRGBAf (128 bit-per-pixel, floating-point pixel format). See CIImage for more information about pixel format constants.

Return Value

The image accumulator object.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/imageAccumulatorWithExtent:format:

func (CIImageAccumulatorClass) ImageAccumulatorWithExtentFormatColorSpace 

func (_CIImageAccumulatorClass CIImageAccumulatorClass) ImageAccumulatorWithExtentFormatColorSpace(extent corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef) CIImageAccumulator

Creates an image accumulator with the specified extent, pixel format, and color space.

extent: A rectangle that specifies the x-value of the rectangle origin, the y-value of the rectangle origin, and the width and height.

format: The format and size of each pixel. You must supply a pixel format constant, such as kCIFormatARGB8 (32 bit-per-pixel, fixed-point pixel format) or kCIFormatRGBAf (128 bit-per-pixel, floating-point pixel format). See CIImage for more information about pixel format constants.

colorSpace: A [CGColorSpace] object describing the color space for the image accumulator. // [CGColorSpace]: https://developer.apple.com/documentation/CoreGraphics/CGColorSpace

Return Value

The image accumulator object.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator/imageAccumulatorWithExtent:format:colorSpace:

type CIImageAutoAdjustmentOption 

type CIImageAutoAdjustmentOption = string

See: https://developer.apple.com/documentation/CoreImage/CIImageAutoAdjustmentOption

type CIImageClass 

type CIImageClass struct {
	// contains filtered or unexported fields
}

func GetCIImageClass 

func GetCIImageClass() CIImageClass

GetCIImageClass returns the class object for CIImage.

func (CIImageClass) Alloc 

func (cc CIImageClass) Alloc() CIImage

Alloc allocates memory for a new instance of the class.

func (CIImageClass) BlackImage 

func (_CIImageClass CIImageClass) BlackImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/black

func (CIImageClass) BlueImage 

func (_CIImageClass CIImageClass) BlueImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/blue

func (CIImageClass) ClearImage 

func (_CIImageClass CIImageClass) ClearImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/clear

func (CIImageClass) CyanImage 

func (_CIImageClass CIImageClass) CyanImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/cyan

func (CIImageClass) EmptyImage 

func (_CIImageClass CIImageClass) EmptyImage() CIImage

Creates and returns an empty image object.

Return Value

An image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/empty()

func (CIImageClass) GrayImage 

func (_CIImageClass CIImageClass) GrayImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/gray

func (CIImageClass) GreenImage 

func (_CIImageClass CIImageClass) GreenImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/green

func (CIImageClass) ImageWithBitmapDataBytesPerRowSizeFormatColorSpace 

func (_CIImageClass CIImageClass) ImageWithBitmapDataBytesPerRowSizeFormatColorSpace(data foundation.INSData, bytesPerRow uintptr, size corefoundation.CGSize, format int, colorSpace coregraphics.CGColorSpaceRef) CIImage

Creates and returns an image object from bitmap data.

data: The bitmap data for the image. This data must be premultiplied.

bytesPerRow: The number of bytes per row.

size: The dimensions of the image.

format: The format and size of each pixel. You must supply a pixel format constant. See `Pixel Formats`.

colorSpace: The color space that the image is defined in. If this value is `nil`, the image is not color matched. Pass `nil` for images that don’t contain color data (such as elevation maps, normal vector maps, and sampled function tables).

Return Value

An image object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithBitmapData:bytesPerRow:size:format:colorSpace:

func (CIImageClass) ImageWithCGImage 

func (_CIImageClass CIImageClass) ImageWithCGImage(image coregraphics.CGImageRef) CIImage

Creates and returns an image object from a Quartz 2D image.

image: A Quartz 2D image ([CGImage]) object. For more information, see [Quartz 2D Programming Guide] and [CGImage]. // [CGImage]: https://developer.apple.com/documentation/CoreGraphics/CGImage [Quartz 2D Programming Guide]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Conceptual/drawingwithquartz2d/Introduction/Introduction.html#//apple_ref/doc/uid/TP30001066

Return Value

An image object initialized with the contents of the Quartz 2D image.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithCGImage:

func (CIImageClass) ImageWithCGImageOptions 

func (_CIImageClass CIImageClass) ImageWithCGImageOptions(image coregraphics.CGImageRef, options foundation.INSDictionary) CIImage

Creates and returns an image object from a Quartz 2D image using the specified options.

image: A Quartz 2D image ([CGImage]) object. For more information, see [Quartz 2D Programming Guide] and [CGImage]. // [CGImage]: https://developer.apple.com/documentation/CoreGraphics/CGImage [Quartz 2D Programming Guide]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Conceptual/drawingwithquartz2d/Introduction/Introduction.html#//apple_ref/doc/uid/TP30001066

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the contents of the Quartz 2D image and the specified options.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithCGImage:options:

func (CIImageClass) ImageWithCGImageSourceIndexOptions 

func (_CIImageClass CIImageClass) ImageWithCGImageSourceIndexOptions(source objectivec.IObject, index uintptr, dict foundation.INSDictionary) CIImage

source is a [imageio.CGImageSourceRef].

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithCGImageSource:index:options:

func (CIImageClass) ImageWithCVImageBuffer 

func (_CIImageClass CIImageClass) ImageWithCVImageBuffer(imageBuffer corevideo.CVImageBufferRef) CIImage

Creates and returns an image object from the contents of [CVImageBuffer] object.

imageBuffer: A [CVImageBuffer] object. For more information, see [Core Video]. // [Core Video]: https://developer.apple.com/documentation/CoreVideo

Return Value

An image object initialized with the contents of the image buffer object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithCVImageBuffer:

func (CIImageClass) ImageWithCVImageBufferOptions 

func (_CIImageClass CIImageClass) ImageWithCVImageBufferOptions(imageBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage

Creates and returns an image object from the contents of [CVImageBuffer] object, using the specified options.

imageBuffer: A [CVImageBuffer] object. For more information, see [Core Video]. // [Core Video]: https://developer.apple.com/documentation/CoreVideo

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the contents of the image buffer object and set up with the specified options.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithCVImageBuffer:options:

func (CIImageClass) ImageWithCVPixelBuffer 

func (_CIImageClass CIImageClass) ImageWithCVPixelBuffer(pixelBuffer corevideo.CVImageBufferRef) CIImage

Creates and returns an image object from the contents of [CVPixelBuffer] object.

pixelBuffer: A [CVPixelBuffer] object.

Return Value

An image object initialized with the contents of the image buffer object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithCVPixelBuffer:

func (CIImageClass) ImageWithCVPixelBufferOptions 

func (_CIImageClass CIImageClass) ImageWithCVPixelBufferOptions(pixelBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage

Creates and returns an image object from the contents of [CVPixelBuffer] object, using the specified options.

pixelBuffer: A [CVPixelBuffer] object.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the contents of the image buffer object and set up with the specified options.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithCVPixelBuffer:options:

func (CIImageClass) ImageWithColor 

func (_CIImageClass CIImageClass) ImageWithColor(color ICIColor) CIImage

Creates and returns an image of infinite extent whose entire content is the specified color.

color: A color object.

Return Value

The image object initialized with the color represented by the CIColor object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithColor:

func (CIImageClass) ImageWithContentsOfURL 

func (_CIImageClass CIImageClass) ImageWithContentsOfURL(url foundation.INSURL) CIImage

Creates and returns an image object from the contents of a file.

url: The location of the file.

Return Value

An image object initialized with the contents of the file.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithContentsOfURL:

func (CIImageClass) ImageWithContentsOfURLOptions 

func (_CIImageClass CIImageClass) ImageWithContentsOfURLOptions(url foundation.INSURL, options foundation.INSDictionary) CIImage

Creates and returns an image object from the contents of a file, using the specified options.

url: The location of the file.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the contents of the file and set up with the specified options.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithContentsOfURL:options:

func (CIImageClass) ImageWithData 

func (_CIImageClass CIImageClass) ImageWithData(data foundation.INSData) CIImage

Creates and returns an image object initialized with the supplied image data.

data: The data object that holds the contents of an image file (such as TIFF, GIF, JPG, or whatever else the system supports). The image data must be premultiplied.

Return Value

An image object initialized with the supplied data, or `nil` if the method cannot create an image representation from the contents of the supplied data object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithData:

func (CIImageClass) ImageWithDataOptions 

func (_CIImageClass CIImageClass) ImageWithDataOptions(data foundation.INSData, options foundation.INSDictionary) CIImage

Creates and returns an image object initialized with the supplied image data, using the specified options.

data: A pointer to the image data. The data must be premultiplied.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the supplied data and set up with the specified options.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithData:options:

func (CIImageClass) ImageWithDepthData 

func (_CIImageClass CIImageClass) ImageWithDepthData(data objectivec.IObject) CIImage

data is a [avfoundation.AVDepthData].

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithDepthData:

func (CIImageClass) ImageWithDepthDataOptions 

func (_CIImageClass CIImageClass) ImageWithDepthDataOptions(data objectivec.IObject, options foundation.INSDictionary) CIImage

data is a [avfoundation.AVDepthData].

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithDepthData:options:

func (CIImageClass) ImageWithIOSurface 

func (_CIImageClass CIImageClass) ImageWithIOSurface(surface iosurface.IOSurfaceRef) CIImage

Creates and returns an image from the contents of an IOSurface.

surface: An IOSurface object.

Return Value

An image object initialized with the data from the IOSurface object.

Discussion

An IOSurface object is a framebuffer object that is suitable for sharing across process boundaries. You can use it to allow your app to move complex image decompression and drawing logic into a separate process for the purpose of increasing security.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithIOSurface:

func (CIImageClass) ImageWithIOSurfaceOptions 

func (_CIImageClass CIImageClass) ImageWithIOSurfaceOptions(surface iosurface.IOSurfaceRef, options foundation.INSDictionary) CIImage

Creates, using the specified options, and returns an image from the contents of an IOSurface.

surface: An IOSurface object.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the data from the IOSurface.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithIOSurface:options:

func (CIImageClass) ImageWithImageProviderSizeFormatColorSpaceOptions 

func (_CIImageClass CIImageClass) ImageWithImageProviderSizeFormatColorSpaceOptions(provider objectivec.IObject, width uintptr, height uintptr, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) CIImage

Create an image object based on pixels from an image provider object.

provider: An object that implements the [CIImageProvider] protocol.

width: The width of the image.

height: The height of the image.

format: The CIFormat of the provided pixels.

colorSpace: The color space that the image is defined in. If `nil`, then the pixels will not be is not color matched to the Core Image working color space.

options: A dictionary that contains various CIImageOption keys that affect the resulting CIImage. The option [providerTileSize] controls if and how the provider object is called in tiles. The option [providerUserInfo] allows additional state to be passed to the provider object. // [providerTileSize]: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerTileSize [providerUserInfo]: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerUserInfo

Return Value

An autoreleased CIImage object based on the data provider.

Discussion

Core Image retains the provider object until the image is deallocated. The image provider object will not be called until the image is rendered.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithImageProvider:size::format:colorSpace:options:

func (CIImageClass) ImageWithMTLTextureOptions 

func (_CIImageClass CIImageClass) ImageWithMTLTextureOptions(texture objectivec.IObject, options foundation.INSDictionary) CIImage

Creates and returns an image object with data supplied by a Metal texture.

texture: The Metal texture from which to use image data.

options: A dictionary specifying image options. (See `Image Dictionary Keys`.)

Return Value

An image object initialized with the texture data.

Discussion

To also render using Metal, use this image with a Metal-based CIContext object created with the [ContextWithMTLDevice] method, and call the [RenderToMTLTextureCommandBufferBoundsColorSpace] method to create an output image in another Metal texture object.

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithMTLTexture:options:

func (CIImageClass) ImageWithPortaitEffectsMatte 

func (_CIImageClass CIImageClass) ImageWithPortaitEffectsMatte(matte objectivec.IObject) CIImage

matte is a [avfoundation.AVPortraitEffectsMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithPortaitEffectsMatte:

func (CIImageClass) ImageWithPortaitEffectsMatteOptions 

func (_CIImageClass CIImageClass) ImageWithPortaitEffectsMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage

matte is a [avfoundation.AVPortraitEffectsMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithPortaitEffectsMatte:options:

func (CIImageClass) ImageWithSemanticSegmentationMatte 

func (_CIImageClass CIImageClass) ImageWithSemanticSegmentationMatte(matte objectivec.IObject) CIImage

matte is a [avfoundation.AVSemanticSegmentationMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithSemanticSegmentationMatte:

func (CIImageClass) ImageWithSemanticSegmentationMatteOptions 

func (_CIImageClass CIImageClass) ImageWithSemanticSegmentationMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage

matte is a [avfoundation.AVSemanticSegmentationMatte].

See: https://developer.apple.com/documentation/CoreImage/CIImage/imageWithSemanticSegmentationMatte:options:

func (CIImageClass) MagentaImage 

func (_CIImageClass CIImageClass) MagentaImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/magenta

func (CIImageClass) RedImage 

func (_CIImageClass CIImageClass) RedImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/red

func (CIImageClass) WhiteImage 

func (_CIImageClass CIImageClass) WhiteImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/white

func (CIImageClass) YellowImage 

func (_CIImageClass CIImageClass) YellowImage() CIImage

See: https://developer.apple.com/documentation/CoreImage/CIImage/yellow

type CIImageOption 

type CIImageOption = string

See: https://developer.apple.com/documentation/CoreImage/CIImageOption 

var (
	// KCIImageApplyCleanAperture is a Boolean value to control whether an image created with a CVPixelBuffer or an IOSurface should be cropped and offset according clean aperture attachments.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/applyCleanAperture
	KCIImageApplyCleanAperture CIImageOption
	// KCIImageApplyOrientationProperty is the key for transforming an image according to orientation metadata.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/applyOrientationProperty
	KCIImageApplyOrientationProperty CIImageOption
	// KCIImageAuxiliaryDepth is the key into the properties dictionary indicating whether to return an auxiliary depth image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliaryDepth
	KCIImageAuxiliaryDepth CIImageOption
	// KCIImageAuxiliaryDisparity is the key into the properties dictionary indicating whether to return an auxiliary disparity image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliaryDisparity
	KCIImageAuxiliaryDisparity CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliaryHDRGainMap
	KCIImageAuxiliaryHDRGainMap CIImageOption
	// KCIImageAuxiliaryPortraitEffectsMatte is the key into the properties dictionary indicating whether to return auxiliary portrait effects matte.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliaryPortraitEffectsMatte
	KCIImageAuxiliaryPortraitEffectsMatte CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliarySemanticSegmentationGlassesMatte
	KCIImageAuxiliarySemanticSegmentationGlassesMatte CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliarySemanticSegmentationHairMatte
	KCIImageAuxiliarySemanticSegmentationHairMatte CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliarySemanticSegmentationSkinMatte
	KCIImageAuxiliarySemanticSegmentationSkinMatte CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliarySemanticSegmentationSkyMatte
	KCIImageAuxiliarySemanticSegmentationSkyMatte CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/auxiliarySemanticSegmentationTeethMatte
	KCIImageAuxiliarySemanticSegmentationTeethMatte CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/cacheImmediately
	KCIImageCacheImmediately CIImageOption
	// KCIImageColorSpace is the key for a color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/colorSpace
	KCIImageColorSpace CIImageOption
	// KCIImageContentAverageLightLevel is a value for overriding the automatic behavior of the Content Average Light Level property when creating an image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/contentAverageLightLevel
	KCIImageContentAverageLightLevel CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/contentHeadroom
	KCIImageContentHeadroom CIImageOption
	// KCIImageExpandToHDR is a Boolean value that indicates whether to read Gain Map HDR images as HDR.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/expandToHDR
	KCIImageExpandToHDR CIImageOption
	// KCIImageNearestSampling is the key into the properties dictionary to indicate whether to use nearest-neighbor sampling.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/nearestSampling
	KCIImageNearestSampling CIImageOption
	// KCIImageProperties is the key for image metadata properties.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/properties
	KCIImageProperties CIImageOption
	// KCIImageProviderTileSize is a key for the image tiles size. The associated value is an [NSArray] that contains[NSNumber] objects for the dimensions of the image tiles requested from the image provider.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerTileSize
	KCIImageProviderTileSize CIImageOption
	// KCIImageProviderUserInfo is a key for data needed by the image provider. The associated value is an object that contains the needed data.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/providerUserInfo
	KCIImageProviderUserInfo CIImageOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageOption/toneMapHDRtoSDR
	KCIImageToneMapHDRtoSDR CIImageOption
)

type CIImageProcessorInput 

type CIImageProcessorInput interface {
	objectivec.IObject

	// The base address of CPU memory that your Core Image Processor Kernel can read pixels from.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/baseAddress
	BaseAddress() unsafe.Pointer

	// A MTLTexture object that can be bound for input using Metal.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/metalTexture
	MetalTexture() metal.MTLTexture

	// An input pixel buffer object that your Core Image Processor Kernel can read from.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/pixelBuffer
	PixelBuffer() corevideo.CVImageBufferRef

	// An input surface object that your Core Image Processor Kernel can read from.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/surface
	Surface() iosurface.IOSurfaceRef

	// The rectangular region of the input image that your Core Image Processor Kernel can use to provide the output.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/region
	Region() corefoundation.CGRect

	// The bytes per row of the CPU memory that your Core Image Processor Kernel can read pixelsfrom.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/bytesPerRow
	BytesPerRow() uintptr

	// The pixel format of the CPU memory that your Core Image Processor Kernel can read pixels from.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/format
	Format() CIFormat

	// A 64-bit digest that uniquely describes the contents of the input to a processor.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/digest
	Digest() uint64

	// This property tells a tiled-input processor how many input tiles will be processed.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/roiTileCount
	RoiTileCount() uint

	// This property tells a tiled-input processor which input tile index is being processed.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/roiTileIndex
	RoiTileIndex() uint
}

A container of image data and information for use in a custom image processor.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput

type CIImageProcessorInputObject 

type CIImageProcessorInputObject struct {
	objectivec.Object
}

CIImageProcessorInputObject wraps an existing Objective-C object that conforms to the CIImageProcessorInput protocol.

func CIImageProcessorInputObjectFromID 

func CIImageProcessorInputObjectFromID(id objc.ID) CIImageProcessorInputObject

CIImageProcessorInputObjectFromID constructs a CIImageProcessorInputObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIImageProcessorInputObject) BaseAddress 

func (o CIImageProcessorInputObject) BaseAddress() unsafe.Pointer

The base address of CPU memory that your Core Image Processor Kernel can read pixels from.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/baseAddress

func (CIImageProcessorInputObject) BaseObject 

func (o CIImageProcessorInputObject) BaseObject() objectivec.Object

func (CIImageProcessorInputObject) BytesPerRow 

func (o CIImageProcessorInputObject) BytesPerRow() uintptr

The bytes per row of the CPU memory that your Core Image Processor Kernel can read pixelsfrom.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/bytesPerRow

func (CIImageProcessorInputObject) Digest 

func (o CIImageProcessorInputObject) Digest() uint64

A 64-bit digest that uniquely describes the contents of the input to a processor.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/digest

func (CIImageProcessorInputObject) Format 

func (o CIImageProcessorInputObject) Format() CIFormat

The pixel format of the CPU memory that your Core Image Processor Kernel can read pixels from.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/format

func (CIImageProcessorInputObject) MetalTexture 

func (o CIImageProcessorInputObject) MetalTexture() metal.MTLTexture

A MTLTexture object that can be bound for input using Metal.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/metalTexture

func (CIImageProcessorInputObject) PixelBuffer 

func (o CIImageProcessorInputObject) PixelBuffer() corevideo.CVImageBufferRef

An input pixel buffer object that your Core Image Processor Kernel can read from.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/pixelBuffer

func (CIImageProcessorInputObject) Region 

func (o CIImageProcessorInputObject) Region() corefoundation.CGRect

The rectangular region of the input image that your Core Image Processor Kernel can use to provide the output.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/region

func (CIImageProcessorInputObject) RoiTileCount 

func (o CIImageProcessorInputObject) RoiTileCount() uint

This property tells a tiled-input processor how many input tiles will be processed.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/roiTileCount

func (CIImageProcessorInputObject) RoiTileIndex 

func (o CIImageProcessorInputObject) RoiTileIndex() uint

This property tells a tiled-input processor which input tile index is being processed.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/roiTileIndex

func (CIImageProcessorInputObject) Surface 

func (o CIImageProcessorInputObject) Surface() iosurface.IOSurfaceRef

An input surface object that your Core Image Processor Kernel can read from.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorInput/surface

type CIImageProcessorKernel 

type CIImageProcessorKernel struct {
	objectivec.Object
}

The abstract class you extend to create custom image processors that can integrate with Core Image workflows.

Overview

Unlike the CIKernel class and its other subclasses that allow you to create new image-processing effects with the Core Image Kernel Language, the CIImageProcessorKernel class provides direct access to the underlying bitmap image data for a step in the Core Image processing pipeline. As such, you can create subclasses of this class to integrate other image-processing technologies—such as Metal compute shaders, Metal Performance Shaders, Accelerate vImage operations, or your own CPU-based image-processing routines—with a Core Image filter chain.

Your custom image processing operation is invoked by your subclassed image processor kernel’s [CIImageProcessorKernel.ProcessWithInputsArgumentsOutputError] method. The method can accept zero, one or more inputs: kernels that generate imagery (such as a noise or pattern generator) need no inputs, while kernels that composite source images together require multiple inputs. The `arguments` dictionary allows the caller to pass in additional parameter values (such as the radius of a blur) and the `output` contains the destination for your image processing code to write to.

The following code shows how you can subclass CIImageProcessorKernel to apply the Metal Performance Shader MPSImageThresholdBinary kernel to a CIImage:

To apply to kernel to an image, the calling side invokes the image processor’s [CIImageProcessorKernel.ApplyWithExtentInputsArgumentsError] method. The following code generates a new CIImage object named `result` which contains a thresholded version of the source image, `inputImage`.

Subclassing Notes

The CIImageProcessorKernel class is abstract; to create a custom image processor, you define a subclass of this class.

You do not directly create instances of a custom CIImageProcessorKernel subclass. Image processors must not carry or use state specific to any single invocation of the processor, so all methods (and accessors for readonly properties) of an image processor kernel class are class methods.

Your subclass should override at least the [CIImageProcessorKernel.ProcessWithInputsArgumentsOutputError] method to perform its image processing.

If your image processor needs to work with a larger or smaller region of interest in the input image than each corresponding region of the output image (for example, a blur filter, which samples several input pixels for each output pixel), you should also override the [CIImageProcessorKernel.RoiForInputArgumentsOutputRect] method.

You can also override the [CIImageProcessorKernel.FormatForInputAtIndex] method and [CIImageProcessorKernel.OutputFormat] property getter to customize the input and output pixel formats for your processor (for example, as part of a multi-step workflow where you extract a single channel from an RGBA image, apply an effect to that channel only, then recombine the channels).

Using a Custom Image Processor

To apply your custom image processor class to filter one or more images, call the [CIImageProcessorKernel.ApplyWithExtentInputsArgumentsError] class method. (Do not override this method.)

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel

func CIImageProcessorKernelFromID 

func CIImageProcessorKernelFromID(id objc.ID) CIImageProcessorKernel

CIImageProcessorKernelFromID constructs a CIImageProcessorKernel from an objc.ID.

The abstract class you extend to create custom image processors that can integrate with Core Image workflows.

func NewCIImageProcessorKernel 

func NewCIImageProcessorKernel() CIImageProcessorKernel

NewCIImageProcessorKernel creates a new CIImageProcessorKernel instance.

func (CIImageProcessorKernel) Autorelease 

func (i CIImageProcessorKernel) Autorelease() CIImageProcessorKernel

Autorelease adds the receiver to the current autorelease pool.

func (CIImageProcessorKernel) Init 

func (i CIImageProcessorKernel) Init() CIImageProcessorKernel

Init initializes the instance.

type CIImageProcessorKernelClass 

type CIImageProcessorKernelClass struct {
	// contains filtered or unexported fields
}

func GetCIImageProcessorKernelClass 

func GetCIImageProcessorKernelClass() CIImageProcessorKernelClass

GetCIImageProcessorKernelClass returns the class object for CIImageProcessorKernel.

func (CIImageProcessorKernelClass) Alloc 

func (cc CIImageProcessorKernelClass) Alloc() CIImageProcessorKernel

Alloc allocates memory for a new instance of the class.

func (CIImageProcessorKernelClass) ApplyWithExtentInputsArgumentsError 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) ApplyWithExtentInputsArgumentsError(extent corefoundation.CGRect, inputs []CIImage, arguments foundation.INSDictionary) (CIImage, error)

Call this method on your Core Image Processor Kernel subclass to create a new image of the specified extent.

extent: The bounding [CGRect] of pixels that the CIImageProcessorKernel can produce. This method will return `/CIImage/emptyImage` if extent is empty.

inputs: An array of CIImage objects to use as input.

arguments: This dictionary contains any additional parameters that the processor needs to produce its output. The argument objects can be of any type but in order for CoreImage to cache intermediates, they must be of the following immutable types: [NSArray], [NSDictionary], [NSNumber], [NSValue], [NSData], [NSString], [NSNull], CIVector, CIColor, [CGImage], [CGColorSpace], or [MLModel].

Return Value

An autoreleased CIImage

Discussion

The inputs and arguments will be retained so that your subclass can be called when the image is drawn.

This method will return `nil` and an error if:

- calling [OutputFormat] on your subclass returns an unsupported format. - calling [FormatForInputAtIndex] on your subclass returns an unsupported format. - your subclass does not implement [ProcessWithInputsArgumentsOutputError]

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/apply(withExtent:inputs:arguments:)

func (CIImageProcessorKernelClass) ApplyWithExtentsInputsArgumentsError 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) ApplyWithExtentsInputsArgumentsError(extents []CIVector, inputs []CIImage, arguments foundation.INSDictionary) ([]CIImage, error)

Call this method on your multiple-output Core Image Processor Kernel subclass to create an array of new image objects given the specified array of extents.

extents: The array of bounding rectangles that the CIImageProcessorKernel can produce. Each rectangle in the array is an object created using `/CIVector/` This method will return `CIImage.EmptyImage()` if a rectangle in the array is empty.

inputs: An array of CIImage objects to use as input.

arguments: This dictionary contains any additional parameters that the processor needs to produce its output. The argument objects can be of any type but in order for CoreImage to cache intermediates, they must be of the following immutable types: [NSArray], [NSDictionary], [NSNumber], [NSValue], [NSData], [NSString], [NSNull], CIVector, CIColor, [CGImage], [CGColorSpace], or [MLModel].

Return Value

An autoreleased CIImage

Discussion

The inputs and arguments will be retained so that your subclass can be called when the image is drawn.

This method will return `nil` and an error if:

- calling [OutputFormatAtIndexArguments] on your subclass returns an unsupported format. - calling [FormatForInputAtIndex] on your subclass returns an unsupported format. - your subclass does not implement [ProcessWithInputsArgumentsOutputError]

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/apply(withExtents:inputs:arguments:)

func (CIImageProcessorKernelClass) FormatForInputAtIndex 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) FormatForInputAtIndex(inputIndex int) CIFormat

Override this class method if you want your any of the inputs to be in a specific pixel format.

Discussion

The format must be one of `kCIFormatBGRA8`, `kCIFormatRGBAh`, `kCIFormatRGBAf` or `kCIFormatR8`. On iOS 12 and macOS 10.14, the formats `kCIFormatRh` and `kCIFormatRf` are also supported.

If the requested inputFormat is `0`, then the input will be a supported format that best matches the rendering context’s `/CIContext/workingFormat`.

If a processor wants data in a colorspace other than the context’s working color space, then call `/CIImage/` on the processor input. If a processor wants it input as alpha-unpremultiplied RGBA data, then call `/CIImage/imageByUnpremultiplyingAlpha` on the processor input.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/formatForInput(at:)

func (CIImageProcessorKernelClass) OutputFormat 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) OutputFormat() CIFormat

Override this class property if you want your processor’s output to be in a specific pixel format.

Discussion

The format must be one of `kCIFormatBGRA8`, `kCIFormatRGBAh`, `kCIFormatRGBAf` or `kCIFormatR8`. On iOS 12 and macOS 10.14, the formats `kCIFormatRh` and `kCIFormatRf` are also supported.

If the outputFormat is `0`, then the output will be a supported format that best matches the rendering context’s `/CIContext/workingFormat`.

If a processor returns data in a color space other than the context working color space, then call `/CIImage/` on the processor output. If a processor returns data as alpha-unpremultiplied RGBA data, then call, `/CIImage/imageByPremultiplyingAlpha` on the processor output.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/outputFormat

func (CIImageProcessorKernelClass) OutputFormatAtIndexArguments 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) OutputFormatAtIndexArguments(outputIndex int, arguments foundation.INSDictionary) CIFormat

Override this class method if your processor has more than one output and you want your processor’s output to be in a specific supported [CIPixelFormat].

outputIndex: The index that tells you which processor output for which to return the desired [CIPixelFormat]

arguments: The arguments dictionary that was passed to [ApplyWithExtentInputsArgumentsError].

Return Value

Return the desired [CIPixelFormat]

Discussion

The format must be one of `kCIFormatBGRA8`, `kCIFormatRGBAh`, `kCIFormatRGBAf` or `kCIFormatR8`. On iOS 12 and macOS 10.14, the formats `kCIFormatRh` and `kCIFormatRf` are also supported.

If the outputFormat is `0`, then the output will be a supported format that best matches the rendering context’s `/CIContext/workingFormat`.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/outputFormat(at:arguments:)

func (CIImageProcessorKernelClass) OutputIsOpaque 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) OutputIsOpaque() bool

Override this class property if your processor’s output stores 1.0 into the alpha channel of all pixels within the output extent.

Discussion

If not overridden, false is returned.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/outputIsOpaque

func (CIImageProcessorKernelClass) ProcessWithInputsArgumentsOutputError 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) ProcessWithInputsArgumentsOutputError(inputs []objectivec.IObject, arguments foundation.INSDictionary, output CIImageProcessorOutput) (bool, error)

Override this class method to implement your Core Image Processor Kernel subclass.

inputs: An array of `id` that the class consumes to produce its output. The `input.Region()` may be larger than the rect returned by [RoiForInputArgumentsOutputRect].

arguments: The arguments dictionary that was passed to [ApplyWithExtentInputsArgumentsError].

output: The `id` that the CIImageProcessorKernel must provide results to.

Discussion

When a CIImage containing your CIImageProcessorKernel class is rendered, your class’ implementation of this method will be called as needed for that render. The method may be called more than once if Core Image needs to tile to limit memory usage.

When your implementation of this class method is called, use the provided `inputs` and `arguments` objects to return processed pixel data to Core Image via `output`.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/process(with:arguments:output:)

func (CIImageProcessorKernelClass) ProcessWithInputsArgumentsOutputsError 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) ProcessWithInputsArgumentsOutputsError(inputs []objectivec.IObject, arguments foundation.INSDictionary, outputs []objectivec.IObject) (bool, error)

Override this class method of your Core Image Processor Kernel subclass if it needs to produce multiple outputs.

inputs: An array of `id` that the class consumes to produce its output. The `input.Region()` may be larger than the rect returned by [RoiForInputArgumentsOutputRect].

arguments: The arguments dictionary that was passed to [ApplyWithExtentInputsArgumentsError].

outputs: An array `id` that the CIImageProcessorKernel must provide results to.

Discussion

This supports 0, 1, 2 or more input images and 2 or more output images.

When a CIImage containing your CIImageProcessorKernel class is rendered, your class’ implementation of this method will be called as needed for that render. The method may be called more than once if Core Image needs to tile to limit memory usage.

When your implementation of this class method is called, use the provided `inputs` and `arguments` objects to return processed pixel data to Core Image via multiple `outputs`.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/process(with:arguments:outputs:)

func (CIImageProcessorKernelClass) RoiForInputArgumentsOutputRect 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) RoiForInputArgumentsOutputRect(inputIndex int, arguments foundation.INSDictionary, outputRect corefoundation.CGRect) corefoundation.CGRect

Override this class method to implement your processor’s ROI callback.

inputIndex: The index that tells you which processor input for which to return the ROI rectangle.

arguments: The arguments dictionary that was passed to [ApplyWithExtentInputsArgumentsError].

outputRect: The output [CGRect] that processor will be asked to output.

Return Value

The [CGRect] of the `inputIndex`th input that is required for the above `outputRect`

Discussion

This will be called one or more times per render to determine what portion of the input images are needed to render a given ‘outputRect’ of the output. This will not be called if processor has no input images.

The default implementation would return outputRect.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/roi(forInput:arguments:outputRect:)

func (CIImageProcessorKernelClass) RoiTileArrayForInputArgumentsOutputRect 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) RoiTileArrayForInputArgumentsOutputRect(inputIndex int, arguments foundation.INSDictionary, outputRect corefoundation.CGRect) []CIVector

Override this class method to implement your processor’s tiled ROI callback.

inputIndex: The index that tells you which processor input for which to return the array of ROI rectangles

arguments: The arguments dictionary that was passed to [ApplyWithExtentInputsArgumentsError].

outputRect: The output [CGRect] that processor will be asked to output.

Return Value

An array of CIVector that specify tile regions of the `inputIndex`’th input that is required for the above `outputRect` Each region tile in the array is a created by calling `/CIVector//` The tiles may overlap but should fully cover the area of ‘input’ that is needed. If a processor has multiple inputs, then each input should return the same number of region tiles.

Discussion

This will be called one or more times per render to determine what tiles of the input images are needed to render a given `outputRect` of the output.

If the processor implements this method, then when rendered;

- as CoreImage prepares for a render, this method will be called for each input to return an ROI tile array. - as CoreImage performs the render, the method [ProcessWithInputsArgumentsOutputError] will be called once for each tile.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/roiTileArray(forInput:arguments:outputRect:)

func (CIImageProcessorKernelClass) SynchronizeInputs 

func (_CIImageProcessorKernelClass CIImageProcessorKernelClass) SynchronizeInputs() bool

Override this class property to return false if you want your processor to be given input objects that have not been synchronized for CPU access.

Discussion

Generally, if your subclass uses the GPU your should override this method to return false. If not overridden, true is returned.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel/synchronizeInputs

type CIImageProcessorOutput 

type CIImageProcessorOutput interface {
	objectivec.IObject

	// The base address of CPU memory that your Core Image Processor Kernel can write pixels to.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/baseAddress
	BaseAddress() unsafe.Pointer

	// A Metal texture object that can be bound for output using Metal.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/metalTexture
	MetalTexture() metal.MTLTexture

	// An output pixelBuffer object that your Core Image Processor Kernel can write to.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/pixelBuffer
	PixelBuffer() corevideo.CVImageBufferRef

	// An output surface object that your Core Image Processor Kernel can write to.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/surface
	Surface() iosurface.IOSurfaceRef

	// The rectangular region of the output image that your Core Image Processor Kernel must provide.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/region
	Region() corefoundation.CGRect

	// Returns a Metal command buffer object that can be used for encoding commands.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/metalCommandBuffer
	MetalCommandBuffer() metal.MTLCommandBuffer

	// The bytes per row of the CPU memory that your Core Image Processor Kernel can write pixels to.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/bytesPerRow
	BytesPerRow() uintptr

	// The pixel format of the CPU memory that your Core Image Processor Kernel can write pixels to.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/format
	Format() CIFormat

	// A 64-bit digest that uniquely describes the contents of the output of a processor.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/digest
	Digest() uint64
}

A container for writing image data and information produced by a custom image processor.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput

type CIImageProcessorOutputObject 

type CIImageProcessorOutputObject struct {
	objectivec.Object
}

CIImageProcessorOutputObject wraps an existing Objective-C object that conforms to the CIImageProcessorOutput protocol.

func CIImageProcessorOutputObjectFromID 

func CIImageProcessorOutputObjectFromID(id objc.ID) CIImageProcessorOutputObject

CIImageProcessorOutputObjectFromID constructs a CIImageProcessorOutputObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIImageProcessorOutputObject) BaseAddress 

func (o CIImageProcessorOutputObject) BaseAddress() unsafe.Pointer

The base address of CPU memory that your Core Image Processor Kernel can write pixels to.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/baseAddress

func (CIImageProcessorOutputObject) BaseObject 

func (o CIImageProcessorOutputObject) BaseObject() objectivec.Object

func (CIImageProcessorOutputObject) BytesPerRow 

func (o CIImageProcessorOutputObject) BytesPerRow() uintptr

The bytes per row of the CPU memory that your Core Image Processor Kernel can write pixels to.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/bytesPerRow

func (CIImageProcessorOutputObject) Digest 

func (o CIImageProcessorOutputObject) Digest() uint64

A 64-bit digest that uniquely describes the contents of the output of a processor.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/digest

func (CIImageProcessorOutputObject) Format 

func (o CIImageProcessorOutputObject) Format() CIFormat

The pixel format of the CPU memory that your Core Image Processor Kernel can write pixels to.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/format

func (CIImageProcessorOutputObject) MetalCommandBuffer 

func (o CIImageProcessorOutputObject) MetalCommandBuffer() metal.MTLCommandBuffer

Returns a Metal command buffer object that can be used for encoding commands.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/metalCommandBuffer

func (CIImageProcessorOutputObject) MetalTexture 

func (o CIImageProcessorOutputObject) MetalTexture() metal.MTLTexture

A Metal texture object that can be bound for output using Metal.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/metalTexture

func (CIImageProcessorOutputObject) PixelBuffer 

func (o CIImageProcessorOutputObject) PixelBuffer() corevideo.CVImageBufferRef

An output pixelBuffer object that your Core Image Processor Kernel can write to.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/pixelBuffer

func (CIImageProcessorOutputObject) Region 

func (o CIImageProcessorOutputObject) Region() corefoundation.CGRect

The rectangular region of the output image that your Core Image Processor Kernel must provide.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/region

func (CIImageProcessorOutputObject) Surface 

func (o CIImageProcessorOutputObject) Surface() iosurface.IOSurfaceRef

An output surface object that your Core Image Processor Kernel can write to.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorOutput/surface

type CIImageRepresentationOption 

type CIImageRepresentationOption = string

See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption 

var (
	// KCIImageRepresentationAVDepthData is the depth data representation of an image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/avDepthData
	KCIImageRepresentationAVDepthData CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/avPortraitEffectsMatte
	KCIImageRepresentationAVPortraitEffectsMatte CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/avSemanticSegmentationMattes
	KCIImageRepresentationAVSemanticSegmentationMattes CIImageRepresentationOption
	// KCIImageRepresentationDepthImage is `options` dictionary key for image export methods to output depth data.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/depthImage
	KCIImageRepresentationDepthImage CIImageRepresentationOption
	// KCIImageRepresentationDisparityImage is `options` dictionary key for image export methods to output disparity data.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/disparityImage
	KCIImageRepresentationDisparityImage CIImageRepresentationOption
	// KCIImageRepresentationHDRGainMapAsRGB is an optional key and value to request the gain map channel to be color instead of monochrome.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/hdrGainMapAsRGB
	KCIImageRepresentationHDRGainMapAsRGB CIImageRepresentationOption
	// KCIImageRepresentationHDRGainMapImage is an optional key and value to save a gain map channel to a JPEG or HEIF.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/hdrGainMapImage
	KCIImageRepresentationHDRGainMapImage CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/hdrImage
	KCIImageRepresentationHDRImage CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/portraitEffectsMatteImage
	KCIImageRepresentationPortraitEffectsMatteImage CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/semanticSegmentationGlassesMatteImage
	KCIImageRepresentationSemanticSegmentationGlassesMatteImage CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/semanticSegmentationHairMatteImage
	KCIImageRepresentationSemanticSegmentationHairMatteImage CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/semanticSegmentationSkinMatteImage
	KCIImageRepresentationSemanticSegmentationSkinMatteImage CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/semanticSegmentationSkyMatteImage
	KCIImageRepresentationSemanticSegmentationSkyMatteImage CIImageRepresentationOption
	// See: https://developer.apple.com/documentation/CoreImage/CIImageRepresentationOption/semanticSegmentationTeethMatteImage
	KCIImageRepresentationSemanticSegmentationTeethMatteImage CIImageRepresentationOption
)

type CIKMeans 

type CIKMeans interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol

	// Count protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/count
	Count() int

	// InputMeans protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/inputMeans
	InputMeans() ICIImage

	// Passes protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/passes
	Passes() float32

	// Perceptual protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/perceptual
	Perceptual() bool

	// count protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/count
	SetCount(value int)

	// inputMeans protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/inputMeans
	SetInputMeans(value ICIImage)

	// passes protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/passes
	SetPasses(value float32)

	// perceptual protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKMeans/perceptual
	SetPerceptual(value bool)
}

CIKMeans protocol.

See: https://developer.apple.com/documentation/CoreImage/CIKMeans

type CIKMeansObject 

type CIKMeansObject struct {
	objectivec.Object
}

CIKMeansObject wraps an existing Objective-C object that conforms to the CIKMeans protocol.

func CIKMeansObjectFromID 

func CIKMeansObjectFromID(id objc.ID) CIKMeansObject

CIKMeansObjectFromID constructs a CIKMeansObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIKMeansObject) BaseObject 

func (o CIKMeansObject) BaseObject() objectivec.Object

func (CIKMeansObject) Count 

func (o CIKMeansObject) Count() int

See: https://developer.apple.com/documentation/CoreImage/CIKMeans/count

func (CIKMeansObject) Extent 

func (o CIKMeansObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIKMeansObject) InputImage 

func (o CIKMeansObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIKMeansObject) InputMeans 

func (o CIKMeansObject) InputMeans() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIKMeans/inputMeans

func (CIKMeansObject) OutputImage 

func (o CIKMeansObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIKMeansObject) Passes 

func (o CIKMeansObject) Passes() float32

See: https://developer.apple.com/documentation/CoreImage/CIKMeans/passes

func (CIKMeansObject) Perceptual 

func (o CIKMeansObject) Perceptual() bool

See: https://developer.apple.com/documentation/CoreImage/CIKMeans/perceptual

func (CIKMeansObject) SetCount 

func (o CIKMeansObject) SetCount(value int)

func (CIKMeansObject) SetExtent 

func (o CIKMeansObject) SetExtent(value corefoundation.CGRect)

func (CIKMeansObject) SetInputImage 

func (o CIKMeansObject) SetInputImage(value ICIImage)

func (CIKMeansObject) SetInputMeans 

func (o CIKMeansObject) SetInputMeans(value ICIImage)

func (CIKMeansObject) SetPasses 

func (o CIKMeansObject) SetPasses(value float32)

func (CIKMeansObject) SetPerceptual 

func (o CIKMeansObject) SetPerceptual(value bool)

type CIKaleidoscope 

type CIKaleidoscope interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle of the reflection.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/center
	Center() corefoundation.CGPoint

	// The number of reflections in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/count
	Count() int

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/inputImage
	InputImage() ICIImage

	// The angle of the reflection.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/center
	SetCenter(value corefoundation.CGPoint)

	// The number of reflections in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/count
	SetCount(value int)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a kaleidoscope filter.

See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope

type CIKaleidoscopeObject 

type CIKaleidoscopeObject struct {
	objectivec.Object
}

CIKaleidoscopeObject wraps an existing Objective-C object that conforms to the CIKaleidoscope protocol.

func CIKaleidoscopeObjectFromID 

func CIKaleidoscopeObjectFromID(id objc.ID) CIKaleidoscopeObject

CIKaleidoscopeObjectFromID constructs a CIKaleidoscopeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIKaleidoscopeObject) Angle 

func (o CIKaleidoscopeObject) Angle() float32

The angle of the reflection.

See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/angle

func (CIKaleidoscopeObject) BaseObject 

func (o CIKaleidoscopeObject) BaseObject() objectivec.Object

func (CIKaleidoscopeObject) Center 

func (o CIKaleidoscopeObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/center

func (CIKaleidoscopeObject) Count 

func (o CIKaleidoscopeObject) Count() int

The number of reflections in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/count

func (CIKaleidoscopeObject) InputImage 

func (o CIKaleidoscopeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIKaleidoscope/inputImage

func (CIKaleidoscopeObject) OutputImage 

func (o CIKaleidoscopeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIKaleidoscopeObject) SetAngle 

func (o CIKaleidoscopeObject) SetAngle(value float32)

func (CIKaleidoscopeObject) SetCenter 

func (o CIKaleidoscopeObject) SetCenter(value corefoundation.CGPoint)

func (CIKaleidoscopeObject) SetCount 

func (o CIKaleidoscopeObject) SetCount(value int)

func (CIKaleidoscopeObject) SetInputImage 

func (o CIKaleidoscopeObject) SetInputImage(value ICIImage)

type CIKernel 

type CIKernel struct {
	objectivec.Object
}

A GPU-based image-processing routine used to create custom Core Image filters.

Overview

The kernel language routine for a general-purpose filter kernel has the following characteristics:

- Its return type is `vec4` (Core Image Kernel Language) or `float4` (Metal Shading Language); that is, it returns a pixel color for the output image. - It may use zero or more input images. Each input image is represented by a parameter of type `sampler`.

A kernel routine typically produces its output by calculating source image coordinates (using the `destCoord` and `samplerTransform` functions or the `samplerTransform` function), samples from the source images (using the `sample` function), and computes a final pixel color (output using the `return` keyword). For example, the Metal Shading Language source below implements a filter that passes through its input image unchanged.

The equivalent code in Core Image Kernel Language is:

The Core Image Kernel Language is a dialect of the OpenGL Shading Language. See Core Image Kernel Language Reference and Core Image Programming Guide for more details.

Getting a Kernel Name

Identifying the Region of Interest for the Kernel

  • CIKernel.SetROISelector: Sets the selector Core Image uses to query the region of interest for image processing with the kernel.

Applying a Kernel to Filter an Image

See: https://developer.apple.com/documentation/CoreImage/CIKernel

func CIKernelFromID 

func CIKernelFromID(id objc.ID) CIKernel

CIKernelFromID constructs a CIKernel from an objc.ID.

A GPU-based image-processing routine used to create custom Core Image filters.

func NewCIKernel 

func NewCIKernel() CIKernel

NewCIKernel creates a new CIKernel instance.

func NewKernelWithFunctionNameFromMetalLibraryDataError 

func NewKernelWithFunctionNameFromMetalLibraryDataError(name string, data foundation.INSData) (CIKernel, error)

Creates a single kernel object using a Metal Shading Language (MSL) kernel function.

Discussion

- name: The name of the function in the Metal shading language. - data: A metallib file compiled with the Core Image Standard Library.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

Specifying Compiler and Linker Options

To use MSL as the shader language for a CIKernel, you must specify some options in Xcode under the tab of your project’s target. The first option you need to specify is an `-fcikernel` flag in the Other Metal Compiler Flags option. The second is to add a user-defined setting with a key called `MTLLINKER_FLAGS` with a value of `-`

[media-2929842]

Creating a General Kernel in Swift

The following code shows how you can create a general kernel based on a Metal function named `myKernel`.

The first step is to create a [Data] object that represents the default Metal library. If you have built this in Xcode, it will be called `default.Metallib()` and can be loaded using the Bundle type’s `url` method.

Using the representation of the Metal library and the function name `myKernel`, you initialize a CIKernel.

The code to create general, color, warp and blend filters is identical.

Metal Shading Language Extensions

Core Image provides a set of language extensions to MSL in `CIKernelMetalLib.H()`. These extensions include three new data types for working with images: `sampler` (for accessing the input image), `sample_t` (represents a single color sample from the input image), and `destination` (for accessing the output image). The extensions also include convenience functions such as color conversion and premultiply / unpremultiply.

Whereas in CIKL, you typically called global functions when working with, for example, coordinates and samples, these functions are implemented as member functions on the new types.

The following table shows a summary of CIKL global functions and their equivalent MSL functions.

[Table data omitted]

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:)

func NewKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError 

func NewKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError(name string, data foundation.INSData, format int) (CIKernel, error)

Creates a single kernel object using a Metal Shading Language kernel function with optional pixel format.

name: The name of the function in the Metal shading language.

data: A metallib file compiled with the Core Image Standard Library.

format: The pixel format of the output kernel.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:outputPixelFormat:)

func (CIKernel) ApplyWithExtentRoiCallbackArguments 

func (k CIKernel) ApplyWithExtentRoiCallbackArguments(extent corefoundation.CGRect, callback CIKernelROICallback, args []objectivec.IObject) ICIImage

Creates a new image using the kernel and specified arguments.

extent: The extent of the output image.

callback: A block or closure that computes the region of interest for a given rectangle of destination image pixels. See CIKernelROICallback.

args: An array of arguments to pass to the kernel routine. The type of each object in the array must be compatible with the corresponding parameter declared in the kernel routine source code. For details, see [Core Image Kernel Language Reference]. // [Core Image Kernel Language Reference]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Reference/CIKernelLangRef/Introduction/Introduction.html#//apple_ref/doc/uid/TP40004397

Return Value

A new image object describing the result of applying the kernel.

Discussion

This method is analogous to the CIFilter method [ApplyArgumentsOptions], but it does not require construction of a CIFilter object, and it allows you to specify a callback for determining the kernel’s region of interest as a block or closure. As with the similar CIFilter method, calling this method does not execute the kernel code—filters and their kernel code are evaluated only when rendering a final output image.

When applying a filter kernel, the region of interest (ROI) is the area of source image pixels that must be processed to produce a given area of destination image pixels. For a more detailed definition, see The Region of Interest. Core Image calls your `callback` block or closure to determine the ROI when rendering the filter output. Core Image automatically splits large images into smaller tiles for rendering, so your callback may be called multiple times.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/apply(extent:roiCallback:arguments:)

func (CIKernel) Autorelease 

func (k CIKernel) Autorelease() CIKernel

Autorelease adds the receiver to the current autorelease pool.

func (CIKernel) Init 

func (k CIKernel) Init() CIKernel

Init initializes the instance.

func (CIKernel) Name 

func (k CIKernel) Name() string

The name of the kernel routine.

Discussion

The name of a kernel routine is the identifier used to declare it in the Core Image Kernel Language source code. For example, if you use the init(source:) method to create a kernel from the source code below, the name of the returned CIKernel object is “moveUpTwoPixels”.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/name

func (CIKernel) SetROISelector 

func (k CIKernel) SetROISelector(method objc.SEL)

Sets the selector Core Image uses to query the region of interest for image processing with the kernel.

method: A selector name.

Discussion

When applying a filter kernel, the region of interest (ROI) is the area of source image pixels that must be processed to produce a given area of destination image pixels. For a more detailed definition, see The Region of Interest.

The `aMethod` argument must use the signature that is defined for the “ method, which is as follows:

`- (CGRect) (int)samplerIndex (CGRect)r obj;`

where:

- `samplerIndex` defines the sampler to query - `destRect` is the extent of the region, in working space coordinates, to render. - `userInfo` is the object associated with the `kCIApplyOptionUserInfo` option when the kernel is applied to its arguments (with the [ApplyArgumentsOptions] method of a CIFilter object using the kernel). The `userInfo` is important because instance variables can’t be used by the defining class. Instance variables must be passed through the `userInfo` argument.

The “ method of the CIFilter object is called by the framework. This method returns the rectangle that contains the region of the sampler that the kernel needs to render the specified destination rectangle.

A sample “ method might look as follows:

If your kernel does not need the image at `index` to produce output in the rectangle `rect`, your method should return CGRectNull.

In the filter code, you set the selector using the following:

`[kernel @selector()`]

Alternatively, use the [ApplyWithExtentRoiCallbackArguments] method to directly apply a kernel to create an output image, specifying the ROI callback as a block or closure.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/setROISelector(_:)

type CIKernelClass 

type CIKernelClass struct {
	// contains filtered or unexported fields
}

func GetCIKernelClass 

func GetCIKernelClass() CIKernelClass

GetCIKernelClass returns the class object for CIKernel.

func (CIKernelClass) Alloc 

func (cc CIKernelClass) Alloc() CIKernel

Alloc allocates memory for a new instance of the class.

func (CIKernelClass) KernelNamesFromMetalLibraryData 

func (_CIKernelClass CIKernelClass) KernelNamesFromMetalLibraryData(data foundation.INSData) []string

Return an array of strings containing the names of all of the kernels contained in the Metal library.

data: Contents of the Metal library.

Return Value

An Array of strings containing the names of the kernels.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/kernelNames(fromMetalLibraryData:)

func (CIKernelClass) KernelsWithMetalStringError 

func (_CIKernelClass CIKernelClass) KernelsWithMetalStringError(source string) ([]CIKernel, error)

Load kernels from a Metal language string.

source: A string containing the progam in Metal language.

Return Value

An array of CIKernel objects.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/kernels(withMetalString:)

type CIKernelROICallback 

type CIKernelROICallback = func(int, corefoundation.CGRect) corefoundation.CGRect

CIKernelROICallback is the signature for a block that computes the region of interest (ROI) for a given area of destination image pixels. Core Image calls this block when applying the kernel. You specify this block when using the [apply(extent:roiCallback:arguments:)] method.

See: https://developer.apple.com/documentation/CoreImage/CIKernelROICallback

type CIKeystoneCorrectionCombined 

type CIKeystoneCorrectionCombined interface {
	objectivec.IObject
	CIFilterProtocol
	CIFourCoordinateGeometryFilter

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionCombined/focalLength
	FocalLength() float32

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionCombined/focalLength
	SetFocalLength(value float32)
}

The properties you use to configure a keystone correction combined filter.

See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionCombined

type CIKeystoneCorrectionCombinedObject 

type CIKeystoneCorrectionCombinedObject struct {
	objectivec.Object
}

CIKeystoneCorrectionCombinedObject wraps an existing Objective-C object that conforms to the CIKeystoneCorrectionCombined protocol.

func CIKeystoneCorrectionCombinedObjectFromID 

func CIKeystoneCorrectionCombinedObjectFromID(id objc.ID) CIKeystoneCorrectionCombinedObject

CIKeystoneCorrectionCombinedObjectFromID constructs a CIKeystoneCorrectionCombinedObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIKeystoneCorrectionCombinedObject) BaseObject 

func (o CIKeystoneCorrectionCombinedObject) BaseObject() objectivec.Object

func (CIKeystoneCorrectionCombinedObject) BottomLeft 

func (o CIKeystoneCorrectionCombinedObject) BottomLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft

func (CIKeystoneCorrectionCombinedObject) BottomRight 

func (o CIKeystoneCorrectionCombinedObject) BottomRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight

func (CIKeystoneCorrectionCombinedObject) FocalLength 

func (o CIKeystoneCorrectionCombinedObject) FocalLength() float32

The 35mm equivalent focal length of the input image.

See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionCombined/focalLength

func (CIKeystoneCorrectionCombinedObject) InputImage 

func (o CIKeystoneCorrectionCombinedObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage

func (CIKeystoneCorrectionCombinedObject) OutputImage 

func (o CIKeystoneCorrectionCombinedObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIKeystoneCorrectionCombinedObject) SetBottomLeft 

func (o CIKeystoneCorrectionCombinedObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIKeystoneCorrectionCombinedObject) SetBottomRight 

func (o CIKeystoneCorrectionCombinedObject) SetBottomRight(value corefoundation.CGPoint)

func (CIKeystoneCorrectionCombinedObject) SetFocalLength 

func (o CIKeystoneCorrectionCombinedObject) SetFocalLength(value float32)

func (CIKeystoneCorrectionCombinedObject) SetInputImage 

func (o CIKeystoneCorrectionCombinedObject) SetInputImage(value ICIImage)

func (CIKeystoneCorrectionCombinedObject) SetTopLeft 

func (o CIKeystoneCorrectionCombinedObject) SetTopLeft(value corefoundation.CGPoint)

func (CIKeystoneCorrectionCombinedObject) SetTopRight 

func (o CIKeystoneCorrectionCombinedObject) SetTopRight(value corefoundation.CGPoint)

func (CIKeystoneCorrectionCombinedObject) TopLeft 

func (o CIKeystoneCorrectionCombinedObject) TopLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft

func (CIKeystoneCorrectionCombinedObject) TopRight 

func (o CIKeystoneCorrectionCombinedObject) TopRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight

type CIKeystoneCorrectionHorizontal 

type CIKeystoneCorrectionHorizontal interface {
	objectivec.IObject
	CIFilterProtocol
	CIFourCoordinateGeometryFilter

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionHorizontal/focalLength
	FocalLength() float32

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionHorizontal/focalLength
	SetFocalLength(value float32)
}

The properties you use to configure a keystone correction horizontal filter.

See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionHorizontal

type CIKeystoneCorrectionHorizontalObject 

type CIKeystoneCorrectionHorizontalObject struct {
	objectivec.Object
}

CIKeystoneCorrectionHorizontalObject wraps an existing Objective-C object that conforms to the CIKeystoneCorrectionHorizontal protocol.

func CIKeystoneCorrectionHorizontalObjectFromID 

func CIKeystoneCorrectionHorizontalObjectFromID(id objc.ID) CIKeystoneCorrectionHorizontalObject

CIKeystoneCorrectionHorizontalObjectFromID constructs a CIKeystoneCorrectionHorizontalObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIKeystoneCorrectionHorizontalObject) BaseObject 

func (o CIKeystoneCorrectionHorizontalObject) BaseObject() objectivec.Object

func (CIKeystoneCorrectionHorizontalObject) BottomLeft 

func (o CIKeystoneCorrectionHorizontalObject) BottomLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft

func (CIKeystoneCorrectionHorizontalObject) BottomRight 

func (o CIKeystoneCorrectionHorizontalObject) BottomRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight

func (CIKeystoneCorrectionHorizontalObject) FocalLength 

func (o CIKeystoneCorrectionHorizontalObject) FocalLength() float32

The 35mm equivalent focal length of the input image.

See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionHorizontal/focalLength

func (CIKeystoneCorrectionHorizontalObject) InputImage 

func (o CIKeystoneCorrectionHorizontalObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage

func (CIKeystoneCorrectionHorizontalObject) OutputImage 

func (o CIKeystoneCorrectionHorizontalObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIKeystoneCorrectionHorizontalObject) SetBottomLeft 

func (o CIKeystoneCorrectionHorizontalObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIKeystoneCorrectionHorizontalObject) SetBottomRight 

func (o CIKeystoneCorrectionHorizontalObject) SetBottomRight(value corefoundation.CGPoint)

func (CIKeystoneCorrectionHorizontalObject) SetFocalLength 

func (o CIKeystoneCorrectionHorizontalObject) SetFocalLength(value float32)

func (CIKeystoneCorrectionHorizontalObject) SetInputImage 

func (o CIKeystoneCorrectionHorizontalObject) SetInputImage(value ICIImage)

func (CIKeystoneCorrectionHorizontalObject) SetTopLeft 

func (o CIKeystoneCorrectionHorizontalObject) SetTopLeft(value corefoundation.CGPoint)

func (CIKeystoneCorrectionHorizontalObject) SetTopRight 

func (o CIKeystoneCorrectionHorizontalObject) SetTopRight(value corefoundation.CGPoint)

func (CIKeystoneCorrectionHorizontalObject) TopLeft 

func (o CIKeystoneCorrectionHorizontalObject) TopLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft

func (CIKeystoneCorrectionHorizontalObject) TopRight 

func (o CIKeystoneCorrectionHorizontalObject) TopRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight

type CIKeystoneCorrectionVertical 

type CIKeystoneCorrectionVertical interface {
	objectivec.IObject
	CIFilterProtocol
	CIFourCoordinateGeometryFilter

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionVertical/focalLength
	FocalLength() float32

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionVertical/focalLength
	SetFocalLength(value float32)
}

The properties you use to configure a keystone correction vertical filter.

See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionVertical

type CIKeystoneCorrectionVerticalObject 

type CIKeystoneCorrectionVerticalObject struct {
	objectivec.Object
}

CIKeystoneCorrectionVerticalObject wraps an existing Objective-C object that conforms to the CIKeystoneCorrectionVertical protocol.

func CIKeystoneCorrectionVerticalObjectFromID 

func CIKeystoneCorrectionVerticalObjectFromID(id objc.ID) CIKeystoneCorrectionVerticalObject

CIKeystoneCorrectionVerticalObjectFromID constructs a CIKeystoneCorrectionVerticalObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIKeystoneCorrectionVerticalObject) BaseObject 

func (o CIKeystoneCorrectionVerticalObject) BaseObject() objectivec.Object

func (CIKeystoneCorrectionVerticalObject) BottomLeft 

func (o CIKeystoneCorrectionVerticalObject) BottomLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft

func (CIKeystoneCorrectionVerticalObject) BottomRight 

func (o CIKeystoneCorrectionVerticalObject) BottomRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight

func (CIKeystoneCorrectionVerticalObject) FocalLength 

func (o CIKeystoneCorrectionVerticalObject) FocalLength() float32

The 35mm equivalent focal length of the input image.

See: https://developer.apple.com/documentation/CoreImage/CIKeystoneCorrectionVertical/focalLength

func (CIKeystoneCorrectionVerticalObject) InputImage 

func (o CIKeystoneCorrectionVerticalObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage

func (CIKeystoneCorrectionVerticalObject) OutputImage 

func (o CIKeystoneCorrectionVerticalObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIKeystoneCorrectionVerticalObject) SetBottomLeft 

func (o CIKeystoneCorrectionVerticalObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIKeystoneCorrectionVerticalObject) SetBottomRight 

func (o CIKeystoneCorrectionVerticalObject) SetBottomRight(value corefoundation.CGPoint)

func (CIKeystoneCorrectionVerticalObject) SetFocalLength 

func (o CIKeystoneCorrectionVerticalObject) SetFocalLength(value float32)

func (CIKeystoneCorrectionVerticalObject) SetInputImage 

func (o CIKeystoneCorrectionVerticalObject) SetInputImage(value ICIImage)

func (CIKeystoneCorrectionVerticalObject) SetTopLeft 

func (o CIKeystoneCorrectionVerticalObject) SetTopLeft(value corefoundation.CGPoint)

func (CIKeystoneCorrectionVerticalObject) SetTopRight 

func (o CIKeystoneCorrectionVerticalObject) SetTopRight(value corefoundation.CGPoint)

func (CIKeystoneCorrectionVerticalObject) TopLeft 

func (o CIKeystoneCorrectionVerticalObject) TopLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft

func (CIKeystoneCorrectionVerticalObject) TopRight 

func (o CIKeystoneCorrectionVerticalObject) TopRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight

type CILabDeltaE 

type CILabDeltaE interface {
	objectivec.IObject
	CIFilterProtocol

	// The second input image for comparison.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILabDeltaE/image2
	Image2() ICIImage

	// The first input image for comparison.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILabDeltaE/inputImage
	InputImage() ICIImage

	// The second input image for comparison.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILabDeltaE/image2
	SetImage2(value ICIImage)

	// The first input image for comparison.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILabDeltaE/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a Lab Delta E filter.

See: https://developer.apple.com/documentation/CoreImage/CILabDeltaE

type CILabDeltaEObject 

type CILabDeltaEObject struct {
	objectivec.Object
}

CILabDeltaEObject wraps an existing Objective-C object that conforms to the CILabDeltaE protocol.

func CILabDeltaEObjectFromID 

func CILabDeltaEObjectFromID(id objc.ID) CILabDeltaEObject

CILabDeltaEObjectFromID constructs a CILabDeltaEObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILabDeltaEObject) BaseObject 

func (o CILabDeltaEObject) BaseObject() objectivec.Object

func (CILabDeltaEObject) Image2 

func (o CILabDeltaEObject) Image2() ICIImage

The second input image for comparison.

See: https://developer.apple.com/documentation/CoreImage/CILabDeltaE/image2

func (CILabDeltaEObject) InputImage 

func (o CILabDeltaEObject) InputImage() ICIImage

The first input image for comparison.

See: https://developer.apple.com/documentation/CoreImage/CILabDeltaE/inputImage

func (CILabDeltaEObject) OutputImage 

func (o CILabDeltaEObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILabDeltaEObject) SetImage2 

func (o CILabDeltaEObject) SetImage2(value ICIImage)

func (CILabDeltaEObject) SetInputImage 

func (o CILabDeltaEObject) SetInputImage(value ICIImage)

type CILanczosScaleTransform 

type CILanczosScaleTransform interface {
	objectivec.IObject
	CIFilterProtocol

	// The additional horizontal scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/aspectRatio
	AspectRatio() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/inputImage
	InputImage() ICIImage

	// The scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/scale
	Scale() float32

	// The additional horizontal scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/aspectRatio
	SetAspectRatio(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/inputImage
	SetInputImage(value ICIImage)

	// The scaling factor to use on the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/scale
	SetScale(value float32)
}

The properties you use to configure a Lanczos scale transform filter.

See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform

type CILanczosScaleTransformObject 

type CILanczosScaleTransformObject struct {
	objectivec.Object
}

CILanczosScaleTransformObject wraps an existing Objective-C object that conforms to the CILanczosScaleTransform protocol.

func CILanczosScaleTransformObjectFromID 

func CILanczosScaleTransformObjectFromID(id objc.ID) CILanczosScaleTransformObject

CILanczosScaleTransformObjectFromID constructs a CILanczosScaleTransformObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILanczosScaleTransformObject) AspectRatio 

func (o CILanczosScaleTransformObject) AspectRatio() float32

The additional horizontal scaling factor to use on the image.

See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/aspectRatio

func (CILanczosScaleTransformObject) BaseObject 

func (o CILanczosScaleTransformObject) BaseObject() objectivec.Object

func (CILanczosScaleTransformObject) InputImage 

func (o CILanczosScaleTransformObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/inputImage

func (CILanczosScaleTransformObject) OutputImage 

func (o CILanczosScaleTransformObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILanczosScaleTransformObject) Scale 

func (o CILanczosScaleTransformObject) Scale() float32

The scaling factor to use on the image.

See: https://developer.apple.com/documentation/CoreImage/CILanczosScaleTransform/scale

func (CILanczosScaleTransformObject) SetAspectRatio 

func (o CILanczosScaleTransformObject) SetAspectRatio(value float32)

func (CILanczosScaleTransformObject) SetInputImage 

func (o CILanczosScaleTransformObject) SetInputImage(value ICIImage)

func (CILanczosScaleTransformObject) SetScale 

func (o CILanczosScaleTransformObject) SetScale(value float32)

type CILenticularHaloGenerator 

type CILenticularHaloGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/center
	Center() corefoundation.CGPoint

	// The color of the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/color
	Color() ICIColor

	// The separation of colors in the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloOverlap
	HaloOverlap() float32

	// The radius of the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloRadius
	HaloRadius() float32

	// The width of the halo, from its inner radius to its outer radius.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloWidth
	HaloWidth() float32

	// The contrast of the halo colors.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/striationContrast
	StriationContrast() float32

	// The intensity of the halo colors.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/striationStrength
	StriationStrength() float32

	// The current time of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/time
	Time() float32

	// The x and y position to use as the center of the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/center
	SetCenter(value corefoundation.CGPoint)

	// The color of the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/color
	SetColor(value ICIColor)

	// The separation of colors in the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloOverlap
	SetHaloOverlap(value float32)

	// The radius of the halo.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloRadius
	SetHaloRadius(value float32)

	// The width of the halo, from its inner radius to its outer radius.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloWidth
	SetHaloWidth(value float32)

	// The contrast of the halo colors.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/striationContrast
	SetStriationContrast(value float32)

	// The intensity of the halo colors.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/striationStrength
	SetStriationStrength(value float32)

	// The current time of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/time
	SetTime(value float32)
}

The properties you use to configure a lenticular halo generator filter.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator

type CILenticularHaloGeneratorObject 

type CILenticularHaloGeneratorObject struct {
	objectivec.Object
}

CILenticularHaloGeneratorObject wraps an existing Objective-C object that conforms to the CILenticularHaloGenerator protocol.

func CILenticularHaloGeneratorObjectFromID 

func CILenticularHaloGeneratorObjectFromID(id objc.ID) CILenticularHaloGeneratorObject

CILenticularHaloGeneratorObjectFromID constructs a CILenticularHaloGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILenticularHaloGeneratorObject) BaseObject 

func (o CILenticularHaloGeneratorObject) BaseObject() objectivec.Object

func (CILenticularHaloGeneratorObject) Center 

func (o CILenticularHaloGeneratorObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the halo.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/center

func (CILenticularHaloGeneratorObject) Color 

func (o CILenticularHaloGeneratorObject) Color() ICIColor

The color of the halo.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/color

func (CILenticularHaloGeneratorObject) HaloOverlap 

func (o CILenticularHaloGeneratorObject) HaloOverlap() float32

The separation of colors in the halo.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloOverlap

func (CILenticularHaloGeneratorObject) HaloRadius 

func (o CILenticularHaloGeneratorObject) HaloRadius() float32

The radius of the halo.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloRadius

func (CILenticularHaloGeneratorObject) HaloWidth 

func (o CILenticularHaloGeneratorObject) HaloWidth() float32

The width of the halo, from its inner radius to its outer radius.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/haloWidth

func (CILenticularHaloGeneratorObject) OutputImage 

func (o CILenticularHaloGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILenticularHaloGeneratorObject) SetCenter 

func (o CILenticularHaloGeneratorObject) SetCenter(value corefoundation.CGPoint)

func (CILenticularHaloGeneratorObject) SetColor 

func (o CILenticularHaloGeneratorObject) SetColor(value ICIColor)

func (CILenticularHaloGeneratorObject) SetHaloOverlap 

func (o CILenticularHaloGeneratorObject) SetHaloOverlap(value float32)

func (CILenticularHaloGeneratorObject) SetHaloRadius 

func (o CILenticularHaloGeneratorObject) SetHaloRadius(value float32)

func (CILenticularHaloGeneratorObject) SetHaloWidth 

func (o CILenticularHaloGeneratorObject) SetHaloWidth(value float32)

func (CILenticularHaloGeneratorObject) SetStriationContrast 

func (o CILenticularHaloGeneratorObject) SetStriationContrast(value float32)

func (CILenticularHaloGeneratorObject) SetStriationStrength 

func (o CILenticularHaloGeneratorObject) SetStriationStrength(value float32)

func (CILenticularHaloGeneratorObject) SetTime 

func (o CILenticularHaloGeneratorObject) SetTime(value float32)

func (CILenticularHaloGeneratorObject) StriationContrast 

func (o CILenticularHaloGeneratorObject) StriationContrast() float32

The contrast of the halo colors.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/striationContrast

func (CILenticularHaloGeneratorObject) StriationStrength 

func (o CILenticularHaloGeneratorObject) StriationStrength() float32

The intensity of the halo colors.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/striationStrength

func (CILenticularHaloGeneratorObject) Time 

func (o CILenticularHaloGeneratorObject) Time() float32

The current time of the effect.

See: https://developer.apple.com/documentation/CoreImage/CILenticularHaloGenerator/time

type CILightTunnel 

type CILightTunnel interface {
	objectivec.IObject
	CIFilterProtocol

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/radius
	Radius() float32

	// Rotation protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/rotation
	Rotation() float32

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/radius
	SetRadius(value float32)

	// rotation protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/rotation
	SetRotation(value float32)
}

CILightTunnel protocol.

See: https://developer.apple.com/documentation/CoreImage/CILightTunnel

type CILightTunnelObject 

type CILightTunnelObject struct {
	objectivec.Object
}

CILightTunnelObject wraps an existing Objective-C object that conforms to the CILightTunnel protocol.

func CILightTunnelObjectFromID 

func CILightTunnelObjectFromID(id objc.ID) CILightTunnelObject

CILightTunnelObjectFromID constructs a CILightTunnelObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILightTunnelObject) BaseObject 

func (o CILightTunnelObject) BaseObject() objectivec.Object

func (CILightTunnelObject) Center 

func (o CILightTunnelObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/center

func (CILightTunnelObject) InputImage 

func (o CILightTunnelObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/inputImage

func (CILightTunnelObject) OutputImage 

func (o CILightTunnelObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILightTunnelObject) Radius 

func (o CILightTunnelObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/radius

func (CILightTunnelObject) Rotation 

func (o CILightTunnelObject) Rotation() float32

See: https://developer.apple.com/documentation/CoreImage/CILightTunnel/rotation

func (CILightTunnelObject) SetCenter 

func (o CILightTunnelObject) SetCenter(value corefoundation.CGPoint)

func (CILightTunnelObject) SetInputImage 

func (o CILightTunnelObject) SetInputImage(value ICIImage)

func (CILightTunnelObject) SetRadius 

func (o CILightTunnelObject) SetRadius(value float32)

func (CILightTunnelObject) SetRotation 

func (o CILightTunnelObject) SetRotation(value float32)

type CILineOverlay 

type CILineOverlay interface {
	objectivec.IObject
	CIFilterProtocol

	// The noise level of the image, used with camera data, that’s removed before tracing the edges of the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/nrNoiseLevel
	NRNoiseLevel() float32

	// The amount of sharpening done when removing noise in the image before tracing the edges of the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/nrSharpness
	NRSharpness() float32

	// The amount of antialiasing to use on the edges produced by this filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/contrast
	Contrast() float32

	// The accentuation factor of the Sobel gradient information when tracing the edges of the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/edgeIntensity
	EdgeIntensity() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/inputImage
	InputImage() ICIImage

	// A value that determines edge visibility.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/threshold
	Threshold() float32

	// The noise level of the image, used with camera data, that’s removed before tracing the edges of the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/nrNoiseLevel
	SetNRNoiseLevel(value float32)

	// The amount of sharpening done when removing noise in the image before tracing the edges of the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/nrSharpness
	SetNRSharpness(value float32)

	// The amount of antialiasing to use on the edges produced by this filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/contrast
	SetContrast(value float32)

	// The accentuation factor of the Sobel gradient information when tracing the edges of the image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/edgeIntensity
	SetEdgeIntensity(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/inputImage
	SetInputImage(value ICIImage)

	// A value that determines edge visibility.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/threshold
	SetThreshold(value float32)
}

The properties you use to configure a line overlay filter.

See: https://developer.apple.com/documentation/CoreImage/CILineOverlay

type CILineOverlayObject 

type CILineOverlayObject struct {
	objectivec.Object
}

CILineOverlayObject wraps an existing Objective-C object that conforms to the CILineOverlay protocol.

func CILineOverlayObjectFromID 

func CILineOverlayObjectFromID(id objc.ID) CILineOverlayObject

CILineOverlayObjectFromID constructs a CILineOverlayObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILineOverlayObject) BaseObject 

func (o CILineOverlayObject) BaseObject() objectivec.Object

func (CILineOverlayObject) Contrast 

func (o CILineOverlayObject) Contrast() float32

The amount of antialiasing to use on the edges produced by this filter.

See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/contrast

func (CILineOverlayObject) EdgeIntensity 

func (o CILineOverlayObject) EdgeIntensity() float32

The accentuation factor of the Sobel gradient information when tracing the edges of the image.

See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/edgeIntensity

func (CILineOverlayObject) InputImage 

func (o CILineOverlayObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/inputImage

func (CILineOverlayObject) NRNoiseLevel 

func (o CILineOverlayObject) NRNoiseLevel() float32

The noise level of the image, used with camera data, that’s removed before tracing the edges of the image.

See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/nrNoiseLevel

func (CILineOverlayObject) NRSharpness 

func (o CILineOverlayObject) NRSharpness() float32

The amount of sharpening done when removing noise in the image before tracing the edges of the image.

See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/nrSharpness

func (CILineOverlayObject) OutputImage 

func (o CILineOverlayObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILineOverlayObject) SetContrast 

func (o CILineOverlayObject) SetContrast(value float32)

func (CILineOverlayObject) SetEdgeIntensity 

func (o CILineOverlayObject) SetEdgeIntensity(value float32)

func (CILineOverlayObject) SetInputImage 

func (o CILineOverlayObject) SetInputImage(value ICIImage)

func (CILineOverlayObject) SetNRNoiseLevel 

func (o CILineOverlayObject) SetNRNoiseLevel(value float32)

func (CILineOverlayObject) SetNRSharpness 

func (o CILineOverlayObject) SetNRSharpness(value float32)

func (CILineOverlayObject) SetThreshold 

func (o CILineOverlayObject) SetThreshold(value float32)

func (CILineOverlayObject) Threshold 

func (o CILineOverlayObject) Threshold() float32

A value that determines edge visibility.

See: https://developer.apple.com/documentation/CoreImage/CILineOverlay/threshold

type CILineScreen 

type CILineScreen interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/angle
	Angle() float32

	// The x and y position to use as the center of the line screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/inputImage
	InputImage() ICIImage

	// The sharpness of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/sharpness
	Sharpness() float32

	// The distance between lines in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/width
	Width() float32

	// The angle of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the line screen pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/inputImage
	SetInputImage(value ICIImage)

	// The sharpness of the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/sharpness
	SetSharpness(value float32)

	// The distance between lines in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILineScreen/width
	SetWidth(value float32)
}

The properties you use to configure a line screen filter.

See: https://developer.apple.com/documentation/CoreImage/CILineScreen

type CILineScreenObject 

type CILineScreenObject struct {
	objectivec.Object
}

CILineScreenObject wraps an existing Objective-C object that conforms to the CILineScreen protocol.

func CILineScreenObjectFromID 

func CILineScreenObjectFromID(id objc.ID) CILineScreenObject

CILineScreenObjectFromID constructs a CILineScreenObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILineScreenObject) Angle 

func (o CILineScreenObject) Angle() float32

The angle of the pattern.

See: https://developer.apple.com/documentation/CoreImage/CILineScreen/angle

func (CILineScreenObject) BaseObject 

func (o CILineScreenObject) BaseObject() objectivec.Object

func (CILineScreenObject) Center 

func (o CILineScreenObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the line screen pattern.

See: https://developer.apple.com/documentation/CoreImage/CILineScreen/center

func (CILineScreenObject) InputImage 

func (o CILineScreenObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CILineScreen/inputImage

func (CILineScreenObject) OutputImage 

func (o CILineScreenObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILineScreenObject) SetAngle 

func (o CILineScreenObject) SetAngle(value float32)

func (CILineScreenObject) SetCenter 

func (o CILineScreenObject) SetCenter(value corefoundation.CGPoint)

func (CILineScreenObject) SetInputImage 

func (o CILineScreenObject) SetInputImage(value ICIImage)

func (CILineScreenObject) SetSharpness 

func (o CILineScreenObject) SetSharpness(value float32)

func (CILineScreenObject) SetWidth 

func (o CILineScreenObject) SetWidth(value float32)

func (CILineScreenObject) Sharpness 

func (o CILineScreenObject) Sharpness() float32

The sharpness of the pattern.

See: https://developer.apple.com/documentation/CoreImage/CILineScreen/sharpness

func (CILineScreenObject) Width 

func (o CILineScreenObject) Width() float32

The distance between lines in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CILineScreen/width

type CILinearGradient 

type CILinearGradient interface {
	objectivec.IObject
	CIFilterProtocol

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/color0
	Color0() ICIColor

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/color1
	Color1() ICIColor

	// The starting position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/point0
	Point0() corefoundation.CGPoint

	// The ending position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/point1
	Point1() corefoundation.CGPoint

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/color0
	SetColor0(value ICIColor)

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/color1
	SetColor1(value ICIColor)

	// The starting position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/point0
	SetPoint0(value corefoundation.CGPoint)

	// The ending position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/point1
	SetPoint1(value corefoundation.CGPoint)
}

The properties you use to configure a linear gradient filter.

See: https://developer.apple.com/documentation/CoreImage/CILinearGradient

type CILinearGradientObject 

type CILinearGradientObject struct {
	objectivec.Object
}

CILinearGradientObject wraps an existing Objective-C object that conforms to the CILinearGradient protocol.

func CILinearGradientObjectFromID 

func CILinearGradientObjectFromID(id objc.ID) CILinearGradientObject

CILinearGradientObjectFromID constructs a CILinearGradientObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILinearGradientObject) BaseObject 

func (o CILinearGradientObject) BaseObject() objectivec.Object

func (CILinearGradientObject) Color0 

func (o CILinearGradientObject) Color0() ICIColor

The first color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/color0

func (CILinearGradientObject) Color1 

func (o CILinearGradientObject) Color1() ICIColor

The second color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/color1

func (CILinearGradientObject) OutputImage 

func (o CILinearGradientObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILinearGradientObject) Point0 

func (o CILinearGradientObject) Point0() corefoundation.CGPoint

The starting position of the gradient.

See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/point0

func (CILinearGradientObject) Point1 

func (o CILinearGradientObject) Point1() corefoundation.CGPoint

The ending position of the gradient.

See: https://developer.apple.com/documentation/CoreImage/CILinearGradient/point1

func (CILinearGradientObject) SetColor0 

func (o CILinearGradientObject) SetColor0(value ICIColor)

func (CILinearGradientObject) SetColor1 

func (o CILinearGradientObject) SetColor1(value ICIColor)

func (CILinearGradientObject) SetPoint0 

func (o CILinearGradientObject) SetPoint0(value corefoundation.CGPoint)

func (CILinearGradientObject) SetPoint1 

func (o CILinearGradientObject) SetPoint1(value corefoundation.CGPoint)

type CILinearToSRGBToneCurve 

type CILinearToSRGBToneCurve interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearToSRGBToneCurve/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CILinearToSRGBToneCurve/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a linear-to-sRGB filter.

See: https://developer.apple.com/documentation/CoreImage/CILinearToSRGBToneCurve

type CILinearToSRGBToneCurveObject 

type CILinearToSRGBToneCurveObject struct {
	objectivec.Object
}

CILinearToSRGBToneCurveObject wraps an existing Objective-C object that conforms to the CILinearToSRGBToneCurve protocol.

func CILinearToSRGBToneCurveObjectFromID 

func CILinearToSRGBToneCurveObjectFromID(id objc.ID) CILinearToSRGBToneCurveObject

CILinearToSRGBToneCurveObjectFromID constructs a CILinearToSRGBToneCurveObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CILinearToSRGBToneCurveObject) BaseObject 

func (o CILinearToSRGBToneCurveObject) BaseObject() objectivec.Object

func (CILinearToSRGBToneCurveObject) InputImage 

func (o CILinearToSRGBToneCurveObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CILinearToSRGBToneCurve/inputImage

func (CILinearToSRGBToneCurveObject) OutputImage 

func (o CILinearToSRGBToneCurveObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CILinearToSRGBToneCurveObject) SetInputImage 

func (o CILinearToSRGBToneCurveObject) SetInputImage(value ICIImage)

type CIMaskToAlpha 

type CIMaskToAlpha interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskToAlpha/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskToAlpha/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a mask-to-alpha filter.

See: https://developer.apple.com/documentation/CoreImage/CIMaskToAlpha

type CIMaskToAlphaObject 

type CIMaskToAlphaObject struct {
	objectivec.Object
}

CIMaskToAlphaObject wraps an existing Objective-C object that conforms to the CIMaskToAlpha protocol.

func CIMaskToAlphaObjectFromID 

func CIMaskToAlphaObjectFromID(id objc.ID) CIMaskToAlphaObject

CIMaskToAlphaObjectFromID constructs a CIMaskToAlphaObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMaskToAlphaObject) BaseObject 

func (o CIMaskToAlphaObject) BaseObject() objectivec.Object

func (CIMaskToAlphaObject) InputImage 

func (o CIMaskToAlphaObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMaskToAlpha/inputImage

func (CIMaskToAlphaObject) OutputImage 

func (o CIMaskToAlphaObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMaskToAlphaObject) SetInputImage 

func (o CIMaskToAlphaObject) SetInputImage(value ICIImage)

type CIMaskedVariableBlur 

type CIMaskedVariableBlur interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/inputImage
	InputImage() ICIImage

	// A grayscale mask that defines the blur amount.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/mask
	Mask() ICIImage

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/inputImage
	SetInputImage(value ICIImage)

	// A grayscale mask that defines the blur amount.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/mask
	SetMask(value ICIImage)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/radius
	SetRadius(value float32)
}

The properties you use to configure a masked variable blur filter.

See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur

type CIMaskedVariableBlurObject 

type CIMaskedVariableBlurObject struct {
	objectivec.Object
}

CIMaskedVariableBlurObject wraps an existing Objective-C object that conforms to the CIMaskedVariableBlur protocol.

func CIMaskedVariableBlurObjectFromID 

func CIMaskedVariableBlurObjectFromID(id objc.ID) CIMaskedVariableBlurObject

CIMaskedVariableBlurObjectFromID constructs a CIMaskedVariableBlurObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMaskedVariableBlurObject) BaseObject 

func (o CIMaskedVariableBlurObject) BaseObject() objectivec.Object

func (CIMaskedVariableBlurObject) InputImage 

func (o CIMaskedVariableBlurObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/inputImage

func (CIMaskedVariableBlurObject) Mask 

func (o CIMaskedVariableBlurObject) Mask() ICIImage

A grayscale mask that defines the blur amount.

See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/mask

func (CIMaskedVariableBlurObject) OutputImage 

func (o CIMaskedVariableBlurObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMaskedVariableBlurObject) Radius 

func (o CIMaskedVariableBlurObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIMaskedVariableBlur/radius

func (CIMaskedVariableBlurObject) SetInputImage 

func (o CIMaskedVariableBlurObject) SetInputImage(value ICIImage)

func (CIMaskedVariableBlurObject) SetMask 

func (o CIMaskedVariableBlurObject) SetMask(value ICIImage)

func (CIMaskedVariableBlurObject) SetRadius 

func (o CIMaskedVariableBlurObject) SetRadius(value float32)

type CIMaximumComponent 

type CIMaximumComponent interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumComponent/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumComponent/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a maximum component filter.

See: https://developer.apple.com/documentation/CoreImage/CIMaximumComponent

type CIMaximumComponentObject 

type CIMaximumComponentObject struct {
	objectivec.Object
}

CIMaximumComponentObject wraps an existing Objective-C object that conforms to the CIMaximumComponent protocol.

func CIMaximumComponentObjectFromID 

func CIMaximumComponentObjectFromID(id objc.ID) CIMaximumComponentObject

CIMaximumComponentObjectFromID constructs a CIMaximumComponentObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMaximumComponentObject) BaseObject 

func (o CIMaximumComponentObject) BaseObject() objectivec.Object

func (CIMaximumComponentObject) InputImage 

func (o CIMaximumComponentObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMaximumComponent/inputImage

func (CIMaximumComponentObject) OutputImage 

func (o CIMaximumComponentObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMaximumComponentObject) SetInputImage 

func (o CIMaximumComponentObject) SetInputImage(value ICIImage)

type CIMaximumScaleTransform 

type CIMaximumScaleTransform interface {
	objectivec.IObject
	CIFilterProtocol

	// AspectRatio protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/aspectRatio
	AspectRatio() float32

	// InputImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/inputImage
	InputImage() ICIImage

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/scale
	Scale() float32

	// aspectRatio protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/aspectRatio
	SetAspectRatio(value float32)

	// inputImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/inputImage
	SetInputImage(value ICIImage)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/scale
	SetScale(value float32)
}

CIMaximumScaleTransform protocol.

See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform

type CIMaximumScaleTransformObject 

type CIMaximumScaleTransformObject struct {
	objectivec.Object
}

CIMaximumScaleTransformObject wraps an existing Objective-C object that conforms to the CIMaximumScaleTransform protocol.

func CIMaximumScaleTransformObjectFromID 

func CIMaximumScaleTransformObjectFromID(id objc.ID) CIMaximumScaleTransformObject

CIMaximumScaleTransformObjectFromID constructs a CIMaximumScaleTransformObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMaximumScaleTransformObject) AspectRatio 

func (o CIMaximumScaleTransformObject) AspectRatio() float32

See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/aspectRatio

func (CIMaximumScaleTransformObject) BaseObject 

func (o CIMaximumScaleTransformObject) BaseObject() objectivec.Object

func (CIMaximumScaleTransformObject) InputImage 

func (o CIMaximumScaleTransformObject) InputImage() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/inputImage

func (CIMaximumScaleTransformObject) OutputImage 

func (o CIMaximumScaleTransformObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMaximumScaleTransformObject) Scale 

func (o CIMaximumScaleTransformObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIMaximumScaleTransform/scale

func (CIMaximumScaleTransformObject) SetAspectRatio 

func (o CIMaximumScaleTransformObject) SetAspectRatio(value float32)

func (CIMaximumScaleTransformObject) SetInputImage 

func (o CIMaximumScaleTransformObject) SetInputImage(value ICIImage)

func (CIMaximumScaleTransformObject) SetScale 

func (o CIMaximumScaleTransformObject) SetScale(value float32)

type CIMedian 

type CIMedian interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMedian/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMedian/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a median filter.

See: https://developer.apple.com/documentation/CoreImage/CIMedian

type CIMedianObject 

type CIMedianObject struct {
	objectivec.Object
}

CIMedianObject wraps an existing Objective-C object that conforms to the CIMedian protocol.

func CIMedianObjectFromID 

func CIMedianObjectFromID(id objc.ID) CIMedianObject

CIMedianObjectFromID constructs a CIMedianObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMedianObject) BaseObject 

func (o CIMedianObject) BaseObject() objectivec.Object

func (CIMedianObject) InputImage 

func (o CIMedianObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMedian/inputImage

func (CIMedianObject) OutputImage 

func (o CIMedianObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMedianObject) SetInputImage 

func (o CIMedianObject) SetInputImage(value ICIImage)

type CIMeshGenerator 

type CIMeshGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The color of the rendered mesh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/color
	Color() ICIColor

	// An array that describes the mesh to render.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/mesh
	Mesh() foundation.INSArray

	// The width of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/width
	Width() float32

	// The color of the rendered mesh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/color
	SetColor(value ICIColor)

	// An array that describes the mesh to render.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/mesh
	SetMesh(value foundation.INSArray)

	// The width of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/width
	SetWidth(value float32)
}

The properties you use to configure a mesh generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator

type CIMeshGeneratorObject 

type CIMeshGeneratorObject struct {
	objectivec.Object
}

CIMeshGeneratorObject wraps an existing Objective-C object that conforms to the CIMeshGenerator protocol.

func CIMeshGeneratorObjectFromID 

func CIMeshGeneratorObjectFromID(id objc.ID) CIMeshGeneratorObject

CIMeshGeneratorObjectFromID constructs a CIMeshGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMeshGeneratorObject) BaseObject 

func (o CIMeshGeneratorObject) BaseObject() objectivec.Object

func (CIMeshGeneratorObject) Color 

func (o CIMeshGeneratorObject) Color() ICIColor

The color of the rendered mesh.

See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/color

func (CIMeshGeneratorObject) Mesh 

func (o CIMeshGeneratorObject) Mesh() foundation.INSArray

An array that describes the mesh to render.

See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/mesh

func (CIMeshGeneratorObject) OutputImage 

func (o CIMeshGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMeshGeneratorObject) SetColor 

func (o CIMeshGeneratorObject) SetColor(value ICIColor)

func (CIMeshGeneratorObject) SetMesh 

func (o CIMeshGeneratorObject) SetMesh(value foundation.INSArray)

func (CIMeshGeneratorObject) SetWidth 

func (o CIMeshGeneratorObject) SetWidth(value float32)

func (CIMeshGeneratorObject) Width 

func (o CIMeshGeneratorObject) Width() float32

The width of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIMeshGenerator/width

type CIMinimumComponent 

type CIMinimumComponent interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMinimumComponent/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMinimumComponent/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a minimum component filter.

See: https://developer.apple.com/documentation/CoreImage/CIMinimumComponent

type CIMinimumComponentObject 

type CIMinimumComponentObject struct {
	objectivec.Object
}

CIMinimumComponentObject wraps an existing Objective-C object that conforms to the CIMinimumComponent protocol.

func CIMinimumComponentObjectFromID 

func CIMinimumComponentObjectFromID(id objc.ID) CIMinimumComponentObject

CIMinimumComponentObjectFromID constructs a CIMinimumComponentObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMinimumComponentObject) BaseObject 

func (o CIMinimumComponentObject) BaseObject() objectivec.Object

func (CIMinimumComponentObject) InputImage 

func (o CIMinimumComponentObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMinimumComponent/inputImage

func (CIMinimumComponentObject) OutputImage 

func (o CIMinimumComponentObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMinimumComponentObject) SetInputImage 

func (o CIMinimumComponentObject) SetInputImage(value ICIImage)

type CIMix 

type CIMix interface {
	objectivec.IObject
	CIFilterProtocol

	// The amount of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMix/amount
	Amount() float32

	// The image to use as a background image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMix/backgroundImage
	BackgroundImage() ICIImage

	// The image to use as a foreground image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMix/inputImage
	InputImage() ICIImage

	// The amount of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMix/amount
	SetAmount(value float32)

	// The image to use as a background image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMix/backgroundImage
	SetBackgroundImage(value ICIImage)

	// The image to use as a foreground image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMix/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a mix filter.

See: https://developer.apple.com/documentation/CoreImage/CIMix

type CIMixObject 

type CIMixObject struct {
	objectivec.Object
}

CIMixObject wraps an existing Objective-C object that conforms to the CIMix protocol.

func CIMixObjectFromID 

func CIMixObjectFromID(id objc.ID) CIMixObject

CIMixObjectFromID constructs a CIMixObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMixObject) Amount 

func (o CIMixObject) Amount() float32

The amount of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIMix/amount

func (CIMixObject) BackgroundImage 

func (o CIMixObject) BackgroundImage() ICIImage

The image to use as a background image.

See: https://developer.apple.com/documentation/CoreImage/CIMix/backgroundImage

func (CIMixObject) BaseObject 

func (o CIMixObject) BaseObject() objectivec.Object

func (CIMixObject) InputImage 

func (o CIMixObject) InputImage() ICIImage

The image to use as a foreground image.

See: https://developer.apple.com/documentation/CoreImage/CIMix/inputImage

func (CIMixObject) OutputImage 

func (o CIMixObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMixObject) SetAmount 

func (o CIMixObject) SetAmount(value float32)

func (CIMixObject) SetBackgroundImage 

func (o CIMixObject) SetBackgroundImage(value ICIImage)

func (CIMixObject) SetInputImage 

func (o CIMixObject) SetInputImage(value ICIImage)

type CIModTransition 

type CIModTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The angle of the mod hole pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/center
	Center() corefoundation.CGPoint

	// The amount of stretching applied to the mod hole pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/compression
	Compression() float32

	// The radius of the undistorted mod holes in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/radius
	Radius() float32

	// The angle of the mod hole pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/center
	SetCenter(value corefoundation.CGPoint)

	// The amount of stretching applied to the mod hole pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/compression
	SetCompression(value float32)

	// The radius of the undistorted mod holes in the pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIModTransition/radius
	SetRadius(value float32)
}

The properties you use to configure a mod transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIModTransition

type CIModTransitionObject 

type CIModTransitionObject struct {
	objectivec.Object
}

CIModTransitionObject wraps an existing Objective-C object that conforms to the CIModTransition protocol.

func CIModTransitionObjectFromID 

func CIModTransitionObjectFromID(id objc.ID) CIModTransitionObject

CIModTransitionObjectFromID constructs a CIModTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIModTransitionObject) Angle 

func (o CIModTransitionObject) Angle() float32

The angle of the mod hole pattern.

See: https://developer.apple.com/documentation/CoreImage/CIModTransition/angle

func (CIModTransitionObject) BaseObject 

func (o CIModTransitionObject) BaseObject() objectivec.Object

func (CIModTransitionObject) Center 

func (o CIModTransitionObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIModTransition/center

func (CIModTransitionObject) Compression 

func (o CIModTransitionObject) Compression() float32

The amount of stretching applied to the mod hole pattern.

See: https://developer.apple.com/documentation/CoreImage/CIModTransition/compression

func (CIModTransitionObject) InputImage 

func (o CIModTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIModTransitionObject) OutputImage 

func (o CIModTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIModTransitionObject) Radius 

func (o CIModTransitionObject) Radius() float32

The radius of the undistorted mod holes in the pattern.

See: https://developer.apple.com/documentation/CoreImage/CIModTransition/radius

func (CIModTransitionObject) SetAngle 

func (o CIModTransitionObject) SetAngle(value float32)

func (CIModTransitionObject) SetCenter 

func (o CIModTransitionObject) SetCenter(value corefoundation.CGPoint)

func (CIModTransitionObject) SetCompression 

func (o CIModTransitionObject) SetCompression(value float32)

func (CIModTransitionObject) SetInputImage 

func (o CIModTransitionObject) SetInputImage(value ICIImage)

func (CIModTransitionObject) SetRadius 

func (o CIModTransitionObject) SetRadius(value float32)

func (CIModTransitionObject) SetTargetImage 

func (o CIModTransitionObject) SetTargetImage(value ICIImage)

func (CIModTransitionObject) SetTime 

func (o CIModTransitionObject) SetTime(value float32)

func (CIModTransitionObject) TargetImage 

func (o CIModTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIModTransitionObject) Time 

func (o CIModTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CIMorphologyGradient 

type CIMorphologyGradient interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyGradient/inputImage
	InputImage() ICIImage

	// The radius of the circular morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyGradient/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyGradient/inputImage
	SetInputImage(value ICIImage)

	// The radius of the circular morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyGradient/radius
	SetRadius(value float32)
}

The properties you use to configure a morphology gradient filter.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyGradient

type CIMorphologyGradientObject 

type CIMorphologyGradientObject struct {
	objectivec.Object
}

CIMorphologyGradientObject wraps an existing Objective-C object that conforms to the CIMorphologyGradient protocol.

func CIMorphologyGradientObjectFromID 

func CIMorphologyGradientObjectFromID(id objc.ID) CIMorphologyGradientObject

CIMorphologyGradientObjectFromID constructs a CIMorphologyGradientObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMorphologyGradientObject) BaseObject 

func (o CIMorphologyGradientObject) BaseObject() objectivec.Object

func (CIMorphologyGradientObject) InputImage 

func (o CIMorphologyGradientObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyGradient/inputImage

func (CIMorphologyGradientObject) OutputImage 

func (o CIMorphologyGradientObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMorphologyGradientObject) Radius 

func (o CIMorphologyGradientObject) Radius() float32

The radius of the circular morphological structuring element.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyGradient/radius

func (CIMorphologyGradientObject) SetInputImage 

func (o CIMorphologyGradientObject) SetInputImage(value ICIImage)

func (CIMorphologyGradientObject) SetRadius 

func (o CIMorphologyGradientObject) SetRadius(value float32)

type CIMorphologyMaximum 

type CIMorphologyMaximum interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMaximum/inputImage
	InputImage() ICIImage

	// The radius of the circular morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMaximum/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMaximum/inputImage
	SetInputImage(value ICIImage)

	// The radius of the circular morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMaximum/radius
	SetRadius(value float32)
}

The properties you use to configure a morphology maximum filter.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMaximum

type CIMorphologyMaximumObject 

type CIMorphologyMaximumObject struct {
	objectivec.Object
}

CIMorphologyMaximumObject wraps an existing Objective-C object that conforms to the CIMorphologyMaximum protocol.

func CIMorphologyMaximumObjectFromID 

func CIMorphologyMaximumObjectFromID(id objc.ID) CIMorphologyMaximumObject

CIMorphologyMaximumObjectFromID constructs a CIMorphologyMaximumObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMorphologyMaximumObject) BaseObject 

func (o CIMorphologyMaximumObject) BaseObject() objectivec.Object

func (CIMorphologyMaximumObject) InputImage 

func (o CIMorphologyMaximumObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMaximum/inputImage

func (CIMorphologyMaximumObject) OutputImage 

func (o CIMorphologyMaximumObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMorphologyMaximumObject) Radius 

func (o CIMorphologyMaximumObject) Radius() float32

The radius of the circular morphological structuring element.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMaximum/radius

func (CIMorphologyMaximumObject) SetInputImage 

func (o CIMorphologyMaximumObject) SetInputImage(value ICIImage)

func (CIMorphologyMaximumObject) SetRadius 

func (o CIMorphologyMaximumObject) SetRadius(value float32)

type CIMorphologyMinimum 

type CIMorphologyMinimum interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMinimum/inputImage
	InputImage() ICIImage

	// The radius of the circular morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMinimum/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMinimum/inputImage
	SetInputImage(value ICIImage)

	// The radius of the circular morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMinimum/radius
	SetRadius(value float32)
}

The properties you use to configure a morphology minimum filter.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMinimum

type CIMorphologyMinimumObject 

type CIMorphologyMinimumObject struct {
	objectivec.Object
}

CIMorphologyMinimumObject wraps an existing Objective-C object that conforms to the CIMorphologyMinimum protocol.

func CIMorphologyMinimumObjectFromID 

func CIMorphologyMinimumObjectFromID(id objc.ID) CIMorphologyMinimumObject

CIMorphologyMinimumObjectFromID constructs a CIMorphologyMinimumObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMorphologyMinimumObject) BaseObject 

func (o CIMorphologyMinimumObject) BaseObject() objectivec.Object

func (CIMorphologyMinimumObject) InputImage 

func (o CIMorphologyMinimumObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMinimum/inputImage

func (CIMorphologyMinimumObject) OutputImage 

func (o CIMorphologyMinimumObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMorphologyMinimumObject) Radius 

func (o CIMorphologyMinimumObject) Radius() float32

The radius of the circular morphological structuring element.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyMinimum/radius

func (CIMorphologyMinimumObject) SetInputImage 

func (o CIMorphologyMinimumObject) SetInputImage(value ICIImage)

func (CIMorphologyMinimumObject) SetRadius 

func (o CIMorphologyMinimumObject) SetRadius(value float32)

type CIMorphologyRectangleMaximum 

type CIMorphologyRectangleMaximum interface {
	objectivec.IObject
	CIFilterProtocol

	// The height, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/height
	Height() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/inputImage
	InputImage() ICIImage

	// The width, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/width
	Width() float32

	// The height, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/height
	SetHeight(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/inputImage
	SetInputImage(value ICIImage)

	// The width, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/width
	SetWidth(value float32)
}

The properties you use to configure a morphology rectangle maximum filter.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum

type CIMorphologyRectangleMaximumObject 

type CIMorphologyRectangleMaximumObject struct {
	objectivec.Object
}

CIMorphologyRectangleMaximumObject wraps an existing Objective-C object that conforms to the CIMorphologyRectangleMaximum protocol.

func CIMorphologyRectangleMaximumObjectFromID 

func CIMorphologyRectangleMaximumObjectFromID(id objc.ID) CIMorphologyRectangleMaximumObject

CIMorphologyRectangleMaximumObjectFromID constructs a CIMorphologyRectangleMaximumObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMorphologyRectangleMaximumObject) BaseObject 

func (o CIMorphologyRectangleMaximumObject) BaseObject() objectivec.Object

func (CIMorphologyRectangleMaximumObject) Height 

func (o CIMorphologyRectangleMaximumObject) Height() float32

The height, in pixels, of the morphological structuring element.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/height

func (CIMorphologyRectangleMaximumObject) InputImage 

func (o CIMorphologyRectangleMaximumObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/inputImage

func (CIMorphologyRectangleMaximumObject) OutputImage 

func (o CIMorphologyRectangleMaximumObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMorphologyRectangleMaximumObject) SetHeight 

func (o CIMorphologyRectangleMaximumObject) SetHeight(value float32)

func (CIMorphologyRectangleMaximumObject) SetInputImage 

func (o CIMorphologyRectangleMaximumObject) SetInputImage(value ICIImage)

func (CIMorphologyRectangleMaximumObject) SetWidth 

func (o CIMorphologyRectangleMaximumObject) SetWidth(value float32)

func (CIMorphologyRectangleMaximumObject) Width 

func (o CIMorphologyRectangleMaximumObject) Width() float32

The width, in pixels, of the morphological structuring element.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMaximum/width

type CIMorphologyRectangleMinimum 

type CIMorphologyRectangleMinimum interface {
	objectivec.IObject
	CIFilterProtocol

	// The height, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/height
	Height() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/inputImage
	InputImage() ICIImage

	// The width, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/width
	Width() float32

	// The height, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/height
	SetHeight(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/inputImage
	SetInputImage(value ICIImage)

	// The width, in pixels, of the morphological structuring element.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/width
	SetWidth(value float32)
}

The properties you use to configure a morphology rectangle minimum filter.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum

type CIMorphologyRectangleMinimumObject 

type CIMorphologyRectangleMinimumObject struct {
	objectivec.Object
}

CIMorphologyRectangleMinimumObject wraps an existing Objective-C object that conforms to the CIMorphologyRectangleMinimum protocol.

func CIMorphologyRectangleMinimumObjectFromID 

func CIMorphologyRectangleMinimumObjectFromID(id objc.ID) CIMorphologyRectangleMinimumObject

CIMorphologyRectangleMinimumObjectFromID constructs a CIMorphologyRectangleMinimumObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMorphologyRectangleMinimumObject) BaseObject 

func (o CIMorphologyRectangleMinimumObject) BaseObject() objectivec.Object

func (CIMorphologyRectangleMinimumObject) Height 

func (o CIMorphologyRectangleMinimumObject) Height() float32

The height, in pixels, of the morphological structuring element.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/height

func (CIMorphologyRectangleMinimumObject) InputImage 

func (o CIMorphologyRectangleMinimumObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/inputImage

func (CIMorphologyRectangleMinimumObject) OutputImage 

func (o CIMorphologyRectangleMinimumObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMorphologyRectangleMinimumObject) SetHeight 

func (o CIMorphologyRectangleMinimumObject) SetHeight(value float32)

func (CIMorphologyRectangleMinimumObject) SetInputImage 

func (o CIMorphologyRectangleMinimumObject) SetInputImage(value ICIImage)

func (CIMorphologyRectangleMinimumObject) SetWidth 

func (o CIMorphologyRectangleMinimumObject) SetWidth(value float32)

func (CIMorphologyRectangleMinimumObject) Width 

func (o CIMorphologyRectangleMinimumObject) Width() float32

The width, in pixels, of the morphological structuring element.

See: https://developer.apple.com/documentation/CoreImage/CIMorphologyRectangleMinimum/width

type CIMotionBlur 

type CIMotionBlur interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle of the motion, in radians, that determines which direction the blur smears.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/angle
	Angle() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/inputImage
	InputImage() ICIImage

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/radius
	Radius() float32

	// The angle of the motion, in radians, that determines which direction the blur smears.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/angle
	SetAngle(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/inputImage
	SetInputImage(value ICIImage)

	// The radius of the blur, in pixels.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/radius
	SetRadius(value float32)
}

The properties you use to configure a motion blur filter.

See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur

type CIMotionBlurObject 

type CIMotionBlurObject struct {
	objectivec.Object
}

CIMotionBlurObject wraps an existing Objective-C object that conforms to the CIMotionBlur protocol.

func CIMotionBlurObjectFromID 

func CIMotionBlurObjectFromID(id objc.ID) CIMotionBlurObject

CIMotionBlurObjectFromID constructs a CIMotionBlurObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIMotionBlurObject) Angle 

func (o CIMotionBlurObject) Angle() float32

The angle of the motion, in radians, that determines which direction the blur smears.

See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/angle

func (CIMotionBlurObject) BaseObject 

func (o CIMotionBlurObject) BaseObject() objectivec.Object

func (CIMotionBlurObject) InputImage 

func (o CIMotionBlurObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/inputImage

func (CIMotionBlurObject) OutputImage 

func (o CIMotionBlurObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIMotionBlurObject) Radius 

func (o CIMotionBlurObject) Radius() float32

The radius of the blur, in pixels.

See: https://developer.apple.com/documentation/CoreImage/CIMotionBlur/radius

func (CIMotionBlurObject) SetAngle 

func (o CIMotionBlurObject) SetAngle(value float32)

func (CIMotionBlurObject) SetInputImage 

func (o CIMotionBlurObject) SetInputImage(value ICIImage)

func (CIMotionBlurObject) SetRadius 

func (o CIMotionBlurObject) SetRadius(value float32)

type CINinePartStretched 

type CINinePartStretched interface {
	objectivec.IObject
	CIFilterProtocol

	// Breakpoint0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/breakpoint0
	Breakpoint0() corefoundation.CGPoint

	// Breakpoint1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/breakpoint1
	Breakpoint1() corefoundation.CGPoint

	// GrowAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/growAmount
	GrowAmount() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/inputImage
	InputImage() ICIImage

	// breakpoint0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/breakpoint0
	SetBreakpoint0(value corefoundation.CGPoint)

	// breakpoint1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/breakpoint1
	SetBreakpoint1(value corefoundation.CGPoint)

	// growAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/growAmount
	SetGrowAmount(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/inputImage
	SetInputImage(value ICIImage)
}

CINinePartStretched protocol.

See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched

type CINinePartStretchedObject 

type CINinePartStretchedObject struct {
	objectivec.Object
}

CINinePartStretchedObject wraps an existing Objective-C object that conforms to the CINinePartStretched protocol.

func CINinePartStretchedObjectFromID 

func CINinePartStretchedObjectFromID(id objc.ID) CINinePartStretchedObject

CINinePartStretchedObjectFromID constructs a CINinePartStretchedObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CINinePartStretchedObject) BaseObject 

func (o CINinePartStretchedObject) BaseObject() objectivec.Object

func (CINinePartStretchedObject) Breakpoint0 

func (o CINinePartStretchedObject) Breakpoint0() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/breakpoint0

func (CINinePartStretchedObject) Breakpoint1 

func (o CINinePartStretchedObject) Breakpoint1() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/breakpoint1

func (CINinePartStretchedObject) GrowAmount 

func (o CINinePartStretchedObject) GrowAmount() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/growAmount

func (CINinePartStretchedObject) InputImage 

func (o CINinePartStretchedObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CINinePartStretched/inputImage

func (CINinePartStretchedObject) OutputImage 

func (o CINinePartStretchedObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CINinePartStretchedObject) SetBreakpoint0 

func (o CINinePartStretchedObject) SetBreakpoint0(value corefoundation.CGPoint)

func (CINinePartStretchedObject) SetBreakpoint1 

func (o CINinePartStretchedObject) SetBreakpoint1(value corefoundation.CGPoint)

func (CINinePartStretchedObject) SetGrowAmount 

func (o CINinePartStretchedObject) SetGrowAmount(value corefoundation.CGPoint)

func (CINinePartStretchedObject) SetInputImage 

func (o CINinePartStretchedObject) SetInputImage(value ICIImage)

type CINinePartTiled 

type CINinePartTiled interface {
	objectivec.IObject
	CIFilterProtocol

	// Breakpoint0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/breakpoint0
	Breakpoint0() corefoundation.CGPoint

	// Breakpoint1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/breakpoint1
	Breakpoint1() corefoundation.CGPoint

	// FlipYTiles protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/flipYTiles
	FlipYTiles() bool

	// GrowAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/growAmount
	GrowAmount() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/inputImage
	InputImage() ICIImage

	// breakpoint0 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/breakpoint0
	SetBreakpoint0(value corefoundation.CGPoint)

	// breakpoint1 protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/breakpoint1
	SetBreakpoint1(value corefoundation.CGPoint)

	// flipYTiles protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/flipYTiles
	SetFlipYTiles(value bool)

	// growAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/growAmount
	SetGrowAmount(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/inputImage
	SetInputImage(value ICIImage)
}

CINinePartTiled protocol.

See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled

type CINinePartTiledObject 

type CINinePartTiledObject struct {
	objectivec.Object
}

CINinePartTiledObject wraps an existing Objective-C object that conforms to the CINinePartTiled protocol.

func CINinePartTiledObjectFromID 

func CINinePartTiledObjectFromID(id objc.ID) CINinePartTiledObject

CINinePartTiledObjectFromID constructs a CINinePartTiledObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CINinePartTiledObject) BaseObject 

func (o CINinePartTiledObject) BaseObject() objectivec.Object

func (CINinePartTiledObject) Breakpoint0 

func (o CINinePartTiledObject) Breakpoint0() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/breakpoint0

func (CINinePartTiledObject) Breakpoint1 

func (o CINinePartTiledObject) Breakpoint1() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/breakpoint1

func (CINinePartTiledObject) FlipYTiles 

func (o CINinePartTiledObject) FlipYTiles() bool

See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/flipYTiles

func (CINinePartTiledObject) GrowAmount 

func (o CINinePartTiledObject) GrowAmount() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/growAmount

func (CINinePartTiledObject) InputImage 

func (o CINinePartTiledObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CINinePartTiled/inputImage

func (CINinePartTiledObject) OutputImage 

func (o CINinePartTiledObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CINinePartTiledObject) SetBreakpoint0 

func (o CINinePartTiledObject) SetBreakpoint0(value corefoundation.CGPoint)

func (CINinePartTiledObject) SetBreakpoint1 

func (o CINinePartTiledObject) SetBreakpoint1(value corefoundation.CGPoint)

func (CINinePartTiledObject) SetFlipYTiles 

func (o CINinePartTiledObject) SetFlipYTiles(value bool)

func (CINinePartTiledObject) SetGrowAmount 

func (o CINinePartTiledObject) SetGrowAmount(value corefoundation.CGPoint)

func (CINinePartTiledObject) SetInputImage 

func (o CINinePartTiledObject) SetInputImage(value ICIImage)

type CINoiseReduction 

type CINoiseReduction interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/inputImage
	InputImage() ICIImage

	// The amount of noise reduction.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/noiseLevel
	NoiseLevel() float32

	// The sharpness of the final image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/sharpness
	Sharpness() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/inputImage
	SetInputImage(value ICIImage)

	// The amount of noise reduction.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/noiseLevel
	SetNoiseLevel(value float32)

	// The sharpness of the final image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/sharpness
	SetSharpness(value float32)
}

The properties you use to configure a noise reduction filter.

See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction

type CINoiseReductionObject 

type CINoiseReductionObject struct {
	objectivec.Object
}

CINoiseReductionObject wraps an existing Objective-C object that conforms to the CINoiseReduction protocol.

func CINoiseReductionObjectFromID 

func CINoiseReductionObjectFromID(id objc.ID) CINoiseReductionObject

CINoiseReductionObjectFromID constructs a CINoiseReductionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CINoiseReductionObject) BaseObject 

func (o CINoiseReductionObject) BaseObject() objectivec.Object

func (CINoiseReductionObject) InputImage 

func (o CINoiseReductionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/inputImage

func (CINoiseReductionObject) NoiseLevel 

func (o CINoiseReductionObject) NoiseLevel() float32

The amount of noise reduction.

See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/noiseLevel

func (CINoiseReductionObject) OutputImage 

func (o CINoiseReductionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CINoiseReductionObject) SetInputImage 

func (o CINoiseReductionObject) SetInputImage(value ICIImage)

func (CINoiseReductionObject) SetNoiseLevel 

func (o CINoiseReductionObject) SetNoiseLevel(value float32)

func (CINoiseReductionObject) SetSharpness 

func (o CINoiseReductionObject) SetSharpness(value float32)

func (CINoiseReductionObject) Sharpness 

func (o CINoiseReductionObject) Sharpness() float32

The sharpness of the final image.

See: https://developer.apple.com/documentation/CoreImage/CINoiseReduction/sharpness

type CIOpTile 

type CIOpTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/inputImage
	InputImage() ICIImage

	// A value that determines the number of tiles in the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/scale
	Scale() float32

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/width
	Width() float32

	// The angle of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/inputImage
	SetInputImage(value ICIImage)

	// A value that determines the number of tiles in the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/scale
	SetScale(value float32)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIOpTile/width
	SetWidth(value float32)
}

The properties you use to configure an optical tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIOpTile

type CIOpTileObject 

type CIOpTileObject struct {
	objectivec.Object
}

CIOpTileObject wraps an existing Objective-C object that conforms to the CIOpTile protocol.

func CIOpTileObjectFromID 

func CIOpTileObjectFromID(id objc.ID) CIOpTileObject

CIOpTileObjectFromID constructs a CIOpTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIOpTileObject) Angle 

func (o CIOpTileObject) Angle() float32

The angle of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIOpTile/angle

func (CIOpTileObject) BaseObject 

func (o CIOpTileObject) BaseObject() objectivec.Object

func (CIOpTileObject) Center 

func (o CIOpTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIOpTile/center

func (CIOpTileObject) InputImage 

func (o CIOpTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIOpTile/inputImage

func (CIOpTileObject) OutputImage 

func (o CIOpTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIOpTileObject) Scale 

func (o CIOpTileObject) Scale() float32

A value that determines the number of tiles in the effect.

See: https://developer.apple.com/documentation/CoreImage/CIOpTile/scale

func (CIOpTileObject) SetAngle 

func (o CIOpTileObject) SetAngle(value float32)

func (CIOpTileObject) SetCenter 

func (o CIOpTileObject) SetCenter(value corefoundation.CGPoint)

func (CIOpTileObject) SetInputImage 

func (o CIOpTileObject) SetInputImage(value ICIImage)

func (CIOpTileObject) SetScale 

func (o CIOpTileObject) SetScale(value float32)

func (CIOpTileObject) SetWidth 

func (o CIOpTileObject) SetWidth(value float32)

func (CIOpTileObject) Width 

func (o CIOpTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIOpTile/width

type CIPDF417BarcodeGenerator 

type CIPDF417BarcodeGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// A Boolean value specifying whether to force compaction style.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/alwaysSpecifyCompaction
	AlwaysSpecifyCompaction() float32

	// A Boolean value specifying whether to force compact style Aztec code.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/compactStyle
	CompactStyle() float32

	// The compaction mode of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/compactionMode
	CompactionMode() float32

	// The correction level ratio of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/correctionLevel
	CorrectionLevel() float32

	// The number of data columns in the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/dataColumns
	DataColumns() float32

	// The maximum height, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/maxHeight
	MaxHeight() float32

	// The maximum width, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/maxWidth
	MaxWidth() float32

	// The message to encode in the PDF417 barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/message
	Message() foundation.INSData

	// The minimum height, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/minHeight
	MinHeight() float32

	// The minimum width, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/minWidth
	MinWidth() float32

	// The preferred aspect ratio of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/preferredAspectRatio
	PreferredAspectRatio() float32

	// The number of rows in the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/rows
	Rows() float32

	// A Boolean value specifying whether to force compaction style.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/alwaysSpecifyCompaction
	SetAlwaysSpecifyCompaction(value float32)

	// A Boolean value specifying whether to force compact style Aztec code.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/compactStyle
	SetCompactStyle(value float32)

	// The compaction mode of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/compactionMode
	SetCompactionMode(value float32)

	// The correction level ratio of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/correctionLevel
	SetCorrectionLevel(value float32)

	// The number of data columns in the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/dataColumns
	SetDataColumns(value float32)

	// The maximum height, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/maxHeight
	SetMaxHeight(value float32)

	// The maximum width, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/maxWidth
	SetMaxWidth(value float32)

	// The message to encode in the PDF417 barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/message
	SetMessage(value foundation.INSData)

	// The minimum height, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/minHeight
	SetMinHeight(value float32)

	// The minimum width, in pixels, of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/minWidth
	SetMinWidth(value float32)

	// The preferred aspect ratio of the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/preferredAspectRatio
	SetPreferredAspectRatio(value float32)

	// The number of rows in the generated barcode.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/rows
	SetRows(value float32)
}

The properties you use to configure a PDF417 barcode generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator

type CIPDF417BarcodeGeneratorObject 

type CIPDF417BarcodeGeneratorObject struct {
	objectivec.Object
}

CIPDF417BarcodeGeneratorObject wraps an existing Objective-C object that conforms to the CIPDF417BarcodeGenerator protocol.

func CIPDF417BarcodeGeneratorObjectFromID 

func CIPDF417BarcodeGeneratorObjectFromID(id objc.ID) CIPDF417BarcodeGeneratorObject

CIPDF417BarcodeGeneratorObjectFromID constructs a CIPDF417BarcodeGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPDF417BarcodeGeneratorObject) AlwaysSpecifyCompaction 

func (o CIPDF417BarcodeGeneratorObject) AlwaysSpecifyCompaction() float32

A Boolean value specifying whether to force compaction style.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/alwaysSpecifyCompaction

func (CIPDF417BarcodeGeneratorObject) BaseObject 

func (o CIPDF417BarcodeGeneratorObject) BaseObject() objectivec.Object

func (CIPDF417BarcodeGeneratorObject) CompactStyle 

func (o CIPDF417BarcodeGeneratorObject) CompactStyle() float32

A Boolean value specifying whether to force compact style Aztec code.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/compactStyle

func (CIPDF417BarcodeGeneratorObject) CompactionMode 

func (o CIPDF417BarcodeGeneratorObject) CompactionMode() float32

The compaction mode of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/compactionMode

func (CIPDF417BarcodeGeneratorObject) CorrectionLevel 

func (o CIPDF417BarcodeGeneratorObject) CorrectionLevel() float32

The correction level ratio of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/correctionLevel

func (CIPDF417BarcodeGeneratorObject) DataColumns 

func (o CIPDF417BarcodeGeneratorObject) DataColumns() float32

The number of data columns in the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/dataColumns

func (CIPDF417BarcodeGeneratorObject) MaxHeight 

func (o CIPDF417BarcodeGeneratorObject) MaxHeight() float32

The maximum height, in pixels, of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/maxHeight

func (CIPDF417BarcodeGeneratorObject) MaxWidth 

func (o CIPDF417BarcodeGeneratorObject) MaxWidth() float32

The maximum width, in pixels, of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/maxWidth

func (CIPDF417BarcodeGeneratorObject) Message 

func (o CIPDF417BarcodeGeneratorObject) Message() foundation.INSData

The message to encode in the PDF417 barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/message

func (CIPDF417BarcodeGeneratorObject) MinHeight 

func (o CIPDF417BarcodeGeneratorObject) MinHeight() float32

The minimum height, in pixels, of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/minHeight

func (CIPDF417BarcodeGeneratorObject) MinWidth 

func (o CIPDF417BarcodeGeneratorObject) MinWidth() float32

The minimum width, in pixels, of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/minWidth

func (CIPDF417BarcodeGeneratorObject) OutputImage 

func (o CIPDF417BarcodeGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPDF417BarcodeGeneratorObject) PreferredAspectRatio 

func (o CIPDF417BarcodeGeneratorObject) PreferredAspectRatio() float32

The preferred aspect ratio of the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/preferredAspectRatio

func (CIPDF417BarcodeGeneratorObject) Rows 

func (o CIPDF417BarcodeGeneratorObject) Rows() float32

The number of rows in the generated barcode.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417BarcodeGenerator/rows

func (CIPDF417BarcodeGeneratorObject) SetAlwaysSpecifyCompaction 

func (o CIPDF417BarcodeGeneratorObject) SetAlwaysSpecifyCompaction(value float32)

func (CIPDF417BarcodeGeneratorObject) SetCompactStyle 

func (o CIPDF417BarcodeGeneratorObject) SetCompactStyle(value float32)

func (CIPDF417BarcodeGeneratorObject) SetCompactionMode 

func (o CIPDF417BarcodeGeneratorObject) SetCompactionMode(value float32)

func (CIPDF417BarcodeGeneratorObject) SetCorrectionLevel 

func (o CIPDF417BarcodeGeneratorObject) SetCorrectionLevel(value float32)

func (CIPDF417BarcodeGeneratorObject) SetDataColumns 

func (o CIPDF417BarcodeGeneratorObject) SetDataColumns(value float32)

func (CIPDF417BarcodeGeneratorObject) SetMaxHeight 

func (o CIPDF417BarcodeGeneratorObject) SetMaxHeight(value float32)

func (CIPDF417BarcodeGeneratorObject) SetMaxWidth 

func (o CIPDF417BarcodeGeneratorObject) SetMaxWidth(value float32)

func (CIPDF417BarcodeGeneratorObject) SetMessage 

func (o CIPDF417BarcodeGeneratorObject) SetMessage(value foundation.INSData)

func (CIPDF417BarcodeGeneratorObject) SetMinHeight 

func (o CIPDF417BarcodeGeneratorObject) SetMinHeight(value float32)

func (CIPDF417BarcodeGeneratorObject) SetMinWidth 

func (o CIPDF417BarcodeGeneratorObject) SetMinWidth(value float32)

func (CIPDF417BarcodeGeneratorObject) SetPreferredAspectRatio 

func (o CIPDF417BarcodeGeneratorObject) SetPreferredAspectRatio(value float32)

func (CIPDF417BarcodeGeneratorObject) SetRows 

func (o CIPDF417BarcodeGeneratorObject) SetRows(value float32)

type CIPDF417CodeDescriptor 

type CIPDF417CodeDescriptor struct {
	CIBarcodeDescriptor
}

A concrete subclass of Core Image Barcode Descriptor that represents a PDF417 symbol.

Overview

PDF417 is a stacked linear barcode symbol format used predominantly in transport, ID cards, and inventory management. Each pattern in the code comprises 4 bars and spaces, 17 units long.

Refer to the ISO/IEC 15438:2006(E) for the PDF417 symbol specification.

Creating a Descriptor

Examining a Descriptor

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor

func CIPDF417CodeDescriptorFromID 

func CIPDF417CodeDescriptorFromID(id objc.ID) CIPDF417CodeDescriptor

CIPDF417CodeDescriptorFromID constructs a CIPDF417CodeDescriptor from an objc.ID.

A concrete subclass of Core Image Barcode Descriptor that represents a PDF417 symbol.

func NewCIPDF417CodeDescriptor 

func NewCIPDF417CodeDescriptor() CIPDF417CodeDescriptor

NewCIPDF417CodeDescriptor creates a new CIPDF417CodeDescriptor instance.

func NewPDF417CodeDescriptorWithPayloadIsCompactRowCountColumnCount 

func NewPDF417CodeDescriptorWithPayloadIsCompactRowCountColumnCount(errorCorrectedPayload foundation.INSData, isCompact bool, rowCount int, columnCount int) CIPDF417CodeDescriptor

Initializes an PDF417 code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the PDF417 code symbol.

isCompact: A Boolean indicating whether or not the PDF417 code is compact.

rowCount: The number of rows in the PDF417 code, from 3 to 90.

columnCount: The number of columns in the Aztec code, from 1 to 30.

Return Value

An initialized CIPDF417CodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor/init(payload:isCompact:rowCount:columnCount:)

func (CIPDF417CodeDescriptor) Autorelease 

func (p CIPDF417CodeDescriptor) Autorelease() CIPDF417CodeDescriptor

Autorelease adds the receiver to the current autorelease pool.

func (CIPDF417CodeDescriptor) ColumnCount 

func (p CIPDF417CodeDescriptor) ColumnCount() int

The number of columns in the PDF417 code symbol.

Discussion

Valid column count values are from 1 to 30. This count excluded the columns used to indicate the symbol structure.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor/columnCount-swift.property

func (CIPDF417CodeDescriptor) ErrorCorrectedPayload 

func (p CIPDF417CodeDescriptor) ErrorCorrectedPayload() foundation.INSData

The error-corrected payload containing the data encoded in the PDF417 code symbol.

Discussion

The first codeword indicates the number of data codewords in the errorCorrectedPayload.

PDF417 codes are comprised of a start character on the left and a stop character on the right. Each row begins and ends with special characters indicating the current row as well as information about the dimensions of the PDF417 symbol. The errorCorrectedPayload represents the sequence of PDF417 codewords that make up the body of the message. The first codeword indicates the number of codewords in the message. This count includes the “count” codeword and any padding codewords, but does not include the error correction codewords. Each codeword is a 16-bit value in the range of 0…928. The sequence is to be interpreted as described in the PDF417 bar code symbology specification – ISO/IEC 15438:2006(E).

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor/errorCorrectedPayload-swift.property

func (CIPDF417CodeDescriptor) Init 

func (p CIPDF417CodeDescriptor) Init() CIPDF417CodeDescriptor

Init initializes the instance.

func (CIPDF417CodeDescriptor) InitWithPayloadIsCompactRowCountColumnCount 

func (p CIPDF417CodeDescriptor) InitWithPayloadIsCompactRowCountColumnCount(errorCorrectedPayload foundation.INSData, isCompact bool, rowCount int, columnCount int) CIPDF417CodeDescriptor

Initializes an PDF417 code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the PDF417 code symbol.

isCompact: A Boolean indicating whether or not the PDF417 code is compact.

rowCount: The number of rows in the PDF417 code, from 3 to 90.

columnCount: The number of columns in the Aztec code, from 1 to 30.

Return Value

An initialized CIPDF417CodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor/init(payload:isCompact:rowCount:columnCount:)

func (CIPDF417CodeDescriptor) IsCompact 

func (p CIPDF417CodeDescriptor) IsCompact() bool

A boolean value telling if the PDF417 code is compact.

Discussion

Compact PDF417 symbols have abbreviated right-side guard bars.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor/isCompact-swift.property

func (CIPDF417CodeDescriptor) RowCount 

func (p CIPDF417CodeDescriptor) RowCount() int

The number of rows in the PDF417 code symbol.

Discussion

Valid row count values are from 3 to 90.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor/rowCount-swift.property

type CIPDF417CodeDescriptorClass 

type CIPDF417CodeDescriptorClass struct {
	// contains filtered or unexported fields
}

func GetCIPDF417CodeDescriptorClass 

func GetCIPDF417CodeDescriptorClass() CIPDF417CodeDescriptorClass

GetCIPDF417CodeDescriptorClass returns the class object for CIPDF417CodeDescriptor.

func (CIPDF417CodeDescriptorClass) Alloc 

func (cc CIPDF417CodeDescriptorClass) Alloc() CIPDF417CodeDescriptor

Alloc allocates memory for a new instance of the class.

func (CIPDF417CodeDescriptorClass) DescriptorWithPayloadIsCompactRowCountColumnCount 

func (_CIPDF417CodeDescriptorClass CIPDF417CodeDescriptorClass) DescriptorWithPayloadIsCompactRowCountColumnCount(errorCorrectedPayload foundation.INSData, isCompact bool, rowCount int, columnCount int) CIPDF417CodeDescriptor

Creates an PDF417 code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the PDF417 code symbol.

isCompact: A Boolean indicating whether or not the PDF417 code is compact.

rowCount: The number of rows in the PDF417 code, from 3 to 90.

columnCount: The number of columns in the Aztec code, from 1 to 30.

Return Value

An autoreleased CIPDF417CodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor/descriptorWithPayload:isCompact:rowCount:columnCount:

type CIPageCurlTransition 

type CIPageCurlTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The angle of the curling page.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/angle
	Angle() float32

	// The image that appears on the back of the source image as the page curls to reveal the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/backsideImage
	BacksideImage() ICIImage

	// The extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/extent
	Extent() corefoundation.CGRect

	// The radius of the curl.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/radius
	Radius() float32

	// An image that looks like a shaded sphere enclosed in a square.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/shadingImage
	ShadingImage() ICIImage

	// The angle of the curling page.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/angle
	SetAngle(value float32)

	// The image that appears on the back of the source image as the page curls to reveal the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/backsideImage
	SetBacksideImage(value ICIImage)

	// The extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/extent
	SetExtent(value corefoundation.CGRect)

	// The radius of the curl.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/radius
	SetRadius(value float32)

	// An image that looks like a shaded sphere enclosed in a square.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/shadingImage
	SetShadingImage(value ICIImage)
}

The properties you use to configure a page curl transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition

type CIPageCurlTransitionObject 

type CIPageCurlTransitionObject struct {
	objectivec.Object
}

CIPageCurlTransitionObject wraps an existing Objective-C object that conforms to the CIPageCurlTransition protocol.

func CIPageCurlTransitionObjectFromID 

func CIPageCurlTransitionObjectFromID(id objc.ID) CIPageCurlTransitionObject

CIPageCurlTransitionObjectFromID constructs a CIPageCurlTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPageCurlTransitionObject) Angle 

func (o CIPageCurlTransitionObject) Angle() float32

The angle of the curling page.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/angle

func (CIPageCurlTransitionObject) BacksideImage 

func (o CIPageCurlTransitionObject) BacksideImage() ICIImage

The image that appears on the back of the source image as the page curls to reveal the target image.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/backsideImage

func (CIPageCurlTransitionObject) BaseObject 

func (o CIPageCurlTransitionObject) BaseObject() objectivec.Object

func (CIPageCurlTransitionObject) Extent 

func (o CIPageCurlTransitionObject) Extent() corefoundation.CGRect

The extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/extent

func (CIPageCurlTransitionObject) InputImage 

func (o CIPageCurlTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIPageCurlTransitionObject) OutputImage 

func (o CIPageCurlTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPageCurlTransitionObject) Radius 

func (o CIPageCurlTransitionObject) Radius() float32

The radius of the curl.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/radius

func (CIPageCurlTransitionObject) SetAngle 

func (o CIPageCurlTransitionObject) SetAngle(value float32)

func (CIPageCurlTransitionObject) SetBacksideImage 

func (o CIPageCurlTransitionObject) SetBacksideImage(value ICIImage)

func (CIPageCurlTransitionObject) SetExtent 

func (o CIPageCurlTransitionObject) SetExtent(value corefoundation.CGRect)

func (CIPageCurlTransitionObject) SetInputImage 

func (o CIPageCurlTransitionObject) SetInputImage(value ICIImage)

func (CIPageCurlTransitionObject) SetRadius 

func (o CIPageCurlTransitionObject) SetRadius(value float32)

func (CIPageCurlTransitionObject) SetShadingImage 

func (o CIPageCurlTransitionObject) SetShadingImage(value ICIImage)

func (CIPageCurlTransitionObject) SetTargetImage 

func (o CIPageCurlTransitionObject) SetTargetImage(value ICIImage)

func (CIPageCurlTransitionObject) SetTime 

func (o CIPageCurlTransitionObject) SetTime(value float32)

func (CIPageCurlTransitionObject) ShadingImage 

func (o CIPageCurlTransitionObject) ShadingImage() ICIImage

An image that looks like a shaded sphere enclosed in a square.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlTransition/shadingImage

func (CIPageCurlTransitionObject) TargetImage 

func (o CIPageCurlTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIPageCurlTransitionObject) Time 

func (o CIPageCurlTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CIPageCurlWithShadowTransition 

type CIPageCurlWithShadowTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The angle of the curling page.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/angle
	Angle() float32

	// The image that appears on the back of the source image as the page curls to reveal the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/backsideImage
	BacksideImage() ICIImage

	// The extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/extent
	Extent() corefoundation.CGRect

	// The radius of the curl.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/radius
	Radius() float32

	// The strength of the shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowAmount
	ShadowAmount() float32

	// The rectagular portion of input image that casts a shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowExtent
	ShadowExtent() corefoundation.CGRect

	// The maximum size, in pixels, of the shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowSize
	ShadowSize() float32

	// The angle of the curling page.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/angle
	SetAngle(value float32)

	// The image that appears on the back of the source image as the page curls to reveal the target image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/backsideImage
	SetBacksideImage(value ICIImage)

	// The extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/extent
	SetExtent(value corefoundation.CGRect)

	// The radius of the curl.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/radius
	SetRadius(value float32)

	// The strength of the shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowAmount
	SetShadowAmount(value float32)

	// The rectagular portion of input image that casts a shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowExtent
	SetShadowExtent(value corefoundation.CGRect)

	// The maximum size, in pixels, of the shadow.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowSize
	SetShadowSize(value float32)
}

The properties you use to configure a page-curl-with-shadow transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition

type CIPageCurlWithShadowTransitionObject 

type CIPageCurlWithShadowTransitionObject struct {
	objectivec.Object
}

CIPageCurlWithShadowTransitionObject wraps an existing Objective-C object that conforms to the CIPageCurlWithShadowTransition protocol.

func CIPageCurlWithShadowTransitionObjectFromID 

func CIPageCurlWithShadowTransitionObjectFromID(id objc.ID) CIPageCurlWithShadowTransitionObject

CIPageCurlWithShadowTransitionObjectFromID constructs a CIPageCurlWithShadowTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPageCurlWithShadowTransitionObject) Angle 

func (o CIPageCurlWithShadowTransitionObject) Angle() float32

The angle of the curling page.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/angle

func (CIPageCurlWithShadowTransitionObject) BacksideImage 

func (o CIPageCurlWithShadowTransitionObject) BacksideImage() ICIImage

The image that appears on the back of the source image as the page curls to reveal the target image.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/backsideImage

func (CIPageCurlWithShadowTransitionObject) BaseObject 

func (o CIPageCurlWithShadowTransitionObject) BaseObject() objectivec.Object

func (CIPageCurlWithShadowTransitionObject) Extent 

func (o CIPageCurlWithShadowTransitionObject) Extent() corefoundation.CGRect

The extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/extent

func (CIPageCurlWithShadowTransitionObject) InputImage 

func (o CIPageCurlWithShadowTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIPageCurlWithShadowTransitionObject) OutputImage 

func (o CIPageCurlWithShadowTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPageCurlWithShadowTransitionObject) Radius 

func (o CIPageCurlWithShadowTransitionObject) Radius() float32

The radius of the curl.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/radius

func (CIPageCurlWithShadowTransitionObject) SetAngle 

func (o CIPageCurlWithShadowTransitionObject) SetAngle(value float32)

func (CIPageCurlWithShadowTransitionObject) SetBacksideImage 

func (o CIPageCurlWithShadowTransitionObject) SetBacksideImage(value ICIImage)

func (CIPageCurlWithShadowTransitionObject) SetExtent 

func (o CIPageCurlWithShadowTransitionObject) SetExtent(value corefoundation.CGRect)

func (CIPageCurlWithShadowTransitionObject) SetInputImage 

func (o CIPageCurlWithShadowTransitionObject) SetInputImage(value ICIImage)

func (CIPageCurlWithShadowTransitionObject) SetRadius 

func (o CIPageCurlWithShadowTransitionObject) SetRadius(value float32)

func (CIPageCurlWithShadowTransitionObject) SetShadowAmount 

func (o CIPageCurlWithShadowTransitionObject) SetShadowAmount(value float32)

func (CIPageCurlWithShadowTransitionObject) SetShadowExtent 

func (o CIPageCurlWithShadowTransitionObject) SetShadowExtent(value corefoundation.CGRect)

func (CIPageCurlWithShadowTransitionObject) SetShadowSize 

func (o CIPageCurlWithShadowTransitionObject) SetShadowSize(value float32)

func (CIPageCurlWithShadowTransitionObject) SetTargetImage 

func (o CIPageCurlWithShadowTransitionObject) SetTargetImage(value ICIImage)

func (CIPageCurlWithShadowTransitionObject) SetTime 

func (o CIPageCurlWithShadowTransitionObject) SetTime(value float32)

func (CIPageCurlWithShadowTransitionObject) ShadowAmount 

func (o CIPageCurlWithShadowTransitionObject) ShadowAmount() float32

The strength of the shadow.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowAmount

func (CIPageCurlWithShadowTransitionObject) ShadowExtent 

func (o CIPageCurlWithShadowTransitionObject) ShadowExtent() corefoundation.CGRect

The rectagular portion of input image that casts a shadow.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowExtent

func (CIPageCurlWithShadowTransitionObject) ShadowSize 

func (o CIPageCurlWithShadowTransitionObject) ShadowSize() float32

The maximum size, in pixels, of the shadow.

See: https://developer.apple.com/documentation/CoreImage/CIPageCurlWithShadowTransition/shadowSize

func (CIPageCurlWithShadowTransitionObject) TargetImage 

func (o CIPageCurlWithShadowTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIPageCurlWithShadowTransitionObject) Time 

func (o CIPageCurlWithShadowTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CIPaletteCentroid 

type CIPaletteCentroid interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/inputImage
	InputImage() ICIImage

	// The input color palette, obtained by using a k-means clustering filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/paletteImage
	PaletteImage() ICIImage

	// A Boolean value that specifies whether the filter applies the color palette in a perceptual color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/perceptual
	Perceptual() bool

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/inputImage
	SetInputImage(value ICIImage)

	// The input color palette, obtained by using a k-means clustering filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/paletteImage
	SetPaletteImage(value ICIImage)

	// A Boolean value that specifies whether the filter applies the color palette in a perceptual color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/perceptual
	SetPerceptual(value bool)
}

The properties you use to configure a palette centroid filter.

See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid

type CIPaletteCentroidObject 

type CIPaletteCentroidObject struct {
	objectivec.Object
}

CIPaletteCentroidObject wraps an existing Objective-C object that conforms to the CIPaletteCentroid protocol.

func CIPaletteCentroidObjectFromID 

func CIPaletteCentroidObjectFromID(id objc.ID) CIPaletteCentroidObject

CIPaletteCentroidObjectFromID constructs a CIPaletteCentroidObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPaletteCentroidObject) BaseObject 

func (o CIPaletteCentroidObject) BaseObject() objectivec.Object

func (CIPaletteCentroidObject) InputImage 

func (o CIPaletteCentroidObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/inputImage

func (CIPaletteCentroidObject) OutputImage 

func (o CIPaletteCentroidObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPaletteCentroidObject) PaletteImage 

func (o CIPaletteCentroidObject) PaletteImage() ICIImage

The input color palette, obtained by using a k-means clustering filter.

See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/paletteImage

func (CIPaletteCentroidObject) Perceptual 

func (o CIPaletteCentroidObject) Perceptual() bool

A Boolean value that specifies whether the filter applies the color palette in a perceptual color space.

See: https://developer.apple.com/documentation/CoreImage/CIPaletteCentroid/perceptual

func (CIPaletteCentroidObject) SetInputImage 

func (o CIPaletteCentroidObject) SetInputImage(value ICIImage)

func (CIPaletteCentroidObject) SetPaletteImage 

func (o CIPaletteCentroidObject) SetPaletteImage(value ICIImage)

func (CIPaletteCentroidObject) SetPerceptual 

func (o CIPaletteCentroidObject) SetPerceptual(value bool)

type CIPalettize 

type CIPalettize interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPalettize/inputImage
	InputImage() ICIImage

	// The input color palette, obtained by using a k-means clustering filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPalettize/paletteImage
	PaletteImage() ICIImage

	// A Boolean value that specifies whether the filter applies the color palette in a perceptual color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPalettize/perceptual
	Perceptual() bool

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPalettize/inputImage
	SetInputImage(value ICIImage)

	// The input color palette, obtained by using a k-means clustering filter.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPalettize/paletteImage
	SetPaletteImage(value ICIImage)

	// A Boolean value that specifies whether the filter applies the color palette in a perceptual color space.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPalettize/perceptual
	SetPerceptual(value bool)
}

The properties you use to configure a palettize filter.

See: https://developer.apple.com/documentation/CoreImage/CIPalettize

type CIPalettizeObject 

type CIPalettizeObject struct {
	objectivec.Object
}

CIPalettizeObject wraps an existing Objective-C object that conforms to the CIPalettize protocol.

func CIPalettizeObjectFromID 

func CIPalettizeObjectFromID(id objc.ID) CIPalettizeObject

CIPalettizeObjectFromID constructs a CIPalettizeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPalettizeObject) BaseObject 

func (o CIPalettizeObject) BaseObject() objectivec.Object

func (CIPalettizeObject) InputImage 

func (o CIPalettizeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIPalettize/inputImage

func (CIPalettizeObject) OutputImage 

func (o CIPalettizeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPalettizeObject) PaletteImage 

func (o CIPalettizeObject) PaletteImage() ICIImage

The input color palette, obtained by using a k-means clustering filter.

See: https://developer.apple.com/documentation/CoreImage/CIPalettize/paletteImage

func (CIPalettizeObject) Perceptual 

func (o CIPalettizeObject) Perceptual() bool

A Boolean value that specifies whether the filter applies the color palette in a perceptual color space.

See: https://developer.apple.com/documentation/CoreImage/CIPalettize/perceptual

func (CIPalettizeObject) SetInputImage 

func (o CIPalettizeObject) SetInputImage(value ICIImage)

func (CIPalettizeObject) SetPaletteImage 

func (o CIPalettizeObject) SetPaletteImage(value ICIImage)

func (CIPalettizeObject) SetPerceptual 

func (o CIPalettizeObject) SetPerceptual(value bool)

type CIParallelogramTile 

type CIParallelogramTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The primary angle for the repeating parallelogram tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/acuteAngle
	AcuteAngle() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/width
	Width() float32

	// The primary angle for the repeating parallelogram tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/acuteAngle
	SetAcuteAngle(value float32)

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/width
	SetWidth(value float32)
}

The properties you use to configure a parallelogram tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile

type CIParallelogramTileObject 

type CIParallelogramTileObject struct {
	objectivec.Object
}

CIParallelogramTileObject wraps an existing Objective-C object that conforms to the CIParallelogramTile protocol.

func CIParallelogramTileObjectFromID 

func CIParallelogramTileObjectFromID(id objc.ID) CIParallelogramTileObject

CIParallelogramTileObjectFromID constructs a CIParallelogramTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIParallelogramTileObject) AcuteAngle 

func (o CIParallelogramTileObject) AcuteAngle() float32

The primary angle for the repeating parallelogram tile.

See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/acuteAngle

func (CIParallelogramTileObject) Angle 

func (o CIParallelogramTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/angle

func (CIParallelogramTileObject) BaseObject 

func (o CIParallelogramTileObject) BaseObject() objectivec.Object

func (CIParallelogramTileObject) Center 

func (o CIParallelogramTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/center

func (CIParallelogramTileObject) InputImage 

func (o CIParallelogramTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/inputImage

func (CIParallelogramTileObject) OutputImage 

func (o CIParallelogramTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIParallelogramTileObject) SetAcuteAngle 

func (o CIParallelogramTileObject) SetAcuteAngle(value float32)

func (CIParallelogramTileObject) SetAngle 

func (o CIParallelogramTileObject) SetAngle(value float32)

func (CIParallelogramTileObject) SetCenter 

func (o CIParallelogramTileObject) SetCenter(value corefoundation.CGPoint)

func (CIParallelogramTileObject) SetInputImage 

func (o CIParallelogramTileObject) SetInputImage(value ICIImage)

func (CIParallelogramTileObject) SetWidth 

func (o CIParallelogramTileObject) SetWidth(value float32)

func (CIParallelogramTileObject) Width 

func (o CIParallelogramTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIParallelogramTile/width

type CIPersonSegmentation 

type CIPersonSegmentation interface {
	objectivec.IObject
	CIFilterProtocol

	// InputImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPersonSegmentation/inputImage
	InputImage() ICIImage

	// QualityLevel protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPersonSegmentation/qualityLevel
	QualityLevel() uint

	// inputImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPersonSegmentation/inputImage
	SetInputImage(value ICIImage)

	// qualityLevel protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPersonSegmentation/qualityLevel
	SetQualityLevel(value uint)
}

CIPersonSegmentation protocol.

See: https://developer.apple.com/documentation/CoreImage/CIPersonSegmentation

type CIPersonSegmentationObject 

type CIPersonSegmentationObject struct {
	objectivec.Object
}

CIPersonSegmentationObject wraps an existing Objective-C object that conforms to the CIPersonSegmentation protocol.

func CIPersonSegmentationObjectFromID 

func CIPersonSegmentationObjectFromID(id objc.ID) CIPersonSegmentationObject

CIPersonSegmentationObjectFromID constructs a CIPersonSegmentationObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPersonSegmentationObject) BaseObject 

func (o CIPersonSegmentationObject) BaseObject() objectivec.Object

func (CIPersonSegmentationObject) InputImage 

func (o CIPersonSegmentationObject) InputImage() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIPersonSegmentation/inputImage

func (CIPersonSegmentationObject) OutputImage 

func (o CIPersonSegmentationObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPersonSegmentationObject) QualityLevel 

func (o CIPersonSegmentationObject) QualityLevel() uint

See: https://developer.apple.com/documentation/CoreImage/CIPersonSegmentation/qualityLevel

func (CIPersonSegmentationObject) SetInputImage 

func (o CIPersonSegmentationObject) SetInputImage(value ICIImage)

func (CIPersonSegmentationObject) SetQualityLevel 

func (o CIPersonSegmentationObject) SetQualityLevel(value uint)

type CIPerspectiveCorrection 

type CIPerspectiveCorrection interface {
	objectivec.IObject
	CIFilterProtocol
	CIFourCoordinateGeometryFilter

	// A rectangle that specifies the extent of the corrected image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveCorrection/crop
	Crop() bool

	// A rectangle that specifies the extent of the corrected image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveCorrection/crop
	SetCrop(value bool)
}

The properties you use to configure a perspective correction filter.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveCorrection

type CIPerspectiveCorrectionObject 

type CIPerspectiveCorrectionObject struct {
	objectivec.Object
}

CIPerspectiveCorrectionObject wraps an existing Objective-C object that conforms to the CIPerspectiveCorrection protocol.

func CIPerspectiveCorrectionObjectFromID 

func CIPerspectiveCorrectionObjectFromID(id objc.ID) CIPerspectiveCorrectionObject

CIPerspectiveCorrectionObjectFromID constructs a CIPerspectiveCorrectionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPerspectiveCorrectionObject) BaseObject 

func (o CIPerspectiveCorrectionObject) BaseObject() objectivec.Object

func (CIPerspectiveCorrectionObject) BottomLeft 

func (o CIPerspectiveCorrectionObject) BottomLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft

func (CIPerspectiveCorrectionObject) BottomRight 

func (o CIPerspectiveCorrectionObject) BottomRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight

func (CIPerspectiveCorrectionObject) Crop 

func (o CIPerspectiveCorrectionObject) Crop() bool

A rectangle that specifies the extent of the corrected image.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveCorrection/crop

func (CIPerspectiveCorrectionObject) InputImage 

func (o CIPerspectiveCorrectionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage

func (CIPerspectiveCorrectionObject) OutputImage 

func (o CIPerspectiveCorrectionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPerspectiveCorrectionObject) SetBottomLeft 

func (o CIPerspectiveCorrectionObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIPerspectiveCorrectionObject) SetBottomRight 

func (o CIPerspectiveCorrectionObject) SetBottomRight(value corefoundation.CGPoint)

func (CIPerspectiveCorrectionObject) SetCrop 

func (o CIPerspectiveCorrectionObject) SetCrop(value bool)

func (CIPerspectiveCorrectionObject) SetInputImage 

func (o CIPerspectiveCorrectionObject) SetInputImage(value ICIImage)

func (CIPerspectiveCorrectionObject) SetTopLeft 

func (o CIPerspectiveCorrectionObject) SetTopLeft(value corefoundation.CGPoint)

func (CIPerspectiveCorrectionObject) SetTopRight 

func (o CIPerspectiveCorrectionObject) SetTopRight(value corefoundation.CGPoint)

func (CIPerspectiveCorrectionObject) TopLeft 

func (o CIPerspectiveCorrectionObject) TopLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft

func (CIPerspectiveCorrectionObject) TopRight 

func (o CIPerspectiveCorrectionObject) TopRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight

type CIPerspectiveRotate 

type CIPerspectiveRotate interface {
	objectivec.IObject
	CIFilterProtocol

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/focalLength
	FocalLength() float32

	// The image to process.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/inputImage
	InputImage() ICIImage

	// The pitch angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/pitch
	Pitch() float32

	// The roll angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/roll
	Roll() float32

	// The yaw angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/yaw
	Yaw() float32

	// The 35mm equivalent focal length of the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/focalLength
	SetFocalLength(value float32)

	// The image to process.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/inputImage
	SetInputImage(value ICIImage)

	// The pitch angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/pitch
	SetPitch(value float32)

	// The roll angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/roll
	SetRoll(value float32)

	// The yaw angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/yaw
	SetYaw(value float32)
}

The properties you use to configure a perspective rotate filter.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate

type CIPerspectiveRotateObject 

type CIPerspectiveRotateObject struct {
	objectivec.Object
}

CIPerspectiveRotateObject wraps an existing Objective-C object that conforms to the CIPerspectiveRotate protocol.

func CIPerspectiveRotateObjectFromID 

func CIPerspectiveRotateObjectFromID(id objc.ID) CIPerspectiveRotateObject

CIPerspectiveRotateObjectFromID constructs a CIPerspectiveRotateObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPerspectiveRotateObject) BaseObject 

func (o CIPerspectiveRotateObject) BaseObject() objectivec.Object

func (CIPerspectiveRotateObject) FocalLength 

func (o CIPerspectiveRotateObject) FocalLength() float32

The 35mm equivalent focal length of the input image.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/focalLength

func (CIPerspectiveRotateObject) InputImage 

func (o CIPerspectiveRotateObject) InputImage() ICIImage

The image to process.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/inputImage

func (CIPerspectiveRotateObject) OutputImage 

func (o CIPerspectiveRotateObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPerspectiveRotateObject) Pitch 

func (o CIPerspectiveRotateObject) Pitch() float32

The pitch angle, in radians.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/pitch

func (CIPerspectiveRotateObject) Roll 

func (o CIPerspectiveRotateObject) Roll() float32

The roll angle, in radians.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/roll

func (CIPerspectiveRotateObject) SetFocalLength 

func (o CIPerspectiveRotateObject) SetFocalLength(value float32)

func (CIPerspectiveRotateObject) SetInputImage 

func (o CIPerspectiveRotateObject) SetInputImage(value ICIImage)

func (CIPerspectiveRotateObject) SetPitch 

func (o CIPerspectiveRotateObject) SetPitch(value float32)

func (CIPerspectiveRotateObject) SetRoll 

func (o CIPerspectiveRotateObject) SetRoll(value float32)

func (CIPerspectiveRotateObject) SetYaw 

func (o CIPerspectiveRotateObject) SetYaw(value float32)

func (CIPerspectiveRotateObject) Yaw 

func (o CIPerspectiveRotateObject) Yaw() float32

The yaw angle, in radians.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveRotate/yaw

type CIPerspectiveTile 

type CIPerspectiveTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The bottom-left coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/bottomLeft
	BottomLeft() corefoundation.CGPoint

	// The bottom-right coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/bottomRight
	BottomRight() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/inputImage
	InputImage() ICIImage

	// The top-left coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/topLeft
	TopLeft() corefoundation.CGPoint

	// The top-right coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/topRight
	TopRight() corefoundation.CGPoint

	// The bottom-left coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/bottomLeft
	SetBottomLeft(value corefoundation.CGPoint)

	// The bottom-right coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/bottomRight
	SetBottomRight(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/inputImage
	SetInputImage(value ICIImage)

	// The top-left coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/topLeft
	SetTopLeft(value corefoundation.CGPoint)

	// The top-right coordinate of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/topRight
	SetTopRight(value corefoundation.CGPoint)
}

The properties you use to configure a perspective tile filter.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile

type CIPerspectiveTileObject 

type CIPerspectiveTileObject struct {
	objectivec.Object
}

CIPerspectiveTileObject wraps an existing Objective-C object that conforms to the CIPerspectiveTile protocol.

func CIPerspectiveTileObjectFromID 

func CIPerspectiveTileObjectFromID(id objc.ID) CIPerspectiveTileObject

CIPerspectiveTileObjectFromID constructs a CIPerspectiveTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPerspectiveTileObject) BaseObject 

func (o CIPerspectiveTileObject) BaseObject() objectivec.Object

func (CIPerspectiveTileObject) BottomLeft 

func (o CIPerspectiveTileObject) BottomLeft() corefoundation.CGPoint

The bottom-left coordinate of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/bottomLeft

func (CIPerspectiveTileObject) BottomRight 

func (o CIPerspectiveTileObject) BottomRight() corefoundation.CGPoint

The bottom-right coordinate of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/bottomRight

func (CIPerspectiveTileObject) InputImage 

func (o CIPerspectiveTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/inputImage

func (CIPerspectiveTileObject) OutputImage 

func (o CIPerspectiveTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPerspectiveTileObject) SetBottomLeft 

func (o CIPerspectiveTileObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIPerspectiveTileObject) SetBottomRight 

func (o CIPerspectiveTileObject) SetBottomRight(value corefoundation.CGPoint)

func (CIPerspectiveTileObject) SetInputImage 

func (o CIPerspectiveTileObject) SetInputImage(value ICIImage)

func (CIPerspectiveTileObject) SetTopLeft 

func (o CIPerspectiveTileObject) SetTopLeft(value corefoundation.CGPoint)

func (CIPerspectiveTileObject) SetTopRight 

func (o CIPerspectiveTileObject) SetTopRight(value corefoundation.CGPoint)

func (CIPerspectiveTileObject) TopLeft 

func (o CIPerspectiveTileObject) TopLeft() corefoundation.CGPoint

The top-left coordinate of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/topLeft

func (CIPerspectiveTileObject) TopRight 

func (o CIPerspectiveTileObject) TopRight() corefoundation.CGPoint

The top-right coordinate of a tile.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTile/topRight

type CIPerspectiveTransform 

type CIPerspectiveTransform interface {
	objectivec.IObject
	CIFilterProtocol
	CIFourCoordinateGeometryFilter
}

The properties you use to configure a perspective transform filter.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTransform

type CIPerspectiveTransformObject 

type CIPerspectiveTransformObject struct {
	objectivec.Object
}

CIPerspectiveTransformObject wraps an existing Objective-C object that conforms to the CIPerspectiveTransform protocol.

func CIPerspectiveTransformObjectFromID 

func CIPerspectiveTransformObjectFromID(id objc.ID) CIPerspectiveTransformObject

CIPerspectiveTransformObjectFromID constructs a CIPerspectiveTransformObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPerspectiveTransformObject) BaseObject 

func (o CIPerspectiveTransformObject) BaseObject() objectivec.Object

func (CIPerspectiveTransformObject) BottomLeft 

func (o CIPerspectiveTransformObject) BottomLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft

func (CIPerspectiveTransformObject) BottomRight 

func (o CIPerspectiveTransformObject) BottomRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight

func (CIPerspectiveTransformObject) InputImage 

func (o CIPerspectiveTransformObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage

func (CIPerspectiveTransformObject) OutputImage 

func (o CIPerspectiveTransformObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPerspectiveTransformObject) SetBottomLeft 

func (o CIPerspectiveTransformObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIPerspectiveTransformObject) SetBottomRight 

func (o CIPerspectiveTransformObject) SetBottomRight(value corefoundation.CGPoint)

func (CIPerspectiveTransformObject) SetInputImage 

func (o CIPerspectiveTransformObject) SetInputImage(value ICIImage)

func (CIPerspectiveTransformObject) SetTopLeft 

func (o CIPerspectiveTransformObject) SetTopLeft(value corefoundation.CGPoint)

func (CIPerspectiveTransformObject) SetTopRight 

func (o CIPerspectiveTransformObject) SetTopRight(value corefoundation.CGPoint)

func (CIPerspectiveTransformObject) TopLeft 

func (o CIPerspectiveTransformObject) TopLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft

func (CIPerspectiveTransformObject) TopRight 

func (o CIPerspectiveTransformObject) TopRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight

type CIPerspectiveTransformWithExtent 

type CIPerspectiveTransformWithExtent interface {
	objectivec.IObject
	CIFilterProtocol
	CIFourCoordinateGeometryFilter

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTransformWithExtent/extent
	Extent() corefoundation.CGRect

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTransformWithExtent/extent
	SetExtent(value corefoundation.CGRect)
}

The properties you use to configure a perspective transform with extent filter.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTransformWithExtent

type CIPerspectiveTransformWithExtentObject 

type CIPerspectiveTransformWithExtentObject struct {
	objectivec.Object
}

CIPerspectiveTransformWithExtentObject wraps an existing Objective-C object that conforms to the CIPerspectiveTransformWithExtent protocol.

func CIPerspectiveTransformWithExtentObjectFromID 

func CIPerspectiveTransformWithExtentObjectFromID(id objc.ID) CIPerspectiveTransformWithExtentObject

CIPerspectiveTransformWithExtentObjectFromID constructs a CIPerspectiveTransformWithExtentObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPerspectiveTransformWithExtentObject) BaseObject 

func (o CIPerspectiveTransformWithExtentObject) BaseObject() objectivec.Object

func (CIPerspectiveTransformWithExtentObject) BottomLeft 

func (o CIPerspectiveTransformWithExtentObject) BottomLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomLeft

func (CIPerspectiveTransformWithExtentObject) BottomRight 

func (o CIPerspectiveTransformWithExtentObject) BottomRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/bottomRight

func (CIPerspectiveTransformWithExtentObject) Extent 

func (o CIPerspectiveTransformWithExtentObject) Extent() corefoundation.CGRect

A rectangle that defines the extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIPerspectiveTransformWithExtent/extent

func (CIPerspectiveTransformWithExtentObject) InputImage 

func (o CIPerspectiveTransformWithExtentObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/inputImage

func (CIPerspectiveTransformWithExtentObject) OutputImage 

func (o CIPerspectiveTransformWithExtentObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPerspectiveTransformWithExtentObject) SetBottomLeft 

func (o CIPerspectiveTransformWithExtentObject) SetBottomLeft(value corefoundation.CGPoint)

func (CIPerspectiveTransformWithExtentObject) SetBottomRight 

func (o CIPerspectiveTransformWithExtentObject) SetBottomRight(value corefoundation.CGPoint)

func (CIPerspectiveTransformWithExtentObject) SetExtent 

func (o CIPerspectiveTransformWithExtentObject) SetExtent(value corefoundation.CGRect)

func (CIPerspectiveTransformWithExtentObject) SetInputImage 

func (o CIPerspectiveTransformWithExtentObject) SetInputImage(value ICIImage)

func (CIPerspectiveTransformWithExtentObject) SetTopLeft 

func (o CIPerspectiveTransformWithExtentObject) SetTopLeft(value corefoundation.CGPoint)

func (CIPerspectiveTransformWithExtentObject) SetTopRight 

func (o CIPerspectiveTransformWithExtentObject) SetTopRight(value corefoundation.CGPoint)

func (CIPerspectiveTransformWithExtentObject) TopLeft 

func (o CIPerspectiveTransformWithExtentObject) TopLeft() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topLeft

func (CIPerspectiveTransformWithExtentObject) TopRight 

func (o CIPerspectiveTransformWithExtentObject) TopRight() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIFourCoordinateGeometryFilter/topRight

type CIPhotoEffect 

type CIPhotoEffect interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPhotoEffect/inputImage
	InputImage() ICIImage

	// Extrapolate for RGB values outside of the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPhotoEffect/extrapolate
	Extrapolate() bool

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPhotoEffect/inputImage
	SetInputImage(value ICIImage)

	// Extrapolate for RGB values outside of the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPhotoEffect/extrapolate
	SetExtrapolate(value bool)
}

The properties you use to configure a photo-effect filter.

See: https://developer.apple.com/documentation/CoreImage/CIPhotoEffect

type CIPhotoEffectObject 

type CIPhotoEffectObject struct {
	objectivec.Object
}

CIPhotoEffectObject wraps an existing Objective-C object that conforms to the CIPhotoEffect protocol.

func CIPhotoEffectObjectFromID 

func CIPhotoEffectObjectFromID(id objc.ID) CIPhotoEffectObject

CIPhotoEffectObjectFromID constructs a CIPhotoEffectObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPhotoEffectObject) BaseObject 

func (o CIPhotoEffectObject) BaseObject() objectivec.Object

func (CIPhotoEffectObject) Extrapolate 

func (o CIPhotoEffectObject) Extrapolate() bool

Extrapolate for RGB values outside of the range 0.0 to 1.0.

See: https://developer.apple.com/documentation/CoreImage/CIPhotoEffect/extrapolate

func (CIPhotoEffectObject) InputImage 

func (o CIPhotoEffectObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIPhotoEffect/inputImage

func (CIPhotoEffectObject) OutputImage 

func (o CIPhotoEffectObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPhotoEffectObject) SetExtrapolate 

func (o CIPhotoEffectObject) SetExtrapolate(value bool)

func (CIPhotoEffectObject) SetInputImage 

func (o CIPhotoEffectObject) SetInputImage(value ICIImage)

type CIPinchDistortion 

type CIPinchDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/radius
	Radius() float32

	// Scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/scale
	Scale() float32

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/radius
	SetRadius(value float32)

	// scale protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/scale
	SetScale(value float32)
}

CIPinchDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion

type CIPinchDistortionObject 

type CIPinchDistortionObject struct {
	objectivec.Object
}

CIPinchDistortionObject wraps an existing Objective-C object that conforms to the CIPinchDistortion protocol.

func CIPinchDistortionObjectFromID 

func CIPinchDistortionObjectFromID(id objc.ID) CIPinchDistortionObject

CIPinchDistortionObjectFromID constructs a CIPinchDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPinchDistortionObject) BaseObject 

func (o CIPinchDistortionObject) BaseObject() objectivec.Object

func (CIPinchDistortionObject) Center 

func (o CIPinchDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/center

func (CIPinchDistortionObject) InputImage 

func (o CIPinchDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/inputImage

func (CIPinchDistortionObject) OutputImage 

func (o CIPinchDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPinchDistortionObject) Radius 

func (o CIPinchDistortionObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/radius

func (CIPinchDistortionObject) Scale 

func (o CIPinchDistortionObject) Scale() float32

See: https://developer.apple.com/documentation/CoreImage/CIPinchDistortion/scale

func (CIPinchDistortionObject) SetCenter 

func (o CIPinchDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CIPinchDistortionObject) SetInputImage 

func (o CIPinchDistortionObject) SetInputImage(value ICIImage)

func (CIPinchDistortionObject) SetRadius 

func (o CIPinchDistortionObject) SetRadius(value float32)

func (CIPinchDistortionObject) SetScale 

func (o CIPinchDistortionObject) SetScale(value float32)

type CIPixellate 

type CIPixellate interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPixellate/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPixellate/inputImage
	InputImage() ICIImage

	// A value that determines the size of the squares.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPixellate/scale
	Scale() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPixellate/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPixellate/inputImage
	SetInputImage(value ICIImage)

	// A value that determines the size of the squares.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPixellate/scale
	SetScale(value float32)
}

The properties you use to configure a pixellate filter.

See: https://developer.apple.com/documentation/CoreImage/CIPixellate

type CIPixellateObject 

type CIPixellateObject struct {
	objectivec.Object
}

CIPixellateObject wraps an existing Objective-C object that conforms to the CIPixellate protocol.

func CIPixellateObjectFromID 

func CIPixellateObjectFromID(id objc.ID) CIPixellateObject

CIPixellateObjectFromID constructs a CIPixellateObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPixellateObject) BaseObject 

func (o CIPixellateObject) BaseObject() objectivec.Object

func (CIPixellateObject) Center 

func (o CIPixellateObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIPixellate/center

func (CIPixellateObject) InputImage 

func (o CIPixellateObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIPixellate/inputImage

func (CIPixellateObject) OutputImage 

func (o CIPixellateObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPixellateObject) Scale 

func (o CIPixellateObject) Scale() float32

A value that determines the size of the squares.

See: https://developer.apple.com/documentation/CoreImage/CIPixellate/scale

func (CIPixellateObject) SetCenter 

func (o CIPixellateObject) SetCenter(value corefoundation.CGPoint)

func (CIPixellateObject) SetInputImage 

func (o CIPixellateObject) SetInputImage(value ICIImage)

func (CIPixellateObject) SetScale 

func (o CIPixellateObject) SetScale(value float32)

type CIPlugIn 

type CIPlugIn struct {
	objectivec.Object
}

The mechanism for loading image units in macOS.

Overview

An image unit is an image processing bundle that contains one or more Core Image filters. Th`e.Plugin()` extension indicates one or more filters packaged as an image unit.

See: https://developer.apple.com/documentation/CoreImage/CIPlugIn

func CIPlugInFromID 

func CIPlugInFromID(id objc.ID) CIPlugIn

CIPlugInFromID constructs a CIPlugIn from an objc.ID.

The mechanism for loading image units in macOS.

func NewCIPlugIn 

func NewCIPlugIn() CIPlugIn

NewCIPlugIn creates a new CIPlugIn instance.

func (CIPlugIn) Autorelease 

func (p CIPlugIn) Autorelease() CIPlugIn

Autorelease adds the receiver to the current autorelease pool.

func (CIPlugIn) Init 

func (p CIPlugIn) Init() CIPlugIn

Init initializes the instance.

type CIPlugInClass 

type CIPlugInClass struct {
	// contains filtered or unexported fields
}

func GetCIPlugInClass 

func GetCIPlugInClass() CIPlugInClass

GetCIPlugInClass returns the class object for CIPlugIn.

func (CIPlugInClass) Alloc 

func (cc CIPlugInClass) Alloc() CIPlugIn

Alloc allocates memory for a new instance of the class.

func (CIPlugInClass) LoadNonExecutablePlugIn 

func (_CIPlugInClass CIPlugInClass) LoadNonExecutablePlugIn(url foundation.INSURL)

Loads a non-executable plug-in specified by its URL.

url: The location of the plugin to load.

Discussion

If the filters contain executable code the plugin isn’t loaded.

See: https://developer.apple.com/documentation/CoreImage/CIPlugIn/loadNonExecutablePlugIn(_:)

func (CIPlugInClass) LoadNonExecutablePlugIns 

func (_CIPlugInClass CIPlugInClass) LoadNonExecutablePlugIns()

Scans directories for plugins.

Discussion

This call scans for plugins with the extension `XCUIElementTypePlugin` in the following directories:

- /Library/Graphics/Image Units - ~Library/Graphics/Image Units

This call adds new plug-ins. It doesn’t remove any plug-ins.

See: https://developer.apple.com/documentation/CoreImage/CIPlugIn/loadNonExecutablePlugIns()

type CIPlugInRegistration 

type CIPlugInRegistration interface {
	objectivec.IObject

	// Loads and initializes an image unit, performing custom tasks as needed.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPlugInRegistration/load(_:)
	Load(host unsafe.Pointer) bool
}

The interface for loading Core Image image units.

See: https://developer.apple.com/documentation/CoreImage/CIPlugInRegistration

type CIPlugInRegistrationObject 

type CIPlugInRegistrationObject struct {
	objectivec.Object
}

CIPlugInRegistrationObject wraps an existing Objective-C object that conforms to the CIPlugInRegistration protocol.

func CIPlugInRegistrationObjectFromID 

func CIPlugInRegistrationObjectFromID(id objc.ID) CIPlugInRegistrationObject

CIPlugInRegistrationObjectFromID constructs a CIPlugInRegistrationObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPlugInRegistrationObject) BaseObject 

func (o CIPlugInRegistrationObject) BaseObject() objectivec.Object

func (CIPlugInRegistrationObject) Load 

func (o CIPlugInRegistrationObject) Load(host unsafe.Pointer) bool

Loads and initializes an image unit, performing custom tasks as needed.

host: Reserved for future use.

Return Value

Returns `true` if the image unit is successfully initialized

Discussion

The `load` method is called once by the host to initialize the image unit when the first filter in the image unit is instantiated. The method provides the image unit with an opportunity to perform custom initialization, such as a registration check.

See: https://developer.apple.com/documentation/CoreImage/CIPlugInRegistration/load(_:)

type CIPointillize 

type CIPointillize interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPointillize/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPointillize/inputImage
	InputImage() ICIImage

	// The radius of the circles in the resulting pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPointillize/radius
	Radius() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPointillize/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPointillize/inputImage
	SetInputImage(value ICIImage)

	// The radius of the circles in the resulting pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIPointillize/radius
	SetRadius(value float32)
}

The properties you use to configure a pointillize filter.

See: https://developer.apple.com/documentation/CoreImage/CIPointillize

type CIPointillizeObject 

type CIPointillizeObject struct {
	objectivec.Object
}

CIPointillizeObject wraps an existing Objective-C object that conforms to the CIPointillize protocol.

func CIPointillizeObjectFromID 

func CIPointillizeObjectFromID(id objc.ID) CIPointillizeObject

CIPointillizeObjectFromID constructs a CIPointillizeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIPointillizeObject) BaseObject 

func (o CIPointillizeObject) BaseObject() objectivec.Object

func (CIPointillizeObject) Center 

func (o CIPointillizeObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIPointillize/center

func (CIPointillizeObject) InputImage 

func (o CIPointillizeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIPointillize/inputImage

func (CIPointillizeObject) OutputImage 

func (o CIPointillizeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIPointillizeObject) Radius 

func (o CIPointillizeObject) Radius() float32

The radius of the circles in the resulting pattern.

See: https://developer.apple.com/documentation/CoreImage/CIPointillize/radius

func (CIPointillizeObject) SetCenter 

func (o CIPointillizeObject) SetCenter(value corefoundation.CGPoint)

func (CIPointillizeObject) SetInputImage 

func (o CIPointillizeObject) SetInputImage(value ICIImage)

func (CIPointillizeObject) SetRadius 

func (o CIPointillizeObject) SetRadius(value float32)

type CIQRCodeDescriptor 

type CIQRCodeDescriptor struct {
	CIBarcodeDescriptor
}

A concrete subclass of the Core Image Barcode Descriptor that represents a square QR code symbol.

Overview

ISO/IEC 18004 defines versions from 1 to 40, where a higher symbol version indicates a larger data-carrying capacity. QR Codes can encode text, vCard contact information, or Uniform Resource Identifiers (URI).

Creating a Descriptor

Examining a Descriptor

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor

func CIQRCodeDescriptorFromID 

func CIQRCodeDescriptorFromID(id objc.ID) CIQRCodeDescriptor

CIQRCodeDescriptorFromID constructs a CIQRCodeDescriptor from an objc.ID.

A concrete subclass of the Core Image Barcode Descriptor that represents a square QR code symbol.

func NewCIQRCodeDescriptor 

func NewCIQRCodeDescriptor() CIQRCodeDescriptor

NewCIQRCodeDescriptor creates a new CIQRCodeDescriptor instance.

func NewQRCodeDescriptorWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel 

func NewQRCodeDescriptorWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel(errorCorrectedPayload foundation.INSData, symbolVersion int, maskPattern uint8, errorCorrectionLevel CIQRCodeErrorCorrectionLevel) CIQRCodeDescriptor

Initializes a QR code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the QR code symbol.

symbolVersion: The symbol version, from 1 through 40.

maskPattern: The mask pattern to use in the QR code, from 0 to 7.

errorCorrectionLevel: The QR code’s error correction level: L, M, Q, or H.

Return Value

An initialized CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/init(payload:symbolVersion:maskPattern:errorCorrectionLevel:)

func (CIQRCodeDescriptor) Autorelease 

func (q CIQRCodeDescriptor) Autorelease() CIQRCodeDescriptor

Autorelease adds the receiver to the current autorelease pool.

func (CIQRCodeDescriptor) ErrorCorrectedPayload 

func (q CIQRCodeDescriptor) ErrorCorrectedPayload() foundation.INSData

The error-corrected codeword payload that comprises the QR code symbol.

Discussion

QR Codes are formally specified in ISO/IEC 18004:2006(E). Section 6.4.10 “Bitstream to codeword conversion” specifies the set of 8-bit codewords in the symbol immediately prior to splitting the message into blocks and applying error correction.

During decode, error correction is applied and if successful, the message is re-ordered to the state immediately following “Bitstream to codeword conversion.”

The `errorCorrectedPayload` corresponds to this sequence of 8-bit codewords.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/errorCorrectedPayload-swift.property

func (CIQRCodeDescriptor) ErrorCorrectionLevel 

func (q CIQRCodeDescriptor) ErrorCorrectionLevel() CIQRCodeErrorCorrectionLevel

The error correction level of the QR code symbol.

Discussion

QR Codes support four levels of Reed-Solomon error correction.

The possible error correction levels are enumerated in CIDataMatrixCodeDescriptor.ECCVersion.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/errorCorrectionLevel-swift.property

func (CIQRCodeDescriptor) Init 

func (q CIQRCodeDescriptor) Init() CIQRCodeDescriptor

Init initializes the instance.

func (CIQRCodeDescriptor) InitWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel 

func (q CIQRCodeDescriptor) InitWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel(errorCorrectedPayload foundation.INSData, symbolVersion int, maskPattern uint8, errorCorrectionLevel CIQRCodeErrorCorrectionLevel) CIQRCodeDescriptor

Initializes a QR code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the QR code symbol.

symbolVersion: The symbol version, from 1 through 40.

maskPattern: The mask pattern to use in the QR code, from 0 to 7.

errorCorrectionLevel: The QR code’s error correction level: L, M, Q, or H.

Return Value

An initialized CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/init(payload:symbolVersion:maskPattern:errorCorrectionLevel:)

func (CIQRCodeDescriptor) MaskPattern 

func (q CIQRCodeDescriptor) MaskPattern() uint8

The data mask pattern for the QR code symbol.

Discussion

QR Codes support eight data mask patterns, which are used to avoid large black or large white areas inside the symbol body. Valid values range from 0 to 7.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/maskPattern-swift.property

func (CIQRCodeDescriptor) SymbolVersion 

func (q CIQRCodeDescriptor) SymbolVersion() int

The version of the QR code which corresponds to the size of the QR code symbol.

Discussion

ISO/IEC 18004 defines versions from 1 to 40, where a higher symbol version indicates a larger data-carrying capacity. This field is required in order to properly interpret the error corrected payload.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/symbolVersion-swift.property

type CIQRCodeDescriptorClass 

type CIQRCodeDescriptorClass struct {
	// contains filtered or unexported fields
}

func GetCIQRCodeDescriptorClass 

func GetCIQRCodeDescriptorClass() CIQRCodeDescriptorClass

GetCIQRCodeDescriptorClass returns the class object for CIQRCodeDescriptor.

func (CIQRCodeDescriptorClass) Alloc 

func (cc CIQRCodeDescriptorClass) Alloc() CIQRCodeDescriptor

Alloc allocates memory for a new instance of the class.

func (CIQRCodeDescriptorClass) DescriptorWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel 

func (_CIQRCodeDescriptorClass CIQRCodeDescriptorClass) DescriptorWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel(errorCorrectedPayload foundation.INSData, symbolVersion int, maskPattern uint8, errorCorrectionLevel CIQRCodeErrorCorrectionLevel) CIQRCodeDescriptor

Creates a QR code descriptor for the given payload and parameters.

errorCorrectedPayload: The data to encode in the QR code symbol.

symbolVersion: The symbol version, from 1 through 40.

maskPattern: The mask pattern to use in the QR code, from 0 to 7.

errorCorrectionLevel: The QR code’s error correction level: L, M, Q, or H.

Return Value

An autoreleased CIAztecCodeDescriptor instance or `nil` if the parameters are invalid

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/descriptorWithPayload:symbolVersion:maskPattern:errorCorrectionLevel:

type CIQRCodeErrorCorrectionLevel 

type CIQRCodeErrorCorrectionLevel int

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/ErrorCorrectionLevel-swift.enum 

const (
	// CIQRCodeErrorCorrectionLevelH: Indicates that approximately 65% of the symbol data is dedicated to error correction.
	CIQRCodeErrorCorrectionLevelH CIQRCodeErrorCorrectionLevel = 3
	// CIQRCodeErrorCorrectionLevelL: Indicates that approximately 20% of the symbol data is dedicated to error correction.
	CIQRCodeErrorCorrectionLevelL CIQRCodeErrorCorrectionLevel = 0
	// CIQRCodeErrorCorrectionLevelM: Indicates that approximately 37% of the symbol data is dedicated to error correction.
	CIQRCodeErrorCorrectionLevelM CIQRCodeErrorCorrectionLevel = 1
	// CIQRCodeErrorCorrectionLevelQ: Indicates that approximately 55% of the symbol data is dedicated to error correction.
	CIQRCodeErrorCorrectionLevelQ CIQRCodeErrorCorrectionLevel = 2
)

func (CIQRCodeErrorCorrectionLevel) String 

func (e CIQRCodeErrorCorrectionLevel) String() string

type CIQRCodeFeature 

type CIQRCodeFeature struct {
	CIFeature
}

Information about a Quick Response code detected in a still or video image.

Overview

A QR code is a two-dimensional barcode using the ISO/IEC 18004:2006 standard. The properties of a CIQRCodeFeature object identify the corners of the barcode in the image perspective and provide the decoded message.

To detect QR codes in an image or video, choose CIQRCodeFeature.CIDetectorTypeQRCode type when initializing a CIDetector object.

Decoding a Detected Barcode

Identifying the Corners of a Detected Barcode

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature

func CIQRCodeFeatureFromID 

func CIQRCodeFeatureFromID(id objc.ID) CIQRCodeFeature

CIQRCodeFeatureFromID constructs a CIQRCodeFeature from an objc.ID.

Information about a Quick Response code detected in a still or video image.

func NewCIQRCodeFeature 

func NewCIQRCodeFeature() CIQRCodeFeature

NewCIQRCodeFeature creates a new CIQRCodeFeature instance.

func (CIQRCodeFeature) Autorelease 

func (q CIQRCodeFeature) Autorelease() CIQRCodeFeature

Autorelease adds the receiver to the current autorelease pool.

func (CIQRCodeFeature) BottomLeft 

func (q CIQRCodeFeature) BottomLeft() corefoundation.CGPoint

The image coordinate of the lower-left corner of the detected QR code.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/bottomLeft-swift.property

func (CIQRCodeFeature) BottomRight 

func (q CIQRCodeFeature) BottomRight() corefoundation.CGPoint

The image coordinate of the lower-right corner of the detected QR code.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/bottomRight-swift.property

func (CIQRCodeFeature) CIDetectorTypeQRCode 

func (q CIQRCodeFeature) CIDetectorTypeQRCode() string

A detector that searches for Quick Response codes (a type of 2D barcode) in a still image or video, returning

See: https://developer.apple.com/documentation/coreimage/cidetectortypeqrcode

func (CIQRCodeFeature) Init 

func (q CIQRCodeFeature) Init() CIQRCodeFeature

Init initializes the instance.

func (CIQRCodeFeature) MessageString 

func (q CIQRCodeFeature) MessageString() string

The string decoded from the detected barcode.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/messageString

func (CIQRCodeFeature) SymbolDescriptor 

func (q CIQRCodeFeature) SymbolDescriptor() ICIQRCodeDescriptor

An abstract representation of a QR Code symbol.

Discussion

The property is a CIQRCodeDescriptor instance that contains the payload, symbol version, mask pattern, and error correction level, so the QR Code can be reproduced.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/symbolDescriptor-swift.property

func (CIQRCodeFeature) TopLeft 

func (q CIQRCodeFeature) TopLeft() corefoundation.CGPoint

The image coordinate of the upper-left corner of the detected QR code.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/topLeft-swift.property

func (CIQRCodeFeature) TopRight 

func (q CIQRCodeFeature) TopRight() corefoundation.CGPoint

The image coordinate of the upper-right corner of the detected QR code.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/topRight-swift.property

type CIQRCodeFeatureClass 

type CIQRCodeFeatureClass struct {
	// contains filtered or unexported fields
}

func GetCIQRCodeFeatureClass 

func GetCIQRCodeFeatureClass() CIQRCodeFeatureClass

GetCIQRCodeFeatureClass returns the class object for CIQRCodeFeature.

func (CIQRCodeFeatureClass) Alloc 

func (cc CIQRCodeFeatureClass) Alloc() CIQRCodeFeature

Alloc allocates memory for a new instance of the class.

type CIQRCodeGenerator 

type CIQRCodeGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The QR code correction level: L, M, Q, or H.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIQRCodeGenerator/correctionLevel
	CorrectionLevel() string

	// The message to encode in the QR code.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIQRCodeGenerator/message
	Message() foundation.INSData

	// The QR code correction level: L, M, Q, or H.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIQRCodeGenerator/correctionLevel
	SetCorrectionLevel(value string)

	// The message to encode in the QR code.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIQRCodeGenerator/message
	SetMessage(value foundation.INSData)
}

The properties you use to configure a QR code generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeGenerator

type CIQRCodeGeneratorObject 

type CIQRCodeGeneratorObject struct {
	objectivec.Object
}

CIQRCodeGeneratorObject wraps an existing Objective-C object that conforms to the CIQRCodeGenerator protocol.

func CIQRCodeGeneratorObjectFromID 

func CIQRCodeGeneratorObjectFromID(id objc.ID) CIQRCodeGeneratorObject

CIQRCodeGeneratorObjectFromID constructs a CIQRCodeGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIQRCodeGeneratorObject) BaseObject 

func (o CIQRCodeGeneratorObject) BaseObject() objectivec.Object

func (CIQRCodeGeneratorObject) CorrectionLevel 

func (o CIQRCodeGeneratorObject) CorrectionLevel() string

The QR code correction level: L, M, Q, or H.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeGenerator/correctionLevel

func (CIQRCodeGeneratorObject) Message 

func (o CIQRCodeGeneratorObject) Message() foundation.INSData

The message to encode in the QR code.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeGenerator/message

func (CIQRCodeGeneratorObject) OutputImage 

func (o CIQRCodeGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIQRCodeGeneratorObject) SetCorrectionLevel 

func (o CIQRCodeGeneratorObject) SetCorrectionLevel(value string)

func (CIQRCodeGeneratorObject) SetMessage 

func (o CIQRCodeGeneratorObject) SetMessage(value foundation.INSData)

type CIRAWDecoderVersion 

type CIRAWDecoderVersion = string

See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion 

var (
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version6
	CIRAWDecoderVersion6 CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version6DNG
	CIRAWDecoderVersion6DNG CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version7
	CIRAWDecoderVersion7 CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version7DNG
	CIRAWDecoderVersion7DNG CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version8
	CIRAWDecoderVersion8 CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version8DNG
	CIRAWDecoderVersion8DNG CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version9
	CIRAWDecoderVersion9 CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/version9DNG
	CIRAWDecoderVersion9DNG CIRAWDecoderVersion
	// See: https://developer.apple.com/documentation/CoreImage/CIRAWDecoderVersion/none
	CIRAWDecoderVersionNone CIRAWDecoderVersion
)

type CIRAWFilter 

type CIRAWFilter struct {
	CIFilter
}

A filter subclass that produces an image by manipulating RAW image sensor data from a digital camera or scanner.

Overview

Use this class to generate a CIImage object based on the configuration parameters you provide.

You can use this object in conjunction with other Core Image classes—such as CIFilter and CIContext—to take advantage of the built-in Core Image filters when processing images or writing custom filters.

You can also query this object to find out about the supported camera models, decoders, and filters.

Inspecting supported camera models, decoders, and filters

Configuring a filter

Instance Properties

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter

func CIRAWFilterFromID 

func CIRAWFilterFromID(id objc.ID) CIRAWFilter

CIRAWFilterFromID constructs a CIRAWFilter from an objc.ID.

A filter subclass that produces an image by manipulating RAW image sensor data from a digital camera or scanner.

func NewCIRAWFilter 

func NewCIRAWFilter() CIRAWFilter

NewCIRAWFilter creates a new CIRAWFilter instance.

func NewRAWFilterWithCVPixelBufferProperties 

func NewRAWFilterWithCVPixelBufferProperties(buffer corevideo.CVImageBufferRef, properties foundation.INSDictionary) CIRAWFilter

Creates a RAW filter from the pixel buffer and its properties that you specify.

buffer: A Core Video pixel buffer.

properties: A dictionary that defines the properties of the pixel buffer.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/init(cvPixelBuffer:properties:)

func NewRAWFilterWithImageDataIdentifierHint 

func NewRAWFilterWithImageDataIdentifierHint(data foundation.INSData, identifierHint string) CIRAWFilter

Creates a RAW filter from the image data and type hint that you specify.

data: The image data.

identifierHint: A string that identifies the image type.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/init(imageData:identifierHint:)

func NewRAWFilterWithImageURL 

func NewRAWFilterWithImageURL(url foundation.INSURL) CIRAWFilter

Creates a RAW filter from the image at the URL location that you specify.

url: The URL location of the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/init(imageURL:)

func (CIRAWFilter) Autorelease 

func (r CIRAWFilter) Autorelease() CIRAWFilter

Autorelease adds the receiver to the current autorelease pool.

func (CIRAWFilter) BaselineExposure 

func (r CIRAWFilter) BaselineExposure() float32

A value that indicates the baseline exposure to apply to the image.

Discussion

The default value varies with camera settings. A value of `0` indicates linear response.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/baselineExposure

func (CIRAWFilter) BoostAmount 

func (r CIRAWFilter) BoostAmount() float32

A value that indicates the amount of global tone curve to apply to the image.

Discussion

The value should be in the range of `0...1`. A value of `0` indicates no global tone curve (linear response), and a value of `1` indicates full global tone curve. The default value is `1`.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/boostAmount

func (CIRAWFilter) BoostShadowAmount 

func (r CIRAWFilter) BoostShadowAmount() float32

A value that indicates the amount to boost the shadow areas of the image.

Discussion

Use this value to lighten details in shadows. The value should be in the range of `0...2`. The default value is `1`. A value less than `1` darkens the shadows, and a value greater than `1` lightens the shadows.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/boostShadowAmount

func (CIRAWFilter) ColorNoiseReductionAmount 

func (r CIRAWFilter) ColorNoiseReductionAmount() float32

A value that indicates the amount of chroma noise reduction to apply to the image.

Discussion

The value should be in the range of `0...1`. The default value varies by image. A value of `0` indicates no chroma noise reduction, and a value of `1` indicates maximum chroma noise reduction.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/colorNoiseReductionAmount

func (CIRAWFilter) ColorNoiseReductionSupported 

func (r CIRAWFilter) ColorNoiseReductionSupported() bool

A Boolean that indicates if the current image supports color noise reduction adjustments.

Discussion

If this value is true, you can adjust the amount of color noise reduction to apply to the image by setting [ColorNoiseReductionAmount].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isColorNoiseReductionSupported

func (CIRAWFilter) ContrastAmount 

func (r CIRAWFilter) ContrastAmount() float32

A value that indicates the amount of local contrast to apply to the edges of the image.

Discussion

The value should be in the range of `0...1`. The default value varies by image. A value of `0` indicates no contrast, and a value of `1` indicates maximum contrast.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/contrastAmount

func (CIRAWFilter) ContrastSupported 

func (r CIRAWFilter) ContrastSupported() bool

A Boolean that indicates if the current image supports contrast adjustments.

Discussion

If this value is true, you can adjust the amount of contrast to apply to the image by setting [ContrastAmount].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isContrastSupported

func (CIRAWFilter) DecoderVersion 

func (r CIRAWFilter) DecoderVersion() CIRAWDecoderVersion

A value that indicates the decoder version to use.

Discussion

The value should be in the range of `0` to the current decoder version.

A newly initialized object defaults to the newest available decoder version for the given image type. You can request an older version to maintain compatibility with older releases. However, the version you request needs to be a member of [SupportedDecoderVersions], otherwise the system generates a `nil` output image.

When you request a specific version of the decoder, Core Image produces an image that looks the same across different versions. However, Core Image doesn’t guarantee that the bits are the same across versions, because the rounding behavior of floating-point arithmetic varies due to differences in compilers or hardware.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/decoderVersion

func (CIRAWFilter) DetailAmount 

func (r CIRAWFilter) DetailAmount() float32

A value that indicates the amount of detail enhancement to apply to the edges of the image.

Discussion

The value should be in the range of `0...3`. The default value varies by image. A value of `0` indicates no detail enhancement, and a value of `3` indicates maximum detail enhancement.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/detailAmount

func (CIRAWFilter) DetailSupported 

func (r CIRAWFilter) DetailSupported() bool

A Boolean that indicates if the current image supports detail enhancement adjustments.

Discussion

If this value is true, you can adjust the amount of detail enhancement to apply to the image by setting [DetailAmount].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isDetailSupported

func (CIRAWFilter) DraftModeEnabled 

func (r CIRAWFilter) DraftModeEnabled() bool

A Boolean that indicates whether to enable draft mode.

Discussion

Setting this value to true can improve image decoding speed with minimal loss of quality. The default value is false.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isDraftModeEnabled

func (CIRAWFilter) Exposure 

func (r CIRAWFilter) Exposure() float32

A value that indicates the amount of exposure to apply to the image.

Discussion

The default value is `0`.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/exposure

func (CIRAWFilter) ExtendedDynamicRangeAmount 

func (r CIRAWFilter) ExtendedDynamicRangeAmount() float32

A value that indicates the amount of extended dynamic range (EDR) to apply to the image.

Discussion

The value should be in the range of `0...2`. The default value is `0`. A value of `0` indicates no EDR. A value of `1` indicates default EDR, and a value of `2` indicates maximum EDR.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/extendedDynamicRangeAmount

func (CIRAWFilter) GamutMappingEnabled 

func (r CIRAWFilter) GamutMappingEnabled() bool

A Boolean that indicates whether to enable gamut mapping.

Discussion

The default value is true.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isGamutMappingEnabled

func (CIRAWFilter) HighlightRecoveryEnabled 

func (r CIRAWFilter) HighlightRecoveryEnabled() bool

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isHighlightRecoveryEnabled

func (CIRAWFilter) HighlightRecoverySupported 

func (r CIRAWFilter) HighlightRecoverySupported() bool

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isHighlightRecoverySupported

func (CIRAWFilter) Init 

func (r CIRAWFilter) Init() CIRAWFilter

Init initializes the instance.

func (CIRAWFilter) LensCorrectionEnabled 

func (r CIRAWFilter) LensCorrectionEnabled() bool

A Boolean that indicates whether to enable lens correction.

Discussion

The default value varies by image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isLensCorrectionEnabled

func (CIRAWFilter) LensCorrectionSupported 

func (r CIRAWFilter) LensCorrectionSupported() bool

A Boolean that indicates if you can enable lens correction for the current image.

Discussion

If this value is true, you can enable lens correction on the image by setting [LensCorrectionEnabled] to true.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isLensCorrectionSupported

func (CIRAWFilter) LinearSpaceFilter 

func (r CIRAWFilter) LinearSpaceFilter() CIFilter

An optional filter you can apply to the RAW image while it’s in linear space.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/linearSpaceFilter

func (CIRAWFilter) LocalToneMapAmount 

func (r CIRAWFilter) LocalToneMapAmount() float32

A value that indicates the amount of local tone curve to apply to the image.

Discussion

The value should be in the range of `0...1`. The default value varies by image. A value of `0` indicates no local tone curve (linear response), and a value of `1` indicates full global tone curve.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/localToneMapAmount

func (CIRAWFilter) LocalToneMapSupported 

func (r CIRAWFilter) LocalToneMapSupported() bool

A Boolean that indicates if the current image supports local tone curve adjustments.

Discussion

If this value is true, you can adjust the amount of local tone curve to apply to the image by setting [LocalToneMapAmount].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isLocalToneMapSupported

func (CIRAWFilter) LuminanceNoiseReductionAmount 

func (r CIRAWFilter) LuminanceNoiseReductionAmount() float32

A value that indicates the amount of luminance noise reduction to apply to the image.

Discussion

The value should be in the range of `0...1`. The default value varies by image. A value of `0` indicates no luminance noise reduction, and a value of `1` indicates maximum luminance noise reduction.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/luminanceNoiseReductionAmount

func (CIRAWFilter) LuminanceNoiseReductionSupported 

func (r CIRAWFilter) LuminanceNoiseReductionSupported() bool

A Boolean that indicates if the current image supports luminance noise reduction adjustments.

Discussion

If this value is true, you can adjust the amount of luminance noise reduction to apply to the image by setting [LuminanceNoiseReductionAmount].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isLuminanceNoiseReductionSupported

func (CIRAWFilter) MoireReductionAmount 

func (r CIRAWFilter) MoireReductionAmount() float32

A value that indicates the amount of moire artifact reduction to apply to high frequency areas of the image.

Discussion

The value should be in the range of `0...1`. The default value varies by image. A value of `0` indicates no moire reduction, and a value of `1` indicates maximum moire reduction.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/moireReductionAmount

func (CIRAWFilter) MoireReductionSupported 

func (r CIRAWFilter) MoireReductionSupported() bool

A Boolean that indicates if the current image supports moire artifact reduction adjustments.

Discussion

If this value is true, you can adjust the amount of moire artifact reduction to apply to the image by setting [MoireReductionAmount].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isMoireReductionSupported

func (CIRAWFilter) NativeSize 

func (r CIRAWFilter) NativeSize() corefoundation.CGSize

The full native size of the unscaled image.

Discussion

This value isn’t affected by orientation changes.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/nativeSize

func (CIRAWFilter) NeutralChromaticity 

func (r CIRAWFilter) NeutralChromaticity() corefoundation.CGPoint

A value that indicates the amount of white balance based on chromaticity values to apply to the image.

Discussion

Set this value to change the level of white balance to apply to the image, based on `x,y` chromaticity values in the range `0...1`.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/neutralChromaticity

func (CIRAWFilter) NeutralLocation 

func (r CIRAWFilter) NeutralLocation() corefoundation.CGPoint

A value that indicates the amount of white balance based on pixel coordinates to apply to the image.

Discussion

Set this value based on `x,y` pixel coordinates in the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/neutralLocation

func (CIRAWFilter) NeutralTemperature 

func (r CIRAWFilter) NeutralTemperature() float32

A value that indicates the amount of white balance based on temperature values to apply to the image.

Discussion

Set this value based on temperature values in the range `2000K...50000K`.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/neutralTemperature

func (CIRAWFilter) NeutralTint 

func (r CIRAWFilter) NeutralTint() float32

A value that indicates the amount of white balance based on tint values to apply to the image.

Discussion

Set this value based on tint values in the range `-150...150`.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/neutralTint

func (CIRAWFilter) Orientation 

func (r CIRAWFilter) Orientation() objectivec.IObject

A value that indicates the orientation of the image.

Discussion

The value should be in the range of `1...8` and follow the EXIF specification.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/orientation

func (CIRAWFilter) PortraitEffectsMatte 

func (r CIRAWFilter) PortraitEffectsMatte() ICIImage

An optional auxiliary image that represents the portrait effects matte of the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/portraitEffectsMatte

func (CIRAWFilter) PreviewImage 

func (r CIRAWFilter) PreviewImage() ICIImage

An optional auxiliary image that represents a preview of the original image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/previewImage

func (CIRAWFilter) Properties 

func (r CIRAWFilter) Properties() foundation.INSDictionary

A dictionary that contains properties of the image source.

Discussion

This dictionary contains the same contents as the Image Properties accessed using CGImageSourceCopyProperties(_:_:).

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/properties

func (CIRAWFilter) ScaleFactor 

func (r CIRAWFilter) ScaleFactor() float32

A value that indicates the desired scale factor to draw the output image.

Discussion

The value should be in the range of `0...1`. The default value is `1`. A value of `1` results in a full-size output image, and a value less than `1` results in a smaller output image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/scaleFactor

func (CIRAWFilter) SemanticSegmentationGlassesMatte 

func (r CIRAWFilter) SemanticSegmentationGlassesMatte() ICIImage

An optional auxiliary image that represents the semantic segmentation glasses matte of the image.

Discussion

This matting image segments eyeglasses and sunglasses from all people in the visible field of view of the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/semanticSegmentationGlassesMatte

func (CIRAWFilter) SemanticSegmentationHairMatte 

func (r CIRAWFilter) SemanticSegmentationHairMatte() ICIImage

An optional auxiliary image that represents the semantic segmentation hair matte of the image.

Discussion

This matting image segments hair from all people in the visible field of view of the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/semanticSegmentationHairMatte

func (CIRAWFilter) SemanticSegmentationSkinMatte 

func (r CIRAWFilter) SemanticSegmentationSkinMatte() ICIImage

An optional auxiliary image that represents the semantic segmentation skin matte of the image.

Discussion

This matting image segments skin from all people in the visible field of view of the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/semanticSegmentationSkinMatte

func (CIRAWFilter) SemanticSegmentationSkyMatte 

func (r CIRAWFilter) SemanticSegmentationSkyMatte() ICIImage

An optional auxiliary image that represents the semantic segmentation sky matte of the image.

Discussion

This matting image segments the sky from the visible field of view of the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/semanticSegmentationSkyMatte

func (CIRAWFilter) SemanticSegmentationTeethMatte 

func (r CIRAWFilter) SemanticSegmentationTeethMatte() ICIImage

An optional auxiliary image that represents the semantic segmentation teeth matte of the image.

Discussion

This matting image segments the teeth from all people in the visible field of view of the image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/semanticSegmentationTeethMatte

func (CIRAWFilter) SetBaselineExposure 

func (r CIRAWFilter) SetBaselineExposure(value float32)

func (CIRAWFilter) SetBoostAmount 

func (r CIRAWFilter) SetBoostAmount(value float32)

func (CIRAWFilter) SetBoostShadowAmount 

func (r CIRAWFilter) SetBoostShadowAmount(value float32)

func (CIRAWFilter) SetColorNoiseReductionAmount 

func (r CIRAWFilter) SetColorNoiseReductionAmount(value float32)

func (CIRAWFilter) SetContrastAmount 

func (r CIRAWFilter) SetContrastAmount(value float32)

func (CIRAWFilter) SetDecoderVersion 

func (r CIRAWFilter) SetDecoderVersion(value CIRAWDecoderVersion)

func (CIRAWFilter) SetDetailAmount 

func (r CIRAWFilter) SetDetailAmount(value float32)

func (CIRAWFilter) SetDraftModeEnabled 

func (r CIRAWFilter) SetDraftModeEnabled(value bool)

func (CIRAWFilter) SetExposure 

func (r CIRAWFilter) SetExposure(value float32)

func (CIRAWFilter) SetExtendedDynamicRangeAmount 

func (r CIRAWFilter) SetExtendedDynamicRangeAmount(value float32)

func (CIRAWFilter) SetGamutMappingEnabled 

func (r CIRAWFilter) SetGamutMappingEnabled(value bool)

func (CIRAWFilter) SetHighlightRecoveryEnabled 

func (r CIRAWFilter) SetHighlightRecoveryEnabled(value bool)

func (CIRAWFilter) SetLensCorrectionEnabled 

func (r CIRAWFilter) SetLensCorrectionEnabled(value bool)

func (CIRAWFilter) SetLinearSpaceFilter 

func (r CIRAWFilter) SetLinearSpaceFilter(value CIFilter)

func (CIRAWFilter) SetLocalToneMapAmount 

func (r CIRAWFilter) SetLocalToneMapAmount(value float32)

func (CIRAWFilter) SetLuminanceNoiseReductionAmount 

func (r CIRAWFilter) SetLuminanceNoiseReductionAmount(value float32)

func (CIRAWFilter) SetMoireReductionAmount 

func (r CIRAWFilter) SetMoireReductionAmount(value float32)

func (CIRAWFilter) SetNeutralChromaticity 

func (r CIRAWFilter) SetNeutralChromaticity(value corefoundation.CGPoint)

func (CIRAWFilter) SetNeutralLocation 

func (r CIRAWFilter) SetNeutralLocation(value corefoundation.CGPoint)

func (CIRAWFilter) SetNeutralTemperature 

func (r CIRAWFilter) SetNeutralTemperature(value float32)

func (CIRAWFilter) SetNeutralTint 

func (r CIRAWFilter) SetNeutralTint(value float32)

func (CIRAWFilter) SetOrientation 

func (r CIRAWFilter) SetOrientation(value objectivec.IObject)

func (CIRAWFilter) SetScaleFactor 

func (r CIRAWFilter) SetScaleFactor(value float32)

func (CIRAWFilter) SetShadowBias 

func (r CIRAWFilter) SetShadowBias(value float32)

func (CIRAWFilter) SetSharpnessAmount 

func (r CIRAWFilter) SetSharpnessAmount(value float32)

func (CIRAWFilter) ShadowBias 

func (r CIRAWFilter) ShadowBias() float32

A value that indicates the amount to subtract from the shadows in the image.

Discussion

The default value varies by image.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/shadowBias

func (CIRAWFilter) SharpnessAmount 

func (r CIRAWFilter) SharpnessAmount() float32

A value that indicates the amount of sharpness to apply to the edges of the image.

Discussion

The value should be in the range of `0...1`. The default value varies by image. A value of `0` indicates no sharpness, and a value of `1` indicates maximum sharpness.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/sharpnessAmount

func (CIRAWFilter) SharpnessSupported 

func (r CIRAWFilter) SharpnessSupported() bool

A Boolean that indicates if the current image supports sharpness adjustments.

Discussion

If this value is true, you can adjust the amount of sharpness to apply to the image by setting [SharpnessAmount].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/isSharpnessSupported

func (CIRAWFilter) SupportedDecoderVersions 

func (r CIRAWFilter) SupportedDecoderVersions() []string

An array of all supported decoder versions for the given image type.

Discussion

This array is sorted in reverse chronological order. All entries represent a valid version identifier set to [DecoderVersion].

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/supportedDecoderVersions

type CIRAWFilterClass 

type CIRAWFilterClass struct {
	// contains filtered or unexported fields
}

func GetCIRAWFilterClass 

func GetCIRAWFilterClass() CIRAWFilterClass

GetCIRAWFilterClass returns the class object for CIRAWFilter.

func (CIRAWFilterClass) Alloc 

func (cc CIRAWFilterClass) Alloc() CIRAWFilter

Alloc allocates memory for a new instance of the class.

func (CIRAWFilterClass) SupportedCameraModels 

func (_CIRAWFilterClass CIRAWFilterClass) SupportedCameraModels() []string

An array containing the names of all supported camera models.

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter/supportedCameraModels

type CIRadialGradient 

type CIRadialGradient interface {
	objectivec.IObject
	CIFilterProtocol

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/center
	Center() corefoundation.CGPoint

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/color0
	Color0() ICIColor

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/color1
	Color1() ICIColor

	// The radius of the starting circle to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/radius0
	Radius0() float32

	// The radius of the ending circle to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/radius1
	Radius1() float32

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/center
	SetCenter(value corefoundation.CGPoint)

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/color0
	SetColor0(value ICIColor)

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/color1
	SetColor1(value ICIColor)

	// The radius of the starting circle to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/radius0
	SetRadius0(value float32)

	// The radius of the ending circle to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/radius1
	SetRadius1(value float32)
}

The properties you use to configure a radial gradient filter.

See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient

type CIRadialGradientObject 

type CIRadialGradientObject struct {
	objectivec.Object
}

CIRadialGradientObject wraps an existing Objective-C object that conforms to the CIRadialGradient protocol.

func CIRadialGradientObjectFromID 

func CIRadialGradientObjectFromID(id objc.ID) CIRadialGradientObject

CIRadialGradientObjectFromID constructs a CIRadialGradientObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIRadialGradientObject) BaseObject 

func (o CIRadialGradientObject) BaseObject() objectivec.Object

func (CIRadialGradientObject) Center 

func (o CIRadialGradientObject) Center() corefoundation.CGPoint

The center of the effect as x and y coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/center

func (CIRadialGradientObject) Color0 

func (o CIRadialGradientObject) Color0() ICIColor

The first color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/color0

func (CIRadialGradientObject) Color1 

func (o CIRadialGradientObject) Color1() ICIColor

The second color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/color1

func (CIRadialGradientObject) OutputImage 

func (o CIRadialGradientObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIRadialGradientObject) Radius0 

func (o CIRadialGradientObject) Radius0() float32

The radius of the starting circle to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/radius0

func (CIRadialGradientObject) Radius1 

func (o CIRadialGradientObject) Radius1() float32

The radius of the ending circle to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CIRadialGradient/radius1

func (CIRadialGradientObject) SetCenter 

func (o CIRadialGradientObject) SetCenter(value corefoundation.CGPoint)

func (CIRadialGradientObject) SetColor0 

func (o CIRadialGradientObject) SetColor0(value ICIColor)

func (CIRadialGradientObject) SetColor1 

func (o CIRadialGradientObject) SetColor1(value ICIColor)

func (CIRadialGradientObject) SetRadius0 

func (o CIRadialGradientObject) SetRadius0(value float32)

func (CIRadialGradientObject) SetRadius1 

func (o CIRadialGradientObject) SetRadius1(value float32)

type CIRandomGenerator 

type CIRandomGenerator interface {
	objectivec.IObject
	CIFilterProtocol
}

The properties you use to configure a random generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIRandomGenerator

type CIRandomGeneratorObject 

type CIRandomGeneratorObject struct {
	objectivec.Object
}

CIRandomGeneratorObject wraps an existing Objective-C object that conforms to the CIRandomGenerator protocol.

func CIRandomGeneratorObjectFromID 

func CIRandomGeneratorObjectFromID(id objc.ID) CIRandomGeneratorObject

CIRandomGeneratorObjectFromID constructs a CIRandomGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIRandomGeneratorObject) BaseObject 

func (o CIRandomGeneratorObject) BaseObject() objectivec.Object

func (CIRandomGeneratorObject) OutputImage 

func (o CIRandomGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

type CIRectangleFeature 

type CIRectangleFeature struct {
	CIFeature
}

Information about a rectangular region detected in a still or video image.

Overview

A detected rectangle feature is not necessarily rectangular in the plane of the image; rather, the feature identifies a shape that may be rectangular in space (for example a book on a desk) but which appears as a four-sided polygon in the image. The properties of a CIRectangleFeature object identify its four corners in image coordinates.

You can use rectangle feature detection together with the CIPerspectiveCorrection filter to transform the feature to a normal orientation.

To detect rectangles in an image or video, choose CIRectangleFeature.CIDetectorTypeRectangle when initializing a CIDetector object, and use the CIDetectorAspectRatio and CIDetectorFocalLength options to specify the approximate shape of rectangular features to search for. The detector returns at most one rectangle feature, the most prominent found in the image.

Identifying the Corners of a Detected Rectangle

See: https://developer.apple.com/documentation/CoreImage/CIRectangleFeature

func CIRectangleFeatureFromID 

func CIRectangleFeatureFromID(id objc.ID) CIRectangleFeature

CIRectangleFeatureFromID constructs a CIRectangleFeature from an objc.ID.

Information about a rectangular region detected in a still or video image.

func NewCIRectangleFeature 

func NewCIRectangleFeature() CIRectangleFeature

NewCIRectangleFeature creates a new CIRectangleFeature instance.

func (CIRectangleFeature) Autorelease 

func (r CIRectangleFeature) Autorelease() CIRectangleFeature

Autorelease adds the receiver to the current autorelease pool.

func (CIRectangleFeature) BottomLeft 

func (r CIRectangleFeature) BottomLeft() corefoundation.CGPoint

The lower-left corner of the detected rectangle, in image coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIRectangleFeature/bottomLeft-swift.property

func (CIRectangleFeature) BottomRight 

func (r CIRectangleFeature) BottomRight() corefoundation.CGPoint

The lower-right corner of the detected rectangle, in image coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIRectangleFeature/bottomRight-swift.property

func (CIRectangleFeature) CIDetectorTypeRectangle 

func (r CIRectangleFeature) CIDetectorTypeRectangle() string

A detector that searches for rectangular areas in a still image or video, returning

See: https://developer.apple.com/documentation/coreimage/cidetectortyperectangle

func (CIRectangleFeature) Init 

func (r CIRectangleFeature) Init() CIRectangleFeature

Init initializes the instance.

func (CIRectangleFeature) TopLeft 

func (r CIRectangleFeature) TopLeft() corefoundation.CGPoint

The upper-left corner of the detected rectangle, in image coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIRectangleFeature/topLeft-swift.property

func (CIRectangleFeature) TopRight 

func (r CIRectangleFeature) TopRight() corefoundation.CGPoint

The upper-right corner of the detected rectangle, in image coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIRectangleFeature/topRight-swift.property

type CIRectangleFeatureClass 

type CIRectangleFeatureClass struct {
	// contains filtered or unexported fields
}

func GetCIRectangleFeatureClass 

func GetCIRectangleFeatureClass() CIRectangleFeatureClass

GetCIRectangleFeatureClass returns the class object for CIRectangleFeature.

func (CIRectangleFeatureClass) Alloc 

func (cc CIRectangleFeatureClass) Alloc() CIRectangleFeature

Alloc allocates memory for a new instance of the class.

type CIRenderDestination 

type CIRenderDestination struct {
	objectivec.Object
}

A specification for configuring all attributes of a render task’s destination and issuing asynchronous render tasks.

Overview

The CIRenderDestination class provides an API for specifying a render task destination’s properties, such as buffer format, alpha mode, clamping behavior, blending, and color space, properties formerly tied to CIContext.

You can create a CIRenderDestination object for each surface or buffer to which you must render. You can also render multiple times to a single destination with different settings such as colorspace and blend mode by mutating a single CIRenderDestination object between renders.

Renders issued to a CIRenderDestination return to the caller as soon as the CPU has issued the task, rather than after the GPU has performed the task, so you can start render tasks on subsequent frames without waiting for previous renders to finish. If the render fails, a CIRenderTask will return immediately.

Creating a Render Destination

Customizing Rendering

Instance Properties

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination

func CIRenderDestinationFromID 

func CIRenderDestinationFromID(id objc.ID) CIRenderDestination

CIRenderDestinationFromID constructs a CIRenderDestination from an objc.ID.

A specification for configuring all attributes of a render task’s destination and issuing asynchronous render tasks.

func NewCIRenderDestination 

func NewCIRenderDestination() CIRenderDestination

NewCIRenderDestination creates a new CIRenderDestination instance.

func NewRenderDestinationWithBitmapDataWidthHeightBytesPerRowFormat 

func NewRenderDestinationWithBitmapDataWidthHeightBytesPerRowFormat(data unsafe.Pointer, width uint, height uint, bytesPerRow uint, format int) CIRenderDestination

Creates a render destination based on a client-managed buffer.

data: Pointer to raw bits of a client-managed buffer that is at least (`bytesPerRow` * `height`) bytes in size.

width: Width of the bitmap image in pixels.

height: Height of the bitmap image in pixels.

bytesPerRow: Number of bytes per row of data.

format: Color format specifying how the colors are laid out in memory (for example, [RGBA8]). // [RGBA8]: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBA8

Return Value

A CIRenderDestination object for rendering to a client-managed buffer.

Discussion

The destination’s [ColorSpace] property will default to a CGColorSpace created with sRGB, extendedSRGB, or genericGrayGamma2_2.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(bitmapData:width:height:bytesPerRow:format:)

func NewRenderDestinationWithGLTextureTargetWidthHeight 

func NewRenderDestinationWithGLTextureTargetWidthHeight(texture uint32, target uint32, width uint, height uint) CIRenderDestination

Creates a render destination based on an OpenGL texture.

texture: [GLTexture]-backed texture data.

target: A value denoting the type of destination. Use `GL_TEXTURE_2D` if your texture dimensions are a power of two, or `GL_TEXTURE_RECTANGLE_EXT` otherwise.

width: Width of the texture in texels.

height: Height of the texture in texels.

Return Value

A CIRenderDestination object for rendering to a [GLTexture] supported by [GLContext]-backed CIContext.

Discussion

Rendering to a [GLTexture]-backed CIRenderDestination is supported by only [GLContext]-backed CIContext.

The destination’s [ColorSpace] property will default to a CGColorSpace created with sRGB, extendedSRGB, or genericGrayGamma2_2.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(glTexture:target:width:height:)

func NewRenderDestinationWithIOSurface 

func NewRenderDestinationWithIOSurface(surface iosurface.IOSurface) CIRenderDestination

Creates a render destination based on an [IOSurface] object.

surface: The [IOSurface] render target.

Return Value

A CIRenderDestination object for rendering to an [IOSurface] object.

Discussion

The destination’s [ColorSpace] property will default to a CGColorSpace created by querying the [IOSurface] object’s attributes.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(ioSurface:)

func NewRenderDestinationWithMTLTextureCommandBuffer 

func NewRenderDestinationWithMTLTextureCommandBuffer(texture objectivec.IObject, commandBuffer objectivec.IObject) CIRenderDestination

Creates a render destination based on a Metal texture.

texture: The MTLTexture object for rendering with MTLTextureType of MTLTextureType.type2D. // MTLTextureType.type2D: https://developer.apple.com/documentation/Metal/MTLTextureType/type2D MTLTextureType: https://developer.apple.com/documentation/Metal/MTLTextureType MTLTexture: https://developer.apple.com/documentation/Metal/MTLTexture

commandBuffer: An optional [MTLCommandBuffer] to use for rendering to the MTLTexture destination. // [MTLCommandBuffer]: https://developer.apple.com/documentation/Metal/MTLCommandBuffer MTLTexture: https://developer.apple.com/documentation/Metal/MTLTexture

Return Value

A CIRenderDestination object for rendering to a Metal buffer.

Discussion

Rendering to a MTLTexture-backed CIRenderDestination is supported by only MTLTexture-backed CIContext objects. The texture must have MTLTextureType of MTLTextureType.type2D.

The destination’s [ColorSpace] property will default to a CGColorSpace created with sRGB, extendedSRGB, or genericGrayGamma2_2.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(mtlTexture:commandBuffer:)

func NewRenderDestinationWithPixelBuffer 

func NewRenderDestinationWithPixelBuffer(pixelBuffer corevideo.CVImageBufferRef) CIRenderDestination

Creates a render destination based on a Core Video pixel buffer.

pixelBuffer: The CVPixelBuffer render target. // CVPixelBuffer: https://developer.apple.com/documentation/CoreVideo/CVPixelBuffer

Return Value

A CIRenderDestination object for rendering to a CVPixelBuffer.

Discussion

The destination’s [ColorSpace] property will default to a CGColorSpace created by querying the CVPixelBuffer object’s attributes.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(pixelBuffer:)

func (CIRenderDestination) AlphaMode 

func (r CIRenderDestination) AlphaMode() CIRenderDestinationAlphaMode

The render destination’s representation of alpha (transparency) values.

Discussion

This property defaults to an appropriate value given the object with which you initialized the CIRenderDestination.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/alphaMode

func (CIRenderDestination) Autorelease 

func (r CIRenderDestination) Autorelease() CIRenderDestination

Autorelease adds the receiver to the current autorelease pool.

func (CIRenderDestination) BlendKernel 

func (r CIRenderDestination) BlendKernel() ICIBlendKernel

The destination’s blend kernel.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/blendKernel

func (CIRenderDestination) BlendsInDestinationColorSpace 

func (r CIRenderDestination) BlendsInDestinationColorSpace() bool

Indicator of whether to blend in the destination’s color space.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/blendsInDestinationColorSpace

func (CIRenderDestination) CaptureTraceURL 

func (r CIRenderDestination) CaptureTraceURL() foundation.INSURL

Tell the next render using this destination to capture a Metal trace.

Discussion

If this property is set to a file-based URL, then the next render using this destination will capture a Metal trace, deleting any existing file if present. This property is nil by default.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/captureTraceURL

func (CIRenderDestination) Clamped 

func (r CIRenderDestination) Clamped() bool

Indicator of whether or not the destination clamps.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/isClamped

func (CIRenderDestination) ColorSpace 

func (r CIRenderDestination) ColorSpace() coregraphics.CGColorSpaceRef

The destination’s color space.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/colorSpace

func (CIRenderDestination) Dithered 

func (r CIRenderDestination) Dithered() bool

Indicator of whether or not the destination dithers.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/isDithered

func (CIRenderDestination) Flipped 

func (r CIRenderDestination) Flipped() bool

Indicator of whether the destination is flipped.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/isFlipped

func (CIRenderDestination) Height 

func (r CIRenderDestination) Height() uint

The render destination’s buffer height.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/height

func (CIRenderDestination) Init 

func (r CIRenderDestination) Init() CIRenderDestination

Init initializes the instance.

func (CIRenderDestination) InitWithBitmapDataWidthHeightBytesPerRowFormat 

func (r CIRenderDestination) InitWithBitmapDataWidthHeightBytesPerRowFormat(data unsafe.Pointer, width uint, height uint, bytesPerRow uint, format int) CIRenderDestination

Creates a render destination based on a client-managed buffer.

data: Pointer to raw bits of a client-managed buffer that is at least (`bytesPerRow` * `height`) bytes in size.

width: Width of the bitmap image in pixels.

height: Height of the bitmap image in pixels.

bytesPerRow: Number of bytes per row of data.

format: Color format specifying how the colors are laid out in memory (for example, [RGBA8]). // [RGBA8]: https://developer.apple.com/documentation/CoreImage/CIFormat/RGBA8

Return Value

A CIRenderDestination object for rendering to a client-managed buffer.

Discussion

The destination’s [ColorSpace] property will default to a CGColorSpace created with sRGB, extendedSRGB, or genericGrayGamma2_2.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(bitmapData:width:height:bytesPerRow:format:)

func (CIRenderDestination) InitWithGLTextureTargetWidthHeight 

func (r CIRenderDestination) InitWithGLTextureTargetWidthHeight(texture uint32, target uint32, width uint, height uint) CIRenderDestination

Creates a render destination based on an OpenGL texture.

texture: [GLTexture]-backed texture data.

target: A value denoting the type of destination. Use `GL_TEXTURE_2D` if your texture dimensions are a power of two, or `GL_TEXTURE_RECTANGLE_EXT` otherwise.

width: Width of the texture in texels.

height: Height of the texture in texels.

Return Value

A CIRenderDestination object for rendering to a [GLTexture] supported by [GLContext]-backed CIContext.

Discussion

Rendering to a [GLTexture]-backed CIRenderDestination is supported by only [GLContext]-backed CIContext.

The destination’s [ColorSpace] property will default to a CGColorSpace created with sRGB, extendedSRGB, or genericGrayGamma2_2.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(glTexture:target:width:height:)

func (CIRenderDestination) InitWithIOSurface 

func (r CIRenderDestination) InitWithIOSurface(surface iosurface.IOSurface) CIRenderDestination

Creates a render destination based on an [IOSurface] object.

surface: The [IOSurface] render target.

Return Value

A CIRenderDestination object for rendering to an [IOSurface] object.

Discussion

The destination’s [ColorSpace] property will default to a CGColorSpace created by querying the [IOSurface] object’s attributes.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(ioSurface:)

func (CIRenderDestination) InitWithMTLTextureCommandBuffer 

func (r CIRenderDestination) InitWithMTLTextureCommandBuffer(texture objectivec.IObject, commandBuffer objectivec.IObject) CIRenderDestination

Creates a render destination based on a Metal texture.

texture: The MTLTexture object for rendering with MTLTextureType of MTLTextureType.type2D. // MTLTextureType.type2D: https://developer.apple.com/documentation/Metal/MTLTextureType/type2D MTLTextureType: https://developer.apple.com/documentation/Metal/MTLTextureType MTLTexture: https://developer.apple.com/documentation/Metal/MTLTexture

commandBuffer: An optional [MTLCommandBuffer] to use for rendering to the MTLTexture destination. // [MTLCommandBuffer]: https://developer.apple.com/documentation/Metal/MTLCommandBuffer MTLTexture: https://developer.apple.com/documentation/Metal/MTLTexture

Return Value

A CIRenderDestination object for rendering to a Metal buffer.

Discussion

Rendering to a MTLTexture-backed CIRenderDestination is supported by only MTLTexture-backed CIContext objects. The texture must have MTLTextureType of MTLTextureType.type2D.

The destination’s [ColorSpace] property will default to a CGColorSpace created with sRGB, extendedSRGB, or genericGrayGamma2_2.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(mtlTexture:commandBuffer:)

func (CIRenderDestination) InitWithPixelBuffer 

func (r CIRenderDestination) InitWithPixelBuffer(pixelBuffer corevideo.CVImageBufferRef) CIRenderDestination

Creates a render destination based on a Core Video pixel buffer.

pixelBuffer: The CVPixelBuffer render target. // CVPixelBuffer: https://developer.apple.com/documentation/CoreVideo/CVPixelBuffer

Return Value

A CIRenderDestination object for rendering to a CVPixelBuffer.

Discussion

The destination’s [ColorSpace] property will default to a CGColorSpace created by querying the CVPixelBuffer object’s attributes.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(pixelBuffer:)

func (CIRenderDestination) InitWithWidthHeightPixelFormatCommandBufferMtlTextureProvider 

func (r CIRenderDestination) InitWithWidthHeightPixelFormatCommandBufferMtlTextureProvider(width uint, height uint, pixelFormat objectivec.IObject, commandBuffer objectivec.IObject, block VoidHandler) CIRenderDestination

Creates a render destination based on a Metal texture with specified pixel format.

width: Width of the [MTLTexture] that will be returned by block. // [MTLTexture]: https://developer.apple.com/documentation/Metal/MTLTexture

height: Height of the [MTLTexture] that will be returned by block. // [MTLTexture]: https://developer.apple.com/documentation/Metal/MTLTexture

pixelFormat: Pixel format of the [MTLTexture] that will be returned by block. // [MTLTexture]: https://developer.apple.com/documentation/Metal/MTLTexture

commandBuffer: An optional [MTLCommandBuffer] used for rendering to the [MTLTexture]. // [MTLCommandBuffer]: https://developer.apple.com/documentation/Metal/MTLCommandBuffer [MTLTexture]: https://developer.apple.com/documentation/Metal/MTLTexture

block: [MTLTexture]-rendering provider block to be called lazily when the destination is rendered to. The block must return a texture of [MTLTextureType] of [MTLTextureType.type2D]. // [MTLTextureType.type2D]: https://developer.apple.com/documentation/Metal/MTLTextureType/type2D [MTLTextureType]: https://developer.apple.com/documentation/Metal/MTLTextureType [MTLTexture]: https://developer.apple.com/documentation/Metal/MTLTexture

Return Value

A CIRenderDestination object for rendering to a Metal texture.

Discussion

The destination’s [ColorSpace] property will default to a CGColorSpace created with sRGB, extendedSRGB, or genericGrayGamma2_2.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/init(width:height:pixelFormat:commandBuffer:mtlTextureProvider:)

func (CIRenderDestination) InitWithWidthHeightPixelFormatCommandBufferMtlTextureProviderSync 

func (r CIRenderDestination) InitWithWidthHeightPixelFormatCommandBufferMtlTextureProviderSync(ctx context.Context, width uint, height uint, pixelFormat objectivec.IObject, commandBuffer objectivec.IObject) error

InitWithWidthHeightPixelFormatCommandBufferMtlTextureProviderSync is a synchronous wrapper around CIRenderDestination.InitWithWidthHeightPixelFormatCommandBufferMtlTextureProvider. It blocks until the completion handler fires or the context is cancelled.

func (CIRenderDestination) SetAlphaMode 

func (r CIRenderDestination) SetAlphaMode(value CIRenderDestinationAlphaMode)

func (CIRenderDestination) SetBlendKernel 

func (r CIRenderDestination) SetBlendKernel(value ICIBlendKernel)

func (CIRenderDestination) SetBlendsInDestinationColorSpace 

func (r CIRenderDestination) SetBlendsInDestinationColorSpace(value bool)

func (CIRenderDestination) SetCaptureTraceURL 

func (r CIRenderDestination) SetCaptureTraceURL(value foundation.INSURL)

func (CIRenderDestination) SetClamped 

func (r CIRenderDestination) SetClamped(value bool)

func (CIRenderDestination) SetColorSpace 

func (r CIRenderDestination) SetColorSpace(value coregraphics.CGColorSpaceRef)

func (CIRenderDestination) SetDithered 

func (r CIRenderDestination) SetDithered(value bool)

func (CIRenderDestination) SetFlipped 

func (r CIRenderDestination) SetFlipped(value bool)

func (CIRenderDestination) Width 

func (r CIRenderDestination) Width() uint

The render destination’s row width.

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination/width

type CIRenderDestinationAlphaMode 

type CIRenderDestinationAlphaMode int

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestinationAlphaMode 

const (
	// CIRenderDestinationAlphaNone: Designates a destination with no alpha compositing.
	CIRenderDestinationAlphaNone CIRenderDestinationAlphaMode = 0
	// CIRenderDestinationAlphaPremultiplied: Designates a destination that expects premultiplied alpha values.
	CIRenderDestinationAlphaPremultiplied CIRenderDestinationAlphaMode = 1
	// CIRenderDestinationAlphaUnpremultiplied: Designates a destination that expects non-premultiplied alpha values.
	CIRenderDestinationAlphaUnpremultiplied CIRenderDestinationAlphaMode = 2
)

func (CIRenderDestinationAlphaMode) String 

func (e CIRenderDestinationAlphaMode) String() string

type CIRenderDestinationClass 

type CIRenderDestinationClass struct {
	// contains filtered or unexported fields
}

func GetCIRenderDestinationClass 

func GetCIRenderDestinationClass() CIRenderDestinationClass

GetCIRenderDestinationClass returns the class object for CIRenderDestination.

func (CIRenderDestinationClass) Alloc 

func (cc CIRenderDestinationClass) Alloc() CIRenderDestination

Alloc allocates memory for a new instance of the class.

type CIRenderInfo 

type CIRenderInfo struct {
	objectivec.Object
}

An encapsulation of a render task’s timing, passes, and pixels processed.

Overview

A CIRenderInfo object allows Xcode Quick Look to visualize the render graph with detailed timing information.

Instance Properties

See: https://developer.apple.com/documentation/CoreImage/CIRenderInfo

func CIRenderInfoFromID 

func CIRenderInfoFromID(id objc.ID) CIRenderInfo

CIRenderInfoFromID constructs a CIRenderInfo from an objc.ID.

An encapsulation of a render task’s timing, passes, and pixels processed.

func NewCIRenderInfo 

func NewCIRenderInfo() CIRenderInfo

NewCIRenderInfo creates a new CIRenderInfo instance.

func (CIRenderInfo) Autorelease 

func (r CIRenderInfo) Autorelease() CIRenderInfo

Autorelease adds the receiver to the current autorelease pool.

func (CIRenderInfo) Init 

func (r CIRenderInfo) Init() CIRenderInfo

Init initializes the instance.

func (CIRenderInfo) KernelCompileTime 

func (r CIRenderInfo) KernelCompileTime() float64

See: https://developer.apple.com/documentation/CoreImage/CIRenderInfo/kernelCompileTime

func (CIRenderInfo) KernelExecutionTime 

func (r CIRenderInfo) KernelExecutionTime() float64

The amount of time a render spent executing kernels.

See: https://developer.apple.com/documentation/CoreImage/CIRenderInfo/kernelExecutionTime

func (CIRenderInfo) PassCount 

func (r CIRenderInfo) PassCount() int

The number of passes the render took.

See: https://developer.apple.com/documentation/CoreImage/CIRenderInfo/passCount

func (CIRenderInfo) PixelsProcessed 

func (r CIRenderInfo) PixelsProcessed() int

The number of pixels the render produced executing kernels.

See: https://developer.apple.com/documentation/CoreImage/CIRenderInfo/pixelsProcessed

type CIRenderInfoClass 

type CIRenderInfoClass struct {
	// contains filtered or unexported fields
}

func GetCIRenderInfoClass 

func GetCIRenderInfoClass() CIRenderInfoClass

GetCIRenderInfoClass returns the class object for CIRenderInfo.

func (CIRenderInfoClass) Alloc 

func (cc CIRenderInfoClass) Alloc() CIRenderInfo

Alloc allocates memory for a new instance of the class.

type CIRenderTask 

type CIRenderTask struct {
	objectivec.Object
}

A single render task.

Overview

A single render task issued in conjunction with CIRenderDestination.

A CIRenderTask object appears in Xcode Quick Look as a graph.

Instance Methods

See: https://developer.apple.com/documentation/CoreImage/CIRenderTask

func CIRenderTaskFromID 

func CIRenderTaskFromID(id objc.ID) CIRenderTask

CIRenderTaskFromID constructs a CIRenderTask from an objc.ID.

A single render task.

func NewCIRenderTask 

func NewCIRenderTask() CIRenderTask

NewCIRenderTask creates a new CIRenderTask instance.

func (CIRenderTask) Autorelease 

func (r CIRenderTask) Autorelease() CIRenderTask

Autorelease adds the receiver to the current autorelease pool.

func (CIRenderTask) Init 

func (r CIRenderTask) Init() CIRenderTask

Init initializes the instance.

func (CIRenderTask) WaitUntilCompletedAndReturnError 

func (r CIRenderTask) WaitUntilCompletedAndReturnError() (ICIRenderInfo, error)

Waits until the CIRenderTask finishes and returns.

Discussion

Synchronously blocks execution until the CIRenderTask either completes or fails (with error). Calling this method after [StartTaskToRenderToDestinationError] or [StartTaskToRenderFromRectToDestinationAtPointError] makes the render task behave synchronously, as if the CPU and GPU were operating as a single unit.

See: https://developer.apple.com/documentation/CoreImage/CIRenderTask/waitUntilCompleted()

type CIRenderTaskClass 

type CIRenderTaskClass struct {
	// contains filtered or unexported fields
}

func GetCIRenderTaskClass 

func GetCIRenderTaskClass() CIRenderTaskClass

GetCIRenderTaskClass returns the class object for CIRenderTask.

func (CIRenderTaskClass) Alloc 

func (cc CIRenderTaskClass) Alloc() CIRenderTask

Alloc allocates memory for a new instance of the class.

type CIRippleTransition 

type CIRippleTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/center
	Center() corefoundation.CGPoint

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/extent
	Extent() corefoundation.CGRect

	// A value that determines whether the ripple starts as a bulge (a higher value) or a dimple (a lower value).
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/scale
	Scale() float32

	// An image that looks like a shaded sphere enclosed in a square.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/shadingImage
	ShadingImage() ICIImage

	// The width of the ripple.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/width
	Width() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/center
	SetCenter(value corefoundation.CGPoint)

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/extent
	SetExtent(value corefoundation.CGRect)

	// A value that determines whether the ripple starts as a bulge (a higher value) or a dimple (a lower value).
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/scale
	SetScale(value float32)

	// An image that looks like a shaded sphere enclosed in a square.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/shadingImage
	SetShadingImage(value ICIImage)

	// The width of the ripple.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/width
	SetWidth(value float32)
}

The properties you use to configure a ripple transition filter.

See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition

type CIRippleTransitionObject 

type CIRippleTransitionObject struct {
	objectivec.Object
}

CIRippleTransitionObject wraps an existing Objective-C object that conforms to the CIRippleTransition protocol.

func CIRippleTransitionObjectFromID 

func CIRippleTransitionObjectFromID(id objc.ID) CIRippleTransitionObject

CIRippleTransitionObjectFromID constructs a CIRippleTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIRippleTransitionObject) BaseObject 

func (o CIRippleTransitionObject) BaseObject() objectivec.Object

func (CIRippleTransitionObject) Center 

func (o CIRippleTransitionObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/center

func (CIRippleTransitionObject) Extent 

func (o CIRippleTransitionObject) Extent() corefoundation.CGRect

A rectangle that defines the extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/extent

func (CIRippleTransitionObject) InputImage 

func (o CIRippleTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CIRippleTransitionObject) OutputImage 

func (o CIRippleTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIRippleTransitionObject) Scale 

func (o CIRippleTransitionObject) Scale() float32

A value that determines whether the ripple starts as a bulge (a higher value) or a dimple (a lower value).

See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/scale

func (CIRippleTransitionObject) SetCenter 

func (o CIRippleTransitionObject) SetCenter(value corefoundation.CGPoint)

func (CIRippleTransitionObject) SetExtent 

func (o CIRippleTransitionObject) SetExtent(value corefoundation.CGRect)

func (CIRippleTransitionObject) SetInputImage 

func (o CIRippleTransitionObject) SetInputImage(value ICIImage)

func (CIRippleTransitionObject) SetScale 

func (o CIRippleTransitionObject) SetScale(value float32)

func (CIRippleTransitionObject) SetShadingImage 

func (o CIRippleTransitionObject) SetShadingImage(value ICIImage)

func (CIRippleTransitionObject) SetTargetImage 

func (o CIRippleTransitionObject) SetTargetImage(value ICIImage)

func (CIRippleTransitionObject) SetTime 

func (o CIRippleTransitionObject) SetTime(value float32)

func (CIRippleTransitionObject) SetWidth 

func (o CIRippleTransitionObject) SetWidth(value float32)

func (CIRippleTransitionObject) ShadingImage 

func (o CIRippleTransitionObject) ShadingImage() ICIImage

An image that looks like a shaded sphere enclosed in a square.

See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/shadingImage

func (CIRippleTransitionObject) TargetImage 

func (o CIRippleTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CIRippleTransitionObject) Time 

func (o CIRippleTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

func (CIRippleTransitionObject) Width 

func (o CIRippleTransitionObject) Width() float32

The width of the ripple.

See: https://developer.apple.com/documentation/CoreImage/CIRippleTransition/width

type CIRoundedQRCodeGenerator 

type CIRoundedQRCodeGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The fraction of the center space of the QRCode to fill with Color 1. If the size is 0.0 or the Correction Level is L or M, the center of the QRCode will be unaltered. The size will be limited to 0.25 if the Correction Level is Q. The size will be limited to 0.33 if the Correction Level is H.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/centerSpaceSize
	CenterSpaceSize() float32

	// The background color for the QRCode
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/color0
	Color0() ICIColor

	// The foreground color for the QRCode
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/color1
	Color1() ICIColor

	// QR Code correction level L, M, Q, or H.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/correctionLevel
	CorrectionLevel() string

	// The message to encode in the QR Code
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/message
	Message() foundation.INSData

	// If true then the data points in the QRCode should have a rounded appearance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/roundedData
	RoundedData() bool

	// If 1, then the Finder Patterns in the QRCode should have a rounded appearance. If 2, then the Alignment Patterns will also be rounded
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/roundedMarkers
	RoundedMarkers() int

	// The scale factor to enlarge the QRCode by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/scale
	Scale() float32

	// The fraction of the center space of the QRCode to fill with Color 1. If the size is 0.0 or the Correction Level is L or M, the center of the QRCode will be unaltered. The size will be limited to 0.25 if the Correction Level is Q. The size will be limited to 0.33 if the Correction Level is H.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/centerSpaceSize
	SetCenterSpaceSize(value float32)

	// The background color for the QRCode
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/color0
	SetColor0(value ICIColor)

	// The foreground color for the QRCode
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/color1
	SetColor1(value ICIColor)

	// QR Code correction level L, M, Q, or H.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/correctionLevel
	SetCorrectionLevel(value string)

	// The message to encode in the QR Code
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/message
	SetMessage(value foundation.INSData)

	// If true then the data points in the QRCode should have a rounded appearance.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/roundedData
	SetRoundedData(value bool)

	// If 1, then the Finder Patterns in the QRCode should have a rounded appearance. If 2, then the Alignment Patterns will also be rounded
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/roundedMarkers
	SetRoundedMarkers(value int)

	// The scale factor to enlarge the QRCode by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/scale
	SetScale(value float32)
}

The protocol for the Rounded QR Code Generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator

type CIRoundedQRCodeGeneratorObject 

type CIRoundedQRCodeGeneratorObject struct {
	objectivec.Object
}

CIRoundedQRCodeGeneratorObject wraps an existing Objective-C object that conforms to the CIRoundedQRCodeGenerator protocol.

func CIRoundedQRCodeGeneratorObjectFromID 

func CIRoundedQRCodeGeneratorObjectFromID(id objc.ID) CIRoundedQRCodeGeneratorObject

CIRoundedQRCodeGeneratorObjectFromID constructs a CIRoundedQRCodeGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIRoundedQRCodeGeneratorObject) BaseObject 

func (o CIRoundedQRCodeGeneratorObject) BaseObject() objectivec.Object

func (CIRoundedQRCodeGeneratorObject) CenterSpaceSize 

func (o CIRoundedQRCodeGeneratorObject) CenterSpaceSize() float32

The fraction of the center space of the QRCode to fill with Color 1. If the size is 0.0 or the Correction Level is L or M, the center of the QRCode will be unaltered. The size will be limited to 0.25 if the Correction Level is Q. The size will be limited to 0.33 if the Correction Level is H.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/centerSpaceSize

func (CIRoundedQRCodeGeneratorObject) Color0 

func (o CIRoundedQRCodeGeneratorObject) Color0() ICIColor

The background color for the QRCode

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/color0

func (CIRoundedQRCodeGeneratorObject) Color1 

func (o CIRoundedQRCodeGeneratorObject) Color1() ICIColor

The foreground color for the QRCode

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/color1

func (CIRoundedQRCodeGeneratorObject) CorrectionLevel 

func (o CIRoundedQRCodeGeneratorObject) CorrectionLevel() string

QR Code correction level L, M, Q, or H.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/correctionLevel

func (CIRoundedQRCodeGeneratorObject) Message 

func (o CIRoundedQRCodeGeneratorObject) Message() foundation.INSData

The message to encode in the QR Code

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/message

func (CIRoundedQRCodeGeneratorObject) OutputImage 

func (o CIRoundedQRCodeGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIRoundedQRCodeGeneratorObject) RoundedData 

func (o CIRoundedQRCodeGeneratorObject) RoundedData() bool

If true then the data points in the QRCode should have a rounded appearance.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/roundedData

func (CIRoundedQRCodeGeneratorObject) RoundedMarkers 

func (o CIRoundedQRCodeGeneratorObject) RoundedMarkers() int

If 1, then the Finder Patterns in the QRCode should have a rounded appearance. If 2, then the Alignment Patterns will also be rounded

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/roundedMarkers

func (CIRoundedQRCodeGeneratorObject) Scale 

func (o CIRoundedQRCodeGeneratorObject) Scale() float32

The scale factor to enlarge the QRCode by.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedQRCodeGenerator/scale

func (CIRoundedQRCodeGeneratorObject) SetCenterSpaceSize 

func (o CIRoundedQRCodeGeneratorObject) SetCenterSpaceSize(value float32)

func (CIRoundedQRCodeGeneratorObject) SetColor0 

func (o CIRoundedQRCodeGeneratorObject) SetColor0(value ICIColor)

func (CIRoundedQRCodeGeneratorObject) SetColor1 

func (o CIRoundedQRCodeGeneratorObject) SetColor1(value ICIColor)

func (CIRoundedQRCodeGeneratorObject) SetCorrectionLevel 

func (o CIRoundedQRCodeGeneratorObject) SetCorrectionLevel(value string)

func (CIRoundedQRCodeGeneratorObject) SetMessage 

func (o CIRoundedQRCodeGeneratorObject) SetMessage(value foundation.INSData)

func (CIRoundedQRCodeGeneratorObject) SetRoundedData 

func (o CIRoundedQRCodeGeneratorObject) SetRoundedData(value bool)

func (CIRoundedQRCodeGeneratorObject) SetRoundedMarkers 

func (o CIRoundedQRCodeGeneratorObject) SetRoundedMarkers(value int)

func (CIRoundedQRCodeGeneratorObject) SetScale 

func (o CIRoundedQRCodeGeneratorObject) SetScale(value float32)

type CIRoundedRectangleGenerator 

type CIRoundedRectangleGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The color of the rounded rectangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/color
	Color() ICIColor

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/extent
	Extent() corefoundation.CGRect

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/radius
	Radius() float32

	// A value to control the smoothness of the transition between the curved and linear edges of the shape.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/smoothness
	Smoothness() float32

	// The color of the rounded rectangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/color
	SetColor(value ICIColor)

	// A rectangle that defines the extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/extent
	SetExtent(value corefoundation.CGRect)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/radius
	SetRadius(value float32)

	// A value to control the smoothness of the transition between the curved and linear edges of the shape.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/smoothness
	SetSmoothness(value float32)
}

The properties you use to configure a rounded rectangle generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator

type CIRoundedRectangleGeneratorObject 

type CIRoundedRectangleGeneratorObject struct {
	objectivec.Object
}

CIRoundedRectangleGeneratorObject wraps an existing Objective-C object that conforms to the CIRoundedRectangleGenerator protocol.

func CIRoundedRectangleGeneratorObjectFromID 

func CIRoundedRectangleGeneratorObjectFromID(id objc.ID) CIRoundedRectangleGeneratorObject

CIRoundedRectangleGeneratorObjectFromID constructs a CIRoundedRectangleGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIRoundedRectangleGeneratorObject) BaseObject 

func (o CIRoundedRectangleGeneratorObject) BaseObject() objectivec.Object

func (CIRoundedRectangleGeneratorObject) Color 

func (o CIRoundedRectangleGeneratorObject) Color() ICIColor

The color of the rounded rectangle.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/color

func (CIRoundedRectangleGeneratorObject) Extent 

func (o CIRoundedRectangleGeneratorObject) Extent() corefoundation.CGRect

A rectangle that defines the extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/extent

func (CIRoundedRectangleGeneratorObject) OutputImage 

func (o CIRoundedRectangleGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIRoundedRectangleGeneratorObject) Radius 

func (o CIRoundedRectangleGeneratorObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/radius

func (CIRoundedRectangleGeneratorObject) SetColor 

func (o CIRoundedRectangleGeneratorObject) SetColor(value ICIColor)

func (CIRoundedRectangleGeneratorObject) SetExtent 

func (o CIRoundedRectangleGeneratorObject) SetExtent(value corefoundation.CGRect)

func (CIRoundedRectangleGeneratorObject) SetRadius 

func (o CIRoundedRectangleGeneratorObject) SetRadius(value float32)

func (CIRoundedRectangleGeneratorObject) SetSmoothness 

func (o CIRoundedRectangleGeneratorObject) SetSmoothness(value float32)

func (CIRoundedRectangleGeneratorObject) Smoothness 

func (o CIRoundedRectangleGeneratorObject) Smoothness() float32

A value to control the smoothness of the transition between the curved and linear edges of the shape.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleGenerator/smoothness

type CIRoundedRectangleStrokeGenerator 

type CIRoundedRectangleStrokeGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// Color protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/color
	Color() ICIColor

	// Extent protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/extent
	Extent() corefoundation.CGRect

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/radius
	Radius() float32

	// Width protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/width
	Width() float32

	// A value to control the smoothness of the transition between the curved and linear edges of the shape.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/smoothness
	Smoothness() float32

	// color protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/color
	SetColor(value ICIColor)

	// extent protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/extent
	SetExtent(value corefoundation.CGRect)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/radius
	SetRadius(value float32)

	// width protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/width
	SetWidth(value float32)

	// A value to control the smoothness of the transition between the curved and linear edges of the shape.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/smoothness
	SetSmoothness(value float32)
}

CIRoundedRectangleStrokeGenerator protocol.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator

type CIRoundedRectangleStrokeGeneratorObject 

type CIRoundedRectangleStrokeGeneratorObject struct {
	objectivec.Object
}

CIRoundedRectangleStrokeGeneratorObject wraps an existing Objective-C object that conforms to the CIRoundedRectangleStrokeGenerator protocol.

func CIRoundedRectangleStrokeGeneratorObjectFromID 

func CIRoundedRectangleStrokeGeneratorObjectFromID(id objc.ID) CIRoundedRectangleStrokeGeneratorObject

CIRoundedRectangleStrokeGeneratorObjectFromID constructs a CIRoundedRectangleStrokeGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIRoundedRectangleStrokeGeneratorObject) BaseObject 

func (o CIRoundedRectangleStrokeGeneratorObject) BaseObject() objectivec.Object

func (CIRoundedRectangleStrokeGeneratorObject) Color 

func (o CIRoundedRectangleStrokeGeneratorObject) Color() ICIColor

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/color

func (CIRoundedRectangleStrokeGeneratorObject) Extent 

func (o CIRoundedRectangleStrokeGeneratorObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/extent

func (CIRoundedRectangleStrokeGeneratorObject) OutputImage 

func (o CIRoundedRectangleStrokeGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIRoundedRectangleStrokeGeneratorObject) Radius 

func (o CIRoundedRectangleStrokeGeneratorObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/radius

func (CIRoundedRectangleStrokeGeneratorObject) SetColor 

func (o CIRoundedRectangleStrokeGeneratorObject) SetColor(value ICIColor)

func (CIRoundedRectangleStrokeGeneratorObject) SetExtent 

func (o CIRoundedRectangleStrokeGeneratorObject) SetExtent(value corefoundation.CGRect)

func (CIRoundedRectangleStrokeGeneratorObject) SetRadius 

func (o CIRoundedRectangleStrokeGeneratorObject) SetRadius(value float32)

func (CIRoundedRectangleStrokeGeneratorObject) SetSmoothness 

func (o CIRoundedRectangleStrokeGeneratorObject) SetSmoothness(value float32)

func (CIRoundedRectangleStrokeGeneratorObject) SetWidth 

func (o CIRoundedRectangleStrokeGeneratorObject) SetWidth(value float32)

func (CIRoundedRectangleStrokeGeneratorObject) Smoothness 

func (o CIRoundedRectangleStrokeGeneratorObject) Smoothness() float32

A value to control the smoothness of the transition between the curved and linear edges of the shape.

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/smoothness

func (CIRoundedRectangleStrokeGeneratorObject) Width 

func (o CIRoundedRectangleStrokeGeneratorObject) Width() float32

See: https://developer.apple.com/documentation/CoreImage/CIRoundedRectangleStrokeGenerator/width

type CIRowAverage 

type CIRowAverage interface {
	objectivec.IObject
	CIAreaReductionFilter
	CIFilterProtocol
}

CIRowAverage protocol.

See: https://developer.apple.com/documentation/CoreImage/CIRowAverage

type CIRowAverageObject 

type CIRowAverageObject struct {
	objectivec.Object
}

CIRowAverageObject wraps an existing Objective-C object that conforms to the CIRowAverage protocol.

func CIRowAverageObjectFromID 

func CIRowAverageObjectFromID(id objc.ID) CIRowAverageObject

CIRowAverageObjectFromID constructs a CIRowAverageObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIRowAverageObject) BaseObject 

func (o CIRowAverageObject) BaseObject() objectivec.Object

func (CIRowAverageObject) Extent 

func (o CIRowAverageObject) Extent() corefoundation.CGRect

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/extent

func (CIRowAverageObject) InputImage 

func (o CIRowAverageObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIAreaReductionFilter/inputImage

func (CIRowAverageObject) OutputImage 

func (o CIRowAverageObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIRowAverageObject) SetExtent 

func (o CIRowAverageObject) SetExtent(value corefoundation.CGRect)

func (CIRowAverageObject) SetInputImage 

func (o CIRowAverageObject) SetInputImage(value ICIImage)

type CISRGBToneCurveToLinear 

type CISRGBToneCurveToLinear interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISRGBToneCurveToLinear/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISRGBToneCurveToLinear/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure an sRGB-to-linear filter.

See: https://developer.apple.com/documentation/CoreImage/CISRGBToneCurveToLinear

type CISRGBToneCurveToLinearObject 

type CISRGBToneCurveToLinearObject struct {
	objectivec.Object
}

CISRGBToneCurveToLinearObject wraps an existing Objective-C object that conforms to the CISRGBToneCurveToLinear protocol.

func CISRGBToneCurveToLinearObjectFromID 

func CISRGBToneCurveToLinearObjectFromID(id objc.ID) CISRGBToneCurveToLinearObject

CISRGBToneCurveToLinearObjectFromID constructs a CISRGBToneCurveToLinearObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISRGBToneCurveToLinearObject) BaseObject 

func (o CISRGBToneCurveToLinearObject) BaseObject() objectivec.Object

func (CISRGBToneCurveToLinearObject) InputImage 

func (o CISRGBToneCurveToLinearObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISRGBToneCurveToLinear/inputImage

func (CISRGBToneCurveToLinearObject) OutputImage 

func (o CISRGBToneCurveToLinearObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISRGBToneCurveToLinearObject) SetInputImage 

func (o CISRGBToneCurveToLinearObject) SetInputImage(value ICIImage)

type CISaliencyMap 

type CISaliencyMap interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISaliencyMap/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISaliencyMap/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a saliency map filter.

See: https://developer.apple.com/documentation/CoreImage/CISaliencyMap

type CISaliencyMapObject 

type CISaliencyMapObject struct {
	objectivec.Object
}

CISaliencyMapObject wraps an existing Objective-C object that conforms to the CISaliencyMap protocol.

func CISaliencyMapObjectFromID 

func CISaliencyMapObjectFromID(id objc.ID) CISaliencyMapObject

CISaliencyMapObjectFromID constructs a CISaliencyMapObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISaliencyMapObject) BaseObject 

func (o CISaliencyMapObject) BaseObject() objectivec.Object

func (CISaliencyMapObject) InputImage 

func (o CISaliencyMapObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISaliencyMap/inputImage

func (CISaliencyMapObject) OutputImage 

func (o CISaliencyMapObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISaliencyMapObject) SetInputImage 

func (o CISaliencyMapObject) SetInputImage(value ICIImage)

type CISampler 

type CISampler struct {
	objectivec.Object
}

An object that retrieves pixel samples for processing by a filter kernel.

Overview

The CISampler class retrieves samples of images for processing by a CIKernel object. A CISampler object defines a coordinate transform, and modes for interpolation and wrapping. You use CISampler objects in conjunction with other Core Image classes, such as CIFilter, CIKernel, and CIFilterShape, to create custom filters.

Initializing a Sampler

Getting Information About the Sampler Object

See: https://developer.apple.com/documentation/CoreImage/CISampler

func CISamplerFromID 

func CISamplerFromID(id objc.ID) CISampler

CISamplerFromID constructs a CISampler from an objc.ID.

An object that retrieves pixel samples for processing by a filter kernel.

func NewCISampler 

func NewCISampler() CISampler

NewCISampler creates a new CISampler instance.

func NewSamplerWithImage 

func NewSamplerWithImage(im ICIImage) CISampler

Initializes a sampler with an image object.

im: The image object to initialize the sampler with.

See: https://developer.apple.com/documentation/CoreImage/CISampler/init(image:)

func NewSamplerWithImageKeysAndValues 

func NewSamplerWithImageKeysAndValues(im ICIImage, key0 objectivec.IObject) CISampler

Initializes the sampler with an image object using options specified as key-value pairs.

im: The image object to initialize the sampler with.

key0: A list of key-value pairs that represent options. Each key needs to be followed by that appropriate value. You can supply one or more key-value pairs. Use `nil` to specify the end of the key-value options. See [Sampler Option Keys]. // [Sampler Option Keys]: https://developer.apple.com/documentation/CoreImage/sampler-option-keys

See: https://developer.apple.com/documentation/CoreImage/CISampler/initWithImage:keysAndValues:

func NewSamplerWithImageOptions 

func NewSamplerWithImageOptions(im ICIImage, dict foundation.INSDictionary) CISampler

Initializes the sampler with an image object using options specified in a dictionary.

im: The image to initialize the sampler with.

dict: A dictionary that contains options specified as key-value pairs. See [Sampler Option Keys]. // [Sampler Option Keys]: https://developer.apple.com/documentation/CoreImage/sampler-option-keys

See: https://developer.apple.com/documentation/CoreImage/CISampler/init(image:options:)

func (CISampler) Autorelease 

func (s CISampler) Autorelease() CISampler

Autorelease adds the receiver to the current autorelease pool.

func (CISampler) Definition 

func (s CISampler) Definition() ICIFilterShape

The domain of definition (DOD) of the sampler

Discussion

The DOD contains all nontransparent pixels produced by referencing the sampler.

See: https://developer.apple.com/documentation/CoreImage/CISampler/definition

func (CISampler) Extent 

func (s CISampler) Extent() corefoundation.CGRect

The rectangle that specifies the extent of the sampler

Discussion

Extent is the rectangle that specifies the area outside which the wrap mode set for the sampler is invoked.

See: https://developer.apple.com/documentation/CoreImage/CISampler/extent

func (CISampler) Init 

func (s CISampler) Init() CISampler

Init initializes the instance.

func (CISampler) InitWithImage 

func (s CISampler) InitWithImage(im ICIImage) CISampler

Initializes a sampler with an image object.

im: The image object to initialize the sampler with.

See: https://developer.apple.com/documentation/CoreImage/CISampler/init(image:)

func (CISampler) InitWithImageKeysAndValues 

func (s CISampler) InitWithImageKeysAndValues(im ICIImage, key0 objectivec.IObject) CISampler

Initializes the sampler with an image object using options specified as key-value pairs.

im: The image object to initialize the sampler with.

key0: A list of key-value pairs that represent options. Each key needs to be followed by that appropriate value. You can supply one or more key-value pairs. Use `nil` to specify the end of the key-value options. See [Sampler Option Keys]. // [Sampler Option Keys]: https://developer.apple.com/documentation/CoreImage/sampler-option-keys

See: https://developer.apple.com/documentation/CoreImage/CISampler/initWithImage:keysAndValues:

func (CISampler) InitWithImageOptions 

func (s CISampler) InitWithImageOptions(im ICIImage, dict foundation.INSDictionary) CISampler

Initializes the sampler with an image object using options specified in a dictionary.

im: The image to initialize the sampler with.

dict: A dictionary that contains options specified as key-value pairs. See [Sampler Option Keys]. // [Sampler Option Keys]: https://developer.apple.com/documentation/CoreImage/sampler-option-keys

See: https://developer.apple.com/documentation/CoreImage/CISampler/init(image:options:)

type CISamplerClass 

type CISamplerClass struct {
	// contains filtered or unexported fields
}

func GetCISamplerClass 

func GetCISamplerClass() CISamplerClass

GetCISamplerClass returns the class object for CISampler.

func (CISamplerClass) Alloc 

func (cc CISamplerClass) Alloc() CISampler

Alloc allocates memory for a new instance of the class.

func (CISamplerClass) SamplerWithImage 

func (_CISamplerClass CISamplerClass) SamplerWithImage(im ICIImage) CISampler

Creates and returns a sampler that references an image.

im: The image that you want the sampler to reference.

Return Value

A sampler object that references the image specified by the `im` argument.

See: https://developer.apple.com/documentation/CoreImage/CISampler/samplerWithImage:

func (CISamplerClass) SamplerWithImageKeysAndValues 

func (_CISamplerClass CISamplerClass) SamplerWithImageKeysAndValues(im ICIImage, key0 objectivec.IObject) CISampler

Creates and returns a sampler that references an image using options specified as key-value pairs.

im: The image that you want the sampler to reference.

key0: A list of key-value pairs that represent options. Each key needs to be followed by that appropriate value. You can supply one or more key-value pairs. Use `nil` to specify the end of the key-value options. See [Sampler Option Keys]. // [Sampler Option Keys]: https://developer.apple.com/documentation/CoreImage/sampler-option-keys

Return Value

A sampler that references the image specified by the `im` argument and uses the specified options.

See: https://developer.apple.com/documentation/CoreImage/CISampler/samplerWithImage:keysAndValues:

func (CISamplerClass) SamplerWithImageOptions 

func (_CISamplerClass CISamplerClass) SamplerWithImageOptions(im ICIImage, dict foundation.INSDictionary) CISampler

Creates and returns a sampler that references an image using options specified in a dictionary.

im: The image that you want the sampler to reference.

dict: A dictionary that contains options specified as key-value pairs. See [Sampler Option Keys]. // [Sampler Option Keys]: https://developer.apple.com/documentation/CoreImage/sampler-option-keys

Return Value

A sampler that references the image specified by the `im` argument and uses the options specified in the dictionary.

See: https://developer.apple.com/documentation/CoreImage/CISampler/samplerWithImage:options:

type CISepiaTone 

type CISepiaTone interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISepiaTone/inputImage
	InputImage() ICIImage

	// The intensity of the sepia effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISepiaTone/intensity
	Intensity() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISepiaTone/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the sepia effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISepiaTone/intensity
	SetIntensity(value float32)
}

The properties you use to configure a sepia-tone filter.

See: https://developer.apple.com/documentation/CoreImage/CISepiaTone

type CISepiaToneObject 

type CISepiaToneObject struct {
	objectivec.Object
}

CISepiaToneObject wraps an existing Objective-C object that conforms to the CISepiaTone protocol.

func CISepiaToneObjectFromID 

func CISepiaToneObjectFromID(id objc.ID) CISepiaToneObject

CISepiaToneObjectFromID constructs a CISepiaToneObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISepiaToneObject) BaseObject 

func (o CISepiaToneObject) BaseObject() objectivec.Object

func (CISepiaToneObject) InputImage 

func (o CISepiaToneObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISepiaTone/inputImage

func (CISepiaToneObject) Intensity 

func (o CISepiaToneObject) Intensity() float32

The intensity of the sepia effect.

See: https://developer.apple.com/documentation/CoreImage/CISepiaTone/intensity

func (CISepiaToneObject) OutputImage 

func (o CISepiaToneObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISepiaToneObject) SetInputImage 

func (o CISepiaToneObject) SetInputImage(value ICIImage)

func (CISepiaToneObject) SetIntensity 

func (o CISepiaToneObject) SetIntensity(value float32)

type CIShadedMaterial 

type CIShadedMaterial interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/inputImage
	InputImage() ICIImage

	// The scale of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/scale
	Scale() float32

	// The image to use as the height field.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/shadingImage
	ShadingImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/inputImage
	SetInputImage(value ICIImage)

	// The scale of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/scale
	SetScale(value float32)

	// The image to use as the height field.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/shadingImage
	SetShadingImage(value ICIImage)
}

The properties you use to configure a shaded material filter.

See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial

type CIShadedMaterialObject 

type CIShadedMaterialObject struct {
	objectivec.Object
}

CIShadedMaterialObject wraps an existing Objective-C object that conforms to the CIShadedMaterial protocol.

func CIShadedMaterialObjectFromID 

func CIShadedMaterialObjectFromID(id objc.ID) CIShadedMaterialObject

CIShadedMaterialObjectFromID constructs a CIShadedMaterialObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIShadedMaterialObject) BaseObject 

func (o CIShadedMaterialObject) BaseObject() objectivec.Object

func (CIShadedMaterialObject) InputImage 

func (o CIShadedMaterialObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/inputImage

func (CIShadedMaterialObject) OutputImage 

func (o CIShadedMaterialObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIShadedMaterialObject) Scale 

func (o CIShadedMaterialObject) Scale() float32

The scale of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/scale

func (CIShadedMaterialObject) SetInputImage 

func (o CIShadedMaterialObject) SetInputImage(value ICIImage)

func (CIShadedMaterialObject) SetScale 

func (o CIShadedMaterialObject) SetScale(value float32)

func (CIShadedMaterialObject) SetShadingImage 

func (o CIShadedMaterialObject) SetShadingImage(value ICIImage)

func (CIShadedMaterialObject) ShadingImage 

func (o CIShadedMaterialObject) ShadingImage() ICIImage

The image to use as the height field.

See: https://developer.apple.com/documentation/CoreImage/CIShadedMaterial/shadingImage

type CISharpenLuminance 

type CISharpenLuminance interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/inputImage
	InputImage() ICIImage

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/radius
	Radius() float32

	// The amount of sharpening to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/sharpness
	Sharpness() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/inputImage
	SetInputImage(value ICIImage)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/radius
	SetRadius(value float32)

	// The amount of sharpening to apply.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/sharpness
	SetSharpness(value float32)
}

The properties you use to configure a sharpen luminance filter.

See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance

type CISharpenLuminanceObject 

type CISharpenLuminanceObject struct {
	objectivec.Object
}

CISharpenLuminanceObject wraps an existing Objective-C object that conforms to the CISharpenLuminance protocol.

func CISharpenLuminanceObjectFromID 

func CISharpenLuminanceObjectFromID(id objc.ID) CISharpenLuminanceObject

CISharpenLuminanceObjectFromID constructs a CISharpenLuminanceObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISharpenLuminanceObject) BaseObject 

func (o CISharpenLuminanceObject) BaseObject() objectivec.Object

func (CISharpenLuminanceObject) InputImage 

func (o CISharpenLuminanceObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/inputImage

func (CISharpenLuminanceObject) OutputImage 

func (o CISharpenLuminanceObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISharpenLuminanceObject) Radius 

func (o CISharpenLuminanceObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/radius

func (CISharpenLuminanceObject) SetInputImage 

func (o CISharpenLuminanceObject) SetInputImage(value ICIImage)

func (CISharpenLuminanceObject) SetRadius 

func (o CISharpenLuminanceObject) SetRadius(value float32)

func (CISharpenLuminanceObject) SetSharpness 

func (o CISharpenLuminanceObject) SetSharpness(value float32)

func (CISharpenLuminanceObject) Sharpness 

func (o CISharpenLuminanceObject) Sharpness() float32

The amount of sharpening to apply.

See: https://developer.apple.com/documentation/CoreImage/CISharpenLuminance/sharpness

type CISignedDistanceGradientFromRedMask 

type CISignedDistanceGradientFromRedMask interface {
	objectivec.IObject
	CIFilterProtocol

	// The input image whose red channel defines a mask. If the red channel pixel value is greater than 0.5 then the point is considered in the mask and output pixel will be a value between zero and negative one. Otherwise the output pixel will be a value between zero and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISignedDistanceGradientFromRedMask/inputImage
	InputImage() ICIImage

	// Determines the maximum distance to the mask that can be measured. Distances between zero and the maximum will be normalized to negative one and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISignedDistanceGradientFromRedMask/maximumDistance
	MaximumDistance() float32

	// The input image whose red channel defines a mask. If the red channel pixel value is greater than 0.5 then the point is considered in the mask and output pixel will be a value between zero and negative one. Otherwise the output pixel will be a value between zero and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISignedDistanceGradientFromRedMask/inputImage
	SetInputImage(value ICIImage)

	// Determines the maximum distance to the mask that can be measured. Distances between zero and the maximum will be normalized to negative one and one.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISignedDistanceGradientFromRedMask/maximumDistance
	SetMaximumDistance(value float32)
}

The protocol for the Signed Distance Gradient From Red Mask filter.

See: https://developer.apple.com/documentation/CoreImage/CISignedDistanceGradientFromRedMask

type CISignedDistanceGradientFromRedMaskObject 

type CISignedDistanceGradientFromRedMaskObject struct {
	objectivec.Object
}

CISignedDistanceGradientFromRedMaskObject wraps an existing Objective-C object that conforms to the CISignedDistanceGradientFromRedMask protocol.

func CISignedDistanceGradientFromRedMaskObjectFromID 

func CISignedDistanceGradientFromRedMaskObjectFromID(id objc.ID) CISignedDistanceGradientFromRedMaskObject

CISignedDistanceGradientFromRedMaskObjectFromID constructs a CISignedDistanceGradientFromRedMaskObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISignedDistanceGradientFromRedMaskObject) BaseObject 

func (o CISignedDistanceGradientFromRedMaskObject) BaseObject() objectivec.Object

func (CISignedDistanceGradientFromRedMaskObject) InputImage 

func (o CISignedDistanceGradientFromRedMaskObject) InputImage() ICIImage

The input image whose red channel defines a mask. If the red channel pixel value is greater than 0.5 then the point is considered in the mask and output pixel will be a value between zero and negative one. Otherwise the output pixel will be a value between zero and one.

See: https://developer.apple.com/documentation/CoreImage/CISignedDistanceGradientFromRedMask/inputImage

func (CISignedDistanceGradientFromRedMaskObject) MaximumDistance 

func (o CISignedDistanceGradientFromRedMaskObject) MaximumDistance() float32

Determines the maximum distance to the mask that can be measured. Distances between zero and the maximum will be normalized to negative one and one.

See: https://developer.apple.com/documentation/CoreImage/CISignedDistanceGradientFromRedMask/maximumDistance

func (CISignedDistanceGradientFromRedMaskObject) OutputImage 

func (o CISignedDistanceGradientFromRedMaskObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISignedDistanceGradientFromRedMaskObject) SetInputImage 

func (o CISignedDistanceGradientFromRedMaskObject) SetInputImage(value ICIImage)

func (CISignedDistanceGradientFromRedMaskObject) SetMaximumDistance 

func (o CISignedDistanceGradientFromRedMaskObject) SetMaximumDistance(value float32)

type CISixfoldReflectedTile 

type CISixfoldReflectedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/width
	Width() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/width
	SetWidth(value float32)
}

The properties you use to configure a sixfold reflected tile filter.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile

type CISixfoldReflectedTileObject 

type CISixfoldReflectedTileObject struct {
	objectivec.Object
}

CISixfoldReflectedTileObject wraps an existing Objective-C object that conforms to the CISixfoldReflectedTile protocol.

func CISixfoldReflectedTileObjectFromID 

func CISixfoldReflectedTileObjectFromID(id objc.ID) CISixfoldReflectedTileObject

CISixfoldReflectedTileObjectFromID constructs a CISixfoldReflectedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISixfoldReflectedTileObject) Angle 

func (o CISixfoldReflectedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/angle

func (CISixfoldReflectedTileObject) BaseObject 

func (o CISixfoldReflectedTileObject) BaseObject() objectivec.Object

func (CISixfoldReflectedTileObject) Center 

func (o CISixfoldReflectedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/center

func (CISixfoldReflectedTileObject) InputImage 

func (o CISixfoldReflectedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/inputImage

func (CISixfoldReflectedTileObject) OutputImage 

func (o CISixfoldReflectedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISixfoldReflectedTileObject) SetAngle 

func (o CISixfoldReflectedTileObject) SetAngle(value float32)

func (CISixfoldReflectedTileObject) SetCenter 

func (o CISixfoldReflectedTileObject) SetCenter(value corefoundation.CGPoint)

func (CISixfoldReflectedTileObject) SetInputImage 

func (o CISixfoldReflectedTileObject) SetInputImage(value ICIImage)

func (CISixfoldReflectedTileObject) SetWidth 

func (o CISixfoldReflectedTileObject) SetWidth(value float32)

func (CISixfoldReflectedTileObject) Width 

func (o CISixfoldReflectedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldReflectedTile/width

type CISixfoldRotatedTile 

type CISixfoldRotatedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/width
	Width() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/width
	SetWidth(value float32)
}

The properties you use to configure a sixfold rotated tile filter.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile

type CISixfoldRotatedTileObject 

type CISixfoldRotatedTileObject struct {
	objectivec.Object
}

CISixfoldRotatedTileObject wraps an existing Objective-C object that conforms to the CISixfoldRotatedTile protocol.

func CISixfoldRotatedTileObjectFromID 

func CISixfoldRotatedTileObjectFromID(id objc.ID) CISixfoldRotatedTileObject

CISixfoldRotatedTileObjectFromID constructs a CISixfoldRotatedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISixfoldRotatedTileObject) Angle 

func (o CISixfoldRotatedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/angle

func (CISixfoldRotatedTileObject) BaseObject 

func (o CISixfoldRotatedTileObject) BaseObject() objectivec.Object

func (CISixfoldRotatedTileObject) Center 

func (o CISixfoldRotatedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/center

func (CISixfoldRotatedTileObject) InputImage 

func (o CISixfoldRotatedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/inputImage

func (CISixfoldRotatedTileObject) OutputImage 

func (o CISixfoldRotatedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISixfoldRotatedTileObject) SetAngle 

func (o CISixfoldRotatedTileObject) SetAngle(value float32)

func (CISixfoldRotatedTileObject) SetCenter 

func (o CISixfoldRotatedTileObject) SetCenter(value corefoundation.CGPoint)

func (CISixfoldRotatedTileObject) SetInputImage 

func (o CISixfoldRotatedTileObject) SetInputImage(value ICIImage)

func (CISixfoldRotatedTileObject) SetWidth 

func (o CISixfoldRotatedTileObject) SetWidth(value float32)

func (CISixfoldRotatedTileObject) Width 

func (o CISixfoldRotatedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CISixfoldRotatedTile/width

type CISmoothLinearGradient 

type CISmoothLinearGradient interface {
	objectivec.IObject
	CIFilterProtocol

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/color0
	Color0() ICIColor

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/color1
	Color1() ICIColor

	// The starting position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/point0
	Point0() corefoundation.CGPoint

	// The ending position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/point1
	Point1() corefoundation.CGPoint

	// The first color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/color0
	SetColor0(value ICIColor)

	// The second color to use in the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/color1
	SetColor1(value ICIColor)

	// The starting position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/point0
	SetPoint0(value corefoundation.CGPoint)

	// The ending position of the gradient.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/point1
	SetPoint1(value corefoundation.CGPoint)
}

The properties you use to configure a smooth linear gradient filter.

See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient

type CISmoothLinearGradientObject 

type CISmoothLinearGradientObject struct {
	objectivec.Object
}

CISmoothLinearGradientObject wraps an existing Objective-C object that conforms to the CISmoothLinearGradient protocol.

func CISmoothLinearGradientObjectFromID 

func CISmoothLinearGradientObjectFromID(id objc.ID) CISmoothLinearGradientObject

CISmoothLinearGradientObjectFromID constructs a CISmoothLinearGradientObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISmoothLinearGradientObject) BaseObject 

func (o CISmoothLinearGradientObject) BaseObject() objectivec.Object

func (CISmoothLinearGradientObject) Color0 

func (o CISmoothLinearGradientObject) Color0() ICIColor

The first color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/color0

func (CISmoothLinearGradientObject) Color1 

func (o CISmoothLinearGradientObject) Color1() ICIColor

The second color to use in the gradient.

See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/color1

func (CISmoothLinearGradientObject) OutputImage 

func (o CISmoothLinearGradientObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISmoothLinearGradientObject) Point0 

func (o CISmoothLinearGradientObject) Point0() corefoundation.CGPoint

The starting position of the gradient.

See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/point0

func (CISmoothLinearGradientObject) Point1 

func (o CISmoothLinearGradientObject) Point1() corefoundation.CGPoint

The ending position of the gradient.

See: https://developer.apple.com/documentation/CoreImage/CISmoothLinearGradient/point1

func (CISmoothLinearGradientObject) SetColor0 

func (o CISmoothLinearGradientObject) SetColor0(value ICIColor)

func (CISmoothLinearGradientObject) SetColor1 

func (o CISmoothLinearGradientObject) SetColor1(value ICIColor)

func (CISmoothLinearGradientObject) SetPoint0 

func (o CISmoothLinearGradientObject) SetPoint0(value corefoundation.CGPoint)

func (CISmoothLinearGradientObject) SetPoint1 

func (o CISmoothLinearGradientObject) SetPoint1(value corefoundation.CGPoint)

type CISobelGradients 

type CISobelGradients interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISobelGradients/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISobelGradients/inputImage
	SetInputImage(value ICIImage)
}

CISobelGradients protocol.

See: https://developer.apple.com/documentation/CoreImage/CISobelGradients

type CISobelGradientsObject 

type CISobelGradientsObject struct {
	objectivec.Object
}

CISobelGradientsObject wraps an existing Objective-C object that conforms to the CISobelGradients protocol.

func CISobelGradientsObjectFromID 

func CISobelGradientsObjectFromID(id objc.ID) CISobelGradientsObject

CISobelGradientsObjectFromID constructs a CISobelGradientsObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISobelGradientsObject) BaseObject 

func (o CISobelGradientsObject) BaseObject() objectivec.Object

func (CISobelGradientsObject) InputImage 

func (o CISobelGradientsObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISobelGradients/inputImage

func (CISobelGradientsObject) OutputImage 

func (o CISobelGradientsObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISobelGradientsObject) SetInputImage 

func (o CISobelGradientsObject) SetInputImage(value ICIImage)

type CISpotColor 

type CISpotColor interface {
	objectivec.IObject
	CIFilterProtocol

	// The center value of the first color range to replace.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor1
	CenterColor1() ICIColor

	// The center value of the second color range to replace.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor2
	CenterColor2() ICIColor

	// The center value of the third color range to replace.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor3
	CenterColor3() ICIColor

	// A value that indicates how closely the first color must match before it’s replaced.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness1
	Closeness1() float32

	// A value that indicates how closely the second color must match before it’s replaced.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness2
	Closeness2() float32

	// A value that indicates how closely the third color must match before it’s replaced.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness3
	Closeness3() float32

	// The contrast of the first replacement color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast1
	Contrast1() float32

	// The contrast of the second replacement color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast2
	Contrast2() float32

	// The contrast of the third replacement color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast3
	Contrast3() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/inputImage
	InputImage() ICIImage

	// A replacement color for the first color range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor1
	ReplacementColor1() ICIColor

	// A replacement color for the second color range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor2
	ReplacementColor2() ICIColor

	// A replacement color for the third color range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor3
	ReplacementColor3() ICIColor

	// The center value of the first color range to replace.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor1
	SetCenterColor1(value ICIColor)

	// The center value of the second color range to replace.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor2
	SetCenterColor2(value ICIColor)

	// The center value of the third color range to replace.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor3
	SetCenterColor3(value ICIColor)

	// A value that indicates how closely the first color must match before it’s replaced.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness1
	SetCloseness1(value float32)

	// A value that indicates how closely the second color must match before it’s replaced.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness2
	SetCloseness2(value float32)

	// A value that indicates how closely the third color must match before it’s replaced.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness3
	SetCloseness3(value float32)

	// The contrast of the first replacement color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast1
	SetContrast1(value float32)

	// The contrast of the second replacement color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast2
	SetContrast2(value float32)

	// The contrast of the third replacement color.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast3
	SetContrast3(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/inputImage
	SetInputImage(value ICIImage)

	// A replacement color for the first color range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor1
	SetReplacementColor1(value ICIColor)

	// A replacement color for the second color range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor2
	SetReplacementColor2(value ICIColor)

	// A replacement color for the third color range.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor3
	SetReplacementColor3(value ICIColor)
}

The properties you use to configure a spot color filter.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor

type CISpotColorObject 

type CISpotColorObject struct {
	objectivec.Object
}

CISpotColorObject wraps an existing Objective-C object that conforms to the CISpotColor protocol.

func CISpotColorObjectFromID 

func CISpotColorObjectFromID(id objc.ID) CISpotColorObject

CISpotColorObjectFromID constructs a CISpotColorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISpotColorObject) BaseObject 

func (o CISpotColorObject) BaseObject() objectivec.Object

func (CISpotColorObject) CenterColor1 

func (o CISpotColorObject) CenterColor1() ICIColor

The center value of the first color range to replace.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor1

func (CISpotColorObject) CenterColor2 

func (o CISpotColorObject) CenterColor2() ICIColor

The center value of the second color range to replace.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor2

func (CISpotColorObject) CenterColor3 

func (o CISpotColorObject) CenterColor3() ICIColor

The center value of the third color range to replace.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/centerColor3

func (CISpotColorObject) Closeness1 

func (o CISpotColorObject) Closeness1() float32

A value that indicates how closely the first color must match before it’s replaced.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness1

func (CISpotColorObject) Closeness2 

func (o CISpotColorObject) Closeness2() float32

A value that indicates how closely the second color must match before it’s replaced.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness2

func (CISpotColorObject) Closeness3 

func (o CISpotColorObject) Closeness3() float32

A value that indicates how closely the third color must match before it’s replaced.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/closeness3

func (CISpotColorObject) Contrast1 

func (o CISpotColorObject) Contrast1() float32

The contrast of the first replacement color.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast1

func (CISpotColorObject) Contrast2 

func (o CISpotColorObject) Contrast2() float32

The contrast of the second replacement color.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast2

func (CISpotColorObject) Contrast3 

func (o CISpotColorObject) Contrast3() float32

The contrast of the third replacement color.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/contrast3

func (CISpotColorObject) InputImage 

func (o CISpotColorObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/inputImage

func (CISpotColorObject) OutputImage 

func (o CISpotColorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISpotColorObject) ReplacementColor1 

func (o CISpotColorObject) ReplacementColor1() ICIColor

A replacement color for the first color range.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor1

func (CISpotColorObject) ReplacementColor2 

func (o CISpotColorObject) ReplacementColor2() ICIColor

A replacement color for the second color range.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor2

func (CISpotColorObject) ReplacementColor3 

func (o CISpotColorObject) ReplacementColor3() ICIColor

A replacement color for the third color range.

See: https://developer.apple.com/documentation/CoreImage/CISpotColor/replacementColor3

func (CISpotColorObject) SetCenterColor1 

func (o CISpotColorObject) SetCenterColor1(value ICIColor)

func (CISpotColorObject) SetCenterColor2 

func (o CISpotColorObject) SetCenterColor2(value ICIColor)

func (CISpotColorObject) SetCenterColor3 

func (o CISpotColorObject) SetCenterColor3(value ICIColor)

func (CISpotColorObject) SetCloseness1 

func (o CISpotColorObject) SetCloseness1(value float32)

func (CISpotColorObject) SetCloseness2 

func (o CISpotColorObject) SetCloseness2(value float32)

func (CISpotColorObject) SetCloseness3 

func (o CISpotColorObject) SetCloseness3(value float32)

func (CISpotColorObject) SetContrast1 

func (o CISpotColorObject) SetContrast1(value float32)

func (CISpotColorObject) SetContrast2 

func (o CISpotColorObject) SetContrast2(value float32)

func (CISpotColorObject) SetContrast3 

func (o CISpotColorObject) SetContrast3(value float32)

func (CISpotColorObject) SetInputImage 

func (o CISpotColorObject) SetInputImage(value ICIImage)

func (CISpotColorObject) SetReplacementColor1 

func (o CISpotColorObject) SetReplacementColor1(value ICIColor)

func (CISpotColorObject) SetReplacementColor2 

func (o CISpotColorObject) SetReplacementColor2(value ICIColor)

func (CISpotColorObject) SetReplacementColor3 

func (o CISpotColorObject) SetReplacementColor3(value ICIColor)

type CISpotLight 

type CISpotLight interface {
	objectivec.IObject
	CIFilterProtocol

	// The brightness of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/brightness
	Brightness() float32

	// The color of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/color
	Color() ICIColor

	// The size of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/concentration
	Concentration() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/inputImage
	InputImage() ICIImage

	// The x and y position that the spotlight points at.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/lightPointsAt
	LightPointsAt() ICIVector

	// The x and y position of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/lightPosition
	LightPosition() ICIVector

	// The brightness of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/brightness
	SetBrightness(value float32)

	// The color of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/color
	SetColor(value ICIColor)

	// The size of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/concentration
	SetConcentration(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/inputImage
	SetInputImage(value ICIImage)

	// The x and y position that the spotlight points at.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/lightPointsAt
	SetLightPointsAt(value ICIVector)

	// The x and y position of the spotlight.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISpotLight/lightPosition
	SetLightPosition(value ICIVector)
}

The properties you use to configure a spotlight filter.

See: https://developer.apple.com/documentation/CoreImage/CISpotLight

type CISpotLightObject 

type CISpotLightObject struct {
	objectivec.Object
}

CISpotLightObject wraps an existing Objective-C object that conforms to the CISpotLight protocol.

func CISpotLightObjectFromID 

func CISpotLightObjectFromID(id objc.ID) CISpotLightObject

CISpotLightObjectFromID constructs a CISpotLightObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISpotLightObject) BaseObject 

func (o CISpotLightObject) BaseObject() objectivec.Object

func (CISpotLightObject) Brightness 

func (o CISpotLightObject) Brightness() float32

The brightness of the spotlight.

See: https://developer.apple.com/documentation/CoreImage/CISpotLight/brightness

func (CISpotLightObject) Color 

func (o CISpotLightObject) Color() ICIColor

The color of the spotlight.

See: https://developer.apple.com/documentation/CoreImage/CISpotLight/color

func (CISpotLightObject) Concentration 

func (o CISpotLightObject) Concentration() float32

The size of the spotlight.

See: https://developer.apple.com/documentation/CoreImage/CISpotLight/concentration

func (CISpotLightObject) InputImage 

func (o CISpotLightObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CISpotLight/inputImage

func (CISpotLightObject) LightPointsAt 

func (o CISpotLightObject) LightPointsAt() ICIVector

The x and y position that the spotlight points at.

See: https://developer.apple.com/documentation/CoreImage/CISpotLight/lightPointsAt

func (CISpotLightObject) LightPosition 

func (o CISpotLightObject) LightPosition() ICIVector

The x and y position of the spotlight.

See: https://developer.apple.com/documentation/CoreImage/CISpotLight/lightPosition

func (CISpotLightObject) OutputImage 

func (o CISpotLightObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISpotLightObject) SetBrightness 

func (o CISpotLightObject) SetBrightness(value float32)

func (CISpotLightObject) SetColor 

func (o CISpotLightObject) SetColor(value ICIColor)

func (CISpotLightObject) SetConcentration 

func (o CISpotLightObject) SetConcentration(value float32)

func (CISpotLightObject) SetInputImage 

func (o CISpotLightObject) SetInputImage(value ICIImage)

func (CISpotLightObject) SetLightPointsAt 

func (o CISpotLightObject) SetLightPointsAt(value ICIVector)

func (CISpotLightObject) SetLightPosition 

func (o CISpotLightObject) SetLightPosition(value ICIVector)

type CIStarShineGenerator 

type CIStarShineGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the star.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/center
	Center() corefoundation.CGPoint

	// The color to use for the outer shell of the circular star.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/color
	Color() ICIColor

	// The angle of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossAngle
	CrossAngle() float32

	// The opacity of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossOpacity
	CrossOpacity() float32

	// The size of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossScale
	CrossScale() float32

	// The width of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossWidth
	CrossWidth() float32

	// The length of the cross spikes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/epsilon
	Epsilon() float32

	// The radius of the star.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/radius
	Radius() float32

	// The x and y position to use as the center of the star.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/center
	SetCenter(value corefoundation.CGPoint)

	// The color to use for the outer shell of the circular star.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/color
	SetColor(value ICIColor)

	// The angle of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossAngle
	SetCrossAngle(value float32)

	// The opacity of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossOpacity
	SetCrossOpacity(value float32)

	// The size of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossScale
	SetCrossScale(value float32)

	// The width of the cross pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossWidth
	SetCrossWidth(value float32)

	// The length of the cross spikes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/epsilon
	SetEpsilon(value float32)

	// The radius of the star.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/radius
	SetRadius(value float32)
}

The properties you use to configure a star-shine generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator

type CIStarShineGeneratorObject 

type CIStarShineGeneratorObject struct {
	objectivec.Object
}

CIStarShineGeneratorObject wraps an existing Objective-C object that conforms to the CIStarShineGenerator protocol.

func CIStarShineGeneratorObjectFromID 

func CIStarShineGeneratorObjectFromID(id objc.ID) CIStarShineGeneratorObject

CIStarShineGeneratorObjectFromID constructs a CIStarShineGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIStarShineGeneratorObject) BaseObject 

func (o CIStarShineGeneratorObject) BaseObject() objectivec.Object

func (CIStarShineGeneratorObject) Center 

func (o CIStarShineGeneratorObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the star.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/center

func (CIStarShineGeneratorObject) Color 

func (o CIStarShineGeneratorObject) Color() ICIColor

The color to use for the outer shell of the circular star.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/color

func (CIStarShineGeneratorObject) CrossAngle 

func (o CIStarShineGeneratorObject) CrossAngle() float32

The angle of the cross pattern.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossAngle

func (CIStarShineGeneratorObject) CrossOpacity 

func (o CIStarShineGeneratorObject) CrossOpacity() float32

The opacity of the cross pattern.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossOpacity

func (CIStarShineGeneratorObject) CrossScale 

func (o CIStarShineGeneratorObject) CrossScale() float32

The size of the cross pattern.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossScale

func (CIStarShineGeneratorObject) CrossWidth 

func (o CIStarShineGeneratorObject) CrossWidth() float32

The width of the cross pattern.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/crossWidth

func (CIStarShineGeneratorObject) Epsilon 

func (o CIStarShineGeneratorObject) Epsilon() float32

The length of the cross spikes.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/epsilon

func (CIStarShineGeneratorObject) OutputImage 

func (o CIStarShineGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIStarShineGeneratorObject) Radius 

func (o CIStarShineGeneratorObject) Radius() float32

The radius of the star.

See: https://developer.apple.com/documentation/CoreImage/CIStarShineGenerator/radius

func (CIStarShineGeneratorObject) SetCenter 

func (o CIStarShineGeneratorObject) SetCenter(value corefoundation.CGPoint)

func (CIStarShineGeneratorObject) SetColor 

func (o CIStarShineGeneratorObject) SetColor(value ICIColor)

func (CIStarShineGeneratorObject) SetCrossAngle 

func (o CIStarShineGeneratorObject) SetCrossAngle(value float32)

func (CIStarShineGeneratorObject) SetCrossOpacity 

func (o CIStarShineGeneratorObject) SetCrossOpacity(value float32)

func (CIStarShineGeneratorObject) SetCrossScale 

func (o CIStarShineGeneratorObject) SetCrossScale(value float32)

func (CIStarShineGeneratorObject) SetCrossWidth 

func (o CIStarShineGeneratorObject) SetCrossWidth(value float32)

func (CIStarShineGeneratorObject) SetEpsilon 

func (o CIStarShineGeneratorObject) SetEpsilon(value float32)

func (CIStarShineGeneratorObject) SetRadius 

func (o CIStarShineGeneratorObject) SetRadius(value float32)

type CIStraighten 

type CIStraighten interface {
	objectivec.IObject
	CIFilterProtocol

	// The rotation angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStraighten/angle
	Angle() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStraighten/inputImage
	InputImage() ICIImage

	// The rotation angle, in radians.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStraighten/angle
	SetAngle(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStraighten/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a straighten filter.

See: https://developer.apple.com/documentation/CoreImage/CIStraighten

type CIStraightenObject 

type CIStraightenObject struct {
	objectivec.Object
}

CIStraightenObject wraps an existing Objective-C object that conforms to the CIStraighten protocol.

func CIStraightenObjectFromID 

func CIStraightenObjectFromID(id objc.ID) CIStraightenObject

CIStraightenObjectFromID constructs a CIStraightenObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIStraightenObject) Angle 

func (o CIStraightenObject) Angle() float32

The rotation angle, in radians.

See: https://developer.apple.com/documentation/CoreImage/CIStraighten/angle

func (CIStraightenObject) BaseObject 

func (o CIStraightenObject) BaseObject() objectivec.Object

func (CIStraightenObject) InputImage 

func (o CIStraightenObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIStraighten/inputImage

func (CIStraightenObject) OutputImage 

func (o CIStraightenObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIStraightenObject) SetAngle 

func (o CIStraightenObject) SetAngle(value float32)

func (CIStraightenObject) SetInputImage 

func (o CIStraightenObject) SetInputImage(value ICIImage)

type CIStretchCrop 

type CIStretchCrop interface {
	objectivec.IObject
	CIFilterProtocol

	// CenterStretchAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/centerStretchAmount
	CenterStretchAmount() float32

	// CropAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/cropAmount
	CropAmount() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/inputImage
	InputImage() ICIImage

	// Size protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/size
	Size() corefoundation.CGPoint

	// centerStretchAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/centerStretchAmount
	SetCenterStretchAmount(value float32)

	// cropAmount protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/cropAmount
	SetCropAmount(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/inputImage
	SetInputImage(value ICIImage)

	// size protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/size
	SetSize(value corefoundation.CGPoint)
}

CIStretchCrop protocol.

See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop

type CIStretchCropObject 

type CIStretchCropObject struct {
	objectivec.Object
}

CIStretchCropObject wraps an existing Objective-C object that conforms to the CIStretchCrop protocol.

func CIStretchCropObjectFromID 

func CIStretchCropObjectFromID(id objc.ID) CIStretchCropObject

CIStretchCropObjectFromID constructs a CIStretchCropObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIStretchCropObject) BaseObject 

func (o CIStretchCropObject) BaseObject() objectivec.Object

func (CIStretchCropObject) CenterStretchAmount 

func (o CIStretchCropObject) CenterStretchAmount() float32

See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/centerStretchAmount

func (CIStretchCropObject) CropAmount 

func (o CIStretchCropObject) CropAmount() float32

See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/cropAmount

func (CIStretchCropObject) InputImage 

func (o CIStretchCropObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/inputImage

func (CIStretchCropObject) OutputImage 

func (o CIStretchCropObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIStretchCropObject) SetCenterStretchAmount 

func (o CIStretchCropObject) SetCenterStretchAmount(value float32)

func (CIStretchCropObject) SetCropAmount 

func (o CIStretchCropObject) SetCropAmount(value float32)

func (CIStretchCropObject) SetInputImage 

func (o CIStretchCropObject) SetInputImage(value ICIImage)

func (CIStretchCropObject) SetSize 

func (o CIStretchCropObject) SetSize(value corefoundation.CGPoint)

func (CIStretchCropObject) Size 

func (o CIStretchCropObject) Size() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIStretchCrop/size

type CIStripesGenerator 

type CIStripesGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the stripe pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/center
	Center() corefoundation.CGPoint

	// A color to use for the odd stripes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/color0
	Color0() ICIColor

	// A color to use for the even stripes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/color1
	Color1() ICIColor

	// The sharpness of the stripe pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/sharpness
	Sharpness() float32

	// The width of a stripe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/width
	Width() float32

	// The x and y position to use as the center of the stripe pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/center
	SetCenter(value corefoundation.CGPoint)

	// A color to use for the odd stripes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/color0
	SetColor0(value ICIColor)

	// A color to use for the even stripes.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/color1
	SetColor1(value ICIColor)

	// The sharpness of the stripe pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/sharpness
	SetSharpness(value float32)

	// The width of a stripe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/width
	SetWidth(value float32)
}

The properties you use to configure a stripes generator filter.

See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator

type CIStripesGeneratorObject 

type CIStripesGeneratorObject struct {
	objectivec.Object
}

CIStripesGeneratorObject wraps an existing Objective-C object that conforms to the CIStripesGenerator protocol.

func CIStripesGeneratorObjectFromID 

func CIStripesGeneratorObjectFromID(id objc.ID) CIStripesGeneratorObject

CIStripesGeneratorObjectFromID constructs a CIStripesGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIStripesGeneratorObject) BaseObject 

func (o CIStripesGeneratorObject) BaseObject() objectivec.Object

func (CIStripesGeneratorObject) Center 

func (o CIStripesGeneratorObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the stripe pattern.

See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/center

func (CIStripesGeneratorObject) Color0 

func (o CIStripesGeneratorObject) Color0() ICIColor

A color to use for the odd stripes.

See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/color0

func (CIStripesGeneratorObject) Color1 

func (o CIStripesGeneratorObject) Color1() ICIColor

A color to use for the even stripes.

See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/color1

func (CIStripesGeneratorObject) OutputImage 

func (o CIStripesGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIStripesGeneratorObject) SetCenter 

func (o CIStripesGeneratorObject) SetCenter(value corefoundation.CGPoint)

func (CIStripesGeneratorObject) SetColor0 

func (o CIStripesGeneratorObject) SetColor0(value ICIColor)

func (CIStripesGeneratorObject) SetColor1 

func (o CIStripesGeneratorObject) SetColor1(value ICIColor)

func (CIStripesGeneratorObject) SetSharpness 

func (o CIStripesGeneratorObject) SetSharpness(value float32)

func (CIStripesGeneratorObject) SetWidth 

func (o CIStripesGeneratorObject) SetWidth(value float32)

func (CIStripesGeneratorObject) Sharpness 

func (o CIStripesGeneratorObject) Sharpness() float32

The sharpness of the stripe pattern.

See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/sharpness

func (CIStripesGeneratorObject) Width 

func (o CIStripesGeneratorObject) Width() float32

The width of a stripe.

See: https://developer.apple.com/documentation/CoreImage/CIStripesGenerator/width

type CISunbeamsGenerator 

type CISunbeamsGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The x and y position to use as the center of the sunbeam pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/center
	Center() corefoundation.CGPoint

	// The color of the sun.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/color
	Color() ICIColor

	// The radius of the sunbeams.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/maxStriationRadius
	MaxStriationRadius() float32

	// The contrast of the sunbeams.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/striationContrast
	StriationContrast() float32

	// The intensity of the sunbeams.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/striationStrength
	StriationStrength() float32

	// The radius of the sun.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/sunRadius
	SunRadius() float32

	// The duration of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/time
	Time() float32

	// The x and y position to use as the center of the sunbeam pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/center
	SetCenter(value corefoundation.CGPoint)

	// The color of the sun.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/color
	SetColor(value ICIColor)

	// The radius of the sunbeams.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/maxStriationRadius
	SetMaxStriationRadius(value float32)

	// The contrast of the sunbeams.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/striationContrast
	SetStriationContrast(value float32)

	// The intensity of the sunbeams.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/striationStrength
	SetStriationStrength(value float32)

	// The radius of the sun.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/sunRadius
	SetSunRadius(value float32)

	// The duration of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/time
	SetTime(value float32)
}

The properties you use to configure a sunbeams generator filter.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator

type CISunbeamsGeneratorObject 

type CISunbeamsGeneratorObject struct {
	objectivec.Object
}

CISunbeamsGeneratorObject wraps an existing Objective-C object that conforms to the CISunbeamsGenerator protocol.

func CISunbeamsGeneratorObjectFromID 

func CISunbeamsGeneratorObjectFromID(id objc.ID) CISunbeamsGeneratorObject

CISunbeamsGeneratorObjectFromID constructs a CISunbeamsGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISunbeamsGeneratorObject) BaseObject 

func (o CISunbeamsGeneratorObject) BaseObject() objectivec.Object

func (CISunbeamsGeneratorObject) Center 

func (o CISunbeamsGeneratorObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the sunbeam pattern.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/center

func (CISunbeamsGeneratorObject) Color 

func (o CISunbeamsGeneratorObject) Color() ICIColor

The color of the sun.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/color

func (CISunbeamsGeneratorObject) MaxStriationRadius 

func (o CISunbeamsGeneratorObject) MaxStriationRadius() float32

The radius of the sunbeams.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/maxStriationRadius

func (CISunbeamsGeneratorObject) OutputImage 

func (o CISunbeamsGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISunbeamsGeneratorObject) SetCenter 

func (o CISunbeamsGeneratorObject) SetCenter(value corefoundation.CGPoint)

func (CISunbeamsGeneratorObject) SetColor 

func (o CISunbeamsGeneratorObject) SetColor(value ICIColor)

func (CISunbeamsGeneratorObject) SetMaxStriationRadius 

func (o CISunbeamsGeneratorObject) SetMaxStriationRadius(value float32)

func (CISunbeamsGeneratorObject) SetStriationContrast 

func (o CISunbeamsGeneratorObject) SetStriationContrast(value float32)

func (CISunbeamsGeneratorObject) SetStriationStrength 

func (o CISunbeamsGeneratorObject) SetStriationStrength(value float32)

func (CISunbeamsGeneratorObject) SetSunRadius 

func (o CISunbeamsGeneratorObject) SetSunRadius(value float32)

func (CISunbeamsGeneratorObject) SetTime 

func (o CISunbeamsGeneratorObject) SetTime(value float32)

func (CISunbeamsGeneratorObject) StriationContrast 

func (o CISunbeamsGeneratorObject) StriationContrast() float32

The contrast of the sunbeams.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/striationContrast

func (CISunbeamsGeneratorObject) StriationStrength 

func (o CISunbeamsGeneratorObject) StriationStrength() float32

The intensity of the sunbeams.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/striationStrength

func (CISunbeamsGeneratorObject) SunRadius 

func (o CISunbeamsGeneratorObject) SunRadius() float32

The radius of the sun.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/sunRadius

func (CISunbeamsGeneratorObject) Time 

func (o CISunbeamsGeneratorObject) Time() float32

The duration of the effect.

See: https://developer.apple.com/documentation/CoreImage/CISunbeamsGenerator/time

type CISwipeTransition 

type CISwipeTransition interface {
	objectivec.IObject
	CIFilterProtocol
	CITransitionFilter

	// The angle of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/angle
	Angle() float32

	// The color of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/color
	Color() ICIColor

	// The extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/extent
	Extent() corefoundation.CGRect

	// The opacity of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/opacity
	Opacity() float32

	// The width of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/width
	Width() float32

	// The angle of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/angle
	SetAngle(value float32)

	// The color of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/color
	SetColor(value ICIColor)

	// The extent of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/extent
	SetExtent(value corefoundation.CGRect)

	// The opacity of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/opacity
	SetOpacity(value float32)

	// The width of the swipe.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/width
	SetWidth(value float32)
}

The properties you use to configure a swipe transition filter.

See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition

type CISwipeTransitionObject 

type CISwipeTransitionObject struct {
	objectivec.Object
}

CISwipeTransitionObject wraps an existing Objective-C object that conforms to the CISwipeTransition protocol.

func CISwipeTransitionObjectFromID 

func CISwipeTransitionObjectFromID(id objc.ID) CISwipeTransitionObject

CISwipeTransitionObjectFromID constructs a CISwipeTransitionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISwipeTransitionObject) Angle 

func (o CISwipeTransitionObject) Angle() float32

The angle of the swipe.

See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/angle

func (CISwipeTransitionObject) BaseObject 

func (o CISwipeTransitionObject) BaseObject() objectivec.Object

func (CISwipeTransitionObject) Color 

func (o CISwipeTransitionObject) Color() ICIColor

The color of the swipe.

See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/color

func (CISwipeTransitionObject) Extent 

func (o CISwipeTransitionObject) Extent() corefoundation.CGRect

The extent of the effect.

See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/extent

func (CISwipeTransitionObject) InputImage 

func (o CISwipeTransitionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CISwipeTransitionObject) Opacity 

func (o CISwipeTransitionObject) Opacity() float32

The opacity of the swipe.

See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/opacity

func (CISwipeTransitionObject) OutputImage 

func (o CISwipeTransitionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISwipeTransitionObject) SetAngle 

func (o CISwipeTransitionObject) SetAngle(value float32)

func (CISwipeTransitionObject) SetColor 

func (o CISwipeTransitionObject) SetColor(value ICIColor)

func (CISwipeTransitionObject) SetExtent 

func (o CISwipeTransitionObject) SetExtent(value corefoundation.CGRect)

func (CISwipeTransitionObject) SetInputImage 

func (o CISwipeTransitionObject) SetInputImage(value ICIImage)

func (CISwipeTransitionObject) SetOpacity 

func (o CISwipeTransitionObject) SetOpacity(value float32)

func (CISwipeTransitionObject) SetTargetImage 

func (o CISwipeTransitionObject) SetTargetImage(value ICIImage)

func (CISwipeTransitionObject) SetTime 

func (o CISwipeTransitionObject) SetTime(value float32)

func (CISwipeTransitionObject) SetWidth 

func (o CISwipeTransitionObject) SetWidth(value float32)

func (CISwipeTransitionObject) TargetImage 

func (o CISwipeTransitionObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CISwipeTransitionObject) Time 

func (o CISwipeTransitionObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

func (CISwipeTransitionObject) Width 

func (o CISwipeTransitionObject) Width() float32

The width of the swipe.

See: https://developer.apple.com/documentation/CoreImage/CISwipeTransition/width

type CISystemToneMap 

type CISystemToneMap interface {
	objectivec.IObject
	CIFilterProtocol

	// Specifies the current headroom of the intended display.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/displayHeadroom
	DisplayHeadroom() float32

	// Specifies input image with content headroom and average light level properties.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/inputImage
	InputImage() ICIImage

	// Specifies the preferred dynamic range behavior of the tone mapping. The value should be kCIDynamicRangeStandard, kCIDynamicRangeConstrainedHigh, kCIDynamicRangeHigh or nil.  If nil then it will behave as kCIDynamicRangeHigh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/preferredDynamicRange
	PreferredDynamicRange() CIDynamicRangeOption

	// Specifies the current headroom of the intended display.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/displayHeadroom
	SetDisplayHeadroom(value float32)

	// Specifies input image with content headroom and average light level properties.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/inputImage
	SetInputImage(value ICIImage)

	// Specifies the preferred dynamic range behavior of the tone mapping. The value should be kCIDynamicRangeStandard, kCIDynamicRangeConstrainedHigh, kCIDynamicRangeHigh or nil.  If nil then it will behave as kCIDynamicRangeHigh.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/preferredDynamicRange
	SetPreferredDynamicRange(value CIDynamicRangeOption)
}

The protocol for the System Tone Map filter.

See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap

type CISystemToneMapObject 

type CISystemToneMapObject struct {
	objectivec.Object
}

CISystemToneMapObject wraps an existing Objective-C object that conforms to the CISystemToneMap protocol.

func CISystemToneMapObjectFromID 

func CISystemToneMapObjectFromID(id objc.ID) CISystemToneMapObject

CISystemToneMapObjectFromID constructs a CISystemToneMapObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CISystemToneMapObject) BaseObject 

func (o CISystemToneMapObject) BaseObject() objectivec.Object

func (CISystemToneMapObject) DisplayHeadroom 

func (o CISystemToneMapObject) DisplayHeadroom() float32

Specifies the current headroom of the intended display.

See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/displayHeadroom

func (CISystemToneMapObject) InputImage 

func (o CISystemToneMapObject) InputImage() ICIImage

Specifies input image with content headroom and average light level properties.

See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/inputImage

func (CISystemToneMapObject) OutputImage 

func (o CISystemToneMapObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CISystemToneMapObject) PreferredDynamicRange 

func (o CISystemToneMapObject) PreferredDynamicRange() CIDynamicRangeOption

Specifies the preferred dynamic range behavior of the tone mapping. The value should be kCIDynamicRangeStandard, kCIDynamicRangeConstrainedHigh, kCIDynamicRangeHigh or nil. If nil then it will behave as kCIDynamicRangeHigh.

See: https://developer.apple.com/documentation/CoreImage/CISystemToneMap/preferredDynamicRange

func (CISystemToneMapObject) SetDisplayHeadroom 

func (o CISystemToneMapObject) SetDisplayHeadroom(value float32)

func (CISystemToneMapObject) SetInputImage 

func (o CISystemToneMapObject) SetInputImage(value ICIImage)

func (CISystemToneMapObject) SetPreferredDynamicRange 

func (o CISystemToneMapObject) SetPreferredDynamicRange(value CIDynamicRangeOption)

type CITemperatureAndTint 

type CITemperatureAndTint interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/inputImage
	InputImage() ICIImage

	// A vector containing the source white point defined by color temperature and tint.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/neutral
	Neutral() ICIVector

	// A vector containing the desired white point defined by color temperature and tint.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/targetNeutral
	TargetNeutral() ICIVector

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/inputImage
	SetInputImage(value ICIImage)

	// A vector containing the source white point defined by color temperature and tint.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/neutral
	SetNeutral(value ICIVector)

	// A vector containing the desired white point defined by color temperature and tint.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/targetNeutral
	SetTargetNeutral(value ICIVector)
}

The properties you use to configure a temperature and tint filter.

See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint

type CITemperatureAndTintObject 

type CITemperatureAndTintObject struct {
	objectivec.Object
}

CITemperatureAndTintObject wraps an existing Objective-C object that conforms to the CITemperatureAndTint protocol.

func CITemperatureAndTintObjectFromID 

func CITemperatureAndTintObjectFromID(id objc.ID) CITemperatureAndTintObject

CITemperatureAndTintObjectFromID constructs a CITemperatureAndTintObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITemperatureAndTintObject) BaseObject 

func (o CITemperatureAndTintObject) BaseObject() objectivec.Object

func (CITemperatureAndTintObject) InputImage 

func (o CITemperatureAndTintObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/inputImage

func (CITemperatureAndTintObject) Neutral 

func (o CITemperatureAndTintObject) Neutral() ICIVector

A vector containing the source white point defined by color temperature and tint.

See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/neutral

func (CITemperatureAndTintObject) OutputImage 

func (o CITemperatureAndTintObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITemperatureAndTintObject) SetInputImage 

func (o CITemperatureAndTintObject) SetInputImage(value ICIImage)

func (CITemperatureAndTintObject) SetNeutral 

func (o CITemperatureAndTintObject) SetNeutral(value ICIVector)

func (CITemperatureAndTintObject) SetTargetNeutral 

func (o CITemperatureAndTintObject) SetTargetNeutral(value ICIVector)

func (CITemperatureAndTintObject) TargetNeutral 

func (o CITemperatureAndTintObject) TargetNeutral() ICIVector

A vector containing the desired white point defined by color temperature and tint.

See: https://developer.apple.com/documentation/CoreImage/CITemperatureAndTint/targetNeutral

type CITextFeature 

type CITextFeature struct {
	CIFeature
}

Information about a text that was detected in a still or video image.

Overview

A detected text feature is not necessarily rectangular in the plane of the image; rather, the feature identifies a shape that may be rectangular in space (for example a text on a sign) but which appears as a four-sided polygon in the image. The properties of a CITextFeature object identify its four corners in image coordinates.

To detect text in an image or video, choose the CITextFeature.CIDetectorTypeText type when initializing a CIDetector object, and use the CIDetectorImageOrientation option to specify the desired orientation for finding upright text.

Locating Features Within a Detected Region

Identifying the Corners of a Detected Text Region

See: https://developer.apple.com/documentation/CoreImage/CITextFeature

func CITextFeatureFromID 

func CITextFeatureFromID(id objc.ID) CITextFeature

CITextFeatureFromID constructs a CITextFeature from an objc.ID.

Information about a text that was detected in a still or video image.

func NewCITextFeature 

func NewCITextFeature() CITextFeature

NewCITextFeature creates a new CITextFeature instance.

func (CITextFeature) Autorelease 

func (t CITextFeature) Autorelease() CITextFeature

Autorelease adds the receiver to the current autorelease pool.

func (CITextFeature) BottomLeft 

func (t CITextFeature) BottomLeft() corefoundation.CGPoint

The image coordinate of the lower-left corner of the detected text.

See: https://developer.apple.com/documentation/CoreImage/CITextFeature/bottomLeft

func (CITextFeature) BottomRight 

func (t CITextFeature) BottomRight() corefoundation.CGPoint

The image coordinate of the lower-right corner of the detected text.

See: https://developer.apple.com/documentation/CoreImage/CITextFeature/bottomRight

func (CITextFeature) CIDetectorTypeText 

func (t CITextFeature) CIDetectorTypeText() string

A detector that searches for text in a still image or video, returning

See: https://developer.apple.com/documentation/coreimage/cidetectortypetext

func (CITextFeature) Init 

func (t CITextFeature) Init() CITextFeature

Init initializes the instance.

func (CITextFeature) SubFeatures 

func (t CITextFeature) SubFeatures() foundation.INSArray

An array containing additional features detected within the feature.

Discussion

A text detector can identify both a major region that is likely to contain text as well as the areas within that region that likely to contain individual text features. Such features might be single characters, groups of closely-packed characters, or entire words.

To detect sub-features, `/CIDetector/` needs to be called with the CIDetectorReturnSubFeatures option set to true.

See: https://developer.apple.com/documentation/CoreImage/CITextFeature/subFeatures

func (CITextFeature) TopLeft 

func (t CITextFeature) TopLeft() corefoundation.CGPoint

The image coordinate of the upper-left corner of the detected text.

See: https://developer.apple.com/documentation/CoreImage/CITextFeature/topLeft

func (CITextFeature) TopRight 

func (t CITextFeature) TopRight() corefoundation.CGPoint

The image coordinate of the upper-right corner of the detected text.

See: https://developer.apple.com/documentation/CoreImage/CITextFeature/topRight

type CITextFeatureClass 

type CITextFeatureClass struct {
	// contains filtered or unexported fields
}

func GetCITextFeatureClass 

func GetCITextFeatureClass() CITextFeatureClass

GetCITextFeatureClass returns the class object for CITextFeature.

func (CITextFeatureClass) Alloc 

func (cc CITextFeatureClass) Alloc() CITextFeature

Alloc allocates memory for a new instance of the class.

type CITextImageGenerator 

type CITextImageGenerator interface {
	objectivec.IObject
	CIFilterProtocol

	// The name of the font to use for the generated text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/fontName
	FontName() string

	// The size of the font to use for the generated text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/fontSize
	FontSize() float32

	// The scale of the font to use for the generated text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/scaleFactor
	ScaleFactor() float32

	// The text to render.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/text
	Text() string

	// Padding protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/padding
	Padding() float32

	// The name of the font to use for the generated text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/fontName
	SetFontName(value string)

	// The size of the font to use for the generated text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/fontSize
	SetFontSize(value float32)

	// The scale of the font to use for the generated text.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/scaleFactor
	SetScaleFactor(value float32)

	// The text to render.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/text
	SetText(value string)

	// padding protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/padding
	SetPadding(value float32)
}

The properties you use to configure a text image generator filter.

See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator

type CITextImageGeneratorObject 

type CITextImageGeneratorObject struct {
	objectivec.Object
}

CITextImageGeneratorObject wraps an existing Objective-C object that conforms to the CITextImageGenerator protocol.

func CITextImageGeneratorObjectFromID 

func CITextImageGeneratorObjectFromID(id objc.ID) CITextImageGeneratorObject

CITextImageGeneratorObjectFromID constructs a CITextImageGeneratorObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITextImageGeneratorObject) BaseObject 

func (o CITextImageGeneratorObject) BaseObject() objectivec.Object

func (CITextImageGeneratorObject) FontName 

func (o CITextImageGeneratorObject) FontName() string

The name of the font to use for the generated text.

See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/fontName

func (CITextImageGeneratorObject) FontSize 

func (o CITextImageGeneratorObject) FontSize() float32

The size of the font to use for the generated text.

See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/fontSize

func (CITextImageGeneratorObject) OutputImage 

func (o CITextImageGeneratorObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITextImageGeneratorObject) Padding 

func (o CITextImageGeneratorObject) Padding() float32

See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/padding

func (CITextImageGeneratorObject) ScaleFactor 

func (o CITextImageGeneratorObject) ScaleFactor() float32

The scale of the font to use for the generated text.

See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/scaleFactor

func (CITextImageGeneratorObject) SetFontName 

func (o CITextImageGeneratorObject) SetFontName(value string)

func (CITextImageGeneratorObject) SetFontSize 

func (o CITextImageGeneratorObject) SetFontSize(value float32)

func (CITextImageGeneratorObject) SetPadding 

func (o CITextImageGeneratorObject) SetPadding(value float32)

func (CITextImageGeneratorObject) SetScaleFactor 

func (o CITextImageGeneratorObject) SetScaleFactor(value float32)

func (CITextImageGeneratorObject) SetText 

func (o CITextImageGeneratorObject) SetText(value string)

func (CITextImageGeneratorObject) Text 

func (o CITextImageGeneratorObject) Text() string

The text to render.

See: https://developer.apple.com/documentation/CoreImage/CITextImageGenerator/text

type CIThermal 

type CIThermal interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIThermal/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIThermal/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a thermal filter.

See: https://developer.apple.com/documentation/CoreImage/CIThermal

type CIThermalObject 

type CIThermalObject struct {
	objectivec.Object
}

CIThermalObject wraps an existing Objective-C object that conforms to the CIThermal protocol.

func CIThermalObjectFromID 

func CIThermalObjectFromID(id objc.ID) CIThermalObject

CIThermalObjectFromID constructs a CIThermalObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIThermalObject) BaseObject 

func (o CIThermalObject) BaseObject() objectivec.Object

func (CIThermalObject) InputImage 

func (o CIThermalObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIThermal/inputImage

func (CIThermalObject) OutputImage 

func (o CIThermalObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIThermalObject) SetInputImage 

func (o CIThermalObject) SetInputImage(value ICIImage)

type CIToneCurve 

type CIToneCurve interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/inputImage
	InputImage() ICIImage

	// A vector containing the position of the first point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point0
	Point0() corefoundation.CGPoint

	// A vector containing the position of the second point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point1
	Point1() corefoundation.CGPoint

	// A vector containing the position of the third point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point2
	Point2() corefoundation.CGPoint

	// A vector containing the position of the fourth point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point3
	Point3() corefoundation.CGPoint

	// A vector containing the position of the fifth point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point4
	Point4() corefoundation.CGPoint

	// If true, then the color effect will be extrapolated if the input image contains RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/extrapolate
	Extrapolate() bool

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/inputImage
	SetInputImage(value ICIImage)

	// A vector containing the position of the first point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point0
	SetPoint0(value corefoundation.CGPoint)

	// A vector containing the position of the second point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point1
	SetPoint1(value corefoundation.CGPoint)

	// A vector containing the position of the third point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point2
	SetPoint2(value corefoundation.CGPoint)

	// A vector containing the position of the fourth point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point3
	SetPoint3(value corefoundation.CGPoint)

	// A vector containing the position of the fifth point of the tone curve.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point4
	SetPoint4(value corefoundation.CGPoint)

	// If true, then the color effect will be extrapolated if the input image contains RGB component values outside the range 0.0 to 1.0.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/extrapolate
	SetExtrapolate(value bool)
}

The properties you use to configure a tone curve filter.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve

type CIToneCurveObject 

type CIToneCurveObject struct {
	objectivec.Object
}

CIToneCurveObject wraps an existing Objective-C object that conforms to the CIToneCurve protocol.

func CIToneCurveObjectFromID 

func CIToneCurveObjectFromID(id objc.ID) CIToneCurveObject

CIToneCurveObjectFromID constructs a CIToneCurveObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIToneCurveObject) BaseObject 

func (o CIToneCurveObject) BaseObject() objectivec.Object

func (CIToneCurveObject) Extrapolate 

func (o CIToneCurveObject) Extrapolate() bool

If true, then the color effect will be extrapolated if the input image contains RGB component values outside the range 0.0 to 1.0.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/extrapolate

func (CIToneCurveObject) InputImage 

func (o CIToneCurveObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/inputImage

func (CIToneCurveObject) OutputImage 

func (o CIToneCurveObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIToneCurveObject) Point0 

func (o CIToneCurveObject) Point0() corefoundation.CGPoint

A vector containing the position of the first point of the tone curve.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point0

func (CIToneCurveObject) Point1 

func (o CIToneCurveObject) Point1() corefoundation.CGPoint

A vector containing the position of the second point of the tone curve.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point1

func (CIToneCurveObject) Point2 

func (o CIToneCurveObject) Point2() corefoundation.CGPoint

A vector containing the position of the third point of the tone curve.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point2

func (CIToneCurveObject) Point3 

func (o CIToneCurveObject) Point3() corefoundation.CGPoint

A vector containing the position of the fourth point of the tone curve.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point3

func (CIToneCurveObject) Point4 

func (o CIToneCurveObject) Point4() corefoundation.CGPoint

A vector containing the position of the fifth point of the tone curve.

See: https://developer.apple.com/documentation/CoreImage/CIToneCurve/point4

func (CIToneCurveObject) SetExtrapolate 

func (o CIToneCurveObject) SetExtrapolate(value bool)

func (CIToneCurveObject) SetInputImage 

func (o CIToneCurveObject) SetInputImage(value ICIImage)

func (CIToneCurveObject) SetPoint0 

func (o CIToneCurveObject) SetPoint0(value corefoundation.CGPoint)

func (CIToneCurveObject) SetPoint1 

func (o CIToneCurveObject) SetPoint1(value corefoundation.CGPoint)

func (CIToneCurveObject) SetPoint2 

func (o CIToneCurveObject) SetPoint2(value corefoundation.CGPoint)

func (CIToneCurveObject) SetPoint3 

func (o CIToneCurveObject) SetPoint3(value corefoundation.CGPoint)

func (CIToneCurveObject) SetPoint4 

func (o CIToneCurveObject) SetPoint4(value corefoundation.CGPoint)

type CIToneMapHeadroom 

type CIToneMapHeadroom interface {
	objectivec.IObject
	CIFilterProtocol

	// InputImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/inputImage
	InputImage() ICIImage

	// SourceHeadroom protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/sourceHeadroom
	SourceHeadroom() float32

	// TargetHeadroom protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/targetHeadroom
	TargetHeadroom() float32

	// inputImage protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/inputImage
	SetInputImage(value ICIImage)

	// sourceHeadroom protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/sourceHeadroom
	SetSourceHeadroom(value float32)

	// targetHeadroom protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/targetHeadroom
	SetTargetHeadroom(value float32)
}

CIToneMapHeadroom protocol.

See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom

type CIToneMapHeadroomObject 

type CIToneMapHeadroomObject struct {
	objectivec.Object
}

CIToneMapHeadroomObject wraps an existing Objective-C object that conforms to the CIToneMapHeadroom protocol.

func CIToneMapHeadroomObjectFromID 

func CIToneMapHeadroomObjectFromID(id objc.ID) CIToneMapHeadroomObject

CIToneMapHeadroomObjectFromID constructs a CIToneMapHeadroomObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIToneMapHeadroomObject) BaseObject 

func (o CIToneMapHeadroomObject) BaseObject() objectivec.Object

func (CIToneMapHeadroomObject) InputImage 

func (o CIToneMapHeadroomObject) InputImage() ICIImage

See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/inputImage

func (CIToneMapHeadroomObject) OutputImage 

func (o CIToneMapHeadroomObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIToneMapHeadroomObject) SetInputImage 

func (o CIToneMapHeadroomObject) SetInputImage(value ICIImage)

func (CIToneMapHeadroomObject) SetSourceHeadroom 

func (o CIToneMapHeadroomObject) SetSourceHeadroom(value float32)

func (CIToneMapHeadroomObject) SetTargetHeadroom 

func (o CIToneMapHeadroomObject) SetTargetHeadroom(value float32)

func (CIToneMapHeadroomObject) SourceHeadroom 

func (o CIToneMapHeadroomObject) SourceHeadroom() float32

See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/sourceHeadroom

func (CIToneMapHeadroomObject) TargetHeadroom 

func (o CIToneMapHeadroomObject) TargetHeadroom() float32

See: https://developer.apple.com/documentation/CoreImage/CIToneMapHeadroom/targetHeadroom

type CITorusLensDistortion 

type CITorusLensDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/radius
	Radius() float32

	// Refraction protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/refraction
	Refraction() float32

	// Width protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/width
	Width() float32

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/radius
	SetRadius(value float32)

	// refraction protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/refraction
	SetRefraction(value float32)

	// width protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/width
	SetWidth(value float32)
}

CITorusLensDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion

type CITorusLensDistortionObject 

type CITorusLensDistortionObject struct {
	objectivec.Object
}

CITorusLensDistortionObject wraps an existing Objective-C object that conforms to the CITorusLensDistortion protocol.

func CITorusLensDistortionObjectFromID 

func CITorusLensDistortionObjectFromID(id objc.ID) CITorusLensDistortionObject

CITorusLensDistortionObjectFromID constructs a CITorusLensDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITorusLensDistortionObject) BaseObject 

func (o CITorusLensDistortionObject) BaseObject() objectivec.Object

func (CITorusLensDistortionObject) Center 

func (o CITorusLensDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/center

func (CITorusLensDistortionObject) InputImage 

func (o CITorusLensDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/inputImage

func (CITorusLensDistortionObject) OutputImage 

func (o CITorusLensDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITorusLensDistortionObject) Radius 

func (o CITorusLensDistortionObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/radius

func (CITorusLensDistortionObject) Refraction 

func (o CITorusLensDistortionObject) Refraction() float32

See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/refraction

func (CITorusLensDistortionObject) SetCenter 

func (o CITorusLensDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CITorusLensDistortionObject) SetInputImage 

func (o CITorusLensDistortionObject) SetInputImage(value ICIImage)

func (CITorusLensDistortionObject) SetRadius 

func (o CITorusLensDistortionObject) SetRadius(value float32)

func (CITorusLensDistortionObject) SetRefraction 

func (o CITorusLensDistortionObject) SetRefraction(value float32)

func (CITorusLensDistortionObject) SetWidth 

func (o CITorusLensDistortionObject) SetWidth(value float32)

func (CITorusLensDistortionObject) Width 

func (o CITorusLensDistortionObject) Width() float32

See: https://developer.apple.com/documentation/CoreImage/CITorusLensDistortion/width

type CITransitionFilter 

type CITransitionFilter interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage
	InputImage() ICIImage

	// The target image for a transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage
	TargetImage() ICIImage

	// The parametric time of the transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time
	Time() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage
	SetInputImage(value ICIImage)

	// The target image for a transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage
	SetTargetImage(value ICIImage)

	// The parametric time of the transition.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time
	SetTime(value float32)
}

The properties you use to configure a transition filter.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter

type CITransitionFilterObject 

type CITransitionFilterObject struct {
	objectivec.Object
}

CITransitionFilterObject wraps an existing Objective-C object that conforms to the CITransitionFilter protocol.

func CITransitionFilterObjectFromID 

func CITransitionFilterObjectFromID(id objc.ID) CITransitionFilterObject

CITransitionFilterObjectFromID constructs a CITransitionFilterObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITransitionFilterObject) BaseObject 

func (o CITransitionFilterObject) BaseObject() objectivec.Object

func (CITransitionFilterObject) InputImage 

func (o CITransitionFilterObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/inputImage

func (CITransitionFilterObject) OutputImage 

func (o CITransitionFilterObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITransitionFilterObject) SetInputImage 

func (o CITransitionFilterObject) SetInputImage(value ICIImage)

func (CITransitionFilterObject) SetTargetImage 

func (o CITransitionFilterObject) SetTargetImage(value ICIImage)

func (CITransitionFilterObject) SetTime 

func (o CITransitionFilterObject) SetTime(value float32)

func (CITransitionFilterObject) TargetImage 

func (o CITransitionFilterObject) TargetImage() ICIImage

The target image for a transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/targetImage

func (CITransitionFilterObject) Time 

func (o CITransitionFilterObject) Time() float32

The parametric time of the transition.

See: https://developer.apple.com/documentation/CoreImage/CITransitionFilter/time

type CITriangleKaleidoscope 

type CITriangleKaleidoscope interface {
	objectivec.IObject
	CIFilterProtocol

	// A value that determines how fast the color fades from the center triangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/decay
	Decay() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/inputImage
	InputImage() ICIImage

	// The x and y position to use as the center of the triangular area in the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/point
	Point() corefoundation.CGPoint

	// The rotation angle of the triangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/rotation
	Rotation() float32

	// The size, in pixels, of the triangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/size
	Size() float32

	// A value that determines how fast the color fades from the center triangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/decay
	SetDecay(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/inputImage
	SetInputImage(value ICIImage)

	// The x and y position to use as the center of the triangular area in the input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/point
	SetPoint(value corefoundation.CGPoint)

	// The rotation angle of the triangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/rotation
	SetRotation(value float32)

	// The size, in pixels, of the triangle.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/size
	SetSize(value float32)
}

The properties you use to configure a triangle kaleidoscope filter.

See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope

type CITriangleKaleidoscopeObject 

type CITriangleKaleidoscopeObject struct {
	objectivec.Object
}

CITriangleKaleidoscopeObject wraps an existing Objective-C object that conforms to the CITriangleKaleidoscope protocol.

func CITriangleKaleidoscopeObjectFromID 

func CITriangleKaleidoscopeObjectFromID(id objc.ID) CITriangleKaleidoscopeObject

CITriangleKaleidoscopeObjectFromID constructs a CITriangleKaleidoscopeObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITriangleKaleidoscopeObject) BaseObject 

func (o CITriangleKaleidoscopeObject) BaseObject() objectivec.Object

func (CITriangleKaleidoscopeObject) Decay 

func (o CITriangleKaleidoscopeObject) Decay() float32

A value that determines how fast the color fades from the center triangle.

See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/decay

func (CITriangleKaleidoscopeObject) InputImage 

func (o CITriangleKaleidoscopeObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/inputImage

func (CITriangleKaleidoscopeObject) OutputImage 

func (o CITriangleKaleidoscopeObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITriangleKaleidoscopeObject) Point 

func (o CITriangleKaleidoscopeObject) Point() corefoundation.CGPoint

The x and y position to use as the center of the triangular area in the input image.

See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/point

func (CITriangleKaleidoscopeObject) Rotation 

func (o CITriangleKaleidoscopeObject) Rotation() float32

The rotation angle of the triangle.

See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/rotation

func (CITriangleKaleidoscopeObject) SetDecay 

func (o CITriangleKaleidoscopeObject) SetDecay(value float32)

func (CITriangleKaleidoscopeObject) SetInputImage 

func (o CITriangleKaleidoscopeObject) SetInputImage(value ICIImage)

func (CITriangleKaleidoscopeObject) SetPoint 

func (o CITriangleKaleidoscopeObject) SetPoint(value corefoundation.CGPoint)

func (CITriangleKaleidoscopeObject) SetRotation 

func (o CITriangleKaleidoscopeObject) SetRotation(value float32)

func (CITriangleKaleidoscopeObject) SetSize 

func (o CITriangleKaleidoscopeObject) SetSize(value float32)

func (CITriangleKaleidoscopeObject) Size 

func (o CITriangleKaleidoscopeObject) Size() float32

The size, in pixels, of the triangle.

See: https://developer.apple.com/documentation/CoreImage/CITriangleKaleidoscope/size

type CITriangleTile 

type CITriangleTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/width
	Width() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/width
	SetWidth(value float32)
}

The properties you use to configure a triangle tile filter.

See: https://developer.apple.com/documentation/CoreImage/CITriangleTile

type CITriangleTileObject 

type CITriangleTileObject struct {
	objectivec.Object
}

CITriangleTileObject wraps an existing Objective-C object that conforms to the CITriangleTile protocol.

func CITriangleTileObjectFromID 

func CITriangleTileObjectFromID(id objc.ID) CITriangleTileObject

CITriangleTileObjectFromID constructs a CITriangleTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITriangleTileObject) Angle 

func (o CITriangleTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/angle

func (CITriangleTileObject) BaseObject 

func (o CITriangleTileObject) BaseObject() objectivec.Object

func (CITriangleTileObject) Center 

func (o CITriangleTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/center

func (CITriangleTileObject) InputImage 

func (o CITriangleTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/inputImage

func (CITriangleTileObject) OutputImage 

func (o CITriangleTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITriangleTileObject) SetAngle 

func (o CITriangleTileObject) SetAngle(value float32)

func (CITriangleTileObject) SetCenter 

func (o CITriangleTileObject) SetCenter(value corefoundation.CGPoint)

func (CITriangleTileObject) SetInputImage 

func (o CITriangleTileObject) SetInputImage(value ICIImage)

func (CITriangleTileObject) SetWidth 

func (o CITriangleTileObject) SetWidth(value float32)

func (CITriangleTileObject) Width 

func (o CITriangleTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CITriangleTile/width

type CITwelvefoldReflectedTile 

type CITwelvefoldReflectedTile interface {
	objectivec.IObject
	CIFilterProtocol

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/angle
	Angle() float32

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/inputImage
	InputImage() ICIImage

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/width
	Width() float32

	// The angle, in radians, of the tiled pattern.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/angle
	SetAngle(value float32)

	// The x and y position to use as the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/inputImage
	SetInputImage(value ICIImage)

	// The width of a tile.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/width
	SetWidth(value float32)
}

The properties you use to configure a twelvefold reflected tile filter.

See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile

type CITwelvefoldReflectedTileObject 

type CITwelvefoldReflectedTileObject struct {
	objectivec.Object
}

CITwelvefoldReflectedTileObject wraps an existing Objective-C object that conforms to the CITwelvefoldReflectedTile protocol.

func CITwelvefoldReflectedTileObjectFromID 

func CITwelvefoldReflectedTileObjectFromID(id objc.ID) CITwelvefoldReflectedTileObject

CITwelvefoldReflectedTileObjectFromID constructs a CITwelvefoldReflectedTileObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITwelvefoldReflectedTileObject) Angle 

func (o CITwelvefoldReflectedTileObject) Angle() float32

The angle, in radians, of the tiled pattern.

See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/angle

func (CITwelvefoldReflectedTileObject) BaseObject 

func (o CITwelvefoldReflectedTileObject) BaseObject() objectivec.Object

func (CITwelvefoldReflectedTileObject) Center 

func (o CITwelvefoldReflectedTileObject) Center() corefoundation.CGPoint

The x and y position to use as the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/center

func (CITwelvefoldReflectedTileObject) InputImage 

func (o CITwelvefoldReflectedTileObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/inputImage

func (CITwelvefoldReflectedTileObject) OutputImage 

func (o CITwelvefoldReflectedTileObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITwelvefoldReflectedTileObject) SetAngle 

func (o CITwelvefoldReflectedTileObject) SetAngle(value float32)

func (CITwelvefoldReflectedTileObject) SetCenter 

func (o CITwelvefoldReflectedTileObject) SetCenter(value corefoundation.CGPoint)

func (CITwelvefoldReflectedTileObject) SetInputImage 

func (o CITwelvefoldReflectedTileObject) SetInputImage(value ICIImage)

func (CITwelvefoldReflectedTileObject) SetWidth 

func (o CITwelvefoldReflectedTileObject) SetWidth(value float32)

func (CITwelvefoldReflectedTileObject) Width 

func (o CITwelvefoldReflectedTileObject) Width() float32

The width of a tile.

See: https://developer.apple.com/documentation/CoreImage/CITwelvefoldReflectedTile/width

type CITwirlDistortion 

type CITwirlDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/angle
	Angle() float32

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/radius
	Radius() float32

	// angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/angle
	SetAngle(value float32)

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/radius
	SetRadius(value float32)
}

CITwirlDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion

type CITwirlDistortionObject 

type CITwirlDistortionObject struct {
	objectivec.Object
}

CITwirlDistortionObject wraps an existing Objective-C object that conforms to the CITwirlDistortion protocol.

func CITwirlDistortionObjectFromID 

func CITwirlDistortionObjectFromID(id objc.ID) CITwirlDistortionObject

CITwirlDistortionObjectFromID constructs a CITwirlDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CITwirlDistortionObject) Angle 

func (o CITwirlDistortionObject) Angle() float32

See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/angle

func (CITwirlDistortionObject) BaseObject 

func (o CITwirlDistortionObject) BaseObject() objectivec.Object

func (CITwirlDistortionObject) Center 

func (o CITwirlDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/center

func (CITwirlDistortionObject) InputImage 

func (o CITwirlDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/inputImage

func (CITwirlDistortionObject) OutputImage 

func (o CITwirlDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CITwirlDistortionObject) Radius 

func (o CITwirlDistortionObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CITwirlDistortion/radius

func (CITwirlDistortionObject) SetAngle 

func (o CITwirlDistortionObject) SetAngle(value float32)

func (CITwirlDistortionObject) SetCenter 

func (o CITwirlDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CITwirlDistortionObject) SetInputImage 

func (o CITwirlDistortionObject) SetInputImage(value ICIImage)

func (CITwirlDistortionObject) SetRadius 

func (o CITwirlDistortionObject) SetRadius(value float32)

type CIUnsharpMask 

type CIUnsharpMask interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/inputImage
	InputImage() ICIImage

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/intensity
	Intensity() float32

	// The radius of the unsharp mask effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/intensity
	SetIntensity(value float32)

	// The radius of the unsharp mask effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/radius
	SetRadius(value float32)
}

The properties you use to configure an unsharp mask filter.

See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask

type CIUnsharpMaskObject 

type CIUnsharpMaskObject struct {
	objectivec.Object
}

CIUnsharpMaskObject wraps an existing Objective-C object that conforms to the CIUnsharpMask protocol.

func CIUnsharpMaskObjectFromID 

func CIUnsharpMaskObjectFromID(id objc.ID) CIUnsharpMaskObject

CIUnsharpMaskObjectFromID constructs a CIUnsharpMaskObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIUnsharpMaskObject) BaseObject 

func (o CIUnsharpMaskObject) BaseObject() objectivec.Object

func (CIUnsharpMaskObject) InputImage 

func (o CIUnsharpMaskObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/inputImage

func (CIUnsharpMaskObject) Intensity 

func (o CIUnsharpMaskObject) Intensity() float32

The intensity of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/intensity

func (CIUnsharpMaskObject) OutputImage 

func (o CIUnsharpMaskObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIUnsharpMaskObject) Radius 

func (o CIUnsharpMaskObject) Radius() float32

The radius of the unsharp mask effect.

See: https://developer.apple.com/documentation/CoreImage/CIUnsharpMask/radius

func (CIUnsharpMaskObject) SetInputImage 

func (o CIUnsharpMaskObject) SetInputImage(value ICIImage)

func (CIUnsharpMaskObject) SetIntensity 

func (o CIUnsharpMaskObject) SetIntensity(value float32)

func (CIUnsharpMaskObject) SetRadius 

func (o CIUnsharpMaskObject) SetRadius(value float32)

type CIVector 

type CIVector struct {
	objectivec.Object
}

The Core Image class that defines a vector object.

Overview

A CIVector can store one or more [CGFloat] in one object. They can store a group of float values for a variety of different uses such as coordinate points, direction vectors, geometric rectangles, transform matrices, convolution weights, or just a list a parameter values.

You use CIVector objects in conjunction with other Core Image classes, such as CIFilter and CIKernel. Many of the built-in Core Image filters have one or more CIVector inputs that you can set to affect the filter’s behavior.

Initializing a Vector

Getting Values From a Vector

See: https://developer.apple.com/documentation/CoreImage/CIVector

func CIVectorFromID 

func CIVectorFromID(id objc.ID) CIVector

CIVectorFromID constructs a CIVector from an objc.ID.

The Core Image class that defines a vector object.

func NewCIVector 

func NewCIVector() CIVector

NewCIVector creates a new CIVector instance.

func NewVectorWithCGAffineTransform 

func NewVectorWithCGAffineTransform(t corefoundation.CGAffineTransform) CIVector

Initialize a Core Image vector object with six values provided by a [CGAffineTransform] structure.

t: The [CGAffineTransform] structure.

Return Value

An initialized CIVector object of length 6.

Discussion

The [CGAffineTransform] structure’s `a`, `b`, `c`, `c`, `tx` and `ty` values are stored in the vector’s six values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(cgAffineTransform:)

func NewVectorWithCGPoint 

func NewVectorWithCGPoint(p corefoundation.CGPoint) CIVector

Initialize a Core Image vector object with two values provided by a [CGPoint] structure.

p: The [CGPoint] structure.

Return Value

An initialized CIVector object of length 2.

Discussion

The [CGRect] structure’s `y` and `y` values are stored in the vector’s two values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(cgPoint:)

func NewVectorWithCGRect 

func NewVectorWithCGRect(r corefoundation.CGRect) CIVector

Initialize a Core Image vector object with four values provided by a [CGRect] structure.

r: The [CGRect] structure.

Return Value

An initialized CIVector object of length 4.

Discussion

The [CGRect] structure’s `x`, `y`, `height` and `width` values are stored in the vector’s four values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(cgRect:)

func NewVectorWithString 

func NewVectorWithString(representation string) CIVector

Initialize a Core Image vector object with values provided in a string representation.

representation: A string that is in one of the formats returned by the `stringRepresentation` method.

Return Value

An initialized CIVector object.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(string:)

func NewVectorWithValuesCount 

func NewVectorWithValuesCount(values []float64, count uintptr) CIVector

Initialize a Core Image vector object with the specified the values.

values: A pointer [CGFloat] values for vector.

count: The number of [CGFloats] specified by the `values` parameter.

Return Value

An initialized CIVector object of length `count`.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(values:count:)

func NewVectorWithX 

func NewVectorWithX(x float64) CIVector

Initialize a Core Image vector object with one value.

x: The value for the first position in the vector.

Return Value

An initialized CIVector object of length 1.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:)

func NewVectorWithXY 

func NewVectorWithXY(x float64, y float64) CIVector

Initialize a Core Image vector object with two values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

Return Value

An initialized CIVector object of length 2.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:y:)

func NewVectorWithXYZ 

func NewVectorWithXYZ(x float64, y float64, z float64) CIVector

Initialize a Core Image vector object with three values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

z: The value for the third position in the vector.

Return Value

An initialized CIVector object of length 3.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:y:z:)

func NewVectorWithXYZW 

func NewVectorWithXYZW(x float64, y float64, z float64, w float64) CIVector

Initialize a Core Image vector object with four values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

z: The value for the third position in the vector.

w: The value for the forth position in the vector.

Return Value

An initialized CIVector object of length 4.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:y:z:w:)

func (CIVector) Autorelease 

func (v CIVector) Autorelease() CIVector

Autorelease adds the receiver to the current autorelease pool.

func (CIVector) CGAffineTransformValue 

func (v CIVector) CGAffineTransformValue() corefoundation.CGAffineTransform

Returns the values in the vector as a [CGAffineTransformValue] structure.

Return Value

Reading this property creates a [CGAffineTransformValue] structure from the first six values in the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/cgAffineTransformValue

func (CIVector) CGPointValue 

func (v CIVector) CGPointValue() corefoundation.CGPoint

Returns the values in the vector as a [CGPoint] structure.

Return Value

Reading this property returns a [CGPoint] structure from the [X] and [Y] values from the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/cgPointValue

func (CIVector) CGRectValue 

func (v CIVector) CGRectValue() corefoundation.CGRect

Returns the values in the vector as a [CGRect] structure.

Return Value

Reading this property creates a [CGRect] structure whose origin is the [X], [Y], [Z] and [W] values from the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/cgRectValue

func (CIVector) Count 

func (v CIVector) Count() uintptr

The number of items in the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/count

func (CIVector) EncodeWithCoder 

func (v CIVector) EncodeWithCoder(coder foundation.INSCoder)

func (CIVector) Init 

func (v CIVector) Init() CIVector

Init initializes the instance.

func (CIVector) InitWithCGAffineTransform 

func (v CIVector) InitWithCGAffineTransform(t corefoundation.CGAffineTransform) CIVector

Initialize a Core Image vector object with six values provided by a [CGAffineTransform] structure.

t: The [CGAffineTransform] structure.

Return Value

An initialized CIVector object of length 6.

Discussion

The [CGAffineTransform] structure’s `a`, `b`, `c`, `c`, `tx` and `ty` values are stored in the vector’s six values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(cgAffineTransform:)

func (CIVector) InitWithCGPoint 

func (v CIVector) InitWithCGPoint(p corefoundation.CGPoint) CIVector

Initialize a Core Image vector object with two values provided by a [CGPoint] structure.

p: The [CGPoint] structure.

Return Value

An initialized CIVector object of length 2.

Discussion

The [CGRect] structure’s `y` and `y` values are stored in the vector’s two values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(cgPoint:)

func (CIVector) InitWithCGRect 

func (v CIVector) InitWithCGRect(r corefoundation.CGRect) CIVector

Initialize a Core Image vector object with four values provided by a [CGRect] structure.

r: The [CGRect] structure.

Return Value

An initialized CIVector object of length 4.

Discussion

The [CGRect] structure’s `x`, `y`, `height` and `width` values are stored in the vector’s four values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(cgRect:)

func (CIVector) InitWithString 

func (v CIVector) InitWithString(representation string) CIVector

Initialize a Core Image vector object with values provided in a string representation.

representation: A string that is in one of the formats returned by the `stringRepresentation` method.

Return Value

An initialized CIVector object.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(string:)

func (CIVector) InitWithValuesCount 

func (v CIVector) InitWithValuesCount(values []float64, count uintptr) CIVector

Initialize a Core Image vector object with the specified the values.

values: A pointer [CGFloat] values for vector.

count: The number of [CGFloats] specified by the `values` parameter.

Return Value

An initialized CIVector object of length `count`.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(values:count:)

func (CIVector) InitWithX 

func (v CIVector) InitWithX(x float64) CIVector

Initialize a Core Image vector object with one value.

x: The value for the first position in the vector.

Return Value

An initialized CIVector object of length 1.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:)

func (CIVector) InitWithXY 

func (v CIVector) InitWithXY(x float64, y float64) CIVector

Initialize a Core Image vector object with two values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

Return Value

An initialized CIVector object of length 2.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:y:)

func (CIVector) InitWithXYZ 

func (v CIVector) InitWithXYZ(x float64, y float64, z float64) CIVector

Initialize a Core Image vector object with three values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

z: The value for the third position in the vector.

Return Value

An initialized CIVector object of length 3.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:y:z:)

func (CIVector) InitWithXYZW 

func (v CIVector) InitWithXYZW(x float64, y float64, z float64, w float64) CIVector

Initialize a Core Image vector object with four values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

z: The value for the third position in the vector.

w: The value for the forth position in the vector.

Return Value

An initialized CIVector object of length 4.

See: https://developer.apple.com/documentation/CoreImage/CIVector/init(x:y:z:w:)

func (CIVector) StringRepresentation 

func (v CIVector) StringRepresentation() string

Returns a formatted string with all the values of a CIVector.

Discussion

Some example string representations of vectors:

[Table data omitted]

To create a CIVector object from a string representation, use the [VectorWithString] method.

See: https://developer.apple.com/documentation/CoreImage/CIVector/stringRepresentation

func (CIVector) ValueAtIndex 

func (v CIVector) ValueAtIndex(index uintptr) float64

Returns a value from a specific position in the vector.

index: The position in the vector of the value that you want to retrieve.

Return Value

The value retrieved from the vector or `0` if the position is undefined.

Discussion

The numbering of elements in a vector begins with zero.

See: https://developer.apple.com/documentation/CoreImage/CIVector/value(at:)

func (CIVector) W 

func (v CIVector) W() float64

The value located in the forth position in the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/w

func (CIVector) X 

func (v CIVector) X() float64

The value located in the first position in the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/x

func (CIVector) Y 

func (v CIVector) Y() float64

The value located in the second position in the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/y

func (CIVector) Z 

func (v CIVector) Z() float64

The value located in the third position in the vector.

See: https://developer.apple.com/documentation/CoreImage/CIVector/z

type CIVectorClass 

type CIVectorClass struct {
	// contains filtered or unexported fields
}

func GetCIVectorClass 

func GetCIVectorClass() CIVectorClass

GetCIVectorClass returns the class object for CIVector.

func (CIVectorClass) Alloc 

func (cc CIVectorClass) Alloc() CIVector

Alloc allocates memory for a new instance of the class.

func (CIVectorClass) VectorWithCGAffineTransform 

func (_CIVectorClass CIVectorClass) VectorWithCGAffineTransform(t corefoundation.CGAffineTransform) CIVector

Create a Core Image vector object that is initialized with six values provided by a [CGAffineTransform] structure.

t: The [CGAffineTransform] structure.

Return Value

An autoreleased CIVector object of length 6.

Discussion

The [CGAffineTransform] structure’s `a`, `b`, `c`, `d`, `tx` and `ty` values are stored in the vector’s six values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithCGAffineTransform:

func (CIVectorClass) VectorWithCGPoint 

func (_CIVectorClass CIVectorClass) VectorWithCGPoint(p corefoundation.CGPoint) CIVector

Create a Core Image vector object that is initialized with two values provided by a [CGPoint] structure.

p: The [CGPoint] structure.

Return Value

An autoreleased CIVector object of length 2.

Discussion

The [CGRect] structure’s `y` and `y` values are stored in the vector’s two values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithCGPoint:

func (CIVectorClass) VectorWithCGRect 

func (_CIVectorClass CIVectorClass) VectorWithCGRect(r corefoundation.CGRect) CIVector

Create a Core Image vector object that is initialized with four values provided by a [CGRect] structure.

r: The [CGRect] structure.

Return Value

An autoreleased CIVector object of length 4.

Discussion

The [CGRect] structure’s `x`, `y`, `height` and `width` values are stored in the vector’s four values.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithCGRect:

func (CIVectorClass) VectorWithString 

func (_CIVectorClass CIVectorClass) VectorWithString(representation string) CIVector

Create a Core Image vector object with values provided in a string representation.

representation: A string that is in one of the formats returned by the `stringRepresentation` method.

Return Value

An autoreleased CIVector object.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithString:

func (CIVectorClass) VectorWithValuesCount 

func (_CIVectorClass CIVectorClass) VectorWithValuesCount(values []float64, count uintptr) CIVector

Create a Core Image vector object that is initialized with the specified values.

values: The pointer [CGFloat] values to initialize the vector with.

count: The number of [CGFloats] specified by the `values` parameter.

Return Value

An autoreleased CIVector object of length `count`.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithValues:count:

func (CIVectorClass) VectorWithX 

func (_CIVectorClass CIVectorClass) VectorWithX(x float64) CIVector

Create a Core Image vector object that is initialized with one value.

x: The value for the first position in the vector.

Return Value

An autoreleased CIVector object of length 1.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithX:

func (CIVectorClass) VectorWithXY 

func (_CIVectorClass CIVectorClass) VectorWithXY(x float64, y float64) CIVector

Create a Core Image vector object that is initialized with two values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

Return Value

An autoreleased CIVector object of length 2.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithX:Y:

func (CIVectorClass) VectorWithXYZ 

func (_CIVectorClass CIVectorClass) VectorWithXYZ(x float64, y float64, z float64) CIVector

Create a Core Image vector object that is initialized with three values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

z: The value for the third position in the vector.

Return Value

An autoreleased CIVector object of length 3.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithX:Y:Z:

func (CIVectorClass) VectorWithXYZW 

func (_CIVectorClass CIVectorClass) VectorWithXYZW(x float64, y float64, z float64, w float64) CIVector

Create a Core Image vector object that is initialized with four values.

x: The value for the first position in the vector.

y: The value for the second position in the vector.

z: The value for the third position in the vector.

w: The value for the forth position in the vector.

Return Value

An autoreleased CIVector object of length 4.

See: https://developer.apple.com/documentation/CoreImage/CIVector/vectorWithX:Y:Z:W:

type CIVibrance 

type CIVibrance interface {
	objectivec.IObject
	CIFilterProtocol

	// The amount to adjust the saturation by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVibrance/amount
	Amount() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVibrance/inputImage
	InputImage() ICIImage

	// The amount to adjust the saturation by.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVibrance/amount
	SetAmount(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVibrance/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a vibrance filter.

See: https://developer.apple.com/documentation/CoreImage/CIVibrance

type CIVibranceObject 

type CIVibranceObject struct {
	objectivec.Object
}

CIVibranceObject wraps an existing Objective-C object that conforms to the CIVibrance protocol.

func CIVibranceObjectFromID 

func CIVibranceObjectFromID(id objc.ID) CIVibranceObject

CIVibranceObjectFromID constructs a CIVibranceObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIVibranceObject) Amount 

func (o CIVibranceObject) Amount() float32

The amount to adjust the saturation by.

See: https://developer.apple.com/documentation/CoreImage/CIVibrance/amount

func (CIVibranceObject) BaseObject 

func (o CIVibranceObject) BaseObject() objectivec.Object

func (CIVibranceObject) InputImage 

func (o CIVibranceObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIVibrance/inputImage

func (CIVibranceObject) OutputImage 

func (o CIVibranceObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIVibranceObject) SetAmount 

func (o CIVibranceObject) SetAmount(value float32)

func (CIVibranceObject) SetInputImage 

func (o CIVibranceObject) SetInputImage(value ICIImage)

type CIVignette 

type CIVignette interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignette/inputImage
	InputImage() ICIImage

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignette/intensity
	Intensity() float32

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignette/radius
	Radius() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignette/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignette/intensity
	SetIntensity(value float32)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignette/radius
	SetRadius(value float32)
}

The properties you use to configure a vignette filter.

See: https://developer.apple.com/documentation/CoreImage/CIVignette

type CIVignetteEffect 

type CIVignetteEffect interface {
	objectivec.IObject
	CIFilterProtocol

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/center
	Center() corefoundation.CGPoint

	// The falloff of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/falloff
	Falloff() float32

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/inputImage
	InputImage() ICIImage

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/intensity
	Intensity() float32

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/radius
	Radius() float32

	// The center of the effect as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/center
	SetCenter(value corefoundation.CGPoint)

	// The falloff of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/falloff
	SetFalloff(value float32)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/inputImage
	SetInputImage(value ICIImage)

	// The intensity of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/intensity
	SetIntensity(value float32)

	// The distance from the center of the effect.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/radius
	SetRadius(value float32)
}

The properties you use to configure a vignette-effect filter.

See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect

type CIVignetteEffectObject 

type CIVignetteEffectObject struct {
	objectivec.Object
}

CIVignetteEffectObject wraps an existing Objective-C object that conforms to the CIVignetteEffect protocol.

func CIVignetteEffectObjectFromID 

func CIVignetteEffectObjectFromID(id objc.ID) CIVignetteEffectObject

CIVignetteEffectObjectFromID constructs a CIVignetteEffectObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIVignetteEffectObject) BaseObject 

func (o CIVignetteEffectObject) BaseObject() objectivec.Object

func (CIVignetteEffectObject) Center 

func (o CIVignetteEffectObject) Center() corefoundation.CGPoint

The center of the effect as x and y coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/center

func (CIVignetteEffectObject) Falloff 

func (o CIVignetteEffectObject) Falloff() float32

The falloff of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/falloff

func (CIVignetteEffectObject) InputImage 

func (o CIVignetteEffectObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/inputImage

func (CIVignetteEffectObject) Intensity 

func (o CIVignetteEffectObject) Intensity() float32

The intensity of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/intensity

func (CIVignetteEffectObject) OutputImage 

func (o CIVignetteEffectObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIVignetteEffectObject) Radius 

func (o CIVignetteEffectObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIVignetteEffect/radius

func (CIVignetteEffectObject) SetCenter 

func (o CIVignetteEffectObject) SetCenter(value corefoundation.CGPoint)

func (CIVignetteEffectObject) SetFalloff 

func (o CIVignetteEffectObject) SetFalloff(value float32)

func (CIVignetteEffectObject) SetInputImage 

func (o CIVignetteEffectObject) SetInputImage(value ICIImage)

func (CIVignetteEffectObject) SetIntensity 

func (o CIVignetteEffectObject) SetIntensity(value float32)

func (CIVignetteEffectObject) SetRadius 

func (o CIVignetteEffectObject) SetRadius(value float32)

type CIVignetteObject 

type CIVignetteObject struct {
	objectivec.Object
}

CIVignetteObject wraps an existing Objective-C object that conforms to the CIVignette protocol.

func CIVignetteObjectFromID 

func CIVignetteObjectFromID(id objc.ID) CIVignetteObject

CIVignetteObjectFromID constructs a CIVignetteObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIVignetteObject) BaseObject 

func (o CIVignetteObject) BaseObject() objectivec.Object

func (CIVignetteObject) InputImage 

func (o CIVignetteObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIVignette/inputImage

func (CIVignetteObject) Intensity 

func (o CIVignetteObject) Intensity() float32

The intensity of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIVignette/intensity

func (CIVignetteObject) OutputImage 

func (o CIVignetteObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIVignetteObject) Radius 

func (o CIVignetteObject) Radius() float32

The distance from the center of the effect.

See: https://developer.apple.com/documentation/CoreImage/CIVignette/radius

func (CIVignetteObject) SetInputImage 

func (o CIVignetteObject) SetInputImage(value ICIImage)

func (CIVignetteObject) SetIntensity 

func (o CIVignetteObject) SetIntensity(value float32)

func (CIVignetteObject) SetRadius 

func (o CIVignetteObject) SetRadius(value float32)

type CIVortexDistortion 

type CIVortexDistortion interface {
	objectivec.IObject
	CIFilterProtocol

	// Angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/angle
	Angle() float32

	// Center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/inputImage
	InputImage() ICIImage

	// Radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/radius
	Radius() float32

	// angle protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/angle
	SetAngle(value float32)

	// center protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/inputImage
	SetInputImage(value ICIImage)

	// radius protocol.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/radius
	SetRadius(value float32)
}

CIVortexDistortion protocol.

See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion

type CIVortexDistortionObject 

type CIVortexDistortionObject struct {
	objectivec.Object
}

CIVortexDistortionObject wraps an existing Objective-C object that conforms to the CIVortexDistortion protocol.

func CIVortexDistortionObjectFromID 

func CIVortexDistortionObjectFromID(id objc.ID) CIVortexDistortionObject

CIVortexDistortionObjectFromID constructs a CIVortexDistortionObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIVortexDistortionObject) Angle 

func (o CIVortexDistortionObject) Angle() float32

See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/angle

func (CIVortexDistortionObject) BaseObject 

func (o CIVortexDistortionObject) BaseObject() objectivec.Object

func (CIVortexDistortionObject) Center 

func (o CIVortexDistortionObject) Center() corefoundation.CGPoint

See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/center

func (CIVortexDistortionObject) InputImage 

func (o CIVortexDistortionObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/inputImage

func (CIVortexDistortionObject) OutputImage 

func (o CIVortexDistortionObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIVortexDistortionObject) Radius 

func (o CIVortexDistortionObject) Radius() float32

See: https://developer.apple.com/documentation/CoreImage/CIVortexDistortion/radius

func (CIVortexDistortionObject) SetAngle 

func (o CIVortexDistortionObject) SetAngle(value float32)

func (CIVortexDistortionObject) SetCenter 

func (o CIVortexDistortionObject) SetCenter(value corefoundation.CGPoint)

func (CIVortexDistortionObject) SetInputImage 

func (o CIVortexDistortionObject) SetInputImage(value ICIImage)

func (CIVortexDistortionObject) SetRadius 

func (o CIVortexDistortionObject) SetRadius(value float32)

type CIWarpKernel 

type CIWarpKernel struct {
	CIKernel
}

A GPU-based image-processing routine that processes only the geometry information in an image, used to create custom Core Image filters.

Overview

The kernel language routine for a warp kernel has the following characteristics:

- It uses exactly one input image. - Its return type is `vec2` (Core Image Kernel Language) or `float2` (Metal Shading Language), specifying a position in source image coordinates.

A warp kernel routine requires no input parameters (but can use additional custom parameters you declare). Typically, a warp kernel uses the destination coordinate function to look up the coordinates of the destination pixel currently being rendered, then computes a corresponding position in source image coordinates (output using the `return` keyword). Core Image then samples from the source image at the returned coordinates to produce a pixel color for the output image. For example, the Metal Shading Language source below implements a filter that passes through its input image unchanged.

The equivalent code in Core Image Kernel Language is:

The Core Image Kernel Language is a dialect of the OpenGL Shading Language. See Core Image Kernel Language Reference and Core Image Programming Guide for more details.

Applying a Kernel to Filter an Image

See: https://developer.apple.com/documentation/CoreImage/CIWarpKernel

func CIWarpKernelFromID 

func CIWarpKernelFromID(id objc.ID) CIWarpKernel

CIWarpKernelFromID constructs a CIWarpKernel from an objc.ID.

A GPU-based image-processing routine that processes only the geometry information in an image, used to create custom Core Image filters.

func NewCIWarpKernel 

func NewCIWarpKernel() CIWarpKernel

NewCIWarpKernel creates a new CIWarpKernel instance.

func NewWarpKernelWithFunctionNameFromMetalLibraryDataError 

func NewWarpKernelWithFunctionNameFromMetalLibraryDataError(name string, data foundation.INSData) (CIWarpKernel, error)

Creates a single kernel object using a Metal Shading Language (MSL) kernel function.

Discussion

- name: The name of the function in the Metal shading language. - data: A metallib file compiled with the Core Image Standard Library.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

Specifying Compiler and Linker Options

To use MSL as the shader language for a CIKernel, you must specify some options in Xcode under the tab of your project’s target. The first option you need to specify is an `-fcikernel` flag in the Other Metal Compiler Flags option. The second is to add a user-defined setting with a key called `MTLLINKER_FLAGS` with a value of `-`

[media-2929842]

Creating a General Kernel in Swift

The following code shows how you can create a general kernel based on a Metal function named `myKernel`.

The first step is to create a [Data] object that represents the default Metal library. If you have built this in Xcode, it will be called `default.Metallib()` and can be loaded using the Bundle type’s `url` method.

Using the representation of the Metal library and the function name `myKernel`, you initialize a CIKernel.

The code to create general, color, warp and blend filters is identical.

Metal Shading Language Extensions

Core Image provides a set of language extensions to MSL in `CIKernelMetalLib.H()`. These extensions include three new data types for working with images: `sampler` (for accessing the input image), `sample_t` (represents a single color sample from the input image), and `destination` (for accessing the output image). The extensions also include convenience functions such as color conversion and premultiply / unpremultiply.

Whereas in CIKL, you typically called global functions when working with, for example, coordinates and samples, these functions are implemented as member functions on the new types.

The following table shows a summary of CIKL global functions and their equivalent MSL functions.

[Table data omitted]

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:)

func NewWarpKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError 

func NewWarpKernelWithFunctionNameFromMetalLibraryDataOutputPixelFormatError(name string, data foundation.INSData, format int) (CIWarpKernel, error)

Creates a single kernel object using a Metal Shading Language kernel function with optional pixel format.

name: The name of the function in the Metal shading language.

data: A metallib file compiled with the Core Image Standard Library.

format: The pixel format of the output kernel.

Discussion

This method allows you to use MSL as the shader language for a Core Image kernel. Since MSL based kernels are precompiled, initializing them is faster than their than Core Image Kernel Language (CIKL) counterparts and Xcode can provide error diagnostics during development rather than at runtime. MSL is a more modern language than CIKL, and you can write shader code that uses arrays, structs and matrices.

MSL based kernels still support concatenation and tiling and can work in the same filter graph as traditional CIKL kernels.

See: https://developer.apple.com/documentation/CoreImage/CIKernel/init(functionName:fromMetalLibraryData:outputPixelFormat:)

func (CIWarpKernel) ApplyWithExtentRoiCallbackInputImageArguments 

func (w CIWarpKernel) ApplyWithExtentRoiCallbackInputImageArguments(extent corefoundation.CGRect, callback CIKernelROICallback, image ICIImage, args []objectivec.IObject) ICIImage

Creates a new image using the kernel and the specified input image and arguments.

extent: The extent of the output image.

callback: A block or closure that computes the region of interest for a given rectangle of destination image pixels. See CIKernelROICallback.

image: The input image to be processed by the warp kernel.

args: An array of arguments to pass to the kernel routine. The type of each object in the array must be compatible with the corresponding parameter declared in the kernel routine source code. For details, see [Core Image Kernel Language Reference]. // [Core Image Kernel Language Reference]: https://developer.apple.com/library/archive/documentation/GraphicsImaging/Reference/CIKernelLangRef/Introduction/Introduction.html#//apple_ref/doc/uid/TP40004397

Return Value

A new image object describing the result of applying the kernel.

Discussion

This method is analogous to the CIFilter method [ApplyArgumentsOptions], but it does not require construction of a CIFilter object, and it allows you to specify a callback for determining the kernel’s region of interest as a block or closure. As with the similar CIFilter method, calling this method does not execute the kernel code—filters and their kernel code are evaluated only when rendering a final output image.

When applying a filter kernel, the region of interest (ROI) is the area of source image pixels that must be processed to produce a given area of destination image pixels. For a more detailed definition, see The Region of Interest. Core Image calls your `callback` block or closure to determine the ROI when rendering the filter output. Core Image automatically splits large images into smaller tiles for rendering, so your callback may be called multiple times.

See: https://developer.apple.com/documentation/CoreImage/CIWarpKernel/apply(extent:roiCallback:image:arguments:)

func (CIWarpKernel) Autorelease 

func (w CIWarpKernel) Autorelease() CIWarpKernel

Autorelease adds the receiver to the current autorelease pool.

func (CIWarpKernel) Init 

func (w CIWarpKernel) Init() CIWarpKernel

Init initializes the instance.

type CIWarpKernelClass 

type CIWarpKernelClass struct {
	// contains filtered or unexported fields
}

func GetCIWarpKernelClass 

func GetCIWarpKernelClass() CIWarpKernelClass

GetCIWarpKernelClass returns the class object for CIWarpKernel.

func (CIWarpKernelClass) Alloc 

func (cc CIWarpKernelClass) Alloc() CIWarpKernel

Alloc allocates memory for a new instance of the class.

type CIWhitePointAdjust 

type CIWhitePointAdjust interface {
	objectivec.IObject
	CIFilterProtocol

	// A color to use as the white point.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIWhitePointAdjust/color
	Color() ICIColor

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIWhitePointAdjust/inputImage
	InputImage() ICIImage

	// A color to use as the white point.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIWhitePointAdjust/color
	SetColor(value ICIColor)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIWhitePointAdjust/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a white-point adjust filter.

See: https://developer.apple.com/documentation/CoreImage/CIWhitePointAdjust

type CIWhitePointAdjustObject 

type CIWhitePointAdjustObject struct {
	objectivec.Object
}

CIWhitePointAdjustObject wraps an existing Objective-C object that conforms to the CIWhitePointAdjust protocol.

func CIWhitePointAdjustObjectFromID 

func CIWhitePointAdjustObjectFromID(id objc.ID) CIWhitePointAdjustObject

CIWhitePointAdjustObjectFromID constructs a CIWhitePointAdjustObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIWhitePointAdjustObject) BaseObject 

func (o CIWhitePointAdjustObject) BaseObject() objectivec.Object

func (CIWhitePointAdjustObject) Color 

func (o CIWhitePointAdjustObject) Color() ICIColor

A color to use as the white point.

See: https://developer.apple.com/documentation/CoreImage/CIWhitePointAdjust/color

func (CIWhitePointAdjustObject) InputImage 

func (o CIWhitePointAdjustObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIWhitePointAdjust/inputImage

func (CIWhitePointAdjustObject) OutputImage 

func (o CIWhitePointAdjustObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIWhitePointAdjustObject) SetColor 

func (o CIWhitePointAdjustObject) SetColor(value ICIColor)

func (CIWhitePointAdjustObject) SetInputImage 

func (o CIWhitePointAdjustObject) SetInputImage(value ICIImage)

type CIXRay 

type CIXRay interface {
	objectivec.IObject
	CIFilterProtocol

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIXRay/inputImage
	InputImage() ICIImage

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIXRay/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure an X-ray filter.

See: https://developer.apple.com/documentation/CoreImage/CIXRay

type CIXRayObject 

type CIXRayObject struct {
	objectivec.Object
}

CIXRayObject wraps an existing Objective-C object that conforms to the CIXRay protocol.

func CIXRayObjectFromID 

func CIXRayObjectFromID(id objc.ID) CIXRayObject

CIXRayObjectFromID constructs a CIXRayObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIXRayObject) BaseObject 

func (o CIXRayObject) BaseObject() objectivec.Object

func (CIXRayObject) InputImage 

func (o CIXRayObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIXRay/inputImage

func (CIXRayObject) OutputImage 

func (o CIXRayObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIXRayObject) SetInputImage 

func (o CIXRayObject) SetInputImage(value ICIImage)

type CIZoomBlur 

type CIZoomBlur interface {
	objectivec.IObject
	CIFilterProtocol

	// The zoom-in amount.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/amount
	Amount() float32

	// The center of the effect, as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/center
	Center() corefoundation.CGPoint

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/inputImage
	InputImage() ICIImage

	// The zoom-in amount.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/amount
	SetAmount(value float32)

	// The center of the effect, as x and y coordinates.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/center
	SetCenter(value corefoundation.CGPoint)

	// The image to use as an input image.
	//
	// See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/inputImage
	SetInputImage(value ICIImage)
}

The properties you use to configure a zoom blur filter.

See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur

type CIZoomBlurObject 

type CIZoomBlurObject struct {
	objectivec.Object
}

CIZoomBlurObject wraps an existing Objective-C object that conforms to the CIZoomBlur protocol.

func CIZoomBlurObjectFromID 

func CIZoomBlurObjectFromID(id objc.ID) CIZoomBlurObject

CIZoomBlurObjectFromID constructs a CIZoomBlurObject from an objc.ID. The object is determined to conform to the protocol at runtime.

func (CIZoomBlurObject) Amount 

func (o CIZoomBlurObject) Amount() float32

The zoom-in amount.

See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/amount

func (CIZoomBlurObject) BaseObject 

func (o CIZoomBlurObject) BaseObject() objectivec.Object

func (CIZoomBlurObject) Center 

func (o CIZoomBlurObject) Center() corefoundation.CGPoint

The center of the effect, as x and y coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/center

func (CIZoomBlurObject) InputImage 

func (o CIZoomBlurObject) InputImage() ICIImage

The image to use as an input image.

See: https://developer.apple.com/documentation/CoreImage/CIZoomBlur/inputImage

func (CIZoomBlurObject) OutputImage 

func (o CIZoomBlurObject) OutputImage() ICIImage

A CIImage object that encapsulates the operations configured in the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilterProtocol/outputImage

func (CIZoomBlurObject) SetAmount 

func (o CIZoomBlurObject) SetAmount(value float32)

func (CIZoomBlurObject) SetCenter 

func (o CIZoomBlurObject) SetCenter(value corefoundation.CGPoint)

func (CIZoomBlurObject) SetInputImage 

func (o CIZoomBlurObject) SetInputImage(value ICIImage)

type ColumnCount 

type ColumnCount struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/columnCount-c.ivar

func ColumnCountFromID 

func ColumnCountFromID(id objc.ID) ColumnCount

ColumnCountFromID constructs a ColumnCount from an objc.ID.

func NewColumnCount 

func NewColumnCount() ColumnCount

NewColumnCount creates a new ColumnCount instance.

func (ColumnCount) Autorelease 

func (c ColumnCount) Autorelease() ColumnCount

Autorelease adds the receiver to the current autorelease pool.

func (ColumnCount) Init 

func (c ColumnCount) Init() ColumnCount

Init initializes the instance.

type ColumnCountClass 

type ColumnCountClass struct {
	// contains filtered or unexported fields
}

func GetColumnCountClass 

func GetColumnCountClass() ColumnCountClass

GetColumnCountClass returns the class object for columnCount.

func (ColumnCountClass) Alloc 

func (cc ColumnCountClass) Alloc() ColumnCount

Alloc allocates memory for a new instance of the class.

type DataCodewordCount 

type DataCodewordCount struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/dataCodewordCount-c.ivar

func DataCodewordCountFromID 

func DataCodewordCountFromID(id objc.ID) DataCodewordCount

DataCodewordCountFromID constructs a DataCodewordCount from an objc.ID.

func NewDataCodewordCount 

func NewDataCodewordCount() DataCodewordCount

NewDataCodewordCount creates a new DataCodewordCount instance.

func (DataCodewordCount) Autorelease 

func (d DataCodewordCount) Autorelease() DataCodewordCount

Autorelease adds the receiver to the current autorelease pool.

func (DataCodewordCount) Init 

func (d DataCodewordCount) Init() DataCodewordCount

Init initializes the instance.

type DataCodewordCountClass 

type DataCodewordCountClass struct {
	// contains filtered or unexported fields
}

func GetDataCodewordCountClass 

func GetDataCodewordCountClass() DataCodewordCountClass

GetDataCodewordCountClass returns the class object for dataCodewordCount.

func (DataCodewordCountClass) Alloc 

func (dc DataCodewordCountClass) Alloc() DataCodewordCount

Alloc allocates memory for a new instance of the class.

type EccVersion 

type EccVersion struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/eccVersion-c.ivar

func EccVersionFromID 

func EccVersionFromID(id objc.ID) EccVersion

EccVersionFromID constructs a EccVersion from an objc.ID.

func NewEccVersion 

func NewEccVersion() EccVersion

NewEccVersion creates a new EccVersion instance.

func (EccVersion) Autorelease 

func (e EccVersion) Autorelease() EccVersion

Autorelease adds the receiver to the current autorelease pool.

func (EccVersion) Init 

func (e EccVersion) Init() EccVersion

Init initializes the instance.

type EccVersionClass 

type EccVersionClass struct {
	// contains filtered or unexported fields
}

func GetEccVersionClass 

func GetEccVersionClass() EccVersionClass

GetEccVersionClass returns the class object for eccVersion.

func (EccVersionClass) Alloc 

func (ec EccVersionClass) Alloc() EccVersion

Alloc allocates memory for a new instance of the class.

type ErrorCorrectedPayload 

type ErrorCorrectedPayload struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/errorCorrectedPayload-c.ivar

func ErrorCorrectedPayloadFromID 

func ErrorCorrectedPayloadFromID(id objc.ID) ErrorCorrectedPayload

ErrorCorrectedPayloadFromID constructs a ErrorCorrectedPayload from an objc.ID.

func NewErrorCorrectedPayload 

func NewErrorCorrectedPayload() ErrorCorrectedPayload

NewErrorCorrectedPayload creates a new ErrorCorrectedPayload instance.

func (ErrorCorrectedPayload) Autorelease 

func (e ErrorCorrectedPayload) Autorelease() ErrorCorrectedPayload

Autorelease adds the receiver to the current autorelease pool.

func (ErrorCorrectedPayload) Init 

func (e ErrorCorrectedPayload) Init() ErrorCorrectedPayload

Init initializes the instance.

type ErrorCorrectedPayloadClass 

type ErrorCorrectedPayloadClass struct {
	// contains filtered or unexported fields
}

func GetErrorCorrectedPayloadClass 

func GetErrorCorrectedPayloadClass() ErrorCorrectedPayloadClass

GetErrorCorrectedPayloadClass returns the class object for errorCorrectedPayload.

func (ErrorCorrectedPayloadClass) Alloc 

func (ec ErrorCorrectedPayloadClass) Alloc() ErrorCorrectedPayload

Alloc allocates memory for a new instance of the class.

type ErrorCorrectionLevel 

type ErrorCorrectionLevel struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/errorCorrectionLevel-c.ivar

func ErrorCorrectionLevelFromID 

func ErrorCorrectionLevelFromID(id objc.ID) ErrorCorrectionLevel

ErrorCorrectionLevelFromID constructs a ErrorCorrectionLevel from an objc.ID.

func NewErrorCorrectionLevel 

func NewErrorCorrectionLevel() ErrorCorrectionLevel

NewErrorCorrectionLevel creates a new ErrorCorrectionLevel instance.

func (ErrorCorrectionLevel) Autorelease 

func (e ErrorCorrectionLevel) Autorelease() ErrorCorrectionLevel

Autorelease adds the receiver to the current autorelease pool.

func (ErrorCorrectionLevel) Init 

func (e ErrorCorrectionLevel) Init() ErrorCorrectionLevel

Init initializes the instance.

type ErrorCorrectionLevelClass 

type ErrorCorrectionLevelClass struct {
	// contains filtered or unexported fields
}

func GetErrorCorrectionLevelClass 

func GetErrorCorrectionLevelClass() ErrorCorrectionLevelClass

GetErrorCorrectionLevelClass returns the class object for errorCorrectionLevel.

func (ErrorCorrectionLevelClass) Alloc 

func (ec ErrorCorrectionLevelClass) Alloc() ErrorCorrectionLevel

Alloc allocates memory for a new instance of the class.

type FaceAngle 

type FaceAngle struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/faceAngle-c.ivar

func FaceAngleFromID 

func FaceAngleFromID(id objc.ID) FaceAngle

FaceAngleFromID constructs a FaceAngle from an objc.ID.

func NewFaceAngle 

func NewFaceAngle() FaceAngle

NewFaceAngle creates a new FaceAngle instance.

func (FaceAngle) Autorelease 

func (f FaceAngle) Autorelease() FaceAngle

Autorelease adds the receiver to the current autorelease pool.

func (FaceAngle) Init 

func (f FaceAngle) Init() FaceAngle

Init initializes the instance.

type FaceAngleClass 

type FaceAngleClass struct {
	// contains filtered or unexported fields
}

func GetFaceAngleClass 

func GetFaceAngleClass() FaceAngleClass

GetFaceAngleClass returns the class object for faceAngle.

func (FaceAngleClass) Alloc 

func (fc FaceAngleClass) Alloc() FaceAngle

Alloc allocates memory for a new instance of the class.

type HasFaceAngle 

type HasFaceAngle struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasFaceAngle-c.ivar

func HasFaceAngleFromID 

func HasFaceAngleFromID(id objc.ID) HasFaceAngle

HasFaceAngleFromID constructs a HasFaceAngle from an objc.ID.

func NewHasFaceAngle 

func NewHasFaceAngle() HasFaceAngle

NewHasFaceAngle creates a new HasFaceAngle instance.

func (HasFaceAngle) Autorelease 

func (h HasFaceAngle) Autorelease() HasFaceAngle

Autorelease adds the receiver to the current autorelease pool.

func (HasFaceAngle) Init 

func (h HasFaceAngle) Init() HasFaceAngle

Init initializes the instance.

type HasFaceAngleClass 

type HasFaceAngleClass struct {
	// contains filtered or unexported fields
}

func GetHasFaceAngleClass 

func GetHasFaceAngleClass() HasFaceAngleClass

GetHasFaceAngleClass returns the class object for hasFaceAngle.

func (HasFaceAngleClass) Alloc 

func (hc HasFaceAngleClass) Alloc() HasFaceAngle

Alloc allocates memory for a new instance of the class.

type HasLeftEyePosition 

type HasLeftEyePosition struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasLeftEyePosition-c.ivar

func HasLeftEyePositionFromID 

func HasLeftEyePositionFromID(id objc.ID) HasLeftEyePosition

HasLeftEyePositionFromID constructs a HasLeftEyePosition from an objc.ID.

func NewHasLeftEyePosition 

func NewHasLeftEyePosition() HasLeftEyePosition

NewHasLeftEyePosition creates a new HasLeftEyePosition instance.

func (HasLeftEyePosition) Autorelease 

func (h HasLeftEyePosition) Autorelease() HasLeftEyePosition

Autorelease adds the receiver to the current autorelease pool.

func (HasLeftEyePosition) Init 

func (h HasLeftEyePosition) Init() HasLeftEyePosition

Init initializes the instance.

type HasLeftEyePositionClass 

type HasLeftEyePositionClass struct {
	// contains filtered or unexported fields
}

func GetHasLeftEyePositionClass 

func GetHasLeftEyePositionClass() HasLeftEyePositionClass

GetHasLeftEyePositionClass returns the class object for hasLeftEyePosition.

func (HasLeftEyePositionClass) Alloc 

func (hc HasLeftEyePositionClass) Alloc() HasLeftEyePosition

Alloc allocates memory for a new instance of the class.

type HasMouthPosition 

type HasMouthPosition struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasMouthPosition-c.ivar

func HasMouthPositionFromID 

func HasMouthPositionFromID(id objc.ID) HasMouthPosition

HasMouthPositionFromID constructs a HasMouthPosition from an objc.ID.

func NewHasMouthPosition 

func NewHasMouthPosition() HasMouthPosition

NewHasMouthPosition creates a new HasMouthPosition instance.

func (HasMouthPosition) Autorelease 

func (h HasMouthPosition) Autorelease() HasMouthPosition

Autorelease adds the receiver to the current autorelease pool.

func (HasMouthPosition) Init 

func (h HasMouthPosition) Init() HasMouthPosition

Init initializes the instance.

type HasMouthPositionClass 

type HasMouthPositionClass struct {
	// contains filtered or unexported fields
}

func GetHasMouthPositionClass 

func GetHasMouthPositionClass() HasMouthPositionClass

GetHasMouthPositionClass returns the class object for hasMouthPosition.

func (HasMouthPositionClass) Alloc 

func (hc HasMouthPositionClass) Alloc() HasMouthPosition

Alloc allocates memory for a new instance of the class.

type HasRightEyePosition 

type HasRightEyePosition struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasRightEyePosition-c.ivar

func HasRightEyePositionFromID 

func HasRightEyePositionFromID(id objc.ID) HasRightEyePosition

HasRightEyePositionFromID constructs a HasRightEyePosition from an objc.ID.

func NewHasRightEyePosition 

func NewHasRightEyePosition() HasRightEyePosition

NewHasRightEyePosition creates a new HasRightEyePosition instance.

func (HasRightEyePosition) Autorelease 

func (h HasRightEyePosition) Autorelease() HasRightEyePosition

Autorelease adds the receiver to the current autorelease pool.

func (HasRightEyePosition) Init 

func (h HasRightEyePosition) Init() HasRightEyePosition

Init initializes the instance.

type HasRightEyePositionClass 

type HasRightEyePositionClass struct {
	// contains filtered or unexported fields
}

func GetHasRightEyePositionClass 

func GetHasRightEyePositionClass() HasRightEyePositionClass

GetHasRightEyePositionClass returns the class object for hasRightEyePosition.

func (HasRightEyePositionClass) Alloc 

func (hc HasRightEyePositionClass) Alloc() HasRightEyePosition

Alloc allocates memory for a new instance of the class.

type HasSmile 

type HasSmile struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasSmile-c.ivar

func HasSmileFromID 

func HasSmileFromID(id objc.ID) HasSmile

HasSmileFromID constructs a HasSmile from an objc.ID.

func NewHasSmile 

func NewHasSmile() HasSmile

NewHasSmile creates a new HasSmile instance.

func (HasSmile) Autorelease 

func (h HasSmile) Autorelease() HasSmile

Autorelease adds the receiver to the current autorelease pool.

func (HasSmile) Init 

func (h HasSmile) Init() HasSmile

Init initializes the instance.

type HasSmileClass 

type HasSmileClass struct {
	// contains filtered or unexported fields
}

func GetHasSmileClass 

func GetHasSmileClass() HasSmileClass

GetHasSmileClass returns the class object for hasSmile.

func (HasSmileClass) Alloc 

func (hc HasSmileClass) Alloc() HasSmile

Alloc allocates memory for a new instance of the class.

type HasTrackingFrameCount 

type HasTrackingFrameCount struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasTrackingFrameCount-c.ivar

func HasTrackingFrameCountFromID 

func HasTrackingFrameCountFromID(id objc.ID) HasTrackingFrameCount

HasTrackingFrameCountFromID constructs a HasTrackingFrameCount from an objc.ID.

func NewHasTrackingFrameCount 

func NewHasTrackingFrameCount() HasTrackingFrameCount

NewHasTrackingFrameCount creates a new HasTrackingFrameCount instance.

func (HasTrackingFrameCount) Autorelease 

func (h HasTrackingFrameCount) Autorelease() HasTrackingFrameCount

Autorelease adds the receiver to the current autorelease pool.

func (HasTrackingFrameCount) Init 

func (h HasTrackingFrameCount) Init() HasTrackingFrameCount

Init initializes the instance.

type HasTrackingFrameCountClass 

type HasTrackingFrameCountClass struct {
	// contains filtered or unexported fields
}

func GetHasTrackingFrameCountClass 

func GetHasTrackingFrameCountClass() HasTrackingFrameCountClass

GetHasTrackingFrameCountClass returns the class object for hasTrackingFrameCount.

func (HasTrackingFrameCountClass) Alloc 

func (hc HasTrackingFrameCountClass) Alloc() HasTrackingFrameCount

Alloc allocates memory for a new instance of the class.

type HasTrackingID 

type HasTrackingID struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasTrackingID-c.ivar

func HasTrackingIDFromID 

func HasTrackingIDFromID(id objc.ID) HasTrackingID

HasTrackingIDFromID constructs a HasTrackingID from an objc.ID.

func NewHasTrackingID 

func NewHasTrackingID() HasTrackingID

NewHasTrackingID creates a new HasTrackingID instance.

func (HasTrackingID) Autorelease 

func (h HasTrackingID) Autorelease() HasTrackingID

Autorelease adds the receiver to the current autorelease pool.

func (HasTrackingID) Init 

func (h HasTrackingID) Init() HasTrackingID

Init initializes the instance.

type HasTrackingIDClass 

type HasTrackingIDClass struct {
	// contains filtered or unexported fields
}

func GetHasTrackingIDClass 

func GetHasTrackingIDClass() HasTrackingIDClass

GetHasTrackingIDClass returns the class object for hasTrackingID.

func (HasTrackingIDClass) Alloc 

func (hc HasTrackingIDClass) Alloc() HasTrackingID

Alloc allocates memory for a new instance of the class.

type IBottomLeft 

type IBottomLeft interface {
	objectivec.IObject
}

An interface definition for the BottomLeft class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/bottomLeft-c.ivar

type IBottomRight 

type IBottomRight interface {
	objectivec.IObject
}

An interface definition for the BottomRight class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/bottomRight-c.ivar

type IBounds 

type IBounds interface {
	objectivec.IObject
}

An interface definition for the Bounds class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/bounds-c.ivar

type ICIAztecCodeDescriptor 

type ICIAztecCodeDescriptor interface {
	ICIBarcodeDescriptor

	// Initializes an Aztec code descriptor for the given payload and parameters.
	InitWithPayloadIsCompactLayerCountDataCodewordCount(errorCorrectedPayload foundation.INSData, isCompact bool, layerCount int, dataCodewordCount int) CIAztecCodeDescriptor

	// The error-corrected payload that comprises the the Aztec code symbol.
	ErrorCorrectedPayload() foundation.INSData
	// A Boolean value telling if the Aztec code is compact.
	IsCompact() bool
	// The number of data layers in the Aztec code symbol.
	LayerCount() int
	// The number of non-error-correction codewords carried by the Aztec code symbol.
	DataCodewordCount() int
}

An interface definition for the CIAztecCodeDescriptor class.

Creating a Descriptor

  • [ICIAztecCodeDescriptor.InitWithPayloadIsCompactLayerCountDataCodewordCount]: Initializes an Aztec code descriptor for the given payload and parameters.

Examining a Descriptor

  • [ICIAztecCodeDescriptor.ErrorCorrectedPayload]: The error-corrected payload that comprises the the Aztec code symbol.
  • [ICIAztecCodeDescriptor.IsCompact]: A Boolean value telling if the Aztec code is compact.
  • [ICIAztecCodeDescriptor.LayerCount]: The number of data layers in the Aztec code symbol.
  • [ICIAztecCodeDescriptor.DataCodewordCount]: The number of non-error-correction codewords carried by the Aztec code symbol.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor

type ICIBarcodeDescriptor 

type ICIBarcodeDescriptor interface {
	objectivec.IObject

	EncodeWithCoder(coder foundation.INSCoder)
}

An interface definition for the CIBarcodeDescriptor class.

See: https://developer.apple.com/documentation/CoreImage/CIBarcodeDescriptor

type ICIBlendKernel 

type ICIBlendKernel interface {
	ICIColorKernel

	// Creates a new image using the blend kernel and specified foreground and background images.
	ApplyWithForegroundBackground(foreground ICIImage, background ICIImage) ICIImage

	ApplyWithForegroundBackgroundColorSpace(foreground ICIImage, background ICIImage, colorSpace coregraphics.CGColorSpaceRef) ICIImage
}

An interface definition for the CIBlendKernel class.

Applying a Kernel to Filter an Image

  • [ICIBlendKernel.ApplyWithForegroundBackground]: Creates a new image using the blend kernel and specified foreground and background images.

Instance Methods

  • [ICIBlendKernel.ApplyWithForegroundBackgroundColorSpace]

See: https://developer.apple.com/documentation/CoreImage/CIBlendKernel

type ICIColor 

type ICIColor interface {
	objectivec.IObject

	// Create a Core Image color object with a Core Graphics color object.
	InitWithCGColor(color coregraphics.CGColorRef) CIColor
	InitWithColor(color objectivec.IObject) CIColor
	// Initialize a Core Image color object in the sRGB color space with the specified red, green, blue, and alpha component values.
	InitWithRedGreenBlueAlpha(red float64, green float64, blue float64, alpha float64) CIColor
	// Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.
	InitWithRedGreenBlueColorSpace(red float64, green float64, blue float64, colorSpace coregraphics.CGColorSpaceRef) CIColor
	// Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.
	InitWithRedGreenBlueAlphaColorSpace(red float64, green float64, blue float64, alpha float64, colorSpace coregraphics.CGColorSpaceRef) CIColor

	// Returns the [CGColorSpace] associated with the color
	ColorSpace() coregraphics.CGColorSpaceRef
	// Return a pointer to an array of [CGFloat] values including alpha.
	Components() unsafe.Pointer
	// Returns the color components of the color including alpha.
	NumberOfComponents() uintptr
	// Returns the unpremultiplied red component of the color.
	Red() float64
	// Returns the unpremultiplied green component of the color.
	Green() float64
	// Returns the unpremultiplied blue component of the color.
	Blue() float64
	// Returns the alpha value of the color.
	Alpha() float64
	// Returns a formatted string with the unpremultiplied color and alpha components of the color.
	StringRepresentation() string

	// Initialize a Core Image color object in the sRGB color space with the specified red, green, and blue component values.
	InitWithRedGreenBlue(red float64, green float64, blue float64) CIColor
	EncodeWithCoder(coder foundation.INSCoder)
}

An interface definition for the CIColor class.

Initializing Color Objects

  • [ICIColor.InitWithCGColor]: Create a Core Image color object with a Core Graphics color object.
  • [ICIColor.InitWithColor]
  • [ICIColor.InitWithRedGreenBlueAlpha]: Initialize a Core Image color object in the sRGB color space with the specified red, green, blue, and alpha component values.
  • [ICIColor.InitWithRedGreenBlueColorSpace]: Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.
  • [ICIColor.InitWithRedGreenBlueAlphaColorSpace]: Initialize a Core Image color object with the specified red, green, and blue component values as measured in the specified color space.

Getting Color Components

  • [ICIColor.ColorSpace]: Returns the [CGColorSpace] associated with the color
  • [ICIColor.Components]: Return a pointer to an array of [CGFloat] values including alpha.
  • [ICIColor.NumberOfComponents]: Returns the color components of the color including alpha.
  • [ICIColor.Red]: Returns the unpremultiplied red component of the color.
  • [ICIColor.Green]: Returns the unpremultiplied green component of the color.
  • [ICIColor.Blue]: Returns the unpremultiplied blue component of the color.
  • [ICIColor.Alpha]: Returns the alpha value of the color.
  • [ICIColor.StringRepresentation]: Returns a formatted string with the unpremultiplied color and alpha components of the color.

See: https://developer.apple.com/documentation/CoreImage/CIColor

type ICIColorKernel 

type ICIColorKernel interface {
	ICIKernel

	// Creates a new image using the kernel and specified arguments.
	ApplyWithExtentArguments(extent corefoundation.CGRect, args []objectivec.IObject) ICIImage
}

An interface definition for the CIColorKernel class.

Applying a Kernel to Filter an Image

  • [ICIColorKernel.ApplyWithExtentArguments]: Creates a new image using the kernel and specified arguments.

See: https://developer.apple.com/documentation/CoreImage/CIColorKernel

type ICIContext 

type ICIContext interface {
	objectivec.IObject

	// Creates a Core Graphics image from a region of a Core Image image instance.
	CreateCGImageFromRect(image ICIImage, fromRect corefoundation.CGRect) coregraphics.CGImageRef
	// Creates a Core Graphics image from a region of a Core Image image instance with an option for controlling the pixel format and color space of the [CGImage].
	CreateCGImageFromRectFormatColorSpace(image ICIImage, fromRect corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef) coregraphics.CGImageRef
	// Creates a Core Graphics image from a region of a Core Image image instance with an option for controlling when the image is rendered.
	CreateCGImageFromRectFormatColorSpaceDeferred(image ICIImage, fromRect corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef, deferred bool) coregraphics.CGImageRef
	// Renders to the given bitmap.
	RenderToBitmapRowBytesBoundsFormatColorSpace(image ICIImage, data unsafe.Pointer, rowBytes int, bounds corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef)
	// Renders an image into a pixel buffer.
	RenderToCVPixelBuffer(image ICIImage, buffer corevideo.CVImageBufferRef)
	// Renders a region of an image into a pixel buffer.
	RenderToCVPixelBufferBoundsColorSpace(image ICIImage, buffer corevideo.CVImageBufferRef, bounds corefoundation.CGRect, colorSpace coregraphics.CGColorSpaceRef)
	// Renders a region of an image into an IOSurface object.
	RenderToIOSurfaceBoundsColorSpace(image ICIImage, surface iosurface.IOSurfaceRef, bounds corefoundation.CGRect, colorSpace coregraphics.CGColorSpaceRef)
	// Renders a region of an image to a Metal texture.
	RenderToMTLTextureCommandBufferBoundsColorSpace(image ICIImage, texture objectivec.IObject, commandBuffer objectivec.IObject, bounds corefoundation.CGRect, colorSpace coregraphics.CGColorSpaceRef)

	// Renders a region of an image to a rectangle in the context destination.
	DrawImageInRectFromRect(image ICIImage, inRect corefoundation.CGRect, fromRect corefoundation.CGRect)

	// Frees any cached data, such as temporary images, associated with the context and runs the garbage collector.
	ClearCaches()
	// Runs the garbage collector to reclaim any resources that the context no longer requires.
	ReclaimResources()
	// The working color space of the Core Image context.
	WorkingColorSpace() coregraphics.CGColorSpaceRef
	// The working pixel format of the Core Image context.
	WorkingFormat() CIFormat

	// Renders the image and exports the resulting image data in TIFF format.
	TIFFRepresentationOfImageFormatColorSpaceOptions(image ICIImage, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData
	// Renders the image and exports the resulting image data in JPEG format.
	JPEGRepresentationOfImageColorSpaceOptions(image ICIImage, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData
	// Renders the image and exports the resulting image data in PNG format.
	PNGRepresentationOfImageFormatColorSpaceOptions(image ICIImage, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData
	// Renders the image and exports the resulting image data in HEIF format.
	HEIFRepresentationOfImageFormatColorSpaceOptions(image ICIImage, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) foundation.INSData
	// Renders the image and exports the resulting image data in HEIF10 format.
	HEIF10RepresentationOfImageColorSpaceOptionsError(image ICIImage, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (foundation.INSData, error)
	// Renders the image and exports the resulting image data in open EXR format.
	OpenEXRRepresentationOfImageOptionsError(image ICIImage, options foundation.INSDictionary) (foundation.INSData, error)
	// Renders the image and exports the resulting image data as a file in TIFF format.
	WriteTIFFRepresentationOfImageToURLFormatColorSpaceOptionsError(image ICIImage, url foundation.INSURL, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)
	// Renders the image and exports the resulting image data as a file in JPEG format.
	WriteJPEGRepresentationOfImageToURLColorSpaceOptionsError(image ICIImage, url foundation.INSURL, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)
	// Renders the image and exports the resulting image data as a file in PNG format.
	WritePNGRepresentationOfImageToURLFormatColorSpaceOptionsError(image ICIImage, url foundation.INSURL, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)
	// Renders the image and exports the resulting image data as a file in HEIF format.
	WriteHEIFRepresentationOfImageToURLFormatColorSpaceOptionsError(image ICIImage, url foundation.INSURL, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)
	// Renders the image and exports the resulting image data as a file in HEIF10 format.
	WriteHEIF10RepresentationOfImageToURLColorSpaceOptionsError(image ICIImage, url foundation.INSURL, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) (bool, error)
	// Renders the image and exports the resulting image data as a file in open EXR format.
	WriteOpenEXRRepresentationOfImageToURLOptionsError(image ICIImage, url foundation.INSURL, options foundation.INSDictionary) (bool, error)

	DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationGlassesMatteGainMapOrientationOptions(image ICIImage, disparityImage ICIImage, portraitEffectsMatte ICIImage, hairSemanticSegmentation ICIImage, glassesMatte ICIImage, gainMap ICIImage, orientation objectivec.IObject, options foundation.INSDictionary) CIFilter
	DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationOrientationOptions(image ICIImage, disparityImage ICIImage, portraitEffectsMatte ICIImage, hairSemanticSegmentation ICIImage, orientation objectivec.IObject, options foundation.INSDictionary) CIFilter
	DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteOrientationOptions(image ICIImage, disparityImage ICIImage, portraitEffectsMatte ICIImage, orientation objectivec.IObject, options foundation.INSDictionary) CIFilter
	DepthBlurEffectFilterForImageDataOptions(data foundation.INSData, options foundation.INSDictionary) CIFilter
	DepthBlurEffectFilterForImageURLOptions(url foundation.INSURL, options foundation.INSDictionary) CIFilter

	// An optional call to warm up a [CIContext](<doc://com.apple.coreimage/documentation/CoreImage/CIContext>) so that subsequent calls to render with the same arguments run more efficiently.
	PrepareRenderFromRectToDestinationAtPointError(image ICIImage, fromRect corefoundation.CGRect, destination ICIRenderDestination, atPoint corefoundation.CGPoint) (bool, error)
	// Fills the entire destination with black or clear depending on its [alphaMode](<doc://com.apple.coreimage/documentation/CoreImage/CIRenderDestination/alphaMode>).
	StartTaskToClearError(destination ICIRenderDestination) (ICIRenderTask, error)
	// Renders a portion of an image to a point in the destination.
	StartTaskToRenderFromRectToDestinationAtPointError(image ICIImage, fromRect corefoundation.CGRect, destination ICIRenderDestination, atPoint corefoundation.CGPoint) (ICIRenderTask, error)
	// Renders an image to a destination so that point (0, 0) of the image maps to point (0, 0) of the destination.
	StartTaskToRenderToDestinationError(image ICIImage, destination ICIRenderDestination) (ICIRenderTask, error)

	// Initializes a context without a specific rendering destination, using the specified options.
	InitWithOptions(options foundation.INSDictionary) CIContext

	// Given a Core Graphics image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Graphics image that has the calculated values.
	CalculateHDRStatsForCGImage(cgimage coregraphics.CGImageRef) coregraphics.CGImageRef
	// Given an IOSurface, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the surface’s attachments to store the values.
	CalculateHDRStatsForIOSurface(surface iosurface.IOSurfaceRef)
	// Given a CVPixelBuffer, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the buffers’s attachments to store the values.
	CalculateHDRStatsForCVPixelBuffer(buffer corevideo.CVImageBufferRef)
	// Given a Core Image image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Image image that has the calculated values.
	CalculateHDRStatsForImage(image ICIImage) ICIImage
	// Creates a Core Graphics image from a region of a Core Image image instance with an option for calculating HDR statistics.
	CreateCGImageFromRectFormatColorSpaceDeferredCalculateHDRStats(image ICIImage, fromRect corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef, deferred bool, calculateHDRStats bool) coregraphics.CGImageRef

	// The render destination’s representation of alpha (transparency) values.
	AlphaMode() CIRenderDestinationAlphaMode
	SetAlphaMode(value CIRenderDestinationAlphaMode)
}

An interface definition for the CIContext class.

Rendering Images

  • [ICIContext.CreateCGImageFromRect]: Creates a Core Graphics image from a region of a Core Image image instance.
  • [ICIContext.CreateCGImageFromRectFormatColorSpace]: Creates a Core Graphics image from a region of a Core Image image instance with an option for controlling the pixel format and color space of the [CGImage].
  • [ICIContext.CreateCGImageFromRectFormatColorSpaceDeferred]: Creates a Core Graphics image from a region of a Core Image image instance with an option for controlling when the image is rendered.
  • [ICIContext.RenderToBitmapRowBytesBoundsFormatColorSpace]: Renders to the given bitmap.
  • [ICIContext.RenderToCVPixelBuffer]: Renders an image into a pixel buffer.
  • [ICIContext.RenderToCVPixelBufferBoundsColorSpace]: Renders a region of an image into a pixel buffer.
  • [ICIContext.RenderToIOSurfaceBoundsColorSpace]: Renders a region of an image into an IOSurface object.
  • [ICIContext.RenderToMTLTextureCommandBufferBoundsColorSpace]: Renders a region of an image to a Metal texture.

Drawing Images

  • [ICIContext.DrawImageInRectFromRect]: Renders a region of an image to a rectangle in the context destination.

Managing Resources

  • [ICIContext.ClearCaches]: Frees any cached data, such as temporary images, associated with the context and runs the garbage collector.
  • [ICIContext.ReclaimResources]: Runs the garbage collector to reclaim any resources that the context no longer requires.
  • [ICIContext.WorkingColorSpace]: The working color space of the Core Image context.
  • [ICIContext.WorkingFormat]: The working pixel format of the Core Image context.

Rendering Images for Data or File Export

  • [ICIContext.TIFFRepresentationOfImageFormatColorSpaceOptions]: Renders the image and exports the resulting image data in TIFF format.
  • [ICIContext.JPEGRepresentationOfImageColorSpaceOptions]: Renders the image and exports the resulting image data in JPEG format.
  • [ICIContext.PNGRepresentationOfImageFormatColorSpaceOptions]: Renders the image and exports the resulting image data in PNG format.
  • [ICIContext.HEIFRepresentationOfImageFormatColorSpaceOptions]: Renders the image and exports the resulting image data in HEIF format.
  • [ICIContext.HEIF10RepresentationOfImageColorSpaceOptionsError]: Renders the image and exports the resulting image data in HEIF10 format.
  • [ICIContext.OpenEXRRepresentationOfImageOptionsError]: Renders the image and exports the resulting image data in open EXR format.
  • [ICIContext.WriteTIFFRepresentationOfImageToURLFormatColorSpaceOptionsError]: Renders the image and exports the resulting image data as a file in TIFF format.
  • [ICIContext.WriteJPEGRepresentationOfImageToURLColorSpaceOptionsError]: Renders the image and exports the resulting image data as a file in JPEG format.
  • [ICIContext.WritePNGRepresentationOfImageToURLFormatColorSpaceOptionsError]: Renders the image and exports the resulting image data as a file in PNG format.
  • [ICIContext.WriteHEIFRepresentationOfImageToURLFormatColorSpaceOptionsError]: Renders the image and exports the resulting image data as a file in HEIF format.
  • [ICIContext.WriteHEIF10RepresentationOfImageToURLColorSpaceOptionsError]: Renders the image and exports the resulting image data as a file in HEIF10 format.
  • [ICIContext.WriteOpenEXRRepresentationOfImageToURLOptionsError]: Renders the image and exports the resulting image data as a file in open EXR format.

Creating Depth Blur Filters

  • [ICIContext.DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationGlassesMatteGainMapOrientationOptions]
  • [ICIContext.DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteHairSemanticSegmentationOrientationOptions]
  • [ICIContext.DepthBlurEffectFilterForImageDisparityImagePortraitEffectsMatteOrientationOptions]
  • [ICIContext.DepthBlurEffectFilterForImageDataOptions]
  • [ICIContext.DepthBlurEffectFilterForImageURLOptions]

Customizing Render Destination

  • [ICIContext.PrepareRenderFromRectToDestinationAtPointError]: An optional call to warm up a CIContext(<doc://com.apple.coreimage/documentation/CoreImage/CIContext>) so that subsequent calls to render with the same arguments run more efficiently.
  • [ICIContext.StartTaskToClearError]: Fills the entire destination with black or clear depending on its [alphaMode](<doc://com.apple.coreimage/documentation/CoreImage/CIRenderDestination/alphaMode>).
  • [ICIContext.StartTaskToRenderFromRectToDestinationAtPointError]: Renders a portion of an image to a point in the destination.
  • [ICIContext.StartTaskToRenderToDestinationError]: Renders an image to a destination so that point (0, 0) of the image maps to point (0, 0) of the destination.

Initializers

  • [ICIContext.InitWithOptions]: Initializes a context without a specific rendering destination, using the specified options.

Instance Methods

  • [ICIContext.CalculateHDRStatsForCGImage]: Given a Core Graphics image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Graphics image that has the calculated values.
  • [ICIContext.CalculateHDRStatsForIOSurface]: Given an IOSurface, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the surface’s attachments to store the values.
  • [ICIContext.CalculateHDRStatsForCVPixelBuffer]: Given a CVPixelBuffer, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then update the buffers’s attachments to store the values.
  • [ICIContext.CalculateHDRStatsForImage]: Given a Core Image image, use the receiving Core Image context to calculate its HDR statistics (content headroom and content average light level) and then return a new Core Image image that has the calculated values.
  • [ICIContext.CreateCGImageFromRectFormatColorSpaceDeferredCalculateHDRStats]: Creates a Core Graphics image from a region of a Core Image image instance with an option for calculating HDR statistics.

See: https://developer.apple.com/documentation/CoreImage/CIContext

type ICIDataMatrixCodeDescriptor 

type ICIDataMatrixCodeDescriptor interface {
	ICIBarcodeDescriptor

	// Initializes a Data Matrix code descriptor for the given payload and parameters.
	InitWithPayloadRowCountColumnCountEccVersion(errorCorrectedPayload foundation.INSData, rowCount int, columnCount int, eccVersion CIDataMatrixCodeECCVersion) CIDataMatrixCodeDescriptor

	// The error-corrected payload containing the data encoded in the Data Matrix code symbol.
	ErrorCorrectedPayload() foundation.INSData
	// The number of rows in the Data Matrix code symbol.
	RowCount() int
	// The number of columns in the Data Matrix code symbol.
	ColumnCount() int
	// The error correction version of the Data Matrix code symbol.
	EccVersion() CIDataMatrixCodeECCVersion
}

An interface definition for the CIDataMatrixCodeDescriptor class.

Creating a Descriptor

  • [ICIDataMatrixCodeDescriptor.InitWithPayloadRowCountColumnCountEccVersion]: Initializes a Data Matrix code descriptor for the given payload and parameters.

Examining a Descriptor

  • [ICIDataMatrixCodeDescriptor.ErrorCorrectedPayload]: The error-corrected payload containing the data encoded in the Data Matrix code symbol.
  • [ICIDataMatrixCodeDescriptor.RowCount]: The number of rows in the Data Matrix code symbol.
  • [ICIDataMatrixCodeDescriptor.ColumnCount]: The number of columns in the Data Matrix code symbol.
  • [ICIDataMatrixCodeDescriptor.EccVersion]: The error correction version of the Data Matrix code symbol.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor

type ICIDetector 

type ICIDetector interface {
	objectivec.IObject

	// Searches for features in an image.
	FeaturesInImage(image ICIImage) []CIFeature
	// Searches for features in an image based on the specified image orientation.
	FeaturesInImageOptions(image ICIImage, options foundation.INSDictionary) []CIFeature
}

An interface definition for the CIDetector class.

Using a Detector Object to Find Features

  • [ICIDetector.FeaturesInImage]: Searches for features in an image.
  • [ICIDetector.FeaturesInImageOptions]: Searches for features in an image based on the specified image orientation.

See: https://developer.apple.com/documentation/CoreImage/CIDetector

type ICIFaceFeature 

type ICIFaceFeature interface {
	ICIFeature

	// A Boolean value that indicates whether information about face rotation is available.
	HasFaceAngle() bool
	// The rotation of the face.
	FaceAngle() float32

	// A Boolean value that indicates whether the detector found the face’s left eye.
	HasLeftEyePosition() bool
	// A Boolean value that indicates whether the detector found the face’s right eye.
	HasRightEyePosition() bool
	// A Boolean value that indicates whether the detector found the face’s mouth.
	HasMouthPosition() bool
	// The image coordinate of the center of the left eye.
	LeftEyePosition() corefoundation.CGPoint
	// The image coordinate of the center of the right eye.
	RightEyePosition() corefoundation.CGPoint
	// The image coordinate of the center of the mouth.
	MouthPosition() corefoundation.CGPoint
	// A Boolean value that indicates whether a smile is detected in the face.
	HasSmile() bool
	// A Boolean value that indicates whether a closed left eye is detected in the face.
	LeftEyeClosed() bool
	// A Boolean value that indicates whether a closed right eye is detected in the face.
	RightEyeClosed() bool

	// A Boolean value that indicates whether the face object has a tracking ID.
	HasTrackingID() bool
	// The tracking identifier of the face object.
	TrackingID() int
	// A Boolean value that indicates the face object has a tracking frame count.
	HasTrackingFrameCount() bool
	// The tracking frame count of the face.
	TrackingFrameCount() int
}

An interface definition for the CIFaceFeature class.

Locating Faces

  • [ICIFaceFeature.HasFaceAngle]: A Boolean value that indicates whether information about face rotation is available.
  • [ICIFaceFeature.FaceAngle]: The rotation of the face.

Identifying Facial Features

  • [ICIFaceFeature.HasLeftEyePosition]: A Boolean value that indicates whether the detector found the face’s left eye.
  • [ICIFaceFeature.HasRightEyePosition]: A Boolean value that indicates whether the detector found the face’s right eye.
  • [ICIFaceFeature.HasMouthPosition]: A Boolean value that indicates whether the detector found the face’s mouth.
  • [ICIFaceFeature.LeftEyePosition]: The image coordinate of the center of the left eye.
  • [ICIFaceFeature.RightEyePosition]: The image coordinate of the center of the right eye.
  • [ICIFaceFeature.MouthPosition]: The image coordinate of the center of the mouth.
  • [ICIFaceFeature.HasSmile]: A Boolean value that indicates whether a smile is detected in the face.
  • [ICIFaceFeature.LeftEyeClosed]: A Boolean value that indicates whether a closed left eye is detected in the face.
  • [ICIFaceFeature.RightEyeClosed]: A Boolean value that indicates whether a closed right eye is detected in the face.

Tracking Distinct Faces in Video

  • [ICIFaceFeature.HasTrackingID]: A Boolean value that indicates whether the face object has a tracking ID.
  • [ICIFaceFeature.TrackingID]: The tracking identifier of the face object.
  • [ICIFaceFeature.HasTrackingFrameCount]: A Boolean value that indicates the face object has a tracking frame count.
  • [ICIFaceFeature.TrackingFrameCount]: The tracking frame count of the face.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature

type ICIFeature 

type ICIFeature interface {
	objectivec.IObject

	// The rectangle that holds discovered feature.
	Bounds() corefoundation.CGRect
	// The type of feature that was discovered.
	Type() string

	// A Core Image feature type for person’s face.
	CIFeatureTypeFace() string
	// A Core Image feature type for rectangular object.
	CIFeatureTypeRectangle() string
	// A Core Image feature type for QR code object.
	CIFeatureTypeQRCode() string
	// A Core Image feature type for text.
	CIFeatureTypeText() string
}

An interface definition for the CIFeature class.

Feature Properties

  • [ICIFeature.Bounds]: The rectangle that holds discovered feature.
  • [ICIFeature.Type]: The type of feature that was discovered.

Feature Types

  • [ICIFeature.CIFeatureTypeFace]: A Core Image feature type for person’s face.
  • [ICIFeature.CIFeatureTypeRectangle]: A Core Image feature type for rectangular object.
  • [ICIFeature.CIFeatureTypeQRCode]: A Core Image feature type for QR code object.
  • [ICIFeature.CIFeatureTypeText]: A Core Image feature type for text.

See: https://developer.apple.com/documentation/CoreImage/CIFeature

type ICIFilter 

type ICIFilter interface {
	objectivec.IObject

	// A name associated with a filter.
	Name() string
	SetName(value string)
	// A Boolean value that determines whether the filter is enabled. Animatable.
	Enabled() bool
	SetEnabled(value bool)
	// A dictionary of key-value pairs that describe the filter.
	Attributes() foundation.INSDictionary
	// The names of all input parameters to the filter.
	InputKeys() []string
	// The names of all output parameters from the filter.
	OutputKeys() []string
	// Returns a [CIImage](<doc://com.apple.coreimage/documentation/CoreImage/CIImage>) object that encapsulates the operations configured in the filter.
	OutputImage() ICIImage

	// Sets all input values for a filter to default values.
	SetDefaults()

	// Produces a [CIImage](<doc://com.apple.coreimage/documentation/CoreImage/CIImage>) object by applying arguments to a kernel function and using options to control how the kernel function is evaluated.
	ApplyArgumentsOptions(k ICIKernel, args foundation.INSArray, dict foundation.INSDictionary) ICIImage

	// Returns a filter view for the filter.
	ViewForUIConfigurationExcludedKeys(inUIConfiguration foundation.INSDictionary, inKeys foundation.INSArray) objectivec.IObject

	// Produces a [CIImage](<doc://com.apple.coreimage/documentation/CoreImage/CIImage>) object by applying a kernel function.
	Apply(k ICIKernel) ICIImage
	EncodeWithCoder(coder foundation.INSCoder)
	// Sets the value of the property identified by the given key.
	SetValueForKey(value objectivec.IObject, key string)
	// Returns the value of the property identified by the given key.
	ValueForKey(key string) objectivec.IObject
}

An interface definition for the CIFilter class.

Getting filter parameters and attributes

  • [ICIFilter.Name]: A name associated with a filter.
  • [ICIFilter.SetName]
  • [ICIFilter.Enabled]: A Boolean value that determines whether the filter is enabled. Animatable.
  • [ICIFilter.SetEnabled]
  • [ICIFilter.Attributes]: A dictionary of key-value pairs that describe the filter.
  • [ICIFilter.InputKeys]: The names of all input parameters to the filter.
  • [ICIFilter.OutputKeys]: The names of all output parameters from the filter.
  • [ICIFilter.OutputImage]: Returns a CIImage(<doc://com.apple.coreimage/documentation/CoreImage/CIImage>) object that encapsulates the operations configured in the filter.

Setting default values

  • [ICIFilter.SetDefaults]: Sets all input values for a filter to default values.

Applying a filter

  • [ICIFilter.ApplyArgumentsOptions]: Produces a CIImage(<doc://com.apple.coreimage/documentation/CoreImage/CIImage>) object by applying arguments to a kernel function and using options to control how the kernel function is evaluated.

Creating a configuration view for a filter

  • [ICIFilter.ViewForUIConfigurationExcludedKeys]: Returns a filter view for the filter.

See: https://developer.apple.com/documentation/CoreImage/CIFilter-swift.class

type ICIFilterGenerator 

type ICIFilterGenerator interface {
	objectivec.IObject
	CIFilterConstructor

	// Initializes a filter generator object with the contents of a filter generator file.
	InitWithContentsOfURL(aURL foundation.INSURL) CIFilterGenerator

	// Adds an object to the filter chain.
	ConnectObjectWithKeyToObjectWithKey(sourceObject objectivec.IObject, sourceKey string, targetObject objectivec.IObject, targetKey string)
	// Removes the connection between two objects in the filter chain.
	DisconnectObjectWithKeyToObjectWithKey(sourceObject objectivec.IObject, sourceKey string, targetObject objectivec.IObject, targetKey string)

	// Returns an array of the exported keys.
	ExportedKeys() foundation.INSDictionary
	// Exports an input or output key of an object in the filter chain.
	ExportKeyFromObjectWithName(key string, targetObject objectivec.IObject, exportedKeyName string)
	// Removes a key that was previously exported.
	RemoveExportedKey(exportedKeyName string)
	// Sets a dictionary of attributes for an exported key.
	SetAttributesForExportedKey(attributes foundation.INSDictionary, key string)

	// The class attributes associated with the filter.
	ClassAttributes() foundation.INSDictionary
	SetClassAttributes(value foundation.INSDictionary)

	// Archives a filter generator object to a filter generator file.
	WriteToURLAtomically(aURL foundation.INSURL, flag bool) bool

	// Registers the name associated with a filter chain.
	RegisterFilterName(name string)

	// Creates a filter object based on the filter chain.
	Filter() CIFilter

	EncodeWithCoder(coder foundation.INSCoder)
}

An interface definition for the CIFilterGenerator class.

Initializing a Filter Generator Object

  • [ICIFilterGenerator.InitWithContentsOfURL]: Initializes a filter generator object with the contents of a filter generator file.

Connecting and Disconnecting Objects

  • [ICIFilterGenerator.ConnectObjectWithKeyToObjectWithKey]: Adds an object to the filter chain.
  • [ICIFilterGenerator.DisconnectObjectWithKeyToObjectWithKey]: Removes the connection between two objects in the filter chain.

Managing Exported Keys

  • [ICIFilterGenerator.ExportedKeys]: Returns an array of the exported keys.
  • [ICIFilterGenerator.ExportKeyFromObjectWithName]: Exports an input or output key of an object in the filter chain.
  • [ICIFilterGenerator.RemoveExportedKey]: Removes a key that was previously exported.
  • [ICIFilterGenerator.SetAttributesForExportedKey]: Sets a dictionary of attributes for an exported key.

Setting and Getting Class Attributes

  • [ICIFilterGenerator.ClassAttributes]: The class attributes associated with the filter.
  • [ICIFilterGenerator.SetClassAttributes]

Archiving a Filter Generator Object

  • [ICIFilterGenerator.WriteToURLAtomically]: Archives a filter generator object to a filter generator file.

Registering a Filter Chain

  • [ICIFilterGenerator.RegisterFilterName]: Registers the name associated with a filter chain.

Creating a Filter from a Filter Chain

  • [ICIFilterGenerator.Filter]: Creates a filter object based on the filter chain.

See: https://developer.apple.com/documentation/CoreImage/CIFilterGenerator

type ICIFilterShape 

type ICIFilterShape interface {
	objectivec.IObject

	// Initializes a filter shape object with a rectangle.
	InitWithRect(r corefoundation.CGRect) CIFilterShape

	// The extent of the filter shape.
	Extent() corefoundation.CGRect

	// Modifies a filter shape object so that it is inset by the specified x and y values.
	InsetByXY(dx int, dy int) ICIFilterShape
	// Creates a filter shape object that represents the intersection of the current filter shape and the specified filter shape object.
	IntersectWith(s2 ICIFilterShape) ICIFilterShape
	// Creates a filter shape that represents the intersection of the current filter shape and a rectangle.
	IntersectWithRect(r corefoundation.CGRect) ICIFilterShape
	// Creates a filter shape that results from applying a transform to the current filter shape.
	TransformByInterior(m corefoundation.CGAffineTransform, flag bool) ICIFilterShape
	// Creates a filter shape that results from the union of the current filter shape and another filter shape object.
	UnionWith(s2 ICIFilterShape) ICIFilterShape
	// Creates a filter shape that results from the union of the current filter shape and a rectangle.
	UnionWithRect(r corefoundation.CGRect) ICIFilterShape
}

An interface definition for the CIFilterShape class.

Initializing a Filter Shape

  • [ICIFilterShape.InitWithRect]: Initializes a filter shape object with a rectangle.

Inspecting a Filter Shape

  • [ICIFilterShape.Extent]: The extent of the filter shape.

Modifying a Filter Shape

  • [ICIFilterShape.InsetByXY]: Modifies a filter shape object so that it is inset by the specified x and y values.
  • [ICIFilterShape.IntersectWith]: Creates a filter shape object that represents the intersection of the current filter shape and the specified filter shape object.
  • [ICIFilterShape.IntersectWithRect]: Creates a filter shape that represents the intersection of the current filter shape and a rectangle.
  • [ICIFilterShape.TransformByInterior]: Creates a filter shape that results from applying a transform to the current filter shape.
  • [ICIFilterShape.UnionWith]: Creates a filter shape that results from the union of the current filter shape and another filter shape object.
  • [ICIFilterShape.UnionWithRect]: Creates a filter shape that results from the union of the current filter shape and a rectangle.

See: https://developer.apple.com/documentation/CoreImage/CIFilterShape

type ICIImage 

type ICIImage interface {
	objectivec.IObject

	// Initializes an image object by reading an image from a URL.
	InitWithContentsOfURL(url foundation.INSURL) CIImage
	// Initializes an image object by reading an image from a URL, using the specified options.
	InitWithContentsOfURLOptions(url foundation.INSURL, options foundation.INSDictionary) CIImage
	// Initializes an image object with a Quartz 2D image.
	InitWithCGImage(image coregraphics.CGImageRef) CIImage
	// Initializes an image object with a Quartz 2D image, using the specified options.
	InitWithCGImageOptions(image coregraphics.CGImageRef, options foundation.INSDictionary) CIImage
	InitWithCGImageSourceIndexOptions(source objectivec.IObject, index uintptr, dict foundation.INSDictionary) CIImage
	// Initializes an image object with the supplied image data.
	InitWithData(data foundation.INSData) CIImage
	// Initializes an image object with the supplied image data, using the specified options.
	InitWithDataOptions(data foundation.INSData, options foundation.INSDictionary) CIImage
	// Initializes an image object with bitmap data.
	InitWithBitmapDataBytesPerRowSizeFormatColorSpace(data foundation.INSData, bytesPerRow uintptr, size corefoundation.CGSize, format int, colorSpace coregraphics.CGColorSpaceRef) CIImage
	// Initializes an image object with the specified bitmap image representation.
	InitWithBitmapImageRep(bitmapImageRep objectivec.IObject) CIImage
	// Initializes an image object based on pixels from an image provider object.
	InitWithImageProviderSizeFormatColorSpaceOptions(provider objectivec.IObject, width uintptr, height uintptr, format int, colorSpace coregraphics.CGColorSpaceRef, options foundation.INSDictionary) CIImage
	InitWithDepthData(data objectivec.IObject) CIImage
	InitWithDepthDataOptions(data objectivec.IObject, options foundation.INSDictionary) CIImage
	InitWithPortaitEffectsMatte(matte objectivec.IObject) CIImage
	InitWithPortaitEffectsMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage
	InitWithSemanticSegmentationMatte(matte objectivec.IObject) CIImage
	InitWithSemanticSegmentationMatteOptions(matte objectivec.IObject, options foundation.INSDictionary) CIImage
	// Initializes an image object from the contents of a Core Video image buffer.
	InitWithCVImageBuffer(imageBuffer corevideo.CVImageBufferRef) CIImage
	// Initializes an image object from the contents of a Core Video image buffer, using the specified options.
	InitWithCVImageBufferOptions(imageBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage
	// Initializes an image object from the contents of a Core Video pixel buffer.
	InitWithCVPixelBuffer(pixelBuffer corevideo.CVImageBufferRef) CIImage
	// Initializes an image object from the contents of a Core Video pixel buffer using the specified options.
	InitWithCVPixelBufferOptions(pixelBuffer corevideo.CVImageBufferRef, options foundation.INSDictionary) CIImage
	// Initializes an image object with data supplied by a Metal texture.
	InitWithMTLTextureOptions(texture objectivec.IObject, options foundation.INSDictionary) CIImage
	// Initializes an image with the contents of an IOSurface.
	InitWithIOSurface(surface iosurface.IOSurfaceRef) CIImage
	// Initializes, using the specified options, an image with the contents of an IOSurface.
	InitWithIOSurfaceOptions(surface iosurface.IOSurfaceRef, options foundation.INSDictionary) CIImage

	// Returns a new image created by applying a filter to the original image with the specified name and parameters.
	ImageByApplyingFilterWithInputParameters(filterName string, params foundation.INSDictionary) ICIImage
	// Applies the filter to an image and returns the output.
	ImageByApplyingFilter(filterName string) ICIImage
	// Returns a new image that represents the original image after applying an affine transform.
	ImageByApplyingTransform(matrix corefoundation.CGAffineTransform) ICIImage
	ImageByApplyingTransformHighQualityDownsample(matrix corefoundation.CGAffineTransform, highQualityDownsample bool) ICIImage
	// Returns a new image with a cropped portion of the original image.
	ImageByCroppingToRect(rect corefoundation.CGRect) ICIImage
	// Returns a new image created by transforming the original image to the specified EXIF orientation.
	ImageByApplyingOrientation(orientation int) ICIImage
	// Returns a new image created by making the pixel colors along its edges extend infinitely in all directions.
	ImageByClampingToExtent() ICIImage
	// Returns a new image created by cropping to a specified area, then making the pixel colors along the edges of the cropped image extend infinitely in all directions.
	ImageByClampingToRect(rect corefoundation.CGRect) ICIImage
	// Returns a new image created by compositing the original image over the specified destination image.
	ImageByCompositingOverImage(dest ICIImage) ICIImage
	ImageByConvertingWorkingSpaceToLab() ICIImage
	ImageByConvertingLabToWorkingSpace() ICIImage
	// Returns a new image created by color matching from the specified color space to the context’s working color space.
	ImageByColorMatchingColorSpaceToWorkingSpace(colorSpace coregraphics.CGColorSpaceRef) ICIImage
	// Returns a new image created by color matching from the context’s working color space to the specified color space.
	ImageByColorMatchingWorkingSpaceToColorSpace(colorSpace coregraphics.CGColorSpaceRef) ICIImage
	// Returns a new image created by multiplying the image’s RGB values by its alpha values.
	ImageByPremultiplyingAlpha() ICIImage
	// Returns a new image created by dividing the image’s RGB values by its alpha values.
	ImageByUnpremultiplyingAlpha() ICIImage
	// Returns a new image created by setting all alpha values to 1.0 within the specified rectangle and to 0.0 outside of that area.
	ImageBySettingAlphaOneInExtent(extent corefoundation.CGRect) ICIImage
	// Create an image by applying a gaussian blur to the receiver.
	ImageByApplyingGaussianBlurWithSigma(sigma float64) ICIImage
	// Return a new image by changing the receiver’s metadata properties.
	ImageBySettingProperties(properties foundation.INSDictionary) ICIImage
	// Create an image that inserts a intermediate that is cacheable
	ImageByInsertingIntermediate() ICIImage
	// Create an image that inserts a intermediate that is cacheable.
	ImageByInsertingIntermediateWithCache(cache bool) ICIImage

	// Initializes an image of infinite extent whose entire content is the specified color.
	InitWithColor(color ICIColor) CIImage

	// Returns a filter shape object that represents the domain of definition of the image.
	Definition() ICIFilterShape
	// A rectangle that specifies the extent of the image.
	Extent() corefoundation.CGRect
	// Returns the metadata properties dictionary of the image.
	Properties() foundation.INSDictionary
	// The URL from which the image was loaded.
	Url() foundation.INSURL
	// The color space of the image.
	ColorSpace() coregraphics.CGColorSpaceRef
	// Returns the transformation needed to reorient the image to the specified orientation.
	ImageTransformForOrientation(orientation int) corefoundation.CGAffineTransform

	// Draws all or part of the image at the specified point in the current coordinate system.
	DrawAtPointFromRectOperationFraction(point corefoundation.CGPoint, fromRect corefoundation.CGRect, op objectivec.IObject, delta float64)
	// Draws all or part of the image in the specified rectangle in the current coordinate system
	DrawInRectFromRectOperationFraction(rect corefoundation.CGRect, fromRect corefoundation.CGRect, op objectivec.IObject, delta float64)

	// Returns all possible automatically selected and configured filters for adjusting the image.
	AutoAdjustmentFilters() []CIFilter
	// Returns a subset of automatically selected and configured filters for adjusting the image.
	AutoAdjustmentFiltersWithOptions(options foundation.INSDictionary) []CIFilter

	// Returns the region of interest for the filter chain that generates the image.
	RegionOfInterestForImageInRect(image ICIImage, rect corefoundation.CGRect) corefoundation.CGRect

	// Transforms the original image by a given orientation.
	ImageByApplyingCGOrientation(orientation objectivec.IObject) ICIImage
	// The affine transform for changing the image to the given orientation.
	ImageTransformForCGOrientation(orientation objectivec.IObject) corefoundation.CGAffineTransform

	// Create an image by changing the receiver’s sample mode to nearest neighbor.
	ImageBySamplingNearest() ICIImage
	// Create an image by changing the receiver’s sample mode to bilinear interpolation.
	ImageBySamplingLinear() ICIImage

	// The CoreGraphics image object this image was created from, if applicable.
	CGImage() coregraphics.CGImageRef
	// The CoreVideo pixel buffer this image was created from, if applicable.
	PixelBuffer() corevideo.CVImageBufferRef
	// Depth data associated with the image.
	DepthData() objectivec.IObject
	// The portrait effects matte associated with the image.
	PortraitEffectsMatte() objectivec.IObject
	SemanticSegmentationMatte() objectivec.IObject

	// The key for an OpenGL texture target.
	TextureTarget() CIImageOption
	// The key for an OpenGL texture format.
	TextureFormat() CIImageOption

	// Returns the content headroom of the image.
	ContentHeadroom() float32
	// Returns YES if the image is known to have and alpha value of `1.0` over the entire image extent.
	Opaque() bool
	MetalTexture() objectivec.IObject
	// Returns the content average light level of the image.
	ContentAverageLightLevel() float32

	// Create an image that applies a gain map Core Image image to the received Core Image image.
	ImageByApplyingGainMap(gainmap ICIImage) ICIImage
	// Create an image that applies a gain map Core Image image with a specified headroom to the received Core Image image.
	ImageByApplyingGainMapHeadroom(gainmap ICIImage, headroom float32) ICIImage
	// Create an image that inserts a intermediate that is cached in tiles
	ImageByInsertingTiledIntermediate() ICIImage
	// Create an image by changing the receiver’s contentAverageLightLevel property.
	ImageBySettingContentAverageLightLevel(average float32) ICIImage
	// Create an image by changing the receiver’s contentHeadroom property.
	ImageBySettingContentHeadroom(headroom float32) ICIImage

	EncodeWithCoder(coder foundation.INSCoder)
}

An interface definition for the CIImage class.

Creating an Image

  • [ICIImage.InitWithContentsOfURL]: Initializes an image object by reading an image from a URL.
  • [ICIImage.InitWithContentsOfURLOptions]: Initializes an image object by reading an image from a URL, using the specified options.
  • [ICIImage.InitWithCGImage]: Initializes an image object with a Quartz 2D image.
  • [ICIImage.InitWithCGImageOptions]: Initializes an image object with a Quartz 2D image, using the specified options.
  • [ICIImage.InitWithCGImageSourceIndexOptions]
  • [ICIImage.InitWithData]: Initializes an image object with the supplied image data.
  • [ICIImage.InitWithDataOptions]: Initializes an image object with the supplied image data, using the specified options.
  • [ICIImage.InitWithBitmapDataBytesPerRowSizeFormatColorSpace]: Initializes an image object with bitmap data.
  • [ICIImage.InitWithBitmapImageRep]: Initializes an image object with the specified bitmap image representation.
  • [ICIImage.InitWithImageProviderSizeFormatColorSpaceOptions]: Initializes an image object based on pixels from an image provider object.
  • [ICIImage.InitWithDepthData]
  • [ICIImage.InitWithDepthDataOptions]
  • [ICIImage.InitWithPortaitEffectsMatte]
  • [ICIImage.InitWithPortaitEffectsMatteOptions]
  • [ICIImage.InitWithSemanticSegmentationMatte]
  • [ICIImage.InitWithSemanticSegmentationMatteOptions]
  • [ICIImage.InitWithCVImageBuffer]: Initializes an image object from the contents of a Core Video image buffer.
  • [ICIImage.InitWithCVImageBufferOptions]: Initializes an image object from the contents of a Core Video image buffer, using the specified options.
  • [ICIImage.InitWithCVPixelBuffer]: Initializes an image object from the contents of a Core Video pixel buffer.
  • [ICIImage.InitWithCVPixelBufferOptions]: Initializes an image object from the contents of a Core Video pixel buffer using the specified options.
  • [ICIImage.InitWithMTLTextureOptions]: Initializes an image object with data supplied by a Metal texture.
  • [ICIImage.InitWithIOSurface]: Initializes an image with the contents of an IOSurface.
  • [ICIImage.InitWithIOSurfaceOptions]: Initializes, using the specified options, an image with the contents of an IOSurface.

Creating an Image by Modifying an Existing Image

  • [ICIImage.ImageByApplyingFilterWithInputParameters]: Returns a new image created by applying a filter to the original image with the specified name and parameters.
  • [ICIImage.ImageByApplyingFilter]: Applies the filter to an image and returns the output.
  • [ICIImage.ImageByApplyingTransform]: Returns a new image that represents the original image after applying an affine transform.
  • [ICIImage.ImageByApplyingTransformHighQualityDownsample]
  • [ICIImage.ImageByCroppingToRect]: Returns a new image with a cropped portion of the original image.
  • [ICIImage.ImageByApplyingOrientation]: Returns a new image created by transforming the original image to the specified EXIF orientation.
  • [ICIImage.ImageByClampingToExtent]: Returns a new image created by making the pixel colors along its edges extend infinitely in all directions.
  • [ICIImage.ImageByClampingToRect]: Returns a new image created by cropping to a specified area, then making the pixel colors along the edges of the cropped image extend infinitely in all directions.
  • [ICIImage.ImageByCompositingOverImage]: Returns a new image created by compositing the original image over the specified destination image.
  • [ICIImage.ImageByConvertingWorkingSpaceToLab]
  • [ICIImage.ImageByConvertingLabToWorkingSpace]
  • [ICIImage.ImageByColorMatchingColorSpaceToWorkingSpace]: Returns a new image created by color matching from the specified color space to the context’s working color space.
  • [ICIImage.ImageByColorMatchingWorkingSpaceToColorSpace]: Returns a new image created by color matching from the context’s working color space to the specified color space.
  • [ICIImage.ImageByPremultiplyingAlpha]: Returns a new image created by multiplying the image’s RGB values by its alpha values.
  • [ICIImage.ImageByUnpremultiplyingAlpha]: Returns a new image created by dividing the image’s RGB values by its alpha values.
  • [ICIImage.ImageBySettingAlphaOneInExtent]: Returns a new image created by setting all alpha values to 1.0 within the specified rectangle and to 0.0 outside of that area.
  • [ICIImage.ImageByApplyingGaussianBlurWithSigma]: Create an image by applying a gaussian blur to the receiver.
  • [ICIImage.ImageBySettingProperties]: Return a new image by changing the receiver’s metadata properties.
  • [ICIImage.ImageByInsertingIntermediate]: Create an image that inserts a intermediate that is cacheable
  • [ICIImage.ImageByInsertingIntermediateWithCache]: Create an image that inserts a intermediate that is cacheable.

Creating Solid Colors

  • [ICIImage.InitWithColor]: Initializes an image of infinite extent whose entire content is the specified color.

Getting Image Information

  • [ICIImage.Definition]: Returns a filter shape object that represents the domain of definition of the image.
  • [ICIImage.Extent]: A rectangle that specifies the extent of the image.
  • [ICIImage.Properties]: Returns the metadata properties dictionary of the image.
  • [ICIImage.Url]: The URL from which the image was loaded.
  • [ICIImage.ColorSpace]: The color space of the image.
  • [ICIImage.ImageTransformForOrientation]: Returns the transformation needed to reorient the image to the specified orientation.

Drawing Images

  • [ICIImage.DrawAtPointFromRectOperationFraction]: Draws all or part of the image at the specified point in the current coordinate system.
  • [ICIImage.DrawInRectFromRectOperationFraction]: Draws all or part of the image in the specified rectangle in the current coordinate system

Getting Autoadjustment Filters

  • [ICIImage.AutoAdjustmentFilters]: Returns all possible automatically selected and configured filters for adjusting the image.
  • [ICIImage.AutoAdjustmentFiltersWithOptions]: Returns a subset of automatically selected and configured filters for adjusting the image.

Working with Filter Regions of Interest

  • [ICIImage.RegionOfInterestForImageInRect]: Returns the region of interest for the filter chain that generates the image.

Working with Orientation

  • [ICIImage.ImageByApplyingCGOrientation]: Transforms the original image by a given orientation.
  • [ICIImage.ImageTransformForCGOrientation]: The affine transform for changing the image to the given orientation.

Sampling the Image

  • [ICIImage.ImageBySamplingNearest]: Create an image by changing the receiver’s sample mode to nearest neighbor.
  • [ICIImage.ImageBySamplingLinear]: Create an image by changing the receiver’s sample mode to bilinear interpolation.

Accessing Original Image Content

  • [ICIImage.CGImage]: The CoreGraphics image object this image was created from, if applicable.
  • [ICIImage.PixelBuffer]: The CoreVideo pixel buffer this image was created from, if applicable.
  • [ICIImage.DepthData]: Depth data associated with the image.
  • [ICIImage.PortraitEffectsMatte]: The portrait effects matte associated with the image.
  • [ICIImage.SemanticSegmentationMatte]

Deprecated

  • [ICIImage.TextureTarget]: The key for an OpenGL texture target.
  • [ICIImage.TextureFormat]: The key for an OpenGL texture format.

Instance Properties

  • [ICIImage.ContentHeadroom]: Returns the content headroom of the image.
  • [ICIImage.Opaque]: Returns YES if the image is known to have and alpha value of `1.0` over the entire image extent.
  • [ICIImage.MetalTexture]
  • [ICIImage.ContentAverageLightLevel]: Returns the content average light level of the image.

Instance Methods

  • [ICIImage.ImageByApplyingGainMap]: Create an image that applies a gain map Core Image image to the received Core Image image.
  • [ICIImage.ImageByApplyingGainMapHeadroom]: Create an image that applies a gain map Core Image image with a specified headroom to the received Core Image image.
  • [ICIImage.ImageByInsertingTiledIntermediate]: Create an image that inserts a intermediate that is cached in tiles
  • [ICIImage.ImageBySettingContentAverageLightLevel]: Create an image by changing the receiver’s contentAverageLightLevel property.
  • [ICIImage.ImageBySettingContentHeadroom]: Create an image by changing the receiver’s contentHeadroom property.

See: https://developer.apple.com/documentation/CoreImage/CIImage

type ICIImageAccumulator 

type ICIImageAccumulator interface {
	objectivec.IObject

	// Initializes an image accumulator with the specified extent and pixel format.
	InitWithExtentFormat(extent corefoundation.CGRect, format int) CIImageAccumulator
	// Initializes an image accumulator with the specified extent, pixel format, and color space.
	InitWithExtentFormatColorSpace(extent corefoundation.CGRect, format int, colorSpace coregraphics.CGColorSpaceRef) CIImageAccumulator

	// Sets the contents of the image accumulator to the contents of the specified image object.
	SetImage(image ICIImage)
	// Updates an image accumulator with a subregion of an image object.
	SetImageDirtyRect(image ICIImage, dirtyRect corefoundation.CGRect)

	// The extent of the image associated with the image accumulator.
	Extent() corefoundation.CGRect
	// The pixel format of the image accumulator.
	Format() CIFormat
	// Returns the current contents of the image accumulator.
	Image() ICIImage

	// Resets the accumulator, discarding any pending updates and the current content.
	Clear()
}

An interface definition for the CIImageAccumulator class.

Initializing an Image Accumulator

  • [ICIImageAccumulator.InitWithExtentFormat]: Initializes an image accumulator with the specified extent and pixel format.
  • [ICIImageAccumulator.InitWithExtentFormatColorSpace]: Initializes an image accumulator with the specified extent, pixel format, and color space.

Setting an Image

  • [ICIImageAccumulator.SetImage]: Sets the contents of the image accumulator to the contents of the specified image object.
  • [ICIImageAccumulator.SetImageDirtyRect]: Updates an image accumulator with a subregion of an image object.

Obtaining Data From an Image Accumulator

  • [ICIImageAccumulator.Extent]: The extent of the image associated with the image accumulator.
  • [ICIImageAccumulator.Format]: The pixel format of the image accumulator.
  • [ICIImageAccumulator.Image]: Returns the current contents of the image accumulator.

Resetting an Accumulator

  • [ICIImageAccumulator.Clear]: Resets the accumulator, discarding any pending updates and the current content.

See: https://developer.apple.com/documentation/CoreImage/CIImageAccumulator

type ICIImageProcessorKernel 

type ICIImageProcessorKernel interface {
	objectivec.IObject
}

An interface definition for the CIImageProcessorKernel class.

See: https://developer.apple.com/documentation/CoreImage/CIImageProcessorKernel

type ICIKernel 

type ICIKernel interface {
	objectivec.IObject

	// The name of the kernel routine.
	Name() string

	// Sets the selector Core Image uses to query the region of interest for image processing with the kernel.
	SetROISelector(method objc.SEL)

	// Creates a new image using the kernel and specified arguments.
	ApplyWithExtentRoiCallbackArguments(extent corefoundation.CGRect, callback CIKernelROICallback, args []objectivec.IObject) ICIImage
}

An interface definition for the CIKernel class.

Getting a Kernel Name

  • [ICIKernel.Name]: The name of the kernel routine.

Identifying the Region of Interest for the Kernel

  • [ICIKernel.SetROISelector]: Sets the selector Core Image uses to query the region of interest for image processing with the kernel.

Applying a Kernel to Filter an Image

  • [ICIKernel.ApplyWithExtentRoiCallbackArguments]: Creates a new image using the kernel and specified arguments.

See: https://developer.apple.com/documentation/CoreImage/CIKernel

type ICIPDF417CodeDescriptor 

type ICIPDF417CodeDescriptor interface {
	ICIBarcodeDescriptor

	// Initializes an PDF417 code descriptor for the given payload and parameters.
	InitWithPayloadIsCompactRowCountColumnCount(errorCorrectedPayload foundation.INSData, isCompact bool, rowCount int, columnCount int) CIPDF417CodeDescriptor

	// The error-corrected payload containing the data encoded in the PDF417 code symbol.
	ErrorCorrectedPayload() foundation.INSData
	// A boolean value telling if the PDF417 code is compact.
	IsCompact() bool
	// The number of rows in the PDF417 code symbol.
	RowCount() int
	// The number of columns in the PDF417 code symbol.
	ColumnCount() int
}

An interface definition for the CIPDF417CodeDescriptor class.

Creating a Descriptor

  • [ICIPDF417CodeDescriptor.InitWithPayloadIsCompactRowCountColumnCount]: Initializes an PDF417 code descriptor for the given payload and parameters.

Examining a Descriptor

  • [ICIPDF417CodeDescriptor.ErrorCorrectedPayload]: The error-corrected payload containing the data encoded in the PDF417 code symbol.
  • [ICIPDF417CodeDescriptor.IsCompact]: A boolean value telling if the PDF417 code is compact.
  • [ICIPDF417CodeDescriptor.RowCount]: The number of rows in the PDF417 code symbol.
  • [ICIPDF417CodeDescriptor.ColumnCount]: The number of columns in the PDF417 code symbol.

See: https://developer.apple.com/documentation/CoreImage/CIPDF417CodeDescriptor

type ICIPlugIn 

type ICIPlugIn interface {
	objectivec.IObject
}

An interface definition for the CIPlugIn class.

See: https://developer.apple.com/documentation/CoreImage/CIPlugIn

type ICIQRCodeDescriptor 

type ICIQRCodeDescriptor interface {
	ICIBarcodeDescriptor

	// Initializes a QR code descriptor for the given payload and parameters.
	InitWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel(errorCorrectedPayload foundation.INSData, symbolVersion int, maskPattern uint8, errorCorrectionLevel CIQRCodeErrorCorrectionLevel) CIQRCodeDescriptor

	// The error-corrected codeword payload that comprises the QR code symbol.
	ErrorCorrectedPayload() foundation.INSData
	// The version of the QR code which corresponds to the size of the QR code symbol.
	SymbolVersion() int
	// The data mask pattern for the QR code symbol.
	MaskPattern() uint8
	// The error correction level of the QR code symbol.
	ErrorCorrectionLevel() CIQRCodeErrorCorrectionLevel
}

An interface definition for the CIQRCodeDescriptor class.

Creating a Descriptor

  • [ICIQRCodeDescriptor.InitWithPayloadSymbolVersionMaskPatternErrorCorrectionLevel]: Initializes a QR code descriptor for the given payload and parameters.

Examining a Descriptor

  • [ICIQRCodeDescriptor.ErrorCorrectedPayload]: The error-corrected codeword payload that comprises the QR code symbol.
  • [ICIQRCodeDescriptor.SymbolVersion]: The version of the QR code which corresponds to the size of the QR code symbol.
  • [ICIQRCodeDescriptor.MaskPattern]: The data mask pattern for the QR code symbol.
  • [ICIQRCodeDescriptor.ErrorCorrectionLevel]: The error correction level of the QR code symbol.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor

type ICIQRCodeFeature 

type ICIQRCodeFeature interface {
	ICIFeature

	// The string decoded from the detected barcode.
	MessageString() string
	// An abstract representation of a QR Code symbol.
	SymbolDescriptor() ICIQRCodeDescriptor

	// The image coordinate of the lower-left corner of the detected QR code.
	BottomLeft() corefoundation.CGPoint
	// The image coordinate of the lower-right corner of the detected QR code.
	BottomRight() corefoundation.CGPoint
	// The image coordinate of the upper-left corner of the detected QR code.
	TopLeft() corefoundation.CGPoint
	// The image coordinate of the upper-right corner of the detected QR code.
	TopRight() corefoundation.CGPoint

	// A detector that searches for Quick Response codes (a type of 2D barcode) in a still image or video, returning
	CIDetectorTypeQRCode() string
}

An interface definition for the CIQRCodeFeature class.

Decoding a Detected Barcode

  • [ICIQRCodeFeature.MessageString]: The string decoded from the detected barcode.
  • [ICIQRCodeFeature.SymbolDescriptor]: An abstract representation of a QR Code symbol.

Identifying the Corners of a Detected Barcode

  • [ICIQRCodeFeature.BottomLeft]: The image coordinate of the lower-left corner of the detected QR code.
  • [ICIQRCodeFeature.BottomRight]: The image coordinate of the lower-right corner of the detected QR code.
  • [ICIQRCodeFeature.TopLeft]: The image coordinate of the upper-left corner of the detected QR code.
  • [ICIQRCodeFeature.TopRight]: The image coordinate of the upper-right corner of the detected QR code.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature

type ICIRAWFilter 

type ICIRAWFilter interface {
	ICIFilter

	// An array of all supported decoder versions for the given image type.
	SupportedDecoderVersions() []string
	// A Boolean that indicates if the current image supports color noise reduction adjustments.
	ColorNoiseReductionSupported() bool
	// A Boolean that indicates if the current image supports contrast adjustments.
	ContrastSupported() bool
	// A Boolean that indicates if the current image supports detail enhancement adjustments.
	DetailSupported() bool
	// A Boolean that indicates if you can enable lens correction for the current image.
	LensCorrectionSupported() bool
	// A Boolean that indicates if the current image supports local tone curve adjustments.
	LocalToneMapSupported() bool
	// A Boolean that indicates if the current image supports luminance noise reduction adjustments.
	LuminanceNoiseReductionSupported() bool
	// A Boolean that indicates if the current image supports moire artifact reduction adjustments.
	MoireReductionSupported() bool
	// A Boolean that indicates if the current image supports sharpness adjustments.
	SharpnessSupported() bool
	// The full native size of the unscaled image.
	NativeSize() corefoundation.CGSize

	// A value that indicates the baseline exposure to apply to the image.
	BaselineExposure() float32
	SetBaselineExposure(value float32)
	// A value that indicates the amount of global tone curve to apply to the image.
	BoostAmount() float32
	SetBoostAmount(value float32)
	// A value that indicates the amount to boost the shadow areas of the image.
	BoostShadowAmount() float32
	SetBoostShadowAmount(value float32)
	// A value that indicates the amount of chroma noise reduction to apply to the image.
	ColorNoiseReductionAmount() float32
	SetColorNoiseReductionAmount(value float32)
	// A value that indicates the amount of local contrast to apply to the edges of the image.
	ContrastAmount() float32
	SetContrastAmount(value float32)
	// A value that indicates the decoder version to use.
	DecoderVersion() CIRAWDecoderVersion
	SetDecoderVersion(value CIRAWDecoderVersion)
	// A value that indicates the amount of detail enhancement to apply to the edges of the image.
	DetailAmount() float32
	SetDetailAmount(value float32)
	// A value that indicates the amount of exposure to apply to the image.
	Exposure() float32
	SetExposure(value float32)
	// A value that indicates the amount of extended dynamic range (EDR) to apply to the image.
	ExtendedDynamicRangeAmount() float32
	SetExtendedDynamicRangeAmount(value float32)
	// A Boolean that indicates whether to enable draft mode.
	DraftModeEnabled() bool
	SetDraftModeEnabled(value bool)
	// A Boolean that indicates whether to enable gamut mapping.
	GamutMappingEnabled() bool
	SetGamutMappingEnabled(value bool)
	// A Boolean that indicates whether to enable lens correction.
	LensCorrectionEnabled() bool
	SetLensCorrectionEnabled(value bool)
	// An optional filter you can apply to the RAW image while it’s in linear space.
	LinearSpaceFilter() CIFilter
	SetLinearSpaceFilter(value CIFilter)
	// A value that indicates the amount of local tone curve to apply to the image.
	LocalToneMapAmount() float32
	SetLocalToneMapAmount(value float32)
	// A value that indicates the amount of luminance noise reduction to apply to the image.
	LuminanceNoiseReductionAmount() float32
	SetLuminanceNoiseReductionAmount(value float32)
	// A value that indicates the amount of moire artifact reduction to apply to high frequency areas of the image.
	MoireReductionAmount() float32
	SetMoireReductionAmount(value float32)
	// A value that indicates the amount of white balance based on chromaticity values to apply to the image.
	NeutralChromaticity() corefoundation.CGPoint
	SetNeutralChromaticity(value corefoundation.CGPoint)
	// A value that indicates the amount of white balance based on pixel coordinates to apply to the image.
	NeutralLocation() corefoundation.CGPoint
	SetNeutralLocation(value corefoundation.CGPoint)
	// A value that indicates the amount of white balance based on temperature values to apply to the image.
	NeutralTemperature() float32
	SetNeutralTemperature(value float32)
	// A value that indicates the amount of white balance based on tint values to apply to the image.
	NeutralTint() float32
	SetNeutralTint(value float32)
	// A value that indicates the orientation of the image.
	Orientation() objectivec.IObject
	SetOrientation(value objectivec.IObject)
	// An optional auxiliary image that represents the portrait effects matte of the image.
	PortraitEffectsMatte() ICIImage
	// An optional auxiliary image that represents a preview of the original image.
	PreviewImage() ICIImage
	// A dictionary that contains properties of the image source.
	Properties() foundation.INSDictionary
	// A value that indicates the desired scale factor to draw the output image.
	ScaleFactor() float32
	SetScaleFactor(value float32)
	// An optional auxiliary image that represents the semantic segmentation glasses matte of the image.
	SemanticSegmentationGlassesMatte() ICIImage
	// An optional auxiliary image that represents the semantic segmentation hair matte of the image.
	SemanticSegmentationHairMatte() ICIImage
	// An optional auxiliary image that represents the semantic segmentation skin matte of the image.
	SemanticSegmentationSkinMatte() ICIImage
	// An optional auxiliary image that represents the semantic segmentation sky matte of the image.
	SemanticSegmentationSkyMatte() ICIImage
	// An optional auxiliary image that represents the semantic segmentation teeth matte of the image.
	SemanticSegmentationTeethMatte() ICIImage
	// A value that indicates the amount to subtract from the shadows in the image.
	ShadowBias() float32
	SetShadowBias(value float32)
	// A value that indicates the amount of sharpness to apply to the edges of the image.
	SharpnessAmount() float32
	SetSharpnessAmount(value float32)

	HighlightRecoveryEnabled() bool
	SetHighlightRecoveryEnabled(value bool)
	HighlightRecoverySupported() bool
}

An interface definition for the CIRAWFilter class.

Inspecting supported camera models, decoders, and filters

  • [ICIRAWFilter.SupportedDecoderVersions]: An array of all supported decoder versions for the given image type.
  • [ICIRAWFilter.ColorNoiseReductionSupported]: A Boolean that indicates if the current image supports color noise reduction adjustments.
  • [ICIRAWFilter.ContrastSupported]: A Boolean that indicates if the current image supports contrast adjustments.
  • [ICIRAWFilter.DetailSupported]: A Boolean that indicates if the current image supports detail enhancement adjustments.
  • [ICIRAWFilter.LensCorrectionSupported]: A Boolean that indicates if you can enable lens correction for the current image.
  • [ICIRAWFilter.LocalToneMapSupported]: A Boolean that indicates if the current image supports local tone curve adjustments.
  • [ICIRAWFilter.LuminanceNoiseReductionSupported]: A Boolean that indicates if the current image supports luminance noise reduction adjustments.
  • [ICIRAWFilter.MoireReductionSupported]: A Boolean that indicates if the current image supports moire artifact reduction adjustments.
  • [ICIRAWFilter.SharpnessSupported]: A Boolean that indicates if the current image supports sharpness adjustments.
  • [ICIRAWFilter.NativeSize]: The full native size of the unscaled image.

Configuring a filter

  • [ICIRAWFilter.BaselineExposure]: A value that indicates the baseline exposure to apply to the image.
  • [ICIRAWFilter.SetBaselineExposure]
  • [ICIRAWFilter.BoostAmount]: A value that indicates the amount of global tone curve to apply to the image.
  • [ICIRAWFilter.SetBoostAmount]
  • [ICIRAWFilter.BoostShadowAmount]: A value that indicates the amount to boost the shadow areas of the image.
  • [ICIRAWFilter.SetBoostShadowAmount]
  • [ICIRAWFilter.ColorNoiseReductionAmount]: A value that indicates the amount of chroma noise reduction to apply to the image.
  • [ICIRAWFilter.SetColorNoiseReductionAmount]
  • [ICIRAWFilter.ContrastAmount]: A value that indicates the amount of local contrast to apply to the edges of the image.
  • [ICIRAWFilter.SetContrastAmount]
  • [ICIRAWFilter.DecoderVersion]: A value that indicates the decoder version to use.
  • [ICIRAWFilter.SetDecoderVersion]
  • [ICIRAWFilter.DetailAmount]: A value that indicates the amount of detail enhancement to apply to the edges of the image.
  • [ICIRAWFilter.SetDetailAmount]
  • [ICIRAWFilter.Exposure]: A value that indicates the amount of exposure to apply to the image.
  • [ICIRAWFilter.SetExposure]
  • [ICIRAWFilter.ExtendedDynamicRangeAmount]: A value that indicates the amount of extended dynamic range (EDR) to apply to the image.
  • [ICIRAWFilter.SetExtendedDynamicRangeAmount]
  • [ICIRAWFilter.DraftModeEnabled]: A Boolean that indicates whether to enable draft mode.
  • [ICIRAWFilter.SetDraftModeEnabled]
  • [ICIRAWFilter.GamutMappingEnabled]: A Boolean that indicates whether to enable gamut mapping.
  • [ICIRAWFilter.SetGamutMappingEnabled]
  • [ICIRAWFilter.LensCorrectionEnabled]: A Boolean that indicates whether to enable lens correction.
  • [ICIRAWFilter.SetLensCorrectionEnabled]
  • [ICIRAWFilter.LinearSpaceFilter]: An optional filter you can apply to the RAW image while it’s in linear space.
  • [ICIRAWFilter.SetLinearSpaceFilter]
  • [ICIRAWFilter.LocalToneMapAmount]: A value that indicates the amount of local tone curve to apply to the image.
  • [ICIRAWFilter.SetLocalToneMapAmount]
  • [ICIRAWFilter.LuminanceNoiseReductionAmount]: A value that indicates the amount of luminance noise reduction to apply to the image.
  • [ICIRAWFilter.SetLuminanceNoiseReductionAmount]
  • [ICIRAWFilter.MoireReductionAmount]: A value that indicates the amount of moire artifact reduction to apply to high frequency areas of the image.
  • [ICIRAWFilter.SetMoireReductionAmount]
  • [ICIRAWFilter.NeutralChromaticity]: A value that indicates the amount of white balance based on chromaticity values to apply to the image.
  • [ICIRAWFilter.SetNeutralChromaticity]
  • [ICIRAWFilter.NeutralLocation]: A value that indicates the amount of white balance based on pixel coordinates to apply to the image.
  • [ICIRAWFilter.SetNeutralLocation]
  • [ICIRAWFilter.NeutralTemperature]: A value that indicates the amount of white balance based on temperature values to apply to the image.
  • [ICIRAWFilter.SetNeutralTemperature]
  • [ICIRAWFilter.NeutralTint]: A value that indicates the amount of white balance based on tint values to apply to the image.
  • [ICIRAWFilter.SetNeutralTint]
  • [ICIRAWFilter.Orientation]: A value that indicates the orientation of the image.
  • [ICIRAWFilter.SetOrientation]
  • [ICIRAWFilter.PortraitEffectsMatte]: An optional auxiliary image that represents the portrait effects matte of the image.
  • [ICIRAWFilter.PreviewImage]: An optional auxiliary image that represents a preview of the original image.
  • [ICIRAWFilter.Properties]: A dictionary that contains properties of the image source.
  • [ICIRAWFilter.ScaleFactor]: A value that indicates the desired scale factor to draw the output image.
  • [ICIRAWFilter.SetScaleFactor]
  • [ICIRAWFilter.SemanticSegmentationGlassesMatte]: An optional auxiliary image that represents the semantic segmentation glasses matte of the image.
  • [ICIRAWFilter.SemanticSegmentationHairMatte]: An optional auxiliary image that represents the semantic segmentation hair matte of the image.
  • [ICIRAWFilter.SemanticSegmentationSkinMatte]: An optional auxiliary image that represents the semantic segmentation skin matte of the image.
  • [ICIRAWFilter.SemanticSegmentationSkyMatte]: An optional auxiliary image that represents the semantic segmentation sky matte of the image.
  • [ICIRAWFilter.SemanticSegmentationTeethMatte]: An optional auxiliary image that represents the semantic segmentation teeth matte of the image.
  • [ICIRAWFilter.ShadowBias]: A value that indicates the amount to subtract from the shadows in the image.
  • [ICIRAWFilter.SetShadowBias]
  • [ICIRAWFilter.SharpnessAmount]: A value that indicates the amount of sharpness to apply to the edges of the image.
  • [ICIRAWFilter.SetSharpnessAmount]

Instance Properties

  • [ICIRAWFilter.HighlightRecoveryEnabled]
  • [ICIRAWFilter.SetHighlightRecoveryEnabled]
  • [ICIRAWFilter.HighlightRecoverySupported]

See: https://developer.apple.com/documentation/CoreImage/CIRAWFilter

type ICIRectangleFeature 

type ICIRectangleFeature interface {
	ICIFeature

	// The lower-left corner of the detected rectangle, in image coordinates.
	BottomLeft() corefoundation.CGPoint
	// The lower-right corner of the detected rectangle, in image coordinates.
	BottomRight() corefoundation.CGPoint
	// The upper-left corner of the detected rectangle, in image coordinates.
	TopLeft() corefoundation.CGPoint
	// The upper-right corner of the detected rectangle, in image coordinates.
	TopRight() corefoundation.CGPoint

	// A detector that searches for rectangular areas in a still image or video, returning
	CIDetectorTypeRectangle() string
}

An interface definition for the CIRectangleFeature class.

Identifying the Corners of a Detected Rectangle

  • [ICIRectangleFeature.BottomLeft]: The lower-left corner of the detected rectangle, in image coordinates.
  • [ICIRectangleFeature.BottomRight]: The lower-right corner of the detected rectangle, in image coordinates.
  • [ICIRectangleFeature.TopLeft]: The upper-left corner of the detected rectangle, in image coordinates.
  • [ICIRectangleFeature.TopRight]: The upper-right corner of the detected rectangle, in image coordinates.

See: https://developer.apple.com/documentation/CoreImage/CIRectangleFeature

type ICIRenderDestination 

type ICIRenderDestination interface {
	objectivec.IObject

	// Creates a render destination based on a Core Video pixel buffer.
	InitWithPixelBuffer(pixelBuffer corevideo.CVImageBufferRef) CIRenderDestination
	// Creates a render destination based on an [IOSurface] object.
	InitWithIOSurface(surface iosurface.IOSurface) CIRenderDestination
	// Creates a render destination based on a Metal texture.
	InitWithMTLTextureCommandBuffer(texture objectivec.IObject, commandBuffer objectivec.IObject) CIRenderDestination
	// Creates a render destination based on a Metal texture with specified pixel format.
	InitWithWidthHeightPixelFormatCommandBufferMtlTextureProvider(width uint, height uint, pixelFormat objectivec.IObject, commandBuffer objectivec.IObject, block VoidHandler) CIRenderDestination
	// Creates a render destination based on an OpenGL texture.
	InitWithGLTextureTargetWidthHeight(texture uint32, target uint32, width uint, height uint) CIRenderDestination
	// Creates a render destination based on a client-managed buffer.
	InitWithBitmapDataWidthHeightBytesPerRowFormat(data unsafe.Pointer, width uint, height uint, bytesPerRow uint, format int) CIRenderDestination

	// The render destination’s representation of alpha (transparency) values.
	AlphaMode() CIRenderDestinationAlphaMode
	SetAlphaMode(value CIRenderDestinationAlphaMode)
	// The destination’s blend kernel.
	BlendKernel() ICIBlendKernel
	SetBlendKernel(value ICIBlendKernel)
	// Indicator of whether to blend in the destination’s color space.
	BlendsInDestinationColorSpace() bool
	SetBlendsInDestinationColorSpace(value bool)
	// The destination’s color space.
	ColorSpace() coregraphics.CGColorSpaceRef
	SetColorSpace(value coregraphics.CGColorSpaceRef)
	// The render destination’s row width.
	Width() uint
	// The render destination’s buffer height.
	Height() uint
	// Indicator of whether or not the destination clamps.
	Clamped() bool
	SetClamped(value bool)
	// Indicator of whether or not the destination dithers.
	Dithered() bool
	SetDithered(value bool)
	// Indicator of whether the destination is flipped.
	Flipped() bool
	SetFlipped(value bool)

	// Tell the next render using this destination to capture a Metal trace.
	CaptureTraceURL() foundation.INSURL
	SetCaptureTraceURL(value foundation.INSURL)
}

An interface definition for the CIRenderDestination class.

Creating a Render Destination

  • [ICIRenderDestination.InitWithPixelBuffer]: Creates a render destination based on a Core Video pixel buffer.
  • [ICIRenderDestination.InitWithIOSurface]: Creates a render destination based on an [IOSurface] object.
  • [ICIRenderDestination.InitWithMTLTextureCommandBuffer]: Creates a render destination based on a Metal texture.
  • [ICIRenderDestination.InitWithWidthHeightPixelFormatCommandBufferMtlTextureProvider]: Creates a render destination based on a Metal texture with specified pixel format.
  • [ICIRenderDestination.InitWithGLTextureTargetWidthHeight]: Creates a render destination based on an OpenGL texture.
  • [ICIRenderDestination.InitWithBitmapDataWidthHeightBytesPerRowFormat]: Creates a render destination based on a client-managed buffer.

Customizing Rendering

  • [ICIRenderDestination.AlphaMode]: The render destination’s representation of alpha (transparency) values.
  • [ICIRenderDestination.SetAlphaMode]
  • [ICIRenderDestination.BlendKernel]: The destination’s blend kernel.
  • [ICIRenderDestination.SetBlendKernel]
  • [ICIRenderDestination.BlendsInDestinationColorSpace]: Indicator of whether to blend in the destination’s color space.
  • [ICIRenderDestination.SetBlendsInDestinationColorSpace]
  • [ICIRenderDestination.ColorSpace]: The destination’s color space.
  • [ICIRenderDestination.SetColorSpace]
  • [ICIRenderDestination.Width]: The render destination’s row width.
  • [ICIRenderDestination.Height]: The render destination’s buffer height.
  • [ICIRenderDestination.Clamped]: Indicator of whether or not the destination clamps.
  • [ICIRenderDestination.SetClamped]
  • [ICIRenderDestination.Dithered]: Indicator of whether or not the destination dithers.
  • [ICIRenderDestination.SetDithered]
  • [ICIRenderDestination.Flipped]: Indicator of whether the destination is flipped.
  • [ICIRenderDestination.SetFlipped]

Instance Properties

  • [ICIRenderDestination.CaptureTraceURL]: Tell the next render using this destination to capture a Metal trace.
  • [ICIRenderDestination.SetCaptureTraceURL]

See: https://developer.apple.com/documentation/CoreImage/CIRenderDestination

type ICIRenderInfo 

type ICIRenderInfo interface {
	objectivec.IObject

	// The amount of time a render spent executing kernels.
	KernelExecutionTime() float64
	// The number of passes the render took.
	PassCount() int
	// The number of pixels the render produced executing kernels.
	PixelsProcessed() int
	KernelCompileTime() float64
}

An interface definition for the CIRenderInfo class.

Instance Properties

  • [ICIRenderInfo.KernelExecutionTime]: The amount of time a render spent executing kernels.
  • [ICIRenderInfo.PassCount]: The number of passes the render took.
  • [ICIRenderInfo.PixelsProcessed]: The number of pixels the render produced executing kernels.
  • [ICIRenderInfo.KernelCompileTime]

See: https://developer.apple.com/documentation/CoreImage/CIRenderInfo

type ICIRenderTask 

type ICIRenderTask interface {
	objectivec.IObject

	// Waits until the [CIRenderTask](<doc://com.apple.coreimage/documentation/CoreImage/CIRenderTask>) finishes and returns.
	WaitUntilCompletedAndReturnError() (ICIRenderInfo, error)
}

An interface definition for the CIRenderTask class.

Instance Methods

  • [ICIRenderTask.WaitUntilCompletedAndReturnError]: Waits until the CIRenderTask(<doc://com.apple.coreimage/documentation/CoreImage/CIRenderTask>) finishes and returns.

See: https://developer.apple.com/documentation/CoreImage/CIRenderTask

type ICISampler 

type ICISampler interface {
	objectivec.IObject

	// Initializes a sampler with an image object.
	InitWithImage(im ICIImage) CISampler
	// Initializes the sampler with an image object using options specified in a dictionary.
	InitWithImageOptions(im ICIImage, dict foundation.INSDictionary) CISampler

	// The domain of definition (DOD) of the sampler
	Definition() ICIFilterShape
	// The rectangle that specifies the extent of the sampler
	Extent() corefoundation.CGRect

	// Initializes the sampler with an image object using options specified as key-value pairs.
	InitWithImageKeysAndValues(im ICIImage, key0 objectivec.IObject) CISampler
}

An interface definition for the CISampler class.

Initializing a Sampler

  • [ICISampler.InitWithImage]: Initializes a sampler with an image object.
  • [ICISampler.InitWithImageOptions]: Initializes the sampler with an image object using options specified in a dictionary.

Getting Information About the Sampler Object

  • [ICISampler.Definition]: The domain of definition (DOD) of the sampler
  • [ICISampler.Extent]: The rectangle that specifies the extent of the sampler

See: https://developer.apple.com/documentation/CoreImage/CISampler

type ICITextFeature 

type ICITextFeature interface {
	ICIFeature

	// An array containing additional features detected within the feature.
	SubFeatures() foundation.INSArray

	// The image coordinate of the lower-left corner of the detected text.
	BottomLeft() corefoundation.CGPoint
	// The image coordinate of the lower-right corner of the detected text.
	BottomRight() corefoundation.CGPoint
	// The image coordinate of the upper-left corner of the detected text.
	TopLeft() corefoundation.CGPoint
	// The image coordinate of the upper-right corner of the detected text.
	TopRight() corefoundation.CGPoint

	// A detector that searches for text in a still image or video, returning
	CIDetectorTypeText() string
}

An interface definition for the CITextFeature class.

Locating Features Within a Detected Region

  • [ICITextFeature.SubFeatures]: An array containing additional features detected within the feature.

Identifying the Corners of a Detected Text Region

  • [ICITextFeature.BottomLeft]: The image coordinate of the lower-left corner of the detected text.
  • [ICITextFeature.BottomRight]: The image coordinate of the lower-right corner of the detected text.
  • [ICITextFeature.TopLeft]: The image coordinate of the upper-left corner of the detected text.
  • [ICITextFeature.TopRight]: The image coordinate of the upper-right corner of the detected text.

See: https://developer.apple.com/documentation/CoreImage/CITextFeature

type ICIVector 

type ICIVector interface {
	objectivec.IObject

	// Initialize a Core Image vector object with the specified the values.
	InitWithValuesCount(values []float64, count uintptr) CIVector
	// Initialize a Core Image vector object with one value.
	InitWithX(x float64) CIVector
	// Initialize a Core Image vector object with two values.
	InitWithXY(x float64, y float64) CIVector
	// Initialize a Core Image vector object with three values.
	InitWithXYZ(x float64, y float64, z float64) CIVector
	// Initialize a Core Image vector object with four values.
	InitWithXYZW(x float64, y float64, z float64, w float64) CIVector
	// Initialize a Core Image vector object with values provided in a string representation.
	InitWithString(representation string) CIVector
	// Initialize a Core Image vector object with six values provided by a [CGAffineTransform] structure.
	InitWithCGAffineTransform(t corefoundation.CGAffineTransform) CIVector
	// Initialize a Core Image vector object with two values provided by a [CGPoint] structure.
	InitWithCGPoint(p corefoundation.CGPoint) CIVector
	// Initialize a Core Image vector object with four values provided by a [CGRect] structure.
	InitWithCGRect(r corefoundation.CGRect) CIVector

	// Returns a value from a specific position in the vector.
	ValueAtIndex(index uintptr) float64
	// The number of items in the vector.
	Count() uintptr
	// The value located in the first position in the vector.
	X() float64
	// The value located in the second position in the vector.
	Y() float64
	// The value located in the third position in the vector.
	Z() float64
	// The value located in the forth position in the vector.
	W() float64
	// Returns a formatted string with all the values of a [CIVector].
	StringRepresentation() string
	// Returns the values in the vector as a [CGAffineTransformValue] structure.
	CGAffineTransformValue() corefoundation.CGAffineTransform
	// Returns the values in the vector as a [CGPoint] structure.
	CGPointValue() corefoundation.CGPoint
	// Returns the values in the vector as a [CGRect] structure.
	CGRectValue() corefoundation.CGRect

	EncodeWithCoder(coder foundation.INSCoder)
}

An interface definition for the CIVector class.

Initializing a Vector

  • [ICIVector.InitWithValuesCount]: Initialize a Core Image vector object with the specified the values.
  • [ICIVector.InitWithX]: Initialize a Core Image vector object with one value.
  • [ICIVector.InitWithXY]: Initialize a Core Image vector object with two values.
  • [ICIVector.InitWithXYZ]: Initialize a Core Image vector object with three values.
  • [ICIVector.InitWithXYZW]: Initialize a Core Image vector object with four values.
  • [ICIVector.InitWithString]: Initialize a Core Image vector object with values provided in a string representation.
  • [ICIVector.InitWithCGAffineTransform]: Initialize a Core Image vector object with six values provided by a [CGAffineTransform] structure.
  • [ICIVector.InitWithCGPoint]: Initialize a Core Image vector object with two values provided by a [CGPoint] structure.
  • [ICIVector.InitWithCGRect]: Initialize a Core Image vector object with four values provided by a [CGRect] structure.

Getting Values From a Vector

  • [ICIVector.ValueAtIndex]: Returns a value from a specific position in the vector.
  • [ICIVector.Count]: The number of items in the vector.
  • [ICIVector.X]: The value located in the first position in the vector.
  • [ICIVector.Y]: The value located in the second position in the vector.
  • [ICIVector.Z]: The value located in the third position in the vector.
  • [ICIVector.W]: The value located in the forth position in the vector.
  • [ICIVector.StringRepresentation]: Returns a formatted string with all the values of a CIVector.
  • [ICIVector.CGAffineTransformValue]: Returns the values in the vector as a [CGAffineTransformValue] structure.
  • [ICIVector.CGPointValue]: Returns the values in the vector as a [CGPoint] structure.
  • [ICIVector.CGRectValue]: Returns the values in the vector as a [CGRect] structure.

See: https://developer.apple.com/documentation/CoreImage/CIVector

type ICIWarpKernel 

type ICIWarpKernel interface {
	ICIKernel

	// Creates a new image using the kernel and the specified input image and arguments.
	ApplyWithExtentRoiCallbackInputImageArguments(extent corefoundation.CGRect, callback CIKernelROICallback, image ICIImage, args []objectivec.IObject) ICIImage
}

An interface definition for the CIWarpKernel class.

Applying a Kernel to Filter an Image

  • [ICIWarpKernel.ApplyWithExtentRoiCallbackInputImageArguments]: Creates a new image using the kernel and the specified input image and arguments.

See: https://developer.apple.com/documentation/CoreImage/CIWarpKernel

type IColumnCount 

type IColumnCount interface {
	objectivec.IObject
}

An interface definition for the ColumnCount class.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/columnCount-c.ivar

type IDataCodewordCount 

type IDataCodewordCount interface {
	objectivec.IObject
}

An interface definition for the DataCodewordCount class.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/dataCodewordCount-c.ivar

type IEccVersion 

type IEccVersion interface {
	objectivec.IObject
}

An interface definition for the EccVersion class.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/eccVersion-c.ivar

type IErrorCorrectedPayload 

type IErrorCorrectedPayload interface {
	objectivec.IObject
}

An interface definition for the ErrorCorrectedPayload class.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/errorCorrectedPayload-c.ivar

type IErrorCorrectionLevel 

type IErrorCorrectionLevel interface {
	objectivec.IObject
}

An interface definition for the ErrorCorrectionLevel class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/errorCorrectionLevel-c.ivar

type IFaceAngle 

type IFaceAngle interface {
	objectivec.IObject
}

An interface definition for the FaceAngle class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/faceAngle-c.ivar

type IHasFaceAngle 

type IHasFaceAngle interface {
	objectivec.IObject
}

An interface definition for the HasFaceAngle class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasFaceAngle-c.ivar

type IHasLeftEyePosition 

type IHasLeftEyePosition interface {
	objectivec.IObject
}

An interface definition for the HasLeftEyePosition class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasLeftEyePosition-c.ivar

type IHasMouthPosition 

type IHasMouthPosition interface {
	objectivec.IObject
}

An interface definition for the HasMouthPosition class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasMouthPosition-c.ivar

type IHasRightEyePosition 

type IHasRightEyePosition interface {
	objectivec.IObject
}

An interface definition for the HasRightEyePosition class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasRightEyePosition-c.ivar

type IHasSmile 

type IHasSmile interface {
	objectivec.IObject
}

An interface definition for the HasSmile class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasSmile-c.ivar

type IHasTrackingFrameCount 

type IHasTrackingFrameCount interface {
	objectivec.IObject
}

An interface definition for the HasTrackingFrameCount class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasTrackingFrameCount-c.ivar

type IHasTrackingID 

type IHasTrackingID interface {
	objectivec.IObject
}

An interface definition for the HasTrackingID class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/hasTrackingID-c.ivar

type IIsCompact 

type IIsCompact interface {
	objectivec.IObject
}

An interface definition for the IsCompact class.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/isCompact-c.ivar

type ILayerCount 

type ILayerCount interface {
	objectivec.IObject
}

An interface definition for the LayerCount class.

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/layerCount-c.ivar

type ILeftEyeClosed 

type ILeftEyeClosed interface {
	objectivec.IObject
}

An interface definition for the LeftEyeClosed class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/leftEyeClosed-c.ivar

type ILeftEyePosition 

type ILeftEyePosition interface {
	objectivec.IObject
}

An interface definition for the LeftEyePosition class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/leftEyePosition-c.ivar

type IMaskPattern 

type IMaskPattern interface {
	objectivec.IObject
}

An interface definition for the MaskPattern class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/maskPattern-c.ivar

type IMouthPosition 

type IMouthPosition interface {
	objectivec.IObject
}

An interface definition for the MouthPosition class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/mouthPosition-c.ivar

type IPtr 

type IPtr interface {
	objectivec.IObject
}

An interface definition for the Ptr class.

See: https://developer.apple.com/documentation/CoreImage/CIVector/union_(unnamed)/ptr

type IRightEyeClosed 

type IRightEyeClosed interface {
	objectivec.IObject
}

An interface definition for the RightEyeClosed class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/rightEyeClosed-c.ivar

type IRightEyePosition 

type IRightEyePosition interface {
	objectivec.IObject
}

An interface definition for the RightEyePosition class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/rightEyePosition-c.ivar

type IRowCount 

type IRowCount interface {
	objectivec.IObject
}

An interface definition for the RowCount class.

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/rowCount-c.ivar

type ISymbolDescriptor 

type ISymbolDescriptor interface {
	objectivec.IObject
}

An interface definition for the SymbolDescriptor class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/symbolDescriptor-c.ivar

type ISymbolVersion 

type ISymbolVersion interface {
	objectivec.IObject
}

An interface definition for the SymbolVersion class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/symbolVersion-c.ivar

type ITopLeft 

type ITopLeft interface {
	objectivec.IObject
}

An interface definition for the TopLeft class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/topLeft-c.ivar

type ITopRight 

type ITopRight interface {
	objectivec.IObject
}

An interface definition for the TopRight class.

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/topRight-c.ivar

type ITrackingFrameCount 

type ITrackingFrameCount interface {
	objectivec.IObject
}

An interface definition for the TrackingFrameCount class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/trackingFrameCount-c.ivar

type ITrackingID 

type ITrackingID interface {
	objectivec.IObject
}

An interface definition for the TrackingID class.

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/trackingID-c.ivar

type IVec 

type IVec interface {
	objectivec.IObject
}

An interface definition for the Vec class.

See: https://developer.apple.com/documentation/CoreImage/CIVector/union_(unnamed)/vec

type IsCompact 

type IsCompact struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/isCompact-c.ivar

func IsCompactFromID 

func IsCompactFromID(id objc.ID) IsCompact

IsCompactFromID constructs a IsCompact from an objc.ID.

func NewIsCompact 

func NewIsCompact() IsCompact

NewIsCompact creates a new IsCompact instance.

func (IsCompact) Autorelease 

func (i IsCompact) Autorelease() IsCompact

Autorelease adds the receiver to the current autorelease pool.

func (IsCompact) Init 

func (i IsCompact) Init() IsCompact

Init initializes the instance.

type IsCompactClass 

type IsCompactClass struct {
	// contains filtered or unexported fields
}

func GetIsCompactClass 

func GetIsCompactClass() IsCompactClass

GetIsCompactClass returns the class object for isCompact.

func (IsCompactClass) Alloc 

func (ic IsCompactClass) Alloc() IsCompact

Alloc allocates memory for a new instance of the class.

type LayerCount 

type LayerCount struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIAztecCodeDescriptor/layerCount-c.ivar

func LayerCountFromID 

func LayerCountFromID(id objc.ID) LayerCount

LayerCountFromID constructs a LayerCount from an objc.ID.

func NewLayerCount 

func NewLayerCount() LayerCount

NewLayerCount creates a new LayerCount instance.

func (LayerCount) Autorelease 

func (l LayerCount) Autorelease() LayerCount

Autorelease adds the receiver to the current autorelease pool.

func (LayerCount) Init 

func (l LayerCount) Init() LayerCount

Init initializes the instance.

type LayerCountClass 

type LayerCountClass struct {
	// contains filtered or unexported fields
}

func GetLayerCountClass 

func GetLayerCountClass() LayerCountClass

GetLayerCountClass returns the class object for layerCount.

func (LayerCountClass) Alloc 

func (lc LayerCountClass) Alloc() LayerCount

Alloc allocates memory for a new instance of the class.

type LeftEyeClosed 

type LeftEyeClosed struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/leftEyeClosed-c.ivar

func LeftEyeClosedFromID 

func LeftEyeClosedFromID(id objc.ID) LeftEyeClosed

LeftEyeClosedFromID constructs a LeftEyeClosed from an objc.ID.

func NewLeftEyeClosed 

func NewLeftEyeClosed() LeftEyeClosed

NewLeftEyeClosed creates a new LeftEyeClosed instance.

func (LeftEyeClosed) Autorelease 

func (l LeftEyeClosed) Autorelease() LeftEyeClosed

Autorelease adds the receiver to the current autorelease pool.

func (LeftEyeClosed) Init 

func (l LeftEyeClosed) Init() LeftEyeClosed

Init initializes the instance.

type LeftEyeClosedClass 

type LeftEyeClosedClass struct {
	// contains filtered or unexported fields
}

func GetLeftEyeClosedClass 

func GetLeftEyeClosedClass() LeftEyeClosedClass

GetLeftEyeClosedClass returns the class object for leftEyeClosed.

func (LeftEyeClosedClass) Alloc 

func (lc LeftEyeClosedClass) Alloc() LeftEyeClosed

Alloc allocates memory for a new instance of the class.

type LeftEyePosition 

type LeftEyePosition struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/leftEyePosition-c.ivar

func LeftEyePositionFromID 

func LeftEyePositionFromID(id objc.ID) LeftEyePosition

LeftEyePositionFromID constructs a LeftEyePosition from an objc.ID.

func NewLeftEyePosition 

func NewLeftEyePosition() LeftEyePosition

NewLeftEyePosition creates a new LeftEyePosition instance.

func (LeftEyePosition) Autorelease 

func (l LeftEyePosition) Autorelease() LeftEyePosition

Autorelease adds the receiver to the current autorelease pool.

func (LeftEyePosition) Init 

func (l LeftEyePosition) Init() LeftEyePosition

Init initializes the instance.

type LeftEyePositionClass 

type LeftEyePositionClass struct {
	// contains filtered or unexported fields
}

func GetLeftEyePositionClass 

func GetLeftEyePositionClass() LeftEyePositionClass

GetLeftEyePositionClass returns the class object for leftEyePosition.

func (LeftEyePositionClass) Alloc 

func (lc LeftEyePositionClass) Alloc() LeftEyePosition

Alloc allocates memory for a new instance of the class.

type MaskPattern 

type MaskPattern struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/maskPattern-c.ivar

func MaskPatternFromID 

func MaskPatternFromID(id objc.ID) MaskPattern

MaskPatternFromID constructs a MaskPattern from an objc.ID.

func NewMaskPattern 

func NewMaskPattern() MaskPattern

NewMaskPattern creates a new MaskPattern instance.

func (MaskPattern) Autorelease 

func (m MaskPattern) Autorelease() MaskPattern

Autorelease adds the receiver to the current autorelease pool.

func (MaskPattern) Init 

func (m MaskPattern) Init() MaskPattern

Init initializes the instance.

type MaskPatternClass 

type MaskPatternClass struct {
	// contains filtered or unexported fields
}

func GetMaskPatternClass 

func GetMaskPatternClass() MaskPatternClass

GetMaskPatternClass returns the class object for maskPattern.

func (MaskPatternClass) Alloc 

func (mc MaskPatternClass) Alloc() MaskPattern

Alloc allocates memory for a new instance of the class.

type MouthPosition 

type MouthPosition struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/mouthPosition-c.ivar

func MouthPositionFromID 

func MouthPositionFromID(id objc.ID) MouthPosition

MouthPositionFromID constructs a MouthPosition from an objc.ID.

func NewMouthPosition 

func NewMouthPosition() MouthPosition

NewMouthPosition creates a new MouthPosition instance.

func (MouthPosition) Autorelease 

func (m MouthPosition) Autorelease() MouthPosition

Autorelease adds the receiver to the current autorelease pool.

func (MouthPosition) Init 

func (m MouthPosition) Init() MouthPosition

Init initializes the instance.

type MouthPositionClass 

type MouthPositionClass struct {
	// contains filtered or unexported fields
}

func GetMouthPositionClass 

func GetMouthPositionClass() MouthPositionClass

GetMouthPositionClass returns the class object for mouthPosition.

func (MouthPositionClass) Alloc 

func (mc MouthPositionClass) Alloc() MouthPosition

Alloc allocates memory for a new instance of the class.

type Ptr 

type Ptr struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIVector/union_(unnamed)/ptr

func NewPtr 

func NewPtr() Ptr

NewPtr creates a new Ptr instance.

func PtrFromID 

func PtrFromID(id objc.ID) Ptr

PtrFromID constructs a Ptr from an objc.ID.

func (Ptr) Autorelease 

func (p Ptr) Autorelease() Ptr

Autorelease adds the receiver to the current autorelease pool.

func (Ptr) Init 

func (p Ptr) Init() Ptr

Init initializes the instance.

type PtrClass 

type PtrClass struct {
	// contains filtered or unexported fields
}

func GetPtrClass 

func GetPtrClass() PtrClass

GetPtrClass returns the class object for ptr.

func (PtrClass) Alloc 

func (pc PtrClass) Alloc() Ptr

Alloc allocates memory for a new instance of the class.

type RightEyeClosed 

type RightEyeClosed struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/rightEyeClosed-c.ivar

func NewRightEyeClosed 

func NewRightEyeClosed() RightEyeClosed

NewRightEyeClosed creates a new RightEyeClosed instance.

func RightEyeClosedFromID 

func RightEyeClosedFromID(id objc.ID) RightEyeClosed

RightEyeClosedFromID constructs a RightEyeClosed from an objc.ID.

func (RightEyeClosed) Autorelease 

func (r RightEyeClosed) Autorelease() RightEyeClosed

Autorelease adds the receiver to the current autorelease pool.

func (RightEyeClosed) Init 

func (r RightEyeClosed) Init() RightEyeClosed

Init initializes the instance.

type RightEyeClosedClass 

type RightEyeClosedClass struct {
	// contains filtered or unexported fields
}

func GetRightEyeClosedClass 

func GetRightEyeClosedClass() RightEyeClosedClass

GetRightEyeClosedClass returns the class object for rightEyeClosed.

func (RightEyeClosedClass) Alloc 

func (rc RightEyeClosedClass) Alloc() RightEyeClosed

Alloc allocates memory for a new instance of the class.

type RightEyePosition 

type RightEyePosition struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/rightEyePosition-c.ivar

func NewRightEyePosition 

func NewRightEyePosition() RightEyePosition

NewRightEyePosition creates a new RightEyePosition instance.

func RightEyePositionFromID 

func RightEyePositionFromID(id objc.ID) RightEyePosition

RightEyePositionFromID constructs a RightEyePosition from an objc.ID.

func (RightEyePosition) Autorelease 

func (r RightEyePosition) Autorelease() RightEyePosition

Autorelease adds the receiver to the current autorelease pool.

func (RightEyePosition) Init 

func (r RightEyePosition) Init() RightEyePosition

Init initializes the instance.

type RightEyePositionClass 

type RightEyePositionClass struct {
	// contains filtered or unexported fields
}

func GetRightEyePositionClass 

func GetRightEyePositionClass() RightEyePositionClass

GetRightEyePositionClass returns the class object for rightEyePosition.

func (RightEyePositionClass) Alloc 

func (rc RightEyePositionClass) Alloc() RightEyePosition

Alloc allocates memory for a new instance of the class.

type RowCount 

type RowCount struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIDataMatrixCodeDescriptor/rowCount-c.ivar

func NewRowCount 

func NewRowCount() RowCount

NewRowCount creates a new RowCount instance.

func RowCountFromID 

func RowCountFromID(id objc.ID) RowCount

RowCountFromID constructs a RowCount from an objc.ID.

func (RowCount) Autorelease 

func (r RowCount) Autorelease() RowCount

Autorelease adds the receiver to the current autorelease pool.

func (RowCount) Init 

func (r RowCount) Init() RowCount

Init initializes the instance.

type RowCountClass 

type RowCountClass struct {
	// contains filtered or unexported fields
}

func GetRowCountClass 

func GetRowCountClass() RowCountClass

GetRowCountClass returns the class object for rowCount.

func (RowCountClass) Alloc 

func (rc RowCountClass) Alloc() RowCount

Alloc allocates memory for a new instance of the class.

type SymbolDescriptor 

type SymbolDescriptor struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/symbolDescriptor-c.ivar

func NewSymbolDescriptor 

func NewSymbolDescriptor() SymbolDescriptor

NewSymbolDescriptor creates a new SymbolDescriptor instance.

func SymbolDescriptorFromID 

func SymbolDescriptorFromID(id objc.ID) SymbolDescriptor

SymbolDescriptorFromID constructs a SymbolDescriptor from an objc.ID.

func (SymbolDescriptor) Autorelease 

func (s SymbolDescriptor) Autorelease() SymbolDescriptor

Autorelease adds the receiver to the current autorelease pool.

func (SymbolDescriptor) Init 

func (s SymbolDescriptor) Init() SymbolDescriptor

Init initializes the instance.

type SymbolDescriptorClass 

type SymbolDescriptorClass struct {
	// contains filtered or unexported fields
}

func GetSymbolDescriptorClass 

func GetSymbolDescriptorClass() SymbolDescriptorClass

GetSymbolDescriptorClass returns the class object for symbolDescriptor.

func (SymbolDescriptorClass) Alloc 

func (sc SymbolDescriptorClass) Alloc() SymbolDescriptor

Alloc allocates memory for a new instance of the class.

type SymbolVersion 

type SymbolVersion struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeDescriptor/symbolVersion-c.ivar

func NewSymbolVersion 

func NewSymbolVersion() SymbolVersion

NewSymbolVersion creates a new SymbolVersion instance.

func SymbolVersionFromID 

func SymbolVersionFromID(id objc.ID) SymbolVersion

SymbolVersionFromID constructs a SymbolVersion from an objc.ID.

func (SymbolVersion) Autorelease 

func (s SymbolVersion) Autorelease() SymbolVersion

Autorelease adds the receiver to the current autorelease pool.

func (SymbolVersion) Init 

func (s SymbolVersion) Init() SymbolVersion

Init initializes the instance.

type SymbolVersionClass 

type SymbolVersionClass struct {
	// contains filtered or unexported fields
}

func GetSymbolVersionClass 

func GetSymbolVersionClass() SymbolVersionClass

GetSymbolVersionClass returns the class object for symbolVersion.

func (SymbolVersionClass) Alloc 

func (sc SymbolVersionClass) Alloc() SymbolVersion

Alloc allocates memory for a new instance of the class.

type TopLeft 

type TopLeft struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/topLeft-c.ivar

func NewTopLeft 

func NewTopLeft() TopLeft

NewTopLeft creates a new TopLeft instance.

func TopLeftFromID 

func TopLeftFromID(id objc.ID) TopLeft

TopLeftFromID constructs a TopLeft from an objc.ID.

func (TopLeft) Autorelease 

func (t TopLeft) Autorelease() TopLeft

Autorelease adds the receiver to the current autorelease pool.

func (TopLeft) Init 

func (t TopLeft) Init() TopLeft

Init initializes the instance.

type TopLeftClass 

type TopLeftClass struct {
	// contains filtered or unexported fields
}

func GetTopLeftClass 

func GetTopLeftClass() TopLeftClass

GetTopLeftClass returns the class object for topLeft.

func (TopLeftClass) Alloc 

func (tc TopLeftClass) Alloc() TopLeft

Alloc allocates memory for a new instance of the class.

type TopRight 

type TopRight struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIQRCodeFeature/topRight-c.ivar

func NewTopRight 

func NewTopRight() TopRight

NewTopRight creates a new TopRight instance.

func TopRightFromID 

func TopRightFromID(id objc.ID) TopRight

TopRightFromID constructs a TopRight from an objc.ID.

func (TopRight) Autorelease 

func (t TopRight) Autorelease() TopRight

Autorelease adds the receiver to the current autorelease pool.

func (TopRight) Init 

func (t TopRight) Init() TopRight

Init initializes the instance.

type TopRightClass 

type TopRightClass struct {
	// contains filtered or unexported fields
}

func GetTopRightClass 

func GetTopRightClass() TopRightClass

GetTopRightClass returns the class object for topRight.

func (TopRightClass) Alloc 

func (tc TopRightClass) Alloc() TopRight

Alloc allocates memory for a new instance of the class.

type TrackingFrameCount 

type TrackingFrameCount struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/trackingFrameCount-c.ivar

func NewTrackingFrameCount 

func NewTrackingFrameCount() TrackingFrameCount

NewTrackingFrameCount creates a new TrackingFrameCount instance.

func TrackingFrameCountFromID 

func TrackingFrameCountFromID(id objc.ID) TrackingFrameCount

TrackingFrameCountFromID constructs a TrackingFrameCount from an objc.ID.

func (TrackingFrameCount) Autorelease 

func (t TrackingFrameCount) Autorelease() TrackingFrameCount

Autorelease adds the receiver to the current autorelease pool.

func (TrackingFrameCount) Init 

func (t TrackingFrameCount) Init() TrackingFrameCount

Init initializes the instance.

type TrackingFrameCountClass 

type TrackingFrameCountClass struct {
	// contains filtered or unexported fields
}

func GetTrackingFrameCountClass 

func GetTrackingFrameCountClass() TrackingFrameCountClass

GetTrackingFrameCountClass returns the class object for trackingFrameCount.

func (TrackingFrameCountClass) Alloc 

func (tc TrackingFrameCountClass) Alloc() TrackingFrameCount

Alloc allocates memory for a new instance of the class.

type TrackingID 

type TrackingID struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIFaceFeature/trackingID-c.ivar

func NewTrackingID 

func NewTrackingID() TrackingID

NewTrackingID creates a new TrackingID instance.

func TrackingIDFromID 

func TrackingIDFromID(id objc.ID) TrackingID

TrackingIDFromID constructs a TrackingID from an objc.ID.

func (TrackingID) Autorelease 

func (t TrackingID) Autorelease() TrackingID

Autorelease adds the receiver to the current autorelease pool.

func (TrackingID) Init 

func (t TrackingID) Init() TrackingID

Init initializes the instance.

type TrackingIDClass 

type TrackingIDClass struct {
	// contains filtered or unexported fields
}

func GetTrackingIDClass 

func GetTrackingIDClass() TrackingIDClass

GetTrackingIDClass returns the class object for trackingID.

func (TrackingIDClass) Alloc 

func (tc TrackingIDClass) Alloc() TrackingID

Alloc allocates memory for a new instance of the class.

type Vec 

type Vec struct {
	objectivec.Object
}

See: https://developer.apple.com/documentation/CoreImage/CIVector/union_(unnamed)/vec

func NewVec 

func NewVec() Vec

NewVec creates a new Vec instance.

func VecFromID 

func VecFromID(id objc.ID) Vec

VecFromID constructs a Vec from an objc.ID.

func (Vec) Autorelease 

func (v Vec) Autorelease() Vec

Autorelease adds the receiver to the current autorelease pool.

func (Vec) Init 

func (v Vec) Init() Vec

Init initializes the instance.

type VecClass 

type VecClass struct {
	// contains filtered or unexported fields
}

func GetVecClass 

func GetVecClass() VecClass

GetVecClass returns the class object for vec.

func (VecClass) Alloc 

func (vc VecClass) Alloc() Vec

Alloc allocates memory for a new instance of the class.

type VoidHandler 

type VoidHandler = func()

VoidHandler handles MTLTexture-rendering provider block to be called lazily when the destination is rendered to.

Used by:

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