The highest tagged major version is v3.

harfang

package module

v0.3.2 Latest Latest Go to latest Published: Jun 17, 2022 License: GPL-3.0 Imports: 4 Imported by: 0

Details

Valid go.mod file

The Go module system was introduced in Go 1.11 and is the official dependency management solution for Go.
Redistributable license

Redistributable licenses place minimal restrictions on how software can be used, modified, and redistributed.
Tagged version

Modules with tagged versions give importers more predictable builds.
Stable version

When a project reaches major version v1 it is considered stable.
Learn more about best practices

Repository

github.com/harfang3d/harfang-go

README ¶

Harfang for GO

3D real time visualization framework

Harfang is a 3D real time visualization framework for the industry, the education and for scientists. It grants developpers the ability to create applications ranging from data visualization to games.

See https://www.harfang3d.com/license for licensing terms.

Quickstart

Download the tutorials https://github.com/harfang3d/tutorials-hg2 and unzip them to your computer (eg. d:/tutorials-hg2).
To compile the tutorial resources, download assetc for your platform: https://www.harfang3d.com/releases/
Drag and drop the tutorial resources folder on the `assetc executable -OR- execute assetc passing it the path to the tutorial resources folder (eg. assetc d:/tutorials-hg2/resources).

After the compilation process finishes, you should see a resources_compiled folder next to the resources folder. You can now execute the tutorials from the folder you unzipped them to.

D:\tutorials-hg2>go run draw_lines.go

Alternatively you can open the tutorial folder and run the provided debug targets using Visual Studio Code

Screenshots

The following screenshots were captured on a 2070RTX in 1080P running at 60FPS, GI is performed using screen space raytracing and does not require RTX capable hardware.

Cyber City (CyberPunk City, CyberPunk Girl and Robot R32 by art-equilibrium, ILranch and ZeroArt3d)

Sun Temple (Sun Temple, courtesy of the Open Research Content Archive)

Cafe Exterior (Bistro, courtesy of the Open Research Content Archive)

Sponza Atrium (Sponza Atrium GLTF, courtesy of Crytek/Themaister)

Features

Scene API

Node & component based
Performance oriented

Rendering pipeline

Low-spec PBR rendering pipeline
High-spec 'AAA' rendering pipeline (screen space GI & reflection)
Support of user pipeline shaders

VR API

VR support via OpenVR/SteamVR with Eye tracking
Compatible with the HTC Vive/Vive Pro, Valve Index, Lenovo Explorer, Oculus Rift S

Physics API

Rigid bodies, collisions, mechanical constraints
Ray casting
Fast & accurate

Audio API

Play/stream WAV/OGG formats
3D audio spatialization

More information on https://www.harfang3d.com/

Documentation ¶

Index ¶

Variables
func ARGB32(r uint8, g uint8, b uint8) uint32
func ARGB32ToRGBA32(argb uint32) uint32
func ARGB32WithA(r uint8, g uint8, b uint8, a uint8) uint32
func AbsWithFloatV(v float32) float32
func AbsWithIntV(v int32) int32
func AddAssetsFolder(path string) bool
func AddAssetsPackage(path string) bool
func ApplyBloom(viewid *uint16, rect *IntRect, input *Texture, output *FrameBufferHandle, ...)
func AudioInit() bool
func AudioShutdown()
func BeginProfilerSection(name string) int32
func BeginProfilerSectionWithSectionDetails(name string, sectiondetails string) int32
func CaptureTexture(resources *PipelineResources, tex *TextureRef, pic *Picture) uint32
func ClampWithV(v float32, min float32, max float32) float32
func ClampWithVMinMax(v int32, min int32, max int32) int32
func ClassifyLine(minmax *MinMax, position *Vec3, direction *Vec3) (bool, *Vec3, *Vec3)
func ClassifySegment(minmax *MinMax, p0 *Vec3, p1 *Vec3) (bool, *Vec3, *Vec3)
func CleanPath(path string) string
func Close(file *File) bool
func Cm(cm float32) float32
func ColorToABGR32(color *Color) uint32
func ColorToGrayscale(color *Color) float32
func ColorToRGBA32(color *Color) uint32
func ComputeSAO(viewid *uint16, rect *IntRect, attr0 *Texture, attr1 *Texture, noise *Texture, ...)
func ComputeSortKey(viewdepth float32) uint32
func ComputeSortKeyFromWorld(T *Vec3, view *Mat4) uint32
func ComputeSortKeyFromWorldWithModel(T *Vec3, view *Mat4, model *Mat4) uint32
func ComputeTextHeight(font *Font, text string) float32
func Contains(minmax *MinMax, position *Vec3) bool
func CopyDir(src string, dst string) bool
func CopyDirRecursive(src string, dst string) bool
func CopyFile(src string, dst string) bool
func CosineInterpolate(y0 float32, y1 float32, t float32) float32
func CreateMissingMaterialProgramValuesFromAssets(mat *Material, resources *PipelineResources)
func CreateMissingMaterialProgramValuesFromFile(mat *Material, resources *PipelineResources)
func CubicInterpolate(y0 float32, y1 float32, y2 float32, y3 float32, t float32) float32
func CutFileExtension(path string) string
func CutFileName(path string) string
func CutFilePath(path string) string
func Debug(msg string)
func DebugSceneExplorer(scene *Scene, name string)
func DebugWithDetails(msg string, details string)
func Decompose(m *Mat4) (*Vec3, *Vec3, *Vec3)
func DecomposeWithRotationOrder(m *Mat4, rotationorder RotationOrder) (*Vec3, *Vec3, *Vec3)
func Deg(degrees float32) float32
func DegreeToRadian(degrees float32) float32
func DestroyBloom(bloom *Bloom)
func DestroyForwardPipeline(pipeline *ForwardPipeline)
func DestroyForwardPipelineAAA(pipeline *ForwardPipelineAAA)
func DestroyFrameBuffer(frameBuffer *FrameBuffer)
func DestroyProgram(h *ProgramHandle)
func DestroySAO(sao *SAO)
func DestroyTexture(tex *Texture)
func DestroyWindow(window *Window) bool
func Det(m *Mat3) float32
func Dist(a *Vec2, b *Vec2) float32
func Dist2(a *Vec2, b *Vec2) float32
func Dist2WithAB(a *IVec2, b *IVec2) int32
func Dist2WithVec3AVec3B(a *Vec3, b *Vec3) float32
func DistWithAB(a *IVec2, b *IVec2) int32
func DistWithQuaternionAQuaternionB(a *Quaternion, b *Quaternion) float32
func DistWithVec3AVec3B(a *Vec3, b *Vec3) float32
func DistanceToPlane(plane *Vec4, p *Vec3) float32
func Dot(a *Vec2, b *Vec2) float32
func DotWithAB(a *IVec2, b *IVec2) int32
func DotWithVec3AVec3B(a *Vec3, b *Vec3) float32
func DrawLines(viewid uint16, vtx *Vertices, prg *ProgramHandle)
func DrawLinesWithIdxVtxPrgValuesTextures(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithIdxVtxPrgValuesTexturesRenderState(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithIdxVtxPrgValuesTexturesRenderStateDepth(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithRenderState(viewid uint16, vtx *Vertices, prg *ProgramHandle, renderstate *RenderState)
func DrawLinesWithRenderStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, renderstate *RenderState, ...)
func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderState(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderStateDepth(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithSliceOfValuesSliceOfTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithSliceOfValuesSliceOfTexturesRenderState(viewid uint16, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithSliceOfValuesSliceOfTexturesRenderStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, ...)
func DrawLinesWithValuesTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawLinesWithValuesTexturesRenderState(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawLinesWithValuesTexturesRenderStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawModel(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawModelWithMatrices(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawModelWithMatricesRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawModelWithMatricesRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawModelWithRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawModelWithRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawModelWithSliceOfValuesSliceOfTextures(viewid uint16, mdl *Model, prg *ProgramHandle, ...)
func DrawModelWithSliceOfValuesSliceOfTexturesRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, ...)
func DrawModelWithSliceOfValuesSliceOfTexturesRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, ...)
func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatrices(viewid uint16, mdl *Model, prg *ProgramHandle, ...)
func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, ...)
func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, ...)
func DrawSprites(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, ...)
func DrawSpritesWithSliceOfPos(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, ...)
func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTextures(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, ...)
func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, ...)
func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, ...)
func DrawSpritesWithSliceOfPosState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, ...)
func DrawSpritesWithSliceOfPosStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, ...)
func DrawSpritesWithState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, ...)
func DrawSpritesWithStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, ...)
func DrawSpritesWithValuesTextures(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, ...)
func DrawSpritesWithValuesTexturesState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, ...)
func DrawSpritesWithValuesTexturesStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, ...)
func DrawText(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPos(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPosHalignValign(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPosHalignValignSliceOfValuesSliceOfTextures(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesState(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPosHalignValignValuesTextures(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPosHalignValignValuesTexturesState(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTextWithPosHalignValignValuesTexturesStateDepth(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, ...)
func DrawTriangles(viewid uint16, vtx *Vertices, prg *ProgramHandle)
func DrawTrianglesWithIdxVtxPrgValuesTextures(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithIdxVtxPrgValuesTexturesState(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithIdxVtxPrgValuesTexturesStateDepth(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesState(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithSliceOfValuesSliceOfTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithSliceOfValuesSliceOfTexturesState(viewid uint16, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, ...)
func DrawTrianglesWithState(viewid uint16, vtx *Vertices, prg *ProgramHandle, state *RenderState)
func DrawTrianglesWithStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, state *RenderState, ...)
func DrawTrianglesWithValuesTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawTrianglesWithValuesTexturesState(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, ...)
func DrawTrianglesWithValuesTexturesStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, ...)
func EndProfilerSection(sectionidx int32)
func Error(msg string)
func ErrorWithDetails(msg string, details string)
func Exists(path string) bool
func ExtractZRangeFromOrthographicProjectionMatrix(m *Mat44) (*float32, *float32)
func ExtractZRangeFromPerspectiveProjectionMatrix(m *Mat44) (*float32, *float32)
func ExtractZRangeFromProjectionMatrix(m *Mat44) (*float32, *float32)
func ExtractZoomFactorFromProjectionMatrix(m *Mat44) float32
func FRRand() float32
func FRRandWithRangeStart(rangestart float32) float32
func FRRandWithRangeStartRangeEnd(rangestart float32, rangeend float32) float32
func FRand() float32
func FRandWithRange(rangeGo float32) float32
func FactorizePath(path string) string
func FileToString(path string) string
func FitsInside(a *Rect, b *Rect) bool
func FitsInsideWithAB(a *IntRect, b *IntRect) bool
func FovToZoomFactor(fov float32) float32
func FpsController(keyboard *Keyboard, mouse *Mouse, pos *Vec3, rot *Vec3, speed float32, ...)
func FpsControllerWithKeyUpKeyDownKeyLeftKeyRightBtnDxDyPosRotSpeedDtT(keyup bool, keydown bool, keyleft bool, keyright bool, btn bool, dx float32, ...)
func Frame() uint32
func GetArea(minmax *MinMax) float32
func GetClock() int64
func GetClockDt() int64
func GetCurrentWorkingDirectory() string
func GetFileExtension(path string) string
func GetFileName(path string) string
func GetFilePath(path string) string
func GetHeight(rect *Rect) float32
func GetHeightWithRect(rect *IntRect) int32
func GetJsonBool(js *JSON, key string) (bool, *bool)
func GetJsonFloat(js *JSON, key string) (bool, *float32)
func GetJsonInt(js *JSON, key string) (bool, *int32)
func GetJsonString(js *JSON, key string) (bool, *string)
func GetKeyName(key Key) string
func GetKeyNameWithName(key Key, name string) string
func GetMaterialAlphaCut(mat *Material) bool
func GetMaterialAmbientUsesUV1(mat *Material) bool
func GetMaterialDiffuseUsesUV1(mat *Material) bool
func GetMaterialNormalMapInWorldSpace(mat *Material) bool
func GetMaterialSkinning(mat *Material) bool
func GetMaterialSpecularUsesUV1(mat *Material) bool
func GetMaterialWriteRGBA(mat *Material) (*bool, *bool, *bool, *bool)
func GetMaterialWriteZ(mat *Material) bool
func GetMonitorName(monitor *Monitor) string
func GetSceneForwardPipelinePassViewId(views *SceneForwardPipelinePassViewId, pass SceneForwardPipelinePass) uint16
func GetSize(file *File) int32
func GetSourceDuration(source SourceRef) int64
func GetSourceTimecode(source SourceRef) int64
func GetTextures(framebuffer *FrameBuffer) (*Texture, *Texture)
func GetUserFolder() string
func GetWidth(rect *Rect) float32
func GetWidthWithRect(rect *IntRect) int32
func GetWindowClientSize(window *Window) (bool, *int32, *int32)
func GetWindowTitle(window *Window) (bool, *string)
func GetXWithIntRectRect(rect *IntRect) int32
func GetXWithRect(rect *Rect) float32
func GetYWithIntRectRect(rect *IntRect) int32
func GetYWithRect(rect *Rect) float32
func HasFileExtension(path string) bool
func HermiteInterpolate(y0 float32, y1 float32, y2 float32, y3 float32, t float32, tension float32, ...) float32
func HideCursor()
func ImGuiAlignTextToFramePadding()
func ImGuiBegin(name string) bool
func ImGuiBeginChild(id string) bool
func ImGuiBeginChildWithSize(id string, size *Vec2) bool
func ImGuiBeginChildWithSizeBorder(id string, size *Vec2, border bool) bool
func ImGuiBeginChildWithSizeBorderFlags(id string, size *Vec2, border bool, flags ImGuiWindowFlags) bool
func ImGuiBeginCombo(label string, previewvalue string) bool
func ImGuiBeginComboWithFlags(label string, previewvalue string, flags ImGuiComboFlags) bool
func ImGuiBeginFrame(width int32, height int32, dtclock int64, mouse *MouseState, ...)
func ImGuiBeginFrameWithCtxWidthHeightDtClockMouseKeyboard(ctx *DearImguiContext, width int32, height int32, dtclock int64, ...)
func ImGuiBeginGroup()
func ImGuiBeginMainMenuBar() bool
func ImGuiBeginMenu(label string) bool
func ImGuiBeginMenuBar() bool
func ImGuiBeginMenuWithEnabled(label string, enabled bool) bool
func ImGuiBeginPopup(id string) bool
func ImGuiBeginPopupContextItem(id string) bool
func ImGuiBeginPopupContextItemWithMouseButton(id string, mousebutton int32) bool
func ImGuiBeginPopupContextVoid() bool
func ImGuiBeginPopupContextVoidWithId(id string) bool
func ImGuiBeginPopupContextVoidWithIdMouseButton(id string, mousebutton int32) bool
func ImGuiBeginPopupContextWindow() bool
func ImGuiBeginPopupContextWindowWithId(id string) bool
func ImGuiBeginPopupContextWindowWithIdFlags(id string, flags ImGuiPopupFlags) bool
func ImGuiBeginPopupModal(name string) bool
func ImGuiBeginPopupModalWithOpen(name string, open *bool) bool
func ImGuiBeginPopupModalWithOpenFlags(name string, open *bool, flags ImGuiWindowFlags) bool
func ImGuiBeginTooltip()
func ImGuiBeginWithOpenFlags(name string, open *bool, flags ImGuiWindowFlags) bool
func ImGuiBullet()
func ImGuiBulletText(label string)
func ImGuiButton(label string) bool
func ImGuiButtonWithSize(label string, size *Vec2) bool
func ImGuiCalcItemWidth() float32
func ImGuiCaptureKeyboardFromApp(capture bool)
func ImGuiCaptureMouseFromApp(capture bool)
func ImGuiCheckbox(label string, value *bool) bool
func ImGuiClearInputBuffer()
func ImGuiCloseCurrentPopup()
func ImGuiCollapsingHeader(label string) bool
func ImGuiCollapsingHeaderWithFlags(label string, flags ImGuiTreeNodeFlags) bool
func ImGuiCollapsingHeaderWithPOpen(label string, popen *bool) bool
func ImGuiCollapsingHeaderWithPOpenFlags(label string, popen *bool, flags ImGuiTreeNodeFlags) bool
func ImGuiColorButton(id string, color *Color) bool
func ImGuiColorButtonWithFlags(id string, color *Color, flags ImGuiColorEditFlags) bool
func ImGuiColorButtonWithFlagsSize(id string, color *Color, flags ImGuiColorEditFlags, size *Vec2) bool
func ImGuiColorEdit(label string, color *Color) bool
func ImGuiColorEditWithFlags(label string, color *Color, flags ImGuiColorEditFlags) bool
func ImGuiColumns()
func ImGuiColumnsWithCount(count int32)
func ImGuiColumnsWithCountId(count int32, id string)
func ImGuiColumnsWithCountIdWithBorder(count int32, id string, withborder bool)
func ImGuiCombo(label string, currentitem *int32, items *StringList) bool
func ImGuiComboWithHeightInItems(label string, currentitem *int32, items *StringList, heightinitems int32) bool
func ImGuiComboWithSliceOfItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring) bool
func ImGuiComboWithSliceOfItemsHeightInItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring, ...) bool
func ImGuiDragFloat(label string, v *float32) bool
func ImGuiDragFloatWithVSpeed(label string, v *float32, vspeed float32) bool
func ImGuiDragFloatWithVSpeedVMinVMax(label string, v *float32, vspeed float32, vmin float32, vmax float32) bool
func ImGuiDragIntVec2(label string, v *IVec2) bool
func ImGuiDragIntVec2WithVSpeed(label string, v *IVec2, vspeed float32) bool
func ImGuiDragIntVec2WithVSpeedVMinVMax(label string, v *IVec2, vspeed float32, vmin int32, vmax int32) bool
func ImGuiDragVec2(label string, v *Vec2) bool
func ImGuiDragVec2WithVSpeed(label string, v *Vec2, vspeed float32) bool
func ImGuiDragVec2WithVSpeedVMinVMax(label string, v *Vec2, vspeed float32, vmin float32, vmax float32) bool
func ImGuiDragVec3(label string, v *Vec3) bool
func ImGuiDragVec3WithVSpeed(label string, v *Vec3, vspeed float32) bool
func ImGuiDragVec3WithVSpeedVMinVMax(label string, v *Vec3, vspeed float32, vmin float32, vmax float32) bool
func ImGuiDragVec4(label string, v *Vec4) bool
func ImGuiDragVec4WithVSpeed(label string, v *Vec4, vspeed float32) bool
func ImGuiDragVec4WithVSpeedVMinVMax(label string, v *Vec4, vspeed float32, vmin float32, vmax float32) bool
func ImGuiDummy(size *Vec2)
func ImGuiEnd()
func ImGuiEndChild()
func ImGuiEndCombo()
func ImGuiEndFrame()
func ImGuiEndFrameWithCtx(ctx *DearImguiContext)
func ImGuiEndFrameWithCtxViewId(ctx *DearImguiContext, viewid uint16)
func ImGuiEndFrameWithViewId(viewid uint16)
func ImGuiEndGroup()
func ImGuiEndMainMenuBar()
func ImGuiEndMenu()
func ImGuiEndMenuBar()
func ImGuiEndPopup()
func ImGuiEndTooltip()
func ImGuiGetColorU32(idx ImGuiCol) uint32
func ImGuiGetColorU32WithAlphaMultiplier(idx ImGuiCol, alphamultiplier float32) uint32
func ImGuiGetColorU32WithColor(color *Color) uint32
func ImGuiGetColumnIndex() int32
func ImGuiGetColumnOffset() float32
func ImGuiGetColumnOffsetWithColumnIndex(columnindex int32) float32
func ImGuiGetColumnWidth() float32
func ImGuiGetColumnWidthWithColumnIndex(columnindex int32) float32
func ImGuiGetColumnsCount() int32
func ImGuiGetContentRegionAvailWidth() float32
func ImGuiGetCursorPosX() float32
func ImGuiGetCursorPosY() float32
func ImGuiGetFontSize() float32
func ImGuiGetFrameCount() int32
func ImGuiGetFrameHeightWithSpacing() float32
func ImGuiGetID(id string) uint32
func ImGuiGetScrollMaxX() float32
func ImGuiGetScrollMaxY() float32
func ImGuiGetScrollX() float32
func ImGuiGetScrollY() float32
func ImGuiGetTextLineHeight() float32
func ImGuiGetTextLineHeightWithSpacing() float32
func ImGuiGetTime() float32
func ImGuiGetTreeNodeToLabelSpacing() float32
func ImGuiGetWindowContentRegionWidth() float32
func ImGuiGetWindowHeight() float32
func ImGuiGetWindowWidth() float32
func ImGuiImage(tex *Texture, size *Vec2)
func ImGuiImageButton(tex *Texture, size *Vec2) bool
func ImGuiImageButtonWithUv0(tex *Texture, size *Vec2, uv0 *Vec2) bool
func ImGuiImageButtonWithUv0Uv1(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2) bool
func ImGuiImageButtonWithUv0Uv1FramePadding(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, framepadding int32) bool
func ImGuiImageButtonWithUv0Uv1FramePaddingBgCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, framepadding int32, ...) bool
func ImGuiImageButtonWithUv0Uv1FramePaddingBgColTintCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, framepadding int32, ...) bool
func ImGuiImageWithUv0(tex *Texture, size *Vec2, uv0 *Vec2)
func ImGuiImageWithUv0Uv1(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2)
func ImGuiImageWithUv0Uv1TintCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, tintcol *Color)
func ImGuiImageWithUv0Uv1TintColBorderCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, tintcol *Color, ...)
func ImGuiIndent()
func ImGuiIndentWithWidth(width float32)
func ImGuiInit(fontsize float32, imguiprogram *ProgramHandle, ...)
func ImGuiInputFloat(label string, v *float32) bool
func ImGuiInputFloatWithStepStepFast(label string, v *float32, step float32, stepfast float32) bool
func ImGuiInputFloatWithStepStepFastDecimalPrecision(label string, v *float32, step float32, stepfast float32, ...) bool
func ImGuiInputFloatWithStepStepFastDecimalPrecisionFlags(label string, v *float32, step float32, stepfast float32, ...) bool
func ImGuiInputInt(label string, v *int32) bool
func ImGuiInputIntVec2(label string, v *IVec2) bool
func ImGuiInputIntVec2WithFlags(label string, v *IVec2, flags ImGuiInputTextFlags) bool
func ImGuiInputIntWithStepStepFast(label string, v *int32, step int32, stepfast int32) bool
func ImGuiInputIntWithStepStepFastFlags(label string, v *int32, step int32, stepfast int32, flags ImGuiInputTextFlags) bool
func ImGuiInputText(label string, text string, maxsize int32) (bool, *string)
func ImGuiInputTextWithFlags(label string, text string, maxsize int32, flags ImGuiInputTextFlags) (bool, *string)
func ImGuiInputVec2(label string, v *Vec2) bool
func ImGuiInputVec2WithDecimalPrecision(label string, v *Vec2, decimalprecision int32) bool
func ImGuiInputVec2WithDecimalPrecisionFlags(label string, v *Vec2, decimalprecision int32, flags ImGuiInputTextFlags) bool
func ImGuiInputVec3(label string, v *Vec3) bool
func ImGuiInputVec3WithDecimalPrecision(label string, v *Vec3, decimalprecision int32) bool
func ImGuiInputVec3WithDecimalPrecisionFlags(label string, v *Vec3, decimalprecision int32, flags ImGuiInputTextFlags) bool
func ImGuiInputVec4(label string, v *Vec4) bool
func ImGuiInputVec4WithDecimalPrecision(label string, v *Vec4, decimalprecision int32) bool
func ImGuiInputVec4WithDecimalPrecisionFlags(label string, v *Vec4, decimalprecision int32, flags ImGuiInputTextFlags) bool
func ImGuiInvisibleButton(text string, size *Vec2) bool
func ImGuiIsAnyItemActive() bool
func ImGuiIsAnyItemHovered() bool
func ImGuiIsItemActive() bool
func ImGuiIsItemClicked() bool
func ImGuiIsItemClickedWithMouseButton(mousebutton int32) bool
func ImGuiIsItemHovered() bool
func ImGuiIsItemHoveredWithFlags(flags ImGuiHoveredFlags) bool
func ImGuiIsItemVisible() bool
func ImGuiIsKeyDown(keyindex int32) bool
func ImGuiIsKeyPressed(keyindex int32) bool
func ImGuiIsKeyPressedWithRepeat(keyindex int32, repeat bool) bool
func ImGuiIsKeyReleased(keyindex int32) bool
func ImGuiIsMouseClicked(button int32) bool
func ImGuiIsMouseClickedWithRepeat(button int32, repeat bool) bool
func ImGuiIsMouseDoubleClicked(button int32) bool
func ImGuiIsMouseDown(button int32) bool
func ImGuiIsMouseDragging(button ImGuiMouseButton) bool
func ImGuiIsMouseDraggingWithLockThreshold(button ImGuiMouseButton, lockthreshold float32) bool
func ImGuiIsMouseHoveringRect(rectmin *Vec2, rectmax *Vec2) bool
func ImGuiIsMouseHoveringRectWithClip(rectmin *Vec2, rectmax *Vec2, clip bool) bool
func ImGuiIsMouseReleased(button int32) bool
func ImGuiIsRectVisible(size *Vec2) bool
func ImGuiIsRectVisibleWithRectMinRectMax(rectmin *Vec2, rectmax *Vec2) bool
func ImGuiIsWindowCollapsed() bool
func ImGuiIsWindowFocused() bool
func ImGuiIsWindowFocusedWithFlags(flags ImGuiFocusedFlags) bool
func ImGuiIsWindowHovered() bool
func ImGuiIsWindowHoveredWithFlags(flags ImGuiHoveredFlags) bool
func ImGuiLabelText(label string, text string)
func ImGuiListBox(label string, currentitem *int32, items *StringList) bool
func ImGuiListBoxWithHeightInItems(label string, currentitem *int32, items *StringList, heightinitems int32) bool
func ImGuiListBoxWithSliceOfItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring) bool
func ImGuiListBoxWithSliceOfItemsHeightInItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring, ...) bool
func ImGuiMenuItem(label string) bool
func ImGuiMenuItemWithShortcut(label string, shortcut string) bool
func ImGuiMenuItemWithShortcutSelected(label string, shortcut string, selected bool) bool
func ImGuiMenuItemWithShortcutSelectedEnabled(label string, shortcut string, selected bool, enabled bool) bool
func ImGuiMouseDrawCursor(drawcursor bool)
func ImGuiNewFrame()
func ImGuiNewLine()
func ImGuiNextColumn()
func ImGuiOpenPopup(id string)
func ImGuiPopAllowKeyboardFocus()
func ImGuiPopButtonRepeat()
func ImGuiPopClipRect()
func ImGuiPopFont()
func ImGuiPopID()
func ImGuiPopItemWidth()
func ImGuiPopStyleColor()
func ImGuiPopStyleColorWithCount(count int32)
func ImGuiPopStyleVar()
func ImGuiPopStyleVarWithCount(count int32)
func ImGuiPopTextWrapPos()
func ImGuiProgressBar(fraction float32)
func ImGuiProgressBarWithSize(fraction float32, size *Vec2)
func ImGuiProgressBarWithSizeOverlay(fraction float32, size *Vec2, overlay string)
func ImGuiPushAllowKeyboardFocus(v bool)
func ImGuiPushButtonRepeat(repeat bool)
func ImGuiPushClipRect(cliprectmin *Vec2, cliprectmax *Vec2, intersectwithcurrentcliprect bool)
func ImGuiPushFont(font *ImFont)
func ImGuiPushID(id string)
func ImGuiPushIDWithId(id int32)
func ImGuiPushItemWidth(itemwidth float32)
func ImGuiPushStyleColor(idx ImGuiCol, color *Color)
func ImGuiPushStyleVar(idx ImGuiStyleVar, value float32)
func ImGuiPushStyleVarWithValue(idx ImGuiStyleVar, value *Vec2)
func ImGuiPushTextWrapPos()
func ImGuiPushTextWrapPosWithWrapPosX(wrapposx float32)
func ImGuiRadioButton(label string, active bool) bool
func ImGuiRadioButtonWithVVButton(label string, v *int32, vbutton int32) bool
func ImGuiRender()
func ImGuiResetMouseDragDelta()
func ImGuiResetMouseDragDeltaWithButton(button ImGuiMouseButton)
func ImGuiSameLine()
func ImGuiSameLineWithPosX(posx float32)
func ImGuiSameLineWithPosXSpacingW(posx float32, spacingw float32)
func ImGuiSelectable(label string) bool
func ImGuiSelectableWithSelected(label string, selected bool) bool
func ImGuiSelectableWithSelectedFlags(label string, selected bool, flags ImGuiSelectableFlags) bool
func ImGuiSelectableWithSelectedFlagsSize(label string, selected bool, flags ImGuiSelectableFlags, size *Vec2) bool
func ImGuiSeparator()
func ImGuiSetColumnOffset(columnindex int32, offsetx float32)
func ImGuiSetColumnWidth(columnindex int32, width float32)
func ImGuiSetCursorPos(localpos *Vec2)
func ImGuiSetCursorPosX(x float32)
func ImGuiSetCursorPosY(y float32)
func ImGuiSetCursorScreenPos(pos *Vec2)
func ImGuiSetItemAllowOverlap()
func ImGuiSetItemDefaultFocus()
func ImGuiSetKeyboardFocusHere()
func ImGuiSetKeyboardFocusHereWithOffset(offset int32)
func ImGuiSetNextItemOpen(isopen bool)
func ImGuiSetNextItemOpenWithCondition(isopen bool, condition ImGuiCond)
func ImGuiSetNextWindowCollapsed(collapsed bool, condition ImGuiCond)
func ImGuiSetNextWindowContentSize(size *Vec2)
func ImGuiSetNextWindowContentWidth(width float32)
func ImGuiSetNextWindowFocus()
func ImGuiSetNextWindowPos(pos *Vec2)
func ImGuiSetNextWindowPosCenter()
func ImGuiSetNextWindowPosCenterWithCondition(condition ImGuiCond)
func ImGuiSetNextWindowPosWithCondition(pos *Vec2, condition ImGuiCond)
func ImGuiSetNextWindowSize(size *Vec2)
func ImGuiSetNextWindowSizeConstraints(sizemin *Vec2, sizemax *Vec2)
func ImGuiSetNextWindowSizeWithCondition(size *Vec2, condition ImGuiCond)
func ImGuiSetScrollFromPosY(posy float32)
func ImGuiSetScrollFromPosYWithCenterYRatio(posy float32, centeryratio float32)
func ImGuiSetScrollHereY()
func ImGuiSetScrollHereYWithCenterYRatio(centeryratio float32)
func ImGuiSetScrollX(scrollx float32)
func ImGuiSetScrollY(scrolly float32)
func ImGuiSetTooltip(text string)
func ImGuiSetWindowCollapsed(name string, collapsed bool)
func ImGuiSetWindowCollapsedWithCondition(name string, collapsed bool, condition ImGuiCond)
func ImGuiSetWindowFocus(name string)
func ImGuiSetWindowFontScale(scale float32)
func ImGuiSetWindowPos(name string, pos *Vec2)
func ImGuiSetWindowPosWithCondition(name string, pos *Vec2, condition ImGuiCond)
func ImGuiSetWindowSize(name string, size *Vec2)
func ImGuiSetWindowSizeWithCondition(name string, size *Vec2, condition ImGuiCond)
func ImGuiShutdown()
func ImGuiSliderFloat(label string, v *float32, vmin float32, vmax float32) bool
func ImGuiSliderFloatWithFormat(label string, v *float32, vmin float32, vmax float32, format string) bool
func ImGuiSliderInt(label string, v *int32, vmin int32, vmax int32) bool
func ImGuiSliderIntVec2(label string, v *IVec2, vmin int32, vmax int32) bool
func ImGuiSliderIntVec2WithFormat(label string, v *IVec2, vmin int32, vmax int32, format string) bool
func ImGuiSliderIntWithFormat(label string, v *int32, vmin int32, vmax int32, format string) bool
func ImGuiSliderVec2(label string, v *Vec2, vmin float32, vmax float32) bool
func ImGuiSliderVec2WithFormat(label string, v *Vec2, vmin float32, vmax float32, format string) bool
func ImGuiSliderVec3(label string, v *Vec3, vmin float32, vmax float32) bool
func ImGuiSliderVec3WithFormat(label string, v *Vec3, vmin float32, vmax float32, format string) bool
func ImGuiSliderVec4(label string, v *Vec4, vmin float32, vmax float32) bool
func ImGuiSliderVec4WithFormat(label string, v *Vec4, vmin float32, vmax float32, format string) bool
func ImGuiSmallButton(label string) bool
func ImGuiSpacing()
func ImGuiText(text string)
func ImGuiTextColored(color *Color, text string)
func ImGuiTextDisabled(text string)
func ImGuiTextUnformatted(text string)
func ImGuiTextWrapped(text string)
func ImGuiTreeNode(label string) bool
func ImGuiTreeNodeEx(label string, flags ImGuiTreeNodeFlags) bool
func ImGuiTreePop()
func ImGuiTreePush(id string)
func ImGuiUnindent()
func ImGuiUnindentWithWidth(width float32)
func ImGuiWantCaptureMouse() bool
func Inch(inch float32) float32
func InputInit()
func InputShutdown()
func Inside(rect *Rect, v *IVec2) bool
func InsideWithIntRectRectVec3V(rect *IntRect, v *Vec3) bool
func InsideWithIntRectRectVec4V(rect *IntRect, v *Vec4) bool
func InsideWithRect(rect *IntRect, v *IVec2) bool
func InsideWithRectV(rect *IntRect, v *Vec2) bool
func InsideWithV(rect *Rect, v *Vec2) bool
func InsideWithVec3V(rect *Rect, v *Vec3) bool
func InsideWithVec4V(rect *Rect, v *Vec4) bool
func IntersectRay(minmax *MinMax, origin *Vec3, direction *Vec3) (bool, *float32, *float32)
func Intersects(a *Rect, b *Rect) bool
func IntersectsWithAB(a *IntRect, b *IntRect) bool
func IsAssetFile(name string) bool
func IsDir(path string) bool
func IsEOF(file *File) bool
func IsFile(path string) bool
func IsFinite(v float32) bool
func IsMonitorConnected(monitor *Monitor) bool
func IsPathAbsolute(path string) bool
func IsPrimaryMonitor(monitor *Monitor) bool
func IsValid(file *File) bool
func IsValidWithFb(fb *FrameBuffer) bool
func IsValidWithPipeline(pipeline *ForwardPipelineAAA) bool
func IsValidWithStreamer(streamer *IVideoStreamer) bool
func IsValidWithT(t *Texture) bool
func IsWindowOpen(window *Window) bool
func IsoSurfaceSphere(surface *IsoSurface, width int32, height int32, depth int32, x float32, ...)
func IsoSurfaceSphereWithValue(surface *IsoSurface, width int32, height int32, depth int32, x float32, ...)
func IsoSurfaceSphereWithValueExponent(surface *IsoSurface, width int32, height int32, depth int32, x float32, ...)
func IsoSurfaceToModel(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, ...) bool
func IsoSurfaceToModelWithMaterial(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, ...) bool
func IsoSurfaceToModelWithMaterialIsolevel(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, ...) bool
func IsoSurfaceToModelWithMaterialIsolevelScaleXScaleYScaleZ(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, ...) bool
func Km(km float32) float32
func Len(v *Vec2) float32
func Len2(v *Vec2) float32
func Len2WithQ(q *Quaternion) float32
func Len2WithV(v *IVec2) int32
func Len2WithVec3V(v *Vec3) float32
func LenWithQ(q *Quaternion) float32
func LenWithV(v *IVec2) int32
func LenWithVec3V(v *Vec3) float32
func Lerp(a int32, b int32, t float32) int32
func LerpWithAB(a float32, b float32, t float32) float32
func LinearInterpolate(y0 float32, y1 float32, t float32) float32
func LoadBMP(pict *Picture, path string) bool
func LoadDataFromFile(path string, data *Data) bool
func LoadForwardPipelineAAAConfigFromAssets(path string, config *ForwardPipelineAAAConfig) bool
func LoadForwardPipelineAAAConfigFromFile(path string, config *ForwardPipelineAAAConfig) bool
func LoadGIF(pict *Picture, path string) bool
func LoadJPG(pict *Picture, path string) bool
func LoadOGGSoundAsset(name string) int32
func LoadOGGSoundFile(path string) int32
func LoadPNG(pict *Picture, path string) bool
func LoadPSD(pict *Picture, path string) bool
func LoadPicture(pict *Picture, path string) bool
func LoadSceneBinaryFromAssets(name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneBinaryFromAssetsWithFlags(name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneBinaryFromDataAndAssets(data *Data, name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneBinaryFromDataAndAssetsWithFlags(data *Data, name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneBinaryFromDataAndFile(data *Data, name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneBinaryFromDataAndFileWithFlags(data *Data, name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneBinaryFromFile(path string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneBinaryFromFileWithFlags(path string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneFromAssets(name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneFromAssetsWithFlags(name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneFromFile(path string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneFromFileWithFlags(path string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneJsonFromAssets(name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneJsonFromAssetsWithFlags(name string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneJsonFromFile(path string, scene *Scene, resources *PipelineResources, ...) bool
func LoadSceneJsonFromFileWithFlags(path string, scene *Scene, resources *PipelineResources, ...) bool
func LoadTGA(pict *Picture, path string) bool
func LoadTextureFlagsFromAssets(name string) uint64
func LoadTextureFlagsFromFile(path string) uint64
func LoadTextureFromAssets(path string, flags TextureFlags) (*Texture, *TextureInfo)
func LoadTextureFromFile(path string, flags TextureFlags) (*Texture, *TextureInfo)
func LoadWAVSoundAsset(name string) int32
func LoadWAVSoundFile(path string) int32
func Log(msg string)
func LogWithDetails(msg string, details string)
func MaxWithFloatAFloatB(a float32, b float32) float32
func MaxWithIntAIntB(a int32, b int32) int32
func MinWithFloatAFloatB(a float32, b float32) float32
func MinWithIntAIntB(a int32, b int32) int32
func MkDir(path string) bool
func MkDirWithPermissions(path string, permissions int32) bool
func MkTree(path string) bool
func MkTreeWithPermissions(path string, permissions int32) bool
func Mm(mm float32) float32
func Ms(milliseconds float32) float32
func Mtr(m float32) float32
func NormalizePath(path string) string
func OpenFileDialog(title string, filters *FileFilterList, file *string) bool
func OpenFileDialogWithInitialDir(title string, filters *FileFilterList, file *string, initialdir string) bool
func OpenFolderDialog(title string, foldername *string) bool
func OpenFolderDialogWithInitialDir(title string, foldername *string, initialdir string) bool
func OpenVRDestroyEyeFrameBuffer(eyefb *OpenVREyeFrameBuffer)
func OpenVRInit() bool
func OpenVRPostPresentHandoff()
func OpenVRShutdown()
func OpenVRStateToViewState(state *OpenVRState) (*ViewState, *ViewState)
func OpenVRSubmitFrame(left *OpenVREyeFrameBuffer, right *OpenVREyeFrameBuffer)
func Overlap(minmaxa *MinMax, minmaxb *MinMax) bool
func OverlapWithAxis(minmaxa *MinMax, minmaxb *MinMax, axis Axis) bool
func PathJoin(elements *StringList) string
func PathStartsWith(path string, with string) bool
func PathStripPrefix(path string, prefix string) string
func PathStripSuffix(path string, suffix string) string
func PathToDisplay(path string) string
func PauseSource(source SourceRef)
func PlaySpatialized(snd SoundRef, state *SpatializedSourceState) int32
func PlayStereo(snd SoundRef, state *StereoSourceState) int32
func PrepareSceneForwardPipelineCommonRenderData(viewid *uint16, scene *Scene, renderdata *SceneForwardPipelineRenderData, ...)
func PrepareSceneForwardPipelineCommonRenderDataWithDebugName(viewid *uint16, scene *Scene, renderdata *SceneForwardPipelineRenderData, ...)
func PrepareSceneForwardPipelineViewDependentRenderData(viewid *uint16, viewstate *ViewState, scene *Scene, ...)
func PrepareSceneForwardPipelineViewDependentRenderDataWithDebugName(viewid *uint16, viewstate *ViewState, scene *Scene, ...)
func PrintProfilerFrame(profilerframe *ProfilerFrame)
func ProcessLoadQueues(res *PipelineResources) int32
func ProcessLoadQueuesWithTBudget(res *PipelineResources, tbudget int64) int32
func ProcessModelLoadQueue(res *PipelineResources) int32
func ProcessModelLoadQueueWithTBudget(res *PipelineResources, tbudget int64) int32
func ProcessTextureLoadQueue(res *PipelineResources) int32
func ProcessTextureLoadQueueWithTBudget(res *PipelineResources, tbudget int64) int32
func ProjectZToClipSpace(z float32, proj *Mat44) float32
func Quantize(v float32, q float32) float32
func RGBA32(r uint8, g uint8, b uint8) uint32
func RGBA32WithA(r uint8, g uint8, b uint8, a uint8) uint32
func Rad(radians float32) float32
func RadianToDegree(radians float32) float32
func Rand() uint32
func RandWithRange(rangeGo uint32) uint32
func ReadFloat(file *File) float32
func ReadString(file *File) string
func ReadUInt16(file *File) uint16
func ReadUInt32(file *File) uint32
func ReadUInt8(file *File) uint8
func RemoveAssetsFolder(path string)
func RemoveAssetsPackage(path string)
func RenderInit(window *Window) bool
func RenderInitWithType(window *Window, typeGo RendererType) bool
func RenderReset(width uint32, height uint32)
func RenderResetToWindow(win *Window, width *int32, height *int32) bool
func RenderResetToWindowWithResetFlags(win *Window, width *int32, height *int32, resetflags uint32) bool
func RenderResetWithFlags(width uint32, height uint32, flags ResetFlags)
func RenderResetWithFlagsFormat(width uint32, height uint32, flags ResetFlags, format TextureFormat)
func RenderShutdown()
func ResetClock()
func Rewind(file *File)
func RmDir(path string) bool
func RmTree(path string) bool
func SRanipalInit() bool
func SRanipalIsViveProEye() bool
func SRanipalLaunchEyeCalibration()
func SRanipalShutdown()
func SaveBMP(pict *Picture, path string) bool
func SaveDataToFile(path string, data *Data) bool
func SaveFileDialog(title string, filters *FileFilterList, file *string) bool
func SaveFileDialogWithInitialDir(title string, filters *FileFilterList, file *string, initialdir string) bool
func SaveForwardPipelineAAAConfigToFile(path string, config *ForwardPipelineAAAConfig) bool
func SaveGeometryToFile(path string, geo *Geometry) bool
func SaveJsonToFile(js *JSON, path string) bool
func SavePNG(pict *Picture, path string) bool
func SaveSceneBinaryToData(data *Data, scene *Scene, resources *PipelineResources) bool
func SaveSceneBinaryToDataWithFlags(data *Data, scene *Scene, resources *PipelineResources, ...) bool
func SaveSceneBinaryToFile(path string, scene *Scene, resources *PipelineResources) bool
func SaveSceneBinaryToFileWithFlags(path string, scene *Scene, resources *PipelineResources, ...) bool
func SaveSceneJsonToFile(path string, scene *Scene, resources *PipelineResources) bool
func SaveSceneJsonToFileWithFlags(path string, scene *Scene, resources *PipelineResources, ...) bool
func SaveTGA(pict *Picture, path string) bool
func SceneClearSystems(scene *Scene)
func SceneClearSystemsWithPhysics(scene *Scene, physics *SceneBullet3Physics)
func SceneClearSystemsWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM)
func SceneClearSystemsWithVm(scene *Scene, vm *SceneLuaVM)
func SceneGarbageCollectSystems(scene *Scene) int32
func SceneGarbageCollectSystemsWithPhysics(scene *Scene, physics *SceneBullet3Physics) int32
func SceneGarbageCollectSystemsWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM) int32
func SceneGarbageCollectSystemsWithVm(scene *Scene, vm *SceneLuaVM) int32
func SceneSyncToSystemsFromAssets(scene *Scene, vm *SceneLuaVM)
func SceneSyncToSystemsFromAssetsWithPhysics(scene *Scene, physics *SceneBullet3Physics)
func SceneSyncToSystemsFromAssetsWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM)
func SceneSyncToSystemsFromFile(scene *Scene, vm *SceneLuaVM)
func SceneSyncToSystemsFromFileWithPhysics(scene *Scene, physics *SceneBullet3Physics)
func SceneSyncToSystemsFromFileWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM)
func SceneUpdateSystems(scene *Scene, clocks *SceneClocks, dt int64)
func SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStep(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, ...)
func SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStepVm(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, ...)
func SceneUpdateSystemsWithPhysicsStepMaxPhysicsStep(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, ...)
func SceneUpdateSystemsWithPhysicsStepMaxPhysicsStepVm(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, ...)
func SceneUpdateSystemsWithVm(scene *Scene, clocks *SceneClocks, dt int64, vm *SceneLuaVM)
func Sec(seconds float32) float32
func Seed(seed uint32)
func Seek(file *File, offset int64, mode SeekMode) bool
func SendVRControllerHapticPulse(duration int64)
func SendVRControllerHapticPulseWithName(duration int64, name string)
func SetAxises(m *Mat3, X *Vec3, Y *Vec3, Z *Vec3)
func SetColumn(m *Mat3, n uint32, column *Vec3)
func SetColumnWithMIdxV(m *Mat44, idx uint32, v *Vec4)
func SetColumnWithMNV(m *Mat4, n uint32, v *Vec3)
func SetHeight(rect *Rect, height float32)
func SetHeightWithRectHeight(rect *IntRect, height int32)
func SetJsonValue(js *JSON, key string, value string)
func SetJsonValueWithFloatValue(js *JSON, key string, value float32)
func SetJsonValueWithIntValue(js *JSON, key string, value int32)
func SetJsonValueWithValue(js *JSON, key string, value bool)
func SetListener(world *Mat4, velocity *Vec3)
func SetLogDetailed(isdetailed bool)
func SetLogLevel(loglevel LogLevel)
func SetMaterialAlphaCut(mat *Material, enable bool)
func SetMaterialAmbientUsesUV1(mat *Material, enable bool)
func SetMaterialBlendMode(mat *Material, mode BlendMode)
func SetMaterialDepthTest(mat *Material, test DepthTest)
func SetMaterialDiffuseUsesUV1(mat *Material, enable bool)
func SetMaterialFaceCulling(mat *Material, culling FaceCulling)
func SetMaterialNormalMapInWorldSpace(mat *Material, enable bool)
func SetMaterialProgram(mat *Material, program *PipelineProgramRef)
func SetMaterialSkinning(mat *Material, enable bool)
func SetMaterialSpecularUsesUV1(mat *Material, enable bool)
func SetMaterialTexture(mat *Material, name string, texture *TextureRef, stage uint8)
func SetMaterialTextureRef(mat *Material, name string, texture *TextureRef)
func SetMaterialValue(mat *Material, name string, v float32)
func SetMaterialValueWithM(mat *Material, name string, m *Mat3)
func SetMaterialValueWithMat44M(mat *Material, name string, m *Mat44)
func SetMaterialValueWithMat4M(mat *Material, name string, m *Mat4)
func SetMaterialValueWithV(mat *Material, name string, v *Vec2)
func SetMaterialValueWithVec3V(mat *Material, name string, v *Vec3)
func SetMaterialValueWithVec4V(mat *Material, name string, v *Vec4)
func SetMaterialWriteRGBA(mat *Material, writer bool, writeg bool, writeb bool, writea bool)
func SetMaterialWriteZ(mat *Material, enable bool)
func SetRenderDebug(flags DebugFlags)
func SetRow(m *Mat3, n uint32, row *Vec3)
func SetRowWithMIdxV(m *Mat44, idx uint32, v *Vec4)
func SetRowWithMNV(m *Mat4, n uint32, v *Vec4)
func SetS(m *Mat4, scale *Vec3)
func SetScale(m *Mat3, S *Vec3)
func SetScaleWithMScale(m *Mat4, scale *Vec3)
func SetSourcePanning(source SourceRef, panning float32)
func SetSourceRepeat(source SourceRef, repeat SourceRepeat)
func SetSourceTimecode(source SourceRef, t int64) bool
func SetSourceTransform(source SourceRef, world *Mat4, velocity *Vec3)
func SetSourceVolume(source SourceRef, volume float32)
func SetT(m *Mat4, T *Vec3)
func SetTransform(mtx *Mat4)
func SetTranslation(m *Mat3, T *Vec3)
func SetTranslationWithM(m *Mat4, T *Vec3)
func SetTranslationWithT(m *Mat3, T *Vec2)
func SetView2D(id uint16, x int32, y int32, resx int32, resy int32)
func SetView2DWithZnearZfar(id uint16, x int32, y int32, resx int32, resy int32, znear float32, ...)
func SetView2DWithZnearZfarFlagsColorDepthStencil(id uint16, x int32, y int32, resx int32, resy int32, znear float32, ...)
func SetView2DWithZnearZfarFlagsColorDepthStencilYUp(id uint16, x int32, y int32, resx int32, resy int32, znear float32, ...)
func SetViewClear(viewid uint16, flags ClearFlags)
func SetViewClearWithCol(viewid uint16, flags ClearFlags, col *Color)
func SetViewClearWithColDepth(viewid uint16, flags ClearFlags, col *Color, depth float32)
func SetViewClearWithColDepthStencil(viewid uint16, flags ClearFlags, col *Color, depth float32, stencil uint8)
func SetViewClearWithRgba(viewid uint16, flags ClearFlags, rgba uint32)
func SetViewClearWithRgbaDepth(viewid uint16, flags ClearFlags, rgba uint32, depth float32)
func SetViewClearWithRgbaDepthStencil(viewid uint16, flags ClearFlags, rgba uint32, depth float32, stencil uint8)
func SetViewFrameBuffer(viewid uint16, handle *FrameBufferHandle)
func SetViewMode(viewid uint16, mode ViewMode)
func SetViewOrthographic(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4)
func SetViewOrthographicWithZnearZfar(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, ...)
func SetViewOrthographicWithZnearZfarSize(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, ...)
func SetViewOrthographicWithZnearZfarSizeFlagsColorDepthStencil(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, ...)
func SetViewPerspective(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4)
func SetViewPerspectiveWithZnearZfar(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, ...)
func SetViewPerspectiveWithZnearZfarZoomFactor(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, ...)
func SetViewPerspectiveWithZnearZfarZoomFactorFlagsColorDepthStencil(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, ...)
func SetViewRect(viewid uint16, x uint16, y uint16, w uint16, h uint16)
func SetViewTransform(viewid uint16, view *Mat4, proj *Mat44)
func SetWidth(rect *Rect, width float32)
func SetWidthWithRectWidth(rect *IntRect, width int32)
func SetWindowClientSize(window *Window, width int32, height int32) bool
func SetWindowPos(window *Window, position *IVec2) bool
func SetWindowTitle(window *Window, title string) bool
func SetX(m *Mat3, X *Vec3)
func SetXWithIntRectRectIntX(rect *IntRect, x int32)
func SetXWithM(m *Mat4, X *Vec3)
func SetXWithRectX(rect *Rect, x float32)
func SetY(m *Mat3, Y *Vec3)
func SetYWithIntRectRectIntY(rect *IntRect, y int32)
func SetYWithM(m *Mat4, Y *Vec3)
func SetYWithRectY(rect *Rect, y float32)
func SetZ(m *Mat3, Z *Vec3)
func SetZWithM(m *Mat4, Z *Vec3)
func ShowCursor()
func SkipClock()
func Sleep(duration int64)
func StopAllSources()
func StopSource(source SourceRef)
func StreamOGGAssetSpatialized(name string, state *SpatializedSourceState) int32
func StreamOGGAssetStereo(name string, state *StereoSourceState) int32
func StreamOGGFileSpatialized(path string, state *SpatializedSourceState) int32
func StreamOGGFileStereo(path string, state *StereoSourceState) int32
func StreamWAVAssetSpatialized(name string, state *SpatializedSourceState) int32
func StreamWAVAssetStereo(name string, state *StereoSourceState) int32
func StreamWAVFileSpatialized(path string, state *SpatializedSourceState) int32
func StreamWAVFileStereo(path string, state *StereoSourceState) int32
func StringToFile(path string, value string) bool
func SubmitSceneToForwardPipelineWithAaaAaaConfigFrame(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...)
func SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...)
func SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...)
func SwapFileExtension(path string, ext string) string
func Tell(file *File) int32
func TickClock() int64
func TimeFromDay(day int64) int64
func TimeFromHour(hour int64) int64
func TimeFromMin(min int64) int64
func TimeFromMs(ms int64) int64
func TimeFromMsF(ms float32) int64
func TimeFromNs(ns int64) int64
func TimeFromSec(sec int64) int64
func TimeFromSecF(sec float32) int64
func TimeFromUs(us int64) int64
func TimeFromUsF(us float32) int64
func TimeNow() int64
func TimeToDay(t int64) int64
func TimeToHour(t int64) int64
func TimeToMin(t int64) int64
func TimeToMs(t int64) int64
func TimeToMsF(t int64) float32
func TimeToNs(t int64) int64
func TimeToSec(t int64) int64
func TimeToSecF(t int64) float32
func TimeToString(t int64) string
func TimeToUs(t int64) int64
func TimeToUsF(t int64) float32
func Touch(viewid uint16)
func Unlink(path string) bool
func UnloadSound(snd SoundRef)
func UpdateMaterialPipelineProgramVariant(mat *Material, resources *PipelineResources)
func UpdateTexture(streamer *IVideoStreamer, handle *uintptr, texture *Texture, size *IVec2, ...) bool
func UpdateTextureFromPicture(tex *Texture, pic *Picture)
func UpdateTextureWithDestroy(streamer *IVideoStreamer, handle *uintptr, texture *Texture, size *IVec2, ...) bool
func UpdateWindow(window *Window) bool
func Warn(msg string)
func WarnWithDetails(msg string, details string)
func WindowHasFocus(window *Window) bool
func WindowSystemInit()
func WindowSystemShutdown()
func Wrap(v float32, start float32, end float32) float32
func WrapWithVStartEnd(v int32, start int32, end int32) int32
func WriteFloat(file *File, value float32) bool
func WriteString(file *File, value string) bool
func WriteUInt16(file *File, value uint16) bool
func WriteUInt32(file *File, value uint32) bool
func WriteUInt8(file *File, value uint8) bool
func ZoomFactorToFov(zoomfactor float32) float32
type AnimLoopMode
type Attrib
type AttribType
type AudioFrameFormat
type Axis
type BackbufferRatio
type BlendMode
- func GetMaterialBlendMode(mat *Material) BlendMode
type Bloom
- func CreateBloomFromAssets(path string, ratio BackbufferRatio) *Bloom
- func CreateBloomFromFile(path string, ratio BackbufferRatio) *Bloom
- func (pointer *Bloom) Free()
- func (pointer *Bloom) IsNil() bool
type Camera
- func (pointer *Camera) Eq(c *Camera) bool
- func (pointer *Camera) Free()
- func (pointer *Camera) GetFov() float32
- func (pointer *Camera) GetIsOrthographic() bool
- func (pointer *Camera) GetSize() float32
- func (pointer *Camera) GetZFar() float32
- func (pointer *Camera) GetZNear() float32
- func (pointer *Camera) GetZRange() *CameraZRange
- func (pointer *Camera) IsNil() bool
- func (pointer *Camera) IsValid() bool
- func (pointer *Camera) SetFov(v float32)
- func (pointer *Camera) SetIsOrthographic(v bool)
- func (pointer *Camera) SetSize(v float32)
- func (pointer *Camera) SetZFar(v float32)
- func (pointer *Camera) SetZNear(v float32)
- func (pointer *Camera) SetZRange(z *CameraZRange)
type CameraZRange
- func NewCameraZRange() *CameraZRange
- func (pointer *CameraZRange) Free()
- func (pointer *CameraZRange) GetZfar() float32
- func (pointer *CameraZRange) GetZnear() float32
- func (pointer *CameraZRange) IsNil() bool
- func (pointer *CameraZRange) SetZfar(v float32)
- func (pointer *CameraZRange) SetZnear(v float32)
type Canvas
- func (pointer *Canvas) Free()
- func (pointer *Canvas) GetClearColor() bool
- func (pointer *Canvas) GetClearZ() bool
- func (pointer *Canvas) GetColor() *Color
- func (pointer *Canvas) IsNil() bool
- func (pointer *Canvas) SetClearColor(v bool)
- func (pointer *Canvas) SetClearZ(v bool)
- func (pointer *Canvas) SetColor(v *Color)
type ClearFlags
type Collision
- func (pointer *Collision) Eq(c *Collision) bool
- func (pointer *Collision) Free()
- func (pointer *Collision) GetCollisionResource() string
- func (pointer *Collision) GetHeight() float32
- func (pointer *Collision) GetLocalTransform() *Mat4
- func (pointer *Collision) GetMass() float32
- func (pointer *Collision) GetRadius() float32
- func (pointer *Collision) GetType() CollisionType
- func (pointer *Collision) IsNil() bool
- func (pointer *Collision) IsValid() bool
- func (pointer *Collision) SetCollisionResource(path string)
- func (pointer *Collision) SetHeight(height float32)
- func (pointer *Collision) SetLocalTransform(m *Mat4)
- func (pointer *Collision) SetMass(mass float32)
- func (pointer *Collision) SetRadius(radius float32)
- func (pointer *Collision) SetSize(size *Vec3)
- func (pointer *Collision) SetType(typeGo CollisionType)
type CollisionEventTrackingMode
type CollisionType
type Color
- func AlphaScale(color *Color, k float32) *Color
- func ChromaScale(color *Color, k float32) *Color
- func ClampWithColor(color *Color, min float32, max float32) *Color
- func ClampWithColorMinMax(color *Color, min *Color, max *Color) *Color
- func ColorFromABGR32(rgba32 uint32) *Color
- func ColorFromRGBA32(rgba32 uint32) *Color
- func ColorFromVector3(v *Vec3) *Color
- func ColorFromVector4(v *Vec4) *Color
- func ColorGetBlack() *Color
- func ColorGetBlue() *Color
- func ColorGetGreen() *Color
- func ColorGetGrey() *Color
- func ColorGetOne() *Color
- func ColorGetOrange() *Color
- func ColorGetPurple() *Color
- func ColorGetRed() *Color
- func ColorGetTransparent() *Color
- func ColorGetWhite() *Color
- func ColorGetYellow() *Color
- func ColorGetZero() *Color
- func ColorI(r int32, g int32, b int32) *Color
- func ColorIWithA(r int32, g int32, b int32, a int32) *Color
- func FromHLS(color *Color) *Color
- func NewColor() *Color
- func NewColorWithColor(color *Color) *Color
- func NewColorWithRGB(r float32, g float32, b float32) *Color
- func NewColorWithRGBA(r float32, g float32, b float32, a float32) *Color
- func SetSaturation(color *Color, saturation float32) *Color
- func ToHLS(color *Color) *Color
- func (pointer *Color) Add(color *Color) *Color
- func (pointer *Color) AddWithK(k float32) *Color
- func (pointer *Color) Div(color *Color) *Color
- func (pointer *Color) DivWithK(k float32) *Color
- func (pointer *Color) Eq(color *Color) bool
- func (pointer *Color) Free()
- func (pointer *Color) GetA() float32
- func (pointer *Color) GetB() float32
- func (pointer *Color) GetBlack() *Color
- func (pointer *Color) GetBlue() *Color
- func (pointer *Color) GetG() float32
- func (pointer *Color) GetGreen() *Color
- func (pointer *Color) GetGrey() *Color
- func (pointer *Color) GetOne() *Color
- func (pointer *Color) GetOrange() *Color
- func (pointer *Color) GetPurple() *Color
- func (pointer *Color) GetR() float32
- func (pointer *Color) GetRed() *Color
- func (pointer *Color) GetTransparent() *Color
- func (pointer *Color) GetWhite() *Color
- func (pointer *Color) GetYellow() *Color
- func (pointer *Color) GetZero() *Color
- func (pointer *Color) InplaceAdd(color *Color)
- func (pointer *Color) InplaceAddWithK(k float32)
- func (pointer *Color) InplaceDiv(color *Color)
- func (pointer *Color) InplaceDivWithK(k float32)
- func (pointer *Color) InplaceMul(color *Color)
- func (pointer *Color) InplaceMulWithK(k float32)
- func (pointer *Color) InplaceSub(color *Color)
- func (pointer *Color) InplaceSubWithK(k float32)
- func (pointer *Color) IsNil() bool
- func (pointer *Color) Mul(color *Color) *Color
- func (pointer *Color) MulWithK(k float32) *Color
- func (pointer *Color) Ne(color *Color) bool
- func (pointer *Color) SetA(v float32)
- func (pointer *Color) SetB(v float32)
- func (pointer *Color) SetG(v float32)
- func (pointer *Color) SetR(v float32)
- func (pointer *Color) Sub(color *Color) *Color
- func (pointer *Color) SubWithK(k float32) *Color
type ColorList
- func NewColorList() *ColorList
- func NewColorListWithSequence(sequence GoSliceOfColor) *ColorList
- func (pointer *ColorList) At(idx int32) *Color
- func (pointer *ColorList) Clear()
- func (pointer *ColorList) Free()
- func (pointer *ColorList) Get(id int) *Color
- func (pointer *ColorList) IsNil() bool
- func (pointer *ColorList) Len() int32
- func (pointer *ColorList) PushBack(v *Color)
- func (pointer *ColorList) Reserve(size int32)
- func (pointer *ColorList) Set(id int, v *Color)
- func (pointer *ColorList) Size() int32
type Contact
- func (pointer *Contact) Free()
- func (pointer *Contact) GetD() float32
- func (pointer *Contact) GetN() *Vec3
- func (pointer *Contact) GetP() *Vec3
- func (pointer *Contact) IsNil() bool
- func (pointer *Contact) SetD(v float32)
- func (pointer *Contact) SetN(v *Vec3)
- func (pointer *Contact) SetP(v *Vec3)
type ContactList
- func GetNodePairContacts(first *Node, second *Node, nodepaircontacts *NodePairContacts) *ContactList
- func NewContactList() *ContactList
- func NewContactListWithSequence(sequence GoSliceOfContact) *ContactList
- func (pointer *ContactList) At(idx int32) *Contact
- func (pointer *ContactList) Clear()
- func (pointer *ContactList) Free()
- func (pointer *ContactList) Get(id int) *Contact
- func (pointer *ContactList) IsNil() bool
- func (pointer *ContactList) Len() int32
- func (pointer *ContactList) PushBack(v *Contact)
- func (pointer *ContactList) Reserve(size int32)
- func (pointer *ContactList) Set(id int, v *Contact)
- func (pointer *ContactList) Size() int32
type Data
- func NewData() *Data
- func (pointer *Data) Free()
- func (pointer *Data) GetSize() int32
- func (pointer *Data) IsNil() bool
- func (pointer *Data) Rewind()
type DearImguiContext
- func ImGuiInitContext(fontsize float32, imguiprogram *ProgramHandle, ...) *DearImguiContext
- func (pointer *DearImguiContext) Free()
- func (pointer *DearImguiContext) IsNil() bool
type DebugFlags
type DepthTest
- func GetMaterialDepthTest(mat *Material) DepthTest
type DirEntry
- func (pointer *DirEntry) Free()
- func (pointer *DirEntry) GetName() string
- func (pointer *DirEntry) GetType() int32
- func (pointer *DirEntry) IsNil() bool
- func (pointer *DirEntry) SetName(v string)
- func (pointer *DirEntry) SetType(v int32)
type DirEntryList
- func ListDir(path string, typeGo DirEntryType) *DirEntryList
- func ListDirRecursive(path string, typeGo DirEntryType) *DirEntryList
- func NewDirEntryList() *DirEntryList
- func NewDirEntryListWithSequence(sequence GoSliceOfDirEntry) *DirEntryList
- func (pointer *DirEntryList) At(idx int32) *DirEntry
- func (pointer *DirEntryList) Clear()
- func (pointer *DirEntryList) Free()
- func (pointer *DirEntryList) Get(id int) *DirEntry
- func (pointer *DirEntryList) IsNil() bool
- func (pointer *DirEntryList) Len() int32
- func (pointer *DirEntryList) PushBack(v *DirEntry)
- func (pointer *DirEntryList) Reserve(size int32)
- func (pointer *DirEntryList) Set(id int, v *DirEntry)
- func (pointer *DirEntryList) Size() int32
type DirEntryType
type DrawTextHAlign
type DrawTextVAlign
type Easing
type Environment
- func (pointer *Environment) Free()
- func (pointer *Environment) GetAmbient() *Color
- func (pointer *Environment) GetBrdfMap() *TextureRef
- func (pointer *Environment) GetFogColor() *Color
- func (pointer *Environment) GetFogFar() float32
- func (pointer *Environment) GetFogNear() float32
- func (pointer *Environment) IsNil() bool
- func (pointer *Environment) SetAmbient(v *Color)
- func (pointer *Environment) SetBrdfMap(v *TextureRef)
- func (pointer *Environment) SetFogColor(v *Color)
- func (pointer *Environment) SetFogFar(v float32)
- func (pointer *Environment) SetFogNear(v float32)
type FaceCulling
- func GetMaterialFaceCulling(mat *Material) FaceCulling
type File
- func Open(path string) *File
- func OpenTemp(templatepath string) *File
- func OpenText(path string) *File
- func OpenWrite(path string) *File
- func OpenWriteText(path string) *File
- func (pointer *File) Free()
- func (pointer *File) IsNil() bool
type FileFilter
- func (pointer *FileFilter) Free()
- func (pointer *FileFilter) GetName() string
- func (pointer *FileFilter) GetPattern() string
- func (pointer *FileFilter) IsNil() bool
- func (pointer *FileFilter) SetName(v string)
- func (pointer *FileFilter) SetPattern(v string)
type FileFilterList
- func NewFileFilterList() *FileFilterList
- func NewFileFilterListWithSequence(sequence GoSliceOfFileFilter) *FileFilterList
- func (pointer *FileFilterList) At(idx int32) *FileFilter
- func (pointer *FileFilterList) Clear()
- func (pointer *FileFilterList) Free()
- func (pointer *FileFilterList) Get(id int) *FileFilter
- func (pointer *FileFilterList) IsNil() bool
- func (pointer *FileFilterList) Len() int32
- func (pointer *FileFilterList) PushBack(v *FileFilter)
- func (pointer *FileFilterList) Reserve(size int32)
- func (pointer *FileFilterList) Set(id int, v *FileFilter)
- func (pointer *FileFilterList) Size() int32
type Font
- func LoadFontFromAssets(name string) *Font
- func LoadFontFromAssetsWithSize(name string, size float32) *Font
- func LoadFontFromAssetsWithSizeResolution(name string, size float32, resolution uint16) *Font
- func LoadFontFromAssetsWithSizeResolutionPadding(name string, size float32, resolution uint16, padding int32) *Font
- func LoadFontFromAssetsWithSizeResolutionPaddingGlyphs(name string, size float32, resolution uint16, padding int32, glyphs string) *Font
- func LoadFontFromFile(path string) *Font
- func LoadFontFromFileWithSize(path string, size float32) *Font
- func LoadFontFromFileWithSizeResolution(path string, size float32, resolution uint16) *Font
- func LoadFontFromFileWithSizeResolutionPadding(path string, size float32, resolution uint16, padding int32) *Font
- func LoadFontFromFileWithSizeResolutionPaddingGlyphs(path string, size float32, resolution uint16, padding int32, glyphs string) *Font
- func (pointer *Font) Free()
- func (pointer *Font) IsNil() bool
type ForwardPipeline
- func CastPipelineToForwardPipeline(o *Pipeline) *ForwardPipeline
- func CreateForwardPipeline() *ForwardPipeline
- func CreateForwardPipelineWithShadowMapResolution(shadowmapresolution int32) *ForwardPipeline
- func CreateForwardPipelineWithShadowMapResolutionSpot16bitShadowMap(shadowmapresolution int32, spot16bitshadowmap bool) *ForwardPipeline
- func (pointer *ForwardPipeline) Free()
- func (pointer *ForwardPipeline) IsNil() bool
type ForwardPipelineAAA
- func CreateForwardPipelineAAAFromAssets(path string, config *ForwardPipelineAAAConfig) *ForwardPipelineAAA
- func CreateForwardPipelineAAAFromAssetsWithSsgiRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio) *ForwardPipelineAAA
- func CreateForwardPipelineAAAFromAssetsWithSsgiRatioSsrRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio, ...) *ForwardPipelineAAA
- func CreateForwardPipelineAAAFromFile(path string, config *ForwardPipelineAAAConfig) *ForwardPipelineAAA
- func CreateForwardPipelineAAAFromFileWithSsgiRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio) *ForwardPipelineAAA
- func CreateForwardPipelineAAAFromFileWithSsgiRatioSsrRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio, ...) *ForwardPipelineAAA
- func (pointer *ForwardPipelineAAA) Flip(viewstate *ViewState)
- func (pointer *ForwardPipelineAAA) Free()
- func (pointer *ForwardPipelineAAA) IsNil() bool
type ForwardPipelineAAAConfig
- func NewForwardPipelineAAAConfig() *ForwardPipelineAAAConfig
- func (pointer *ForwardPipelineAAAConfig) Free()
- func (pointer *ForwardPipelineAAAConfig) GetBloomBias() float32
- func (pointer *ForwardPipelineAAAConfig) GetBloomIntensity() float32
- func (pointer *ForwardPipelineAAAConfig) GetBloomThreshold() float32
- func (pointer *ForwardPipelineAAAConfig) GetExposure() float32
- func (pointer *ForwardPipelineAAAConfig) GetGamma() float32
- func (pointer *ForwardPipelineAAAConfig) GetMaxDistance() float32
- func (pointer *ForwardPipelineAAAConfig) GetMotionBlur() float32
- func (pointer *ForwardPipelineAAAConfig) GetSampleCount() int32
- func (pointer *ForwardPipelineAAAConfig) GetTemporalAaWeight() float32
- func (pointer *ForwardPipelineAAAConfig) GetZThickness() float32
- func (pointer *ForwardPipelineAAAConfig) IsNil() bool
- func (pointer *ForwardPipelineAAAConfig) SetBloomBias(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetBloomIntensity(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetBloomThreshold(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetExposure(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetGamma(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetMaxDistance(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetMotionBlur(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetSampleCount(v int32)
- func (pointer *ForwardPipelineAAAConfig) SetTemporalAaWeight(v float32)
- func (pointer *ForwardPipelineAAAConfig) SetZThickness(v float32)
type ForwardPipelineAAADebugBuffer
type ForwardPipelineFog
- func GetSceneForwardPipelineFog(scene *Scene) *ForwardPipelineFog
- func NewForwardPipelineFog() *ForwardPipelineFog
- func (pointer *ForwardPipelineFog) Free()
- func (pointer *ForwardPipelineFog) GetColor() *Color
- func (pointer *ForwardPipelineFog) GetFar() float32
- func (pointer *ForwardPipelineFog) GetNear() float32
- func (pointer *ForwardPipelineFog) IsNil() bool
- func (pointer *ForwardPipelineFog) SetColor(v *Color)
- func (pointer *ForwardPipelineFog) SetFar(v float32)
- func (pointer *ForwardPipelineFog) SetNear(v float32)
type ForwardPipelineLight
- func MakeForwardPipelineLinearLight(world *Mat4, diffuse *Color, specular *Color) *ForwardPipelineLight
- func MakeForwardPipelineLinearLightWithPssmSplit(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4) *ForwardPipelineLight
- func MakeForwardPipelineLinearLightWithPssmSplitPriority(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4, ...) *ForwardPipelineLight
- func MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowType(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4, ...) *ForwardPipelineLight
- func MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowTypeShadowBias(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4, ...) *ForwardPipelineLight
- func MakeForwardPipelinePointLight(world *Mat4, diffuse *Color, specular *Color) *ForwardPipelineLight
- func MakeForwardPipelinePointLightWithRadius(world *Mat4, diffuse *Color, specular *Color, radius float32) *ForwardPipelineLight
- func MakeForwardPipelinePointLightWithRadiusPriority(world *Mat4, diffuse *Color, specular *Color, radius float32, priority float32) *ForwardPipelineLight
- func MakeForwardPipelinePointLightWithRadiusPriorityShadowType(world *Mat4, diffuse *Color, specular *Color, radius float32, priority float32, ...) *ForwardPipelineLight
- func MakeForwardPipelinePointLightWithRadiusPriorityShadowTypeShadowBias(world *Mat4, diffuse *Color, specular *Color, radius float32, priority float32, ...) *ForwardPipelineLight
- func MakeForwardPipelineSpotLight(world *Mat4, diffuse *Color, specular *Color) *ForwardPipelineLight
- func MakeForwardPipelineSpotLightWithRadius(world *Mat4, diffuse *Color, specular *Color, radius float32) *ForwardPipelineLight
- func MakeForwardPipelineSpotLightWithRadiusInnerAngle(world *Mat4, diffuse *Color, specular *Color, radius float32, ...) *ForwardPipelineLight
- func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAngle(world *Mat4, diffuse *Color, specular *Color, radius float32, ...) *ForwardPipelineLight
- func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriority(world *Mat4, diffuse *Color, specular *Color, radius float32, ...) *ForwardPipelineLight
- func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowType(world *Mat4, diffuse *Color, specular *Color, radius float32, ...) *ForwardPipelineLight
- func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowTypeShadowBias(world *Mat4, diffuse *Color, specular *Color, radius float32, ...) *ForwardPipelineLight
- func NewForwardPipelineLight() *ForwardPipelineLight
- func (pointer *ForwardPipelineLight) Free()
- func (pointer *ForwardPipelineLight) GetDiffuse() *Color
- func (pointer *ForwardPipelineLight) GetInnerAngle() float32
- func (pointer *ForwardPipelineLight) GetOuterAngle() float32
- func (pointer *ForwardPipelineLight) GetPriority() float32
- func (pointer *ForwardPipelineLight) GetPssmSplit() *Vec4
- func (pointer *ForwardPipelineLight) GetRadius() float32
- func (pointer *ForwardPipelineLight) GetSpecular() *Color
- func (pointer *ForwardPipelineLight) GetType() ForwardPipelineLightType
- func (pointer *ForwardPipelineLight) GetWorld() *Mat4
- func (pointer *ForwardPipelineLight) IsNil() bool
- func (pointer *ForwardPipelineLight) SetDiffuse(v *Color)
- func (pointer *ForwardPipelineLight) SetInnerAngle(v float32)
- func (pointer *ForwardPipelineLight) SetOuterAngle(v float32)
- func (pointer *ForwardPipelineLight) SetPriority(v float32)
- func (pointer *ForwardPipelineLight) SetPssmSplit(v *Vec4)
- func (pointer *ForwardPipelineLight) SetRadius(v float32)
- func (pointer *ForwardPipelineLight) SetSpecular(v *Color)
- func (pointer *ForwardPipelineLight) SetType(v ForwardPipelineLightType)
- func (pointer *ForwardPipelineLight) SetWorld(v *Mat4)
type ForwardPipelineLightList
- func GetSceneForwardPipelineLights(scene *Scene) *ForwardPipelineLightList
- func NewForwardPipelineLightList() *ForwardPipelineLightList
- func NewForwardPipelineLightListWithSequence(sequence GoSliceOfForwardPipelineLight) *ForwardPipelineLightList
- func (pointer *ForwardPipelineLightList) At(idx int32) *ForwardPipelineLight
- func (pointer *ForwardPipelineLightList) Clear()
- func (pointer *ForwardPipelineLightList) Free()
- func (pointer *ForwardPipelineLightList) Get(id int) *ForwardPipelineLight
- func (pointer *ForwardPipelineLightList) IsNil() bool
- func (pointer *ForwardPipelineLightList) Len() int32
- func (pointer *ForwardPipelineLightList) PushBack(v *ForwardPipelineLight)
- func (pointer *ForwardPipelineLightList) Reserve(size int32)
- func (pointer *ForwardPipelineLightList) Set(id int, v *ForwardPipelineLight)
- func (pointer *ForwardPipelineLightList) Size() int32
type ForwardPipelineLightType
type ForwardPipelineLights
- func PrepareForwardPipelineLights(lights *ForwardPipelineLightList) *ForwardPipelineLights
- func PrepareForwardPipelineLightsWithSliceOfLights(SliceOflights GoSliceOfForwardPipelineLight) *ForwardPipelineLights
- func (pointer *ForwardPipelineLights) Free()
- func (pointer *ForwardPipelineLights) IsNil() bool
type ForwardPipelineShadowType
type FrameBuffer
- func CreateFrameBuffer(color *Texture, depth *Texture, name string) *FrameBuffer
- func CreateFrameBufferWithColorFormatDepthFormatAaName(colorformat TextureFormat, depthformat TextureFormat, aa int32, name string) *FrameBuffer
- func CreateFrameBufferWithWidthHeightColorFormatDepthFormatAaName(width int32, height int32, colorformat TextureFormat, ...) *FrameBuffer
- func (pointer *FrameBuffer) Free()
- func (pointer *FrameBuffer) GetHandle() *FrameBufferHandle
- func (pointer *FrameBuffer) IsNil() bool
- func (pointer *FrameBuffer) SetHandle(v *FrameBufferHandle)
type FrameBufferHandle
- func (pointer *FrameBufferHandle) Free()
- func (pointer *FrameBufferHandle) IsNil() bool
type Frustum
- func MakeFrustum(projection *Mat44) *Frustum
- func MakeFrustumWithMtx(projection *Mat44, mtx *Mat4) *Frustum
- func TransformFrustum(frustum *Frustum, mtx *Mat4) *Frustum
- func (pointer *Frustum) Free()
- func (pointer *Frustum) GetBottom() *Vec4
- func (pointer *Frustum) GetFar() *Vec4
- func (pointer *Frustum) GetLeft() *Vec4
- func (pointer *Frustum) GetNear() *Vec4
- func (pointer *Frustum) GetRight() *Vec4
- func (pointer *Frustum) GetTop() *Vec4
- func (pointer *Frustum) IsNil() bool
- func (pointer *Frustum) SetBottom(plane *Vec4)
- func (pointer *Frustum) SetFar(plane *Vec4)
- func (pointer *Frustum) SetLeft(plane *Vec4)
- func (pointer *Frustum) SetNear(plane *Vec4)
- func (pointer *Frustum) SetRight(plane *Vec4)
- func (pointer *Frustum) SetTop(plane *Vec4)
type Gamepad
- func NewGamepad() *Gamepad
- func NewGamepadWithName(name string) *Gamepad
- func (pointer *Gamepad) Axes(axis GamepadAxes) float32
- func (pointer *Gamepad) Connected() bool
- func (pointer *Gamepad) Disconnected() bool
- func (pointer *Gamepad) Down(btn GamepadButton) bool
- func (pointer *Gamepad) DtAxes(axis GamepadAxes) float32
- func (pointer *Gamepad) Free()
- func (pointer *Gamepad) IsConnected() bool
- func (pointer *Gamepad) IsNil() bool
- func (pointer *Gamepad) Pressed(btn GamepadButton) bool
- func (pointer *Gamepad) Released(btn GamepadButton) bool
- func (pointer *Gamepad) Update()
type GamepadAxes
type GamepadButton
type GamepadState
- func ReadGamepad() *GamepadState
- func ReadGamepadWithName(name string) *GamepadState
- func (pointer *GamepadState) Axes(idx GamepadAxes) float32
- func (pointer *GamepadState) Button(btn GamepadButton) bool
- func (pointer *GamepadState) Free()
- func (pointer *GamepadState) IsConnected() bool
- func (pointer *GamepadState) IsNil() bool
type Geometry
- func (pointer *Geometry) Free()
- func (pointer *Geometry) IsNil() bool
type GeometryBuilder
- func NewGeometryBuilder() *GeometryBuilder
- func (pointer *GeometryBuilder) AddPolygon(idxs *Uint32TList, material uint16)
- func (pointer *GeometryBuilder) AddPolygonWithSliceOfIdxs(SliceOfidxs GoSliceOfuint32T, material uint16)
- func (pointer *GeometryBuilder) AddQuad(a uint32, b uint32, c uint32, d uint32, material uint32)
- func (pointer *GeometryBuilder) AddTriangle(a uint32, b uint32, c uint32, material uint32)
- func (pointer *GeometryBuilder) AddVertex(vtx *Vertex)
- func (pointer *GeometryBuilder) Clear()
- func (pointer *GeometryBuilder) Free()
- func (pointer *GeometryBuilder) IsNil() bool
- func (pointer *GeometryBuilder) Make() *Geometry
type GoSliceOfColor
type GoSliceOfContact
type GoSliceOfDirEntry
type GoSliceOfFileFilter
type GoSliceOfForwardPipelineLight
type GoSliceOfLuaObject
type GoSliceOfMat4
type GoSliceOfMaterial
type GoSliceOfMonitor
type GoSliceOfMonitorMode
type GoSliceOfNode
type GoSliceOfRaycastOut
type GoSliceOfSceneAnimRef
type GoSliceOfScenePlayAnimRef
type GoSliceOfScript
type GoSliceOfUniformSetTexture
type GoSliceOfUniformSetValue
type GoSliceOfVec2
type GoSliceOfVec3
type GoSliceOfVec4
type GoSliceOfiVec2
type GoSliceOfstring
type GoSliceOfuint16T
type GoSliceOfuint32T
type IVec2
- func GetMonitorSizeMM(monitor *Monitor) *IVec2
- func GetSizeWithIntRectRect(rect *IntRect) *IVec2
- func GetWindowPos(window *Window) *IVec2
- func IVec2GetOne() *IVec2
- func IVec2GetZero() *IVec2
- func MaxWithAB(a *IVec2, b *IVec2) *IVec2
- func MinWithAB(a *IVec2, b *IVec2) *IVec2
- func NewIVec2() *IVec2
- func NewIVec2WithV(v *IVec2) *IVec2
- func NewIVec2WithVec3V(v *Vec3) *IVec2
- func NewIVec2WithVec4V(v *Vec4) *IVec2
- func NewIVec2WithXY(x int32, y int32) *IVec2
- func NormalizeWithV(v *IVec2) *IVec2
- func OpenVRGetFrameBufferSize() *IVec2
- func ReverseWithA(a *IVec2) *IVec2
- func (pointer *IVec2) Add(v *IVec2) *IVec2
- func (pointer *IVec2) AddWithK(k int32) *IVec2
- func (pointer *IVec2) Div(v *IVec2) *IVec2
- func (pointer *IVec2) DivWithK(k int32) *IVec2
- func (pointer *IVec2) Free()
- func (pointer *IVec2) GetOne() *IVec2
- func (pointer *IVec2) GetX() int32
- func (pointer *IVec2) GetY() int32
- func (pointer *IVec2) GetZero() *IVec2
- func (pointer *IVec2) InplaceAdd(v *IVec2)
- func (pointer *IVec2) InplaceAddWithK(k int32)
- func (pointer *IVec2) InplaceDiv(v *IVec2)
- func (pointer *IVec2) InplaceDivWithK(k int32)
- func (pointer *IVec2) InplaceMul(v *IVec2)
- func (pointer *IVec2) InplaceMulWithK(k int32)
- func (pointer *IVec2) InplaceSub(v *IVec2)
- func (pointer *IVec2) InplaceSubWithK(k int32)
- func (pointer *IVec2) IsNil() bool
- func (pointer *IVec2) Mul(v *IVec2) *IVec2
- func (pointer *IVec2) MulWithK(k int32) *IVec2
- func (pointer *IVec2) MulWithM(m *Mat3) *IVec2
- func (pointer *IVec2) Set(x int32, y int32)
- func (pointer *IVec2) SetX(v int32)
- func (pointer *IVec2) SetY(v int32)
- func (pointer *IVec2) Sub(v *IVec2) *IVec2
- func (pointer *IVec2) SubWithK(k int32) *IVec2
type IVec2List
- func NewIVec2List() *IVec2List
- func NewIVec2ListWithSequence(sequence GoSliceOfiVec2) *IVec2List
- func (pointer *IVec2List) At(idx int32) *IVec2
- func (pointer *IVec2List) Clear()
- func (pointer *IVec2List) Free()
- func (pointer *IVec2List) Get(id int) *IVec2
- func (pointer *IVec2List) IsNil() bool
- func (pointer *IVec2List) Len() int32
- func (pointer *IVec2List) PushBack(v *IVec2)
- func (pointer *IVec2List) Reserve(size int32)
- func (pointer *IVec2List) Set(id int, v *IVec2)
- func (pointer *IVec2List) Size() int32
type IVideoStreamer
- func MakeVideoStreamer(modulepath string) *IVideoStreamer
- func (pointer *IVideoStreamer) Close(h uintptr) int32
- func (pointer *IVideoStreamer) Free()
- func (pointer *IVideoStreamer) FreeFrame(h uintptr, frame int32) int32
- func (pointer *IVideoStreamer) GetDuration(h uintptr) int64
- func (pointer *IVideoStreamer) GetFrame(h uintptr, ptr *uintptr, width *int32, height *int32, pitch *int32, ...) int32
- func (pointer *IVideoStreamer) GetTimeStamp(h uintptr) int64
- func (pointer *IVideoStreamer) IsEnded(h uintptr) int32
- func (pointer *IVideoStreamer) IsNil() bool
- func (pointer *IVideoStreamer) Open(name string) uintptr
- func (pointer *IVideoStreamer) Pause(h uintptr) int32
- func (pointer *IVideoStreamer) Play(h uintptr) int32
- func (pointer *IVideoStreamer) Seek(h uintptr, t int64) int32
- func (pointer *IVideoStreamer) Shutdown()
- func (pointer *IVideoStreamer) Startup() int32
type ImDrawFlags
type ImDrawList
- func ImGuiGetWindowDrawList() *ImDrawList
- func (pointer *ImDrawList) AddBezierCubic(pos0 *Vec2, cp0 *Vec2, cp1 *Vec2, pos1 *Vec2, col uint32, thickness float32)
- func (pointer *ImDrawList) AddBezierCubicWithNumSegments(pos0 *Vec2, cp0 *Vec2, cp1 *Vec2, pos1 *Vec2, col uint32, thickness float32, ...)
- func (pointer *ImDrawList) AddCircle(centre *Vec2, radius float32, col uint32)
- func (pointer *ImDrawList) AddCircleFilled(centre *Vec2, radius float32, col uint32)
- func (pointer *ImDrawList) AddCircleFilledWithNumSegments(centre *Vec2, radius float32, col uint32, numsegments int32)
- func (pointer *ImDrawList) AddCircleWithNumSegments(centre *Vec2, radius float32, col uint32, numsegments int32)
- func (pointer *ImDrawList) AddCircleWithNumSegmentsThickness(centre *Vec2, radius float32, col uint32, numsegments int32, thickness float32)
- func (pointer *ImDrawList) AddConvexPolyFilled(points *Vec2List, col uint32)
- func (pointer *ImDrawList) AddImage(tex *Texture, a *Vec2, b *Vec2)
- func (pointer *ImDrawList) AddImageQuad(tex *Texture, a *Vec2, b *Vec2, c *Vec2, d *Vec2)
- func (pointer *ImDrawList) AddImageQuadWithUvAUvBUvCUvD(tex *Texture, a *Vec2, b *Vec2, c *Vec2, d *Vec2, uva *Vec2, uvb *Vec2, ...)
- func (pointer *ImDrawList) AddImageQuadWithUvAUvBUvCUvDCol(tex *Texture, a *Vec2, b *Vec2, c *Vec2, d *Vec2, uva *Vec2, uvb *Vec2, ...)
- func (pointer *ImDrawList) AddImageRounded(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2, col uint32, ...)
- func (pointer *ImDrawList) AddImageRoundedWithFlags(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2, col uint32, ...)
- func (pointer *ImDrawList) AddImageWithUvAUvB(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2)
- func (pointer *ImDrawList) AddImageWithUvAUvBCol(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2, col uint32)
- func (pointer *ImDrawList) AddLine(a *Vec2, b *Vec2, col uint32)
- func (pointer *ImDrawList) AddLineWithThickness(a *Vec2, b *Vec2, col uint32, thickness float32)
- func (pointer *ImDrawList) AddPolyline(points *Vec2List, col uint32, closed bool, thickness float32)
- func (pointer *ImDrawList) AddQuad(a *Vec2, b *Vec2, c *Vec2, d *Vec2, col uint32)
- func (pointer *ImDrawList) AddQuadFilled(a *Vec2, b *Vec2, c *Vec2, d *Vec2, col uint32)
- func (pointer *ImDrawList) AddQuadWithThickness(a *Vec2, b *Vec2, c *Vec2, d *Vec2, col uint32, thickness float32)
- func (pointer *ImDrawList) AddRect(a *Vec2, b *Vec2, col uint32)
- func (pointer *ImDrawList) AddRectFilled(a *Vec2, b *Vec2, col uint32)
- func (pointer *ImDrawList) AddRectFilledMultiColor(a *Vec2, b *Vec2, coluprleft uint32, coluprright uint32, colbotright uint32, ...)
- func (pointer *ImDrawList) AddRectFilledWithRounding(a *Vec2, b *Vec2, col uint32, rounding float32)
- func (pointer *ImDrawList) AddRectFilledWithRoundingRoundingCornerFlags(a *Vec2, b *Vec2, col uint32, rounding float32, roundingcornerflags int32)
- func (pointer *ImDrawList) AddRectWithRounding(a *Vec2, b *Vec2, col uint32, rounding float32)
- func (pointer *ImDrawList) AddRectWithRoundingRoundingCornerFlags(a *Vec2, b *Vec2, col uint32, rounding float32, roundingcornerflags int32)
- func (pointer *ImDrawList) AddRectWithRoundingRoundingCornerFlagsThickness(a *Vec2, b *Vec2, col uint32, rounding float32, roundingcornerflags int32, ...)
- func (pointer *ImDrawList) AddText(pos *Vec2, col uint32, text string)
- func (pointer *ImDrawList) AddTextWithFontFontSizePosColText(font *ImFont, fontsize float32, pos *Vec2, col uint32, text string)
- func (pointer *ImDrawList) AddTextWithFontFontSizePosColTextWrapWidth(font *ImFont, fontsize float32, pos *Vec2, col uint32, text string, ...)
- func (pointer *ImDrawList) AddTextWithFontFontSizePosColTextWrapWidthCpuFineClipRect(font *ImFont, fontsize float32, pos *Vec2, col uint32, text string, ...)
- func (pointer *ImDrawList) AddTriangle(a *Vec2, b *Vec2, c *Vec2, col uint32)
- func (pointer *ImDrawList) AddTriangleFilled(a *Vec2, b *Vec2, c *Vec2, col uint32)
- func (pointer *ImDrawList) AddTriangleWithThickness(a *Vec2, b *Vec2, c *Vec2, col uint32, thickness float32)
- func (pointer *ImDrawList) ChannelsMerge()
- func (pointer *ImDrawList) ChannelsSetCurrent(channelindex int32)
- func (pointer *ImDrawList) ChannelsSplit(channelscount int32)
- func (pointer *ImDrawList) Free()
- func (pointer *ImDrawList) GetClipRectMax() *Vec2
- func (pointer *ImDrawList) GetClipRectMin() *Vec2
- func (pointer *ImDrawList) IsNil() bool
- func (pointer *ImDrawList) PathArcTo(centre *Vec2, radius float32, amin float32, amax float32)
- func (pointer *ImDrawList) PathArcToFast(centre *Vec2, radius float32, aminof12 int32, amaxof12 int32)
- func (pointer *ImDrawList) PathArcToWithNumSegments(centre *Vec2, radius float32, amin float32, amax float32, numsegments int32)
- func (pointer *ImDrawList) PathBezierCubicCurveTo(p1 *Vec2, p2 *Vec2, p3 *Vec2)
- func (pointer *ImDrawList) PathBezierCubicCurveToWithNumSegments(p1 *Vec2, p2 *Vec2, p3 *Vec2, numsegments int32)
- func (pointer *ImDrawList) PathClear()
- func (pointer *ImDrawList) PathFillConvex(col uint32)
- func (pointer *ImDrawList) PathLineTo(pos *Vec2)
- func (pointer *ImDrawList) PathLineToMergeDuplicate(pos *Vec2)
- func (pointer *ImDrawList) PathRect(rectmin *Vec2, rectmax *Vec2)
- func (pointer *ImDrawList) PathRectWithRounding(rectmin *Vec2, rectmax *Vec2, rounding float32)
- func (pointer *ImDrawList) PathRectWithRoundingFlags(rectmin *Vec2, rectmax *Vec2, rounding float32, flags ImDrawFlags)
- func (pointer *ImDrawList) PathStroke(col uint32, closed bool)
- func (pointer *ImDrawList) PathStrokeWithThickness(col uint32, closed bool, thickness float32)
- func (pointer *ImDrawList) PopClipRect()
- func (pointer *ImDrawList) PopTextureID()
- func (pointer *ImDrawList) PushClipRect(cliprectmin *Vec2, cliprectmax *Vec2)
- func (pointer *ImDrawList) PushClipRectFullScreen()
- func (pointer *ImDrawList) PushClipRectWithIntersectWithCurentClipRect(cliprectmin *Vec2, cliprectmax *Vec2, intersectwithcurentcliprect bool)
- func (pointer *ImDrawList) PushTextureID(tex *Texture)
type ImFont
- func ImGuiGetFont() *ImFont
- func (pointer *ImFont) Free()
- func (pointer *ImFont) IsNil() bool
type ImGuiCol
type ImGuiColorEditFlags
type ImGuiComboFlags
type ImGuiCond
type ImGuiFocusedFlags
type ImGuiHoveredFlags
type ImGuiInputTextFlags
type ImGuiMouseButton
type ImGuiPopupFlags
type ImGuiSelectableFlags
type ImGuiStyleVar
type ImGuiTreeNodeFlags
type ImGuiWindowFlags
type Instance
- func (pointer *Instance) ClearOnInstantiateAnim()
- func (pointer *Instance) Eq(i *Instance) bool
- func (pointer *Instance) Free()
- func (pointer *Instance) GetOnInstantiateAnim() string
- func (pointer *Instance) GetOnInstantiateAnimLoopMode() AnimLoopMode
- func (pointer *Instance) GetOnInstantiatePlayAnimRef() *ScenePlayAnimRef
- func (pointer *Instance) GetPath() string
- func (pointer *Instance) IsNil() bool
- func (pointer *Instance) IsValid() bool
- func (pointer *Instance) SetOnInstantiateAnim(anim string)
- func (pointer *Instance) SetOnInstantiateAnimLoopMode(loopmode AnimLoopMode)
- func (pointer *Instance) SetPath(path string)
type IntRect
- func CropWithRectLeftTopRightBottom(rect *IntRect, left int32, top int32, right int32, bottom int32) *IntRect
- func GetMonitorRect(monitor *Monitor) *IntRect
- func GrowWithRectBorder(rect *IntRect, border int32) *IntRect
- func IntersectionWithAB(a *IntRect, b *IntRect) *IntRect
- func MakeRectFromWidthHeightWithXYWH(x int32, y int32, w int32, h int32) *IntRect
- func NewIntRect() *IntRect
- func NewIntRectWithRect(rect *IntRect) *IntRect
- func NewIntRectWithSxSyExEy(sx int32, sy int32, ex int32, ey int32) *IntRect
- func NewIntRectWithXY(x int32, y int32) *IntRect
- func OffsetWithRectXY(rect *IntRect, x int32, y int32) *IntRect
- func ToIntRect(rect *Rect) *IntRect
- func (pointer *IntRect) Free()
- func (pointer *IntRect) GetEx() int32
- func (pointer *IntRect) GetEy() int32
- func (pointer *IntRect) GetSx() int32
- func (pointer *IntRect) GetSy() int32
- func (pointer *IntRect) IsNil() bool
- func (pointer *IntRect) SetEx(v int32)
- func (pointer *IntRect) SetEy(v int32)
- func (pointer *IntRect) SetSx(v int32)
- func (pointer *IntRect) SetSy(v int32)
type IsoSurface
- func GaussianBlurIsoSurface(surface *IsoSurface, width int32, height int32, depth int32) *IsoSurface
- func NewIsoSurface(width int32, height int32, depth int32) *IsoSurface
- func (pointer *IsoSurface) Free()
- func (pointer *IsoSurface) IsNil() bool
type JSON
- func LoadJsonFromAssets(name string) *JSON
- func LoadJsonFromFile(path string) *JSON
- func NewJSON() *JSON
- func (pointer *JSON) Free()
- func (pointer *JSON) IsNil() bool
type Joystick
- func NewJoystick() *Joystick
- func NewJoystickWithName(name string) *Joystick
- func (pointer *Joystick) Axes(axis int32) float32
- func (pointer *Joystick) AxesCount() int32
- func (pointer *Joystick) ButtonsCount() int32
- func (pointer *Joystick) Connected() bool
- func (pointer *Joystick) Disconnected() bool
- func (pointer *Joystick) Down(btn int32) bool
- func (pointer *Joystick) DtAxes(axis int32) float32
- func (pointer *Joystick) Free()
- func (pointer *Joystick) GetDeviceName() string
- func (pointer *Joystick) IsConnected() bool
- func (pointer *Joystick) IsNil() bool
- func (pointer *Joystick) Pressed(btn int32) bool
- func (pointer *Joystick) Released(btn int32) bool
- func (pointer *Joystick) Update()
type JoystickState
- func ReadJoystick() *JoystickState
- func ReadJoystickWithName(name string) *JoystickState
- func (pointer *JoystickState) Axes(idx int32) float32
- func (pointer *JoystickState) Button(btn int32) bool
- func (pointer *JoystickState) Free()
- func (pointer *JoystickState) IsConnected() bool
- func (pointer *JoystickState) IsNil() bool
type Key
type Keyboard
- func NewKeyboard() *Keyboard
- func NewKeyboardWithName(name string) *Keyboard
- func (pointer *Keyboard) Down(key Key) bool
- func (pointer *Keyboard) Free()
- func (pointer *Keyboard) GetOldState() *KeyboardState
- func (pointer *Keyboard) GetState() *KeyboardState
- func (pointer *Keyboard) IsNil() bool
- func (pointer *Keyboard) Pressed(key Key) bool
- func (pointer *Keyboard) Released(key Key) bool
- func (pointer *Keyboard) Update()
type KeyboardState
- func ReadKeyboard() *KeyboardState
- func ReadKeyboardWithName(name string) *KeyboardState
- func (pointer *KeyboardState) Free()
- func (pointer *KeyboardState) IsNil() bool
- func (pointer *KeyboardState) Key(key Key) bool
type Light
- func (pointer *Light) Eq(l *Light) bool
- func (pointer *Light) Free()
- func (pointer *Light) GetDiffuseColor() *Color
- func (pointer *Light) GetDiffuseIntensity() float32
- func (pointer *Light) GetInnerAngle() float32
- func (pointer *Light) GetOuterAngle() float32
- func (pointer *Light) GetPSSMSplit() *Vec4
- func (pointer *Light) GetPriority() float32
- func (pointer *Light) GetRadius() float32
- func (pointer *Light) GetShadowType() LightShadowType
- func (pointer *Light) GetSpecularColor() *Color
- func (pointer *Light) GetSpecularIntensity() float32
- func (pointer *Light) GetType() LightType
- func (pointer *Light) IsNil() bool
- func (pointer *Light) IsValid() bool
- func (pointer *Light) SetDiffuseColor(v *Color)
- func (pointer *Light) SetDiffuseIntensity(v float32)
- func (pointer *Light) SetInnerAngle(v float32)
- func (pointer *Light) SetOuterAngle(v float32)
- func (pointer *Light) SetPSSMSplit(v *Vec4)
- func (pointer *Light) SetPriority(v float32)
- func (pointer *Light) SetRadius(v float32)
- func (pointer *Light) SetShadowType(v LightShadowType)
- func (pointer *Light) SetSpecularColor(v *Color)
- func (pointer *Light) SetSpecularIntensity(v float32)
- func (pointer *Light) SetType(v LightType)
type LightShadowType
type LightType
type LoadSaveSceneFlags
type LogLevel
type LuaObject
- func (pointer *LuaObject) Free()
- func (pointer *LuaObject) IsNil() bool
type LuaObjectList
- func NewLuaObjectList() *LuaObjectList
- func NewLuaObjectListWithSequence(sequence GoSliceOfLuaObject) *LuaObjectList
- func (pointer *LuaObjectList) At(idx int32) *LuaObject
- func (pointer *LuaObjectList) Clear()
- func (pointer *LuaObjectList) Free()
- func (pointer *LuaObjectList) Get(id int) *LuaObject
- func (pointer *LuaObjectList) IsNil() bool
- func (pointer *LuaObjectList) Len() int32
- func (pointer *LuaObjectList) PushBack(v *LuaObject)
- func (pointer *LuaObjectList) Reserve(size int32)
- func (pointer *LuaObjectList) Set(id int, v *LuaObject)
- func (pointer *LuaObjectList) Size() int32
type Mat3
- func CrossProductMat3(V *Vec3) *Mat3
- func GetRMatrix(m *Mat4) *Mat3
- func GetRotationMatrix(m *Mat4) *Mat3
- func InverseWithMI(m *Mat3) (bool, *Mat3)
- func Mat3GetIdentity() *Mat3
- func Mat3GetZero() *Mat3
- func Mat3LookAt(front *Vec3) *Mat3
- func Mat3LookAtWithUp(front *Vec3, up *Vec3) *Mat3
- func NewMat3() *Mat3
- func NewMat3WithM(m *Mat4) *Mat3
- func NewMat3WithXYZ(x *Vec3, y *Vec3, z *Vec3) *Mat3
- func NormalizeWithM(m *Mat3) *Mat3
- func Orthonormalize(m *Mat3) *Mat3
- func RotationMat2D(angle float32, pivot *Vec2) *Mat3
- func RotationMat3(euler *Vec3) *Mat3
- func RotationMat3WithRotationOrder(euler *Vec3, rotationorder RotationOrder) *Mat3
- func RotationMat3WithXYZ(x float32, y float32, z float32) *Mat3
- func RotationMat3WithXYZRotationOrder(x float32, y float32, z float32, rotationorder RotationOrder) *Mat3
- func RotationMatX(angle float32) *Mat3
- func RotationMatXY(x float32, y float32) *Mat3
- func RotationMatXYZ(x float32, y float32, z float32) *Mat3
- func RotationMatXZY(x float32, y float32, z float32) *Mat3
- func RotationMatY(angle float32) *Mat3
- func RotationMatYXZ(x float32, y float32, z float32) *Mat3
- func RotationMatYZX(x float32, y float32, z float32) *Mat3
- func RotationMatZ(angle float32) *Mat3
- func RotationMatZXY(x float32, y float32, z float32) *Mat3
- func RotationMatZYX(x float32, y float32, z float32) *Mat3
- func ScaleMat3(S *Vec2) *Mat3
- func ScaleMat3WithS(S *Vec3) *Mat3
- func ToMatrix3(q *Quaternion) *Mat3
- func TranslationMat3(T *Vec2) *Mat3
- func TranslationMat3WithT(T *Vec3) *Mat3
- func Transpose(m *Mat3) *Mat3
- func VectorMat3(V *Vec3) *Mat3
- func (pointer *Mat3) Add(m *Mat3) *Mat3
- func (pointer *Mat3) Eq(m *Mat3) bool
- func (pointer *Mat3) Free()
- func (pointer *Mat3) GetIdentity() *Mat3
- func (pointer *Mat3) GetZero() *Mat3
- func (pointer *Mat3) InplaceAdd(m *Mat3)
- func (pointer *Mat3) InplaceMul(k float32)
- func (pointer *Mat3) InplaceMulWithM(m *Mat3)
- func (pointer *Mat3) InplaceSub(m *Mat3)
- func (pointer *Mat3) IsNil() bool
- func (pointer *Mat3) Mul(v float32) *Mat3
- func (pointer *Mat3) MulWithM(m *Mat3) *Mat3
- func (pointer *Mat3) MulWithV(v *Vec2) *Vec2
- func (pointer *Mat3) MulWithVec3V(v *Vec3) *Vec3
- func (pointer *Mat3) MulWithVec4V(v *Vec4) *Vec4
- func (pointer *Mat3) Ne(m *Mat3) bool
- func (pointer *Mat3) Sub(m *Mat3) *Mat3
type Mat4
- func InverseFast(m *Mat4) *Mat4
- func InverseWithMat4MMat4I(m *Mat4) (bool, *Mat4)
- func LerpAsOrthonormalBase(from *Mat4, to *Mat4, k float32) *Mat4
- func LerpAsOrthonormalBaseWithFast(from *Mat4, to *Mat4, k float32, fast bool) *Mat4
- func Mat4GetIdentity() *Mat4
- func Mat4GetZero() *Mat4
- func Mat4LookAt(position *Vec3, at *Vec3) *Mat4
- func Mat4LookAtUp(position *Vec3, at *Vec3, up *Vec3) *Mat4
- func Mat4LookAtUpWithScale(position *Vec3, at *Vec3, up *Vec3, scale *Vec3) *Mat4
- func Mat4LookAtWithScale(position *Vec3, at *Vec3, scale *Vec3) *Mat4
- func Mat4LookToward(position *Vec3, direction *Vec3) *Mat4
- func Mat4LookTowardUp(position *Vec3, direction *Vec3, up *Vec3) *Mat4
- func Mat4LookTowardUpWithScale(position *Vec3, direction *Vec3, up *Vec3, scale *Vec3) *Mat4
- func Mat4LookTowardWithScale(position *Vec3, direction *Vec3, scale *Vec3) *Mat4
- func NewMat4() *Mat4
- func NewMat4WithM(m *Mat4) *Mat4
- func NewMat4WithM00M10M20M01M11M21M02M12M22M03M13M23(m00 float32, m10 float32, m20 float32, m01 float32, m11 float32, m21 float32, ...) *Mat4
- func NewMat4WithMat3M(m *Mat3) *Mat4
- func OrthonormalizeWithM(m *Mat4) *Mat4
- func RotationMat4(euler *Vec3) *Mat4
- func RotationMat4WithOrder(euler *Vec3, order RotationOrder) *Mat4
- func ScaleMat4(scale *Vec3) *Mat4
- func ScaleMat4WithScale(scale float32) *Mat4
- func TransformationMat4(pos *Vec3, rot *Vec3) *Mat4
- func TransformationMat4WithRot(pos *Vec3, rot *Mat3) *Mat4
- func TransformationMat4WithRotScale(pos *Vec3, rot *Mat3, scale *Vec3) *Mat4
- func TransformationMat4WithScale(pos *Vec3, rot *Vec3, scale *Vec3) *Mat4
- func TranslationMat4(t *Vec3) *Mat4
- func (pointer *Mat4) Add(m *Mat4) *Mat4
- func (pointer *Mat4) Eq(m *Mat4) bool
- func (pointer *Mat4) Free()
- func (pointer *Mat4) GetIdentity() *Mat4
- func (pointer *Mat4) GetZero() *Mat4
- func (pointer *Mat4) IsNil() bool
- func (pointer *Mat4) Mul(v float32) *Mat4
- func (pointer *Mat4) MulWithM(m *Mat4) *Mat4
- func (pointer *Mat4) MulWithMat44M(m *Mat44) *Mat44
- func (pointer *Mat4) MulWithV(v *Vec3) *Vec3
- func (pointer *Mat4) MulWithVec4V(v *Vec4) *Vec4
- func (pointer *Mat4) Ne(m *Mat4) bool
- func (pointer *Mat4) Sub(m *Mat4) *Mat4
type Mat44
- func Compute2DProjectionMatrix(znear float32, zfar float32, resx float32, resy float32, yup bool) *Mat44
- func ComputeOrthographicProjectionMatrix(znear float32, zfar float32, size float32, aspectratio *Vec2) *Mat44
- func ComputeOrthographicProjectionMatrixWithOffset(znear float32, zfar float32, size float32, aspectratio *Vec2, offset *Vec2) *Mat44
- func ComputePerspectiveProjectionMatrix(znear float32, zfar float32, zoomfactor float32, aspectratio *Vec2) *Mat44
- func ComputePerspectiveProjectionMatrixWithOffset(znear float32, zfar float32, zoomfactor float32, aspectratio *Vec2, ...) *Mat44
- func InverseWithMResult(m *Mat44) (*Mat44, *bool)
- func Mat44GetIdentity() *Mat44
- func Mat44GetZero() *Mat44
- func NewMat44() *Mat44
- func NewMat44WithM00M10M20M30M01M11M21M31M02M12M22M32M03M13M23M33(m00 float32, m10 float32, m20 float32, m30 float32, m01 float32, m11 float32, ...) *Mat44
- func (pointer *Mat44) Free()
- func (pointer *Mat44) GetIdentity() *Mat44
- func (pointer *Mat44) GetZero() *Mat44
- func (pointer *Mat44) IsNil() bool
- func (pointer *Mat44) Mul(m *Mat4) *Mat44
- func (pointer *Mat44) MulWithM(m *Mat44) *Mat44
- func (pointer *Mat44) MulWithV(v *Vec3) *Vec3
- func (pointer *Mat44) MulWithVec4V(v *Vec4) *Vec4
type Mat4List
- func NewMat4List() *Mat4List
- func NewMat4ListWithSequence(sequence GoSliceOfMat4) *Mat4List
- func (pointer *Mat4List) At(idx int32) *Mat4
- func (pointer *Mat4List) Clear()
- func (pointer *Mat4List) Free()
- func (pointer *Mat4List) Get(id int) *Mat4
- func (pointer *Mat4List) IsNil() bool
- func (pointer *Mat4List) Len() int32
- func (pointer *Mat4List) PushBack(v *Mat4)
- func (pointer *Mat4List) Reserve(size int32)
- func (pointer *Mat4List) Set(id int, v *Mat4)
- func (pointer *Mat4List) Size() int32
type Material
- func CreateMaterial(prg *PipelineProgramRef) *Material
- func CreateMaterialWithValueName0Value0ValueName1Value1(prg *PipelineProgramRef, valuename0 string, value0 *Vec4, valuename1 string, ...) *Material
- func CreateMaterialWithValueNameValue(prg *PipelineProgramRef, valuename string, value *Vec4) *Material
- func NewMaterial() *Material
- func (pointer *Material) Free()
- func (pointer *Material) IsNil() bool
type MaterialList
- func NewMaterialList() *MaterialList
- func NewMaterialListWithSequence(sequence GoSliceOfMaterial) *MaterialList
- func (pointer *MaterialList) At(idx int32) *Material
- func (pointer *MaterialList) Clear()
- func (pointer *MaterialList) Free()
- func (pointer *MaterialList) Get(id int) *Material
- func (pointer *MaterialList) IsNil() bool
- func (pointer *MaterialList) Len() int32
- func (pointer *MaterialList) PushBack(v *Material)
- func (pointer *MaterialList) Reserve(size int32)
- func (pointer *MaterialList) Set(id int, v *Material)
- func (pointer *MaterialList) Size() int32
type MaterialRef
- func (pointer *MaterialRef) Eq(m *MaterialRef) bool
- func (pointer *MaterialRef) Free()
- func (pointer *MaterialRef) IsNil() bool
- func (pointer *MaterialRef) Ne(m *MaterialRef) bool
type MinMax
- func MinMaxFromPositionSize(position *Vec3, size *Vec3) *MinMax
- func NewMinMax() *MinMax
- func NewMinMaxWithMinMax(min *Vec3, max *Vec3) *MinMax
- func Union(minmaxa *MinMax, minmaxb *MinMax) *MinMax
- func UnionWithMinmaxPosition(minmax *MinMax, position *Vec3) *MinMax
- func (pointer *MinMax) Eq(minmax *MinMax) bool
- func (pointer *MinMax) Free()
- func (pointer *MinMax) GetMn() *Vec3
- func (pointer *MinMax) GetMx() *Vec3
- func (pointer *MinMax) IsNil() bool
- func (pointer *MinMax) Mul(m *Mat4) *MinMax
- func (pointer *MinMax) Ne(minmax *MinMax) bool
- func (pointer *MinMax) SetMn(v *Vec3)
- func (pointer *MinMax) SetMx(v *Vec3)
type Model
- func CreateCapsuleModel(decl *VertexLayout, radius float32, height float32, subdivx int32, ...) *Model
- func CreateConeModel(decl *VertexLayout, radius float32, height float32, subdivx int32) *Model
- func CreateCubeModel(decl *VertexLayout, x float32, y float32, z float32) *Model
- func CreateCylinderModel(decl *VertexLayout, radius float32, height float32, subdivx int32) *Model
- func CreatePlaneModel(decl *VertexLayout, width float32, length float32, subdivx int32, ...) *Model
- func CreateSphereModel(decl *VertexLayout, radius float32, subdivx int32, subdivy int32) *Model
- func LoadModelFromAssets(name string) *Model
- func LoadModelFromFile(path string) *Model
- func (pointer *Model) Free()
- func (pointer *Model) IsNil() bool
type ModelBuilder
- func NewModelBuilder() *ModelBuilder
- func (pointer *ModelBuilder) AddPolygon(idxs *Uint32TList)
- func (pointer *ModelBuilder) AddQuad(a uint32, b uint32, c uint32, d uint32)
- func (pointer *ModelBuilder) AddTriangle(a uint32, b uint32, c uint32)
- func (pointer *ModelBuilder) AddVertex(vtx *Vertex) uint32
- func (pointer *ModelBuilder) Clear()
- func (pointer *ModelBuilder) EndList(material uint16)
- func (pointer *ModelBuilder) Free()
- func (pointer *ModelBuilder) GetCurrentListIndexCount() int32
- func (pointer *ModelBuilder) IsNil() bool
- func (pointer *ModelBuilder) MakeModel(decl *VertexLayout) *Model
type ModelRef
- func (pointer *ModelRef) Eq(m *ModelRef) bool
- func (pointer *ModelRef) Free()
- func (pointer *ModelRef) IsNil() bool
- func (pointer *ModelRef) Ne(m *ModelRef) bool
type Monitor
- func (pointer *Monitor) Free()
- func (pointer *Monitor) IsNil() bool
type MonitorList
- func GetMonitors() *MonitorList
- func NewMonitorList() *MonitorList
- func NewMonitorListWithSequence(sequence GoSliceOfMonitor) *MonitorList
- func (pointer *MonitorList) At(idx int32) *Monitor
- func (pointer *MonitorList) Clear()
- func (pointer *MonitorList) Free()
- func (pointer *MonitorList) Get(id int) *Monitor
- func (pointer *MonitorList) IsNil() bool
- func (pointer *MonitorList) Len() int32
- func (pointer *MonitorList) PushBack(v *Monitor)
- func (pointer *MonitorList) Reserve(size int32)
- func (pointer *MonitorList) Set(id int, v *Monitor)
- func (pointer *MonitorList) Size() int32
type MonitorMode
- func (pointer *MonitorMode) Free()
- func (pointer *MonitorMode) GetFrequency() int32
- func (pointer *MonitorMode) GetName() string
- func (pointer *MonitorMode) GetRect() *IntRect
- func (pointer *MonitorMode) GetRotation() MonitorRotation
- func (pointer *MonitorMode) GetSupportedRotations() uint8
- func (pointer *MonitorMode) IsNil() bool
- func (pointer *MonitorMode) SetFrequency(v int32)
- func (pointer *MonitorMode) SetName(v string)
- func (pointer *MonitorMode) SetRect(v *IntRect)
- func (pointer *MonitorMode) SetRotation(v MonitorRotation)
- func (pointer *MonitorMode) SetSupportedRotations(v uint8)
type MonitorModeList
- func GetMonitorModes(monitor *Monitor) (bool, *MonitorModeList)
- func NewMonitorModeList() *MonitorModeList
- func NewMonitorModeListWithSequence(sequence GoSliceOfMonitorMode) *MonitorModeList
- func (pointer *MonitorModeList) At(idx int32) *MonitorMode
- func (pointer *MonitorModeList) Clear()
- func (pointer *MonitorModeList) Free()
- func (pointer *MonitorModeList) Get(id int) *MonitorMode
- func (pointer *MonitorModeList) IsNil() bool
- func (pointer *MonitorModeList) Len() int32
- func (pointer *MonitorModeList) PushBack(v *MonitorMode)
- func (pointer *MonitorModeList) Reserve(size int32)
- func (pointer *MonitorModeList) Set(id int, v *MonitorMode)
- func (pointer *MonitorModeList) Size() int32
type MonitorRotation
type Mouse
- func NewMouse() *Mouse
- func NewMouseWithName(name string) *Mouse
- func (pointer *Mouse) Down(button int32) bool
- func (pointer *Mouse) DtX() int32
- func (pointer *Mouse) DtY() int32
- func (pointer *Mouse) Free()
- func (pointer *Mouse) GetOldState() *MouseState
- func (pointer *Mouse) GetState() *MouseState
- func (pointer *Mouse) HWheel() int32
- func (pointer *Mouse) IsNil() bool
- func (pointer *Mouse) Pressed(button int32) bool
- func (pointer *Mouse) Released(button int32) bool
- func (pointer *Mouse) Update()
- func (pointer *Mouse) Wheel() int32
- func (pointer *Mouse) X() int32
- func (pointer *Mouse) Y() int32
type MouseButton
type MouseState
- func ReadMouse() *MouseState
- func ReadMouseWithName(name string) *MouseState
- func (pointer *MouseState) Button(btn MouseButton) bool
- func (pointer *MouseState) Free()
- func (pointer *MouseState) HWheel() int32
- func (pointer *MouseState) IsNil() bool
- func (pointer *MouseState) Wheel() int32
- func (pointer *MouseState) X() int32
- func (pointer *MouseState) Y() int32
type Node
- func CreateCamera(scene *Scene, mtx *Mat4, znear float32, zfar float32) *Node
- func CreateCameraWithFov(scene *Scene, mtx *Mat4, znear float32, zfar float32, fov float32) *Node
- func CreateInstanceFromAssets(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, ...) (*Node, *bool)
- func CreateInstanceFromAssetsWithFlags(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, ...) (*Node, *bool)
- func CreateInstanceFromFile(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, ...) (*Node, *bool)
- func CreateInstanceFromFileWithFlags(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, ...) (*Node, *bool)
- func CreateLinearLight(scene *Scene, mtx *Mat4) *Node
- func CreateLinearLightWithDiffuse(scene *Scene, mtx *Mat4, diffuse *Color) *Node
- func CreateLinearLightWithDiffuseDiffuseIntensity(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32) *Node
- func CreateLinearLightWithDiffuseDiffuseIntensitySpecular(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, ...) *Node
- func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, ...) *Node
- func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, ...) *Node
- func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, ...) *Node
- func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, ...) *Node
- func CreateLinearLightWithDiffuseSpecular(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color) *Node
- func CreateLinearLightWithDiffuseSpecularPriority(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color, priority float32) *Node
- func CreateLinearLightWithDiffuseSpecularPriorityShadowType(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color, priority float32, ...) *Node
- func CreateLinearLightWithDiffuseSpecularPriorityShadowTypeShadowBiasPssmSplit(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color, priority float32, ...) *Node
- func CreateObject(scene *Scene, mtx *Mat4, model *ModelRef, materials *MaterialList) *Node
- func CreateObjectWithSliceOfMaterials(scene *Scene, mtx *Mat4, model *ModelRef, SliceOfmaterials GoSliceOfMaterial) *Node
- func CreateOrthographicCamera(scene *Scene, mtx *Mat4, znear float32, zfar float32) *Node
- func CreateOrthographicCameraWithSize(scene *Scene, mtx *Mat4, znear float32, zfar float32, size float32) *Node
- func CreatePhysicCube(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePhysicCubeWithMass(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePhysicCubeWithSliceOfMaterials(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePhysicCubeWithSliceOfMaterialsMass(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePhysicSphere(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePhysicSphereWithMass(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePhysicSphereWithSliceOfMaterials(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePhysicSphereWithSliceOfMaterialsMass(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, ...) *Node
- func CreatePointLight(scene *Scene, mtx *Mat4, radius float32) *Node
- func CreatePointLightWithDiffuse(scene *Scene, mtx *Mat4, radius float32, diffuse *Color) *Node
- func CreatePointLightWithDiffuseDiffuseIntensity(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, ...) *Node
- func CreatePointLightWithDiffuseDiffuseIntensitySpecular(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, ...) *Node
- func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, ...) *Node
- func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, ...) *Node
- func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, ...) *Node
- func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, ...) *Node
- func CreatePointLightWithDiffuseSpecular(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color) *Node
- func CreatePointLightWithDiffuseSpecularPriority(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color, ...) *Node
- func CreatePointLightWithDiffuseSpecularPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color, ...) *Node
- func CreatePointLightWithDiffuseSpecularPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color, ...) *Node
- func CreateSceneRootNode(scene *Scene, name string, mtx *Mat4) *Node
- func CreateScript(scene *Scene) *Node
- func CreateScriptWithPath(scene *Scene, path string) *Node
- func CreateSpotLight(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuse(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseDiffuseIntensity(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseDiffuseIntensitySpecular(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseSpecular(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseSpecularPriority(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseSpecularPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func CreateSpotLightWithDiffuseSpecularPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, innerangle float32, ...) *Node
- func DuplicateNodeFromAssets(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *Node
- func DuplicateNodeFromFile(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *Node
- func (pointer *Node) ComputeCameraViewState(aspectratio *Vec2) *ViewState
- func (pointer *Node) ComputeWorld() *Mat4
- func (pointer *Node) DestroyInstance()
- func (pointer *Node) Disable()
- func (pointer *Node) Enable()
- func (pointer *Node) Eq(n *Node) bool
- func (pointer *Node) Free()
- func (pointer *Node) GetCamera() *Camera
- func (pointer *Node) GetCollision(slot int32) *Collision
- func (pointer *Node) GetCollisionCount() int32
- func (pointer *Node) GetFlags() uint32
- func (pointer *Node) GetInstance() *Instance
- func (pointer *Node) GetInstanceSceneAnim(path string) *SceneAnimRef
- func (pointer *Node) GetInstanceSceneView() *SceneView
- func (pointer *Node) GetLight() *Light
- func (pointer *Node) GetMinMax(resources *PipelineResources) (bool, *MinMax)
- func (pointer *Node) GetName() string
- func (pointer *Node) GetObject() *Object
- func (pointer *Node) GetRigidBody() *RigidBody
- func (pointer *Node) GetScript(idx int32) *Script
- func (pointer *Node) GetScriptCount() int32
- func (pointer *Node) GetTransform() *Transform
- func (pointer *Node) GetUid() uint32
- func (pointer *Node) GetWorld() *Mat4
- func (pointer *Node) HasCamera() bool
- func (pointer *Node) HasInstance() bool
- func (pointer *Node) HasLight() bool
- func (pointer *Node) HasObject() bool
- func (pointer *Node) HasRigidBody() bool
- func (pointer *Node) HasTransform() bool
- func (pointer *Node) IsEnabled() bool
- func (pointer *Node) IsInstantiatedBy() *Node
- func (pointer *Node) IsItselfEnabled() bool
- func (pointer *Node) IsNil() bool
- func (pointer *Node) IsValid() bool
- func (pointer *Node) RemoveCamera()
- func (pointer *Node) RemoveCollision(c *Collision)
- func (pointer *Node) RemoveCollisionWithSlot(slot int32)
- func (pointer *Node) RemoveLight()
- func (pointer *Node) RemoveObject()
- func (pointer *Node) RemoveRigidBody()
- func (pointer *Node) RemoveScript(s *Script)
- func (pointer *Node) RemoveScriptWithSlot(slot int32)
- func (pointer *Node) RemoveTransform()
- func (pointer *Node) SetCamera(c *Camera)
- func (pointer *Node) SetCollision(slot int32, c *Collision)
- func (pointer *Node) SetFlags(flags uint32)
- func (pointer *Node) SetInstance(instance *Instance)
- func (pointer *Node) SetLight(l *Light)
- func (pointer *Node) SetName(name string)
- func (pointer *Node) SetObject(o *Object)
- func (pointer *Node) SetRigidBody(b *RigidBody)
- func (pointer *Node) SetScript(idx int32, s *Script)
- func (pointer *Node) SetTransform(t *Transform)
- func (pointer *Node) SetWorld(world *Mat4)
- func (pointer *Node) SetupInstanceFromAssets(resources *PipelineResources, pipeline *PipelineInfo) bool
- func (pointer *Node) SetupInstanceFromAssetsWithFlags(resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool
- func (pointer *Node) SetupInstanceFromFile(resources *PipelineResources, pipeline *PipelineInfo) bool
- func (pointer *Node) SetupInstanceFromFileWithFlags(resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool
- func (pointer *Node) StartOnInstantiateAnim()
- func (pointer *Node) StopOnInstantiateAnim()
type NodeComponentIdx
type NodeList
- func DuplicateNodeAndChildrenFromAssets(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *NodeList
- func DuplicateNodeAndChildrenFromFile(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *NodeList
- func DuplicateNodesAndChildrenFromAssets(scene *Scene, nodes *NodeList, resources *PipelineResources, ...) *NodeList
- func DuplicateNodesAndChildrenFromFile(scene *Scene, nodes *NodeList, resources *PipelineResources, ...) *NodeList
- func DuplicateNodesFromAssets(scene *Scene, nodes *NodeList, resources *PipelineResources, ...) *NodeList
- func DuplicateNodesFromFile(scene *Scene, nodes *NodeList, resources *PipelineResources, ...) *NodeList
- func GetNodesInContact(scene *Scene, with *Node, nodepaircontacts *NodePairContacts) *NodeList
- func NewNodeList() *NodeList
- func NewNodeListWithSequence(sequence GoSliceOfNode) *NodeList
- func (pointer *NodeList) At(idx int32) *Node
- func (pointer *NodeList) Clear()
- func (pointer *NodeList) Free()
- func (pointer *NodeList) Get(id int) *Node
- func (pointer *NodeList) IsNil() bool
- func (pointer *NodeList) Len() int32
- func (pointer *NodeList) PushBack(v *Node)
- func (pointer *NodeList) Reserve(size int32)
- func (pointer *NodeList) Set(id int, v *Node)
- func (pointer *NodeList) Size() int32
type NodePairContacts
- func (pointer *NodePairContacts) Free()
- func (pointer *NodePairContacts) IsNil() bool
type Object
- func (pointer *Object) ClearModelRef()
- func (pointer *Object) Eq(o *Object) bool
- func (pointer *Object) Free()
- func (pointer *Object) GetBone(idx int32) *Node
- func (pointer *Object) GetBoneCount() int32
- func (pointer *Object) GetMaterial(slotidx int32) *Material
- func (pointer *Object) GetMaterialCount() int32
- func (pointer *Object) GetMaterialName(slotidx int32) string
- func (pointer *Object) GetMaterialWithName(name string) *Material
- func (pointer *Object) GetMinMax(resources *PipelineResources) (bool, *MinMax)
- func (pointer *Object) GetModelRef() *ModelRef
- func (pointer *Object) IsNil() bool
- func (pointer *Object) IsValid() bool
- func (pointer *Object) SetBone(idx int32, node *Node) bool
- func (pointer *Object) SetBoneCount(count int32)
- func (pointer *Object) SetMaterial(slotidx int32, mat *Material)
- func (pointer *Object) SetMaterialCount(count int32)
- func (pointer *Object) SetMaterialName(slotidx int32, name string)
- func (pointer *Object) SetModelRef(r *ModelRef)
type OpenVRAA
type OpenVREye
- func (pointer *OpenVREye) Free()
- func (pointer *OpenVREye) GetOffset() *Mat4
- func (pointer *OpenVREye) GetProjection() *Mat44
- func (pointer *OpenVREye) IsNil() bool
- func (pointer *OpenVREye) SetOffset(v *Mat4)
- func (pointer *OpenVREye) SetProjection(v *Mat44)
type OpenVREyeFrameBuffer
- func OpenVRCreateEyeFrameBuffer() *OpenVREyeFrameBuffer
- func OpenVRCreateEyeFrameBufferWithAa(aa OpenVRAA) *OpenVREyeFrameBuffer
- func (pointer *OpenVREyeFrameBuffer) Free()
- func (pointer *OpenVREyeFrameBuffer) GetHandle() *FrameBufferHandle
- func (pointer *OpenVREyeFrameBuffer) IsNil() bool
type OpenVRState
- func OpenVRGetState(body *Mat4, znear float32, zfar float32) *OpenVRState
- func (pointer *OpenVRState) Free()
- func (pointer *OpenVRState) GetBody() *Mat4
- func (pointer *OpenVRState) GetHead() *Mat4
- func (pointer *OpenVRState) GetHeight() uint32
- func (pointer *OpenVRState) GetInvHead() *Mat4
- func (pointer *OpenVRState) GetLeft() *OpenVREye
- func (pointer *OpenVRState) GetRight() *OpenVREye
- func (pointer *OpenVRState) GetWidth() uint32
- func (pointer *OpenVRState) IsNil() bool
- func (pointer *OpenVRState) SetBody(v *Mat4)
- func (pointer *OpenVRState) SetHead(v *Mat4)
- func (pointer *OpenVRState) SetHeight(v uint32)
- func (pointer *OpenVRState) SetInvHead(v *Mat4)
- func (pointer *OpenVRState) SetLeft(v *OpenVREye)
- func (pointer *OpenVRState) SetRight(v *OpenVREye)
- func (pointer *OpenVRState) SetWidth(v uint32)
type Picture
- func NewPicture() *Picture
- func NewPictureWithDataWidthHeightFormat(data *VoidPointer, width uint16, height uint16, format PictureFormat) *Picture
- func NewPictureWithPicture(picture *Picture) *Picture
- func NewPictureWithWidthHeightFormat(width uint16, height uint16, format PictureFormat) *Picture
- func (pointer *Picture) CopyData(data *VoidPointer, width uint16, height uint16, format PictureFormat)
- func (pointer *Picture) Free()
- func (pointer *Picture) GetData() uintptr
- func (pointer *Picture) GetFormat() PictureFormat
- func (pointer *Picture) GetHeight() uint32
- func (pointer *Picture) GetPixelRGBA(x uint16, y uint16) *Color
- func (pointer *Picture) GetWidth() uint32
- func (pointer *Picture) IsNil() bool
- func (pointer *Picture) SetData(data *VoidPointer, width uint16, height uint16, format PictureFormat)
- func (pointer *Picture) SetPixelRGBA(x uint16, y uint16, col *Color)
type PictureFormat
type Pipeline
- func CastForwardPipelineToPipeline(o *ForwardPipeline) *Pipeline
- func (pointer *Pipeline) Free()
- func (pointer *Pipeline) IsNil() bool
type PipelineInfo
- func GetForwardPipelineInfo() *PipelineInfo
- func (pointer *PipelineInfo) Free()
- func (pointer *PipelineInfo) GetName() string
- func (pointer *PipelineInfo) IsNil() bool
- func (pointer *PipelineInfo) SetName(v string)
type PipelineProgram
- func LoadPipelineProgramFromAssets(name string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgram
- func LoadPipelineProgramFromFile(path string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgram
- func (pointer *PipelineProgram) Free()
- func (pointer *PipelineProgram) IsNil() bool
type PipelineProgramRef
- func LoadPipelineProgramRefFromAssets(name string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgramRef
- func LoadPipelineProgramRefFromFile(path string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgramRef
- func (pointer *PipelineProgramRef) Eq(p *PipelineProgramRef) bool
- func (pointer *PipelineProgramRef) Free()
- func (pointer *PipelineProgramRef) IsNil() bool
- func (pointer *PipelineProgramRef) Ne(p *PipelineProgramRef) bool
type PipelineResources
- func NewPipelineResources() *PipelineResources
- func (pointer *PipelineResources) AddModel(name string, mdl *Model) *ModelRef
- func (pointer *PipelineResources) AddProgram(name string, prg *PipelineProgram) *PipelineProgramRef
- func (pointer *PipelineResources) AddTexture(name string, tex *Texture) *TextureRef
- func (pointer *PipelineResources) DestroyAllModels()
- func (pointer *PipelineResources) DestroyAllPrograms()
- func (pointer *PipelineResources) DestroyAllTextures()
- func (pointer *PipelineResources) DestroyModel(ref *ModelRef)
- func (pointer *PipelineResources) DestroyProgram(ref *PipelineProgramRef)
- func (pointer *PipelineResources) DestroyTexture(ref *TextureRef)
- func (pointer *PipelineResources) Free()
- func (pointer *PipelineResources) GetModel(ref *ModelRef) *Model
- func (pointer *PipelineResources) GetModelName(ref *ModelRef) string
- func (pointer *PipelineResources) GetProgram(ref *PipelineProgramRef) *PipelineProgram
- func (pointer *PipelineResources) GetProgramName(ref *PipelineProgramRef) string
- func (pointer *PipelineResources) GetTexture(ref *TextureRef) *Texture
- func (pointer *PipelineResources) GetTextureInfo(ref *TextureRef) *TextureInfo
- func (pointer *PipelineResources) GetTextureName(ref *TextureRef) string
- func (pointer *PipelineResources) HasModel(name string) *ModelRef
- func (pointer *PipelineResources) HasProgram(name string) *PipelineProgramRef
- func (pointer *PipelineResources) HasTexture(name string) *TextureRef
- func (pointer *PipelineResources) HasTextureInfo(ref *TextureRef) bool
- func (pointer *PipelineResources) IsNil() bool
- func (pointer *PipelineResources) UpdateModel(ref *ModelRef, mdl *Model)
- func (pointer *PipelineResources) UpdateProgram(ref *PipelineProgramRef, prg *PipelineProgram)
- func (pointer *PipelineResources) UpdateTexture(ref *TextureRef, tex *Texture)
type ProfilerFrame
- func CaptureProfilerFrame() *ProfilerFrame
- func EndProfilerFrame() *ProfilerFrame
- func (pointer *ProfilerFrame) Free()
- func (pointer *ProfilerFrame) IsNil() bool
type ProgramHandle
- func LoadProgramFromAssets(name string) *ProgramHandle
- func LoadProgramFromAssetsWithVertexShaderNameFragmentShaderName(vertexshadername string, fragmentshadername string) *ProgramHandle
- func LoadProgramFromFile(path string) *ProgramHandle
- func LoadProgramFromFileWithVertexShaderPathFragmentShaderPath(vertexshaderpath string, fragmentshaderpath string) *ProgramHandle
- func (pointer *ProgramHandle) Free()
- func (pointer *ProgramHandle) IsNil() bool
type Quaternion
- func Inverse(q *Quaternion) *Quaternion
- func NewQuaternion() *Quaternion
- func NewQuaternionWithQ(q *Quaternion) *Quaternion
- func NewQuaternionWithXYZW(x float32, y float32, z float32, w float32) *Quaternion
- func NormalizeWithQ(q *Quaternion) *Quaternion
- func QuaternionFromAxisAngle(angle float32, axis *Vec3) *Quaternion
- func QuaternionFromEuler(euler *Vec3) *Quaternion
- func QuaternionFromEulerWithRotationOrder(euler *Vec3, rotationorder RotationOrder) *Quaternion
- func QuaternionFromEulerWithXYZ(x float32, y float32, z float32) *Quaternion
- func QuaternionFromEulerWithXYZRotationOrder(x float32, y float32, z float32, rotationorder RotationOrder) *Quaternion
- func QuaternionFromMatrix3(m *Mat3) *Quaternion
- func QuaternionLookAt(at *Vec3) *Quaternion
- func Slerp(a *Quaternion, b *Quaternion, t float32) *Quaternion
- func (pointer *Quaternion) Add(v float32) *Quaternion
- func (pointer *Quaternion) AddWithQ(q *Quaternion) *Quaternion
- func (pointer *Quaternion) Div(v float32) *Quaternion
- func (pointer *Quaternion) Free()
- func (pointer *Quaternion) GetW() float32
- func (pointer *Quaternion) GetX() float32
- func (pointer *Quaternion) GetY() float32
- func (pointer *Quaternion) GetZ() float32
- func (pointer *Quaternion) InplaceAdd(v float32)
- func (pointer *Quaternion) InplaceAddWithQ(q *Quaternion)
- func (pointer *Quaternion) InplaceDiv(v float32)
- func (pointer *Quaternion) InplaceMul(v float32)
- func (pointer *Quaternion) InplaceMulWithQ(q *Quaternion)
- func (pointer *Quaternion) InplaceSub(v float32)
- func (pointer *Quaternion) InplaceSubWithQ(q *Quaternion)
- func (pointer *Quaternion) IsNil() bool
- func (pointer *Quaternion) Mul(v float32) *Quaternion
- func (pointer *Quaternion) MulWithQ(q *Quaternion) *Quaternion
- func (pointer *Quaternion) SetW(v float32)
- func (pointer *Quaternion) SetX(v float32)
- func (pointer *Quaternion) SetY(v float32)
- func (pointer *Quaternion) SetZ(v float32)
- func (pointer *Quaternion) Sub(v float32) *Quaternion
- func (pointer *Quaternion) SubWithQ(q *Quaternion) *Quaternion
type RaycastOut
- func (pointer *RaycastOut) Free()
- func (pointer *RaycastOut) GetN() *Vec3
- func (pointer *RaycastOut) GetNode() *Node
- func (pointer *RaycastOut) GetP() *Vec3
- func (pointer *RaycastOut) GetT() float32
- func (pointer *RaycastOut) IsNil() bool
- func (pointer *RaycastOut) SetN(v *Vec3)
- func (pointer *RaycastOut) SetNode(v *Node)
- func (pointer *RaycastOut) SetP(v *Vec3)
- func (pointer *RaycastOut) SetT(v float32)
type RaycastOutList
- func NewRaycastOutList() *RaycastOutList
- func NewRaycastOutListWithSequence(sequence GoSliceOfRaycastOut) *RaycastOutList
- func (pointer *RaycastOutList) At(idx int32) *RaycastOut
- func (pointer *RaycastOutList) Clear()
- func (pointer *RaycastOutList) Free()
- func (pointer *RaycastOutList) Get(id int) *RaycastOut
- func (pointer *RaycastOutList) IsNil() bool
- func (pointer *RaycastOutList) Len() int32
- func (pointer *RaycastOutList) PushBack(v *RaycastOut)
- func (pointer *RaycastOutList) Reserve(size int32)
- func (pointer *RaycastOutList) Set(id int, v *RaycastOut)
- func (pointer *RaycastOutList) Size() int32
type Rect
- func ComputeTextRect(font *Font, text string) *Rect
- func ComputeTextRectWithXpos(font *Font, text string, xpos float32) *Rect
- func ComputeTextRectWithXposYpos(font *Font, text string, xpos float32, ypos float32) *Rect
- func Crop(rect *Rect, left float32, top float32, right float32, bottom float32) *Rect
- func Grow(rect *Rect, border float32) *Rect
- func Intersection(a *Rect, b *Rect) *Rect
- func MakeRectFromWidthHeight(x float32, y float32, w float32, h float32) *Rect
- func NewRect() *Rect
- func NewRectWithRect(rect *Rect) *Rect
- func NewRectWithSxSyExEy(sx float32, sy float32, ex float32, ey float32) *Rect
- func NewRectWithXY(x float32, y float32) *Rect
- func Offset(rect *Rect, x float32, y float32) *Rect
- func ToFloatRect(rect *IntRect) *Rect
- func (pointer *Rect) Free()
- func (pointer *Rect) GetEx() float32
- func (pointer *Rect) GetEy() float32
- func (pointer *Rect) GetSx() float32
- func (pointer *Rect) GetSy() float32
- func (pointer *Rect) IsNil() bool
- func (pointer *Rect) SetEx(v float32)
- func (pointer *Rect) SetEy(v float32)
- func (pointer *Rect) SetSx(v float32)
- func (pointer *Rect) SetSy(v float32)
type RenderState
- func ComputeRenderState(blend BlendMode) *RenderState
- func ComputeRenderStateWithDepthTest(blend BlendMode, depthtest DepthTest) *RenderState
- func ComputeRenderStateWithDepthTestCulling(blend BlendMode, depthtest DepthTest, culling FaceCulling) *RenderState
- func ComputeRenderStateWithDepthTestCullingWriteZ(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool) *RenderState
- func ComputeRenderStateWithDepthTestCullingWriteZWriteR(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, ...) *RenderState
- func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteG(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, ...) *RenderState
- func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteB(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, ...) *RenderState
- func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteBWriteA(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, ...) *RenderState
- func ComputeRenderStateWithWriteZ(blend BlendMode, writez bool) *RenderState
- func ComputeRenderStateWithWriteZWriteR(blend BlendMode, writez bool, writer bool) *RenderState
- func ComputeRenderStateWithWriteZWriteRWriteG(blend BlendMode, writez bool, writer bool, writeg bool) *RenderState
- func ComputeRenderStateWithWriteZWriteRWriteGWriteB(blend BlendMode, writez bool, writer bool, writeg bool, writeb bool) *RenderState
- func ComputeRenderStateWithWriteZWriteRWriteGWriteBWriteA(blend BlendMode, writez bool, writer bool, writeg bool, writeb bool, ...) *RenderState
- func (pointer *RenderState) Free()
- func (pointer *RenderState) IsNil() bool
type RendererType
type ResetFlags
type RigidBody
- func (pointer *RigidBody) Eq(b *RigidBody) bool
- func (pointer *RigidBody) Free()
- func (pointer *RigidBody) GetAngularDamping() float32
- func (pointer *RigidBody) GetFriction() float32
- func (pointer *RigidBody) GetLinearDamping() float32
- func (pointer *RigidBody) GetRestitution() float32
- func (pointer *RigidBody) GetRollingFriction() float32
- func (pointer *RigidBody) GetType() RigidBodyType
- func (pointer *RigidBody) IsNil() bool
- func (pointer *RigidBody) IsValid() bool
- func (pointer *RigidBody) SetAngularDamping(damping float32)
- func (pointer *RigidBody) SetFriction(friction float32)
- func (pointer *RigidBody) SetLinearDamping(damping float32)
- func (pointer *RigidBody) SetRestitution(restitution float32)
- func (pointer *RigidBody) SetRollingFriction(rollingfriction float32)
- func (pointer *RigidBody) SetType(typeGo RigidBodyType)
type RigidBodyType
type RotationOrder
- func ReverseRotationOrder(rotationorder RotationOrder) RotationOrder
type SAO
- func CreateSAOFromAssets(path string, ratio BackbufferRatio) *SAO
- func CreateSAOFromFile(path string, ratio BackbufferRatio) *SAO
- func (pointer *SAO) Free()
- func (pointer *SAO) IsNil() bool
type SRanipalEyeState
- func (pointer *SRanipalEyeState) Free()
- func (pointer *SRanipalEyeState) GetEyeOpenness() float32
- func (pointer *SRanipalEyeState) GetGazeDirectionNormalized() *Vec3
- func (pointer *SRanipalEyeState) GetGazeOriginMm() *Vec3
- func (pointer *SRanipalEyeState) GetPupilDiameterMm() float32
- func (pointer *SRanipalEyeState) GetPupilDiameterValid() bool
- func (pointer *SRanipalEyeState) IsNil() bool
- func (pointer *SRanipalEyeState) SetEyeOpenness(v float32)
- func (pointer *SRanipalEyeState) SetGazeDirectionNormalized(v *Vec3)
- func (pointer *SRanipalEyeState) SetGazeOriginMm(v *Vec3)
- func (pointer *SRanipalEyeState) SetPupilDiameterMm(v float32)
- func (pointer *SRanipalEyeState) SetPupilDiameterValid(v bool)
type SRanipalState
- func SRanipalGetState() *SRanipalState
- func (pointer *SRanipalState) Free()
- func (pointer *SRanipalState) GetLeftEye() *SRanipalEyeState
- func (pointer *SRanipalState) GetRightEye() *SRanipalEyeState
- func (pointer *SRanipalState) IsNil() bool
- func (pointer *SRanipalState) SetLeftEye(v *SRanipalEyeState)
- func (pointer *SRanipalState) SetRightEye(v *SRanipalEyeState)
type Scene
- func NewScene() *Scene
- func (pointer *Scene) Clear()
- func (pointer *Scene) ComputeCurrentCameraViewState(aspectratio *Vec2) *ViewState
- func (pointer *Scene) ComputeWorldMatrices()
- func (pointer *Scene) CreateCamera() *Camera
- func (pointer *Scene) CreateCameraWithZnearZfar(znear float32, zfar float32) *Camera
- func (pointer *Scene) CreateCameraWithZnearZfarFov(znear float32, zfar float32, fov float32) *Camera
- func (pointer *Scene) CreateCollision() *Collision
- func (pointer *Scene) CreateInstance() *Instance
- func (pointer *Scene) CreateLight() *Light
- func (pointer *Scene) CreateLinearLight(diffuse *Color, specular *Color) *Light
- func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensity(diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriority(diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit(diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreateLinearLightWithPriority(diffuse *Color, specular *Color, priority float32) *Light
- func (pointer *Scene) CreateLinearLightWithPriorityShadowType(diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType) *Light
- func (pointer *Scene) CreateLinearLightWithPriorityShadowTypeShadowBias(diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, ...) *Light
- func (pointer *Scene) CreateLinearLightWithPriorityShadowTypeShadowBiasPssmSplit(diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, ...) *Light
- func (pointer *Scene) CreateNode() *Node
- func (pointer *Scene) CreateNodeWithName(name string) *Node
- func (pointer *Scene) CreateObject() *Object
- func (pointer *Scene) CreateObjectWithModelMaterials(model *ModelRef, materials *MaterialList) *Object
- func (pointer *Scene) CreateObjectWithModelSliceOfMaterials(model *ModelRef, SliceOfmaterials GoSliceOfMaterial) *Object
- func (pointer *Scene) CreateOrthographicCamera(znear float32, zfar float32) *Camera
- func (pointer *Scene) CreateOrthographicCameraWithSize(znear float32, zfar float32, size float32) *Camera
- func (pointer *Scene) CreatePointLight(radius float32, diffuse *Color, specular *Color) *Light
- func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensity(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriority(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, ...) *Light
- func (pointer *Scene) CreatePointLightWithPriority(radius float32, diffuse *Color, specular *Color, priority float32) *Light
- func (pointer *Scene) CreatePointLightWithPriorityShadowType(radius float32, diffuse *Color, specular *Color, priority float32, ...) *Light
- func (pointer *Scene) CreatePointLightWithPriorityShadowTypeShadowBias(radius float32, diffuse *Color, specular *Color, priority float32, ...) *Light
- func (pointer *Scene) CreateRigidBody() *RigidBody
- func (pointer *Scene) CreateScript() *Script
- func (pointer *Scene) CreateScriptWithPath(path string) *Script
- func (pointer *Scene) CreateSpotLight(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensity(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriority(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateSpotLightWithPriority(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateSpotLightWithPriorityShadowType(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateSpotLightWithPriorityShadowTypeShadowBias(radius float32, innerangle float32, outerangle float32, diffuse *Color, ...) *Light
- func (pointer *Scene) CreateTransform() *Transform
- func (pointer *Scene) CreateTransformWithT(T *Vec3) *Transform
- func (pointer *Scene) CreateTransformWithTR(T *Vec3, R *Vec3) *Transform
- func (pointer *Scene) CreateTransformWithTRS(T *Vec3, R *Vec3, S *Vec3) *Transform
- func (pointer *Scene) DestroyCamera(camera *Camera)
- func (pointer *Scene) DestroyCollision(collision *Collision)
- func (pointer *Scene) DestroyInstance(Instance *Instance)
- func (pointer *Scene) DestroyLight(light *Light)
- func (pointer *Scene) DestroyNode(node *Node)
- func (pointer *Scene) DestroyObject(object *Object)
- func (pointer *Scene) DestroyRigidBody(rigidbody *RigidBody)
- func (pointer *Scene) DestroyScript(script *Script)
- func (pointer *Scene) DestroyTransform(transform *Transform)
- func (pointer *Scene) Free()
- func (pointer *Scene) GarbageCollect() int32
- func (pointer *Scene) GetAllNodeCount() int32
- func (pointer *Scene) GetAllNodes() *NodeList
- func (pointer *Scene) GetAllNodesWithComponent(idx NodeComponentIdx) *NodeList
- func (pointer *Scene) GetCanvas() *Canvas
- func (pointer *Scene) GetCurrentCamera() *Node
- func (pointer *Scene) GetEnvironment() *Environment
- func (pointer *Scene) GetKeys() *StringList
- func (pointer *Scene) GetMinMax(resources *PipelineResources) (bool, *MinMax)
- func (pointer *Scene) GetNode(name string) *Node
- func (pointer *Scene) GetNodeChildren(node *Node) *NodeList
- func (pointer *Scene) GetNodeCount() int32
- func (pointer *Scene) GetNodeEx(path string) *Node
- func (pointer *Scene) GetNodes() *NodeList
- func (pointer *Scene) GetNodesWithComponent(idx NodeComponentIdx) *NodeList
- func (pointer *Scene) GetPlayingAnimNames() *StringList
- func (pointer *Scene) GetPlayingAnimRefs() *ScenePlayAnimRefList
- func (pointer *Scene) GetSceneAnim(name string) *SceneAnimRef
- func (pointer *Scene) GetSceneAnims() *SceneAnimRefList
- func (pointer *Scene) GetScript(slotidx int32) *Script
- func (pointer *Scene) GetScriptCount() int32
- func (pointer *Scene) GetValue(key string) string
- func (pointer *Scene) HasKey(key string) bool
- func (pointer *Scene) IsChildOf(node *Node, parent *Node) bool
- func (pointer *Scene) IsNil() bool
- func (pointer *Scene) IsPlaying(ref *ScenePlayAnimRef) bool
- func (pointer *Scene) IsRoot(node *Node) bool
- func (pointer *Scene) PlayAnim(ref *SceneAnimRef) *ScenePlayAnimRef
- func (pointer *Scene) PlayAnimWithLoopMode(ref *SceneAnimRef, loopmode AnimLoopMode) *ScenePlayAnimRef
- func (pointer *Scene) PlayAnimWithLoopModeEasing(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing) *ScenePlayAnimRef
- func (pointer *Scene) PlayAnimWithLoopModeEasingTStart(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64) *ScenePlayAnimRef
- func (pointer *Scene) PlayAnimWithLoopModeEasingTStartTEnd(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64, ...) *ScenePlayAnimRef
- func (pointer *Scene) PlayAnimWithLoopModeEasingTStartTEndPaused(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64, ...) *ScenePlayAnimRef
- func (pointer *Scene) PlayAnimWithLoopModeEasingTStartTEndPausedTScale(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64, ...) *ScenePlayAnimRef
- func (pointer *Scene) ReadyWorldMatrices()
- func (pointer *Scene) RemoveKey(key string)
- func (pointer *Scene) ReserveCameras(count int32)
- func (pointer *Scene) ReserveLights(count int32)
- func (pointer *Scene) ReserveNodes(count int32)
- func (pointer *Scene) ReserveObjects(count int32)
- func (pointer *Scene) ReserveScripts(count int32)
- func (pointer *Scene) ReserveTransforms(count int32)
- func (pointer *Scene) SetCanvas(v *Canvas)
- func (pointer *Scene) SetCurrentCamera(camera *Node)
- func (pointer *Scene) SetEnvironment(v *Environment)
- func (pointer *Scene) SetProbe(irradiance *TextureRef, radiance *TextureRef, brdf *TextureRef)
- func (pointer *Scene) SetScript(slotidx int32, script *Script)
- func (pointer *Scene) SetValue(key string, value string)
- func (pointer *Scene) StopAllAnims()
- func (pointer *Scene) StopAnim(ref *ScenePlayAnimRef)
- func (pointer *Scene) Update(dt int64)
- func (pointer *Scene) UpdatePlayingAnims(dt int64)
type SceneAnimRef
- func (pointer *SceneAnimRef) Eq(ref *SceneAnimRef) bool
- func (pointer *SceneAnimRef) Free()
- func (pointer *SceneAnimRef) IsNil() bool
- func (pointer *SceneAnimRef) Ne(ref *SceneAnimRef) bool
type SceneAnimRefList
- func NewSceneAnimRefList() *SceneAnimRefList
- func NewSceneAnimRefListWithSequence(sequence GoSliceOfSceneAnimRef) *SceneAnimRefList
- func (pointer *SceneAnimRefList) At(idx int32) *SceneAnimRef
- func (pointer *SceneAnimRefList) Clear()
- func (pointer *SceneAnimRefList) Free()
- func (pointer *SceneAnimRefList) Get(id int) *SceneAnimRef
- func (pointer *SceneAnimRefList) IsNil() bool
- func (pointer *SceneAnimRefList) Len() int32
- func (pointer *SceneAnimRefList) PushBack(v *SceneAnimRef)
- func (pointer *SceneAnimRefList) Reserve(size int32)
- func (pointer *SceneAnimRefList) Set(id int, v *SceneAnimRef)
- func (pointer *SceneAnimRefList) Size() int32
type SceneBullet3Physics
- func NewSceneBullet3Physics() *SceneBullet3Physics
- func NewSceneBullet3PhysicsWithThreadCount(threadcount int32) *SceneBullet3Physics
- func (pointer *SceneBullet3Physics) Clear()
- func (pointer *SceneBullet3Physics) ClearNodes()
- func (pointer *SceneBullet3Physics) CollectCollisionEvents(scene *Scene, nodepaircontacts *NodePairContacts)
- func (pointer *SceneBullet3Physics) Free()
- func (pointer *SceneBullet3Physics) GarbageCollect(scene *Scene) int32
- func (pointer *SceneBullet3Physics) GarbageCollectResources() int32
- func (pointer *SceneBullet3Physics) IsNil() bool
- func (pointer *SceneBullet3Physics) NodeAddForce(node *Node, F *Vec3)
- func (pointer *SceneBullet3Physics) NodeAddForceWithWorldPos(node *Node, F *Vec3, worldpos *Vec3)
- func (pointer *SceneBullet3Physics) NodeAddImpulse(node *Node, dtvelocity *Vec3)
- func (pointer *SceneBullet3Physics) NodeAddImpulseWithWorldPos(node *Node, dtvelocity *Vec3, worldpos *Vec3)
- func (pointer *SceneBullet3Physics) NodeAddTorque(node *Node, T *Vec3)
- func (pointer *SceneBullet3Physics) NodeAddTorqueImpulse(node *Node, dtangularvelocity *Vec3)
- func (pointer *SceneBullet3Physics) NodeCollideWorld(node *Node, world *Mat4) *NodePairContacts
- func (pointer *SceneBullet3Physics) NodeCollideWorldWithMaxContact(node *Node, world *Mat4, maxcontact int32) *NodePairContacts
- func (pointer *SceneBullet3Physics) NodeCreatePhysicsFromAssets(node *Node)
- func (pointer *SceneBullet3Physics) NodeCreatePhysicsFromFile(node *Node)
- func (pointer *SceneBullet3Physics) NodeDestroyPhysics(node *Node)
- func (pointer *SceneBullet3Physics) NodeGetAngularFactor(node *Node) *Vec3
- func (pointer *SceneBullet3Physics) NodeGetAngularVelocity(node *Node) *Vec3
- func (pointer *SceneBullet3Physics) NodeGetDeactivation(node *Node) bool
- func (pointer *SceneBullet3Physics) NodeGetLinearFactor(node *Node) *Vec3
- func (pointer *SceneBullet3Physics) NodeGetLinearVelocity(node *Node) *Vec3
- func (pointer *SceneBullet3Physics) NodeGetPointVelocity(node *Node, worldpos *Vec3) *Vec3
- func (pointer *SceneBullet3Physics) NodeHasBody(node *Node) bool
- func (pointer *SceneBullet3Physics) NodeResetWorld(node *Node, world *Mat4)
- func (pointer *SceneBullet3Physics) NodeSetAngularFactor(node *Node, k *Vec3)
- func (pointer *SceneBullet3Physics) NodeSetAngularVelocity(node *Node, W *Vec3)
- func (pointer *SceneBullet3Physics) NodeSetDeactivation(node *Node, enable bool)
- func (pointer *SceneBullet3Physics) NodeSetLinearFactor(node *Node, k *Vec3)
- func (pointer *SceneBullet3Physics) NodeSetLinearVelocity(node *Node, V *Vec3)
- func (pointer *SceneBullet3Physics) NodeStartTrackingCollisionEvents(node *Node)
- func (pointer *SceneBullet3Physics) NodeStartTrackingCollisionEventsWithMode(node *Node, mode CollisionEventTrackingMode)
- func (pointer *SceneBullet3Physics) NodeStopTrackingCollisionEvents(node *Node)
- func (pointer *SceneBullet3Physics) NodeTeleport(node *Node, world *Mat4)
- func (pointer *SceneBullet3Physics) NodeWake(node *Node)
- func (pointer *SceneBullet3Physics) RaycastAllHits(scene *Scene, p0 *Vec3, p1 *Vec3) *RaycastOutList
- func (pointer *SceneBullet3Physics) RaycastFirstHit(scene *Scene, p0 *Vec3, p1 *Vec3) *RaycastOut
- func (pointer *SceneBullet3Physics) RenderCollision(viewid uint16, vtxlayout *VertexLayout, prg *ProgramHandle, ...)
- func (pointer *SceneBullet3Physics) SceneCreatePhysicsFromAssets(scene *Scene)
- func (pointer *SceneBullet3Physics) SceneCreatePhysicsFromFile(scene *Scene)
- func (pointer *SceneBullet3Physics) StepSimulation(displaydt int64)
- func (pointer *SceneBullet3Physics) StepSimulationWithStepDt(displaydt int64, stepdt int64)
- func (pointer *SceneBullet3Physics) StepSimulationWithStepDtMaxStep(displaydt int64, stepdt int64, maxstep int32)
- func (pointer *SceneBullet3Physics) SyncTransformsFromScene(scene *Scene)
- func (pointer *SceneBullet3Physics) SyncTransformsToScene(scene *Scene)
type SceneClocks
- func NewSceneClocks() *SceneClocks
- func (pointer *SceneClocks) Free()
- func (pointer *SceneClocks) IsNil() bool
type SceneForwardPipelinePass
type SceneForwardPipelinePassViewId
- func NewSceneForwardPipelinePassViewId() *SceneForwardPipelinePassViewId
- func SubmitSceneToForwardPipeline(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToForwardPipelineWithFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToForwardPipelineWithFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipeline(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithAaaAaaConfigFrame(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFb(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFbDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFovAxisIsHorizontal(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrame(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFovAxisIsHorizontalFb(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, ...) *SceneForwardPipelinePassViewId
- func SubmitSceneToPipelineWithFovAxisIsHorizontalFbDebugName(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, ...) *SceneForwardPipelinePassViewId
- func (pointer *SceneForwardPipelinePassViewId) Free()
- func (pointer *SceneForwardPipelinePassViewId) IsNil() bool
type SceneForwardPipelineRenderData
- func NewSceneForwardPipelineRenderData() *SceneForwardPipelineRenderData
- func (pointer *SceneForwardPipelineRenderData) Free()
- func (pointer *SceneForwardPipelineRenderData) IsNil() bool
type SceneLuaVM
- func NewSceneLuaVM() *SceneLuaVM
- func (pointer *SceneLuaVM) Call(script *Script, function string, args *LuaObjectList) (bool, *LuaObjectList)
- func (pointer *SceneLuaVM) CallWithSliceOfArgs(script *Script, function string, SliceOfargs GoSliceOfLuaObject) (bool, *LuaObjectList)
- func (pointer *SceneLuaVM) CreateNodeScriptsFromAssets(scene *Scene, node *Node) *ScriptList
- func (pointer *SceneLuaVM) CreateNodeScriptsFromFile(scene *Scene, node *Node) *ScriptList
- func (pointer *SceneLuaVM) CreateScriptFromAssets(scene *Scene, script *Script) bool
- func (pointer *SceneLuaVM) CreateScriptFromFile(scene *Scene, script *Script) bool
- func (pointer *SceneLuaVM) CreateScriptFromSource(scene *Scene, script *Script, src string) bool
- func (pointer *SceneLuaVM) DestroyScripts(scripts *ScriptList)
- func (pointer *SceneLuaVM) Free()
- func (pointer *SceneLuaVM) GarbageCollect(scene *Scene) *ScriptList
- func (pointer *SceneLuaVM) GetScriptCount() int32
- func (pointer *SceneLuaVM) GetScriptEnv(script *Script) *LuaObject
- func (pointer *SceneLuaVM) GetScriptInterface(script *Script) *StringList
- func (pointer *SceneLuaVM) GetScriptValue(script *Script, name string) *LuaObject
- func (pointer *SceneLuaVM) IsNil() bool
- func (pointer *SceneLuaVM) MakeLuaObject() *LuaObject
- func (pointer *SceneLuaVM) SceneCreateScriptsFromAssets(scene *Scene) *ScriptList
- func (pointer *SceneLuaVM) SceneCreateScriptsFromFile(scene *Scene) *ScriptList
- func (pointer *SceneLuaVM) SetScriptValue(script *Script, name string, value *LuaObject) bool
type ScenePlayAnimRef
- func (pointer *ScenePlayAnimRef) Eq(ref *ScenePlayAnimRef) bool
- func (pointer *ScenePlayAnimRef) Free()
- func (pointer *ScenePlayAnimRef) IsNil() bool
- func (pointer *ScenePlayAnimRef) Ne(ref *ScenePlayAnimRef) bool
type ScenePlayAnimRefList
- func NewScenePlayAnimRefList() *ScenePlayAnimRefList
- func NewScenePlayAnimRefListWithSequence(sequence GoSliceOfScenePlayAnimRef) *ScenePlayAnimRefList
- func (pointer *ScenePlayAnimRefList) At(idx int32) *ScenePlayAnimRef
- func (pointer *ScenePlayAnimRefList) Clear()
- func (pointer *ScenePlayAnimRefList) Free()
- func (pointer *ScenePlayAnimRefList) Get(id int) *ScenePlayAnimRef
- func (pointer *ScenePlayAnimRefList) IsNil() bool
- func (pointer *ScenePlayAnimRefList) Len() int32
- func (pointer *ScenePlayAnimRefList) PushBack(v *ScenePlayAnimRef)
- func (pointer *ScenePlayAnimRefList) Reserve(size int32)
- func (pointer *ScenePlayAnimRefList) Set(id int, v *ScenePlayAnimRef)
- func (pointer *ScenePlayAnimRefList) Size() int32
type SceneView
- func (pointer *SceneView) Free()
- func (pointer *SceneView) GetNode(scene *Scene, name string) *Node
- func (pointer *SceneView) GetNodes(scene *Scene) *NodeList
- func (pointer *SceneView) IsNil() bool
type Script
- func (pointer *Script) Eq(s *Script) bool
- func (pointer *Script) Free()
- func (pointer *Script) GetPath() string
- func (pointer *Script) IsNil() bool
- func (pointer *Script) IsValid() bool
- func (pointer *Script) SetPath(path string)
type ScriptList
- func NewScriptList() *ScriptList
- func NewScriptListWithSequence(sequence GoSliceOfScript) *ScriptList
- func (pointer *ScriptList) At(idx int32) *Script
- func (pointer *ScriptList) Clear()
- func (pointer *ScriptList) Free()
- func (pointer *ScriptList) Get(id int) *Script
- func (pointer *ScriptList) IsNil() bool
- func (pointer *ScriptList) Len() int32
- func (pointer *ScriptList) PushBack(v *Script)
- func (pointer *ScriptList) Reserve(size int32)
- func (pointer *ScriptList) Set(id int, v *Script)
- func (pointer *ScriptList) Size() int32
type SeekMode
type SignalReturningVoidTakingConstCharPtr
- func (pointer *SignalReturningVoidTakingConstCharPtr) Connect(listener unsafe.Pointer) *TextInputCallbackConnection
- func (pointer *SignalReturningVoidTakingConstCharPtr) Disconnect(connection *TextInputCallbackConnection)
- func (pointer *SignalReturningVoidTakingConstCharPtr) DisconnectAll()
- func (pointer *SignalReturningVoidTakingConstCharPtr) Emit(arg0 string)
- func (pointer *SignalReturningVoidTakingConstCharPtr) Free()
- func (pointer *SignalReturningVoidTakingConstCharPtr) GetListenerCount() int32
- func (pointer *SignalReturningVoidTakingConstCharPtr) IsNil() bool
type SignalReturningVoidTakingTimeNs
- func (pointer *SignalReturningVoidTakingTimeNs) Connect(listener unsafe.Pointer) *TimeCallbackConnection
- func (pointer *SignalReturningVoidTakingTimeNs) Disconnect(connection *TimeCallbackConnection)
- func (pointer *SignalReturningVoidTakingTimeNs) DisconnectAll()
- func (pointer *SignalReturningVoidTakingTimeNs) Emit(arg0 int64)
- func (pointer *SignalReturningVoidTakingTimeNs) Free()
- func (pointer *SignalReturningVoidTakingTimeNs) GetListenerCount() int32
- func (pointer *SignalReturningVoidTakingTimeNs) IsNil() bool
type SoundRef
type SourceRef
type SourceRepeat
type SourceState
- func GetSourceState(source SourceRef) SourceState
type SpatializedSourceState
- func NewSpatializedSourceState() *SpatializedSourceState
- func NewSpatializedSourceStateWithMtx(mtx *Mat4) *SpatializedSourceState
- func NewSpatializedSourceStateWithMtxVolume(mtx *Mat4, volume float32) *SpatializedSourceState
- func NewSpatializedSourceStateWithMtxVolumeRepeat(mtx *Mat4, volume float32, repeat SourceRepeat) *SpatializedSourceState
- func NewSpatializedSourceStateWithMtxVolumeRepeatVel(mtx *Mat4, volume float32, repeat SourceRepeat, vel *Vec3) *SpatializedSourceState
- func (pointer *SpatializedSourceState) Free()
- func (pointer *SpatializedSourceState) GetMtx() *Mat4
- func (pointer *SpatializedSourceState) GetRepeat() SourceRepeat
- func (pointer *SpatializedSourceState) GetVel() *Vec3
- func (pointer *SpatializedSourceState) GetVolume() float32
- func (pointer *SpatializedSourceState) IsNil() bool
- func (pointer *SpatializedSourceState) SetMtx(v *Mat4)
- func (pointer *SpatializedSourceState) SetRepeat(v SourceRepeat)
- func (pointer *SpatializedSourceState) SetVel(v *Vec3)
- func (pointer *SpatializedSourceState) SetVolume(v float32)
type StereoSourceState
- func NewStereoSourceState() *StereoSourceState
- func NewStereoSourceStateWithVolume(volume float32) *StereoSourceState
- func NewStereoSourceStateWithVolumeRepeat(volume float32, repeat SourceRepeat) *StereoSourceState
- func NewStereoSourceStateWithVolumeRepeatPanning(volume float32, repeat SourceRepeat, panning float32) *StereoSourceState
- func (pointer *StereoSourceState) Free()
- func (pointer *StereoSourceState) GetPanning() float32
- func (pointer *StereoSourceState) GetRepeat() SourceRepeat
- func (pointer *StereoSourceState) GetVolume() float32
- func (pointer *StereoSourceState) IsNil() bool
- func (pointer *StereoSourceState) SetPanning(v float32)
- func (pointer *StereoSourceState) SetRepeat(v SourceRepeat)
- func (pointer *StereoSourceState) SetVolume(v float32)
type StringList
- func GetGamepadNames() *StringList
- func GetJoystickDeviceNames() *StringList
- func GetJoystickNames() *StringList
- func GetKeyboardNames() *StringList
- func GetMaterialTextures(mat *Material) *StringList
- func GetMaterialValues(mat *Material) *StringList
- func GetMouseNames() *StringList
- func GetVRControllerNames() *StringList
- func GetVRGenericTrackerNames() *StringList
- func NewStringList() *StringList
- func NewStringListWithSequence(sequence GoSliceOfstring) *StringList
- func (pointer *StringList) At(idx int32) string
- func (pointer *StringList) Clear()
- func (pointer *StringList) Free()
- func (pointer *StringList) Get(id int) string
- func (pointer *StringList) IsNil() bool
- func (pointer *StringList) Len() int32
- func (pointer *StringList) PushBack(v string)
- func (pointer *StringList) Reserve(size int32)
- func (pointer *StringList) Set(id int, v string)
- func (pointer *StringList) Size() int32
type TextInputCallbackConnection
- func (pointer *TextInputCallbackConnection) Free()
- func (pointer *TextInputCallbackConnection) IsNil() bool
type Texture
- func CreateTexture(width int32, height int32, name string, flags TextureFlags) *Texture
- func CreateTextureFromPicture(pic *Picture, name string, flags TextureFlags) *Texture
- func CreateTextureFromPictureWithFormat(pic *Picture, name string, flags TextureFlags, format TextureFormat) *Texture
- func CreateTextureWithFormat(width int32, height int32, name string, flags TextureFlags, ...) *Texture
- func GetColorTexture(frameBuffer *FrameBuffer) *Texture
- func GetDepthTexture(frameBuffer *FrameBuffer) *Texture
- func NewTexture() *Texture
- func OpenVRGetColorTexture(eye *OpenVREyeFrameBuffer) *Texture
- func OpenVRGetDepthTexture(eye *OpenVREyeFrameBuffer) *Texture
- func (pointer *Texture) Free()
- func (pointer *Texture) IsNil() bool
type TextureFlags
type TextureFormat
type TextureInfo
- func NewTextureInfo() *TextureInfo
- func (pointer *TextureInfo) Free()
- func (pointer *TextureInfo) GetBitsPerPixel() uint8
- func (pointer *TextureInfo) GetCubeMap() bool
- func (pointer *TextureInfo) GetDepth() uint16
- func (pointer *TextureInfo) GetFormat() TextureFormat
- func (pointer *TextureInfo) GetHeight() uint16
- func (pointer *TextureInfo) GetNumLayers() uint16
- func (pointer *TextureInfo) GetNumMips() uint8
- func (pointer *TextureInfo) GetStorageSize() uint32
- func (pointer *TextureInfo) GetWidth() uint16
- func (pointer *TextureInfo) IsNil() bool
- func (pointer *TextureInfo) SetBitsPerPixel(v uint8)
- func (pointer *TextureInfo) SetCubeMap(v bool)
- func (pointer *TextureInfo) SetDepth(v uint16)
- func (pointer *TextureInfo) SetFormat(v TextureFormat)
- func (pointer *TextureInfo) SetHeight(v uint16)
- func (pointer *TextureInfo) SetNumLayers(v uint16)
- func (pointer *TextureInfo) SetNumMips(v uint8)
- func (pointer *TextureInfo) SetStorageSize(v uint32)
- func (pointer *TextureInfo) SetWidth(v uint16)
type TextureRef
- func GetMaterialTexture(mat *Material, name string) *TextureRef
- func LoadTextureFromAssetsWithFlagsResources(path string, flags uint32, resources *PipelineResources) *TextureRef
- func LoadTextureFromFileWithFlagsResources(path string, flags uint32, resources *PipelineResources) *TextureRef
- func (pointer *TextureRef) Eq(t *TextureRef) bool
- func (pointer *TextureRef) Free()
- func (pointer *TextureRef) IsNil() bool
- func (pointer *TextureRef) Ne(t *TextureRef) bool
type TimeCallbackConnection
- func (pointer *TimeCallbackConnection) Free()
- func (pointer *TimeCallbackConnection) IsNil() bool
type Transform
- func (pointer *Transform) ClearParent()
- func (pointer *Transform) Eq(t *Transform) bool
- func (pointer *Transform) Free()
- func (pointer *Transform) GetParent() *Node
- func (pointer *Transform) GetPos() *Vec3
- func (pointer *Transform) GetPosRot() (*Vec3, *Vec3)
- func (pointer *Transform) GetRot() *Vec3
- func (pointer *Transform) GetScale() *Vec3
- func (pointer *Transform) GetTRS() *TransformTRS
- func (pointer *Transform) GetWorld() *Mat4
- func (pointer *Transform) IsNil() bool
- func (pointer *Transform) IsValid() bool
- func (pointer *Transform) SetLocal(local *Mat4)
- func (pointer *Transform) SetParent(n *Node)
- func (pointer *Transform) SetPos(T *Vec3)
- func (pointer *Transform) SetPosRot(pos *Vec3, rot *Vec3)
- func (pointer *Transform) SetRot(R *Vec3)
- func (pointer *Transform) SetScale(S *Vec3)
- func (pointer *Transform) SetTRS(TRS *TransformTRS)
- func (pointer *Transform) SetWorld(world *Mat4)
type TransformTRS
- func NewTransformTRS() *TransformTRS
- func (pointer *TransformTRS) Free()
- func (pointer *TransformTRS) GetPos() *Vec3
- func (pointer *TransformTRS) GetRot() *Vec3
- func (pointer *TransformTRS) GetScl() *Vec3
- func (pointer *TransformTRS) IsNil() bool
- func (pointer *TransformTRS) SetPos(v *Vec3)
- func (pointer *TransformTRS) SetRot(v *Vec3)
- func (pointer *TransformTRS) SetScl(v *Vec3)
type Uint16TList
- func NewUint16TList() *Uint16TList
- func NewUint16TListWithSequence(sequence GoSliceOfuint16T) *Uint16TList
- func (pointer *Uint16TList) At(idx int32) uint16
- func (pointer *Uint16TList) Clear()
- func (pointer *Uint16TList) Free()
- func (pointer *Uint16TList) Get(id int) uint16
- func (pointer *Uint16TList) IsNil() bool
- func (pointer *Uint16TList) Len() int32
- func (pointer *Uint16TList) PushBack(v uint16)
- func (pointer *Uint16TList) Reserve(size int32)
- func (pointer *Uint16TList) Set(id int, v uint16)
- func (pointer *Uint16TList) Size() int32
type Uint32TList
- func NewUint32TList() *Uint32TList
- func NewUint32TListWithSequence(sequence GoSliceOfuint32T) *Uint32TList
- func (pointer *Uint32TList) At(idx int32) uint32
- func (pointer *Uint32TList) Clear()
- func (pointer *Uint32TList) Free()
- func (pointer *Uint32TList) Get(id int) uint32
- func (pointer *Uint32TList) IsNil() bool
- func (pointer *Uint32TList) Len() int32
- func (pointer *Uint32TList) PushBack(v uint32)
- func (pointer *Uint32TList) Reserve(size int32)
- func (pointer *Uint32TList) Set(id int, v uint32)
- func (pointer *Uint32TList) Size() int32
type UniformSetTexture
- func MakeUniformSetTexture(name string, texture *Texture, stage uint8) *UniformSetTexture
- func (pointer *UniformSetTexture) Free()
- func (pointer *UniformSetTexture) IsNil() bool
type UniformSetTextureList
- func NewUniformSetTextureList() *UniformSetTextureList
- func NewUniformSetTextureListWithSequence(sequence GoSliceOfUniformSetTexture) *UniformSetTextureList
- func (pointer *UniformSetTextureList) At(idx int32) *UniformSetTexture
- func (pointer *UniformSetTextureList) Clear()
- func (pointer *UniformSetTextureList) Free()
- func (pointer *UniformSetTextureList) Get(id int) *UniformSetTexture
- func (pointer *UniformSetTextureList) IsNil() bool
- func (pointer *UniformSetTextureList) Len() int32
- func (pointer *UniformSetTextureList) PushBack(v *UniformSetTexture)
- func (pointer *UniformSetTextureList) Reserve(size int32)
- func (pointer *UniformSetTextureList) Set(id int, v *UniformSetTexture)
- func (pointer *UniformSetTextureList) Size() int32
type UniformSetValue
- func MakeUniformSetValue(name string, v float32) *UniformSetValue
- func MakeUniformSetValueWithMat3V(name string, v *Mat3) *UniformSetValue
- func MakeUniformSetValueWithMat44V(name string, v *Mat44) *UniformSetValue
- func MakeUniformSetValueWithMat4V(name string, v *Mat4) *UniformSetValue
- func MakeUniformSetValueWithV(name string, v *Vec2) *UniformSetValue
- func MakeUniformSetValueWithVec3V(name string, v *Vec3) *UniformSetValue
- func MakeUniformSetValueWithVec4V(name string, v *Vec4) *UniformSetValue
- func (pointer *UniformSetValue) Free()
- func (pointer *UniformSetValue) IsNil() bool
type UniformSetValueList
- func NewUniformSetValueList() *UniformSetValueList
- func NewUniformSetValueListWithSequence(sequence GoSliceOfUniformSetValue) *UniformSetValueList
- func (pointer *UniformSetValueList) At(idx int32) *UniformSetValue
- func (pointer *UniformSetValueList) Clear()
- func (pointer *UniformSetValueList) Free()
- func (pointer *UniformSetValueList) Get(id int) *UniformSetValue
- func (pointer *UniformSetValueList) IsNil() bool
- func (pointer *UniformSetValueList) Len() int32
- func (pointer *UniformSetValueList) PushBack(v *UniformSetValue)
- func (pointer *UniformSetValueList) Reserve(size int32)
- func (pointer *UniformSetValueList) Set(id int, v *UniformSetValue)
- func (pointer *UniformSetValueList) Size() int32
type VRController
- func NewVRController() *VRController
- func NewVRControllerWithName(name string) *VRController
- func (pointer *VRController) Connected() bool
- func (pointer *VRController) Disconnected() bool
- func (pointer *VRController) Down(btn VRControllerButton) bool
- func (pointer *VRController) DtSurface(idx int32) *Vec2
- func (pointer *VRController) Free()
- func (pointer *VRController) IsConnected() bool
- func (pointer *VRController) IsNil() bool
- func (pointer *VRController) Pressed(btn VRControllerButton) bool
- func (pointer *VRController) Released(btn VRControllerButton) bool
- func (pointer *VRController) SendHapticPulse(duration int64)
- func (pointer *VRController) Surface(idx int32) *Vec2
- func (pointer *VRController) Touch(btn VRControllerButton) bool
- func (pointer *VRController) TouchEnd(btn VRControllerButton) bool
- func (pointer *VRController) TouchStart(btn VRControllerButton) bool
- func (pointer *VRController) Update()
- func (pointer *VRController) World() *Mat4
type VRControllerButton
type VRControllerState
- func ReadVRController() *VRControllerState
- func ReadVRControllerWithName(name string) *VRControllerState
- func (pointer *VRControllerState) Free()
- func (pointer *VRControllerState) IsConnected() bool
- func (pointer *VRControllerState) IsNil() bool
- func (pointer *VRControllerState) Pressed(btn VRControllerButton) bool
- func (pointer *VRControllerState) Surface(idx int32) *Vec2
- func (pointer *VRControllerState) Touched(btn VRControllerButton) bool
- func (pointer *VRControllerState) World() *Mat4
type VRGenericTracker
- func NewVRGenericTracker() *VRGenericTracker
- func NewVRGenericTrackerWithName(name string) *VRGenericTracker
- func (pointer *VRGenericTracker) Free()
- func (pointer *VRGenericTracker) IsConnected() bool
- func (pointer *VRGenericTracker) IsNil() bool
- func (pointer *VRGenericTracker) Update()
- func (pointer *VRGenericTracker) World() *Mat4
type VRGenericTrackerState
- func ReadVRGenericTracker() *VRGenericTrackerState
- func ReadVRGenericTrackerWithName(name string) *VRGenericTrackerState
- func (pointer *VRGenericTrackerState) Free()
- func (pointer *VRGenericTrackerState) IsConnected() bool
- func (pointer *VRGenericTrackerState) IsNil() bool
- func (pointer *VRGenericTrackerState) World() *Mat4
type Vec2
- func ComputeAspectRatioX(width float32, height float32) *Vec2
- func ComputeAspectRatioY(width float32, height float32) *Vec2
- func GetSizeWithRect(rect *Rect) *Vec2
- func GetWindowContentScale(window *Window) *Vec2
- func ImGuiCalcTextSize(text string) *Vec2
- func ImGuiCalcTextSizeWithHideTextAfterDoubleDash(text string, hidetextafterdoubledash bool) *Vec2
- func ImGuiCalcTextSizeWithHideTextAfterDoubleDashWrapWidth(text string, hidetextafterdoubledash bool, wrapwidth float32) *Vec2
- func ImGuiGetContentRegionAvail() *Vec2
- func ImGuiGetContentRegionMax() *Vec2
- func ImGuiGetCursorPos() *Vec2
- func ImGuiGetCursorScreenPos() *Vec2
- func ImGuiGetCursorStartPos() *Vec2
- func ImGuiGetFontTexUvWhitePixel() *Vec2
- func ImGuiGetItemRectMax() *Vec2
- func ImGuiGetItemRectMin() *Vec2
- func ImGuiGetItemRectSize() *Vec2
- func ImGuiGetMouseDragDelta() *Vec2
- func ImGuiGetMouseDragDeltaWithButton(button ImGuiMouseButton) *Vec2
- func ImGuiGetMouseDragDeltaWithButtonLockThreshold(button ImGuiMouseButton, lockthreshold float32) *Vec2
- func ImGuiGetMousePos() *Vec2
- func ImGuiGetMousePosOnOpeningCurrentPopup() *Vec2
- func ImGuiGetWindowContentRegionMax() *Vec2
- func ImGuiGetWindowContentRegionMin() *Vec2
- func ImGuiGetWindowPos() *Vec2
- func ImGuiGetWindowSize() *Vec2
- func Max(a *Vec2, b *Vec2) *Vec2
- func Min(a *Vec2, b *Vec2) *Vec2
- func NewVec2() *Vec2
- func NewVec2WithV(v *Vec2) *Vec2
- func NewVec2WithVec3V(v *Vec3) *Vec2
- func NewVec2WithVec4V(v *Vec4) *Vec2
- func NewVec2WithXY(x float32, y float32) *Vec2
- func Normalize(v *Vec2) *Vec2
- func Reverse(a *Vec2) *Vec2
- func Vec2GetOne() *Vec2
- func Vec2GetZero() *Vec2
- func (pointer *Vec2) Add(v *Vec2) *Vec2
- func (pointer *Vec2) AddWithK(k float32) *Vec2
- func (pointer *Vec2) Div(v *Vec2) *Vec2
- func (pointer *Vec2) DivWithK(k float32) *Vec2
- func (pointer *Vec2) Free()
- func (pointer *Vec2) GetOne() *Vec2
- func (pointer *Vec2) GetX() float32
- func (pointer *Vec2) GetY() float32
- func (pointer *Vec2) GetZero() *Vec2
- func (pointer *Vec2) InplaceAdd(v *Vec2)
- func (pointer *Vec2) InplaceAddWithK(k float32)
- func (pointer *Vec2) InplaceDiv(v *Vec2)
- func (pointer *Vec2) InplaceDivWithK(k float32)
- func (pointer *Vec2) InplaceMul(v *Vec2)
- func (pointer *Vec2) InplaceMulWithK(k float32)
- func (pointer *Vec2) InplaceSub(v *Vec2)
- func (pointer *Vec2) InplaceSubWithK(k float32)
- func (pointer *Vec2) IsNil() bool
- func (pointer *Vec2) Mul(v *Vec2) *Vec2
- func (pointer *Vec2) MulWithK(k float32) *Vec2
- func (pointer *Vec2) MulWithM(m *Mat3) *Vec2
- func (pointer *Vec2) Set(x float32, y float32)
- func (pointer *Vec2) SetX(v float32)
- func (pointer *Vec2) SetY(v float32)
- func (pointer *Vec2) Sub(v *Vec2) *Vec2
- func (pointer *Vec2) SubWithK(k float32) *Vec2
type Vec2List
- func NewVec2List() *Vec2List
- func NewVec2ListWithSequence(sequence GoSliceOfVec2) *Vec2List
- func (pointer *Vec2List) At(idx int32) *Vec2
- func (pointer *Vec2List) Clear()
- func (pointer *Vec2List) Free()
- func (pointer *Vec2List) Get(id int) *Vec2
- func (pointer *Vec2List) IsNil() bool
- func (pointer *Vec2List) Len() int32
- func (pointer *Vec2List) PushBack(v *Vec2)
- func (pointer *Vec2List) Reserve(size int32)
- func (pointer *Vec2List) Set(id int, v *Vec2)
- func (pointer *Vec2List) Size() int32
type Vec3
- func AbsWithV(v *Vec3) *Vec3
- func BaseToEuler(z *Vec3) *Vec3
- func BaseToEulerWithY(z *Vec3, y *Vec3) *Vec3
- func Ceil(v *Vec3) *Vec3
- func Clamp(v *Vec3, min float32, max float32) *Vec3
- func ClampLen(v *Vec3, min float32, max float32) *Vec3
- func ClampWithMinMax(v *Vec3, min *Vec3, max *Vec3) *Vec3
- func ClipSpaceToScreenSpace(clip *Vec3, resolution *Vec2) *Vec3
- func ComputeMinMaxBoundingSphere(minmax *MinMax) (*Vec3, *float32)
- func Cross(a *Vec3, b *Vec3) *Vec3
- func CubicInterpolateWithV0V1V2V3(v0 *Vec3, v1 *Vec3, v2 *Vec3, v3 *Vec3, t float32) *Vec3
- func Deg3(x float32, y float32, z float32) *Vec3
- func FaceForward(v *Vec3, d *Vec3) *Vec3
- func Floor(v *Vec3) *Vec3
- func GetCenter(minmax *MinMax) *Vec3
- func GetColumn(m *Mat3, n uint32) *Vec3
- func GetColumnWithMN(m *Mat4, n uint32) *Vec3
- func GetR(m *Mat4) *Vec3
- func GetRWithRotationOrder(m *Mat4, rotationorder RotationOrder) *Vec3
- func GetRotation(m *Mat4) *Vec3
- func GetRotationWithRotationOrder(m *Mat4, rotationorder RotationOrder) *Vec3
- func GetRow(m *Mat3, n uint32) *Vec3
- func GetS(m *Mat4) *Vec3
- func GetScale(m *Mat3) *Vec3
- func GetScaleWithM(m *Mat4) *Vec3
- func GetT(m *Mat4) *Vec3
- func GetTranslation(m *Mat3) *Vec3
- func GetTranslationWithM(m *Mat4) *Vec3
- func GetX(m *Mat3) *Vec3
- func GetXWithM(m *Mat4) *Vec3
- func GetY(m *Mat3) *Vec3
- func GetYWithM(m *Mat4) *Vec3
- func GetZ(m *Mat3) *Vec3
- func GetZWithM(m *Mat4) *Vec3
- func InverseWithV(v *Vec3) *Vec3
- func LerpWithVec3AVec3B(a *Vec3, b *Vec3, t float32) *Vec3
- func MakeVec3(v *Vec4) *Vec3
- func MaxWithVec3AVec3B(a *Vec3, b *Vec3) *Vec3
- func MinWithVec3AVec3B(a *Vec3, b *Vec3) *Vec3
- func NewVec3() *Vec3
- func NewVec3WithIVec2V(v *IVec2) *Vec3
- func NewVec3WithV(v *Vec2) *Vec3
- func NewVec3WithVec3V(v *Vec3) *Vec3
- func NewVec3WithVec4V(v *Vec4) *Vec3
- func NewVec3WithXYZ(x float32, y float32, z float32) *Vec3
- func NormalizeWithVec3V(v *Vec3) *Vec3
- func ProjectOrthoToClipSpace(proj *Mat44, view *Vec3) (bool, *Vec3)
- func ProjectOrthoToScreenSpace(proj *Mat44, view *Vec3, resolution *Vec2) (bool, *Vec3)
- func ProjectToClipSpace(proj *Mat44, view *Vec3) (bool, *Vec3)
- func ProjectToScreenSpace(proj *Mat44, view *Vec3, resolution *Vec2) (bool, *Vec3)
- func Rad3(x float32, y float32, z float32) *Vec3
- func RandomVec3(min float32, max float32) *Vec3
- func RandomVec3WithMinMax(min *Vec3, max *Vec3) *Vec3
- func Reflect(v *Vec3, n *Vec3) *Vec3
- func Refract(v *Vec3, n *Vec3) *Vec3
- func RefractWithKIn(v *Vec3, n *Vec3, kin float32) *Vec3
- func RefractWithKInKOut(v *Vec3, n *Vec3, kin float32, kout float32) *Vec3
- func ReverseWithV(v *Vec3) *Vec3
- func ScreenSpaceToClipSpace(screen *Vec3, resolution *Vec2) *Vec3
- func Sign(v *Vec3) *Vec3
- func ToEuler(q *Quaternion) *Vec3
- func ToEulerWithM(m *Mat3) *Vec3
- func ToEulerWithMRotationOrder(m *Mat3, rotationorder RotationOrder) *Vec3
- func ToEulerWithRotationOrder(q *Quaternion, rotationorder RotationOrder) *Vec3
- func UnprojectFromClipSpace(invproj *Mat44, clip *Vec3) (bool, *Vec3)
- func UnprojectFromScreenSpace(invproj *Mat44, screen *Vec3, resolution *Vec2) (bool, *Vec3)
- func UnprojectOrthoFromClipSpace(invproj *Mat44, clip *Vec3) (bool, *Vec3)
- func UnprojectOrthoFromScreenSpace(invproj *Mat44, screen *Vec3, resolution *Vec2) (bool, *Vec3)
- func Vec3GetBack() *Vec3
- func Vec3GetDown() *Vec3
- func Vec3GetFront() *Vec3
- func Vec3GetLeft() *Vec3
- func Vec3GetOne() *Vec3
- func Vec3GetRight() *Vec3
- func Vec3GetUp() *Vec3
- func Vec3GetZero() *Vec3
- func Vec3I(x int32, y int32, z int32) *Vec3
- func (pointer *Vec3) Add(v *Vec3) *Vec3
- func (pointer *Vec3) AddWithK(k float32) *Vec3
- func (pointer *Vec3) Div(v *Vec3) *Vec3
- func (pointer *Vec3) DivWithK(k float32) *Vec3
- func (pointer *Vec3) Eq(v *Vec3) bool
- func (pointer *Vec3) Free()
- func (pointer *Vec3) GetBack() *Vec3
- func (pointer *Vec3) GetDown() *Vec3
- func (pointer *Vec3) GetFront() *Vec3
- func (pointer *Vec3) GetLeft() *Vec3
- func (pointer *Vec3) GetOne() *Vec3
- func (pointer *Vec3) GetRight() *Vec3
- func (pointer *Vec3) GetUp() *Vec3
- func (pointer *Vec3) GetX() float32
- func (pointer *Vec3) GetY() float32
- func (pointer *Vec3) GetZ() float32
- func (pointer *Vec3) GetZero() *Vec3
- func (pointer *Vec3) InplaceAdd(v *Vec3)
- func (pointer *Vec3) InplaceAddWithK(k float32)
- func (pointer *Vec3) InplaceDiv(v *Vec3)
- func (pointer *Vec3) InplaceDivWithK(k float32)
- func (pointer *Vec3) InplaceMul(v *Vec3)
- func (pointer *Vec3) InplaceMulWithK(k float32)
- func (pointer *Vec3) InplaceSub(v *Vec3)
- func (pointer *Vec3) InplaceSubWithK(k float32)
- func (pointer *Vec3) IsNil() bool
- func (pointer *Vec3) Mul(v *Vec3) *Vec3
- func (pointer *Vec3) MulWithK(k float32) *Vec3
- func (pointer *Vec3) Ne(v *Vec3) bool
- func (pointer *Vec3) Set(x float32, y float32, z float32)
- func (pointer *Vec3) SetX(v float32)
- func (pointer *Vec3) SetY(v float32)
- func (pointer *Vec3) SetZ(v float32)
- func (pointer *Vec3) Sub(v *Vec3) *Vec3
- func (pointer *Vec3) SubWithK(k float32) *Vec3
type Vec3List
- func NewVec3List() *Vec3List
- func NewVec3ListWithSequence(sequence GoSliceOfVec3) *Vec3List
- func (pointer *Vec3List) At(idx int32) *Vec3
- func (pointer *Vec3List) Clear()
- func (pointer *Vec3List) Free()
- func (pointer *Vec3List) Get(id int) *Vec3
- func (pointer *Vec3List) IsNil() bool
- func (pointer *Vec3List) Len() int32
- func (pointer *Vec3List) PushBack(v *Vec3)
- func (pointer *Vec3List) Reserve(size int32)
- func (pointer *Vec3List) Set(id int, v *Vec3)
- func (pointer *Vec3List) Size() int32
type Vec4
- func Abs(v *Vec4) *Vec4
- func GetColumnWithMIdx(m *Mat44, idx uint32) *Vec4
- func GetRowWithMIdx(m *Mat44, idx uint32) *Vec4
- func GetRowWithMN(m *Mat4, n uint32) *Vec4
- func LerpWithVec4AVec4B(a *Vec4, b *Vec4, t float32) *Vec4
- func MakePlane(p *Vec3, n *Vec3) *Vec4
- func MakePlaneWithM(p *Vec3, n *Vec3, m *Mat4) *Vec4
- func NewVec4() *Vec4
- func NewVec4WithIVec2V(v *IVec2) *Vec4
- func NewVec4WithV(v *Vec2) *Vec4
- func NewVec4WithVec3V(v *Vec3) *Vec4
- func NewVec4WithVec4V(v *Vec4) *Vec4
- func NewVec4WithXYZ(x float32, y float32, z float32) *Vec4
- func NewVec4WithXYZW(x float32, y float32, z float32, w float32) *Vec4
- func NormalizeWithVec4V(v *Vec4) *Vec4
- func RandomVec4(min float32, max float32) *Vec4
- func RandomVec4WithMinMax(min *Vec4, max *Vec4) *Vec4
- func Vec4I(x int32, y int32, z int32) *Vec4
- func Vec4IWithW(x int32, y int32, z int32, w int32) *Vec4
- func (pointer *Vec4) Add(v *Vec4) *Vec4
- func (pointer *Vec4) AddWithK(k float32) *Vec4
- func (pointer *Vec4) Div(v *Vec4) *Vec4
- func (pointer *Vec4) DivWithK(k float32) *Vec4
- func (pointer *Vec4) Free()
- func (pointer *Vec4) GetW() float32
- func (pointer *Vec4) GetX() float32
- func (pointer *Vec4) GetY() float32
- func (pointer *Vec4) GetZ() float32
- func (pointer *Vec4) InplaceAdd(v *Vec4)
- func (pointer *Vec4) InplaceAddWithK(k float32)
- func (pointer *Vec4) InplaceDiv(v *Vec4)
- func (pointer *Vec4) InplaceDivWithK(k float32)
- func (pointer *Vec4) InplaceMul(v *Vec4)
- func (pointer *Vec4) InplaceMulWithK(k float32)
- func (pointer *Vec4) InplaceSub(v *Vec4)
- func (pointer *Vec4) InplaceSubWithK(k float32)
- func (pointer *Vec4) IsNil() bool
- func (pointer *Vec4) Mul(v *Vec4) *Vec4
- func (pointer *Vec4) MulWithK(k float32) *Vec4
- func (pointer *Vec4) Set(x float32, y float32, z float32)
- func (pointer *Vec4) SetW(v float32)
- func (pointer *Vec4) SetWithW(x float32, y float32, z float32, w float32)
- func (pointer *Vec4) SetX(v float32)
- func (pointer *Vec4) SetY(v float32)
- func (pointer *Vec4) SetZ(v float32)
- func (pointer *Vec4) Sub(v *Vec4) *Vec4
- func (pointer *Vec4) SubWithK(k float32) *Vec4
type Vec4List
- func NewVec4List() *Vec4List
- func NewVec4ListWithSequence(sequence GoSliceOfVec4) *Vec4List
- func (pointer *Vec4List) At(idx int32) *Vec4
- func (pointer *Vec4List) Clear()
- func (pointer *Vec4List) Free()
- func (pointer *Vec4List) Get(id int) *Vec4
- func (pointer *Vec4List) IsNil() bool
- func (pointer *Vec4List) Len() int32
- func (pointer *Vec4List) PushBack(v *Vec4)
- func (pointer *Vec4List) Reserve(size int32)
- func (pointer *Vec4List) Set(id int, v *Vec4)
- func (pointer *Vec4List) Size() int32
type Vertex
- func MakeVertex(pos *Vec3) *Vertex
- func MakeVertexWithNrm(pos *Vec3, nrm *Vec3) *Vertex
- func MakeVertexWithNrmUv0(pos *Vec3, nrm *Vec3, uv0 *Vec2) *Vertex
- func MakeVertexWithNrmUv0Color0(pos *Vec3, nrm *Vec3, uv0 *Vec2, color0 *Color) *Vertex
- func NewVertex() *Vertex
- func (pointer *Vertex) Free()
- func (pointer *Vertex) GetBinormal() *Vec3
- func (pointer *Vertex) GetColor0() *Color
- func (pointer *Vertex) GetColor1() *Color
- func (pointer *Vertex) GetColor2() *Color
- func (pointer *Vertex) GetColor3() *Color
- func (pointer *Vertex) GetNormal() *Vec3
- func (pointer *Vertex) GetPos() *Vec3
- func (pointer *Vertex) GetTangent() *Vec3
- func (pointer *Vertex) GetUv0() *Vec2
- func (pointer *Vertex) GetUv1() *Vec2
- func (pointer *Vertex) GetUv2() *Vec2
- func (pointer *Vertex) GetUv3() *Vec2
- func (pointer *Vertex) GetUv4() *Vec2
- func (pointer *Vertex) GetUv5() *Vec2
- func (pointer *Vertex) GetUv6() *Vec2
- func (pointer *Vertex) GetUv7() *Vec2
- func (pointer *Vertex) IsNil() bool
- func (pointer *Vertex) SetBinormal(v *Vec3)
- func (pointer *Vertex) SetColor0(v *Color)
- func (pointer *Vertex) SetColor1(v *Color)
- func (pointer *Vertex) SetColor2(v *Color)
- func (pointer *Vertex) SetColor3(v *Color)
- func (pointer *Vertex) SetNormal(v *Vec3)
- func (pointer *Vertex) SetPos(v *Vec3)
- func (pointer *Vertex) SetTangent(v *Vec3)
- func (pointer *Vertex) SetUv0(v *Vec2)
- func (pointer *Vertex) SetUv1(v *Vec2)
- func (pointer *Vertex) SetUv2(v *Vec2)
- func (pointer *Vertex) SetUv3(v *Vec2)
- func (pointer *Vertex) SetUv4(v *Vec2)
- func (pointer *Vertex) SetUv5(v *Vec2)
- func (pointer *Vertex) SetUv6(v *Vec2)
- func (pointer *Vertex) SetUv7(v *Vec2)
type VertexLayout
- func NewVertexLayout() *VertexLayout
- func VertexLayoutPosFloatColorFloat() *VertexLayout
- func VertexLayoutPosFloatColorUInt8() *VertexLayout
- func VertexLayoutPosFloatNormFloat() *VertexLayout
- func VertexLayoutPosFloatNormUInt8() *VertexLayout
- func VertexLayoutPosFloatNormUInt8TexCoord0UInt8() *VertexLayout
- func VertexLayoutPosFloatTexCoord0UInt8() *VertexLayout
- func (pointer *VertexLayout) Add(attrib Attrib, count uint8, typeGo AttribType) *VertexLayout
- func (pointer *VertexLayout) AddWithNormalized(attrib Attrib, count uint8, typeGo AttribType, normalized bool) *VertexLayout
- func (pointer *VertexLayout) AddWithNormalizedAsInt(attrib Attrib, count uint8, typeGo AttribType, normalized bool, asint bool) *VertexLayout
- func (pointer *VertexLayout) Begin() *VertexLayout
- func (pointer *VertexLayout) End()
- func (pointer *VertexLayout) Free()
- func (pointer *VertexLayout) GetOffset(attrib Attrib) uint16
- func (pointer *VertexLayout) GetSize(count uint32) uint32
- func (pointer *VertexLayout) GetStride() uint16
- func (pointer *VertexLayout) Has(attrib Attrib) bool
- func (pointer *VertexLayout) IsNil() bool
- func (pointer *VertexLayout) Skip(size uint8) *VertexLayout
type Vertices
- func NewVertices(decl *VertexLayout, count int32) *Vertices
- func (pointer *Vertices) Begin(vertexindex int32) *Vertices
- func (pointer *Vertices) Clear()
- func (pointer *Vertices) End()
- func (pointer *Vertices) EndWithValidate(validate bool)
- func (pointer *Vertices) Free()
- func (pointer *Vertices) GetCapacity() int32
- func (pointer *Vertices) GetCount() int32
- func (pointer *Vertices) GetData() *VoidPointer
- func (pointer *Vertices) GetDecl() *VertexLayout
- func (pointer *Vertices) GetSize() int32
- func (pointer *Vertices) IsNil() bool
- func (pointer *Vertices) Reserve(count int32)
- func (pointer *Vertices) Resize(count int32)
- func (pointer *Vertices) SetBinormal(binormal *Vec3) *Vertices
- func (pointer *Vertices) SetColor0(color *Color) *Vertices
- func (pointer *Vertices) SetColor1(color *Color) *Vertices
- func (pointer *Vertices) SetColor2(color *Color) *Vertices
- func (pointer *Vertices) SetColor3(color *Color) *Vertices
- func (pointer *Vertices) SetNormal(normal *Vec3) *Vertices
- func (pointer *Vertices) SetPos(pos *Vec3) *Vertices
- func (pointer *Vertices) SetTangent(tangent *Vec3) *Vertices
- func (pointer *Vertices) SetTexCoord0(uv *Vec2) *Vertices
- func (pointer *Vertices) SetTexCoord1(uv *Vec2) *Vertices
- func (pointer *Vertices) SetTexCoord2(uv *Vec2) *Vertices
- func (pointer *Vertices) SetTexCoord3(uv *Vec2) *Vertices
- func (pointer *Vertices) SetTexCoord4(uv *Vec2) *Vertices
- func (pointer *Vertices) SetTexCoord5(uv *Vec2) *Vertices
- func (pointer *Vertices) SetTexCoord6(uv *Vec2) *Vertices
- func (pointer *Vertices) SetTexCoord7(uv *Vec2) *Vertices
type VideoFrameFormat
type ViewMode
type ViewState
- func ComputeOrthographicViewState(world *Mat4, size float32, znear float32, zfar float32, aspectratio *Vec2) *ViewState
- func ComputePerspectiveViewState(world *Mat4, fov float32, znear float32, zfar float32, aspectratio *Vec2) *ViewState
- func NewViewState() *ViewState
- func (pointer *ViewState) Free()
- func (pointer *ViewState) GetFrustum() *Frustum
- func (pointer *ViewState) GetProj() *Mat44
- func (pointer *ViewState) GetView() *Mat4
- func (pointer *ViewState) IsNil() bool
- func (pointer *ViewState) SetFrustum(v *Frustum)
- func (pointer *ViewState) SetProj(v *Mat44)
- func (pointer *ViewState) SetView(v *Mat4)
type Visibility
- func TestVisibility(frustum *Frustum, minmax *MinMax) Visibility
- func TestVisibilityWithCountPoints(frustum *Frustum, count uint32, points *Vec3) Visibility
- func TestVisibilityWithCountPointsDistance(frustum *Frustum, count uint32, points *Vec3, distance float32) Visibility
- func TestVisibilityWithOriginRadius(frustum *Frustum, origin *Vec3, radius float32) Visibility
type VoidPointer
- func GetWindowHandle(window *Window) *VoidPointer
- func IntToVoidPointer(ptr uintptr) *VoidPointer
- func (pointer *VoidPointer) Free()
- func (pointer *VoidPointer) IsNil() bool
type Window
- func GetWindowInFocus() *Window
- func NewFullscreenWindow(monitor *Monitor, modeindex int32) *Window
- func NewFullscreenWindowWithRotation(monitor *Monitor, modeindex int32, rotation MonitorRotation) *Window
- func NewFullscreenWindowWithTitleMonitorModeIndex(title string, monitor *Monitor, modeindex int32) *Window
- func NewFullscreenWindowWithTitleMonitorModeIndexRotation(title string, monitor *Monitor, modeindex int32, rotation MonitorRotation) *Window
- func NewWindow(width int32, height int32) *Window
- func NewWindowFrom(handle *VoidPointer) *Window
- func NewWindowWithBpp(width int32, height int32, bpp int32) *Window
- func NewWindowWithBppVisibility(width int32, height int32, bpp int32, visibility WindowVisibility) *Window
- func NewWindowWithTitleWidthHeight(title string, width int32, height int32) *Window
- func NewWindowWithTitleWidthHeightBpp(title string, width int32, height int32, bpp int32) *Window
- func NewWindowWithTitleWidthHeightBppVisibility(title string, width int32, height int32, bpp int32, ...) *Window
- func RenderInitWithWidthHeightResetFlags(width int32, height int32, resetflags ResetFlags) *Window
- func RenderInitWithWidthHeightResetFlagsFormat(width int32, height int32, resetflags ResetFlags, format TextureFormat) *Window
- func RenderInitWithWidthHeightResetFlagsFormatDebugFlags(width int32, height int32, resetflags ResetFlags, format TextureFormat, ...) *Window
- func RenderInitWithWidthHeightType(width int32, height int32, typeGo RendererType) *Window
- func RenderInitWithWidthHeightTypeResetFlags(width int32, height int32, typeGo RendererType, resetflags ResetFlags) *Window
- func RenderInitWithWidthHeightTypeResetFlagsFormat(width int32, height int32, typeGo RendererType, resetflags ResetFlags, ...) *Window
- func RenderInitWithWidthHeightTypeResetFlagsFormatDebugFlags(width int32, height int32, typeGo RendererType, resetflags ResetFlags, ...) *Window
- func RenderInitWithWindowTitleWidthHeightResetFlags(windowtitle string, width int32, height int32, resetflags ResetFlags) *Window
- func RenderInitWithWindowTitleWidthHeightResetFlagsFormat(windowtitle string, width int32, height int32, resetflags ResetFlags, ...) *Window
- func RenderInitWithWindowTitleWidthHeightResetFlagsFormatDebugFlags(windowtitle string, width int32, height int32, resetflags ResetFlags, ...) *Window
- func RenderInitWithWindowTitleWidthHeightType(windowtitle string, width int32, height int32, typeGo RendererType) *Window
- func RenderInitWithWindowTitleWidthHeightTypeResetFlags(windowtitle string, width int32, height int32, typeGo RendererType, ...) *Window
- func RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormat(windowtitle string, width int32, height int32, typeGo RendererType, ...) *Window
- func RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormatDebugFlags(windowtitle string, width int32, height int32, typeGo RendererType, ...) *Window
- func (pointer *Window) Free()
- func (pointer *Window) IsNil() bool
type WindowVisibility

Constants ¶

This section is empty.

Variables ¶

View Source

var (
	// LLNormal ...
	LLNormal = LogLevel(C.GetLogLevel(0))
	// LLWarning ...
	LLWarning = LogLevel(C.GetLogLevel(1))
	// LLError ...
	LLError = LogLevel(C.GetLogLevel(2))
	// LLDebug ...
	LLDebug = LogLevel(C.GetLogLevel(3))
	// LLAll ...
	LLAll = LogLevel(C.GetLogLevel(4))
)

View Source

var (
	// SMStart ...
	SMStart = SeekMode(C.GetSeekMode(0))
	// SMCurrent ...
	SMCurrent = SeekMode(C.GetSeekMode(1))
	// SMEnd ...
	SMEnd = SeekMode(C.GetSeekMode(2))
)

View Source

var (
	// DEFile ...
	DEFile = DirEntryType(C.GetDirEntryType(0))
	// DEDir ...
	DEDir = DirEntryType(C.GetDirEntryType(1))
	// DELink ...
	DELink = DirEntryType(C.GetDirEntryType(2))
	// DEAll ...
	DEAll = DirEntryType(C.GetDirEntryType(3))
)

View Source

var (
	// ROZYX ...
	ROZYX = RotationOrder(C.GetRotationOrder(0))
	// ROYZX ...
	ROYZX = RotationOrder(C.GetRotationOrder(1))
	// ROZXY ...
	ROZXY = RotationOrder(C.GetRotationOrder(2))
	// ROXZY ...
	ROXZY = RotationOrder(C.GetRotationOrder(3))
	// ROYXZ ...
	ROYXZ = RotationOrder(C.GetRotationOrder(4))
	// ROXYZ ...
	ROXYZ = RotationOrder(C.GetRotationOrder(5))
	// ROXY ...
	ROXY = RotationOrder(C.GetRotationOrder(6))
	// RODefault ...
	RODefault = RotationOrder(C.GetRotationOrder(7))
)

View Source

var (
	// AX ...
	AX = Axis(C.GetAxis(0))
	// AY ...
	AY = Axis(C.GetAxis(1))
	// AZ ...
	AZ = Axis(C.GetAxis(2))
	// ARotX ...
	ARotX = Axis(C.GetAxis(3))
	// ARotY ...
	ARotY = Axis(C.GetAxis(4))
	// ARotZ ...
	ARotZ = Axis(C.GetAxis(5))
	// ALast ...
	ALast = Axis(C.GetAxis(6))
)

View Source

var (
	// VOutside ...
	VOutside = Visibility(C.GetVisibility(0))
	// VInside ...
	VInside = Visibility(C.GetVisibility(1))
	// VClipped ...
	VClipped = Visibility(C.GetVisibility(2))
)

View Source

var (
	// MR0 ...
	MR0 = MonitorRotation(C.GetMonitorRotation(0))
	// MR90 ...
	MR90 = MonitorRotation(C.GetMonitorRotation(1))
	// MR180 ...
	MR180 = MonitorRotation(C.GetMonitorRotation(2))
	// MR270 ...
	MR270 = MonitorRotation(C.GetMonitorRotation(3))
)

View Source

var (
	// WVWindowed ...
	WVWindowed = WindowVisibility(C.GetWindowVisibility(0))
	// WVUndecorated ...
	WVUndecorated = WindowVisibility(C.GetWindowVisibility(1))
	// WVFullscreen ...
	WVFullscreen = WindowVisibility(C.GetWindowVisibility(2))
	// WVHidden ...
	WVHidden = WindowVisibility(C.GetWindowVisibility(3))
	// WVFullscreenMonitor1 ...
	WVFullscreenMonitor1 = WindowVisibility(C.GetWindowVisibility(4))
	// WVFullscreenMonitor2 ...
	WVFullscreenMonitor2 = WindowVisibility(C.GetWindowVisibility(5))
	// WVFullscreenMonitor3 ...
	WVFullscreenMonitor3 = WindowVisibility(C.GetWindowVisibility(6))
)

View Source

var (
	// PFRGB24 ...
	PFRGB24 = PictureFormat(C.GetPictureFormat(0))
	// PFRGBA32 ...
	PFRGBA32 = PictureFormat(C.GetPictureFormat(1))
	// PFRGBA32F ...
	PFRGBA32F = PictureFormat(C.GetPictureFormat(2))
)

View Source

var (
	// RTNoop ...
	RTNoop = RendererType(C.GetRendererType(0))
	// RTDirect3D9 ...
	RTDirect3D9 = RendererType(C.GetRendererType(1))
	// RTDirect3D11 ...
	RTDirect3D11 = RendererType(C.GetRendererType(2))
	// RTDirect3D12 ...
	RTDirect3D12 = RendererType(C.GetRendererType(3))
	// RTGnm ...
	RTGnm = RendererType(C.GetRendererType(4))
	// RTMetal ...
	RTMetal = RendererType(C.GetRendererType(5))
	// RTNvn ...
	RTNvn = RendererType(C.GetRendererType(6))
	// RTOpenGLES ...
	RTOpenGLES = RendererType(C.GetRendererType(7))
	// RTOpenGL ...
	RTOpenGL = RendererType(C.GetRendererType(8))
	// RTVulkan ...
	RTVulkan = RendererType(C.GetRendererType(9))
	// RTCount ...
	RTCount = RendererType(C.GetRendererType(10))
)

View Source

var (
	// TFBC1 ...
	TFBC1 = TextureFormat(C.GetTextureFormat(0))
	// TFBC2 ...
	TFBC2 = TextureFormat(C.GetTextureFormat(1))
	// TFBC3 ...
	TFBC3 = TextureFormat(C.GetTextureFormat(2))
	// TFBC4 ...
	TFBC4 = TextureFormat(C.GetTextureFormat(3))
	// TFBC5 ...
	TFBC5 = TextureFormat(C.GetTextureFormat(4))
	// TFBC6H ...
	TFBC6H = TextureFormat(C.GetTextureFormat(5))
	// TFBC7 ...
	TFBC7 = TextureFormat(C.GetTextureFormat(6))
	// TFETC1 ...
	TFETC1 = TextureFormat(C.GetTextureFormat(7))
	// TFETC2 ...
	TFETC2 = TextureFormat(C.GetTextureFormat(8))
	// TFETC2A ...
	TFETC2A = TextureFormat(C.GetTextureFormat(9))
	// TFETC2A1 ...
	TFETC2A1 = TextureFormat(C.GetTextureFormat(10))
	// TFPTC12 ...
	TFPTC12 = TextureFormat(C.GetTextureFormat(11))
	// TFPTC14 ...
	TFPTC14 = TextureFormat(C.GetTextureFormat(12))
	// TFPTC12A ...
	TFPTC12A = TextureFormat(C.GetTextureFormat(13))
	// TFPTC14A ...
	TFPTC14A = TextureFormat(C.GetTextureFormat(14))
	// TFPTC22 ...
	TFPTC22 = TextureFormat(C.GetTextureFormat(15))
	// TFPTC24 ...
	TFPTC24 = TextureFormat(C.GetTextureFormat(16))
	// TFATC ...
	TFATC = TextureFormat(C.GetTextureFormat(17))
	// TFATCE ...
	TFATCE = TextureFormat(C.GetTextureFormat(18))
	// TFATCI ...
	TFATCI = TextureFormat(C.GetTextureFormat(19))
	// TFASTC4x4 ...
	TFASTC4x4 = TextureFormat(C.GetTextureFormat(20))
	// TFASTC5x5 ...
	TFASTC5x5 = TextureFormat(C.GetTextureFormat(21))
	// TFASTC6x6 ...
	TFASTC6x6 = TextureFormat(C.GetTextureFormat(22))
	// TFASTC8x5 ...
	TFASTC8x5 = TextureFormat(C.GetTextureFormat(23))
	// TFASTC8x6 ...
	TFASTC8x6 = TextureFormat(C.GetTextureFormat(24))
	// TFASTC10x5 ...
	TFASTC10x5 = TextureFormat(C.GetTextureFormat(25))
	// TFUnknown ...
	TFUnknown = TextureFormat(C.GetTextureFormat(26))
	// TFR1 ...
	TFR1 = TextureFormat(C.GetTextureFormat(27))
	// TFA8 ...
	TFA8 = TextureFormat(C.GetTextureFormat(28))
	// TFR8 ...
	TFR8 = TextureFormat(C.GetTextureFormat(29))
	// TFR8I ...
	TFR8I = TextureFormat(C.GetTextureFormat(30))
	// TFR8U ...
	TFR8U = TextureFormat(C.GetTextureFormat(31))
	// TFR8S ...
	TFR8S = TextureFormat(C.GetTextureFormat(32))
	// TFR16 ...
	TFR16 = TextureFormat(C.GetTextureFormat(33))
	// TFR16I ...
	TFR16I = TextureFormat(C.GetTextureFormat(34))
	// TFR16U ...
	TFR16U = TextureFormat(C.GetTextureFormat(35))
	// TFR16F ...
	TFR16F = TextureFormat(C.GetTextureFormat(36))
	// TFR16S ...
	TFR16S = TextureFormat(C.GetTextureFormat(37))
	// TFR32I ...
	TFR32I = TextureFormat(C.GetTextureFormat(38))
	// TFR32U ...
	TFR32U = TextureFormat(C.GetTextureFormat(39))
	// TFR32F ...
	TFR32F = TextureFormat(C.GetTextureFormat(40))
	// TFRG8 ...
	TFRG8 = TextureFormat(C.GetTextureFormat(41))
	// TFRG8I ...
	TFRG8I = TextureFormat(C.GetTextureFormat(42))
	// TFRG8U ...
	TFRG8U = TextureFormat(C.GetTextureFormat(43))
	// TFRG8S ...
	TFRG8S = TextureFormat(C.GetTextureFormat(44))
	// TFRG16 ...
	TFRG16 = TextureFormat(C.GetTextureFormat(45))
	// TFRG16I ...
	TFRG16I = TextureFormat(C.GetTextureFormat(46))
	// TFRG16U ...
	TFRG16U = TextureFormat(C.GetTextureFormat(47))
	// TFRG16F ...
	TFRG16F = TextureFormat(C.GetTextureFormat(48))
	// TFRG16S ...
	TFRG16S = TextureFormat(C.GetTextureFormat(49))
	// TFRG32I ...
	TFRG32I = TextureFormat(C.GetTextureFormat(50))
	// TFRG32U ...
	TFRG32U = TextureFormat(C.GetTextureFormat(51))
	// TFRG32F ...
	TFRG32F = TextureFormat(C.GetTextureFormat(52))
	// TFRGB8 ...
	TFRGB8 = TextureFormat(C.GetTextureFormat(53))
	// TFRGB8I ...
	TFRGB8I = TextureFormat(C.GetTextureFormat(54))
	// TFRGB8U ...
	TFRGB8U = TextureFormat(C.GetTextureFormat(55))
	// TFRGB8S ...
	TFRGB8S = TextureFormat(C.GetTextureFormat(56))
	// TFRGB9E5F ...
	TFRGB9E5F = TextureFormat(C.GetTextureFormat(57))
	// TFBGRA8 ...
	TFBGRA8 = TextureFormat(C.GetTextureFormat(58))
	// TFRGBA8 ...
	TFRGBA8 = TextureFormat(C.GetTextureFormat(59))
	// TFRGBA8I ...
	TFRGBA8I = TextureFormat(C.GetTextureFormat(60))
	// TFRGBA8U ...
	TFRGBA8U = TextureFormat(C.GetTextureFormat(61))
	// TFRGBA8S ...
	TFRGBA8S = TextureFormat(C.GetTextureFormat(62))
	// TFRGBA16 ...
	TFRGBA16 = TextureFormat(C.GetTextureFormat(63))
	// TFRGBA16I ...
	TFRGBA16I = TextureFormat(C.GetTextureFormat(64))
	// TFRGBA16U ...
	TFRGBA16U = TextureFormat(C.GetTextureFormat(65))
	// TFRGBA16F ...
	TFRGBA16F = TextureFormat(C.GetTextureFormat(66))
	// TFRGBA16S ...
	TFRGBA16S = TextureFormat(C.GetTextureFormat(67))
	// TFRGBA32I ...
	TFRGBA32I = TextureFormat(C.GetTextureFormat(68))
	// TFRGBA32U ...
	TFRGBA32U = TextureFormat(C.GetTextureFormat(69))
	// TFRGBA32F ...
	TFRGBA32F = TextureFormat(C.GetTextureFormat(70))
	// TFR5G6B5 ...
	TFR5G6B5 = TextureFormat(C.GetTextureFormat(71))
	// TFRGBA4 ...
	TFRGBA4 = TextureFormat(C.GetTextureFormat(72))
	// TFRGB5A1 ...
	TFRGB5A1 = TextureFormat(C.GetTextureFormat(73))
	// TFRGB10A2 ...
	TFRGB10A2 = TextureFormat(C.GetTextureFormat(74))
	// TFRG11B10F ...
	TFRG11B10F = TextureFormat(C.GetTextureFormat(75))
	// TFUnknownDepth ...
	TFUnknownDepth = TextureFormat(C.GetTextureFormat(76))
	// TFD16 ...
	TFD16 = TextureFormat(C.GetTextureFormat(77))
	// TFD24 ...
	TFD24 = TextureFormat(C.GetTextureFormat(78))
	// TFD24S8 ...
	TFD24S8 = TextureFormat(C.GetTextureFormat(79))
	// TFD32 ...
	TFD32 = TextureFormat(C.GetTextureFormat(80))
	// TFD16F ...
	TFD16F = TextureFormat(C.GetTextureFormat(81))
	// TFD24F ...
	TFD24F = TextureFormat(C.GetTextureFormat(82))
	// TFD32F ...
	TFD32F = TextureFormat(C.GetTextureFormat(83))
	// TFD0S8 ...
	TFD0S8 = TextureFormat(C.GetTextureFormat(84))
)

View Source

var (
	// BREqual ...
	BREqual = BackbufferRatio(C.GetBackbufferRatio(0))
	// BRHalf ...
	BRHalf = BackbufferRatio(C.GetBackbufferRatio(1))
	// BRQuarter ...
	BRQuarter = BackbufferRatio(C.GetBackbufferRatio(2))
	// BREighth ...
	BREighth = BackbufferRatio(C.GetBackbufferRatio(3))
	// BRSixteenth ...
	BRSixteenth = BackbufferRatio(C.GetBackbufferRatio(4))
	// BRDouble ...
	BRDouble = BackbufferRatio(C.GetBackbufferRatio(5))
)

View Source

var (
	// VMDefault ...
	VMDefault = ViewMode(C.GetViewMode(0))
	// VMSequential ...
	VMSequential = ViewMode(C.GetViewMode(1))
	// VMDepthAscending ...
	VMDepthAscending = ViewMode(C.GetViewMode(2))
	// VMDepthDescending ...
	VMDepthDescending = ViewMode(C.GetViewMode(3))
)

View Source

var (
	// APosition ...
	APosition = Attrib(C.GetAttrib(0))
	// ANormal ...
	ANormal = Attrib(C.GetAttrib(1))
	// ATangent ...
	ATangent = Attrib(C.GetAttrib(2))
	// ABitangent ...
	ABitangent = Attrib(C.GetAttrib(3))
	// AColor0 ...
	AColor0 = Attrib(C.GetAttrib(4))
	// AColor1 ...
	AColor1 = Attrib(C.GetAttrib(5))
	// AColor2 ...
	AColor2 = Attrib(C.GetAttrib(6))
	// AColor3 ...
	AColor3 = Attrib(C.GetAttrib(7))
	// AIndices ...
	AIndices = Attrib(C.GetAttrib(8))
	// AWeight ...
	AWeight = Attrib(C.GetAttrib(9))
	// ATexCoord0 ...
	ATexCoord0 = Attrib(C.GetAttrib(10))
	// ATexCoord1 ...
	ATexCoord1 = Attrib(C.GetAttrib(11))
	// ATexCoord2 ...
	ATexCoord2 = Attrib(C.GetAttrib(12))
	// ATexCoord3 ...
	ATexCoord3 = Attrib(C.GetAttrib(13))
	// ATexCoord4 ...
	ATexCoord4 = Attrib(C.GetAttrib(14))
	// ATexCoord5 ...
	ATexCoord5 = Attrib(C.GetAttrib(15))
	// ATexCoord6 ...
	ATexCoord6 = Attrib(C.GetAttrib(16))
	// ATexCoord7 ...
	ATexCoord7 = Attrib(C.GetAttrib(17))
)

View Source

var (
	// ATUint8 ...
	ATUint8 = AttribType(C.GetAttribType(0))
	// ATUint10 ...
	ATUint10 = AttribType(C.GetAttribType(1))
	// ATInt16 ...
	ATInt16 = AttribType(C.GetAttribType(2))
	// ATHalf ...
	ATHalf = AttribType(C.GetAttribType(3))
	// ATFloat ...
	ATFloat = AttribType(C.GetAttribType(4))
)

View Source

var (
	// FCDisabled ...
	FCDisabled = FaceCulling(C.GetFaceCulling(0))
	// FCClockwise ...
	FCClockwise = FaceCulling(C.GetFaceCulling(1))
	// FCCounterClockwise ...
	FCCounterClockwise = FaceCulling(C.GetFaceCulling(2))
)

View Source

var (
	// DTLess ...
	DTLess = DepthTest(C.GetDepthTest(0))
	// DTLessEqual ...
	DTLessEqual = DepthTest(C.GetDepthTest(1))
	// DTEqual ...
	DTEqual = DepthTest(C.GetDepthTest(2))
	// DTGreaterEqual ...
	DTGreaterEqual = DepthTest(C.GetDepthTest(3))
	// DTGreater ...
	DTGreater = DepthTest(C.GetDepthTest(4))
	// DTNotEqual ...
	DTNotEqual = DepthTest(C.GetDepthTest(5))
	// DTNever ...
	DTNever = DepthTest(C.GetDepthTest(6))
	// DTAlways ...
	DTAlways = DepthTest(C.GetDepthTest(7))
	// DTDisabled ...
	DTDisabled = DepthTest(C.GetDepthTest(8))
)

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var (
	// BMAdditive ...
	BMAdditive = BlendMode(C.GetBlendMode(0))
	// BMAlpha ...
	BMAlpha = BlendMode(C.GetBlendMode(1))
	// BMDarken ...
	BMDarken = BlendMode(C.GetBlendMode(2))
	// BMLighten ...
	BMLighten = BlendMode(C.GetBlendMode(3))
	// BMMultiply ...
	BMMultiply = BlendMode(C.GetBlendMode(4))
	// BMOpaque ...
	BMOpaque = BlendMode(C.GetBlendMode(5))
	// BMScreen ...
	BMScreen = BlendMode(C.GetBlendMode(6))
	// BMLinearBurn ...
	BMLinearBurn = BlendMode(C.GetBlendMode(7))
	// BMUndefined ...
	BMUndefined = BlendMode(C.GetBlendMode(8))
)

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var (
	// FPLTPoint ...
	FPLTPoint = ForwardPipelineLightType(C.GetForwardPipelineLightType(0))
	// FPLTSpot ...
	FPLTSpot = ForwardPipelineLightType(C.GetForwardPipelineLightType(1))
	// FPLTLinear ...
	FPLTLinear = ForwardPipelineLightType(C.GetForwardPipelineLightType(2))
)

View Source

var (
	// FPSTNone ...
	FPSTNone = ForwardPipelineShadowType(C.GetForwardPipelineShadowType(0))
	// FPSTMap ...
	FPSTMap = ForwardPipelineShadowType(C.GetForwardPipelineShadowType(1))
)

View Source

var (
	// DTHALeft ...
	DTHALeft = DrawTextHAlign(C.GetDrawTextHAlign(0))
	// DTHACenter ...
	DTHACenter = DrawTextHAlign(C.GetDrawTextHAlign(1))
	// DTHARight ...
	DTHARight = DrawTextHAlign(C.GetDrawTextHAlign(2))
)

View Source

var (
	// DTVATop ...
	DTVATop = DrawTextVAlign(C.GetDrawTextVAlign(0))
	// DTVACenter ...
	DTVACenter = DrawTextVAlign(C.GetDrawTextVAlign(1))
	// DTVABottom ...
	DTVABottom = DrawTextVAlign(C.GetDrawTextVAlign(2))
)

View Source

var (
	// ALMOnce ...
	ALMOnce = AnimLoopMode(C.GetAnimLoopMode(0))
	// ALMInfinite ...
	ALMInfinite = AnimLoopMode(C.GetAnimLoopMode(1))
	// ALMLoop ...
	ALMLoop = AnimLoopMode(C.GetAnimLoopMode(2))
)

View Source

var (
	// ELinear ...
	ELinear = Easing(C.GetEasing(0))
	// EStep ...
	EStep = Easing(C.GetEasing(1))
	// ESmoothStep ...
	ESmoothStep = Easing(C.GetEasing(2))
	// EInQuad ...
	EInQuad = Easing(C.GetEasing(3))
	// EOutQuad ...
	EOutQuad = Easing(C.GetEasing(4))
	// EInOutQuad ...
	EInOutQuad = Easing(C.GetEasing(5))
	// EOutInQuad ...
	EOutInQuad = Easing(C.GetEasing(6))
	// EInCubic ...
	EInCubic = Easing(C.GetEasing(7))
	// EOutCubic ...
	EOutCubic = Easing(C.GetEasing(8))
	// EInOutCubic ...
	EInOutCubic = Easing(C.GetEasing(9))
	// EOutInCubic ...
	EOutInCubic = Easing(C.GetEasing(10))
	// EInQuart ...
	EInQuart = Easing(C.GetEasing(11))
	// EOutQuart ...
	EOutQuart = Easing(C.GetEasing(12))
	// EInOutQuart ...
	EInOutQuart = Easing(C.GetEasing(13))
	// EOutInQuart ...
	EOutInQuart = Easing(C.GetEasing(14))
	// EInQuint ...
	EInQuint = Easing(C.GetEasing(15))
	// EOutQuint ...
	EOutQuint = Easing(C.GetEasing(16))
	// EInOutQuint ...
	EInOutQuint = Easing(C.GetEasing(17))
	// EOutInQuint ...
	EOutInQuint = Easing(C.GetEasing(18))
	// EInSine ...
	EInSine = Easing(C.GetEasing(19))
	// EOutSine ...
	EOutSine = Easing(C.GetEasing(20))
	// EInOutSine ...
	EInOutSine = Easing(C.GetEasing(21))
	// EOutInSine ...
	EOutInSine = Easing(C.GetEasing(22))
	// EInExpo ...
	EInExpo = Easing(C.GetEasing(23))
	// EOutExpo ...
	EOutExpo = Easing(C.GetEasing(24))
	// EInOutExpo ...
	EInOutExpo = Easing(C.GetEasing(25))
	// EOutInExpo ...
	EOutInExpo = Easing(C.GetEasing(26))
	// EInCirc ...
	EInCirc = Easing(C.GetEasing(27))
	// EOutCirc ...
	EOutCirc = Easing(C.GetEasing(28))
	// EInOutCirc ...
	EInOutCirc = Easing(C.GetEasing(29))
	// EOutInCirc ...
	EOutInCirc = Easing(C.GetEasing(30))
	// EInElastic ...
	EInElastic = Easing(C.GetEasing(31))
	// EOutElastic ...
	EOutElastic = Easing(C.GetEasing(32))
	// EInOutElastic ...
	EInOutElastic = Easing(C.GetEasing(33))
	// EOutInElastic ...
	EOutInElastic = Easing(C.GetEasing(34))
	// EInBack ...
	EInBack = Easing(C.GetEasing(35))
	// EOutBack ...
	EOutBack = Easing(C.GetEasing(36))
	// EInOutBack ...
	EInOutBack = Easing(C.GetEasing(37))
	// EOutInBack ...
	EOutInBack = Easing(C.GetEasing(38))
	// EInBounce ...
	EInBounce = Easing(C.GetEasing(39))
	// EOutBounce ...
	EOutBounce = Easing(C.GetEasing(40))
	// EInOutBounce ...
	EInOutBounce = Easing(C.GetEasing(41))
	// EOutInBounce ...
	EOutInBounce = Easing(C.GetEasing(42))
)

View Source

var (
	// LTPoint ...
	LTPoint = LightType(C.GetLightType(0))
	// LTSpot ...
	LTSpot = LightType(C.GetLightType(1))
	// LTLinear ...
	LTLinear = LightType(C.GetLightType(2))
)

View Source

var (
	// LSTNone ...
	LSTNone = LightShadowType(C.GetLightShadowType(0))
	// LSTMap ...
	LSTMap = LightShadowType(C.GetLightShadowType(1))
)

View Source

var (
	// RBTDynamic ...
	RBTDynamic = RigidBodyType(C.GetRigidBodyType(0))
	// RBTKinematic ...
	RBTKinematic = RigidBodyType(C.GetRigidBodyType(1))
	// RBTStatic ...
	RBTStatic = RigidBodyType(C.GetRigidBodyType(2))
)

View Source

var (
	// CETMEventOnly ...
	CETMEventOnly = CollisionEventTrackingMode(C.GetCollisionEventTrackingMode(0))
	// CETMEventAndContacts ...
	CETMEventAndContacts = CollisionEventTrackingMode(C.GetCollisionEventTrackingMode(1))
)

View Source

var (
	// CTSphere ...
	CTSphere = CollisionType(C.GetCollisionType(0))
	// CTCube ...
	CTCube = CollisionType(C.GetCollisionType(1))
	// CTCone ...
	CTCone = CollisionType(C.GetCollisionType(2))
	// CTCapsule ...
	CTCapsule = CollisionType(C.GetCollisionType(3))
	// CTCylinder ...
	CTCylinder = CollisionType(C.GetCollisionType(4))
	// CTMesh ...
	CTMesh = CollisionType(C.GetCollisionType(5))
)

View Source

var (
	// NCITransform ...
	NCITransform = NodeComponentIdx(C.GetNodeComponentIdx(0))
	// NCICamera ...
	NCICamera = NodeComponentIdx(C.GetNodeComponentIdx(1))
	// NCIObject ...
	NCIObject = NodeComponentIdx(C.GetNodeComponentIdx(2))
	// NCILight ...
	NCILight = NodeComponentIdx(C.GetNodeComponentIdx(3))
	// NCIRigidBody ...
	NCIRigidBody = NodeComponentIdx(C.GetNodeComponentIdx(4))
)

View Source

var (
	// SFPPOpaque ...
	SFPPOpaque = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(0))
	// SFPPTransparent ...
	SFPPTransparent = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(1))
	// SFPPSlot0LinearSplit0 ...
	SFPPSlot0LinearSplit0 = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(2))
	// SFPPSlot0LinearSplit1 ...
	SFPPSlot0LinearSplit1 = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(3))
	// SFPPSlot0LinearSplit2 ...
	SFPPSlot0LinearSplit2 = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(4))
	// SFPPSlot0LinearSplit3 ...
	SFPPSlot0LinearSplit3 = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(5))
	// SFPPSlot1Spot ...
	SFPPSlot1Spot = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(6))
	// SFPPDepthPrepass ...
	SFPPDepthPrepass = SceneForwardPipelinePass(C.GetSceneForwardPipelinePass(7))
)

View Source

var (
	// FPAAADBNone ...
	FPAAADBNone = ForwardPipelineAAADebugBuffer(C.GetForwardPipelineAAADebugBuffer(0))
	// FPAAADBSSGI ...
	FPAAADBSSGI = ForwardPipelineAAADebugBuffer(C.GetForwardPipelineAAADebugBuffer(1))
	// FPAAADBSSR ...
	FPAAADBSSR = ForwardPipelineAAADebugBuffer(C.GetForwardPipelineAAADebugBuffer(2))
)

View Source

var (
	// MB0 ...
	MB0 = MouseButton(C.GetMouseButton(0))
	// MB1 ...
	MB1 = MouseButton(C.GetMouseButton(1))
	// MB2 ...
	MB2 = MouseButton(C.GetMouseButton(2))
	// MB3 ...
	MB3 = MouseButton(C.GetMouseButton(3))
	// MB4 ...
	MB4 = MouseButton(C.GetMouseButton(4))
	// MB5 ...
	MB5 = MouseButton(C.GetMouseButton(5))
	// MB6 ...
	MB6 = MouseButton(C.GetMouseButton(6))
	// MB7 ...
	MB7 = MouseButton(C.GetMouseButton(7))
)

View Source

var (
	// KLShift ...
	KLShift = Key(C.GetKey(0))
	// KRShift ...
	KRShift = Key(C.GetKey(1))
	// KLCtrl ...
	KLCtrl = Key(C.GetKey(2))
	// KRCtrl ...
	KRCtrl = Key(C.GetKey(3))
	// KLAlt ...
	KLAlt = Key(C.GetKey(4))
	// KRAlt ...
	KRAlt = Key(C.GetKey(5))
	// KLWin ...
	KLWin = Key(C.GetKey(6))
	// KRWin ...
	KRWin = Key(C.GetKey(7))
	// KTab ...
	KTab = Key(C.GetKey(8))
	// KCapsLock ...
	KCapsLock = Key(C.GetKey(9))
	// KSpace ...
	KSpace = Key(C.GetKey(10))
	// KBackspace ...
	KBackspace = Key(C.GetKey(11))
	// KInsert ...
	KInsert = Key(C.GetKey(12))
	// KSuppr ...
	KSuppr = Key(C.GetKey(13))
	// KHome ...
	KHome = Key(C.GetKey(14))
	// KEnd ...
	KEnd = Key(C.GetKey(15))
	// KPageUp ...
	KPageUp = Key(C.GetKey(16))
	// KPageDown ...
	KPageDown = Key(C.GetKey(17))
	// KUp ...
	KUp = Key(C.GetKey(18))
	// KDown ...
	KDown = Key(C.GetKey(19))
	// KLeft ...
	KLeft = Key(C.GetKey(20))
	// KRight ...
	KRight = Key(C.GetKey(21))
	// KEscape ...
	KEscape = Key(C.GetKey(22))
	// KF1 ...
	KF1 = Key(C.GetKey(23))
	// KF2 ...
	KF2 = Key(C.GetKey(24))
	// KF3 ...
	KF3 = Key(C.GetKey(25))
	// KF4 ...
	KF4 = Key(C.GetKey(26))
	// KF5 ...
	KF5 = Key(C.GetKey(27))
	// KF6 ...
	KF6 = Key(C.GetKey(28))
	// KF7 ...
	KF7 = Key(C.GetKey(29))
	// KF8 ...
	KF8 = Key(C.GetKey(30))
	// KF9 ...
	KF9 = Key(C.GetKey(31))
	// KF10 ...
	KF10 = Key(C.GetKey(32))
	// KF11 ...
	KF11 = Key(C.GetKey(33))
	// KF12 ...
	KF12 = Key(C.GetKey(34))
	// KPrintScreen ...
	KPrintScreen = Key(C.GetKey(35))
	// KScrollLock ...
	KScrollLock = Key(C.GetKey(36))
	// KPause ...
	KPause = Key(C.GetKey(37))
	// KNumLock ...
	KNumLock = Key(C.GetKey(38))
	// KReturn ...
	KReturn = Key(C.GetKey(39))
	// K0 ...
	K0 = Key(C.GetKey(40))
	// K1 ...
	K1 = Key(C.GetKey(41))
	// K2 ...
	K2 = Key(C.GetKey(42))
	// K3 ...
	K3 = Key(C.GetKey(43))
	// K4 ...
	K4 = Key(C.GetKey(44))
	// K5 ...
	K5 = Key(C.GetKey(45))
	// K6 ...
	K6 = Key(C.GetKey(46))
	// K7 ...
	K7 = Key(C.GetKey(47))
	// K8 ...
	K8 = Key(C.GetKey(48))
	// K9 ...
	K9 = Key(C.GetKey(49))
	// KNumpad0 ...
	KNumpad0 = Key(C.GetKey(50))
	// KNumpad1 ...
	KNumpad1 = Key(C.GetKey(51))
	// KNumpad2 ...
	KNumpad2 = Key(C.GetKey(52))
	// KNumpad3 ...
	KNumpad3 = Key(C.GetKey(53))
	// KNumpad4 ...
	KNumpad4 = Key(C.GetKey(54))
	// KNumpad5 ...
	KNumpad5 = Key(C.GetKey(55))
	// KNumpad6 ...
	KNumpad6 = Key(C.GetKey(56))
	// KNumpad7 ...
	KNumpad7 = Key(C.GetKey(57))
	// KNumpad8 ...
	KNumpad8 = Key(C.GetKey(58))
	// KNumpad9 ...
	KNumpad9 = Key(C.GetKey(59))
	// KAdd ...
	KAdd = Key(C.GetKey(60))
	// KSub ...
	KSub = Key(C.GetKey(61))
	// KMul ...
	KMul = Key(C.GetKey(62))
	// KDiv ...
	KDiv = Key(C.GetKey(63))
	// KEnter ...
	KEnter = Key(C.GetKey(64))
	// KA ...
	KA = Key(C.GetKey(65))
	// KB ...
	KB = Key(C.GetKey(66))
	// KC ...
	KC = Key(C.GetKey(67))
	// KD ...
	KD = Key(C.GetKey(68))
	// KE ...
	KE = Key(C.GetKey(69))
	// KF ...
	KF = Key(C.GetKey(70))
	// KG ...
	KG = Key(C.GetKey(71))
	// KH ...
	KH = Key(C.GetKey(72))
	// KI ...
	KI = Key(C.GetKey(73))
	// KJ ...
	KJ = Key(C.GetKey(74))
	// KK ...
	KK = Key(C.GetKey(75))
	// KL ...
	KL = Key(C.GetKey(76))
	// KM ...
	KM = Key(C.GetKey(77))
	// KN ...
	KN = Key(C.GetKey(78))
	// KO ...
	KO = Key(C.GetKey(79))
	// KP ...
	KP = Key(C.GetKey(80))
	// KQ ...
	KQ = Key(C.GetKey(81))
	// KR ...
	KR = Key(C.GetKey(82))
	// KS ...
	KS = Key(C.GetKey(83))
	// KT ...
	KT = Key(C.GetKey(84))
	// KU ...
	KU = Key(C.GetKey(85))
	// KV ...
	KV = Key(C.GetKey(86))
	// KW ...
	KW = Key(C.GetKey(87))
	// KX ...
	KX = Key(C.GetKey(88))
	// KY ...
	KY = Key(C.GetKey(89))
	// KZ ...
	KZ = Key(C.GetKey(90))
	// KPlus ...
	KPlus = Key(C.GetKey(91))
	// KComma ...
	KComma = Key(C.GetKey(92))
	// KMinus ...
	KMinus = Key(C.GetKey(93))
	// KPeriod ...
	KPeriod = Key(C.GetKey(94))
	// KOEM1 ...
	KOEM1 = Key(C.GetKey(95))
	// KOEM2 ...
	KOEM2 = Key(C.GetKey(96))
	// KOEM3 ...
	KOEM3 = Key(C.GetKey(97))
	// KOEM4 ...
	KOEM4 = Key(C.GetKey(98))
	// KOEM5 ...
	KOEM5 = Key(C.GetKey(99))
	// KOEM6 ...
	KOEM6 = Key(C.GetKey(100))
	// KOEM7 ...
	KOEM7 = Key(C.GetKey(101))
	// KOEM8 ...
	KOEM8 = Key(C.GetKey(102))
	// KBrowserBack ...
	KBrowserBack = Key(C.GetKey(103))
	// KBrowserForward ...
	KBrowserForward = Key(C.GetKey(104))
	// KBrowserRefresh ...
	KBrowserRefresh = Key(C.GetKey(105))
	// KBrowserStop ...
	KBrowserStop = Key(C.GetKey(106))
	// KBrowserSearch ...
	KBrowserSearch = Key(C.GetKey(107))
	// KBrowserFavorites ...
	KBrowserFavorites = Key(C.GetKey(108))
	// KBrowserHome ...
	KBrowserHome = Key(C.GetKey(109))
	// KVolumeMute ...
	KVolumeMute = Key(C.GetKey(110))
	// KVolumeDown ...
	KVolumeDown = Key(C.GetKey(111))
	// KVolumeUp ...
	KVolumeUp = Key(C.GetKey(112))
	// KMediaNextTrack ...
	KMediaNextTrack = Key(C.GetKey(113))
	// KMediaPrevTrack ...
	KMediaPrevTrack = Key(C.GetKey(114))
	// KMediaStop ...
	KMediaStop = Key(C.GetKey(115))
	// KMediaPlayPause ...
	KMediaPlayPause = Key(C.GetKey(116))
	// KLaunchMail ...
	KLaunchMail = Key(C.GetKey(117))
	// KLaunchMediaSelect ...
	KLaunchMediaSelect = Key(C.GetKey(118))
	// KLaunchApp1 ...
	KLaunchApp1 = Key(C.GetKey(119))
	// KLaunchApp2 ...
	KLaunchApp2 = Key(C.GetKey(120))
	// KLast ...
	KLast = Key(C.GetKey(121))
)

View Source

var (
	// GALeftX ...
	GALeftX = GamepadAxes(C.GetGamepadAxes(0))
	// GALeftY ...
	GALeftY = GamepadAxes(C.GetGamepadAxes(1))
	// GARightX ...
	GARightX = GamepadAxes(C.GetGamepadAxes(2))
	// GARightY ...
	GARightY = GamepadAxes(C.GetGamepadAxes(3))
	// GALeftTrigger ...
	GALeftTrigger = GamepadAxes(C.GetGamepadAxes(4))
	// GARightTrigger ...
	GARightTrigger = GamepadAxes(C.GetGamepadAxes(5))
	// GACount ...
	GACount = GamepadAxes(C.GetGamepadAxes(6))
)

View Source

var (
	// GBButtonA ...
	GBButtonA = GamepadButton(C.GetGamepadButton(0))
	// GBButtonB ...
	GBButtonB = GamepadButton(C.GetGamepadButton(1))
	// GBButtonX ...
	GBButtonX = GamepadButton(C.GetGamepadButton(2))
	// GBButtonY ...
	GBButtonY = GamepadButton(C.GetGamepadButton(3))
	// GBLeftBumper ...
	GBLeftBumper = GamepadButton(C.GetGamepadButton(4))
	// GBRightBumper ...
	GBRightBumper = GamepadButton(C.GetGamepadButton(5))
	// GBBack ...
	GBBack = GamepadButton(C.GetGamepadButton(6))
	// GBStart ...
	GBStart = GamepadButton(C.GetGamepadButton(7))
	// GBGuide ...
	GBGuide = GamepadButton(C.GetGamepadButton(8))
	// GBLeftThumb ...
	GBLeftThumb = GamepadButton(C.GetGamepadButton(9))
	// GBRightThumb ...
	GBRightThumb = GamepadButton(C.GetGamepadButton(10))
	// GBDPadUp ...
	GBDPadUp = GamepadButton(C.GetGamepadButton(11))
	// GBDPadRight ...
	GBDPadRight = GamepadButton(C.GetGamepadButton(12))
	// GBDPadDown ...
	GBDPadDown = GamepadButton(C.GetGamepadButton(13))
	// GBDPadLeft ...
	GBDPadLeft = GamepadButton(C.GetGamepadButton(14))
	// GBCount ...
	GBCount = GamepadButton(C.GetGamepadButton(15))
)

View Source

var (
	// VRCBDPadUp ...
	VRCBDPadUp = VRControllerButton(C.GetVRControllerButton(0))
	// VRCBDPadDown ...
	VRCBDPadDown = VRControllerButton(C.GetVRControllerButton(1))
	// VRCBDPadLeft ...
	VRCBDPadLeft = VRControllerButton(C.GetVRControllerButton(2))
	// VRCBDPadRight ...
	VRCBDPadRight = VRControllerButton(C.GetVRControllerButton(3))
	// VRCBSystem ...
	VRCBSystem = VRControllerButton(C.GetVRControllerButton(4))
	// VRCBAppMenu ...
	VRCBAppMenu = VRControllerButton(C.GetVRControllerButton(5))
	// VRCBGrip ...
	VRCBGrip = VRControllerButton(C.GetVRControllerButton(6))
	// VRCBA ...
	VRCBA = VRControllerButton(C.GetVRControllerButton(7))
	// VRCBProximitySensor ...
	VRCBProximitySensor = VRControllerButton(C.GetVRControllerButton(8))
	// VRCBAxis0 ...
	VRCBAxis0 = VRControllerButton(C.GetVRControllerButton(9))
	// VRCBAxis1 ...
	VRCBAxis1 = VRControllerButton(C.GetVRControllerButton(10))
	// VRCBAxis2 ...
	VRCBAxis2 = VRControllerButton(C.GetVRControllerButton(11))
	// VRCBAxis3 ...
	VRCBAxis3 = VRControllerButton(C.GetVRControllerButton(12))
	// VRCBAxis4 ...
	VRCBAxis4 = VRControllerButton(C.GetVRControllerButton(13))
	// VRCBCount ...
	VRCBCount = VRControllerButton(C.GetVRControllerButton(14))
)

View Source

var (
	// ImGuiWindowFlagsNoTitleBar ...
	ImGuiWindowFlagsNoTitleBar = ImGuiWindowFlags(C.GetImGuiWindowFlags(0))
	// ImGuiWindowFlagsNoResize ...
	ImGuiWindowFlagsNoResize = ImGuiWindowFlags(C.GetImGuiWindowFlags(1))
	// ImGuiWindowFlagsNoMove ...
	ImGuiWindowFlagsNoMove = ImGuiWindowFlags(C.GetImGuiWindowFlags(2))
	// ImGuiWindowFlagsNoScrollbar ...
	ImGuiWindowFlagsNoScrollbar = ImGuiWindowFlags(C.GetImGuiWindowFlags(3))
	// ImGuiWindowFlagsNoScrollWithMouse ...
	ImGuiWindowFlagsNoScrollWithMouse = ImGuiWindowFlags(C.GetImGuiWindowFlags(4))
	// ImGuiWindowFlagsNoCollapse ...
	ImGuiWindowFlagsNoCollapse = ImGuiWindowFlags(C.GetImGuiWindowFlags(5))
	// ImGuiWindowFlagsAlwaysAutoResize ...
	ImGuiWindowFlagsAlwaysAutoResize = ImGuiWindowFlags(C.GetImGuiWindowFlags(6))
	// ImGuiWindowFlagsNoSavedSettings ...
	ImGuiWindowFlagsNoSavedSettings = ImGuiWindowFlags(C.GetImGuiWindowFlags(7))
	// ImGuiWindowFlagsNoInputs ...
	ImGuiWindowFlagsNoInputs = ImGuiWindowFlags(C.GetImGuiWindowFlags(8))
	// ImGuiWindowFlagsMenuBar ...
	ImGuiWindowFlagsMenuBar = ImGuiWindowFlags(C.GetImGuiWindowFlags(9))
	// ImGuiWindowFlagsHorizontalScrollbar ...
	ImGuiWindowFlagsHorizontalScrollbar = ImGuiWindowFlags(C.GetImGuiWindowFlags(10))
	// ImGuiWindowFlagsNoFocusOnAppearing ...
	ImGuiWindowFlagsNoFocusOnAppearing = ImGuiWindowFlags(C.GetImGuiWindowFlags(11))
	// ImGuiWindowFlagsNoBringToFrontOnFocus ...
	ImGuiWindowFlagsNoBringToFrontOnFocus = ImGuiWindowFlags(C.GetImGuiWindowFlags(12))
	// ImGuiWindowFlagsAlwaysVerticalScrollbar ...
	ImGuiWindowFlagsAlwaysVerticalScrollbar = ImGuiWindowFlags(C.GetImGuiWindowFlags(13))
	// ImGuiWindowFlagsAlwaysHorizontalScrollbar ...
	ImGuiWindowFlagsAlwaysHorizontalScrollbar = ImGuiWindowFlags(C.GetImGuiWindowFlags(14))
	// ImGuiWindowFlagsAlwaysUseWindowPadding ...
	ImGuiWindowFlagsAlwaysUseWindowPadding = ImGuiWindowFlags(C.GetImGuiWindowFlags(15))
	// ImGuiWindowFlagsNoDocking ...
	ImGuiWindowFlagsNoDocking = ImGuiWindowFlags(C.GetImGuiWindowFlags(16))
)

View Source

var (
	// ImGuiPopupFlagsNone ...
	ImGuiPopupFlagsNone = ImGuiPopupFlags(C.GetImGuiPopupFlags(0))
	// ImGuiPopupFlagsMouseButtonLeft ...
	ImGuiPopupFlagsMouseButtonLeft = ImGuiPopupFlags(C.GetImGuiPopupFlags(1))
	// ImGuiPopupFlagsMouseButtonRight ...
	ImGuiPopupFlagsMouseButtonRight = ImGuiPopupFlags(C.GetImGuiPopupFlags(2))
	// ImGuiPopupFlagsMouseButtonMiddle ...
	ImGuiPopupFlagsMouseButtonMiddle = ImGuiPopupFlags(C.GetImGuiPopupFlags(3))
	// ImGuiPopupFlagsNoOpenOverExistingPopup ...
	ImGuiPopupFlagsNoOpenOverExistingPopup = ImGuiPopupFlags(C.GetImGuiPopupFlags(4))
	// ImGuiPopupFlagsNoOpenOverItems ...
	ImGuiPopupFlagsNoOpenOverItems = ImGuiPopupFlags(C.GetImGuiPopupFlags(5))
	// ImGuiPopupFlagsAnyPopupId ...
	ImGuiPopupFlagsAnyPopupId = ImGuiPopupFlags(C.GetImGuiPopupFlags(6))
	// ImGuiPopupFlagsAnyPopupLevel ...
	ImGuiPopupFlagsAnyPopupLevel = ImGuiPopupFlags(C.GetImGuiPopupFlags(7))
	// ImGuiPopupFlagsAnyPopup ...
	ImGuiPopupFlagsAnyPopup = ImGuiPopupFlags(C.GetImGuiPopupFlags(8))
)

View Source

var (
	// ImGuiCondAlways ...
	ImGuiCondAlways = ImGuiCond(C.GetImGuiCond(0))
	// ImGuiCondOnce ...
	ImGuiCondOnce = ImGuiCond(C.GetImGuiCond(1))
	// ImGuiCondFirstUseEver ...
	ImGuiCondFirstUseEver = ImGuiCond(C.GetImGuiCond(2))
	// ImGuiCondAppearing ...
	ImGuiCondAppearing = ImGuiCond(C.GetImGuiCond(3))
)

View Source

var (
	// ImGuiMouseButtonLeft ...
	ImGuiMouseButtonLeft = ImGuiMouseButton(C.GetImGuiMouseButton(0))
	// ImGuiMouseButtonRight ...
	ImGuiMouseButtonRight = ImGuiMouseButton(C.GetImGuiMouseButton(1))
	// ImGuiMouseButtonMiddle ...
	ImGuiMouseButtonMiddle = ImGuiMouseButton(C.GetImGuiMouseButton(2))
)

View Source

var (
	// ImGuiHoveredFlagsNone ...
	ImGuiHoveredFlagsNone = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(0))
	// ImGuiHoveredFlagsChildWindows ...
	ImGuiHoveredFlagsChildWindows = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(1))
	// ImGuiHoveredFlagsRootWindow ...
	ImGuiHoveredFlagsRootWindow = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(2))
	// ImGuiHoveredFlagsAnyWindow ...
	ImGuiHoveredFlagsAnyWindow = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(3))
	// ImGuiHoveredFlagsAllowWhenBlockedByPopup ...
	ImGuiHoveredFlagsAllowWhenBlockedByPopup = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(4))
	// ImGuiHoveredFlagsAllowWhenBlockedByActiveItem ...
	ImGuiHoveredFlagsAllowWhenBlockedByActiveItem = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(5))
	// ImGuiHoveredFlagsAllowWhenOverlapped ...
	ImGuiHoveredFlagsAllowWhenOverlapped = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(6))
	// ImGuiHoveredFlagsAllowWhenDisabled ...
	ImGuiHoveredFlagsAllowWhenDisabled = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(7))
	// ImGuiHoveredFlagsRectOnly ...
	ImGuiHoveredFlagsRectOnly = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(8))
	// ImGuiHoveredFlagsRootAndChildWindows ...
	ImGuiHoveredFlagsRootAndChildWindows = ImGuiHoveredFlags(C.GetImGuiHoveredFlags(9))
)

View Source

var (
	// ImGuiFocusedFlagsChildWindows ...
	ImGuiFocusedFlagsChildWindows = ImGuiFocusedFlags(C.GetImGuiFocusedFlags(0))
	// ImGuiFocusedFlagsRootWindow ...
	ImGuiFocusedFlagsRootWindow = ImGuiFocusedFlags(C.GetImGuiFocusedFlags(1))
	// ImGuiFocusedFlagsRootAndChildWindows ...
	ImGuiFocusedFlagsRootAndChildWindows = ImGuiFocusedFlags(C.GetImGuiFocusedFlags(2))
)

View Source

var (
	// ImGuiColorEditFlagsNone ...
	ImGuiColorEditFlagsNone = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(0))
	// ImGuiColorEditFlagsNoAlpha ...
	ImGuiColorEditFlagsNoAlpha = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(1))
	// ImGuiColorEditFlagsNoPicker ...
	ImGuiColorEditFlagsNoPicker = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(2))
	// ImGuiColorEditFlagsNoOptions ...
	ImGuiColorEditFlagsNoOptions = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(3))
	// ImGuiColorEditFlagsNoSmallPreview ...
	ImGuiColorEditFlagsNoSmallPreview = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(4))
	// ImGuiColorEditFlagsNoInputs ...
	ImGuiColorEditFlagsNoInputs = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(5))
	// ImGuiColorEditFlagsNoTooltip ...
	ImGuiColorEditFlagsNoTooltip = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(6))
	// ImGuiColorEditFlagsNoLabel ...
	ImGuiColorEditFlagsNoLabel = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(7))
	// ImGuiColorEditFlagsNoSidePreview ...
	ImGuiColorEditFlagsNoSidePreview = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(8))
	// ImGuiColorEditFlagsNoDragDrop ...
	ImGuiColorEditFlagsNoDragDrop = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(9))
	// ImGuiColorEditFlagsAlphaBar ...
	ImGuiColorEditFlagsAlphaBar = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(10))
	// ImGuiColorEditFlagsAlphaPreview ...
	ImGuiColorEditFlagsAlphaPreview = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(11))
	// ImGuiColorEditFlagsAlphaPreviewHalf ...
	ImGuiColorEditFlagsAlphaPreviewHalf = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(12))
	// ImGuiColorEditFlagsHDR ...
	ImGuiColorEditFlagsHDR = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(13))
	// ImGuiColorEditFlagsDisplayRGB ...
	ImGuiColorEditFlagsDisplayRGB = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(14))
	// ImGuiColorEditFlagsDisplayHSV ...
	ImGuiColorEditFlagsDisplayHSV = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(15))
	// ImGuiColorEditFlagsDisplayHex ...
	ImGuiColorEditFlagsDisplayHex = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(16))
	// ImGuiColorEditFlagsUint8 ...
	ImGuiColorEditFlagsUint8 = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(17))
	// ImGuiColorEditFlagsFloat ...
	ImGuiColorEditFlagsFloat = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(18))
	// ImGuiColorEditFlagsPickerHueBar ...
	ImGuiColorEditFlagsPickerHueBar = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(19))
	// ImGuiColorEditFlagsPickerHueWheel ...
	ImGuiColorEditFlagsPickerHueWheel = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(20))
	// ImGuiColorEditFlagsInputRGB ...
	ImGuiColorEditFlagsInputRGB = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(21))
	// ImGuiColorEditFlagsInputHSV ...
	ImGuiColorEditFlagsInputHSV = ImGuiColorEditFlags(C.GetImGuiColorEditFlags(22))
)

View Source

var (
	// ImGuiInputTextFlagsCharsDecimal ...
	ImGuiInputTextFlagsCharsDecimal = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(0))
	// ImGuiInputTextFlagsCharsHexadecimal ...
	ImGuiInputTextFlagsCharsHexadecimal = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(1))
	// ImGuiInputTextFlagsCharsUppercase ...
	ImGuiInputTextFlagsCharsUppercase = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(2))
	// ImGuiInputTextFlagsCharsNoBlank ...
	ImGuiInputTextFlagsCharsNoBlank = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(3))
	// ImGuiInputTextFlagsAutoSelectAll ...
	ImGuiInputTextFlagsAutoSelectAll = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(4))
	// ImGuiInputTextFlagsEnterReturnsTrue ...
	ImGuiInputTextFlagsEnterReturnsTrue = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(5))
	// ImGuiInputTextFlagsCallbackCompletion ...
	ImGuiInputTextFlagsCallbackCompletion = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(6))
	// ImGuiInputTextFlagsCallbackHistory ...
	ImGuiInputTextFlagsCallbackHistory = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(7))
	// ImGuiInputTextFlagsCallbackAlways ...
	ImGuiInputTextFlagsCallbackAlways = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(8))
	// ImGuiInputTextFlagsCallbackCharFilter ...
	ImGuiInputTextFlagsCallbackCharFilter = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(9))
	// ImGuiInputTextFlagsAllowTabInput ...
	ImGuiInputTextFlagsAllowTabInput = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(10))
	// ImGuiInputTextFlagsCtrlEnterForNewLine ...
	ImGuiInputTextFlagsCtrlEnterForNewLine = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(11))
	// ImGuiInputTextFlagsNoHorizontalScroll ...
	ImGuiInputTextFlagsNoHorizontalScroll = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(12))
	// ImGuiInputTextFlagsAlwaysOverwrite ...
	ImGuiInputTextFlagsAlwaysOverwrite = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(13))
	// ImGuiInputTextFlagsReadOnly ...
	ImGuiInputTextFlagsReadOnly = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(14))
	// ImGuiInputTextFlagsPassword ...
	ImGuiInputTextFlagsPassword = ImGuiInputTextFlags(C.GetImGuiInputTextFlags(15))
)

View Source

var (
	// ImGuiTreeNodeFlagsSelected ...
	ImGuiTreeNodeFlagsSelected = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(0))
	// ImGuiTreeNodeFlagsFramed ...
	ImGuiTreeNodeFlagsFramed = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(1))
	// ImGuiTreeNodeFlagsAllowItemOverlap ...
	ImGuiTreeNodeFlagsAllowItemOverlap = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(2))
	// ImGuiTreeNodeFlagsNoTreePushOnOpen ...
	ImGuiTreeNodeFlagsNoTreePushOnOpen = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(3))
	// ImGuiTreeNodeFlagsNoAutoOpenOnLog ...
	ImGuiTreeNodeFlagsNoAutoOpenOnLog = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(4))
	// ImGuiTreeNodeFlagsDefaultOpen ...
	ImGuiTreeNodeFlagsDefaultOpen = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(5))
	// ImGuiTreeNodeFlagsOpenOnDoubleClick ...
	ImGuiTreeNodeFlagsOpenOnDoubleClick = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(6))
	// ImGuiTreeNodeFlagsOpenOnArrow ...
	ImGuiTreeNodeFlagsOpenOnArrow = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(7))
	// ImGuiTreeNodeFlagsLeaf ...
	ImGuiTreeNodeFlagsLeaf = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(8))
	// ImGuiTreeNodeFlagsBullet ...
	ImGuiTreeNodeFlagsBullet = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(9))
	// ImGuiTreeNodeFlagsCollapsingHeader ...
	ImGuiTreeNodeFlagsCollapsingHeader = ImGuiTreeNodeFlags(C.GetImGuiTreeNodeFlags(10))
)

View Source

var (
	// ImGuiSelectableFlagsDontClosePopups ...
	ImGuiSelectableFlagsDontClosePopups = ImGuiSelectableFlags(C.GetImGuiSelectableFlags(0))
	// ImGuiSelectableFlagsSpanAllColumns ...
	ImGuiSelectableFlagsSpanAllColumns = ImGuiSelectableFlags(C.GetImGuiSelectableFlags(1))
	// ImGuiSelectableFlagsAllowDoubleClick ...
	ImGuiSelectableFlagsAllowDoubleClick = ImGuiSelectableFlags(C.GetImGuiSelectableFlags(2))
)

View Source

var (
	// ImGuiColText ...
	ImGuiColText = ImGuiCol(C.GetImGuiCol(0))
	// ImGuiColTextDisabled ...
	ImGuiColTextDisabled = ImGuiCol(C.GetImGuiCol(1))
	// ImGuiColWindowBg ...
	ImGuiColWindowBg = ImGuiCol(C.GetImGuiCol(2))
	// ImGuiColChildBg ...
	ImGuiColChildBg = ImGuiCol(C.GetImGuiCol(3))
	// ImGuiColPopupBg ...
	ImGuiColPopupBg = ImGuiCol(C.GetImGuiCol(4))
	// ImGuiColBorder ...
	ImGuiColBorder = ImGuiCol(C.GetImGuiCol(5))
	// ImGuiColBorderShadow ...
	ImGuiColBorderShadow = ImGuiCol(C.GetImGuiCol(6))
	// ImGuiColFrameBg ...
	ImGuiColFrameBg = ImGuiCol(C.GetImGuiCol(7))
	// ImGuiColFrameBgHovered ...
	ImGuiColFrameBgHovered = ImGuiCol(C.GetImGuiCol(8))
	// ImGuiColFrameBgActive ...
	ImGuiColFrameBgActive = ImGuiCol(C.GetImGuiCol(9))
	// ImGuiColTitleBg ...
	ImGuiColTitleBg = ImGuiCol(C.GetImGuiCol(10))
	// ImGuiColTitleBgActive ...
	ImGuiColTitleBgActive = ImGuiCol(C.GetImGuiCol(11))
	// ImGuiColTitleBgCollapsed ...
	ImGuiColTitleBgCollapsed = ImGuiCol(C.GetImGuiCol(12))
	// ImGuiColMenuBarBg ...
	ImGuiColMenuBarBg = ImGuiCol(C.GetImGuiCol(13))
	// ImGuiColScrollbarBg ...
	ImGuiColScrollbarBg = ImGuiCol(C.GetImGuiCol(14))
	// ImGuiColScrollbarGrab ...
	ImGuiColScrollbarGrab = ImGuiCol(C.GetImGuiCol(15))
	// ImGuiColScrollbarGrabHovered ...
	ImGuiColScrollbarGrabHovered = ImGuiCol(C.GetImGuiCol(16))
	// ImGuiColScrollbarGrabActive ...
	ImGuiColScrollbarGrabActive = ImGuiCol(C.GetImGuiCol(17))
	// ImGuiColCheckMark ...
	ImGuiColCheckMark = ImGuiCol(C.GetImGuiCol(18))
	// ImGuiColSliderGrab ...
	ImGuiColSliderGrab = ImGuiCol(C.GetImGuiCol(19))
	// ImGuiColSliderGrabActive ...
	ImGuiColSliderGrabActive = ImGuiCol(C.GetImGuiCol(20))
	// ImGuiColButton ...
	ImGuiColButton = ImGuiCol(C.GetImGuiCol(21))
	// ImGuiColButtonHovered ...
	ImGuiColButtonHovered = ImGuiCol(C.GetImGuiCol(22))
	// ImGuiColButtonActive ...
	ImGuiColButtonActive = ImGuiCol(C.GetImGuiCol(23))
	// ImGuiColHeader ...
	ImGuiColHeader = ImGuiCol(C.GetImGuiCol(24))
	// ImGuiColHeaderHovered ...
	ImGuiColHeaderHovered = ImGuiCol(C.GetImGuiCol(25))
	// ImGuiColHeaderActive ...
	ImGuiColHeaderActive = ImGuiCol(C.GetImGuiCol(26))
	// ImGuiColSeparator ...
	ImGuiColSeparator = ImGuiCol(C.GetImGuiCol(27))
	// ImGuiColSeparatorHovered ...
	ImGuiColSeparatorHovered = ImGuiCol(C.GetImGuiCol(28))
	// ImGuiColSeparatorActive ...
	ImGuiColSeparatorActive = ImGuiCol(C.GetImGuiCol(29))
	// ImGuiColResizeGrip ...
	ImGuiColResizeGrip = ImGuiCol(C.GetImGuiCol(30))
	// ImGuiColResizeGripHovered ...
	ImGuiColResizeGripHovered = ImGuiCol(C.GetImGuiCol(31))
	// ImGuiColResizeGripActive ...
	ImGuiColResizeGripActive = ImGuiCol(C.GetImGuiCol(32))
	// ImGuiColPlotLines ...
	ImGuiColPlotLines = ImGuiCol(C.GetImGuiCol(33))
	// ImGuiColPlotLinesHovered ...
	ImGuiColPlotLinesHovered = ImGuiCol(C.GetImGuiCol(34))
	// ImGuiColPlotHistogram ...
	ImGuiColPlotHistogram = ImGuiCol(C.GetImGuiCol(35))
	// ImGuiColPlotHistogramHovered ...
	ImGuiColPlotHistogramHovered = ImGuiCol(C.GetImGuiCol(36))
	// ImGuiColTextSelectedBg ...
	ImGuiColTextSelectedBg = ImGuiCol(C.GetImGuiCol(37))
	// ImGuiColDragDropTarget ...
	ImGuiColDragDropTarget = ImGuiCol(C.GetImGuiCol(38))
	// ImGuiColNavHighlight ...
	ImGuiColNavHighlight = ImGuiCol(C.GetImGuiCol(39))
	// ImGuiColNavWindowingHighlight ...
	ImGuiColNavWindowingHighlight = ImGuiCol(C.GetImGuiCol(40))
	// ImGuiColNavWindowingDimBg ...
	ImGuiColNavWindowingDimBg = ImGuiCol(C.GetImGuiCol(41))
	// ImGuiColModalWindowDimBg ...
	ImGuiColModalWindowDimBg = ImGuiCol(C.GetImGuiCol(42))
)

View Source

var (
	// ImGuiStyleVarAlpha ...
	ImGuiStyleVarAlpha = ImGuiStyleVar(C.GetImGuiStyleVar(0))
	// ImGuiStyleVarWindowPadding ...
	ImGuiStyleVarWindowPadding = ImGuiStyleVar(C.GetImGuiStyleVar(1))
	// ImGuiStyleVarWindowRounding ...
	ImGuiStyleVarWindowRounding = ImGuiStyleVar(C.GetImGuiStyleVar(2))
	// ImGuiStyleVarWindowMinSize ...
	ImGuiStyleVarWindowMinSize = ImGuiStyleVar(C.GetImGuiStyleVar(3))
	// ImGuiStyleVarChildRounding ...
	ImGuiStyleVarChildRounding = ImGuiStyleVar(C.GetImGuiStyleVar(4))
	// ImGuiStyleVarFramePadding ...
	ImGuiStyleVarFramePadding = ImGuiStyleVar(C.GetImGuiStyleVar(5))
	// ImGuiStyleVarFrameRounding ...
	ImGuiStyleVarFrameRounding = ImGuiStyleVar(C.GetImGuiStyleVar(6))
	// ImGuiStyleVarItemSpacing ...
	ImGuiStyleVarItemSpacing = ImGuiStyleVar(C.GetImGuiStyleVar(7))
	// ImGuiStyleVarItemInnerSpacing ...
	ImGuiStyleVarItemInnerSpacing = ImGuiStyleVar(C.GetImGuiStyleVar(8))
	// ImGuiStyleVarIndentSpacing ...
	ImGuiStyleVarIndentSpacing = ImGuiStyleVar(C.GetImGuiStyleVar(9))
	// ImGuiStyleVarGrabMinSize ...
	ImGuiStyleVarGrabMinSize = ImGuiStyleVar(C.GetImGuiStyleVar(10))
	// ImGuiStyleVarButtonTextAlign ...
	ImGuiStyleVarButtonTextAlign = ImGuiStyleVar(C.GetImGuiStyleVar(11))
)

View Source

var (
	// ImDrawFlagsRoundCornersNone ...
	ImDrawFlagsRoundCornersNone = ImDrawFlags(C.GetImDrawFlags(0))
	// ImDrawFlagsRoundCornersTopLeft ...
	ImDrawFlagsRoundCornersTopLeft = ImDrawFlags(C.GetImDrawFlags(1))
	// ImDrawFlagsRoundCornersTopRight ...
	ImDrawFlagsRoundCornersTopRight = ImDrawFlags(C.GetImDrawFlags(2))
	// ImDrawFlagsRoundCornersBottomLeft ...
	ImDrawFlagsRoundCornersBottomLeft = ImDrawFlags(C.GetImDrawFlags(3))
	// ImDrawFlagsRoundCornersBottomRight ...
	ImDrawFlagsRoundCornersBottomRight = ImDrawFlags(C.GetImDrawFlags(4))
	// ImDrawFlagsRoundCornersAll ...
	ImDrawFlagsRoundCornersAll = ImDrawFlags(C.GetImDrawFlags(5))
)

View Source

var (
	// ImGuiComboFlagsPopupAlignLeft ...
	ImGuiComboFlagsPopupAlignLeft = ImGuiComboFlags(C.GetImGuiComboFlags(0))
	// ImGuiComboFlagsHeightSmall ...
	ImGuiComboFlagsHeightSmall = ImGuiComboFlags(C.GetImGuiComboFlags(1))
	// ImGuiComboFlagsHeightRegular ...
	ImGuiComboFlagsHeightRegular = ImGuiComboFlags(C.GetImGuiComboFlags(2))
	// ImGuiComboFlagsHeightLarge ...
	ImGuiComboFlagsHeightLarge = ImGuiComboFlags(C.GetImGuiComboFlags(3))
	// ImGuiComboFlagsHeightLargest ...
	ImGuiComboFlagsHeightLargest = ImGuiComboFlags(C.GetImGuiComboFlags(4))
)

View Source

var (
	// AFFLPCM44KHZS16Mono ...
	AFFLPCM44KHZS16Mono = AudioFrameFormat(C.GetAudioFrameFormat(0))
	// AFFLPCM48KHZS16Mono ...
	AFFLPCM48KHZS16Mono = AudioFrameFormat(C.GetAudioFrameFormat(1))
	// AFFLPCM44KHZS16Stereo ...
	AFFLPCM44KHZS16Stereo = AudioFrameFormat(C.GetAudioFrameFormat(2))
	// AFFLPCM48KHZS16Stereo ...
	AFFLPCM48KHZS16Stereo = AudioFrameFormat(C.GetAudioFrameFormat(3))
)

View Source

var (
	// SROnce ...
	SROnce = SourceRepeat(C.GetSourceRepeat(0))
	// SRLoop ...
	SRLoop = SourceRepeat(C.GetSourceRepeat(1))
)

View Source

var (
	// SSInitial ...
	SSInitial = SourceState(C.GetSourceState(0))
	// SSPlaying ...
	SSPlaying = SourceState(C.GetSourceState(1))
	// SSPaused ...
	SSPaused = SourceState(C.GetSourceState(2))
	// SSStopped ...
	SSStopped = SourceState(C.GetSourceState(3))
	// SSInvalid ...
	SSInvalid = SourceState(C.GetSourceState(4))
)

View Source

var (
	// OVRAANone ...
	OVRAANone = OpenVRAA(C.GetOpenVRAA(0))
	// OVRAAMSAA2x ...
	OVRAAMSAA2x = OpenVRAA(C.GetOpenVRAA(1))
	// OVRAAMSAA4x ...
	OVRAAMSAA4x = OpenVRAA(C.GetOpenVRAA(2))
	// OVRAAMSAA8x ...
	OVRAAMSAA8x = OpenVRAA(C.GetOpenVRAA(3))
	// OVRAAMSAA16x ...
	OVRAAMSAA16x = OpenVRAA(C.GetOpenVRAA(4))
)

View Source

var (
	// VFFUNKNOWN ...
	VFFUNKNOWN = VideoFrameFormat(C.GetVideoFrameFormat(0))
	// VFFYUV422 ...
	VFFYUV422 = VideoFrameFormat(C.GetVideoFrameFormat(1))
	// VFFRGB24 ...
	VFFRGB24 = VideoFrameFormat(C.GetVideoFrameFormat(2))
)

View Source

var CFColor = ClearFlags(C.WrapGetCFColor())

CFColor ...

View Source

var CFDepth = ClearFlags(C.WrapGetCFDepth())

CFDepth ...

View Source

var CFDiscardAll = ClearFlags(C.WrapGetCFDiscardAll())

CFDiscardAll ...

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var CFDiscardColor0 = ClearFlags(C.WrapGetCFDiscardColor0())

CFDiscardColor0 ...

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var CFDiscardColor1 = ClearFlags(C.WrapGetCFDiscardColor1())

CFDiscardColor1 ...

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var CFDiscardColor2 = ClearFlags(C.WrapGetCFDiscardColor2())

CFDiscardColor2 ...

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var CFDiscardColor3 = ClearFlags(C.WrapGetCFDiscardColor3())

CFDiscardColor3 ...

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var CFDiscardColor4 = ClearFlags(C.WrapGetCFDiscardColor4())

CFDiscardColor4 ...

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var CFDiscardColor5 = ClearFlags(C.WrapGetCFDiscardColor5())

CFDiscardColor5 ...

View Source

var CFDiscardColor6 = ClearFlags(C.WrapGetCFDiscardColor6())

CFDiscardColor6 ...

View Source

var CFDiscardColor7 = ClearFlags(C.WrapGetCFDiscardColor7())

CFDiscardColor7 ...

View Source

var CFDiscardColorAll = ClearFlags(C.WrapGetCFDiscardColorAll())

CFDiscardColorAll ...

View Source

var CFDiscardDepth = ClearFlags(C.WrapGetCFDiscardDepth())

CFDiscardDepth ...

View Source

var CFDiscardStencil = ClearFlags(C.WrapGetCFDiscardStencil())

CFDiscardStencil ...

View Source

var CFNone = ClearFlags(C.WrapGetCFNone())

CFNone ...

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var CFStencil = ClearFlags(C.WrapGetCFStencil())

CFStencil ...

View Source

var DFIFH = DebugFlags(C.WrapGetDFIFH())

DFIFH ...

View Source

var DFProfiler = DebugFlags(C.WrapGetDFProfiler())

DFProfiler ...

View Source

var DFStats = DebugFlags(C.WrapGetDFStats())

DFStats ...

View Source

var DFText = DebugFlags(C.WrapGetDFText())

DFText ...

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var DFWireframe = DebugFlags(C.WrapGetDFWireframe())

DFWireframe ...

View Source

var InvalidAudioStreamRef = int32(C.WrapGetInvalidAudioStreamRef())

InvalidAudioStreamRef ...

View Source

var InvalidFrameBufferHandle = FrameBufferHandle{/* contains filtered or unexported fields */}

InvalidFrameBufferHandle ...

View Source

var InvalidMaterialRef = MaterialRef{/* contains filtered or unexported fields */}

InvalidMaterialRef ...

View Source

var InvalidModelRef = ModelRef{/* contains filtered or unexported fields */}

InvalidModelRef ...

View Source

var InvalidPipelineProgramRef = PipelineProgramRef{/* contains filtered or unexported fields */}

InvalidPipelineProgramRef ...

View Source

var InvalidSceneAnimRef = SceneAnimRef{/* contains filtered or unexported fields */}

InvalidSceneAnimRef ...

View Source

var InvalidTextureRef = TextureRef{/* contains filtered or unexported fields */}

InvalidTextureRef ...

View Source

var LSSFAll = LoadSaveSceneFlags(C.WrapGetLSSFAll())

LSSFAll ...

View Source

var LSSFAnims = LoadSaveSceneFlags(C.WrapGetLSSFAnims())

LSSFAnims ...

View Source

var LSSFDoNotChangeCurrentCameraIfValid = LoadSaveSceneFlags(C.WrapGetLSSFDoNotChangeCurrentCameraIfValid())

LSSFDoNotChangeCurrentCameraIfValid ...

View Source

var LSSFFreezeMatrixToTransformOnSave = LoadSaveSceneFlags(C.WrapGetLSSFFreezeMatrixToTransformOnSave())

LSSFFreezeMatrixToTransformOnSave ...

View Source

var LSSFKeyValues = LoadSaveSceneFlags(C.WrapGetLSSFKeyValues())

LSSFKeyValues ...

View Source

var LSSFNodes = LoadSaveSceneFlags(C.WrapGetLSSFNodes())

LSSFNodes ...

View Source

var LSSFPhysics = LoadSaveSceneFlags(C.WrapGetLSSFPhysics())

LSSFPhysics ...

View Source

var LSSFQueueModelLoads = LoadSaveSceneFlags(C.WrapGetLSSFQueueModelLoads())

LSSFQueueModelLoads ...

View Source

var LSSFQueueTextureLoads = LoadSaveSceneFlags(C.WrapGetLSSFQueueTextureLoads())

LSSFQueueTextureLoads ...

View Source

var LSSFScene = LoadSaveSceneFlags(C.WrapGetLSSFScene())

LSSFScene ...

View Source

var LSSFScripts = LoadSaveSceneFlags(C.WrapGetLSSFScripts())

LSSFScripts ...

View Source

var NullNode = Node{/* contains filtered or unexported fields */}

NullNode ...

View Source

var OnTextInput = SignalReturningVoidTakingConstCharPtr{/* contains filtered or unexported fields */}

OnTextInput ...

View Source

var RFCapture = ResetFlags(C.WrapGetRFCapture())

RFCapture ...

View Source

var RFDepthClamp = ResetFlags(C.WrapGetRFDepthClamp())

RFDepthClamp ...

View Source

var RFFlipAfterRender = ResetFlags(C.WrapGetRFFlipAfterRender())

RFFlipAfterRender ...

View Source

var RFFlushAfterRender = ResetFlags(C.WrapGetRFFlushAfterRender())

RFFlushAfterRender ...

View Source

var RFHDR10 = ResetFlags(C.WrapGetRFHDR10())

RFHDR10 ...

View Source

var RFHiDPI = ResetFlags(C.WrapGetRFHiDPI())

RFHiDPI ...

View Source

var RFMSAA16X = ResetFlags(C.WrapGetRFMSAA16X())

RFMSAA16X ...

View Source

var RFMSAA2X = ResetFlags(C.WrapGetRFMSAA2X())

RFMSAA2X ...

View Source

var RFMSAA4X = ResetFlags(C.WrapGetRFMSAA4X())

RFMSAA4X ...

View Source

var RFMSAA8X = ResetFlags(C.WrapGetRFMSAA8X())

RFMSAA8X ...

View Source

var RFMaxAnisotropy = ResetFlags(C.WrapGetRFMaxAnisotropy())

RFMaxAnisotropy ...

View Source

var RFNone = ResetFlags(C.WrapGetRFNone())

RFNone ...

View Source

var RFSRGBBackBuffer = ResetFlags(C.WrapGetRFSRGBBackBuffer())

RFSRGBBackBuffer ...

View Source

var RFSuspend = ResetFlags(C.WrapGetRFSuspend())

RFSuspend ...

View Source

var RFVSync = ResetFlags(C.WrapGetRFVSync())

RFVSync ...

View Source

var SNDInvalid = SoundRef(C.WrapGetSNDInvalid())

SNDInvalid ...

View Source

var SRCInvalid = SourceRef(C.WrapGetSRCInvalid())

SRCInvalid ...

View Source

var TFBlitDestination = TextureFlags(C.WrapGetTFBlitDestination())

TFBlitDestination ...

View Source

var TFReadBack = TextureFlags(C.WrapGetTFReadBack())

TFReadBack ...

View Source

var TFRenderTarget = TextureFlags(C.WrapGetTFRenderTarget())

TFRenderTarget ...

View Source

var TFSamplerMagAnisotropic = TextureFlags(C.WrapGetTFSamplerMagAnisotropic())

TFSamplerMagAnisotropic ...

View Source

var TFSamplerMagPoint = TextureFlags(C.WrapGetTFSamplerMagPoint())

TFSamplerMagPoint ...

View Source

var TFSamplerMinAnisotropic = TextureFlags(C.WrapGetTFSamplerMinAnisotropic())

TFSamplerMinAnisotropic ...

View Source

var TFSamplerMinPoint = TextureFlags(C.WrapGetTFSamplerMinPoint())

TFSamplerMinPoint ...

View Source

var TFUBorder = TextureFlags(C.WrapGetTFUBorder())

TFUBorder ...

View Source

var TFUClamp = TextureFlags(C.WrapGetTFUClamp())

TFUClamp ...

View Source

var TFUMirror = TextureFlags(C.WrapGetTFUMirror())

TFUMirror ...

View Source

var TFVBorder = TextureFlags(C.WrapGetTFVBorder())

TFVBorder ...

View Source

var TFVClamp = TextureFlags(C.WrapGetTFVClamp())

TFVClamp ...

View Source

var TFVMirror = TextureFlags(C.WrapGetTFVMirror())

TFVMirror ...

View Source

var TFWBorder = TextureFlags(C.WrapGetTFWBorder())

TFWBorder ...

View Source

var TFWClamp = TextureFlags(C.WrapGetTFWClamp())

TFWClamp ...

View Source

var TFWMirror = TextureFlags(C.WrapGetTFWMirror())

TFWMirror ...

View Source

var UnspecifiedAnimTime = int64(C.WrapGetUnspecifiedAnimTime())

UnspecifiedAnimTime ...

Functions ¶

func ARGB32 ¶

func ARGB32(r uint8, g uint8, b uint8) uint32

ARGB32 Create a 32 bit integer ARGB color.

func ARGB32ToRGBA32 ¶

func ARGB32ToRGBA32(argb uint32) uint32

ARGB32ToRGBA32 Convert a 32 bit integer ARGB color to RGBA.

func ARGB32WithA ¶

func ARGB32WithA(r uint8, g uint8, b uint8, a uint8) uint32

ARGB32WithA Create a 32 bit integer ARGB color.

func AbsWithFloatV ¶

func AbsWithFloatV(v float32) float32

AbsWithFloatV Return the absolute value of the function input. For vectors, the absolute value is applied to each component individually and the resulting vector is returned.

func AbsWithIntV ¶

func AbsWithIntV(v int32) int32

AbsWithIntV Return the absolute value of the function input. For vectors, the absolute value is applied to each component individually and the resulting vector is returned.

func AddAssetsFolder ¶

func AddAssetsFolder(path string) bool

AddAssetsFolder Mount a local filesystem folder as an assets source. See [harfang.man.Assets].

func AddAssetsPackage ¶

func AddAssetsPackage(path string) bool

AddAssetsPackage Mount an archive stored on the local filesystem as an assets source. See [harfang.man.Assets].

func ApplyBloom ¶

func ApplyBloom(viewid *uint16, rect *IntRect, input *Texture, output *FrameBufferHandle, bloom *Bloom, threshold float32, smoothness float32, intensity float32)

ApplyBloom Process `input` texture and generate a bloom overlay on top of `output`, input and output must be of the same size. Use harfang.CreateBloomFromFile/harfang.CreateBloomFromAssets to create a harfang.Bloom object and harfang.DestroyBloom to destroy its internal resources after usage.

func AudioInit ¶

func AudioInit() bool

AudioInit Initialize the audio system.

func AudioShutdown ¶

func AudioShutdown()

AudioShutdown Shutdown the audio system.

func BeginProfilerSection ¶

func BeginProfilerSection(name string) int32

BeginProfilerSection Begin a named profiler section. Call harfang.EndProfilerSection to end the section.

func BeginProfilerSectionWithSectionDetails ¶

func BeginProfilerSectionWithSectionDetails(name string, sectiondetails string) int32

BeginProfilerSectionWithSectionDetails Begin a named profiler section. Call harfang.EndProfilerSection to end the section.

func CaptureTexture ¶

func CaptureTexture(resources *PipelineResources, tex *TextureRef, pic *Picture) uint32

CaptureTexture Capture a texture content to a harfang.Picture. Return the frame counter at which the capture will be complete. A harfang.Picture object can be accessed by the CPU. This function is asynchronous and its result will not be available until the returned frame counter is equal or greater to the frame counter returned by harfang.Frame.

func ClampWithV ¶

func ClampWithV(v float32, min float32, max float32) float32

ClampWithV Return a vector whose elements are equal to the vector elements clipped to the specified interval.

func ClampWithVMinMax ¶

func ClampWithVMinMax(v int32, min int32, max int32) int32

ClampWithVMinMax Return a vector whose elements are equal to the vector elements clipped to the specified interval.

func ClassifyLine ¶

func ClassifyLine(minmax *MinMax, position *Vec3, direction *Vec3) (bool, *Vec3, *Vec3)

ClassifyLine Return `true` if the provided line intersect the bounding volume, `false` otherwise.

func ClassifySegment ¶

func ClassifySegment(minmax *MinMax, p0 *Vec3, p1 *Vec3) (bool, *Vec3, *Vec3)

ClassifySegment Return `true` if the provided segment intersect the bounding volume, `false` otherwise.

func CleanPath ¶

func CleanPath(path string) string

CleanPath Cleanup a local filesystem path according to the host platform conventions. - Remove redundant folder separators. - Remove redundant `.` and `..` folder entries. - Ensure forward slash (`/`) folder separators on Unix and back slash (`\\`) folder separators on Windows.

func Close ¶

func Close(file *File) bool

Close Close a file handle.

func Cm ¶

func Cm(cm float32) float32

Cm Convert a value in centimeters to the Harfang internal unit system. See [harfang.man.CoordinateAndUnitSystem].

func ColorToABGR32 ¶

func ColorToABGR32(color *Color) uint32

ColorToABGR32 Return a 32 bit ABGR integer from a color.

func ColorToGrayscale ¶

func ColorToGrayscale(color *Color) float32

ColorToGrayscale Return the grayscale representation of a color. A weighted average is used to account for human perception of colors.

func ColorToRGBA32 ¶

func ColorToRGBA32(color *Color) uint32

ColorToRGBA32 Return a 32 bit RGBA integer from a color.

func ComputeSAO ¶

func ComputeSAO(viewid *uint16, rect *IntRect, attr0 *Texture, attr1 *Texture, noise *Texture, output *FrameBufferHandle, sao *SAO, projection *Mat44, bias float32, radius float32, samplecount int32, sharpness float32)

ComputeSAO ...

func ComputeSortKey ¶

func ComputeSortKey(viewdepth float32) uint32

ComputeSortKey Compute a sorting key to control the rendering order of a display list, `view_depth` is expected in view space.

func ComputeSortKeyFromWorld ¶

func ComputeSortKeyFromWorld(T *Vec3, view *Mat4) uint32

ComputeSortKeyFromWorld Compute a sorting key to control the rendering order of a display list.

func ComputeSortKeyFromWorldWithModel ¶

func ComputeSortKeyFromWorldWithModel(T *Vec3, view *Mat4, model *Mat4) uint32

ComputeSortKeyFromWorldWithModel Compute a sorting key to control the rendering order of a display list.

func ComputeTextHeight ¶

func ComputeTextHeight(font *Font, text string) float32

ComputeTextHeight Compute the height of a text string.

func Contains ¶

func Contains(minmax *MinMax, position *Vec3) bool

Contains Return `true` if the provided position is inside the bounding volume, `false` otherwise.

func CopyDir ¶

func CopyDir(src string, dst string) bool

CopyDir Copy a directory on the local filesystem, this function does not recurse through subdirectories. See harfang.CopyDirRecursive.

func CopyDirRecursive ¶

func CopyDirRecursive(src string, dst string) bool

CopyDirRecursive Copy a directory on the local filesystem, recurse through subdirectories.

func CopyFile ¶

func CopyFile(src string, dst string) bool

CopyFile Copy a file on the local filesystem.

func CosineInterpolate ¶

func CosineInterpolate(y0 float32, y1 float32, t float32) float32

CosineInterpolate Compute the cosine interpolated value between `y0` and `y1` at `t`. See harfang.LinearInterpolate, harfang.CubicInterpolate and harfang.HermiteInterpolate.

func CreateMissingMaterialProgramValuesFromAssets ¶

func CreateMissingMaterialProgramValuesFromAssets(mat *Material, resources *PipelineResources)

CreateMissingMaterialProgramValuesFromAssets This function scans the material program uniforms and creates a corresponding entry in the material if missing. Resources are loaded from the asset system if a default uniform value requires it. See [harfang.man.Assets].

func CreateMissingMaterialProgramValuesFromFile ¶

func CreateMissingMaterialProgramValuesFromFile(mat *Material, resources *PipelineResources)

CreateMissingMaterialProgramValuesFromFile This function scans the material program uniforms and creates a corresponding entry in the material if missing. Resources are loaded from the local filesystem if a default uniform value requires it.

func CubicInterpolate ¶

func CubicInterpolate(y0 float32, y1 float32, y2 float32, y3 float32, t float32) float32

CubicInterpolate Perform a cubic interpolation across four values with `t` in the [harfang.0;1] range between `y1` and `y2`. See harfang.LinearInterpolate, harfang.CosineInterpolate and harfang.HermiteInterpolate.

func CutFileExtension ¶

func CutFileExtension(path string) string

CutFileExtension Return a file path with its extension stripped. See harfang.CutFilePath and harfang.CutFileName.

func CutFileName ¶

func CutFileName(path string) string

CutFileName Return the name part of a file path. All folder navigation and extension are stripped. See harfang.CutFileExtension and harfang.CutFilePath.

func CutFilePath ¶

func CutFilePath(path string) string

CutFilePath Return the folder navigation part of a file path. The file name and its extension are stripped. See harfang.CutFileExtension and harfang.CutFileName.

func Debug ¶

func Debug(msg string)

Debug Output to the engine debug log. See harfang.Log, harfang.Warn and harfang.Error.

func DebugSceneExplorer ¶

func DebugSceneExplorer(scene *Scene, name string)

DebugSceneExplorer ...

func DebugWithDetails ¶

func DebugWithDetails(msg string, details string)

DebugWithDetails Output to the engine debug log. See harfang.Log, harfang.Warn and harfang.Error.

func Decompose ¶

func Decompose(m *Mat4) (*Vec3, *Vec3, *Vec3)

Decompose Decompose a transformation matrix into its translation, scaling and rotation components.

func DecomposeWithRotationOrder ¶

func DecomposeWithRotationOrder(m *Mat4, rotationorder RotationOrder) (*Vec3, *Vec3, *Vec3)

DecomposeWithRotationOrder Decompose a transformation matrix into its translation, scaling and rotation components.

func Deg ¶

func Deg(degrees float32) float32

Deg Convert an angle in degrees to the engine unit system. See [harfang.man.CoordinateAndUnitSystem].

func DegreeToRadian ¶

func DegreeToRadian(degrees float32) float32

DegreeToRadian Convert an angle in degrees to radians.

func DestroyBloom ¶

func DestroyBloom(bloom *Bloom)

DestroyBloom Destroy a bloom post process object and all associated resources.

func DestroyForwardPipeline ¶

func DestroyForwardPipeline(pipeline *ForwardPipeline)

DestroyForwardPipeline Destroy a forward pipeline object.

func DestroyForwardPipelineAAA ¶

func DestroyForwardPipelineAAA(pipeline *ForwardPipelineAAA)

DestroyForwardPipelineAAA ...

func DestroyFrameBuffer ¶

func DestroyFrameBuffer(frameBuffer *FrameBuffer)

DestroyFrameBuffer Destroy a frame buffer and its resources.

func DestroyProgram ¶

func DestroyProgram(h *ProgramHandle)

DestroyProgram Destroy a shader program.

func DestroySAO ¶

func DestroySAO(sao *SAO)

DestroySAO Destroy an ambient occlusion post process object and its resources.

func DestroyTexture ¶

func DestroyTexture(tex *Texture)

DestroyTexture Destroy a texture object.

func DestroyWindow ¶

func DestroyWindow(window *Window) bool

DestroyWindow Destroy a window object.

func Det ¶

func Det(m *Mat3) float32

Det Return the determinant of a matrix.

func Dist ¶

func Dist(a *Vec2, b *Vec2) float32

Dist Return the Euclidean distance between two vectors.

func Dist2 ¶

func Dist2(a *Vec2, b *Vec2) float32

Dist2 Return the squared Euclidean distance between two vectors.

func Dist2WithAB ¶

func Dist2WithAB(a *IVec2, b *IVec2) int32

Dist2WithAB Return the squared Euclidean distance between two vectors.

func Dist2WithVec3AVec3B ¶

func Dist2WithVec3AVec3B(a *Vec3, b *Vec3) float32

Dist2WithVec3AVec3B Return the squared Euclidean distance between two vectors.

func DistWithAB ¶

func DistWithAB(a *IVec2, b *IVec2) int32

DistWithAB Return the Euclidean distance between two vectors.

func DistWithQuaternionAQuaternionB ¶

func DistWithQuaternionAQuaternionB(a *Quaternion, b *Quaternion) float32

DistWithQuaternionAQuaternionB Return the Euclidean distance between two vectors.

func DistWithVec3AVec3B ¶

func DistWithVec3AVec3B(a *Vec3, b *Vec3) float32

DistWithVec3AVec3B Return the Euclidean distance between two vectors.

func DistanceToPlane ¶

func DistanceToPlane(plane *Vec4, p *Vec3) float32

DistanceToPlane Return the signed distance from point __p__ to a plane. - Distance is positive if __p__ is in front of the plane, meaning that the plane normal is pointing towards __p__. - Distance is negative if __p__ is behind the plane, meaning that the plane normal is pointing away from __p__. - Distance is 0.0 if **p** is lying on the plane.

func Dot ¶

func Dot(a *Vec2, b *Vec2) float32

Dot Return the dot product of two vectors.

func DotWithAB ¶

func DotWithAB(a *IVec2, b *IVec2) int32

DotWithAB Return the dot product of two vectors.

func DotWithVec3AVec3B ¶

func DotWithVec3AVec3B(a *Vec3, b *Vec3) float32

DotWithVec3AVec3B Return the dot product of two vectors.

func DrawLines ¶

func DrawLines(viewid uint16, vtx *Vertices, prg *ProgramHandle)

DrawLines Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithIdxVtxPrgValuesTextures ¶

func DrawLinesWithIdxVtxPrgValuesTextures(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList)

DrawLinesWithIdxVtxPrgValuesTextures Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithIdxVtxPrgValuesTexturesRenderState ¶

func DrawLinesWithIdxVtxPrgValuesTexturesRenderState(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, renderstate *RenderState)

DrawLinesWithIdxVtxPrgValuesTexturesRenderState Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithIdxVtxPrgValuesTexturesRenderStateDepth ¶

func DrawLinesWithIdxVtxPrgValuesTexturesRenderStateDepth(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, renderstate *RenderState, depth uint32)

DrawLinesWithIdxVtxPrgValuesTexturesRenderStateDepth Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithRenderState ¶

func DrawLinesWithRenderState(viewid uint16, vtx *Vertices, prg *ProgramHandle, renderstate *RenderState)

DrawLinesWithRenderState Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithRenderStateDepth ¶

func DrawLinesWithRenderStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, renderstate *RenderState, depth uint32)

DrawLinesWithRenderStateDepth Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures ¶

func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture)

DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderState ¶

func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderState(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, renderstate *RenderState)

DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderState Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderStateDepth ¶

func DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderStateDepth(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, renderstate *RenderState, depth uint32)

DrawLinesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesRenderStateDepth Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithSliceOfValuesSliceOfTextures ¶

func DrawLinesWithSliceOfValuesSliceOfTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture)

DrawLinesWithSliceOfValuesSliceOfTextures Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithSliceOfValuesSliceOfTexturesRenderState ¶

func DrawLinesWithSliceOfValuesSliceOfTexturesRenderState(viewid uint16, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, renderstate *RenderState)

DrawLinesWithSliceOfValuesSliceOfTexturesRenderState Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithSliceOfValuesSliceOfTexturesRenderStateDepth ¶

func DrawLinesWithSliceOfValuesSliceOfTexturesRenderStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, renderstate *RenderState, depth uint32)

DrawLinesWithSliceOfValuesSliceOfTexturesRenderStateDepth Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithValuesTextures ¶

func DrawLinesWithValuesTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList)

DrawLinesWithValuesTextures Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithValuesTexturesRenderState ¶

func DrawLinesWithValuesTexturesRenderState(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, renderstate *RenderState)

DrawLinesWithValuesTexturesRenderState Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawLinesWithValuesTexturesRenderStateDepth ¶

func DrawLinesWithValuesTexturesRenderStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, renderstate *RenderState, depth uint32)

DrawLinesWithValuesTexturesRenderStateDepth Draw a list of lines to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModel ¶

func DrawModel(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, matrix *Mat4)

DrawModel Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithMatrices ¶

func DrawModelWithMatrices(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, matrices *Mat4List)

DrawModelWithMatrices Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithMatricesRenderState ¶

func DrawModelWithMatricesRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, matrices *Mat4List, renderstate *RenderState)

DrawModelWithMatricesRenderState Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithMatricesRenderStateDepth ¶

func DrawModelWithMatricesRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, matrices *Mat4List, renderstate *RenderState, depth uint32)

DrawModelWithMatricesRenderStateDepth Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithRenderState ¶

func DrawModelWithRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, matrix *Mat4, renderstate *RenderState)

DrawModelWithRenderState Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithRenderStateDepth ¶

func DrawModelWithRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, matrix *Mat4, renderstate *RenderState, depth uint32)

DrawModelWithRenderStateDepth Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithSliceOfValuesSliceOfTextures ¶

func DrawModelWithSliceOfValuesSliceOfTextures(viewid uint16, mdl *Model, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, matrix *Mat4)

DrawModelWithSliceOfValuesSliceOfTextures Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithSliceOfValuesSliceOfTexturesRenderState ¶

func DrawModelWithSliceOfValuesSliceOfTexturesRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, matrix *Mat4, renderstate *RenderState)

DrawModelWithSliceOfValuesSliceOfTexturesRenderState Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithSliceOfValuesSliceOfTexturesRenderStateDepth ¶

func DrawModelWithSliceOfValuesSliceOfTexturesRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, matrix *Mat4, renderstate *RenderState, depth uint32)

DrawModelWithSliceOfValuesSliceOfTexturesRenderStateDepth Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatrices ¶

func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatrices(viewid uint16, mdl *Model, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, SliceOfmatrices GoSliceOfMat4)

DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatrices Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderState ¶

func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderState(viewid uint16, mdl *Model, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, SliceOfmatrices GoSliceOfMat4, renderstate *RenderState)

DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderState Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderStateDepth ¶

func DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderStateDepth(viewid uint16, mdl *Model, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, SliceOfmatrices GoSliceOfMat4, renderstate *RenderState, depth uint32)

DrawModelWithSliceOfValuesSliceOfTexturesSliceOfMatricesRenderStateDepth Draw a model to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawSprites ¶

func DrawSprites(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, size *Vec2, prg *ProgramHandle)

DrawSprites Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithSliceOfPos ¶

func DrawSpritesWithSliceOfPos(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, SliceOfpos GoSliceOfVec3, size *Vec2, prg *ProgramHandle)

DrawSpritesWithSliceOfPos Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTextures ¶

func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTextures(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, SliceOfpos GoSliceOfVec3, size *Vec2, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture)

DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTextures Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesState ¶

func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, SliceOfpos GoSliceOfVec3, size *Vec2, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState)

DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesState Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesStateDepth ¶

func DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, SliceOfpos GoSliceOfVec3, size *Vec2, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState, depth uint32)

DrawSpritesWithSliceOfPosSliceOfValuesSliceOfTexturesStateDepth Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithSliceOfPosState ¶

func DrawSpritesWithSliceOfPosState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, SliceOfpos GoSliceOfVec3, size *Vec2, prg *ProgramHandle, state *RenderState)

DrawSpritesWithSliceOfPosState Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithSliceOfPosStateDepth ¶

func DrawSpritesWithSliceOfPosStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, SliceOfpos GoSliceOfVec3, size *Vec2, prg *ProgramHandle, state *RenderState, depth uint32)

DrawSpritesWithSliceOfPosStateDepth Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithState ¶

func DrawSpritesWithState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, size *Vec2, prg *ProgramHandle, state *RenderState)

DrawSpritesWithState Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithStateDepth ¶

func DrawSpritesWithStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, size *Vec2, prg *ProgramHandle, state *RenderState, depth uint32)

DrawSpritesWithStateDepth Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithValuesTextures ¶

func DrawSpritesWithValuesTextures(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, size *Vec2, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList)

DrawSpritesWithValuesTextures Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithValuesTexturesState ¶

func DrawSpritesWithValuesTexturesState(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, size *Vec2, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState)

DrawSpritesWithValuesTexturesState Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawSpritesWithValuesTexturesStateDepth ¶

func DrawSpritesWithValuesTexturesStateDepth(viewid uint16, invviewR *Mat3, vtxlayout *VertexLayout, pos *Vec3List, size *Vec2, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState, depth uint32)

DrawSpritesWithValuesTexturesStateDepth Draw a list of sprites to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program. *Note:* This function prepares the sprite on the CPU before submitting them all to the GPU as a single draw call.

func DrawText ¶

func DrawText(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4)

DrawText Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPos ¶

func DrawTextWithPos(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3)

DrawTextWithPos Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPosHalignValign ¶

func DrawTextWithPosHalignValign(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3, halign DrawTextHAlign, valign DrawTextVAlign)

DrawTextWithPosHalignValign Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPosHalignValignSliceOfValuesSliceOfTextures ¶

func DrawTextWithPosHalignValignSliceOfValuesSliceOfTextures(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3, halign DrawTextHAlign, valign DrawTextVAlign, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture)

DrawTextWithPosHalignValignSliceOfValuesSliceOfTextures Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesState ¶

func DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesState(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3, halign DrawTextHAlign, valign DrawTextVAlign, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState)

DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesState Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesStateDepth ¶

func DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3, halign DrawTextHAlign, valign DrawTextVAlign, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState, depth uint32)

DrawTextWithPosHalignValignSliceOfValuesSliceOfTexturesStateDepth Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPosHalignValignValuesTextures ¶

func DrawTextWithPosHalignValignValuesTextures(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3, halign DrawTextHAlign, valign DrawTextVAlign, values *UniformSetValueList, textures *UniformSetTextureList)

DrawTextWithPosHalignValignValuesTextures Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPosHalignValignValuesTexturesState ¶

func DrawTextWithPosHalignValignValuesTexturesState(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3, halign DrawTextHAlign, valign DrawTextVAlign, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState)

DrawTextWithPosHalignValignValuesTexturesState Write text to the specified view using the provided shader program and uniform values.

func DrawTextWithPosHalignValignValuesTexturesStateDepth ¶

func DrawTextWithPosHalignValignValuesTexturesStateDepth(viewid uint16, font *Font, text string, prg *ProgramHandle, pageuniform string, pagestage uint8, mtx *Mat4, pos *Vec3, halign DrawTextHAlign, valign DrawTextVAlign, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState, depth uint32)

DrawTextWithPosHalignValignValuesTexturesStateDepth Write text to the specified view using the provided shader program and uniform values.

func DrawTriangles ¶

func DrawTriangles(viewid uint16, vtx *Vertices, prg *ProgramHandle)

DrawTriangles Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithIdxVtxPrgValuesTextures ¶

func DrawTrianglesWithIdxVtxPrgValuesTextures(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList)

DrawTrianglesWithIdxVtxPrgValuesTextures Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithIdxVtxPrgValuesTexturesState ¶

func DrawTrianglesWithIdxVtxPrgValuesTexturesState(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState)

DrawTrianglesWithIdxVtxPrgValuesTexturesState Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithIdxVtxPrgValuesTexturesStateDepth ¶

func DrawTrianglesWithIdxVtxPrgValuesTexturesStateDepth(viewid uint16, idx *Uint16TList, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState, depth uint32)

DrawTrianglesWithIdxVtxPrgValuesTexturesStateDepth Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures ¶

func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture)

DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTextures Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesState ¶

func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesState(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState)

DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesState Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesStateDepth ¶

func DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, SliceOfidx GoSliceOfuint16T, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState, depth uint32)

DrawTrianglesWithSliceOfIdxVtxPrgSliceOfValuesSliceOfTexturesStateDepth Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithSliceOfValuesSliceOfTextures ¶

func DrawTrianglesWithSliceOfValuesSliceOfTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture)

DrawTrianglesWithSliceOfValuesSliceOfTextures Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithSliceOfValuesSliceOfTexturesState ¶

func DrawTrianglesWithSliceOfValuesSliceOfTexturesState(viewid uint16, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState)

DrawTrianglesWithSliceOfValuesSliceOfTexturesState Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithSliceOfValuesSliceOfTexturesStateDepth ¶

func DrawTrianglesWithSliceOfValuesSliceOfTexturesStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, SliceOfvalues GoSliceOfUniformSetValue, SliceOftextures GoSliceOfUniformSetTexture, state *RenderState, depth uint32)

DrawTrianglesWithSliceOfValuesSliceOfTexturesStateDepth Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithState ¶

func DrawTrianglesWithState(viewid uint16, vtx *Vertices, prg *ProgramHandle, state *RenderState)

DrawTrianglesWithState Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithStateDepth ¶

func DrawTrianglesWithStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, state *RenderState, depth uint32)

DrawTrianglesWithStateDepth Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithValuesTextures ¶

func DrawTrianglesWithValuesTextures(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList)

DrawTrianglesWithValuesTextures Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithValuesTexturesState ¶

func DrawTrianglesWithValuesTexturesState(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState)

DrawTrianglesWithValuesTexturesState Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func DrawTrianglesWithValuesTexturesStateDepth ¶

func DrawTrianglesWithValuesTexturesStateDepth(viewid uint16, vtx *Vertices, prg *ProgramHandle, values *UniformSetValueList, textures *UniformSetTextureList, state *RenderState, depth uint32)

DrawTrianglesWithValuesTexturesStateDepth Draw a list of triangles to the specified view. Use harfang.UniformSetValueList and harfang.UniformSetTextureList to pass uniform values to the shader program.

func EndProfilerSection ¶

func EndProfilerSection(sectionidx int32)

EndProfilerSection End a named profiler section. Call harfang.BeginProfilerSection to begin a new section.

func Error ¶

func Error(msg string)

Error Output to the engine error log. See harfang.Log, harfang.Debug and harfang.Warn.

func ErrorWithDetails ¶

func ErrorWithDetails(msg string, details string)

ErrorWithDetails Output to the engine error log. See harfang.Log, harfang.Debug and harfang.Warn.

func Exists ¶

func Exists(path string) bool

Exists Return `true` if a file exists on the local filesystem, `false` otherwise.

func ExtractZRangeFromOrthographicProjectionMatrix ¶

func ExtractZRangeFromOrthographicProjectionMatrix(m *Mat44) (*float32, *float32)

ExtractZRangeFromOrthographicProjectionMatrix ...

func ExtractZRangeFromPerspectiveProjectionMatrix ¶

func ExtractZRangeFromPerspectiveProjectionMatrix(m *Mat44) (*float32, *float32)

ExtractZRangeFromPerspectiveProjectionMatrix ...

func ExtractZRangeFromProjectionMatrix ¶

func ExtractZRangeFromProjectionMatrix(m *Mat44) (*float32, *float32)

ExtractZRangeFromProjectionMatrix Extract z near and z far clipping range from a projection matrix.

func ExtractZoomFactorFromProjectionMatrix ¶

func ExtractZoomFactorFromProjectionMatrix(m *Mat44) float32

ExtractZoomFactorFromProjectionMatrix Extract zoom factor from a projection matrix. See harfang.ZoomFactorToFov.

func FRRand ¶

func FRRand() float32

FRRand Return a random floating point value in the provided range, default range is [harfang.-1;1].

func FRRandWithRangeStart ¶

func FRRandWithRangeStart(rangestart float32) float32

FRRandWithRangeStart Return a random floating point value in the provided range, default range is [harfang.-1;1].

func FRRandWithRangeStartRangeEnd ¶

func FRRandWithRangeStartRangeEnd(rangestart float32, rangeend float32) float32

FRRandWithRangeStartRangeEnd Return a random floating point value in the provided range, default range is [harfang.-1;1].

func FRand ¶

func FRand() float32

FRand Return a random floating point value in the provided range, default range is [harfang.0;1]. See harfang.Rand to generate a random integer value.

func FRandWithRange ¶

func FRandWithRange(rangeGo float32) float32

FRandWithRange Return a random floating point value in the provided range, default range is [harfang.0;1]. See harfang.Rand to generate a random integer value.

func FactorizePath ¶

func FactorizePath(path string) string

FactorizePath Return the input path with all redundant navigation entries stripped (folder separator, `..` and `.` entries).

func FileToString ¶

func FileToString(path string) string

FileToString Return the content of a local filesystem as a string.

func FitsInside ¶

func FitsInside(a *Rect, b *Rect) bool

FitsInside Return wether `a` fits in `b`.

func FitsInsideWithAB ¶

func FitsInsideWithAB(a *IntRect, b *IntRect) bool

FitsInsideWithAB Return wether `a` fits in `b`.

func FovToZoomFactor ¶

func FovToZoomFactor(fov float32) float32

FovToZoomFactor Convert from a fov value in radian to a zoom factor value in meters.

func FpsController ¶

func FpsController(keyboard *Keyboard, mouse *Mouse, pos *Vec3, rot *Vec3, speed float32, dt int64)

FpsController Implement a first-person-shooter like controller. The input position and rotation parameters are returned modified according to the state of the control keys. This function is usually used by passing the current camera position and rotation then updating the camera transformation with the returned values.

func FpsControllerWithKeyUpKeyDownKeyLeftKeyRightBtnDxDyPosRotSpeedDtT ¶

func FpsControllerWithKeyUpKeyDownKeyLeftKeyRightBtnDxDyPosRotSpeedDtT(keyup bool, keydown bool, keyleft bool, keyright bool, btn bool, dx float32, dy float32, pos *Vec3, rot *Vec3, speed float32, dtt int64)

FpsControllerWithKeyUpKeyDownKeyLeftKeyRightBtnDxDyPosRotSpeedDtT Implement a first-person-shooter like controller. The input position and rotation parameters are returned modified according to the state of the control keys. This function is usually used by passing the current camera position and rotation then updating the camera transformation with the returned values.

func Frame ¶

func Frame() uint32

Frame Advance the rendering backend to the next frame, execute all queued rendering commands. This function returns the backend current frame. The frame counter is used by asynchronous functions such as harfang.CaptureTexture. You must wait for the frame counter to reach or exceed the value returned by an asynchronous function before accessing its result.

func GetArea ¶

func GetArea(minmax *MinMax) float32

GetArea Return the area of the volume.

func GetClock ¶

func GetClock() int64

GetClock Return the current clock since the last call to harfang.TickClock or harfang.ResetClock. See [harfang.time_to_sec_f] to convert the returned time to second.

func GetClockDt ¶

func GetClockDt() int64

GetClockDt Return the elapsed time recorded during the last call to harfang.TickClock.

func GetCurrentWorkingDirectory ¶

func GetCurrentWorkingDirectory() string

GetCurrentWorkingDirectory Return the system current working directory.

func GetFileExtension ¶

func GetFileExtension(path string) string

GetFileExtension Return the extension part of a file path.

func GetFileName ¶

func GetFileName(path string) string

GetFileName Return the name part of a file path (including its extension).

func GetFilePath ¶

func GetFilePath(path string) string

GetFilePath Return the path part of a file path (excluding file name and extension).

func GetHeight ¶

func GetHeight(rect *Rect) float32

GetHeight Return the height of a rectangle.

func GetHeightWithRect ¶

func GetHeightWithRect(rect *IntRect) int32

GetHeightWithRect Return the height of a rectangle.

func GetJsonBool ¶

func GetJsonBool(js *JSON, key string) (bool, *bool)

GetJsonBool Return the value of a boolean JSON key.

func GetJsonFloat ¶

func GetJsonFloat(js *JSON, key string) (bool, *float32)

GetJsonFloat Return the value of a float JSON key.

func GetJsonInt ¶

func GetJsonInt(js *JSON, key string) (bool, *int32)

GetJsonInt Return the value of an integer JSON key.

func GetJsonString ¶

func GetJsonString(js *JSON, key string) (bool, *string)

GetJsonString Return the value of a string JSON key.

func GetKeyName ¶

func GetKeyName(key Key) string

GetKeyName Return the name for a keyboard key.

func GetKeyNameWithName ¶

func GetKeyNameWithName(key Key, name string) string

GetKeyNameWithName Return the name for a keyboard key.

func GetMaterialAlphaCut ¶

func GetMaterialAlphaCut(mat *Material) bool

GetMaterialAlphaCut ...

func GetMaterialAmbientUsesUV1 ¶

func GetMaterialAmbientUsesUV1(mat *Material) bool

GetMaterialAmbientUsesUV1 ...

func GetMaterialDiffuseUsesUV1 ¶

func GetMaterialDiffuseUsesUV1(mat *Material) bool

GetMaterialDiffuseUsesUV1 ...

func GetMaterialNormalMapInWorldSpace ¶

func GetMaterialNormalMapInWorldSpace(mat *Material) bool

GetMaterialNormalMapInWorldSpace ...

func GetMaterialSkinning ¶

func GetMaterialSkinning(mat *Material) bool

GetMaterialSkinning ...

func GetMaterialSpecularUsesUV1 ¶

func GetMaterialSpecularUsesUV1(mat *Material) bool

GetMaterialSpecularUsesUV1 ...

func GetMaterialWriteRGBA ¶

func GetMaterialWriteRGBA(mat *Material) (*bool, *bool, *bool, *bool)

GetMaterialWriteRGBA Return the material color mask.

func GetMaterialWriteZ ¶

func GetMaterialWriteZ(mat *Material) bool

GetMaterialWriteZ Return the material depth write mask.

func GetMonitorName ¶

func GetMonitorName(monitor *Monitor) string

GetMonitorName Return the monitor name.

func GetSceneForwardPipelinePassViewId ¶

func GetSceneForwardPipelinePassViewId(views *SceneForwardPipelinePassViewId, pass SceneForwardPipelinePass) uint16

GetSceneForwardPipelinePassViewId Return the view id for a scene forward pipeline pass id.

func GetSize ¶

func GetSize(file *File) int32

GetSize Return the size in bytes of a local file.

func GetSourceDuration ¶

func GetSourceDuration(source SourceRef) int64

GetSourceDuration Return the duration of an audio source.

func GetSourceTimecode ¶

func GetSourceTimecode(source SourceRef) int64

GetSourceTimecode Return the current timecode of a playing audio source.

func GetTextures ¶

func GetTextures(framebuffer *FrameBuffer) (*Texture, *Texture)

GetTextures Returns color and depth texture attachments.

func GetUserFolder ¶

func GetUserFolder() string

GetUserFolder Return the system user folder for the current user.

func GetWidth ¶

func GetWidth(rect *Rect) float32

GetWidth Return the width of a rectangle.

func GetWidthWithRect ¶

func GetWidthWithRect(rect *IntRect) int32

GetWidthWithRect Return the width of a rectangle.

func GetWindowClientSize ¶

func GetWindowClientSize(window *Window) (bool, *int32, *int32)

GetWindowClientSize Return a window client rectangle. The client area of a window does not include its decorations.

func GetWindowTitle ¶

func GetWindowTitle(window *Window) (bool, *string)

GetWindowTitle Return a window title.

func GetXWithIntRectRect ¶

func GetXWithIntRectRect(rect *IntRect) int32

GetXWithIntRectRect Return the scaled X axis of a transformation matrix.

func GetXWithRect ¶

func GetXWithRect(rect *Rect) float32

GetXWithRect Return the scaled X axis of a transformation matrix.

func GetYWithIntRectRect ¶

func GetYWithIntRectRect(rect *IntRect) int32

GetYWithIntRectRect Return the scaled Y axis of a transformation matrix.

func GetYWithRect ¶

func GetYWithRect(rect *Rect) float32

GetYWithRect Return the scaled Y axis of a transformation matrix.

func HasFileExtension ¶

func HasFileExtension(path string) bool

HasFileExtension Test the extension of a file path.

func HermiteInterpolate ¶

func HermiteInterpolate(y0 float32, y1 float32, y2 float32, y3 float32, t float32, tension float32, bias float32) float32

HermiteInterpolate Perform a Hermite interpolation across four values with `t` in the [harfang.0;1] range between `y1` and `y2`. The `tension` and `bias` parameters can be used to control the shape of underlying interpolation curve. See harfang.LinearInterpolate, harfang.CosineInterpolate and harfang.CubicInterpolate.

func HideCursor ¶

func HideCursor()

HideCursor Hide the system mouse cursor. See harfang.ShowCursor.

func ImGuiAlignTextToFramePadding ¶

func ImGuiAlignTextToFramePadding()

ImGuiAlignTextToFramePadding Vertically align upcoming text baseline to FramePadding __y__ coordinate so that it will align properly to regularly framed items.

func ImGuiBegin ¶

func ImGuiBegin(name string) bool

ImGuiBegin Start a new window.

func ImGuiBeginChild ¶

func ImGuiBeginChild(id string) bool

ImGuiBeginChild Begin a scrolling region.

func ImGuiBeginChildWithSize ¶

func ImGuiBeginChildWithSize(id string, size *Vec2) bool

ImGuiBeginChildWithSize Begin a scrolling region.

func ImGuiBeginChildWithSizeBorder ¶

func ImGuiBeginChildWithSizeBorder(id string, size *Vec2, border bool) bool

ImGuiBeginChildWithSizeBorder Begin a scrolling region.

func ImGuiBeginChildWithSizeBorderFlags ¶

func ImGuiBeginChildWithSizeBorderFlags(id string, size *Vec2, border bool, flags ImGuiWindowFlags) bool

ImGuiBeginChildWithSizeBorderFlags Begin a scrolling region.

func ImGuiBeginCombo ¶

func ImGuiBeginCombo(label string, previewvalue string) bool

ImGuiBeginCombo Begin a ImGui Combo Box.

func ImGuiBeginComboWithFlags ¶

func ImGuiBeginComboWithFlags(label string, previewvalue string, flags ImGuiComboFlags) bool

ImGuiBeginComboWithFlags Begin a ImGui Combo Box.

func ImGuiBeginFrame ¶

func ImGuiBeginFrame(width int32, height int32, dtclock int64, mouse *MouseState, keyboard *KeyboardState)

ImGuiBeginFrame Begin an ImGui frame. This function must be called once per frame before any other ImGui call. When using multiple contexts, it must be called for each context you intend to use during the current frame. See harfang.ImGuiEndFrame.

func ImGuiBeginFrameWithCtxWidthHeightDtClockMouseKeyboard ¶

func ImGuiBeginFrameWithCtxWidthHeightDtClockMouseKeyboard(ctx *DearImguiContext, width int32, height int32, dtclock int64, mouse *MouseState, keyboard *KeyboardState)

ImGuiBeginFrameWithCtxWidthHeightDtClockMouseKeyboard Begin an ImGui frame. This function must be called once per frame before any other ImGui call. When using multiple contexts, it must be called for each context you intend to use during the current frame. See harfang.ImGuiEndFrame.

func ImGuiBeginGroup ¶

func ImGuiBeginGroup()

ImGuiBeginGroup Lock horizontal starting position. Once closing a group it is seen as a single item (so you can use harfang.ImGuiIsItemHovered on a group, harfang.ImGuiSameLine between groups, etc...).

func ImGuiBeginMainMenuBar ¶

func ImGuiBeginMainMenuBar() bool

ImGuiBeginMainMenuBar Create and append to a full screen menu-bar. Note: Only call harfang.ImGuiEndMainMenuBar if this returns `true`.

func ImGuiBeginMenu ¶

func ImGuiBeginMenu(label string) bool

ImGuiBeginMenu Create a sub-menu entry. Note: Only call harfang.ImGuiEndMenu if this returns `true`.

func ImGuiBeginMenuBar ¶

func ImGuiBeginMenuBar() bool

ImGuiBeginMenuBar Start append to the menu-bar of the current window (requires the `WindowFlags_MenuBar` flag). Note: Only call harfang.ImGuiEndMenuBar if this returns `true`.

func ImGuiBeginMenuWithEnabled ¶

func ImGuiBeginMenuWithEnabled(label string, enabled bool) bool

ImGuiBeginMenuWithEnabled Create a sub-menu entry. Note: Only call harfang.ImGuiEndMenu if this returns `true`.

func ImGuiBeginPopup ¶

func ImGuiBeginPopup(id string) bool

ImGuiBeginPopup Return `true` if popup is opened and starts outputting to it. Note: Only call harfang.ImGuiEndPopup if this returns `true`.

func ImGuiBeginPopupContextItem ¶

func ImGuiBeginPopupContextItem(id string) bool

ImGuiBeginPopupContextItem ImGui helper to open and begin popup when clicked on last item.

func ImGuiBeginPopupContextItemWithMouseButton ¶

func ImGuiBeginPopupContextItemWithMouseButton(id string, mousebutton int32) bool

ImGuiBeginPopupContextItemWithMouseButton ImGui helper to open and begin popup when clicked on last item.

func ImGuiBeginPopupContextVoid ¶

func ImGuiBeginPopupContextVoid() bool

ImGuiBeginPopupContextVoid ImGui helper to open and begin popup when clicked in void (where there are no ImGui windows)

func ImGuiBeginPopupContextVoidWithId ¶

func ImGuiBeginPopupContextVoidWithId(id string) bool

ImGuiBeginPopupContextVoidWithId ImGui helper to open and begin popup when clicked in void (where there are no ImGui windows)

func ImGuiBeginPopupContextVoidWithIdMouseButton ¶

func ImGuiBeginPopupContextVoidWithIdMouseButton(id string, mousebutton int32) bool

ImGuiBeginPopupContextVoidWithIdMouseButton ImGui helper to open and begin popup when clicked in void (where there are no ImGui windows)

func ImGuiBeginPopupContextWindow ¶

func ImGuiBeginPopupContextWindow() bool

ImGuiBeginPopupContextWindow ImGui helper to open and begin popup when clicked on current window.

func ImGuiBeginPopupContextWindowWithId ¶

func ImGuiBeginPopupContextWindowWithId(id string) bool

ImGuiBeginPopupContextWindowWithId ImGui helper to open and begin popup when clicked on current window.

func ImGuiBeginPopupContextWindowWithIdFlags ¶

func ImGuiBeginPopupContextWindowWithIdFlags(id string, flags ImGuiPopupFlags) bool

ImGuiBeginPopupContextWindowWithIdFlags ImGui helper to open and begin popup when clicked on current window.

func ImGuiBeginPopupModal ¶

func ImGuiBeginPopupModal(name string) bool

ImGuiBeginPopupModal Begin an ImGui modal dialog.

func ImGuiBeginPopupModalWithOpen ¶

func ImGuiBeginPopupModalWithOpen(name string, open *bool) bool

ImGuiBeginPopupModalWithOpen Begin an ImGui modal dialog.

func ImGuiBeginPopupModalWithOpenFlags ¶

func ImGuiBeginPopupModalWithOpenFlags(name string, open *bool, flags ImGuiWindowFlags) bool

ImGuiBeginPopupModalWithOpenFlags Begin an ImGui modal dialog.

func ImGuiBeginTooltip ¶

func ImGuiBeginTooltip()

ImGuiBeginTooltip Used to create full-featured tooltip windows that aren't just text.

func ImGuiBeginWithOpenFlags ¶

func ImGuiBeginWithOpenFlags(name string, open *bool, flags ImGuiWindowFlags) bool

ImGuiBeginWithOpenFlags Start a new window.

func ImGuiBullet ¶

func ImGuiBullet()

ImGuiBullet Draw a small circle and keep the cursor on the same line. Advances by the same distance as an empty harfang.ImGuiTreeNode call.

func ImGuiBulletText ¶

func ImGuiBulletText(label string)

ImGuiBulletText Draw a bullet followed by a static text.

func ImGuiButton ¶

func ImGuiButton(label string) bool

ImGuiButton Button widget returning `True` if the button was pressed.

func ImGuiButtonWithSize ¶

func ImGuiButtonWithSize(label string, size *Vec2) bool

ImGuiButtonWithSize Button widget returning `True` if the button was pressed.

func ImGuiCalcItemWidth ¶

func ImGuiCalcItemWidth() float32

ImGuiCalcItemWidth Returns the width of item given pushed settings and current cursor position. Note: This is not necessarily the width of last item.

func ImGuiCaptureKeyboardFromApp ¶

func ImGuiCaptureKeyboardFromApp(capture bool)

ImGuiCaptureKeyboardFromApp Force capture keyboard when your widget is being hovered.

func ImGuiCaptureMouseFromApp ¶

func ImGuiCaptureMouseFromApp(capture bool)

ImGuiCaptureMouseFromApp Force capture mouse when your widget is being hovered.

func ImGuiCheckbox ¶

func ImGuiCheckbox(label string, value *bool) bool

ImGuiCheckbox Display a checkbox widget. Returns an interaction flag (user interacted with the widget) and the current widget state (checked or not after user interaction). ```python was_clicked, my_value = gs.ImGuiCheckBox('My value', my_value) ```

func ImGuiClearInputBuffer ¶

func ImGuiClearInputBuffer()

ImGuiClearInputBuffer Force a reset of the ImGui input buffer.

func ImGuiCloseCurrentPopup ¶

func ImGuiCloseCurrentPopup()

ImGuiCloseCurrentPopup Close the popup we have begin-ed into. Clicking on a menu item or selectable automatically closes the current popup.

func ImGuiCollapsingHeader ¶

func ImGuiCollapsingHeader(label string) bool

ImGuiCollapsingHeader Draw a collapsing header, returns `False` if the header is collapsed so that you may skip drawing the header content.

func ImGuiCollapsingHeaderWithFlags ¶

func ImGuiCollapsingHeaderWithFlags(label string, flags ImGuiTreeNodeFlags) bool

ImGuiCollapsingHeaderWithFlags Draw a collapsing header, returns `False` if the header is collapsed so that you may skip drawing the header content.

func ImGuiCollapsingHeaderWithPOpen ¶

func ImGuiCollapsingHeaderWithPOpen(label string, popen *bool) bool

ImGuiCollapsingHeaderWithPOpen Draw a collapsing header, returns `False` if the header is collapsed so that you may skip drawing the header content.

func ImGuiCollapsingHeaderWithPOpenFlags ¶

func ImGuiCollapsingHeaderWithPOpenFlags(label string, popen *bool, flags ImGuiTreeNodeFlags) bool

ImGuiCollapsingHeaderWithPOpenFlags Draw a collapsing header, returns `False` if the header is collapsed so that you may skip drawing the header content.

func ImGuiColorButton ¶

func ImGuiColorButton(id string, color *Color) bool

ImGuiColorButton Color button widget, display a small colored rectangle.

func ImGuiColorButtonWithFlags ¶

func ImGuiColorButtonWithFlags(id string, color *Color, flags ImGuiColorEditFlags) bool

ImGuiColorButtonWithFlags Color button widget, display a small colored rectangle.

func ImGuiColorButtonWithFlagsSize ¶

func ImGuiColorButtonWithFlagsSize(id string, color *Color, flags ImGuiColorEditFlags, size *Vec2) bool

ImGuiColorButtonWithFlagsSize Color button widget, display a small colored rectangle.

func ImGuiColorEdit ¶

func ImGuiColorEdit(label string, color *Color) bool

ImGuiColorEdit Color editor, returns the widget current color.

func ImGuiColorEditWithFlags ¶

func ImGuiColorEditWithFlags(label string, color *Color, flags ImGuiColorEditFlags) bool

ImGuiColorEditWithFlags Color editor, returns the widget current color.

func ImGuiColumns ¶

func ImGuiColumns()

ImGuiColumns Begin a column layout section. To move to the next column use harfang.ImGuiNextColumn. To end a column layout section pass `1` to this function. **Note:** Current implementation supports a maximum of 64 columns.

func ImGuiColumnsWithCount ¶

func ImGuiColumnsWithCount(count int32)

ImGuiColumnsWithCount Begin a column layout section. To move to the next column use harfang.ImGuiNextColumn. To end a column layout section pass `1` to this function. **Note:** Current implementation supports a maximum of 64 columns.

func ImGuiColumnsWithCountId ¶

func ImGuiColumnsWithCountId(count int32, id string)

ImGuiColumnsWithCountId Begin a column layout section. To move to the next column use harfang.ImGuiNextColumn. To end a column layout section pass `1` to this function. **Note:** Current implementation supports a maximum of 64 columns.

func ImGuiColumnsWithCountIdWithBorder ¶

func ImGuiColumnsWithCountIdWithBorder(count int32, id string, withborder bool)

ImGuiColumnsWithCountIdWithBorder Begin a column layout section. To move to the next column use harfang.ImGuiNextColumn. To end a column layout section pass `1` to this function. **Note:** Current implementation supports a maximum of 64 columns.

func ImGuiCombo ¶

func ImGuiCombo(label string, currentitem *int32, items *StringList) bool

ImGuiCombo Combo box widget, return the current selection index. Combo items are passed as an array of string.

func ImGuiComboWithHeightInItems ¶

func ImGuiComboWithHeightInItems(label string, currentitem *int32, items *StringList, heightinitems int32) bool

ImGuiComboWithHeightInItems Combo box widget, return the current selection index. Combo items are passed as an array of string.

func ImGuiComboWithSliceOfItems ¶

func ImGuiComboWithSliceOfItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring) bool

ImGuiComboWithSliceOfItems Combo box widget, return the current selection index. Combo items are passed as an array of string.

func ImGuiComboWithSliceOfItemsHeightInItems ¶

func ImGuiComboWithSliceOfItemsHeightInItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring, heightinitems int32) bool

ImGuiComboWithSliceOfItemsHeightInItems Combo box widget, return the current selection index. Combo items are passed as an array of string.

func ImGuiDragFloat ¶

func ImGuiDragFloat(label string, v *float32) bool

ImGuiDragFloat Declare a widget to edit a float value. The widget can be dragged over to modify the underlying value.

func ImGuiDragFloatWithVSpeed ¶

func ImGuiDragFloatWithVSpeed(label string, v *float32, vspeed float32) bool

ImGuiDragFloatWithVSpeed Declare a widget to edit a float value. The widget can be dragged over to modify the underlying value.

func ImGuiDragFloatWithVSpeedVMinVMax ¶

func ImGuiDragFloatWithVSpeedVMinVMax(label string, v *float32, vspeed float32, vmin float32, vmax float32) bool

ImGuiDragFloatWithVSpeedVMinVMax Declare a widget to edit a float value. The widget can be dragged over to modify the underlying value.

func ImGuiDragIntVec2 ¶

func ImGuiDragIntVec2(label string, v *IVec2) bool

ImGuiDragIntVec2 Declare a widget to edit an [harfang.iVec2] value. The widget can be dragged over to modify the underlying value.

func ImGuiDragIntVec2WithVSpeed ¶

func ImGuiDragIntVec2WithVSpeed(label string, v *IVec2, vspeed float32) bool

ImGuiDragIntVec2WithVSpeed Declare a widget to edit an [harfang.iVec2] value. The widget can be dragged over to modify the underlying value.

func ImGuiDragIntVec2WithVSpeedVMinVMax ¶

func ImGuiDragIntVec2WithVSpeedVMinVMax(label string, v *IVec2, vspeed float32, vmin int32, vmax int32) bool

ImGuiDragIntVec2WithVSpeedVMinVMax Declare a widget to edit an [harfang.iVec2] value. The widget can be dragged over to modify the underlying value.

func ImGuiDragVec2 ¶

func ImGuiDragVec2(label string, v *Vec2) bool

ImGuiDragVec2 Declare a float edit widget that can be dragged over to modify its value.

func ImGuiDragVec2WithVSpeed ¶

func ImGuiDragVec2WithVSpeed(label string, v *Vec2, vspeed float32) bool

ImGuiDragVec2WithVSpeed Declare a float edit widget that can be dragged over to modify its value.

func ImGuiDragVec2WithVSpeedVMinVMax ¶

func ImGuiDragVec2WithVSpeedVMinVMax(label string, v *Vec2, vspeed float32, vmin float32, vmax float32) bool

ImGuiDragVec2WithVSpeedVMinVMax Declare a float edit widget that can be dragged over to modify its value.

func ImGuiDragVec3 ¶

func ImGuiDragVec3(label string, v *Vec3) bool

ImGuiDragVec3 Declare a widget to edit a harfang.Vec3 value. The widget can be dragged over to modify the underlying value.

func ImGuiDragVec3WithVSpeed ¶

func ImGuiDragVec3WithVSpeed(label string, v *Vec3, vspeed float32) bool

ImGuiDragVec3WithVSpeed Declare a widget to edit a harfang.Vec3 value. The widget can be dragged over to modify the underlying value.

func ImGuiDragVec3WithVSpeedVMinVMax ¶

func ImGuiDragVec3WithVSpeedVMinVMax(label string, v *Vec3, vspeed float32, vmin float32, vmax float32) bool

ImGuiDragVec3WithVSpeedVMinVMax Declare a widget to edit a harfang.Vec3 value. The widget can be dragged over to modify the underlying value.

func ImGuiDragVec4 ¶

func ImGuiDragVec4(label string, v *Vec4) bool

ImGuiDragVec4 Declare a widget to edit a harfang.Vec4 value. The widget can be dragged over to modify the underlying value.

func ImGuiDragVec4WithVSpeed ¶

func ImGuiDragVec4WithVSpeed(label string, v *Vec4, vspeed float32) bool

ImGuiDragVec4WithVSpeed Declare a widget to edit a harfang.Vec4 value. The widget can be dragged over to modify the underlying value.

func ImGuiDragVec4WithVSpeedVMinVMax ¶

func ImGuiDragVec4WithVSpeedVMinVMax(label string, v *Vec4, vspeed float32, vmin float32, vmax float32) bool

ImGuiDragVec4WithVSpeedVMinVMax Declare a widget to edit a harfang.Vec4 value. The widget can be dragged over to modify the underlying value.

func ImGuiDummy ¶

func ImGuiDummy(size *Vec2)

ImGuiDummy Add a dummy item of given size.

func ImGuiEnd ¶

func ImGuiEnd()

ImGuiEnd End the current window.

func ImGuiEndChild ¶

func ImGuiEndChild()

ImGuiEndChild End a scrolling region.

func ImGuiEndCombo ¶

func ImGuiEndCombo()

ImGuiEndCombo End a combo widget.

func ImGuiEndFrame ¶

func ImGuiEndFrame()

ImGuiEndFrame End the current ImGui frame. All ImGui rendering is sent to the specified view. If no view is specified, view 255 is used. See [harfang.man.Views].

func ImGuiEndFrameWithCtx ¶

func ImGuiEndFrameWithCtx(ctx *DearImguiContext)

ImGuiEndFrameWithCtx End the current ImGui frame. All ImGui rendering is sent to the specified view. If no view is specified, view 255 is used. See [harfang.man.Views].

func ImGuiEndFrameWithCtxViewId ¶

func ImGuiEndFrameWithCtxViewId(ctx *DearImguiContext, viewid uint16)

ImGuiEndFrameWithCtxViewId End the current ImGui frame. All ImGui rendering is sent to the specified view. If no view is specified, view 255 is used. See [harfang.man.Views].

func ImGuiEndFrameWithViewId ¶

func ImGuiEndFrameWithViewId(viewid uint16)

ImGuiEndFrameWithViewId End the current ImGui frame. All ImGui rendering is sent to the specified view. If no view is specified, view 255 is used. See [harfang.man.Views].

func ImGuiEndGroup ¶

func ImGuiEndGroup()

ImGuiEndGroup End the current group.

func ImGuiEndMainMenuBar ¶

func ImGuiEndMainMenuBar()

ImGuiEndMainMenuBar End the main menu bar. See harfang.ImGuiBeginMainMenuBar.

func ImGuiEndMenu ¶

func ImGuiEndMenu()

ImGuiEndMenu End the current sub-menu entry.

func ImGuiEndMenuBar ¶

func ImGuiEndMenuBar()

ImGuiEndMenuBar End the current menu bar.

func ImGuiEndPopup ¶

func ImGuiEndPopup()

ImGuiEndPopup End the current popup.

func ImGuiEndTooltip ¶

func ImGuiEndTooltip()

ImGuiEndTooltip End the current tooltip window. See harfang.ImGuiBeginTooltip.

func ImGuiGetColorU32 ¶

func ImGuiGetColorU32(idx ImGuiCol) uint32

ImGuiGetColorU32 Return a style color component as a 32 bit unsigned integer. See harfang.ImGuiPushStyleColor.

func ImGuiGetColorU32WithAlphaMultiplier ¶

func ImGuiGetColorU32WithAlphaMultiplier(idx ImGuiCol, alphamultiplier float32) uint32

ImGuiGetColorU32WithAlphaMultiplier Return a style color component as a 32 bit unsigned integer. See harfang.ImGuiPushStyleColor.

func ImGuiGetColorU32WithColor ¶

func ImGuiGetColorU32WithColor(color *Color) uint32

ImGuiGetColorU32WithColor Return a style color component as a 32 bit unsigned integer. See harfang.ImGuiPushStyleColor.

func ImGuiGetColumnIndex ¶

func ImGuiGetColumnIndex() int32

ImGuiGetColumnIndex Returns the index of the current column.

func ImGuiGetColumnOffset ¶

func ImGuiGetColumnOffset() float32

ImGuiGetColumnOffset Returns the current column offset in pixels, from the left side of the content region.

func ImGuiGetColumnOffsetWithColumnIndex ¶

func ImGuiGetColumnOffsetWithColumnIndex(columnindex int32) float32

ImGuiGetColumnOffsetWithColumnIndex Returns the current column offset in pixels, from the left side of the content region.

func ImGuiGetColumnWidth ¶

func ImGuiGetColumnWidth() float32

ImGuiGetColumnWidth Returns the current column width in pixels.

func ImGuiGetColumnWidthWithColumnIndex ¶

func ImGuiGetColumnWidthWithColumnIndex(columnindex int32) float32

ImGuiGetColumnWidthWithColumnIndex Returns the current column width in pixels.

func ImGuiGetColumnsCount ¶

func ImGuiGetColumnsCount() int32

ImGuiGetColumnsCount Return the number of columns in the current layout section. See harfang.ImGuiColumns.

func ImGuiGetContentRegionAvailWidth ¶

func ImGuiGetContentRegionAvailWidth() float32

ImGuiGetContentRegionAvailWidth Helper function to return the available width of current content region. See harfang.ImGuiGetContentRegionAvail.

func ImGuiGetCursorPosX ¶

func ImGuiGetCursorPosX() float32

ImGuiGetCursorPosX Helper for harfang.ImGuiGetCursorPos.

func ImGuiGetCursorPosY ¶

func ImGuiGetCursorPosY() float32

ImGuiGetCursorPosY Helper for harfang.ImGuiGetCursorPos.

func ImGuiGetFontSize ¶

func ImGuiGetFontSize() float32

ImGuiGetFontSize Return the font size (height in pixels) of the current ImGui font with the current scale applied.

func ImGuiGetFrameCount ¶

func ImGuiGetFrameCount() int32

ImGuiGetFrameCount Return the ImGui frame counter. See harfang.ImGuiBeginFrame and harfang.ImGuiEndFrame.

func ImGuiGetFrameHeightWithSpacing ¶

func ImGuiGetFrameHeightWithSpacing() float32

ImGuiGetFrameHeightWithSpacing Return the following value: FontSize + style.FramePadding.y * 2 + style.ItemSpacing.y (distance in pixels between 2 consecutive lines of framed widgets)

func ImGuiGetID ¶

func ImGuiGetID(id string) uint32

ImGuiGetID Return a unique ImGui ID.

func ImGuiGetScrollMaxX ¶

func ImGuiGetScrollMaxX() float32

ImGuiGetScrollMaxX Get maximum scrolling amount on the horizontal axis.

func ImGuiGetScrollMaxY ¶

func ImGuiGetScrollMaxY() float32

ImGuiGetScrollMaxY Get maximum scrolling amount on the vertical axis.

func ImGuiGetScrollX ¶

func ImGuiGetScrollX() float32

ImGuiGetScrollX Get scrolling amount on the horizontal axis.

func ImGuiGetScrollY ¶

func ImGuiGetScrollY() float32

ImGuiGetScrollY Get scrolling amount on the vertical axis.

func ImGuiGetTextLineHeight ¶

func ImGuiGetTextLineHeight() float32

ImGuiGetTextLineHeight Return the height of a text line using the current font. See harfang.ImGuiPushFont.

func ImGuiGetTextLineHeightWithSpacing ¶

func ImGuiGetTextLineHeightWithSpacing() float32

ImGuiGetTextLineHeightWithSpacing Return the height of a text line using the current font plus vertical spacing between two layout lines. See harfang.ImGuiGetTextLineHeight.

func ImGuiGetTime ¶

func ImGuiGetTime() float32

ImGuiGetTime Return the current ImGui time in seconds.

func ImGuiGetTreeNodeToLabelSpacing ¶

func ImGuiGetTreeNodeToLabelSpacing() float32

ImGuiGetTreeNodeToLabelSpacing Return the horizontal distance preceding label when using harfang.ImGuiTreeNode or harfang.ImGuiBullet. The value `g.FontSize + style.FramePadding.x * 2` is returned for a regular unframed TreeNode.

func ImGuiGetWindowContentRegionWidth ¶

func ImGuiGetWindowContentRegionWidth() float32

ImGuiGetWindowContentRegionWidth Return the width of the content region.

func ImGuiGetWindowHeight ¶

func ImGuiGetWindowHeight() float32

ImGuiGetWindowHeight Return the current window height.

func ImGuiGetWindowWidth ¶

func ImGuiGetWindowWidth() float32

ImGuiGetWindowWidth Return the current window width.

func ImGuiImage ¶

func ImGuiImage(tex *Texture, size *Vec2)

ImGuiImage Display a texture as an image widget. See harfang.ImGuiImageButton.

func ImGuiImageButton ¶

func ImGuiImageButton(tex *Texture, size *Vec2) bool

ImGuiImageButton Declare an image button displaying the provided texture. See harfang.ImGuiImage.

func ImGuiImageButtonWithUv0 ¶

func ImGuiImageButtonWithUv0(tex *Texture, size *Vec2, uv0 *Vec2) bool

ImGuiImageButtonWithUv0 Declare an image button displaying the provided texture. See harfang.ImGuiImage.

func ImGuiImageButtonWithUv0Uv1 ¶

func ImGuiImageButtonWithUv0Uv1(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2) bool

ImGuiImageButtonWithUv0Uv1 Declare an image button displaying the provided texture. See harfang.ImGuiImage.

func ImGuiImageButtonWithUv0Uv1FramePadding ¶

func ImGuiImageButtonWithUv0Uv1FramePadding(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, framepadding int32) bool

ImGuiImageButtonWithUv0Uv1FramePadding Declare an image button displaying the provided texture. See harfang.ImGuiImage.

func ImGuiImageButtonWithUv0Uv1FramePaddingBgCol ¶

func ImGuiImageButtonWithUv0Uv1FramePaddingBgCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, framepadding int32, bgcol *Color) bool

ImGuiImageButtonWithUv0Uv1FramePaddingBgCol Declare an image button displaying the provided texture. See harfang.ImGuiImage.

func ImGuiImageButtonWithUv0Uv1FramePaddingBgColTintCol ¶

func ImGuiImageButtonWithUv0Uv1FramePaddingBgColTintCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, framepadding int32, bgcol *Color, tintcol *Color) bool

ImGuiImageButtonWithUv0Uv1FramePaddingBgColTintCol Declare an image button displaying the provided texture. See harfang.ImGuiImage.

func ImGuiImageWithUv0 ¶

func ImGuiImageWithUv0(tex *Texture, size *Vec2, uv0 *Vec2)

ImGuiImageWithUv0 Display a texture as an image widget. See harfang.ImGuiImageButton.

func ImGuiImageWithUv0Uv1 ¶

func ImGuiImageWithUv0Uv1(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2)

ImGuiImageWithUv0Uv1 Display a texture as an image widget. See harfang.ImGuiImageButton.

func ImGuiImageWithUv0Uv1TintCol ¶

func ImGuiImageWithUv0Uv1TintCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, tintcol *Color)

ImGuiImageWithUv0Uv1TintCol Display a texture as an image widget. See harfang.ImGuiImageButton.

func ImGuiImageWithUv0Uv1TintColBorderCol ¶

func ImGuiImageWithUv0Uv1TintColBorderCol(tex *Texture, size *Vec2, uv0 *Vec2, uv1 *Vec2, tintcol *Color, bordercol *Color)

ImGuiImageWithUv0Uv1TintColBorderCol Display a texture as an image widget. See harfang.ImGuiImageButton.

func ImGuiIndent ¶

func ImGuiIndent()

ImGuiIndent Move content position toward the right.

func ImGuiIndentWithWidth ¶

func ImGuiIndentWithWidth(width float32)

ImGuiIndentWithWidth Move content position toward the right.

func ImGuiInit ¶

func ImGuiInit(fontsize float32, imguiprogram *ProgramHandle, imguiimageprogram *ProgramHandle)

ImGuiInit Initialize the global ImGui context. This function must be called once before any other ImGui function using the global context. See harfang.ImGuiInitContext.

func ImGuiInputFloat ¶

func ImGuiInputFloat(label string, v *float32) bool

ImGuiInputFloat Float field widget.

func ImGuiInputFloatWithStepStepFast ¶

func ImGuiInputFloatWithStepStepFast(label string, v *float32, step float32, stepfast float32) bool

ImGuiInputFloatWithStepStepFast Float field widget.

func ImGuiInputFloatWithStepStepFastDecimalPrecision ¶

func ImGuiInputFloatWithStepStepFastDecimalPrecision(label string, v *float32, step float32, stepfast float32, decimalprecision int32) bool

ImGuiInputFloatWithStepStepFastDecimalPrecision Float field widget.

func ImGuiInputFloatWithStepStepFastDecimalPrecisionFlags ¶

func ImGuiInputFloatWithStepStepFastDecimalPrecisionFlags(label string, v *float32, step float32, stepfast float32, decimalprecision int32, flags ImGuiInputTextFlags) bool

ImGuiInputFloatWithStepStepFastDecimalPrecisionFlags Float field widget.

func ImGuiInputInt ¶

func ImGuiInputInt(label string, v *int32) bool

ImGuiInputInt Integer field widget.

func ImGuiInputIntVec2 ¶

func ImGuiInputIntVec2(label string, v *IVec2) bool

ImGuiInputIntVec2 ...

func ImGuiInputIntVec2WithFlags ¶

func ImGuiInputIntVec2WithFlags(label string, v *IVec2, flags ImGuiInputTextFlags) bool

ImGuiInputIntVec2WithFlags ...

func ImGuiInputIntWithStepStepFast ¶

func ImGuiInputIntWithStepStepFast(label string, v *int32, step int32, stepfast int32) bool

ImGuiInputIntWithStepStepFast Integer field widget.

func ImGuiInputIntWithStepStepFastFlags ¶

func ImGuiInputIntWithStepStepFastFlags(label string, v *int32, step int32, stepfast int32, flags ImGuiInputTextFlags) bool

ImGuiInputIntWithStepStepFastFlags Integer field widget.

func ImGuiInputText ¶

func ImGuiInputText(label string, text string, maxsize int32) (bool, *string)

ImGuiInputText Text input widget, returns the current widget buffer content.

func ImGuiInputTextWithFlags ¶

func ImGuiInputTextWithFlags(label string, text string, maxsize int32, flags ImGuiInputTextFlags) (bool, *string)

ImGuiInputTextWithFlags Text input widget, returns the current widget buffer content.

func ImGuiInputVec2 ¶

func ImGuiInputVec2(label string, v *Vec2) bool

ImGuiInputVec2 harfang.Vec2 field widget.

func ImGuiInputVec2WithDecimalPrecision ¶

func ImGuiInputVec2WithDecimalPrecision(label string, v *Vec2, decimalprecision int32) bool

ImGuiInputVec2WithDecimalPrecision harfang.Vec2 field widget.

func ImGuiInputVec2WithDecimalPrecisionFlags ¶

func ImGuiInputVec2WithDecimalPrecisionFlags(label string, v *Vec2, decimalprecision int32, flags ImGuiInputTextFlags) bool

ImGuiInputVec2WithDecimalPrecisionFlags harfang.Vec2 field widget.

func ImGuiInputVec3 ¶

func ImGuiInputVec3(label string, v *Vec3) bool

ImGuiInputVec3 harfang.Vec3 field widget.

func ImGuiInputVec3WithDecimalPrecision ¶

func ImGuiInputVec3WithDecimalPrecision(label string, v *Vec3, decimalprecision int32) bool

ImGuiInputVec3WithDecimalPrecision harfang.Vec3 field widget.

func ImGuiInputVec3WithDecimalPrecisionFlags ¶

func ImGuiInputVec3WithDecimalPrecisionFlags(label string, v *Vec3, decimalprecision int32, flags ImGuiInputTextFlags) bool

ImGuiInputVec3WithDecimalPrecisionFlags harfang.Vec3 field widget.

func ImGuiInputVec4 ¶

func ImGuiInputVec4(label string, v *Vec4) bool

ImGuiInputVec4 harfang.Vec4 field widget.

func ImGuiInputVec4WithDecimalPrecision ¶

func ImGuiInputVec4WithDecimalPrecision(label string, v *Vec4, decimalprecision int32) bool

ImGuiInputVec4WithDecimalPrecision harfang.Vec4 field widget.

func ImGuiInputVec4WithDecimalPrecisionFlags ¶

func ImGuiInputVec4WithDecimalPrecisionFlags(label string, v *Vec4, decimalprecision int32, flags ImGuiInputTextFlags) bool

ImGuiInputVec4WithDecimalPrecisionFlags harfang.Vec4 field widget.

func ImGuiInvisibleButton ¶

func ImGuiInvisibleButton(text string, size *Vec2) bool

ImGuiInvisibleButton Invisible button widget, return `True` if the button was pressed.

func ImGuiIsAnyItemActive ¶

func ImGuiIsAnyItemActive() bool

ImGuiIsAnyItemActive Return `true` if any item is active, `false` otherwise.

func ImGuiIsAnyItemHovered ¶

func ImGuiIsAnyItemHovered() bool

ImGuiIsAnyItemHovered Return `true` if any item is hovered by the mouse cursor, `false` otherwise.

func ImGuiIsItemActive ¶

func ImGuiIsItemActive() bool

ImGuiIsItemActive Was the last item active. e.g. button being held, text field being edited - items that do not interact will always return `false`.

func ImGuiIsItemClicked ¶

func ImGuiIsItemClicked() bool

ImGuiIsItemClicked Was the last item clicked.

func ImGuiIsItemClickedWithMouseButton ¶

func ImGuiIsItemClickedWithMouseButton(mousebutton int32) bool

ImGuiIsItemClickedWithMouseButton Was the last item clicked.

func ImGuiIsItemHovered ¶

func ImGuiIsItemHovered() bool

ImGuiIsItemHovered Was the last item hovered by mouse.

func ImGuiIsItemHoveredWithFlags ¶

func ImGuiIsItemHoveredWithFlags(flags ImGuiHoveredFlags) bool

ImGuiIsItemHoveredWithFlags Was the last item hovered by mouse.

func ImGuiIsItemVisible ¶

func ImGuiIsItemVisible() bool

ImGuiIsItemVisible Was the last item visible and not out of sight due to clipping/scrolling.

func ImGuiIsKeyDown ¶

func ImGuiIsKeyDown(keyindex int32) bool

ImGuiIsKeyDown Was the specified key down during the last frame?

func ImGuiIsKeyPressed ¶

func ImGuiIsKeyPressed(keyindex int32) bool

ImGuiIsKeyPressed Was the specified key pressed? A key press implies that the key was down and is currently released.

func ImGuiIsKeyPressedWithRepeat ¶

func ImGuiIsKeyPressedWithRepeat(keyindex int32, repeat bool) bool

ImGuiIsKeyPressedWithRepeat Was the specified key pressed? A key press implies that the key was down and is currently released.

func ImGuiIsKeyReleased ¶

func ImGuiIsKeyReleased(keyindex int32) bool

ImGuiIsKeyReleased Was the specified key released during the last frame?

func ImGuiIsMouseClicked ¶

func ImGuiIsMouseClicked(button int32) bool

ImGuiIsMouseClicked Was the specified mouse button clicked during the last frame? A mouse click implies that the button pressed earlier and released during the last frame.

func ImGuiIsMouseClickedWithRepeat ¶

func ImGuiIsMouseClickedWithRepeat(button int32, repeat bool) bool

ImGuiIsMouseClickedWithRepeat Was the specified mouse button clicked during the last frame? A mouse click implies that the button pressed earlier and released during the last frame.

func ImGuiIsMouseDoubleClicked ¶

func ImGuiIsMouseDoubleClicked(button int32) bool

ImGuiIsMouseDoubleClicked Was the specified mouse button double-clicked during the last frame? A double-click implies two rapid successive clicks of the same button with the mouse cursor staying in the same position.

func ImGuiIsMouseDown ¶

func ImGuiIsMouseDown(button int32) bool

ImGuiIsMouseDown Was the specified mouse button down during the last frame?

func ImGuiIsMouseDragging ¶

func ImGuiIsMouseDragging(button ImGuiMouseButton) bool

ImGuiIsMouseDragging Is mouse dragging?

func ImGuiIsMouseDraggingWithLockThreshold ¶

func ImGuiIsMouseDraggingWithLockThreshold(button ImGuiMouseButton, lockthreshold float32) bool

ImGuiIsMouseDraggingWithLockThreshold Is mouse dragging?

func ImGuiIsMouseHoveringRect ¶

func ImGuiIsMouseHoveringRect(rectmin *Vec2, rectmax *Vec2) bool

ImGuiIsMouseHoveringRect Test whether the mouse cursor is hovering the specified rectangle.

func ImGuiIsMouseHoveringRectWithClip ¶

func ImGuiIsMouseHoveringRectWithClip(rectmin *Vec2, rectmax *Vec2, clip bool) bool

ImGuiIsMouseHoveringRectWithClip Test whether the mouse cursor is hovering the specified rectangle.

func ImGuiIsMouseReleased ¶

func ImGuiIsMouseReleased(button int32) bool

ImGuiIsMouseReleased Was the specified mouse button released during the last frame?

func ImGuiIsRectVisible ¶

func ImGuiIsRectVisible(size *Vec2) bool

ImGuiIsRectVisible Test if a rectangle of the specified size starting from cursor position is visible/not clipped. Or test if a rectangle in screen space is visible/not clipped.

func ImGuiIsRectVisibleWithRectMinRectMax ¶

func ImGuiIsRectVisibleWithRectMinRectMax(rectmin *Vec2, rectmax *Vec2) bool

ImGuiIsRectVisibleWithRectMinRectMax Test if a rectangle of the specified size starting from cursor position is visible/not clipped. Or test if a rectangle in screen space is visible/not clipped.

func ImGuiIsWindowCollapsed ¶

func ImGuiIsWindowCollapsed() bool

ImGuiIsWindowCollapsed Is the current window collapsed.

func ImGuiIsWindowFocused ¶

func ImGuiIsWindowFocused() bool

ImGuiIsWindowFocused Is the current window focused.

func ImGuiIsWindowFocusedWithFlags ¶

func ImGuiIsWindowFocusedWithFlags(flags ImGuiFocusedFlags) bool

ImGuiIsWindowFocusedWithFlags Is the current window focused.

func ImGuiIsWindowHovered ¶

func ImGuiIsWindowHovered() bool

ImGuiIsWindowHovered Is the current window hovered and hoverable (not blocked by a popup), differentiates child windows from each others.

func ImGuiIsWindowHoveredWithFlags ¶

func ImGuiIsWindowHoveredWithFlags(flags ImGuiHoveredFlags) bool

ImGuiIsWindowHoveredWithFlags Is the current window hovered and hoverable (not blocked by a popup), differentiates child windows from each others.

func ImGuiLabelText ¶

func ImGuiLabelText(label string, text string)

ImGuiLabelText Display text+label aligned the same way as value+label widgets.

func ImGuiListBox ¶

func ImGuiListBox(label string, currentitem *int32, items *StringList) bool

ImGuiListBox List widget.

func ImGuiListBoxWithHeightInItems ¶

func ImGuiListBoxWithHeightInItems(label string, currentitem *int32, items *StringList, heightinitems int32) bool

ImGuiListBoxWithHeightInItems List widget.

func ImGuiListBoxWithSliceOfItems ¶

func ImGuiListBoxWithSliceOfItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring) bool

ImGuiListBoxWithSliceOfItems List widget.

func ImGuiListBoxWithSliceOfItemsHeightInItems ¶

func ImGuiListBoxWithSliceOfItemsHeightInItems(label string, currentitem *int32, SliceOfitems GoSliceOfstring, heightinitems int32) bool

ImGuiListBoxWithSliceOfItemsHeightInItems List widget.

func ImGuiMenuItem ¶

func ImGuiMenuItem(label string) bool

ImGuiMenuItem Return `true` when activated. Shortcuts are displayed for convenience but not processed at the moment.

func ImGuiMenuItemWithShortcut ¶

func ImGuiMenuItemWithShortcut(label string, shortcut string) bool

ImGuiMenuItemWithShortcut Return `true` when activated. Shortcuts are displayed for convenience but not processed at the moment.

func ImGuiMenuItemWithShortcutSelected ¶

func ImGuiMenuItemWithShortcutSelected(label string, shortcut string, selected bool) bool

ImGuiMenuItemWithShortcutSelected Return `true` when activated. Shortcuts are displayed for convenience but not processed at the moment.

func ImGuiMenuItemWithShortcutSelectedEnabled ¶

func ImGuiMenuItemWithShortcutSelectedEnabled(label string, shortcut string, selected bool, enabled bool) bool

ImGuiMenuItemWithShortcutSelectedEnabled Return `true` when activated. Shortcuts are displayed for convenience but not processed at the moment.

func ImGuiMouseDrawCursor ¶

func ImGuiMouseDrawCursor(drawcursor bool)

ImGuiMouseDrawCursor Enable/disable the ImGui software mouse cursor.

func ImGuiNewFrame ¶

func ImGuiNewFrame()

ImGuiNewFrame ...

func ImGuiNewLine ¶

func ImGuiNewLine()

ImGuiNewLine Undo a harfang.ImGuiSameLine call or force a new line when in an horizontal layout.

func ImGuiNextColumn ¶

func ImGuiNextColumn()

ImGuiNextColumn Start the next column in multi-column layout. See harfang.ImGuiColumns.

func ImGuiOpenPopup ¶

func ImGuiOpenPopup(id string)

ImGuiOpenPopup Mark a named popup as open. Popup windows are closed when the user: * Clicks outside of their client rect, * Activates a pressable item, * harfang.ImGuiCloseCurrentPopup is called within a harfang.ImGuiBeginPopup/harfang.ImGuiEndPopup block. Popup identifiers are relative to the current ID stack so harfang.ImGuiOpenPopup and harfang.ImGuiBeginPopup need to be at the same level of the ID stack.

func ImGuiPopAllowKeyboardFocus ¶

func ImGuiPopAllowKeyboardFocus()

ImGuiPopAllowKeyboardFocus Undo the last call to harfang.ImGuiPushAllowKeyboardFocus.

func ImGuiPopButtonRepeat ¶

func ImGuiPopButtonRepeat()

ImGuiPopButtonRepeat Undo the last call to harfang.ImGuiPushButtonRepeat.

func ImGuiPopClipRect ¶

func ImGuiPopClipRect()

ImGuiPopClipRect Undo the last call to harfang.ImGuiPushClipRect.

func ImGuiPopFont ¶

func ImGuiPopFont()

ImGuiPopFont Undo the last call to harfang.ImGuiPushFont.

func ImGuiPopID ¶

func ImGuiPopID()

ImGuiPopID Undo the last call to harfang.ImGuiPushID.

func ImGuiPopItemWidth ¶

func ImGuiPopItemWidth()

ImGuiPopItemWidth Undo the last call to harfang.ImGuiPushItemWidth.

func ImGuiPopStyleColor ¶

func ImGuiPopStyleColor()

ImGuiPopStyleColor Undo the last call to harfang.ImGuiPushStyleColor.

func ImGuiPopStyleColorWithCount ¶

func ImGuiPopStyleColorWithCount(count int32)

ImGuiPopStyleColorWithCount Undo the last call to harfang.ImGuiPushStyleColor.

func ImGuiPopStyleVar ¶

func ImGuiPopStyleVar()

ImGuiPopStyleVar Undo the last call to harfang.ImGuiPushStyleVar.

func ImGuiPopStyleVarWithCount ¶

func ImGuiPopStyleVarWithCount(count int32)

ImGuiPopStyleVarWithCount Undo the last call to harfang.ImGuiPushStyleVar.

func ImGuiPopTextWrapPos ¶

func ImGuiPopTextWrapPos()

ImGuiPopTextWrapPos Undo the last call to harfang.ImGuiPushTextWrapPos.

func ImGuiProgressBar ¶

func ImGuiProgressBar(fraction float32)

ImGuiProgressBar Draw a progress bar, `fraction` must be between 0.0 and 1.0.

func ImGuiProgressBarWithSize ¶

func ImGuiProgressBarWithSize(fraction float32, size *Vec2)

ImGuiProgressBarWithSize Draw a progress bar, `fraction` must be between 0.0 and 1.0.

func ImGuiProgressBarWithSizeOverlay ¶

func ImGuiProgressBarWithSizeOverlay(fraction float32, size *Vec2, overlay string)

ImGuiProgressBarWithSizeOverlay Draw a progress bar, `fraction` must be between 0.0 and 1.0.

func ImGuiPushAllowKeyboardFocus ¶

func ImGuiPushAllowKeyboardFocus(v bool)

ImGuiPushAllowKeyboardFocus Allow focusing using TAB/Shift-TAB, enabled by default but you can disable it for certain widgets.

func ImGuiPushButtonRepeat ¶

func ImGuiPushButtonRepeat(repeat bool)

ImGuiPushButtonRepeat In repeat mode, `ButtonXXX` functions return repeated true in a typematic manner. Note that you can call harfang.ImGuiIsItemActive after any `Button` to tell if the button is held in the current frame.

func ImGuiPushClipRect ¶

func ImGuiPushClipRect(cliprectmin *Vec2, cliprectmax *Vec2, intersectwithcurrentcliprect bool)

ImGuiPushClipRect Push a new clip rectangle onto the clipping stack.

func ImGuiPushFont ¶

func ImGuiPushFont(font *ImFont)

ImGuiPushFont Push a font on top of the font stack and make it current for subsequent text rendering operations.

func ImGuiPushID ¶

func ImGuiPushID(id string)

ImGuiPushID Push a string into the ID stack.

func ImGuiPushIDWithId ¶

func ImGuiPushIDWithId(id int32)

ImGuiPushIDWithId Push a string into the ID stack.

func ImGuiPushItemWidth ¶

func ImGuiPushItemWidth(itemwidth float32)

ImGuiPushItemWidth Set the width of items for common large `item+label` widgets. - `>0`: width in pixels - `<0`: align `x` pixels to the right of window (so -1 always align width to the right side) - `=0`: default to ~2/3 of the window width See harfang.ImGuiPopItemWidth.

func ImGuiPushStyleColor ¶

func ImGuiPushStyleColor(idx ImGuiCol, color *Color)

ImGuiPushStyleColor Push a value on the style stack for the specified style color. See harfang.ImGuiPopStyleColor.

func ImGuiPushStyleVar ¶

func ImGuiPushStyleVar(idx ImGuiStyleVar, value float32)

ImGuiPushStyleVar Push a value on the style stack for the specified style variable. See harfang.ImGuiPopStyleVar.

func ImGuiPushStyleVarWithValue ¶

func ImGuiPushStyleVarWithValue(idx ImGuiStyleVar, value *Vec2)

ImGuiPushStyleVarWithValue Push a value on the style stack for the specified style variable. See harfang.ImGuiPopStyleVar.

func ImGuiPushTextWrapPos ¶

func ImGuiPushTextWrapPos()

ImGuiPushTextWrapPos Push word-wrapping position for text commands. - `<0`: No wrapping. - `=0`: Wrap to the end of the window or column. - `>0`: Wrap at `wrap_pos_x` position in window local space. See harfang.ImGuiPopTextWrapPos.

func ImGuiPushTextWrapPosWithWrapPosX ¶

func ImGuiPushTextWrapPosWithWrapPosX(wrapposx float32)

ImGuiPushTextWrapPosWithWrapPosX Push word-wrapping position for text commands. - `<0`: No wrapping. - `=0`: Wrap to the end of the window or column. - `>0`: Wrap at `wrap_pos_x` position in window local space. See harfang.ImGuiPopTextWrapPos.

func ImGuiRadioButton ¶

func ImGuiRadioButton(label string, active bool) bool

ImGuiRadioButton Radio button widget, return the button state.

func ImGuiRadioButtonWithVVButton ¶

func ImGuiRadioButtonWithVVButton(label string, v *int32, vbutton int32) bool

ImGuiRadioButtonWithVVButton Radio button widget, return the button state.

func ImGuiRender ¶

func ImGuiRender()

ImGuiRender ...

func ImGuiResetMouseDragDelta ¶

func ImGuiResetMouseDragDelta()

ImGuiResetMouseDragDelta ...

func ImGuiResetMouseDragDeltaWithButton ¶

func ImGuiResetMouseDragDeltaWithButton(button ImGuiMouseButton)

ImGuiResetMouseDragDeltaWithButton ...

func ImGuiSameLine ¶

func ImGuiSameLine()

ImGuiSameLine Call between widgets or groups to layout them horizontally.

func ImGuiSameLineWithPosX ¶

func ImGuiSameLineWithPosX(posx float32)

ImGuiSameLineWithPosX Call between widgets or groups to layout them horizontally.

func ImGuiSameLineWithPosXSpacingW ¶

func ImGuiSameLineWithPosXSpacingW(posx float32, spacingw float32)

ImGuiSameLineWithPosXSpacingW Call between widgets or groups to layout them horizontally.

func ImGuiSelectable ¶

func ImGuiSelectable(label string) bool

ImGuiSelectable Selectable item. The following `width` values are possible: * `= 0.0`: Use remaining width. * `> 0.0`: Specific width. The following `height` values are possible: * `= 0.0`: Use label height. * `> 0.0`: Specific height.

func ImGuiSelectableWithSelected ¶

func ImGuiSelectableWithSelected(label string, selected bool) bool

ImGuiSelectableWithSelected Selectable item. The following `width` values are possible: * `= 0.0`: Use remaining width. * `> 0.0`: Specific width. The following `height` values are possible: * `= 0.0`: Use label height. * `> 0.0`: Specific height.

func ImGuiSelectableWithSelectedFlags ¶

func ImGuiSelectableWithSelectedFlags(label string, selected bool, flags ImGuiSelectableFlags) bool

ImGuiSelectableWithSelectedFlags Selectable item. The following `width` values are possible: * `= 0.0`: Use remaining width. * `> 0.0`: Specific width. The following `height` values are possible: * `= 0.0`: Use label height. * `> 0.0`: Specific height.

func ImGuiSelectableWithSelectedFlagsSize ¶

func ImGuiSelectableWithSelectedFlagsSize(label string, selected bool, flags ImGuiSelectableFlags, size *Vec2) bool

ImGuiSelectableWithSelectedFlagsSize Selectable item. The following `width` values are possible: * `= 0.0`: Use remaining width. * `> 0.0`: Specific width. The following `height` values are possible: * `= 0.0`: Use label height. * `> 0.0`: Specific height.

func ImGuiSeparator ¶

func ImGuiSeparator()

ImGuiSeparator Output an horizontal line to separate two distinct UI sections.

func ImGuiSetColumnOffset ¶

func ImGuiSetColumnOffset(columnindex int32, offsetx float32)

ImGuiSetColumnOffset Set the position of a column line in pixels, from the left side of the contents region.

func ImGuiSetColumnWidth ¶

func ImGuiSetColumnWidth(columnindex int32, width float32)

ImGuiSetColumnWidth Set the column width in pixels.

func ImGuiSetCursorPos ¶

func ImGuiSetCursorPos(localpos *Vec2)

ImGuiSetCursorPos Set the current widget output cursor position in window space.

func ImGuiSetCursorPosX ¶

func ImGuiSetCursorPosX(x float32)

ImGuiSetCursorPosX See harfang.ImGuiSetCursorPos.

func ImGuiSetCursorPosY ¶

func ImGuiSetCursorPosY(y float32)

ImGuiSetCursorPosY See harfang.ImGuiSetCursorPos.

func ImGuiSetCursorScreenPos ¶

func ImGuiSetCursorScreenPos(pos *Vec2)

ImGuiSetCursorScreenPos Set the widget cursor output position in screen space.

func ImGuiSetItemAllowOverlap ¶

func ImGuiSetItemAllowOverlap()

ImGuiSetItemAllowOverlap Allow the last item to be overlapped by a subsequent item. Sometimes useful with invisible buttons, selectables, etc... to catch unused areas.

func ImGuiSetItemDefaultFocus ¶

func ImGuiSetItemDefaultFocus()

ImGuiSetItemDefaultFocus Make the last item the default focused item of a window.

func ImGuiSetKeyboardFocusHere ¶

func ImGuiSetKeyboardFocusHere()

ImGuiSetKeyboardFocusHere Focus keyboard on the next widget. Use positive `offset` value to access sub components of a multiple component widget. Use `-1` to access the previous widget.

func ImGuiSetKeyboardFocusHereWithOffset ¶

func ImGuiSetKeyboardFocusHereWithOffset(offset int32)

ImGuiSetKeyboardFocusHereWithOffset Focus keyboard on the next widget. Use positive `offset` value to access sub components of a multiple component widget. Use `-1` to access the previous widget.

func ImGuiSetNextItemOpen ¶

func ImGuiSetNextItemOpen(isopen bool)

ImGuiSetNextItemOpen Set next item open state.

func ImGuiSetNextItemOpenWithCondition ¶

func ImGuiSetNextItemOpenWithCondition(isopen bool, condition ImGuiCond)

ImGuiSetNextItemOpenWithCondition Set next item open state.

func ImGuiSetNextWindowCollapsed ¶

func ImGuiSetNextWindowCollapsed(collapsed bool, condition ImGuiCond)

ImGuiSetNextWindowCollapsed Set next window collapsed state, call before harfang.ImGuiBegin.

func ImGuiSetNextWindowContentSize ¶

func ImGuiSetNextWindowContentSize(size *Vec2)

ImGuiSetNextWindowContentSize Set the size of the content area of the next declared window. Call before harfang.ImGuiBegin.

func ImGuiSetNextWindowContentWidth ¶

func ImGuiSetNextWindowContentWidth(width float32)

ImGuiSetNextWindowContentWidth See harfang.ImGuiSetNextWindowContentSize.

func ImGuiSetNextWindowFocus ¶

func ImGuiSetNextWindowFocus()

ImGuiSetNextWindowFocus Set the next window to be focused/top-most. Call before harfang.ImGuiBegin.

func ImGuiSetNextWindowPos ¶

func ImGuiSetNextWindowPos(pos *Vec2)

ImGuiSetNextWindowPos Set next window position, call before harfang.ImGuiBegin.

func ImGuiSetNextWindowPosCenter ¶

func ImGuiSetNextWindowPosCenter()

ImGuiSetNextWindowPosCenter Set next window position to be centered on screen, call before harfang.ImGuiBegin.

func ImGuiSetNextWindowPosCenterWithCondition ¶

func ImGuiSetNextWindowPosCenterWithCondition(condition ImGuiCond)

ImGuiSetNextWindowPosCenterWithCondition Set next window position to be centered on screen, call before harfang.ImGuiBegin.

func ImGuiSetNextWindowPosWithCondition ¶

func ImGuiSetNextWindowPosWithCondition(pos *Vec2, condition ImGuiCond)

ImGuiSetNextWindowPosWithCondition Set next window position, call before harfang.ImGuiBegin.

func ImGuiSetNextWindowSize ¶

func ImGuiSetNextWindowSize(size *Vec2)

ImGuiSetNextWindowSize Set next window size, call before harfang.ImGuiBegin. A value of 0 for an axis will auto-fit it.

func ImGuiSetNextWindowSizeConstraints ¶

func ImGuiSetNextWindowSizeConstraints(sizemin *Vec2, sizemax *Vec2)

ImGuiSetNextWindowSizeConstraints Set the next window size limits. Use -1,-1 on either X/Y axis to preserve the current size. Sizes will be rounded down.

func ImGuiSetNextWindowSizeWithCondition ¶

func ImGuiSetNextWindowSizeWithCondition(size *Vec2, condition ImGuiCond)

ImGuiSetNextWindowSizeWithCondition Set next window size, call before harfang.ImGuiBegin. A value of 0 for an axis will auto-fit it.

func ImGuiSetScrollFromPosY ¶

func ImGuiSetScrollFromPosY(posy float32)

ImGuiSetScrollFromPosY Adjust scrolling amount to make a given position visible. Generally harfang.ImGuiGetCursorStartPos + offset to compute a valid position.

func ImGuiSetScrollFromPosYWithCenterYRatio ¶

func ImGuiSetScrollFromPosYWithCenterYRatio(posy float32, centeryratio float32)

ImGuiSetScrollFromPosYWithCenterYRatio Adjust scrolling amount to make a given position visible. Generally harfang.ImGuiGetCursorStartPos + offset to compute a valid position.

func ImGuiSetScrollHereY ¶

func ImGuiSetScrollHereY()

ImGuiSetScrollHereY Adjust scrolling amount to make current cursor position visible. - 0: Top. - 0.5: Center. - 1: Bottom. When using to make a default/current item visible, consider using harfang.ImGuiSetItemDefaultFocus instead.

func ImGuiSetScrollHereYWithCenterYRatio ¶

func ImGuiSetScrollHereYWithCenterYRatio(centeryratio float32)

ImGuiSetScrollHereYWithCenterYRatio Adjust scrolling amount to make current cursor position visible. - 0: Top. - 0.5: Center. - 1: Bottom. When using to make a default/current item visible, consider using harfang.ImGuiSetItemDefaultFocus instead.

func ImGuiSetScrollX ¶

func ImGuiSetScrollX(scrollx float32)

ImGuiSetScrollX Set scrolling amount between [harfang.0;ImGuiGetScrollMaxX].

func ImGuiSetScrollY ¶

func ImGuiSetScrollY(scrolly float32)

ImGuiSetScrollY Set scrolling amount between [harfang.0;ImGuiGetScrollMaxY].

func ImGuiSetTooltip ¶

func ImGuiSetTooltip(text string)

ImGuiSetTooltip Set tooltip under mouse-cursor, typically used with harfang.ImGuiIsItemHovered/harfang.ImGuiIsAnyItemHovered. Last call wins.

func ImGuiSetWindowCollapsed ¶

func ImGuiSetWindowCollapsed(name string, collapsed bool)

ImGuiSetWindowCollapsed Set named window collapsed state, prefer using harfang.ImGuiSetNextWindowCollapsed.

func ImGuiSetWindowCollapsedWithCondition ¶

func ImGuiSetWindowCollapsedWithCondition(name string, collapsed bool, condition ImGuiCond)

ImGuiSetWindowCollapsedWithCondition Set named window collapsed state, prefer using harfang.ImGuiSetNextWindowCollapsed.

func ImGuiSetWindowFocus ¶

func ImGuiSetWindowFocus(name string)

ImGuiSetWindowFocus Set named window to be focused/top-most.

func ImGuiSetWindowFontScale ¶

func ImGuiSetWindowFontScale(scale float32)

ImGuiSetWindowFontScale Per-window font scale.

func ImGuiSetWindowPos ¶

func ImGuiSetWindowPos(name string, pos *Vec2)

ImGuiSetWindowPos Set named window position.

func ImGuiSetWindowPosWithCondition ¶

func ImGuiSetWindowPosWithCondition(name string, pos *Vec2, condition ImGuiCond)

ImGuiSetWindowPosWithCondition Set named window position.

func ImGuiSetWindowSize ¶

func ImGuiSetWindowSize(name string, size *Vec2)

ImGuiSetWindowSize Set named window size.

func ImGuiSetWindowSizeWithCondition ¶

func ImGuiSetWindowSizeWithCondition(name string, size *Vec2, condition ImGuiCond)

ImGuiSetWindowSizeWithCondition Set named window size.

func ImGuiShutdown ¶

func ImGuiShutdown()

ImGuiShutdown Shutdown the global ImGui context.

func ImGuiSliderFloat ¶

func ImGuiSliderFloat(label string, v *float32, vmin float32, vmax float32) bool

ImGuiSliderFloat Float slider widget.

func ImGuiSliderFloatWithFormat ¶

func ImGuiSliderFloatWithFormat(label string, v *float32, vmin float32, vmax float32, format string) bool

ImGuiSliderFloatWithFormat Float slider widget.

func ImGuiSliderInt ¶

func ImGuiSliderInt(label string, v *int32, vmin int32, vmax int32) bool

ImGuiSliderInt Integer slider widget.

func ImGuiSliderIntVec2 ¶

func ImGuiSliderIntVec2(label string, v *IVec2, vmin int32, vmax int32) bool

ImGuiSliderIntVec2 ...

func ImGuiSliderIntVec2WithFormat ¶

func ImGuiSliderIntVec2WithFormat(label string, v *IVec2, vmin int32, vmax int32, format string) bool

ImGuiSliderIntVec2WithFormat ...

func ImGuiSliderIntWithFormat ¶

func ImGuiSliderIntWithFormat(label string, v *int32, vmin int32, vmax int32, format string) bool

ImGuiSliderIntWithFormat Integer slider widget.

func ImGuiSliderVec2 ¶

func ImGuiSliderVec2(label string, v *Vec2, vmin float32, vmax float32) bool

ImGuiSliderVec2 harfang.Vec2 slider widget.

func ImGuiSliderVec2WithFormat ¶

func ImGuiSliderVec2WithFormat(label string, v *Vec2, vmin float32, vmax float32, format string) bool

ImGuiSliderVec2WithFormat harfang.Vec2 slider widget.

func ImGuiSliderVec3 ¶

func ImGuiSliderVec3(label string, v *Vec3, vmin float32, vmax float32) bool

ImGuiSliderVec3 harfang.Vec3 slider widget.

func ImGuiSliderVec3WithFormat ¶

func ImGuiSliderVec3WithFormat(label string, v *Vec3, vmin float32, vmax float32, format string) bool

ImGuiSliderVec3WithFormat harfang.Vec3 slider widget.

func ImGuiSliderVec4 ¶

func ImGuiSliderVec4(label string, v *Vec4, vmin float32, vmax float32) bool

ImGuiSliderVec4 harfang.Vec4 slider widget.

func ImGuiSliderVec4WithFormat ¶

func ImGuiSliderVec4WithFormat(label string, v *Vec4, vmin float32, vmax float32, format string) bool

ImGuiSliderVec4WithFormat harfang.Vec4 slider widget.

func ImGuiSmallButton ¶

func ImGuiSmallButton(label string) bool

ImGuiSmallButton Small button widget fitting the height of a text line, return `True` if the button was pressed.

func ImGuiSpacing ¶

func ImGuiSpacing()

ImGuiSpacing Add spacing.

func ImGuiText ¶

func ImGuiText(text string)

ImGuiText Static text.

func ImGuiTextColored ¶

func ImGuiTextColored(color *Color, text string)

ImGuiTextColored Colored static text.

func ImGuiTextDisabled ¶

func ImGuiTextDisabled(text string)

ImGuiTextDisabled Disabled static text.

func ImGuiTextUnformatted ¶

func ImGuiTextUnformatted(text string)

ImGuiTextUnformatted Raw text without formatting. Roughly equivalent to harfang.ImGuiText but faster, recommended for long chunks of text.

func ImGuiTextWrapped ¶

func ImGuiTextWrapped(text string)

ImGuiTextWrapped Wrapped static text. Note that this won't work on an auto-resizing window if there's no other widgets to extend the window width, you may need to set a size using harfang.ImGuiSetNextWindowSize.

func ImGuiTreeNode ¶

func ImGuiTreeNode(label string) bool

ImGuiTreeNode If returning `true` the node is open and the user is responsible for calling harfang.ImGuiTreePop.

func ImGuiTreeNodeEx ¶

func ImGuiTreeNodeEx(label string, flags ImGuiTreeNodeFlags) bool

ImGuiTreeNodeEx See harfang.ImGuiTreeNode.

func ImGuiTreePop ¶

func ImGuiTreePop()

ImGuiTreePop Pop the current tree node.

func ImGuiTreePush ¶

func ImGuiTreePush(id string)

ImGuiTreePush Already called by harfang.ImGuiTreeNode, but you can call harfang.ImGuiTreePush/harfang.ImGuiTreePop yourself for layouting purpose.

func ImGuiUnindent ¶

func ImGuiUnindent()

ImGuiUnindent Move content position back to the left (cancel harfang.ImGuiIndent).

func ImGuiUnindentWithWidth ¶

func ImGuiUnindentWithWidth(width float32)

ImGuiUnindentWithWidth Move content position back to the left (cancel harfang.ImGuiIndent).

func ImGuiWantCaptureMouse ¶

func ImGuiWantCaptureMouse() bool

ImGuiWantCaptureMouse ImGui wants mouse capture. Use this function to determine when to pause mouse processing from other parts of your program.

func Inch ¶

func Inch(inch float32) float32

Inch Convert a value in inches to the Harfang internal unit system. See [harfang.man.CoordinateAndUnitSystem].

func InputInit ¶

func InputInit()

InputInit Initialize the Input system. Must be invoked before any call to harfang.WindowSystemInit to work properly. ```python hg.InputInit() hg.WindowSystemInit() ```

func InputShutdown ¶

func InputShutdown()

InputShutdown Shutdown the Input system.

func Inside ¶

func Inside(rect *Rect, v *IVec2) bool

Inside Test if a value is inside a containing volume.

func InsideWithIntRectRectVec3V ¶

func InsideWithIntRectRectVec3V(rect *IntRect, v *Vec3) bool

InsideWithIntRectRectVec3V Test if a value is inside a containing volume.

func InsideWithIntRectRectVec4V ¶

func InsideWithIntRectRectVec4V(rect *IntRect, v *Vec4) bool

InsideWithIntRectRectVec4V Test if a value is inside a containing volume.

func InsideWithRect ¶

func InsideWithRect(rect *IntRect, v *IVec2) bool

InsideWithRect Test if a value is inside a containing volume.

func InsideWithRectV ¶

func InsideWithRectV(rect *IntRect, v *Vec2) bool

InsideWithRectV Test if a value is inside a containing volume.

func InsideWithV ¶

func InsideWithV(rect *Rect, v *Vec2) bool

InsideWithV Test if a value is inside a containing volume.

func InsideWithVec3V ¶

func InsideWithVec3V(rect *Rect, v *Vec3) bool

InsideWithVec3V Test if a value is inside a containing volume.

func InsideWithVec4V ¶

func InsideWithVec4V(rect *Rect, v *Vec4) bool

InsideWithVec4V Test if a value is inside a containing volume.

func IntersectRay ¶

func IntersectRay(minmax *MinMax, origin *Vec3, direction *Vec3) (bool, *float32, *float32)

IntersectRay Intersect an infinite ray with an axis-aligned bounding box, if the first returned value is `true` it is followed by the near and far intersection points.

func Intersects ¶

func Intersects(a *Rect, b *Rect) bool

Intersects Return `true` if rect `a` intersects rect `b`.

func IntersectsWithAB ¶

func IntersectsWithAB(a *IntRect, b *IntRect) bool

IntersectsWithAB Return `true` if rect `a` intersects rect `b`.

func IsAssetFile ¶

func IsAssetFile(name string) bool

IsAssetFile Test if an asset file exists in the assets system. See [harfang.man.Assets].

func IsDir ¶

func IsDir(path string) bool

IsDir Returns `true` if `path` is a directory on the local filesystem, `false` otherwise.

func IsEOF ¶

func IsEOF(file *File) bool

IsEOF Returns `true` if the cursor is at the end of the file, `false` otherwise.

func IsFile ¶

func IsFile(path string) bool

IsFile Test if a file exists on the local filesystem.

func IsFinite ¶

func IsFinite(v float32) bool

IsFinite Test if a floating point value is finite.

func IsMonitorConnected ¶

func IsMonitorConnected(monitor *Monitor) bool

IsMonitorConnected Test if the specified monitor is connected to the host device.

func IsPathAbsolute ¶

func IsPathAbsolute(path string) bool

IsPathAbsolute Test if the provided path is an absolute or relative path.

func IsPrimaryMonitor ¶

func IsPrimaryMonitor(monitor *Monitor) bool

IsPrimaryMonitor Return `true` if the monitor is the primary host device monitor, `false` otherwise.

func IsValid ¶

func IsValid(file *File) bool

IsValid Test if a resource if valid.

func IsValidWithFb ¶

func IsValidWithFb(fb *FrameBuffer) bool

IsValidWithFb Test if a resource if valid.

func IsValidWithPipeline ¶

func IsValidWithPipeline(pipeline *ForwardPipelineAAA) bool

IsValidWithPipeline Test if a resource if valid.

func IsValidWithStreamer ¶

func IsValidWithStreamer(streamer *IVideoStreamer) bool

IsValidWithStreamer Test if a resource if valid.

func IsValidWithT ¶

func IsValidWithT(t *Texture) bool

IsValidWithT Test if a resource if valid.

func IsWindowOpen ¶

func IsWindowOpen(window *Window) bool

IsWindowOpen Return `true` if the window is open, `false` otherwise.

func IsoSurfaceSphere ¶

func IsoSurfaceSphere(surface *IsoSurface, width int32, height int32, depth int32, x float32, y float32, z float32, radius float32)

IsoSurfaceSphere Output a sphere to an iso-surface.

func IsoSurfaceSphereWithValue ¶

func IsoSurfaceSphereWithValue(surface *IsoSurface, width int32, height int32, depth int32, x float32, y float32, z float32, radius float32, value float32)

IsoSurfaceSphereWithValue Output a sphere to an iso-surface.

func IsoSurfaceSphereWithValueExponent ¶

func IsoSurfaceSphereWithValueExponent(surface *IsoSurface, width int32, height int32, depth int32, x float32, y float32, z float32, radius float32, value float32, exponent float32)

IsoSurfaceSphereWithValueExponent Output a sphere to an iso-surface.

func IsoSurfaceToModel ¶

func IsoSurfaceToModel(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, depth int32) bool

IsoSurfaceToModel Convert an iso-surface to a render model, this function is geared toward efficiency and meant for realtime.

func IsoSurfaceToModelWithMaterial ¶

func IsoSurfaceToModelWithMaterial(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, depth int32, material uint16) bool

IsoSurfaceToModelWithMaterial Convert an iso-surface to a render model, this function is geared toward efficiency and meant for realtime.

func IsoSurfaceToModelWithMaterialIsolevel ¶

func IsoSurfaceToModelWithMaterialIsolevel(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, depth int32, material uint16, isolevel float32) bool

IsoSurfaceToModelWithMaterialIsolevel Convert an iso-surface to a render model, this function is geared toward efficiency and meant for realtime.

func IsoSurfaceToModelWithMaterialIsolevelScaleXScaleYScaleZ ¶

func IsoSurfaceToModelWithMaterialIsolevelScaleXScaleYScaleZ(builder *ModelBuilder, surface *IsoSurface, width int32, height int32, depth int32, material uint16, isolevel float32, scalex float32, scaley float32, scalez float32) bool

IsoSurfaceToModelWithMaterialIsolevelScaleXScaleYScaleZ Convert an iso-surface to a render model, this function is geared toward efficiency and meant for realtime.

func Km ¶

func Km(km float32) float32

Km Convert a value in kilometers to the Harfang internal unit system. See [harfang.man.CoordinateAndUnitSystem].

func Len ¶

func Len(v *Vec2) float32

Len Return the length of the vector.

func Len2 ¶

func Len2(v *Vec2) float32

Len2 Return the length of the vector squared.

func Len2WithQ ¶

func Len2WithQ(q *Quaternion) float32

Len2WithQ Return the length of the vector squared.

func Len2WithV ¶

func Len2WithV(v *IVec2) int32

Len2WithV Return the length of the vector squared.

func Len2WithVec3V ¶

func Len2WithVec3V(v *Vec3) float32

Len2WithVec3V Return the length of the vector squared.

func LenWithQ ¶

func LenWithQ(q *Quaternion) float32

LenWithQ Return the length of the vector.

func LenWithV ¶

func LenWithV(v *IVec2) int32

LenWithV Return the length of the vector.

func LenWithVec3V ¶

func LenWithVec3V(v *Vec3) float32

LenWithVec3V Return the length of the vector.

func Lerp ¶

func Lerp(a int32, b int32, t float32) int32

Lerp See harfang.LinearInterpolate.

func LerpWithAB ¶

func LerpWithAB(a float32, b float32, t float32) float32

LerpWithAB See harfang.LinearInterpolate.

func LinearInterpolate ¶

func LinearInterpolate(y0 float32, y1 float32, t float32) float32

LinearInterpolate Linear interpolate between two values on the [harfang.0;1] interval. See harfang.CosineInterpolate, harfang.CubicInterpolate and harfang.HermiteInterpolate.

func LoadBMP ¶

func LoadBMP(pict *Picture, path string) bool

LoadBMP Load a harfang.Picture in harfang.BMP(https://en.wikipedia.org/wiki/BMP_file_format) file format.

func LoadDataFromFile ¶

func LoadDataFromFile(path string, data *Data) bool

LoadDataFromFile ...

func LoadForwardPipelineAAAConfigFromAssets ¶

func LoadForwardPipelineAAAConfigFromAssets(path string, config *ForwardPipelineAAAConfig) bool

LoadForwardPipelineAAAConfigFromAssets ...

func LoadForwardPipelineAAAConfigFromFile ¶

func LoadForwardPipelineAAAConfigFromFile(path string, config *ForwardPipelineAAAConfig) bool

LoadForwardPipelineAAAConfigFromFile ...

func LoadGIF ¶

func LoadGIF(pict *Picture, path string) bool

LoadGIF Load a harfang.Picture in harfang.GIF(https://en.wikipedia.org/wiki/GIF) file format.

func LoadJPG ¶

func LoadJPG(pict *Picture, path string) bool

LoadJPG Load a harfang.Picture in harfang.JPEG(https://en.wikipedia.org/wiki/JPEG) file format.

func LoadOGGSoundAsset ¶

func LoadOGGSoundAsset(name string) int32

LoadOGGSoundAsset ...

func LoadOGGSoundFile ¶

func LoadOGGSoundFile(path string) int32

LoadOGGSoundFile ...

func LoadPNG ¶

func LoadPNG(pict *Picture, path string) bool

LoadPNG Load a harfang.Picture in harfang.PNG(https://en.wikipedia.org/wiki/Portable_Network_Graphics) file format.

func LoadPSD ¶

func LoadPSD(pict *Picture, path string) bool

LoadPSD Load a harfang.Picture in harfang.PSD(https://en.wikipedia.org/wiki/Adobe_Photoshop#File_format) file format.

func LoadPicture ¶

func LoadPicture(pict *Picture, path string) bool

LoadPicture Load a harfang.Picture content from the filesystem.

func LoadSceneBinaryFromAssets ¶

func LoadSceneBinaryFromAssets(name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneBinaryFromAssets Load a scene in binary format from the assets system. Loaded content is added to the existing scene content. See [harfang.man.Assets].

func LoadSceneBinaryFromAssetsWithFlags ¶

func LoadSceneBinaryFromAssetsWithFlags(name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneBinaryFromAssetsWithFlags Load a scene in binary format from the assets system. Loaded content is added to the existing scene content. See [harfang.man.Assets].

func LoadSceneBinaryFromDataAndAssets ¶

func LoadSceneBinaryFromDataAndAssets(data *Data, name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneBinaryFromDataAndAssets ...

func LoadSceneBinaryFromDataAndAssetsWithFlags ¶

func LoadSceneBinaryFromDataAndAssetsWithFlags(data *Data, name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneBinaryFromDataAndAssetsWithFlags ...

func LoadSceneBinaryFromDataAndFile ¶

func LoadSceneBinaryFromDataAndFile(data *Data, name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneBinaryFromDataAndFile ...

func LoadSceneBinaryFromDataAndFileWithFlags ¶

func LoadSceneBinaryFromDataAndFileWithFlags(data *Data, name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneBinaryFromDataAndFileWithFlags ...

func LoadSceneBinaryFromFile ¶

func LoadSceneBinaryFromFile(path string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneBinaryFromFile Load a scene in binary format from the local filesystem. Loaded content is added to the existing scene content.

func LoadSceneBinaryFromFileWithFlags ¶

func LoadSceneBinaryFromFileWithFlags(path string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneBinaryFromFileWithFlags Load a scene in binary format from the local filesystem. Loaded content is added to the existing scene content.

func LoadSceneFromAssets ¶

func LoadSceneFromAssets(name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneFromAssets ...

func LoadSceneFromAssetsWithFlags ¶

func LoadSceneFromAssetsWithFlags(name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneFromAssetsWithFlags ...

func LoadSceneFromFile ¶

func LoadSceneFromFile(path string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneFromFile ...

func LoadSceneFromFileWithFlags ¶

func LoadSceneFromFileWithFlags(path string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneFromFileWithFlags ...

func LoadSceneJsonFromAssets ¶

func LoadSceneJsonFromAssets(name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneJsonFromAssets Load a scene in JSON format from the assets system. Loaded content is added to the existing scene content. See [harfang.man.Assets].

func LoadSceneJsonFromAssetsWithFlags ¶

func LoadSceneJsonFromAssetsWithFlags(name string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneJsonFromAssetsWithFlags Load a scene in JSON format from the assets system. Loaded content is added to the existing scene content. See [harfang.man.Assets].

func LoadSceneJsonFromFile ¶

func LoadSceneJsonFromFile(path string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo) bool

LoadSceneJsonFromFile Load a scene in JSON format from the local filesystem. Loaded content is added to the existing scene content.

func LoadSceneJsonFromFileWithFlags ¶

func LoadSceneJsonFromFileWithFlags(path string, scene *Scene, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

LoadSceneJsonFromFileWithFlags Load a scene in JSON format from the local filesystem. Loaded content is added to the existing scene content.

func LoadTGA ¶

func LoadTGA(pict *Picture, path string) bool

LoadTGA Load a harfang.Picture in harfang.TGA(https://en.wikipedia.org/wiki/Truevision_TGA) file format.

func LoadTextureFlagsFromAssets ¶

func LoadTextureFlagsFromAssets(name string) uint64

LoadTextureFlagsFromAssets Load texture flags in the texture metafile from the assets system. See [harfang.man.Assets].

func LoadTextureFlagsFromFile ¶

func LoadTextureFlagsFromFile(path string) uint64

LoadTextureFlagsFromFile Load texture flags in the texture metafile from the local filesystem.

func LoadTextureFromAssets ¶

func LoadTextureFromAssets(path string, flags TextureFlags) (*Texture, *TextureInfo)

LoadTextureFromAssets Load a texture from the assets system. - When not using pipeline resources the texture informations are returned directly. - When using pipeline resources the texture informations can be retrieved from the harfang.PipelineResources object. See [harfang.man.Assets].

func LoadTextureFromFile ¶

func LoadTextureFromFile(path string, flags TextureFlags) (*Texture, *TextureInfo)

LoadTextureFromFile Load a texture from the local filesystem. - When not using pipeline resources the texture informations are returned directly. - When using pipeline resources the texture informations can be retrieved from the harfang.PipelineResources object.

func LoadWAVSoundAsset ¶

func LoadWAVSoundAsset(name string) int32

LoadWAVSoundAsset Load a sound in WAV format from the assets system and return a reference to it. See [harfang.man.Assets].

func LoadWAVSoundFile ¶

func LoadWAVSoundFile(path string) int32

LoadWAVSoundFile Load a sound in WAV format from the local filesystem and return a reference to it.

func Log ¶

func Log(msg string)

Log Output to the engine log. See harfang.Log, harfang.Error, harfang.Debug and harfang.Warn.

func LogWithDetails ¶

func LogWithDetails(msg string, details string)

LogWithDetails Output to the engine log. See harfang.Log, harfang.Error, harfang.Debug and harfang.Warn.

func MaxWithFloatAFloatB ¶

func MaxWithFloatAFloatB(a float32, b float32) float32

MaxWithFloatAFloatB Return a vector whose elements are the maximum of each of the two specified vectors.

func MaxWithIntAIntB ¶

func MaxWithIntAIntB(a int32, b int32) int32

MaxWithIntAIntB Return a vector whose elements are the maximum of each of the two specified vectors.

func MinWithFloatAFloatB ¶

func MinWithFloatAFloatB(a float32, b float32) float32

MinWithFloatAFloatB Return a vector whose elements are the minimum of each of the two specified vectors.

func MinWithIntAIntB ¶

func MinWithIntAIntB(a int32, b int32) int32

MinWithIntAIntB Return a vector whose elements are the minimum of each of the two specified vectors.

func MkDir ¶

func MkDir(path string) bool

MkDir Create a new directory. See harfang.MkTree.

func MkDirWithPermissions ¶

func MkDirWithPermissions(path string, permissions int32) bool

MkDirWithPermissions Create a new directory. See harfang.MkTree.

func MkTree ¶

func MkTree(path string) bool

MkTree Create a directory tree on the local filesystem. This function is recursive and creates each missing directory in the path. See harfang.MkDir.

func MkTreeWithPermissions ¶

func MkTreeWithPermissions(path string, permissions int32) bool

MkTreeWithPermissions Create a directory tree on the local filesystem. This function is recursive and creates each missing directory in the path. See harfang.MkDir.

func Mm ¶

func Mm(mm float32) float32

Mm Convert a value in millimeters to the Harfang internal unit system. See [harfang.man.CoordinateAndUnitSystem].

func Ms ¶

func Ms(milliseconds float32) float32

Ms Convert a value in milliseconds to the Harfang internal unit system. See [harfang.man.CoordinateAndUnitSystem].

func Mtr ¶

func Mtr(m float32) float32

Mtr Convert a value in meters to the Harfang internal unit system. See [harfang.man.CoordinateAndUnitSystem].

func NormalizePath ¶

func NormalizePath(path string) string

NormalizePath Normalize a path according to the following conventions: - Replace all whitespaces by underscores.

func OpenFileDialog ¶

func OpenFileDialog(title string, filters *FileFilterList, file *string) bool

OpenFileDialog Open a native OpenFile dialog.

func OpenFileDialogWithInitialDir ¶

func OpenFileDialogWithInitialDir(title string, filters *FileFilterList, file *string, initialdir string) bool

OpenFileDialogWithInitialDir Open a native OpenFile dialog.

func OpenFolderDialog ¶

func OpenFolderDialog(title string, foldername *string) bool

OpenFolderDialog Open a native OpenFolder dialog.

func OpenFolderDialogWithInitialDir ¶

func OpenFolderDialogWithInitialDir(title string, foldername *string, initialdir string) bool

OpenFolderDialogWithInitialDir Open a native OpenFolder dialog.

func OpenVRDestroyEyeFrameBuffer ¶

func OpenVRDestroyEyeFrameBuffer(eyefb *OpenVREyeFrameBuffer)

OpenVRDestroyEyeFrameBuffer Destroy an eye framebuffer.

func OpenVRInit ¶

func OpenVRInit() bool

OpenVRInit Initialize OpenVR. Start the device display, its controllers and trackers.

func OpenVRPostPresentHandoff ¶

func OpenVRPostPresentHandoff()

OpenVRPostPresentHandoff Signal to the OpenVR compositor that it can immediatly start processing the current frame.

func OpenVRShutdown ¶

func OpenVRShutdown()

OpenVRShutdown Shutdown OpenVR.

func OpenVRStateToViewState ¶

func OpenVRStateToViewState(state *OpenVRState) (*ViewState, *ViewState)

OpenVRStateToViewState Compute the left and right eye view states from an OpenVR state. See harfang.OpenVRGetState.

func OpenVRSubmitFrame ¶

func OpenVRSubmitFrame(left *OpenVREyeFrameBuffer, right *OpenVREyeFrameBuffer)

OpenVRSubmitFrame Submit the left and right eye textures to the OpenVR compositor. See harfang.OpenVRCreateEyeFrameBuffer.

func Overlap ¶

func Overlap(minmaxa *MinMax, minmaxb *MinMax) bool

Overlap Return `true` if the provided volume overlaps with this volume, `false` otherwise. The test can optionally be restricted to a specific axis.

func OverlapWithAxis ¶

func OverlapWithAxis(minmaxa *MinMax, minmaxb *MinMax, axis Axis) bool

OverlapWithAxis Return `true` if the provided volume overlaps with this volume, `false` otherwise. The test can optionally be restricted to a specific axis.

func PathJoin ¶

func PathJoin(elements *StringList) string

PathJoin Return a file path from a set of string elements.

func PathStartsWith ¶

func PathStartsWith(path string, with string) bool

PathStartsWith Test if the provided path starts with the provided prefix.

func PathStripPrefix ¶

func PathStripPrefix(path string, prefix string) string

PathStripPrefix Return a copy of the input path stripped of the provided prefix.

func PathStripSuffix ¶

func PathStripSuffix(path string, suffix string) string

PathStripSuffix Return a copy of the input path stripped of the provided suffix.

func PathToDisplay ¶

func PathToDisplay(path string) string

PathToDisplay Format a path for display.

func PauseSource ¶

func PauseSource(source SourceRef)

PauseSource Pause a playing audio source. See harfang.PlayStereo and harfang.PlaySpatialized.

func PlaySpatialized ¶

func PlaySpatialized(snd SoundRef, state *SpatializedSourceState) int32

PlaySpatialized Start playing a spatialized sound. Return a handle to the started source.

func PlayStereo ¶

func PlayStereo(snd SoundRef, state *StereoSourceState) int32

PlayStereo Start playing a stereo sound. Return a handle to the started source.

func PrepareSceneForwardPipelineCommonRenderData ¶

func PrepareSceneForwardPipelineCommonRenderData(viewid *uint16, scene *Scene, renderdata *SceneForwardPipelineRenderData, pipeline *ForwardPipeline, resources *PipelineResources, views *SceneForwardPipelinePassViewId)

PrepareSceneForwardPipelineCommonRenderData Prepare the common render data to submit a scene to the forward pipeline. Note: When rendering multiple views of the same scene, common data only needs to be prepared once. See harfang.PrepareSceneForwardPipelineViewDependentRenderData.

func PrepareSceneForwardPipelineCommonRenderDataWithDebugName ¶

func PrepareSceneForwardPipelineCommonRenderDataWithDebugName(viewid *uint16, scene *Scene, renderdata *SceneForwardPipelineRenderData, pipeline *ForwardPipeline, resources *PipelineResources, views *SceneForwardPipelinePassViewId, debugname string)

PrepareSceneForwardPipelineCommonRenderDataWithDebugName Prepare the common render data to submit a scene to the forward pipeline. Note: When rendering multiple views of the same scene, common data only needs to be prepared once. See harfang.PrepareSceneForwardPipelineViewDependentRenderData.

func PrepareSceneForwardPipelineViewDependentRenderData ¶

func PrepareSceneForwardPipelineViewDependentRenderData(viewid *uint16, viewstate *ViewState, scene *Scene, renderdata *SceneForwardPipelineRenderData, pipeline *ForwardPipeline, resources *PipelineResources, views *SceneForwardPipelinePassViewId)

PrepareSceneForwardPipelineViewDependentRenderData Prepare the view dependent render data to submit a scene to the forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData.

func PrepareSceneForwardPipelineViewDependentRenderDataWithDebugName ¶

func PrepareSceneForwardPipelineViewDependentRenderDataWithDebugName(viewid *uint16, viewstate *ViewState, scene *Scene, renderdata *SceneForwardPipelineRenderData, pipeline *ForwardPipeline, resources *PipelineResources, views *SceneForwardPipelinePassViewId, debugname string)

PrepareSceneForwardPipelineViewDependentRenderDataWithDebugName Prepare the view dependent render data to submit a scene to the forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData.

func PrintProfilerFrame ¶

func PrintProfilerFrame(profilerframe *ProfilerFrame)

PrintProfilerFrame Print a profiler frame to the console. Print all sections in the frame, their duration and event count.

func ProcessLoadQueues ¶

func ProcessLoadQueues(res *PipelineResources) int32

ProcessLoadQueues ...

func ProcessLoadQueuesWithTBudget ¶

func ProcessLoadQueuesWithTBudget(res *PipelineResources, tbudget int64) int32

ProcessLoadQueuesWithTBudget ...

func ProcessModelLoadQueue ¶

func ProcessModelLoadQueue(res *PipelineResources) int32

ProcessModelLoadQueue ...

func ProcessModelLoadQueueWithTBudget ¶

func ProcessModelLoadQueueWithTBudget(res *PipelineResources, tbudget int64) int32

ProcessModelLoadQueueWithTBudget ...

func ProcessTextureLoadQueue ¶

func ProcessTextureLoadQueue(res *PipelineResources) int32

ProcessTextureLoadQueue Process the texture load queue. This function must be called to load textures queued while loading a scene or model with the LSSF_QueueTextureLoads flag. See harfang.LoadSaveSceneFlags.

func ProcessTextureLoadQueueWithTBudget ¶

func ProcessTextureLoadQueueWithTBudget(res *PipelineResources, tbudget int64) int32

ProcessTextureLoadQueueWithTBudget Process the texture load queue. This function must be called to load textures queued while loading a scene or model with the LSSF_QueueTextureLoads flag. See harfang.LoadSaveSceneFlags.

func ProjectZToClipSpace ¶

func ProjectZToClipSpace(z float32, proj *Mat44) float32

ProjectZToClipSpace Project a depth value to clip space.

func Quantize ¶

func Quantize(v float32, q float32) float32

Quantize Return the provided value quantized to the specified step.

func RGBA32 ¶

func RGBA32(r uint8, g uint8, b uint8) uint32

RGBA32 Create a 32 bit integer RGBA color.

func RGBA32WithA ¶

func RGBA32WithA(r uint8, g uint8, b uint8, a uint8) uint32

RGBA32WithA Create a 32 bit integer RGBA color.

func Rad ¶

func Rad(radians float32) float32

Rad Convert an angle in radians to the engine unit system. See [harfang.man.CoordinateAndUnitSystem].

func RadianToDegree ¶

func RadianToDegree(radians float32) float32

RadianToDegree Convert an angle in radians to degrees.

func Rand ¶

func Rand() uint32

Rand Return a random integer value in the provided range, default range is [harfang.0;65535]. See harfang.FRand to generate a random floating point value.

func RandWithRange ¶

func RandWithRange(rangeGo uint32) uint32

RandWithRange Return a random integer value in the provided range, default range is [harfang.0;65535]. See harfang.FRand to generate a random floating point value.

func ReadFloat ¶

func ReadFloat(file *File) float32

ReadFloat Read a binary 32 bit floating point value from a local file.

func ReadString ¶

func ReadString(file *File) string

ReadString Read a binary string from a local file. Strings are stored as a `uint32_t length` field followed by the string content in UTF-8.

func ReadUInt16 ¶

func ReadUInt16(file *File) uint16

ReadUInt16 Read a binary 16 bit unsigned integer value from a local file.

func ReadUInt32 ¶

func ReadUInt32(file *File) uint32

ReadUInt32 Read a binary 32 bit unsigned integer value from a local file.

func ReadUInt8 ¶

func ReadUInt8(file *File) uint8

ReadUInt8 Read a binary 8 bit unsigned integer value from a local file.

func RemoveAssetsFolder ¶

func RemoveAssetsFolder(path string)

RemoveAssetsFolder Remove a folder from the assets system. See [harfang.man.Assets].

func RemoveAssetsPackage ¶

func RemoveAssetsPackage(path string)

RemoveAssetsPackage Remove a package from the assets system. See [harfang.man.Assets].

func RenderInit ¶

func RenderInit(window *Window) bool

RenderInit Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithType ¶

func RenderInitWithType(window *Window, typeGo RendererType) bool

RenderInitWithType Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderReset ¶

func RenderReset(width uint32, height uint32)

RenderReset Change the states of the render system at runtime.

func RenderResetToWindow ¶

func RenderResetToWindow(win *Window, width *int32, height *int32) bool

RenderResetToWindow Resize the renderer backbuffer to the provided window client area dimensions. Return true if a reset was needed and carried out.

func RenderResetToWindowWithResetFlags ¶

func RenderResetToWindowWithResetFlags(win *Window, width *int32, height *int32, resetflags uint32) bool

RenderResetToWindowWithResetFlags Resize the renderer backbuffer to the provided window client area dimensions. Return true if a reset was needed and carried out.

func RenderResetWithFlags ¶

func RenderResetWithFlags(width uint32, height uint32, flags ResetFlags)

RenderResetWithFlags Change the states of the render system at runtime.

func RenderResetWithFlagsFormat ¶

func RenderResetWithFlagsFormat(width uint32, height uint32, flags ResetFlags, format TextureFormat)

RenderResetWithFlagsFormat Change the states of the render system at runtime.

func RenderShutdown ¶

func RenderShutdown()

RenderShutdown Shutdown the render system.

func ResetClock ¶

func ResetClock()

ResetClock Reset the elapsed time counter.

func Rewind ¶

func Rewind(file *File)

Rewind Rewind the read/write cursor of an open file.

func RmDir ¶

func RmDir(path string) bool

RmDir Remove an empty folder on the local filesystem. See harfang.RmTree.

func RmTree ¶

func RmTree(path string) bool

RmTree Remove a folder on the local filesystem. **Warning:** This function will through all subfolders and erase all files and folders in the target folder.

func SRanipalInit ¶

func SRanipalInit() bool

SRanipalInit Initial the SRanipal eye detection SDK.

func SRanipalIsViveProEye ¶

func SRanipalIsViveProEye() bool

SRanipalIsViveProEye Return `true` if the eye detection device in use is Vive Pro Eye.

func SRanipalLaunchEyeCalibration ¶

func SRanipalLaunchEyeCalibration()

SRanipalLaunchEyeCalibration Launch the eye detection calibration sequence.

func SRanipalShutdown ¶

func SRanipalShutdown()

SRanipalShutdown Shutdown the SRanipal eye detection SDK.

func SaveBMP ¶

func SaveBMP(pict *Picture, path string) bool

SaveBMP Save a harfang.Picture in harfang.BMP(https://en.wikipedia.org/wiki/BMP_file_format) file format.

func SaveDataToFile ¶

func SaveDataToFile(path string, data *Data) bool

SaveDataToFile ...

func SaveFileDialog ¶

func SaveFileDialog(title string, filters *FileFilterList, file *string) bool

SaveFileDialog Open a native SaveFile dialog.

func SaveFileDialogWithInitialDir ¶

func SaveFileDialogWithInitialDir(title string, filters *FileFilterList, file *string, initialdir string) bool

SaveFileDialogWithInitialDir Open a native SaveFile dialog.

func SaveForwardPipelineAAAConfigToFile ¶

func SaveForwardPipelineAAAConfigToFile(path string, config *ForwardPipelineAAAConfig) bool

SaveForwardPipelineAAAConfigToFile ...

func SaveGeometryToFile ¶

func SaveGeometryToFile(path string, geo *Geometry) bool

SaveGeometryToFile Save a geometry to the local filesystem. Note that in order to render a geometry it must have been converted to model by the asset compiler. See harfang.GeometryBuilder and harfang.ModelBuilder.

func SaveJsonToFile ¶

func SaveJsonToFile(js *JSON, path string) bool

SaveJsonToFile Save a JSON object to the local filesystem.

func SavePNG ¶

func SavePNG(pict *Picture, path string) bool

SavePNG Save a harfang.Picture in harfang.PNG(https://en.wikipedia.org/wiki/Portable_Network_Graphics) file format.

func SaveSceneBinaryToData ¶

func SaveSceneBinaryToData(data *Data, scene *Scene, resources *PipelineResources) bool

SaveSceneBinaryToData ...

func SaveSceneBinaryToDataWithFlags ¶

func SaveSceneBinaryToDataWithFlags(data *Data, scene *Scene, resources *PipelineResources, flags LoadSaveSceneFlags) bool

SaveSceneBinaryToDataWithFlags ...

func SaveSceneBinaryToFile ¶

func SaveSceneBinaryToFile(path string, scene *Scene, resources *PipelineResources) bool

SaveSceneBinaryToFile ...

func SaveSceneBinaryToFileWithFlags ¶

func SaveSceneBinaryToFileWithFlags(path string, scene *Scene, resources *PipelineResources, flags LoadSaveSceneFlags) bool

SaveSceneBinaryToFileWithFlags ...

func SaveSceneJsonToFile ¶

func SaveSceneJsonToFile(path string, scene *Scene, resources *PipelineResources) bool

SaveSceneJsonToFile ...

func SaveSceneJsonToFileWithFlags ¶

func SaveSceneJsonToFileWithFlags(path string, scene *Scene, resources *PipelineResources, flags LoadSaveSceneFlags) bool

SaveSceneJsonToFileWithFlags ...

func SaveTGA ¶

func SaveTGA(pict *Picture, path string) bool

SaveTGA Save a harfang.Picture in harfang.TGA(https://en.wikipedia.org/wiki/Truevision_TGA) file format.

func SceneClearSystems ¶

func SceneClearSystems(scene *Scene)

SceneClearSystems Clear scene and all optional systems.

func SceneClearSystemsWithPhysics ¶

func SceneClearSystemsWithPhysics(scene *Scene, physics *SceneBullet3Physics)

SceneClearSystemsWithPhysics Clear scene and all optional systems.

func SceneClearSystemsWithPhysicsVm ¶

func SceneClearSystemsWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM)

SceneClearSystemsWithPhysicsVm Clear scene and all optional systems.

func SceneClearSystemsWithVm ¶

func SceneClearSystemsWithVm(scene *Scene, vm *SceneLuaVM)

SceneClearSystemsWithVm Clear scene and all optional systems.

func SceneGarbageCollectSystems ¶

func SceneGarbageCollectSystems(scene *Scene) int32

SceneGarbageCollectSystems Garbage collect a scene and all its optional systems.

func SceneGarbageCollectSystemsWithPhysics ¶

func SceneGarbageCollectSystemsWithPhysics(scene *Scene, physics *SceneBullet3Physics) int32

SceneGarbageCollectSystemsWithPhysics Garbage collect a scene and all its optional systems.

func SceneGarbageCollectSystemsWithPhysicsVm ¶

func SceneGarbageCollectSystemsWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM) int32

SceneGarbageCollectSystemsWithPhysicsVm Garbage collect a scene and all its optional systems.

func SceneGarbageCollectSystemsWithVm ¶

func SceneGarbageCollectSystemsWithVm(scene *Scene, vm *SceneLuaVM) int32

SceneGarbageCollectSystemsWithVm Garbage collect a scene and all its optional systems.

func SceneSyncToSystemsFromAssets ¶

func SceneSyncToSystemsFromAssets(scene *Scene, vm *SceneLuaVM)

SceneSyncToSystemsFromAssets Synchronize optional systems (eg. physics or script) states with the scene states. Load resources from the assets system if required. See [harfang.man.Assets].

func SceneSyncToSystemsFromAssetsWithPhysics ¶

func SceneSyncToSystemsFromAssetsWithPhysics(scene *Scene, physics *SceneBullet3Physics)

SceneSyncToSystemsFromAssetsWithPhysics Synchronize optional systems (eg. physics or script) states with the scene states. Load resources from the assets system if required. See [harfang.man.Assets].

func SceneSyncToSystemsFromAssetsWithPhysicsVm ¶

func SceneSyncToSystemsFromAssetsWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM)

SceneSyncToSystemsFromAssetsWithPhysicsVm Synchronize optional systems (eg. physics or script) states with the scene states. Load resources from the assets system if required. See [harfang.man.Assets].

func SceneSyncToSystemsFromFile ¶

func SceneSyncToSystemsFromFile(scene *Scene, vm *SceneLuaVM)

SceneSyncToSystemsFromFile Synchronize optional systems (eg. physics or script) states with the scene states. Load resources from the local filesystem if required. See [harfang.man.Assets].

func SceneSyncToSystemsFromFileWithPhysics ¶

func SceneSyncToSystemsFromFileWithPhysics(scene *Scene, physics *SceneBullet3Physics)

SceneSyncToSystemsFromFileWithPhysics Synchronize optional systems (eg. physics or script) states with the scene states. Load resources from the local filesystem if required. See [harfang.man.Assets].

func SceneSyncToSystemsFromFileWithPhysicsVm ¶

func SceneSyncToSystemsFromFileWithPhysicsVm(scene *Scene, physics *SceneBullet3Physics, vm *SceneLuaVM)

SceneSyncToSystemsFromFileWithPhysicsVm Synchronize optional systems (eg. physics or script) states with the scene states. Load resources from the local filesystem if required. See [harfang.man.Assets].

func SceneUpdateSystems ¶

func SceneUpdateSystems(scene *Scene, clocks *SceneClocks, dt int64)

SceneUpdateSystems Update a scene and all its optional systems.

func SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStep ¶

func SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStep(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, contacts *NodePairContacts, step int64, maxphysicsstep int32)

SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStep Update a scene and all its optional systems.

func SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStepVm ¶

func SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStepVm(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, contacts *NodePairContacts, step int64, maxphysicsstep int32, vm *SceneLuaVM)

SceneUpdateSystemsWithPhysicsContactsStepMaxPhysicsStepVm Update a scene and all its optional systems.

func SceneUpdateSystemsWithPhysicsStepMaxPhysicsStep ¶

func SceneUpdateSystemsWithPhysicsStepMaxPhysicsStep(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, step int64, maxphysicsstep int32)

SceneUpdateSystemsWithPhysicsStepMaxPhysicsStep Update a scene and all its optional systems.

func SceneUpdateSystemsWithPhysicsStepMaxPhysicsStepVm ¶

func SceneUpdateSystemsWithPhysicsStepMaxPhysicsStepVm(scene *Scene, clocks *SceneClocks, dt int64, physics *SceneBullet3Physics, step int64, maxphysicsstep int32, vm *SceneLuaVM)

SceneUpdateSystemsWithPhysicsStepMaxPhysicsStepVm Update a scene and all its optional systems.

func SceneUpdateSystemsWithVm ¶

func SceneUpdateSystemsWithVm(scene *Scene, clocks *SceneClocks, dt int64, vm *SceneLuaVM)

SceneUpdateSystemsWithVm Update a scene and all its optional systems.

func Sec ¶

func Sec(seconds float32) float32

Sec Convert a value in seconds to the Harfang internal unit system. See [harfang.man.CoordinateAndUnitSystem].

func Seed ¶

func Seed(seed uint32)

Seed Set the starting seed of the pseudo-random number generator.

func Seek ¶

func Seek(file *File, offset int64, mode SeekMode) bool

Seek Move the handle cursor to a specific position in the file.

func SendVRControllerHapticPulse ¶

func SendVRControllerHapticPulse(duration int64)

SendVRControllerHapticPulse Send an haptic pulse to a named VR controller. See harfang.GetVRControllerNames.

func SendVRControllerHapticPulseWithName ¶

func SendVRControllerHapticPulseWithName(duration int64, name string)

SendVRControllerHapticPulseWithName Send an haptic pulse to a named VR controller. See harfang.GetVRControllerNames.

func SetAxises ¶

func SetAxises(m *Mat3, X *Vec3, Y *Vec3, Z *Vec3)

SetAxises Inject X, Y and Z axises into a 3x3 matrix.

func SetColumn ¶

func SetColumn(m *Mat3, n uint32, column *Vec3)

SetColumn Returns the nth column.

func SetColumnWithMIdxV ¶

func SetColumnWithMIdxV(m *Mat44, idx uint32, v *Vec4)

SetColumnWithMIdxV Returns the nth column.

func SetColumnWithMNV ¶

func SetColumnWithMNV(m *Mat4, n uint32, v *Vec3)

SetColumnWithMNV Returns the nth column.

func SetHeight ¶

func SetHeight(rect *Rect, height float32)

SetHeight Set a rectangle height.

func SetHeightWithRectHeight ¶

func SetHeightWithRectHeight(rect *IntRect, height int32)

SetHeightWithRectHeight Set a rectangle height.

func SetJsonValue ¶

func SetJsonValue(js *JSON, key string, value string)

SetJsonValue Set a JSON key value.

func SetJsonValueWithFloatValue ¶

func SetJsonValueWithFloatValue(js *JSON, key string, value float32)

SetJsonValueWithFloatValue Set a JSON key value.

func SetJsonValueWithIntValue ¶

func SetJsonValueWithIntValue(js *JSON, key string, value int32)

SetJsonValueWithIntValue Set a JSON key value.

func SetJsonValueWithValue ¶

func SetJsonValueWithValue(js *JSON, key string, value bool)

SetJsonValueWithValue Set a JSON key value.

func SetListener ¶

func SetListener(world *Mat4, velocity *Vec3)

SetListener Set the listener transformation and velocity for spatialization by the audio system.

func SetLogDetailed ¶

func SetLogDetailed(isdetailed bool)

SetLogDetailed Display the `details` field of log outputs.

func SetLogLevel ¶

func SetLogLevel(loglevel LogLevel)

SetLogLevel Control which log levels should be displayed. See harfang.Log, harfang.Warn, harfang.Error and harfang.Debug.

func SetMaterialAlphaCut ¶

func SetMaterialAlphaCut(mat *Material, enable bool)

SetMaterialAlphaCut ...

func SetMaterialAmbientUsesUV1 ¶

func SetMaterialAmbientUsesUV1(mat *Material, enable bool)

SetMaterialAmbientUsesUV1 ...

func SetMaterialBlendMode ¶

func SetMaterialBlendMode(mat *Material, mode BlendMode)

SetMaterialBlendMode Set material blend mode.

func SetMaterialDepthTest ¶

func SetMaterialDepthTest(mat *Material, test DepthTest)

SetMaterialDepthTest Set material depth test.

func SetMaterialDiffuseUsesUV1 ¶

func SetMaterialDiffuseUsesUV1(mat *Material, enable bool)

SetMaterialDiffuseUsesUV1 ...

func SetMaterialFaceCulling ¶

func SetMaterialFaceCulling(mat *Material, culling FaceCulling)

SetMaterialFaceCulling Set material face culling.

func SetMaterialNormalMapInWorldSpace ¶

func SetMaterialNormalMapInWorldSpace(mat *Material, enable bool)

SetMaterialNormalMapInWorldSpace ...

func SetMaterialProgram ¶

func SetMaterialProgram(mat *Material, program *PipelineProgramRef)

SetMaterialProgram Set material pipeline program. You should call harfang.UpdateMaterialPipelineProgramVariant after changing a material pipeline program so that the correct variant is selected according to the material states.

func SetMaterialSkinning ¶

func SetMaterialSkinning(mat *Material, enable bool)

SetMaterialSkinning ...

func SetMaterialSpecularUsesUV1 ¶

func SetMaterialSpecularUsesUV1(mat *Material, enable bool)

SetMaterialSpecularUsesUV1 ...

func SetMaterialTexture ¶

func SetMaterialTexture(mat *Material, name string, texture *TextureRef, stage uint8)

SetMaterialTexture Set a material uniform texture and texture stage. Note: The texture stage specified should match the uniform declaration in the shader program.

func SetMaterialTextureRef ¶

func SetMaterialTextureRef(mat *Material, name string, texture *TextureRef)

SetMaterialTextureRef Set a material uniform texture reference. See harfang.PipelineResources.

func SetMaterialValue ¶

func SetMaterialValue(mat *Material, name string, v float32)

SetMaterialValue Set a material uniform value.

func SetMaterialValueWithM ¶

func SetMaterialValueWithM(mat *Material, name string, m *Mat3)

SetMaterialValueWithM Set a material uniform value.

func SetMaterialValueWithMat44M ¶

func SetMaterialValueWithMat44M(mat *Material, name string, m *Mat44)

SetMaterialValueWithMat44M Set a material uniform value.

func SetMaterialValueWithMat4M ¶

func SetMaterialValueWithMat4M(mat *Material, name string, m *Mat4)

SetMaterialValueWithMat4M Set a material uniform value.

func SetMaterialValueWithV ¶

func SetMaterialValueWithV(mat *Material, name string, v *Vec2)

SetMaterialValueWithV Set a material uniform value.

func SetMaterialValueWithVec3V ¶

func SetMaterialValueWithVec3V(mat *Material, name string, v *Vec3)

SetMaterialValueWithVec3V Set a material uniform value.

func SetMaterialValueWithVec4V ¶

func SetMaterialValueWithVec4V(mat *Material, name string, v *Vec4)

SetMaterialValueWithVec4V Set a material uniform value.

func SetMaterialWriteRGBA ¶

func SetMaterialWriteRGBA(mat *Material, writer bool, writeg bool, writeb bool, writea bool)

SetMaterialWriteRGBA Set a material color write mask.

func SetMaterialWriteZ ¶

func SetMaterialWriteZ(mat *Material, enable bool)

SetMaterialWriteZ Set a material depth write mask.

func SetRenderDebug ¶

func SetRenderDebug(flags DebugFlags)

SetRenderDebug Set render system debug flags.

func SetRow ¶

func SetRow(m *Mat3, n uint32, row *Vec3)

SetRow Sets the nth row of a matrix.

func SetRowWithMIdxV ¶

func SetRowWithMIdxV(m *Mat44, idx uint32, v *Vec4)

SetRowWithMIdxV Sets the nth row of a matrix.

func SetRowWithMNV ¶

func SetRowWithMNV(m *Mat4, n uint32, v *Vec4)

SetRowWithMNV Sets the nth row of a matrix.

func SetS ¶

func SetS(m *Mat4, scale *Vec3)

SetS Shortcut for harfang.SetScale.

func SetScale ¶

func SetScale(m *Mat3, S *Vec3)

SetScale Set the scaling part of the transformation matrix.

func SetScaleWithMScale ¶

func SetScaleWithMScale(m *Mat4, scale *Vec3)

SetScaleWithMScale Set the scaling part of the transformation matrix.

func SetSourcePanning ¶

func SetSourcePanning(source SourceRef, panning float32)

SetSourcePanning Set a playing audio source panning.

func SetSourceRepeat ¶

func SetSourceRepeat(source SourceRef, repeat SourceRepeat)

SetSourceRepeat Set audio source repeat mode.

func SetSourceTimecode ¶

func SetSourceTimecode(source SourceRef, t int64) bool

SetSourceTimecode Set timecode of the audio source.

func SetSourceTransform ¶

func SetSourceTransform(source SourceRef, world *Mat4, velocity *Vec3)

SetSourceTransform Set a playing spatialized audio source transformation.

func SetSourceVolume ¶

func SetSourceVolume(source SourceRef, volume float32)

SetSourceVolume Set audio source volume.

func SetT ¶

func SetT(m *Mat4, T *Vec3)

SetT Shortcut for harfang.SetTranslation.

func SetTransform ¶

func SetTransform(mtx *Mat4)

SetTransform Set the model matrix for the next drawn primitive. If not called, model will be rendered with the identity model matrix.

func SetTranslation ¶

func SetTranslation(m *Mat3, T *Vec3)

SetTranslation Sets the 2D translation part, i.e. the first 2 elements of the last matrix row.

func SetTranslationWithM ¶

func SetTranslationWithM(m *Mat4, T *Vec3)

SetTranslationWithM Sets the 2D translation part, i.e. the first 2 elements of the last matrix row.

func SetTranslationWithT ¶

func SetTranslationWithT(m *Mat3, T *Vec2)

SetTranslationWithT Sets the 2D translation part, i.e. the first 2 elements of the last matrix row.

func SetView2D ¶

func SetView2D(id uint16, x int32, y int32, resx int32, resy int32)

SetView2D High-level wrapper function to setup a view for 2D rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetView2DWithZnearZfar ¶

func SetView2DWithZnearZfar(id uint16, x int32, y int32, resx int32, resy int32, znear float32, zfar float32)

SetView2DWithZnearZfar High-level wrapper function to setup a view for 2D rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetView2DWithZnearZfarFlagsColorDepthStencil ¶

func SetView2DWithZnearZfarFlagsColorDepthStencil(id uint16, x int32, y int32, resx int32, resy int32, znear float32, zfar float32, flags ClearFlags, color *Color, depth float32, stencil uint8)

SetView2DWithZnearZfarFlagsColorDepthStencil High-level wrapper function to setup a view for 2D rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetView2DWithZnearZfarFlagsColorDepthStencilYUp ¶

func SetView2DWithZnearZfarFlagsColorDepthStencilYUp(id uint16, x int32, y int32, resx int32, resy int32, znear float32, zfar float32, flags ClearFlags, color *Color, depth float32, stencil uint8, yup bool)

SetView2DWithZnearZfarFlagsColorDepthStencilYUp High-level wrapper function to setup a view for 2D rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewClear ¶

func SetViewClear(viewid uint16, flags ClearFlags)

SetViewClear Set a view clear parameters. See [harfang.man.Views].

func SetViewClearWithCol ¶

func SetViewClearWithCol(viewid uint16, flags ClearFlags, col *Color)

SetViewClearWithCol Set a view clear parameters. See [harfang.man.Views].

func SetViewClearWithColDepth ¶

func SetViewClearWithColDepth(viewid uint16, flags ClearFlags, col *Color, depth float32)

SetViewClearWithColDepth Set a view clear parameters. See [harfang.man.Views].

func SetViewClearWithColDepthStencil ¶

func SetViewClearWithColDepthStencil(viewid uint16, flags ClearFlags, col *Color, depth float32, stencil uint8)

SetViewClearWithColDepthStencil Set a view clear parameters. See [harfang.man.Views].

func SetViewClearWithRgba ¶

func SetViewClearWithRgba(viewid uint16, flags ClearFlags, rgba uint32)

SetViewClearWithRgba Set a view clear parameters. See [harfang.man.Views].

func SetViewClearWithRgbaDepth ¶

func SetViewClearWithRgbaDepth(viewid uint16, flags ClearFlags, rgba uint32, depth float32)

SetViewClearWithRgbaDepth Set a view clear parameters. See [harfang.man.Views].

func SetViewClearWithRgbaDepthStencil ¶

func SetViewClearWithRgbaDepthStencil(viewid uint16, flags ClearFlags, rgba uint32, depth float32, stencil uint8)

SetViewClearWithRgbaDepthStencil Set a view clear parameters. See [harfang.man.Views].

func SetViewFrameBuffer ¶

func SetViewFrameBuffer(viewid uint16, handle *FrameBufferHandle)

SetViewFrameBuffer Set view output framebuffer. See [harfang.man.Views].

func SetViewMode ¶

func SetViewMode(viewid uint16, mode ViewMode)

SetViewMode Set view draw ordering mode.

func SetViewOrthographic ¶

func SetViewOrthographic(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4)

SetViewOrthographic High-level wrapper function to setup a view for 3D orthographic rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewOrthographicWithZnearZfar ¶

func SetViewOrthographicWithZnearZfar(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, znear float32, zfar float32)

SetViewOrthographicWithZnearZfar High-level wrapper function to setup a view for 3D orthographic rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewOrthographicWithZnearZfarSize ¶

func SetViewOrthographicWithZnearZfarSize(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, znear float32, zfar float32, size float32)

SetViewOrthographicWithZnearZfarSize High-level wrapper function to setup a view for 3D orthographic rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewOrthographicWithZnearZfarSizeFlagsColorDepthStencil ¶

func SetViewOrthographicWithZnearZfarSizeFlagsColorDepthStencil(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, znear float32, zfar float32, size float32, flags ClearFlags, color *Color, depth float32, stencil uint8)

SetViewOrthographicWithZnearZfarSizeFlagsColorDepthStencil High-level wrapper function to setup a view for 3D orthographic rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewPerspective ¶

func SetViewPerspective(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4)

SetViewPerspective High-level wrapper function to setup a view for 3D perspective rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewPerspectiveWithZnearZfar ¶

func SetViewPerspectiveWithZnearZfar(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, znear float32, zfar float32)

SetViewPerspectiveWithZnearZfar High-level wrapper function to setup a view for 3D perspective rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewPerspectiveWithZnearZfarZoomFactor ¶

func SetViewPerspectiveWithZnearZfarZoomFactor(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, znear float32, zfar float32, zoomfactor float32)

SetViewPerspectiveWithZnearZfarZoomFactor High-level wrapper function to setup a view for 3D perspective rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewPerspectiveWithZnearZfarZoomFactorFlagsColorDepthStencil ¶

func SetViewPerspectiveWithZnearZfarZoomFactorFlagsColorDepthStencil(id uint16, x int32, y int32, resx int32, resy int32, world *Mat4, znear float32, zfar float32, zoomfactor float32, flags ClearFlags, color *Color, depth float32, stencil uint8)

SetViewPerspectiveWithZnearZfarZoomFactorFlagsColorDepthStencil High-level wrapper function to setup a view for 3D perspective rendering. This function calls harfang.SetViewClear, harfang.SetViewRect then harfang.SetViewTransform.

func SetViewRect ¶

func SetViewRect(viewid uint16, x uint16, y uint16, w uint16, h uint16)

SetViewRect ...

func SetViewTransform ¶

func SetViewTransform(viewid uint16, view *Mat4, proj *Mat44)

SetViewTransform Set view transforms, namely the view and projection matrices.

func SetWidth ¶

func SetWidth(rect *Rect, width float32)

SetWidth Set a rectangle width.

func SetWidthWithRectWidth ¶

func SetWidthWithRectWidth(rect *IntRect, width int32)

SetWidthWithRectWidth Set a rectangle width.

func SetWindowClientSize ¶

func SetWindowClientSize(window *Window, width int32, height int32) bool

SetWindowClientSize Set the window client size. The client area of a window excludes its decoration.

func SetWindowPos ¶

func SetWindowPos(window *Window, position *IVec2) bool

SetWindowPos Set window position.

func SetWindowTitle ¶

func SetWindowTitle(window *Window, title string) bool

SetWindowTitle Set window title.

func SetX ¶

func SetX(m *Mat3, X *Vec3)

SetX Sets the first row.

func SetXWithIntRectRectIntX ¶

func SetXWithIntRectRectIntX(rect *IntRect, x int32)

SetXWithIntRectRectIntX Sets the first row.

func SetXWithM ¶

func SetXWithM(m *Mat4, X *Vec3)

SetXWithM Sets the first row.

func SetXWithRectX ¶

func SetXWithRectX(rect *Rect, x float32)

SetXWithRectX Sets the first row.

func SetY ¶

func SetY(m *Mat3, Y *Vec3)

SetY Sets the second row.

func SetYWithIntRectRectIntY ¶

func SetYWithIntRectRectIntY(rect *IntRect, y int32)

SetYWithIntRectRectIntY Sets the second row.

func SetYWithM ¶

func SetYWithM(m *Mat4, Y *Vec3)

SetYWithM Sets the second row.

func SetYWithRectY ¶

func SetYWithRectY(rect *Rect, y float32)

SetYWithRectY Sets the second row.

func SetZ ¶

func SetZ(m *Mat3, Z *Vec3)

SetZ Sets the third row.

func SetZWithM ¶

func SetZWithM(m *Mat4, Z *Vec3)

SetZWithM Sets the third row.

func ShowCursor ¶

func ShowCursor()

ShowCursor Show the system mouse cursor. See harfang.HideCursor.

func SkipClock ¶

func SkipClock()

SkipClock Skip elapsed time since the last call to harfang.TickClock.

func Sleep ¶

func Sleep(duration int64)

Sleep Sleep the caller thread, this function will resume execution after waiting for at least the specified amount of time.

func StopAllSources ¶

func StopAllSources()

StopAllSources Stop all playing audio sources.

func StopSource ¶

func StopSource(source SourceRef)

StopSource Stop a playing audio source.

func StreamOGGAssetSpatialized ¶

func StreamOGGAssetSpatialized(name string, state *SpatializedSourceState) int32

StreamOGGAssetSpatialized ...

func StreamOGGAssetStereo ¶

func StreamOGGAssetStereo(name string, state *StereoSourceState) int32

StreamOGGAssetStereo ...

func StreamOGGFileSpatialized ¶

func StreamOGGFileSpatialized(path string, state *SpatializedSourceState) int32

StreamOGGFileSpatialized ...

func StreamOGGFileStereo ¶

func StreamOGGFileStereo(path string, state *StereoSourceState) int32

StreamOGGFileStereo ...

func StreamWAVAssetSpatialized ¶

func StreamWAVAssetSpatialized(name string, state *SpatializedSourceState) int32

StreamWAVAssetSpatialized Start an audio stream from a WAV file from the assets system. See harfang.SetSourceTransform and [harfang.man.Assets].

func StreamWAVAssetStereo ¶

func StreamWAVAssetStereo(name string, state *StereoSourceState) int32

StreamWAVAssetStereo Start an audio stream from a WAV file from the assets system. See [harfang.man.Assets].

func StreamWAVFileSpatialized ¶

func StreamWAVFileSpatialized(path string, state *SpatializedSourceState) int32

StreamWAVFileSpatialized Start an audio stream from a WAV file on the local filesystem. See harfang.SetSourceTransform.

func StreamWAVFileStereo ¶

func StreamWAVFileStereo(path string, state *StereoSourceState) int32

StreamWAVFileStereo Start an audio stream from a WAV file on the local filesystem. See [harfang.man.Assets].

func StringToFile ¶

func StringToFile(path string, value string) bool

StringToFile Return the content of a file on the local filesystem as a string.

func SubmitSceneToForwardPipelineWithAaaAaaConfigFrame ¶

func SubmitSceneToForwardPipelineWithAaaAaaConfigFrame(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, renderdata *SceneForwardPipelineRenderData, resources *PipelineResources, views *SceneForwardPipelinePassViewId, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32)

SubmitSceneToForwardPipelineWithAaaAaaConfigFrame Submit a scene to a forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData and harfang.PrepareSceneForwardPipelineViewDependentRenderData if you need to render the same scene from different points of view.

func SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBuffer ¶

func SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, renderdata *SceneForwardPipelineRenderData, resources *PipelineResources, views *SceneForwardPipelinePassViewId, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32, framebuffer *FrameBufferHandle)

SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBuffer Submit a scene to a forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData and harfang.PrepareSceneForwardPipelineViewDependentRenderData if you need to render the same scene from different points of view.

func SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBufferDebugName ¶

func SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, renderdata *SceneForwardPipelineRenderData, resources *PipelineResources, views *SceneForwardPipelinePassViewId, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32, framebuffer *FrameBufferHandle, debugname string)

SubmitSceneToForwardPipelineWithAaaAaaConfigFrameFrameBufferDebugName Submit a scene to a forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData and harfang.PrepareSceneForwardPipelineViewDependentRenderData if you need to render the same scene from different points of view.

func SwapFileExtension ¶

func SwapFileExtension(path string, ext string) string

SwapFileExtension Return the input file path with its extension replaced.

func Tell ¶

func Tell(file *File) int32

Tell Return the current handle cursor position in bytes.

func TickClock ¶

func TickClock() int64

TickClock Advance the engine clock and return the elapsed time since the last call to this function. See harfang.GetClock to retrieve the current clock. See harfang.GetClockDt.

func TimeFromDay ¶

func TimeFromDay(day int64) int64

TimeFromDay Convert days to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromHour ¶

func TimeFromHour(hour int64) int64

TimeFromHour Convert hours to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromMin ¶

func TimeFromMin(min int64) int64

TimeFromMin Convert minutes to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromMs ¶

func TimeFromMs(ms int64) int64

TimeFromMs Convert milliseconds to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromMsF ¶

func TimeFromMsF(ms float32) int64

TimeFromMsF Convert milliseconds to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromNs ¶

func TimeFromNs(ns int64) int64

TimeFromNs Convert nanoseconds to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromSec ¶

func TimeFromSec(sec int64) int64

TimeFromSec Convert seconds to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromSecF ¶

func TimeFromSecF(sec float32) int64

TimeFromSecF Convert fractional seconds to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromUs ¶

func TimeFromUs(us int64) int64

TimeFromUs Convert microseconds to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeFromUsF ¶

func TimeFromUsF(us float32) int64

TimeFromUsF Convert fractional microseconds to time. See [harfang.man.CoordinateAndUnitSystem].

func TimeNow ¶

func TimeNow() int64

TimeNow Return the current system time.

func TimeToDay ¶

func TimeToDay(t int64) int64

TimeToDay Convert time to days.

func TimeToHour ¶

func TimeToHour(t int64) int64

TimeToHour Convert time to hours.

func TimeToMin ¶

func TimeToMin(t int64) int64

TimeToMin Convert time to minutes.

func TimeToMs ¶

func TimeToMs(t int64) int64

TimeToMs Convert time to milliseconds.

func TimeToMsF ¶

func TimeToMsF(t int64) float32

TimeToMsF Convert time to miliseconds.

func TimeToNs ¶

func TimeToNs(t int64) int64

TimeToNs Convert time to nanoseconds.

func TimeToSec ¶

func TimeToSec(t int64) int64

TimeToSec Convert time to seconds.

func TimeToSecF ¶

func TimeToSecF(t int64) float32

TimeToSecF Convert time to fractional seconds.

func TimeToString ¶

func TimeToString(t int64) string

TimeToString Return time as a human-readable string.

func TimeToUs ¶

func TimeToUs(t int64) int64

TimeToUs Convert time to microseconds.

func TimeToUsF ¶

func TimeToUsF(t int64) float32

TimeToUsF Convert time to fractional microseconds.

func Touch ¶

func Touch(viewid uint16)

Touch Submit an empty primitive to the view. See harfang.Frame.

func Unlink ¶

func Unlink(path string) bool

Unlink Remove a file from the local filesystem.

func UnloadSound ¶

func UnloadSound(snd SoundRef)

UnloadSound Unload a sound from the audio system.

func UpdateMaterialPipelineProgramVariant ¶

func UpdateMaterialPipelineProgramVariant(mat *Material, resources *PipelineResources)

UpdateMaterialPipelineProgramVariant Select the proper pipeline program variant for the current material state.

func UpdateTexture ¶

func UpdateTexture(streamer *IVideoStreamer, handle *uintptr, texture *Texture, size *IVec2, format *int32) bool

UpdateTexture ...

func UpdateTextureFromPicture ¶

func UpdateTextureFromPicture(tex *Texture, pic *Picture)

UpdateTextureFromPicture Update texture content from the provided picture. Note: The picture is expected to be in a format compatible with the texture format.

func UpdateTextureWithDestroy ¶

func UpdateTextureWithDestroy(streamer *IVideoStreamer, handle *uintptr, texture *Texture, size *IVec2, format *int32, destroy bool) bool

UpdateTextureWithDestroy ...

func UpdateWindow ¶

func UpdateWindow(window *Window) bool

UpdateWindow Update a window on the host system.

func Warn ¶

func Warn(msg string)

Warn Output to the engine warning log. See harfang.Log, harfang.Debug and harfang.Error.

func WarnWithDetails ¶

func WarnWithDetails(msg string, details string)

WarnWithDetails Output to the engine warning log. See harfang.Log, harfang.Debug and harfang.Error.

func WindowHasFocus ¶

func WindowHasFocus(window *Window) bool

WindowHasFocus Return `true` if the provided window has focus, `false` otherwise.

func WindowSystemInit ¶

func WindowSystemInit()

WindowSystemInit Initialize the Window system.

func WindowSystemShutdown ¶

func WindowSystemShutdown()

WindowSystemShutdown Shutdown the window system. See harfang.WindowSystemInit.

func Wrap ¶

func Wrap(v float32, start float32, end float32) float32

Wrap Wrap the input value so that it fits in the specified inclusive range.

func WrapWithVStartEnd ¶

func WrapWithVStartEnd(v int32, start int32, end int32) int32

WrapWithVStartEnd Wrap the input value so that it fits in the specified inclusive range.

func WriteFloat ¶

func WriteFloat(file *File, value float32) bool

WriteFloat Write a binary 32 bit floating point value to a file.

func WriteString ¶

func WriteString(file *File, value string) bool

WriteString Write a string to a file as 32 bit integer size followed by the string content in UTF8.

func WriteUInt16 ¶

func WriteUInt16(file *File, value uint16) bool

WriteUInt16 Write a binary 16 bit unsigned integer to a file.

func WriteUInt32 ¶

func WriteUInt32(file *File, value uint32) bool

WriteUInt32 Write a binary 32 bit unsigned integer to a file.

func WriteUInt8 ¶

func WriteUInt8(file *File, value uint8) bool

WriteUInt8 Write a binary 8 bit unsigned integer to a file.

func ZoomFactorToFov ¶

func ZoomFactorToFov(zoomfactor float32) float32

ZoomFactorToFov Convert from a zoom factor value in meters to a fov value in radian.

Types ¶

type AnimLoopMode ¶

type AnimLoopMode int32

AnimLoopMode ...

type Attrib ¶

type Attrib int32

Attrib ...

type AttribType ¶

type AttribType int32

AttribType ...

type AudioFrameFormat ¶

type AudioFrameFormat int32

AudioFrameFormat ...

type Axis ¶

type Axis uint8

Axis ...

type BackbufferRatio ¶

type BackbufferRatio int32

BackbufferRatio ...

type BlendMode ¶

type BlendMode int32

BlendMode ...

func GetMaterialBlendMode ¶

func GetMaterialBlendMode(mat *Material) BlendMode

GetMaterialBlendMode Return a material blending mode.

type Bloom ¶

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

Bloom Bloom post-process object holding internal states and resources. Create with harfang.CreateBloomFromAssets or harfang.CreateBloomFromFile, use with harfang.ApplyBloom, finally call harfang.DestroyBloom to dispose of resources when done.

func CreateBloomFromAssets ¶

func CreateBloomFromAssets(path string, ratio BackbufferRatio) *Bloom

CreateBloomFromAssets ...

func CreateBloomFromFile ¶

func CreateBloomFromFile(path string, ratio BackbufferRatio) *Bloom

CreateBloomFromFile ...

func (*Bloom) Free ¶

func (pointer *Bloom) Free()

Free ...

func (*Bloom) IsNil ¶

func (pointer *Bloom) IsNil() bool

IsNil ...

type Camera ¶

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

Camera Add this component to a harfang.Node to implement the camera aspect. Create a camera component with harfang.Scene_CreateCamera, use harfang.CreateCamera to create a complete camera node.

func (*Camera) Eq ¶

func (pointer *Camera) Eq(c *Camera) bool

Eq ...

func (*Camera) Free ¶

func (pointer *Camera) Free()

Free ...

func (*Camera) GetFov ¶

func (pointer *Camera) GetFov() float32

GetFov Return the camera field of view.

func (*Camera) GetIsOrthographic ¶

func (pointer *Camera) GetIsOrthographic() bool

GetIsOrthographic Return `true` if orthographic projection is used, `false` if perspective projection.

func (*Camera) GetSize ¶

func (pointer *Camera) GetSize() float32

GetSize ...

func (*Camera) GetZFar ¶

func (pointer *Camera) GetZFar() float32

GetZFar Return the camera far clipping plane.

func (*Camera) GetZNear ¶

func (pointer *Camera) GetZNear() float32

GetZNear Return the camera near clipping plane.

func (*Camera) GetZRange ¶

func (pointer *Camera) GetZRange() *CameraZRange

GetZRange ...

func (*Camera) IsNil ¶

func (pointer *Camera) IsNil() bool

IsNil ...

func (*Camera) IsValid ¶

func (pointer *Camera) IsValid() bool

IsValid ...

func (*Camera) SetFov ¶

func (pointer *Camera) SetFov(v float32)

SetFov Set the camera field of view.

func (*Camera) SetIsOrthographic ¶

func (pointer *Camera) SetIsOrthographic(v bool)

SetIsOrthographic Configure the camera to use orthographic or perspective projection.

func (*Camera) SetSize ¶

func (pointer *Camera) SetSize(v float32)

SetSize ...

func (*Camera) SetZFar ¶

func (pointer *Camera) SetZFar(v float32)

SetZFar Set the camera far clipping plane.

func (*Camera) SetZNear ¶

func (pointer *Camera) SetZNear(v float32)

SetZNear Set the camera near clipping plane.

func (*Camera) SetZRange ¶

func (pointer *Camera) SetZRange(z *CameraZRange)

SetZRange ...

type CameraZRange ¶

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

CameraZRange ...

func NewCameraZRange ¶

func NewCameraZRange() *CameraZRange

NewCameraZRange ...

func (*CameraZRange) Free ¶

func (pointer *CameraZRange) Free()

Free ...

func (*CameraZRange) GetZfar ¶

func (pointer *CameraZRange) GetZfar() float32

GetZfar ...

func (*CameraZRange) GetZnear ¶

func (pointer *CameraZRange) GetZnear() float32

GetZnear ...

func (*CameraZRange) IsNil ¶

func (pointer *CameraZRange) IsNil() bool

IsNil ...

func (*CameraZRange) SetZfar ¶

func (pointer *CameraZRange) SetZfar(v float32)

SetZfar ...

func (*CameraZRange) SetZnear ¶

func (pointer *CameraZRange) SetZnear(v float32)

SetZnear ...

type Canvas ¶

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

Canvas Holds the canvas properties of a scene, see the `canvas` member of class harfang.Scene.

func (*Canvas) Free ¶

func (pointer *Canvas) Free()

Free ...

func (*Canvas) GetClearColor ¶

func (pointer *Canvas) GetClearColor() bool

GetClearColor ...

func (*Canvas) GetClearZ ¶

func (pointer *Canvas) GetClearZ() bool

GetClearZ ...

func (*Canvas) GetColor ¶

func (pointer *Canvas) GetColor() *Color

GetColor ...

func (*Canvas) IsNil ¶

func (pointer *Canvas) IsNil() bool

IsNil ...

func (*Canvas) SetClearColor ¶

func (pointer *Canvas) SetClearColor(v bool)

SetClearColor ...

func (*Canvas) SetClearZ ¶

func (pointer *Canvas) SetClearZ(v bool)

SetClearZ ...

func (*Canvas) SetColor ¶

func (pointer *Canvas) SetColor(v *Color)

SetColor ...

type ClearFlags ¶

type ClearFlags uint16

ClearFlags ...

type Collision ¶

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

Collision Collision component, see [harfang.man.Physics].

func (*Collision) Eq ¶

func (pointer *Collision) Eq(c *Collision) bool

Eq ...

func (*Collision) Free ¶

func (pointer *Collision) Free()

Free ...

func (*Collision) GetCollisionResource ¶

func (pointer *Collision) GetCollisionResource() string

GetCollisionResource ...

func (*Collision) GetHeight ¶

func (pointer *Collision) GetHeight() float32

GetHeight ...

func (*Collision) GetLocalTransform ¶

func (pointer *Collision) GetLocalTransform() *Mat4

GetLocalTransform ...

func (*Collision) GetMass ¶

func (pointer *Collision) GetMass() float32

GetMass Return the collision shape mass in Kg.

func (*Collision) GetRadius ¶

func (pointer *Collision) GetRadius() float32

GetRadius ...

func (*Collision) GetType ¶

func (pointer *Collision) GetType() CollisionType

GetType Return the harfang.CollisionType of a harfang.Collision component.

func (*Collision) IsNil ¶

func (pointer *Collision) IsNil() bool

IsNil ...

func (*Collision) IsValid ¶

func (pointer *Collision) IsValid() bool

IsValid ...

func (*Collision) SetCollisionResource ¶

func (pointer *Collision) SetCollisionResource(path string)

SetCollisionResource ...

func (*Collision) SetHeight ¶

func (pointer *Collision) SetHeight(height float32)

SetHeight ...

func (*Collision) SetLocalTransform ¶

func (pointer *Collision) SetLocalTransform(m *Mat4)

SetLocalTransform ...

func (*Collision) SetMass ¶

func (pointer *Collision) SetMass(mass float32)

SetMass Set the collision shape mass in Kg.

func (*Collision) SetRadius ¶

func (pointer *Collision) SetRadius(radius float32)

SetRadius ...

func (*Collision) SetSize ¶

func (pointer *Collision) SetSize(size *Vec3)

SetSize ...

func (*Collision) SetType ¶

func (pointer *Collision) SetType(typeGo CollisionType)

SetType Set the harfang.CollisionType of a harfang.Collision component.

type CollisionEventTrackingMode ¶

type CollisionEventTrackingMode uint8

CollisionEventTrackingMode ...

type CollisionType ¶

type CollisionType uint8

CollisionType ...

type Color ¶

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

Color Four-component RGBA color object.

func AlphaScale ¶

func AlphaScale(color *Color, k float32) *Color

AlphaScale Scale the alpha component of the input color.

func ChromaScale ¶

func ChromaScale(color *Color, k float32) *Color

ChromaScale Return a copy of the color with its saturation scaled as specified.

func ClampWithColor ¶

func ClampWithColor(color *Color, min float32, max float32) *Color

ClampWithColor Return a vector whose elements are equal to the vector elements clipped to the specified interval.

func ClampWithColorMinMax ¶

func ClampWithColorMinMax(color *Color, min *Color, max *Color) *Color

ClampWithColorMinMax Return a vector whose elements are equal to the vector elements clipped to the specified interval.

func ColorFromABGR32 ¶

func ColorFromABGR32(rgba32 uint32) *Color

ColorFromABGR32 Create a color from a 32 bit ABGR integer.

func ColorFromRGBA32 ¶

func ColorFromRGBA32(rgba32 uint32) *Color

ColorFromRGBA32 Create a color from a 32 bit RGBA integer.

func ColorFromVector3 ¶

func ColorFromVector3(v *Vec3) *Color

ColorFromVector3 Create a color from a 3d vector, alpha defaults to 1.

func ColorFromVector4 ¶

func ColorFromVector4(v *Vec4) *Color

ColorFromVector4 Return a 4-dimensional vector as a color.

func ColorGetBlack ¶

func ColorGetBlack() *Color

ColorGetBlack ...

func ColorGetBlue ¶

func ColorGetBlue() *Color

ColorGetBlue ...

func ColorGetGreen ¶

func ColorGetGreen() *Color

ColorGetGreen ...

func ColorGetGrey ¶

func ColorGetGrey() *Color

ColorGetGrey ...

func ColorGetOne ¶

func ColorGetOne() *Color

ColorGetOne ...

func ColorGetOrange ¶

func ColorGetOrange() *Color

ColorGetOrange ...

func ColorGetPurple ¶

func ColorGetPurple() *Color

ColorGetPurple ...

func ColorGetRed ¶

func ColorGetRed() *Color

ColorGetRed ...

func ColorGetTransparent ¶

func ColorGetTransparent() *Color

ColorGetTransparent ...

func ColorGetWhite ¶

func ColorGetWhite() *Color

ColorGetWhite ...

func ColorGetYellow ¶

func ColorGetYellow() *Color

ColorGetYellow ...

func ColorGetZero ¶

func ColorGetZero() *Color

ColorGetZero ...

func ColorI ¶

func ColorI(r int32, g int32, b int32) *Color

ColorI Create a color from integer values in the [harfang.0;255] range.

func ColorIWithA ¶

func ColorIWithA(r int32, g int32, b int32, a int32) *Color

ColorIWithA Create a color from integer values in the [harfang.0;255] range.

func FromHLS ¶

func FromHLS(color *Color) *Color

FromHLS Convert input hue/luminance/saturation color to RGBA, alpha channel is left unmodified.

func NewColor ¶

func NewColor() *Color

NewColor Four-component RGBA color object.

func NewColorWithColor ¶

func NewColorWithColor(color *Color) *Color

NewColorWithColor Four-component RGBA color object.

func NewColorWithRGB ¶

func NewColorWithRGB(r float32, g float32, b float32) *Color

NewColorWithRGB Four-component RGBA color object.

func NewColorWithRGBA ¶

func NewColorWithRGBA(r float32, g float32, b float32, a float32) *Color

NewColorWithRGBA Four-component RGBA color object.

func SetSaturation ¶

func SetSaturation(color *Color, saturation float32) *Color

SetSaturation Return a copy of the input RGBA color with its saturation set to the specified value, alpha channel is left unmodified. See harfang.ToHLS and harfang.FromHLS.

func ToHLS ¶

func ToHLS(color *Color) *Color

ToHLS Convert input RGBA color to hue/luminance/saturation, alpha channel is left unmodified.

func (*Color) Add ¶

func (pointer *Color) Add(color *Color) *Color

Add ...

func (*Color) AddWithK ¶

func (pointer *Color) AddWithK(k float32) *Color

AddWithK ...

func (*Color) Div ¶

func (pointer *Color) Div(color *Color) *Color

Div ...

func (*Color) DivWithK ¶

func (pointer *Color) DivWithK(k float32) *Color

DivWithK ...

func (*Color) Eq ¶

func (pointer *Color) Eq(color *Color) bool

Eq ...

func (*Color) Free ¶

func (pointer *Color) Free()

Free ...

func (*Color) GetA ¶

func (pointer *Color) GetA() float32

GetA ...

func (*Color) GetB ¶

func (pointer *Color) GetB() float32

GetB ...

func (*Color) GetBlack ¶

func (pointer *Color) GetBlack() *Color

GetBlack ...

func (*Color) GetBlue ¶

func (pointer *Color) GetBlue() *Color

GetBlue ...

func (*Color) GetG ¶

func (pointer *Color) GetG() float32

GetG ...

func (*Color) GetGreen ¶

func (pointer *Color) GetGreen() *Color

GetGreen ...

func (*Color) GetGrey ¶

func (pointer *Color) GetGrey() *Color

GetGrey ...

func (*Color) GetOne ¶

func (pointer *Color) GetOne() *Color

GetOne ...

func (*Color) GetOrange ¶

func (pointer *Color) GetOrange() *Color

GetOrange ...

func (*Color) GetPurple ¶

func (pointer *Color) GetPurple() *Color

GetPurple ...

func (*Color) GetR ¶

func (pointer *Color) GetR() float32

GetR ...

func (*Color) GetRed ¶

func (pointer *Color) GetRed() *Color

GetRed ...

func (*Color) GetTransparent ¶

func (pointer *Color) GetTransparent() *Color

GetTransparent ...

func (*Color) GetWhite ¶

func (pointer *Color) GetWhite() *Color

GetWhite ...

func (*Color) GetYellow ¶

func (pointer *Color) GetYellow() *Color

GetYellow ...

func (*Color) GetZero ¶

func (pointer *Color) GetZero() *Color

GetZero ...

func (*Color) InplaceAdd ¶

func (pointer *Color) InplaceAdd(color *Color)

InplaceAdd ...

func (*Color) InplaceAddWithK ¶

func (pointer *Color) InplaceAddWithK(k float32)

InplaceAddWithK ...

func (*Color) InplaceDiv ¶

func (pointer *Color) InplaceDiv(color *Color)

InplaceDiv ...

func (*Color) InplaceDivWithK ¶

func (pointer *Color) InplaceDivWithK(k float32)

InplaceDivWithK ...

func (*Color) InplaceMul ¶

func (pointer *Color) InplaceMul(color *Color)

InplaceMul ...

func (*Color) InplaceMulWithK ¶

func (pointer *Color) InplaceMulWithK(k float32)

InplaceMulWithK ...

func (*Color) InplaceSub ¶

func (pointer *Color) InplaceSub(color *Color)

InplaceSub ...

func (*Color) InplaceSubWithK ¶

func (pointer *Color) InplaceSubWithK(k float32)

InplaceSubWithK ...

func (*Color) IsNil ¶

func (pointer *Color) IsNil() bool

IsNil ...

func (*Color) Mul ¶

func (pointer *Color) Mul(color *Color) *Color

Mul ...

func (*Color) MulWithK ¶

func (pointer *Color) MulWithK(k float32) *Color

MulWithK ...

func (*Color) Ne ¶

func (pointer *Color) Ne(color *Color) bool

Ne ...

func (*Color) SetA ¶

func (pointer *Color) SetA(v float32)

SetA ...

func (*Color) SetB ¶

func (pointer *Color) SetB(v float32)

SetB ...

func (*Color) SetG ¶

func (pointer *Color) SetG(v float32)

SetG ...

func (*Color) SetR ¶

func (pointer *Color) SetR(v float32)

SetR ...

func (*Color) Sub ¶

func (pointer *Color) Sub(color *Color) *Color

Sub ...

func (*Color) SubWithK ¶

func (pointer *Color) SubWithK(k float32) *Color

SubWithK ...

type ColorList ¶

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

ColorList ...

func NewColorList ¶

func NewColorList() *ColorList

NewColorList ...

func NewColorListWithSequence ¶

func NewColorListWithSequence(sequence GoSliceOfColor) *ColorList

NewColorListWithSequence ...

func (*ColorList) At ¶

func (pointer *ColorList) At(idx int32) *Color

At ...

func (*ColorList) Clear ¶

func (pointer *ColorList) Clear()

Clear ...

func (*ColorList) Free ¶

func (pointer *ColorList) Free()

Free ...

func (*ColorList) Get ¶

func (pointer *ColorList) Get(id int) *Color

Get ...

func (*ColorList) IsNil ¶

func (pointer *ColorList) IsNil() bool

IsNil ...

func (*ColorList) Len ¶

func (pointer *ColorList) Len() int32

Len ...

func (*ColorList) PushBack ¶

func (pointer *ColorList) PushBack(v *Color)

PushBack ...

func (*ColorList) Reserve ¶

func (pointer *ColorList) Reserve(size int32)

Reserve ...

func (*ColorList) Set ¶

func (pointer *ColorList) Set(id int, v *Color)

Set ...

func (*ColorList) Size ¶

func (pointer *ColorList) Size() int32

Size ...

type Contact ¶

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

Contact Object containing the world space position, normal and depth of a contact as reported by the collision system.

func (*Contact) Free ¶

func (pointer *Contact) Free()

Free ...

func (*Contact) GetD ¶

func (pointer *Contact) GetD() float32

GetD ...

func (*Contact) GetN ¶

func (pointer *Contact) GetN() *Vec3

GetN ...

func (*Contact) GetP ¶

func (pointer *Contact) GetP() *Vec3

GetP ...

func (*Contact) IsNil ¶

func (pointer *Contact) IsNil() bool

IsNil ...

func (*Contact) SetD ¶

func (pointer *Contact) SetD(v float32)

SetD ...

func (*Contact) SetN ¶

func (pointer *Contact) SetN(v *Vec3)

SetN ...

func (*Contact) SetP ¶

func (pointer *Contact) SetP(v *Vec3)

SetP ...

type ContactList ¶

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

ContactList ...

func GetNodePairContacts ¶

func GetNodePairContacts(first *Node, second *Node, nodepaircontacts *NodePairContacts) *ContactList

GetNodePairContacts ...

func NewContactList ¶

func NewContactList() *ContactList

NewContactList ...

func NewContactListWithSequence ¶

func NewContactListWithSequence(sequence GoSliceOfContact) *ContactList

NewContactListWithSequence ...

func (*ContactList) At ¶

func (pointer *ContactList) At(idx int32) *Contact

At ...

func (*ContactList) Clear ¶

func (pointer *ContactList) Clear()

Clear ...

func (*ContactList) Free ¶

func (pointer *ContactList) Free()

Free ...

func (*ContactList) Get ¶

func (pointer *ContactList) Get(id int) *Contact

Get ...

func (*ContactList) IsNil ¶

func (pointer *ContactList) IsNil() bool

IsNil ...

func (*ContactList) Len ¶

func (pointer *ContactList) Len() int32

Len ...

func (*ContactList) PushBack ¶

func (pointer *ContactList) PushBack(v *Contact)

PushBack ...

func (*ContactList) Reserve ¶

func (pointer *ContactList) Reserve(size int32)

Reserve ...

func (*ContactList) Set ¶

func (pointer *ContactList) Set(id int, v *Contact)

Set ...

func (*ContactList) Size ¶

func (pointer *ContactList) Size() int32

Size ...

type Data ¶

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

Data ...

func NewData ¶

func NewData() *Data

NewData ...

func (*Data) Free ¶

func (pointer *Data) Free()

Free ...

func (*Data) GetSize ¶

func (pointer *Data) GetSize() int32

GetSize ...

func (*Data) IsNil ¶

func (pointer *Data) IsNil() bool

IsNil ...

func (*Data) Rewind ¶

func (pointer *Data) Rewind()

Rewind ...

type DearImguiContext ¶

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

DearImguiContext Context to render immediate GUI.

func ImGuiInitContext ¶

func ImGuiInitContext(fontsize float32, imguiprogram *ProgramHandle, imguiimageprogram *ProgramHandle) *DearImguiContext

ImGuiInitContext Initialize an ImGui context. This function must be called once before any other ImGui function using the context. See harfang.ImGuiInit.

func (*DearImguiContext) Free ¶

func (pointer *DearImguiContext) Free()

Free ...

func (*DearImguiContext) IsNil ¶

func (pointer *DearImguiContext) IsNil() bool

IsNil ...

type DebugFlags ¶

type DebugFlags uint32

DebugFlags ...

type DepthTest ¶

type DepthTest int32

DepthTest ...

func GetMaterialDepthTest ¶

func GetMaterialDepthTest(mat *Material) DepthTest

GetMaterialDepthTest Return a material depth test function.

type DirEntry ¶

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

DirEntry ...

func (*DirEntry) Free ¶

func (pointer *DirEntry) Free()

Free ...

func (*DirEntry) GetName ¶

func (pointer *DirEntry) GetName() string

GetName ...

func (*DirEntry) GetType ¶

func (pointer *DirEntry) GetType() int32

GetType ...

func (*DirEntry) IsNil ¶

func (pointer *DirEntry) IsNil() bool

IsNil ...

func (*DirEntry) SetName ¶

func (pointer *DirEntry) SetName(v string)

SetName ...

func (*DirEntry) SetType ¶

func (pointer *DirEntry) SetType(v int32)

SetType ...

type DirEntryList ¶

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

DirEntryList ...

func ListDir ¶

func ListDir(path string, typeGo DirEntryType) *DirEntryList

ListDir Get the content of a directory on the local filesystem, this function does not recurse into subfolders. See harfang.ListDirRecursive.

func ListDirRecursive ¶

func ListDirRecursive(path string, typeGo DirEntryType) *DirEntryList

ListDirRecursive Get the content of a directory on the local filesystem, this function recurses into subfolders. See harfang.ListDir.

func NewDirEntryList ¶

func NewDirEntryList() *DirEntryList

NewDirEntryList ...

func NewDirEntryListWithSequence ¶

func NewDirEntryListWithSequence(sequence GoSliceOfDirEntry) *DirEntryList

NewDirEntryListWithSequence ...

func (*DirEntryList) At ¶

func (pointer *DirEntryList) At(idx int32) *DirEntry

At ...

func (*DirEntryList) Clear ¶

func (pointer *DirEntryList) Clear()

Clear ...

func (*DirEntryList) Free ¶

func (pointer *DirEntryList) Free()

Free ...

func (*DirEntryList) Get ¶

func (pointer *DirEntryList) Get(id int) *DirEntry

Get ...

func (*DirEntryList) IsNil ¶

func (pointer *DirEntryList) IsNil() bool

IsNil ...

func (*DirEntryList) Len ¶

func (pointer *DirEntryList) Len() int32

Len ...

func (*DirEntryList) PushBack ¶

func (pointer *DirEntryList) PushBack(v *DirEntry)

PushBack ...

func (*DirEntryList) Reserve ¶

func (pointer *DirEntryList) Reserve(size int32)

Reserve ...

func (*DirEntryList) Set ¶

func (pointer *DirEntryList) Set(id int, v *DirEntry)

Set ...

func (*DirEntryList) Size ¶

func (pointer *DirEntryList) Size() int32

Size ...

type DirEntryType ¶

type DirEntryType int32

DirEntryType ...

type DrawTextHAlign ¶

type DrawTextHAlign int32

DrawTextHAlign ...

type DrawTextVAlign ¶

type DrawTextVAlign int32

DrawTextVAlign ...

type Easing ¶

type Easing uint8

Easing ...

type Environment ¶

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

Environment Environment properties of a scene, see `environment` member of the harfang.Scene class.

func (*Environment) Free ¶

func (pointer *Environment) Free()

Free ...

func (*Environment) GetAmbient ¶

func (pointer *Environment) GetAmbient() *Color

GetAmbient ...

func (*Environment) GetBrdfMap ¶

func (pointer *Environment) GetBrdfMap() *TextureRef

GetBrdfMap ...

func (*Environment) GetFogColor ¶

func (pointer *Environment) GetFogColor() *Color

GetFogColor ...

func (*Environment) GetFogFar ¶

func (pointer *Environment) GetFogFar() float32

GetFogFar ...

func (*Environment) GetFogNear ¶

func (pointer *Environment) GetFogNear() float32

GetFogNear ...

func (*Environment) IsNil ¶

func (pointer *Environment) IsNil() bool

IsNil ...

func (*Environment) SetAmbient ¶

func (pointer *Environment) SetAmbient(v *Color)

SetAmbient ...

func (*Environment) SetBrdfMap ¶

func (pointer *Environment) SetBrdfMap(v *TextureRef)

SetBrdfMap ...

func (*Environment) SetFogColor ¶

func (pointer *Environment) SetFogColor(v *Color)

SetFogColor ...

func (*Environment) SetFogFar ¶

func (pointer *Environment) SetFogFar(v float32)

SetFogFar ...

func (*Environment) SetFogNear ¶

func (pointer *Environment) SetFogNear(v float32)

SetFogNear ...

type FaceCulling ¶

type FaceCulling int32

FaceCulling ...

func GetMaterialFaceCulling ¶

func GetMaterialFaceCulling(mat *Material) FaceCulling

GetMaterialFaceCulling Return a material culling mode.

type File ¶

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

File Interface to a file on the host local filesystem.

func Open ¶

func Open(path string) *File

Open Open a file in binary mode. See harfang.OpenText, harfang.OpenWrite, harfang.OpenWriteText

func OpenTemp ¶

func OpenTemp(templatepath string) *File

OpenTemp Return a handle to a temporary file on the local filesystem.

func OpenText ¶

func OpenText(path string) *File

OpenText Open a file as text. Return a handle to the opened file. See harfang.Open, harfang.OpenWrite, harfang.OpenWriteText

func OpenWrite ¶

func OpenWrite(path string) *File

OpenWrite Open a file as binary in write mode. See harfang.Open, harfang.OpenText, harfang.OpenWriteText

func OpenWriteText ¶

func OpenWriteText(path string) *File

OpenWriteText Open a file as text in write mode. See harfang.Open, harfang.OpenText, harfang.OpenWrite

func (*File) Free ¶

func (pointer *File) Free()

Free ...

func (*File) IsNil ¶

func (pointer *File) IsNil() bool

IsNil ...

type FileFilter ¶

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

FileFilter ...

func (*FileFilter) Free ¶

func (pointer *FileFilter) Free()

Free ...

func (*FileFilter) GetName ¶

func (pointer *FileFilter) GetName() string

GetName ...

func (*FileFilter) GetPattern ¶

func (pointer *FileFilter) GetPattern() string

GetPattern ...

func (*FileFilter) IsNil ¶

func (pointer *FileFilter) IsNil() bool

IsNil ...

func (*FileFilter) SetName ¶

func (pointer *FileFilter) SetName(v string)

SetName ...

func (*FileFilter) SetPattern ¶

func (pointer *FileFilter) SetPattern(v string)

SetPattern ...

type FileFilterList ¶

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

FileFilterList ...

func NewFileFilterList ¶

func NewFileFilterList() *FileFilterList

NewFileFilterList ...

func NewFileFilterListWithSequence ¶

func NewFileFilterListWithSequence(sequence GoSliceOfFileFilter) *FileFilterList

NewFileFilterListWithSequence ...

func (*FileFilterList) At ¶

func (pointer *FileFilterList) At(idx int32) *FileFilter

At ...

func (*FileFilterList) Clear ¶

func (pointer *FileFilterList) Clear()

Clear ...

func (*FileFilterList) Free ¶

func (pointer *FileFilterList) Free()

Free ...

func (*FileFilterList) Get ¶

func (pointer *FileFilterList) Get(id int) *FileFilter

Get ...

func (*FileFilterList) IsNil ¶

func (pointer *FileFilterList) IsNil() bool

IsNil ...

func (*FileFilterList) Len ¶

func (pointer *FileFilterList) Len() int32

Len ...

func (*FileFilterList) PushBack ¶

func (pointer *FileFilterList) PushBack(v *FileFilter)

PushBack ...

func (*FileFilterList) Reserve ¶

func (pointer *FileFilterList) Reserve(size int32)

Reserve ...

func (*FileFilterList) Set ¶

func (pointer *FileFilterList) Set(id int, v *FileFilter)

Set ...

func (*FileFilterList) Size ¶

func (pointer *FileFilterList) Size() int32

Size ...

type Font ¶

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

Font Font object for realtime rendering.

func LoadFontFromAssets ¶

func LoadFontFromAssets(name string) *Font

LoadFontFromAssets Load a TrueType (TTF) font from the assets system. See [harfang.man.Assets].

func LoadFontFromAssetsWithSize ¶

func LoadFontFromAssetsWithSize(name string, size float32) *Font

LoadFontFromAssetsWithSize Load a TrueType (TTF) font from the assets system. See [harfang.man.Assets].

func LoadFontFromAssetsWithSizeResolution ¶

func LoadFontFromAssetsWithSizeResolution(name string, size float32, resolution uint16) *Font

LoadFontFromAssetsWithSizeResolution Load a TrueType (TTF) font from the assets system. See [harfang.man.Assets].

func LoadFontFromAssetsWithSizeResolutionPadding ¶

func LoadFontFromAssetsWithSizeResolutionPadding(name string, size float32, resolution uint16, padding int32) *Font

LoadFontFromAssetsWithSizeResolutionPadding Load a TrueType (TTF) font from the assets system. See [harfang.man.Assets].

func LoadFontFromAssetsWithSizeResolutionPaddingGlyphs ¶

func LoadFontFromAssetsWithSizeResolutionPaddingGlyphs(name string, size float32, resolution uint16, padding int32, glyphs string) *Font

LoadFontFromAssetsWithSizeResolutionPaddingGlyphs Load a TrueType (TTF) font from the assets system. See [harfang.man.Assets].

func LoadFontFromFile ¶

func LoadFontFromFile(path string) *Font

LoadFontFromFile Load a TrueType (TTF) font from the local filesystem. See [harfang.man.Assets].

func LoadFontFromFileWithSize ¶

func LoadFontFromFileWithSize(path string, size float32) *Font

LoadFontFromFileWithSize Load a TrueType (TTF) font from the local filesystem. See [harfang.man.Assets].

func LoadFontFromFileWithSizeResolution ¶

func LoadFontFromFileWithSizeResolution(path string, size float32, resolution uint16) *Font

LoadFontFromFileWithSizeResolution Load a TrueType (TTF) font from the local filesystem. See [harfang.man.Assets].

func LoadFontFromFileWithSizeResolutionPadding ¶

func LoadFontFromFileWithSizeResolutionPadding(path string, size float32, resolution uint16, padding int32) *Font

LoadFontFromFileWithSizeResolutionPadding Load a TrueType (TTF) font from the local filesystem. See [harfang.man.Assets].

func LoadFontFromFileWithSizeResolutionPaddingGlyphs ¶

func LoadFontFromFileWithSizeResolutionPaddingGlyphs(path string, size float32, resolution uint16, padding int32, glyphs string) *Font

LoadFontFromFileWithSizeResolutionPaddingGlyphs Load a TrueType (TTF) font from the local filesystem. See [harfang.man.Assets].

func (*Font) Free ¶

func (pointer *Font) Free()

Free ...

func (*Font) IsNil ¶

func (pointer *Font) IsNil() bool

IsNil ...

type ForwardPipeline ¶

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

ForwardPipeline Rendering pipeline implementing a forward rendering strategy. The main characteristics of this pipeline are: - Render in two passes: opaque display lists then transparent ones. - Fixed 8 light slots supporting 1 linear light with PSSM shadow mapping, 1 spot with shadow mapping and up to 6 point lights with no shadow mapping.

func CastPipelineToForwardPipeline ¶

func CastPipelineToForwardPipeline(o *Pipeline) *ForwardPipeline

CastPipelineToForwardPipeline ...

func CreateForwardPipeline ¶

func CreateForwardPipeline() *ForwardPipeline

CreateForwardPipeline Create a forward pipeline and its resources. See harfang.DestroyForwardPipeline.

func CreateForwardPipelineWithShadowMapResolution ¶

func CreateForwardPipelineWithShadowMapResolution(shadowmapresolution int32) *ForwardPipeline

CreateForwardPipelineWithShadowMapResolution Create a forward pipeline and its resources. See harfang.DestroyForwardPipeline.

func CreateForwardPipelineWithShadowMapResolutionSpot16bitShadowMap ¶

func CreateForwardPipelineWithShadowMapResolutionSpot16bitShadowMap(shadowmapresolution int32, spot16bitshadowmap bool) *ForwardPipeline

CreateForwardPipelineWithShadowMapResolutionSpot16bitShadowMap Create a forward pipeline and its resources. See harfang.DestroyForwardPipeline.

func (*ForwardPipeline) Free ¶

func (pointer *ForwardPipeline) Free()

Free ...

func (*ForwardPipeline) IsNil ¶

func (pointer *ForwardPipeline) IsNil() bool

IsNil ...

type ForwardPipelineAAA ¶

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

ForwardPipelineAAA ...

func CreateForwardPipelineAAAFromAssets ¶

func CreateForwardPipelineAAAFromAssets(path string, config *ForwardPipelineAAAConfig) *ForwardPipelineAAA

CreateForwardPipelineAAAFromAssets ...

func CreateForwardPipelineAAAFromAssetsWithSsgiRatio ¶

func CreateForwardPipelineAAAFromAssetsWithSsgiRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio) *ForwardPipelineAAA

CreateForwardPipelineAAAFromAssetsWithSsgiRatio ...

func CreateForwardPipelineAAAFromAssetsWithSsgiRatioSsrRatio ¶

func CreateForwardPipelineAAAFromAssetsWithSsgiRatioSsrRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio, ssrratio BackbufferRatio) *ForwardPipelineAAA

CreateForwardPipelineAAAFromAssetsWithSsgiRatioSsrRatio ...

func CreateForwardPipelineAAAFromFile ¶

func CreateForwardPipelineAAAFromFile(path string, config *ForwardPipelineAAAConfig) *ForwardPipelineAAA

CreateForwardPipelineAAAFromFile ...

func CreateForwardPipelineAAAFromFileWithSsgiRatio ¶

func CreateForwardPipelineAAAFromFileWithSsgiRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio) *ForwardPipelineAAA

CreateForwardPipelineAAAFromFileWithSsgiRatio ...

func CreateForwardPipelineAAAFromFileWithSsgiRatioSsrRatio ¶

func CreateForwardPipelineAAAFromFileWithSsgiRatioSsrRatio(path string, config *ForwardPipelineAAAConfig, ssgiratio BackbufferRatio, ssrratio BackbufferRatio) *ForwardPipelineAAA

CreateForwardPipelineAAAFromFileWithSsgiRatioSsrRatio ...

func (*ForwardPipelineAAA) Flip ¶

func (pointer *ForwardPipelineAAA) Flip(viewstate *ViewState)

Flip ...

func (*ForwardPipelineAAA) Free ¶

func (pointer *ForwardPipelineAAA) Free()

Free ...

func (*ForwardPipelineAAA) IsNil ¶

func (pointer *ForwardPipelineAAA) IsNil() bool

IsNil ...

type ForwardPipelineAAAConfig ¶

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

ForwardPipelineAAAConfig ...

func NewForwardPipelineAAAConfig ¶

func NewForwardPipelineAAAConfig() *ForwardPipelineAAAConfig

NewForwardPipelineAAAConfig ...

func (*ForwardPipelineAAAConfig) Free ¶

func (pointer *ForwardPipelineAAAConfig) Free()

Free ...

func (*ForwardPipelineAAAConfig) GetBloomBias ¶

func (pointer *ForwardPipelineAAAConfig) GetBloomBias() float32

GetBloomBias ...

func (*ForwardPipelineAAAConfig) GetBloomIntensity ¶

func (pointer *ForwardPipelineAAAConfig) GetBloomIntensity() float32

GetBloomIntensity ...

func (*ForwardPipelineAAAConfig) GetBloomThreshold ¶

func (pointer *ForwardPipelineAAAConfig) GetBloomThreshold() float32

GetBloomThreshold ...

func (*ForwardPipelineAAAConfig) GetExposure ¶

func (pointer *ForwardPipelineAAAConfig) GetExposure() float32

GetExposure ...

func (*ForwardPipelineAAAConfig) GetGamma ¶

func (pointer *ForwardPipelineAAAConfig) GetGamma() float32

GetGamma ...

func (*ForwardPipelineAAAConfig) GetMaxDistance ¶

func (pointer *ForwardPipelineAAAConfig) GetMaxDistance() float32

GetMaxDistance ...

func (*ForwardPipelineAAAConfig) GetMotionBlur ¶

func (pointer *ForwardPipelineAAAConfig) GetMotionBlur() float32

GetMotionBlur ...

func (*ForwardPipelineAAAConfig) GetSampleCount ¶

func (pointer *ForwardPipelineAAAConfig) GetSampleCount() int32

GetSampleCount ...

func (*ForwardPipelineAAAConfig) GetTemporalAaWeight ¶

func (pointer *ForwardPipelineAAAConfig) GetTemporalAaWeight() float32

GetTemporalAaWeight ...

func (*ForwardPipelineAAAConfig) GetZThickness ¶

func (pointer *ForwardPipelineAAAConfig) GetZThickness() float32

GetZThickness ...

func (*ForwardPipelineAAAConfig) IsNil ¶

func (pointer *ForwardPipelineAAAConfig) IsNil() bool

IsNil ...

func (*ForwardPipelineAAAConfig) SetBloomBias ¶

func (pointer *ForwardPipelineAAAConfig) SetBloomBias(v float32)

SetBloomBias ...

func (*ForwardPipelineAAAConfig) SetBloomIntensity ¶

func (pointer *ForwardPipelineAAAConfig) SetBloomIntensity(v float32)

SetBloomIntensity ...

func (*ForwardPipelineAAAConfig) SetBloomThreshold ¶

func (pointer *ForwardPipelineAAAConfig) SetBloomThreshold(v float32)

SetBloomThreshold ...

func (*ForwardPipelineAAAConfig) SetExposure ¶

func (pointer *ForwardPipelineAAAConfig) SetExposure(v float32)

SetExposure ...

func (*ForwardPipelineAAAConfig) SetGamma ¶

func (pointer *ForwardPipelineAAAConfig) SetGamma(v float32)

SetGamma ...

func (*ForwardPipelineAAAConfig) SetMaxDistance ¶

func (pointer *ForwardPipelineAAAConfig) SetMaxDistance(v float32)

SetMaxDistance ...

func (*ForwardPipelineAAAConfig) SetMotionBlur ¶

func (pointer *ForwardPipelineAAAConfig) SetMotionBlur(v float32)

SetMotionBlur ...

func (*ForwardPipelineAAAConfig) SetSampleCount ¶

func (pointer *ForwardPipelineAAAConfig) SetSampleCount(v int32)

SetSampleCount ...

func (*ForwardPipelineAAAConfig) SetTemporalAaWeight ¶

func (pointer *ForwardPipelineAAAConfig) SetTemporalAaWeight(v float32)

SetTemporalAaWeight ...

func (*ForwardPipelineAAAConfig) SetZThickness ¶

func (pointer *ForwardPipelineAAAConfig) SetZThickness(v float32)

SetZThickness ...

type ForwardPipelineAAADebugBuffer ¶

type ForwardPipelineAAADebugBuffer int32

ForwardPipelineAAADebugBuffer ...

type ForwardPipelineFog ¶

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

ForwardPipelineFog Fog properties for the forward pipeline.

func GetSceneForwardPipelineFog ¶

func GetSceneForwardPipelineFog(scene *Scene) *ForwardPipelineFog

GetSceneForwardPipelineFog ...

func NewForwardPipelineFog ¶

func NewForwardPipelineFog() *ForwardPipelineFog

NewForwardPipelineFog Fog properties for the forward pipeline.

func (*ForwardPipelineFog) Free ¶

func (pointer *ForwardPipelineFog) Free()

Free ...

func (*ForwardPipelineFog) GetColor ¶

func (pointer *ForwardPipelineFog) GetColor() *Color

GetColor ...

func (*ForwardPipelineFog) GetFar ¶

func (pointer *ForwardPipelineFog) GetFar() float32

GetFar ...

func (*ForwardPipelineFog) GetNear ¶

func (pointer *ForwardPipelineFog) GetNear() float32

GetNear ...

func (*ForwardPipelineFog) IsNil ¶

func (pointer *ForwardPipelineFog) IsNil() bool

IsNil ...

func (*ForwardPipelineFog) SetColor ¶

func (pointer *ForwardPipelineFog) SetColor(v *Color)

SetColor ...

func (*ForwardPipelineFog) SetFar ¶

func (pointer *ForwardPipelineFog) SetFar(v float32)

SetFar ...

func (*ForwardPipelineFog) SetNear ¶

func (pointer *ForwardPipelineFog) SetNear(v float32)

SetNear ...

type ForwardPipelineLight ¶

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

ForwardPipelineLight Single light for the forward pipeline. The complete lighting rig is passed as a harfang.ForwardPipelineLights, see harfang.PrepareForwardPipelineLights.

func MakeForwardPipelineLinearLight ¶

func MakeForwardPipelineLinearLight(world *Mat4, diffuse *Color, specular *Color) *ForwardPipelineLight

MakeForwardPipelineLinearLight Create a forward pipeline linear light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineLinearLightWithPssmSplit ¶

func MakeForwardPipelineLinearLightWithPssmSplit(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4) *ForwardPipelineLight

MakeForwardPipelineLinearLightWithPssmSplit Create a forward pipeline linear light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineLinearLightWithPssmSplitPriority ¶

func MakeForwardPipelineLinearLightWithPssmSplitPriority(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4, priority float32) *ForwardPipelineLight

MakeForwardPipelineLinearLightWithPssmSplitPriority Create a forward pipeline linear light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowType ¶

func MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowType(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4, priority float32, shadowtype ForwardPipelineShadowType) *ForwardPipelineLight

MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowType Create a forward pipeline linear light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowTypeShadowBias ¶

func MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowTypeShadowBias(world *Mat4, diffuse *Color, specular *Color, pssmsplit *Vec4, priority float32, shadowtype ForwardPipelineShadowType, shadowbias float32) *ForwardPipelineLight

MakeForwardPipelineLinearLightWithPssmSplitPriorityShadowTypeShadowBias Create a forward pipeline linear light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelinePointLight ¶

func MakeForwardPipelinePointLight(world *Mat4, diffuse *Color, specular *Color) *ForwardPipelineLight

MakeForwardPipelinePointLight Create a forward pipeline point light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelinePointLightWithRadius ¶

func MakeForwardPipelinePointLightWithRadius(world *Mat4, diffuse *Color, specular *Color, radius float32) *ForwardPipelineLight

MakeForwardPipelinePointLightWithRadius Create a forward pipeline point light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelinePointLightWithRadiusPriority ¶

func MakeForwardPipelinePointLightWithRadiusPriority(world *Mat4, diffuse *Color, specular *Color, radius float32, priority float32) *ForwardPipelineLight

MakeForwardPipelinePointLightWithRadiusPriority Create a forward pipeline point light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelinePointLightWithRadiusPriorityShadowType ¶

func MakeForwardPipelinePointLightWithRadiusPriorityShadowType(world *Mat4, diffuse *Color, specular *Color, radius float32, priority float32, shadowtype ForwardPipelineShadowType) *ForwardPipelineLight

MakeForwardPipelinePointLightWithRadiusPriorityShadowType Create a forward pipeline point light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelinePointLightWithRadiusPriorityShadowTypeShadowBias ¶

func MakeForwardPipelinePointLightWithRadiusPriorityShadowTypeShadowBias(world *Mat4, diffuse *Color, specular *Color, radius float32, priority float32, shadowtype ForwardPipelineShadowType, shadowbias float32) *ForwardPipelineLight

MakeForwardPipelinePointLightWithRadiusPriorityShadowTypeShadowBias Create a forward pipeline point light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineSpotLight ¶

func MakeForwardPipelineSpotLight(world *Mat4, diffuse *Color, specular *Color) *ForwardPipelineLight

MakeForwardPipelineSpotLight Create a forward pipeline spot light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineSpotLightWithRadius ¶

func MakeForwardPipelineSpotLightWithRadius(world *Mat4, diffuse *Color, specular *Color, radius float32) *ForwardPipelineLight

MakeForwardPipelineSpotLightWithRadius Create a forward pipeline spot light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineSpotLightWithRadiusInnerAngle ¶

func MakeForwardPipelineSpotLightWithRadiusInnerAngle(world *Mat4, diffuse *Color, specular *Color, radius float32, innerangle float32) *ForwardPipelineLight

MakeForwardPipelineSpotLightWithRadiusInnerAngle Create a forward pipeline spot light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAngle ¶

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAngle(world *Mat4, diffuse *Color, specular *Color, radius float32, innerangle float32, outerangle float32) *ForwardPipelineLight

MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAngle Create a forward pipeline spot light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriority ¶

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriority(world *Mat4, diffuse *Color, specular *Color, radius float32, innerangle float32, outerangle float32, priority float32) *ForwardPipelineLight

MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriority Create a forward pipeline spot light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowType ¶

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowType(world *Mat4, diffuse *Color, specular *Color, radius float32, innerangle float32, outerangle float32, priority float32, shadowtype ForwardPipelineShadowType) *ForwardPipelineLight

MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowType Create a forward pipeline spot light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowTypeShadowBias ¶

func MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowTypeShadowBias(world *Mat4, diffuse *Color, specular *Color, radius float32, innerangle float32, outerangle float32, priority float32, shadowtype ForwardPipelineShadowType, shadowbias float32) *ForwardPipelineLight

MakeForwardPipelineSpotLightWithRadiusInnerAngleOuterAnglePriorityShadowTypeShadowBias Create a forward pipeline spot light. See harfang.ForwardPipelineLights, harfang.PrepareForwardPipelineLights and harfang.SubmitModelToForwardPipeline.

func NewForwardPipelineLight ¶

func NewForwardPipelineLight() *ForwardPipelineLight

NewForwardPipelineLight Single light for the forward pipeline. The complete lighting rig is passed as a harfang.ForwardPipelineLights, see harfang.PrepareForwardPipelineLights.

func (*ForwardPipelineLight) Free ¶

func (pointer *ForwardPipelineLight) Free()

Free ...

func (*ForwardPipelineLight) GetDiffuse ¶

func (pointer *ForwardPipelineLight) GetDiffuse() *Color

GetDiffuse ...

func (*ForwardPipelineLight) GetInnerAngle ¶

func (pointer *ForwardPipelineLight) GetInnerAngle() float32

GetInnerAngle ...

func (*ForwardPipelineLight) GetOuterAngle ¶

func (pointer *ForwardPipelineLight) GetOuterAngle() float32

GetOuterAngle ...

func (*ForwardPipelineLight) GetPriority ¶

func (pointer *ForwardPipelineLight) GetPriority() float32

GetPriority ...

func (*ForwardPipelineLight) GetPssmSplit ¶

func (pointer *ForwardPipelineLight) GetPssmSplit() *Vec4

GetPssmSplit ...

func (*ForwardPipelineLight) GetRadius ¶

func (pointer *ForwardPipelineLight) GetRadius() float32

GetRadius ...

func (*ForwardPipelineLight) GetSpecular ¶

func (pointer *ForwardPipelineLight) GetSpecular() *Color

GetSpecular ...

func (*ForwardPipelineLight) GetType ¶

func (pointer *ForwardPipelineLight) GetType() ForwardPipelineLightType

GetType ...

func (*ForwardPipelineLight) GetWorld ¶

func (pointer *ForwardPipelineLight) GetWorld() *Mat4

GetWorld ...

func (*ForwardPipelineLight) IsNil ¶

func (pointer *ForwardPipelineLight) IsNil() bool

IsNil ...

func (*ForwardPipelineLight) SetDiffuse ¶

func (pointer *ForwardPipelineLight) SetDiffuse(v *Color)

SetDiffuse ...

func (*ForwardPipelineLight) SetInnerAngle ¶

func (pointer *ForwardPipelineLight) SetInnerAngle(v float32)

SetInnerAngle ...

func (*ForwardPipelineLight) SetOuterAngle ¶

func (pointer *ForwardPipelineLight) SetOuterAngle(v float32)

SetOuterAngle ...

func (*ForwardPipelineLight) SetPriority ¶

func (pointer *ForwardPipelineLight) SetPriority(v float32)

SetPriority ...

func (*ForwardPipelineLight) SetPssmSplit ¶

func (pointer *ForwardPipelineLight) SetPssmSplit(v *Vec4)

SetPssmSplit ...

func (*ForwardPipelineLight) SetRadius ¶

func (pointer *ForwardPipelineLight) SetRadius(v float32)

SetRadius ...

func (*ForwardPipelineLight) SetSpecular ¶

func (pointer *ForwardPipelineLight) SetSpecular(v *Color)

SetSpecular ...

func (*ForwardPipelineLight) SetType ¶

func (pointer *ForwardPipelineLight) SetType(v ForwardPipelineLightType)

SetType ...

func (*ForwardPipelineLight) SetWorld ¶

func (pointer *ForwardPipelineLight) SetWorld(v *Mat4)

SetWorld ...

type ForwardPipelineLightList ¶

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

ForwardPipelineLightList ...

func GetSceneForwardPipelineLights ¶

func GetSceneForwardPipelineLights(scene *Scene) *ForwardPipelineLightList

GetSceneForwardPipelineLights Filter through the scene lights and return a list of pipeline lights to be used by the scene forward pipeline.

func NewForwardPipelineLightList ¶

func NewForwardPipelineLightList() *ForwardPipelineLightList

NewForwardPipelineLightList ...

func NewForwardPipelineLightListWithSequence ¶

func NewForwardPipelineLightListWithSequence(sequence GoSliceOfForwardPipelineLight) *ForwardPipelineLightList

NewForwardPipelineLightListWithSequence ...

func (*ForwardPipelineLightList) At ¶

func (pointer *ForwardPipelineLightList) At(idx int32) *ForwardPipelineLight

At ...

func (*ForwardPipelineLightList) Clear ¶

func (pointer *ForwardPipelineLightList) Clear()

Clear ...

func (*ForwardPipelineLightList) Free ¶

func (pointer *ForwardPipelineLightList) Free()

Free ...

func (*ForwardPipelineLightList) Get ¶

func (pointer *ForwardPipelineLightList) Get(id int) *ForwardPipelineLight

Get ...

func (*ForwardPipelineLightList) IsNil ¶

func (pointer *ForwardPipelineLightList) IsNil() bool

IsNil ...

func (*ForwardPipelineLightList) Len ¶

func (pointer *ForwardPipelineLightList) Len() int32

Len ...

func (*ForwardPipelineLightList) PushBack ¶

func (pointer *ForwardPipelineLightList) PushBack(v *ForwardPipelineLight)

PushBack ...

func (*ForwardPipelineLightList) Reserve ¶

func (pointer *ForwardPipelineLightList) Reserve(size int32)

Reserve ...

func (*ForwardPipelineLightList) Set ¶

func (pointer *ForwardPipelineLightList) Set(id int, v *ForwardPipelineLight)

Set ...

func (*ForwardPipelineLightList) Size ¶

func (pointer *ForwardPipelineLightList) Size() int32

Size ...

type ForwardPipelineLightType ¶

type ForwardPipelineLightType int32

ForwardPipelineLightType ...

type ForwardPipelineLights ¶

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

ForwardPipelineLights ...

func PrepareForwardPipelineLights ¶

func PrepareForwardPipelineLights(lights *ForwardPipelineLightList) *ForwardPipelineLights

PrepareForwardPipelineLights Prepare a list of forward pipeline lights into a structure ready for submitting to the forward pipeline. Lights are sorted by priority/type and the most important lights are assigned to available lighting slot of the forward pipeline. See harfang.SubmitModelToForwardPipeline.

func PrepareForwardPipelineLightsWithSliceOfLights ¶

func PrepareForwardPipelineLightsWithSliceOfLights(SliceOflights GoSliceOfForwardPipelineLight) *ForwardPipelineLights

PrepareForwardPipelineLightsWithSliceOfLights Prepare a list of forward pipeline lights into a structure ready for submitting to the forward pipeline. Lights are sorted by priority/type and the most important lights are assigned to available lighting slot of the forward pipeline. See harfang.SubmitModelToForwardPipeline.

func (*ForwardPipelineLights) Free ¶

func (pointer *ForwardPipelineLights) Free()

Free ...

func (*ForwardPipelineLights) IsNil ¶

func (pointer *ForwardPipelineLights) IsNil() bool

IsNil ...

type ForwardPipelineShadowType ¶

type ForwardPipelineShadowType int32

ForwardPipelineShadowType ...

type FrameBuffer ¶

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

FrameBuffer ...

func CreateFrameBuffer ¶

func CreateFrameBuffer(color *Texture, depth *Texture, name string) *FrameBuffer

CreateFrameBuffer Create a framebuffer and its texture attachments. See harfang.DestroyFrameBuffer.

func CreateFrameBufferWithColorFormatDepthFormatAaName ¶

func CreateFrameBufferWithColorFormatDepthFormatAaName(colorformat TextureFormat, depthformat TextureFormat, aa int32, name string) *FrameBuffer

CreateFrameBufferWithColorFormatDepthFormatAaName Create a framebuffer and its texture attachments. See harfang.DestroyFrameBuffer.

func CreateFrameBufferWithWidthHeightColorFormatDepthFormatAaName ¶

func CreateFrameBufferWithWidthHeightColorFormatDepthFormatAaName(width int32, height int32, colorformat TextureFormat, depthformat TextureFormat, aa int32, name string) *FrameBuffer

CreateFrameBufferWithWidthHeightColorFormatDepthFormatAaName Create a framebuffer and its texture attachments. See harfang.DestroyFrameBuffer.

func (*FrameBuffer) Free ¶

func (pointer *FrameBuffer) Free()

Free ...

func (*FrameBuffer) GetHandle ¶

func (pointer *FrameBuffer) GetHandle() *FrameBufferHandle

GetHandle ...

func (*FrameBuffer) IsNil ¶

func (pointer *FrameBuffer) IsNil() bool

IsNil ...

func (*FrameBuffer) SetHandle ¶

func (pointer *FrameBuffer) SetHandle(v *FrameBufferHandle)

SetHandle ...

type FrameBufferHandle ¶

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

FrameBufferHandle ...

func (*FrameBufferHandle) Free ¶

func (pointer *FrameBufferHandle) Free()

Free ...

func (*FrameBufferHandle) IsNil ¶

func (pointer *FrameBufferHandle) IsNil() bool

IsNil ...

type Frustum ¶

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

Frustum A view frustum, perspective or orthographic, holding the necessary information to perform culling queries. It can be used to test wether a volume is inside or outside the frustum it represents.

func MakeFrustum ¶

func MakeFrustum(projection *Mat44) *Frustum

MakeFrustum Create a projection frustum. This object can then be used to perform culling using harfang.TestVisibility. ```python # Compute a perspective matrix proj = hg.ComputePerspectiveProjectionMatrix(0.1, 1000, hg.FovToZoomFactor(math.pi/4), 1280/720) # Make a frustum from this projection matrix frustum = hg.MakeFrustum(proj) ```

func MakeFrustumWithMtx ¶

func MakeFrustumWithMtx(projection *Mat44, mtx *Mat4) *Frustum

MakeFrustumWithMtx Create a projection frustum. This object can then be used to perform culling using harfang.TestVisibility. ```python # Compute a perspective matrix proj = hg.ComputePerspectiveProjectionMatrix(0.1, 1000, hg.FovToZoomFactor(math.pi/4), 1280/720) # Make a frustum from this projection matrix frustum = hg.MakeFrustum(proj) ```

func TransformFrustum ¶

func TransformFrustum(frustum *Frustum, mtx *Mat4) *Frustum

TransformFrustum Return the input frustum transformed by the provided world matrix.

func (*Frustum) Free ¶

func (pointer *Frustum) Free()

Free ...

func (*Frustum) GetBottom ¶

func (pointer *Frustum) GetBottom() *Vec4

GetBottom ...

func (*Frustum) GetFar ¶

func (pointer *Frustum) GetFar() *Vec4

GetFar ...

func (*Frustum) GetLeft ¶

func (pointer *Frustum) GetLeft() *Vec4

GetLeft ...

func (*Frustum) GetNear ¶

func (pointer *Frustum) GetNear() *Vec4

GetNear ...

func (*Frustum) GetRight ¶

func (pointer *Frustum) GetRight() *Vec4

GetRight ...

func (*Frustum) GetTop ¶

func (pointer *Frustum) GetTop() *Vec4

GetTop ...

func (*Frustum) IsNil ¶

func (pointer *Frustum) IsNil() bool

IsNil ...

func (*Frustum) SetBottom ¶

func (pointer *Frustum) SetBottom(plane *Vec4)

SetBottom ...

func (*Frustum) SetFar ¶

func (pointer *Frustum) SetFar(plane *Vec4)

SetFar ...

func (*Frustum) SetLeft ¶

func (pointer *Frustum) SetLeft(plane *Vec4)

SetLeft ...

func (*Frustum) SetNear ¶

func (pointer *Frustum) SetNear(plane *Vec4)

SetNear ...

func (*Frustum) SetRight ¶

func (pointer *Frustum) SetRight(plane *Vec4)

SetRight ...

func (*Frustum) SetTop ¶

func (pointer *Frustum) SetTop(plane *Vec4)

SetTop ...

type Gamepad ¶

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

Gamepad Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetGamepadNames to query for available gamepad devices.

func NewGamepad ¶

func NewGamepad() *Gamepad

NewGamepad Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetGamepadNames to query for available gamepad devices.

func NewGamepadWithName ¶

func NewGamepadWithName(name string) *Gamepad

NewGamepadWithName Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetGamepadNames to query for available gamepad devices.

func (*Gamepad) Axes ¶

func (pointer *Gamepad) Axes(axis GamepadAxes) float32

Axes Return the value of a gamepad axis.

func (*Gamepad) Connected ¶

func (pointer *Gamepad) Connected() bool

Connected Gamepad was connected since the last update.

func (*Gamepad) Disconnected ¶

func (pointer *Gamepad) Disconnected() bool

Disconnected Gamepad was disconnected since the last update.

func (*Gamepad) Down ¶

func (pointer *Gamepad) Down(btn GamepadButton) bool

Down ...

func (*Gamepad) DtAxes ¶

func (pointer *Gamepad) DtAxes(axis GamepadAxes) float32

DtAxes ...

func (*Gamepad) Free ¶

func (pointer *Gamepad) Free()

Free ...

func (*Gamepad) IsConnected ¶

func (pointer *Gamepad) IsConnected() bool

IsConnected Gamepad is currently connected.

func (*Gamepad) IsNil ¶

func (pointer *Gamepad) IsNil() bool

IsNil ...

func (*Gamepad) Pressed ¶

func (pointer *Gamepad) Pressed(btn GamepadButton) bool

Pressed ...

func (*Gamepad) Released ¶

func (pointer *Gamepad) Released(btn GamepadButton) bool

Released ...

func (*Gamepad) Update ¶

func (pointer *Gamepad) Update()

Update ...

type GamepadAxes ¶

type GamepadAxes int32

GamepadAxes ...

type GamepadButton ¶

type GamepadButton int32

GamepadButton ...

type GamepadState ¶

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

GamepadState ...

func ReadGamepad ¶

func ReadGamepad() *GamepadState

ReadGamepad Read the current state of a named gamepad. If no name is passed, `default` is implied. See harfang.GetGamepadNames.

func ReadGamepadWithName ¶

func ReadGamepadWithName(name string) *GamepadState

ReadGamepadWithName Read the current state of a named gamepad. If no name is passed, `default` is implied. See harfang.GetGamepadNames.

func (*GamepadState) Axes ¶

func (pointer *GamepadState) Axes(idx GamepadAxes) float32

Axes ...

func (*GamepadState) Button ¶

func (pointer *GamepadState) Button(btn GamepadButton) bool

Button ...

func (*GamepadState) Free ¶

func (pointer *GamepadState) Free()

Free ...

func (*GamepadState) IsConnected ¶

func (pointer *GamepadState) IsConnected() bool

IsConnected ...

func (*GamepadState) IsNil ¶

func (pointer *GamepadState) IsNil() bool

IsNil ...

type Geometry ¶

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

Geometry Base geometry object. Before a geometry can be displayed, it must be converted to harfang.Model by the asset compiler (see [harfang.man.AssetCompiler]). To programmatically create a geometry use harfang.GeometryBuilder.

func (*Geometry) Free ¶

func (pointer *Geometry) Free()

Free ...

func (*Geometry) IsNil ¶

func (pointer *Geometry) IsNil() bool

IsNil ...

type GeometryBuilder ¶

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

GeometryBuilder Use the geometry builder to programmatically create geometries. No optimization are performed by the geometry builder on the input data. To programmatically build a geometry for immediate display see harfang.ModelBuilder to directly build models.

func NewGeometryBuilder ¶

func NewGeometryBuilder() *GeometryBuilder

NewGeometryBuilder Use the geometry builder to programmatically create geometries. No optimization are performed by the geometry builder on the input data. To programmatically build a geometry for immediate display see harfang.ModelBuilder to directly build models.

func (*GeometryBuilder) AddPolygon ¶

func (pointer *GeometryBuilder) AddPolygon(idxs *Uint32TList, material uint16)

AddPolygon ...

func (*GeometryBuilder) AddPolygonWithSliceOfIdxs ¶

func (pointer *GeometryBuilder) AddPolygonWithSliceOfIdxs(SliceOfidxs GoSliceOfuint32T, material uint16)

AddPolygonWithSliceOfIdxs ...

func (*GeometryBuilder) AddQuad ¶

func (pointer *GeometryBuilder) AddQuad(a uint32, b uint32, c uint32, d uint32, material uint32)

AddQuad ...

func (*GeometryBuilder) AddTriangle ¶

func (pointer *GeometryBuilder) AddTriangle(a uint32, b uint32, c uint32, material uint32)

AddTriangle ...

func (*GeometryBuilder) AddVertex ¶

func (pointer *GeometryBuilder) AddVertex(vtx *Vertex)

AddVertex ...

func (*GeometryBuilder) Clear ¶

func (pointer *GeometryBuilder) Clear()

Clear ...

func (*GeometryBuilder) Free ¶

func (pointer *GeometryBuilder) Free()

Free ...

func (*GeometryBuilder) IsNil ¶

func (pointer *GeometryBuilder) IsNil() bool

IsNil ...

func (*GeometryBuilder) Make ¶

func (pointer *GeometryBuilder) Make() *Geometry

Make ...

type GoSliceOfColor ¶

type GoSliceOfColor []*Color

GoSliceOfColor ...

type GoSliceOfContact ¶

type GoSliceOfContact []*Contact

GoSliceOfContact ...

type GoSliceOfDirEntry ¶

type GoSliceOfDirEntry []*DirEntry

GoSliceOfDirEntry ...

type GoSliceOfFileFilter ¶

type GoSliceOfFileFilter []*FileFilter

GoSliceOfFileFilter ...

type GoSliceOfForwardPipelineLight ¶

type GoSliceOfForwardPipelineLight []*ForwardPipelineLight

GoSliceOfForwardPipelineLight ...

type GoSliceOfLuaObject ¶

type GoSliceOfLuaObject []*LuaObject

GoSliceOfLuaObject ...

type GoSliceOfMat4 ¶

type GoSliceOfMat4 []*Mat4

GoSliceOfMat4 ...

type GoSliceOfMaterial ¶

type GoSliceOfMaterial []*Material

GoSliceOfMaterial ...

type GoSliceOfMonitor ¶

type GoSliceOfMonitor []*Monitor

GoSliceOfMonitor ...

type GoSliceOfMonitorMode ¶

type GoSliceOfMonitorMode []*MonitorMode

GoSliceOfMonitorMode ...

type GoSliceOfNode ¶

type GoSliceOfNode []*Node

GoSliceOfNode ...

type GoSliceOfRaycastOut ¶

type GoSliceOfRaycastOut []*RaycastOut

GoSliceOfRaycastOut ...

type GoSliceOfSceneAnimRef ¶

type GoSliceOfSceneAnimRef []*SceneAnimRef

GoSliceOfSceneAnimRef ...

type GoSliceOfScenePlayAnimRef ¶

type GoSliceOfScenePlayAnimRef []*ScenePlayAnimRef

GoSliceOfScenePlayAnimRef ...

type GoSliceOfScript ¶

type GoSliceOfScript []*Script

GoSliceOfScript ...

type GoSliceOfUniformSetTexture ¶

type GoSliceOfUniformSetTexture []*UniformSetTexture

GoSliceOfUniformSetTexture ...

type GoSliceOfUniformSetValue ¶

type GoSliceOfUniformSetValue []*UniformSetValue

GoSliceOfUniformSetValue ...

type GoSliceOfVec2 ¶

type GoSliceOfVec2 []*Vec2

GoSliceOfVec2 ...

type GoSliceOfVec3 ¶

type GoSliceOfVec3 []*Vec3

GoSliceOfVec3 ...

type GoSliceOfVec4 ¶

type GoSliceOfVec4 []*Vec4

GoSliceOfVec4 ...

type GoSliceOfiVec2 ¶

type GoSliceOfiVec2 []*IVec2

GoSliceOfiVec2 ...

type GoSliceOfstring ¶

type GoSliceOfstring []string

GoSliceOfstring ...

type GoSliceOfuint16T ¶

type GoSliceOfuint16T []uint16

GoSliceOfuint16T ...

type GoSliceOfuint32T ¶

type GoSliceOfuint32T []uint32

GoSliceOfuint32T ...

type IVec2 ¶

type IVec2 struct {
	// contains filtered or unexported fields
}

IVec2 2-dimensional integer vector.

func GetMonitorSizeMM ¶

func GetMonitorSizeMM(monitor *Monitor) *IVec2

GetMonitorSizeMM Returns the size, in millimetres, of the display area of the specified monitor.

func GetSizeWithIntRectRect ¶

func GetSizeWithIntRectRect(rect *IntRect) *IVec2

GetSizeWithIntRectRect Return the size in bytes of a local file.

func GetWindowPos ¶

func GetWindowPos(window *Window) *IVec2

GetWindowPos Return a window position on screen.

func IVec2GetOne ¶

func IVec2GetOne() *IVec2

IVec2GetOne ...

func IVec2GetZero ¶

func IVec2GetZero() *IVec2

IVec2GetZero ...

func MaxWithAB ¶

func MaxWithAB(a *IVec2, b *IVec2) *IVec2

MaxWithAB Return a vector whose elements are the maximum of each of the two specified vectors.

func MinWithAB ¶

func MinWithAB(a *IVec2, b *IVec2) *IVec2

MinWithAB Return a vector whose elements are the minimum of each of the two specified vectors.

func NewIVec2 ¶

func NewIVec2() *IVec2

NewIVec2 2-dimensional integer vector.

func NewIVec2WithV ¶

func NewIVec2WithV(v *IVec2) *IVec2

NewIVec2WithV 2-dimensional integer vector.

func NewIVec2WithVec3V ¶

func NewIVec2WithVec3V(v *Vec3) *IVec2

NewIVec2WithVec3V 2-dimensional integer vector.

func NewIVec2WithVec4V ¶

func NewIVec2WithVec4V(v *Vec4) *IVec2

NewIVec2WithVec4V 2-dimensional integer vector.

func NewIVec2WithXY ¶

func NewIVec2WithXY(x int32, y int32) *IVec2

NewIVec2WithXY 2-dimensional integer vector.

func NormalizeWithV ¶

func NormalizeWithV(v *IVec2) *IVec2

NormalizeWithV Return the input vector scaled so that its length is one.

func OpenVRGetFrameBufferSize ¶

func OpenVRGetFrameBufferSize() *IVec2

OpenVRGetFrameBufferSize ...

func ReverseWithA ¶

func ReverseWithA(a *IVec2) *IVec2

ReverseWithA Return the provided vector pointing in the opposite direction.

func (*IVec2) Add ¶

func (pointer *IVec2) Add(v *IVec2) *IVec2

Add ...

func (*IVec2) AddWithK ¶

func (pointer *IVec2) AddWithK(k int32) *IVec2

AddWithK ...

func (*IVec2) Div ¶

func (pointer *IVec2) Div(v *IVec2) *IVec2

Div ...

func (*IVec2) DivWithK ¶

func (pointer *IVec2) DivWithK(k int32) *IVec2

DivWithK ...

func (*IVec2) Free ¶

func (pointer *IVec2) Free()

Free ...

func (*IVec2) GetOne ¶

func (pointer *IVec2) GetOne() *IVec2

GetOne ...

func (*IVec2) GetX ¶

func (pointer *IVec2) GetX() int32

GetX ...

func (*IVec2) GetY ¶

func (pointer *IVec2) GetY() int32

GetY ...

func (*IVec2) GetZero ¶

func (pointer *IVec2) GetZero() *IVec2

GetZero ...

func (*IVec2) InplaceAdd ¶

func (pointer *IVec2) InplaceAdd(v *IVec2)

InplaceAdd ...

func (*IVec2) InplaceAddWithK ¶

func (pointer *IVec2) InplaceAddWithK(k int32)

InplaceAddWithK ...

func (*IVec2) InplaceDiv ¶

func (pointer *IVec2) InplaceDiv(v *IVec2)

InplaceDiv ...

func (*IVec2) InplaceDivWithK ¶

func (pointer *IVec2) InplaceDivWithK(k int32)

InplaceDivWithK ...

func (*IVec2) InplaceMul ¶

func (pointer *IVec2) InplaceMul(v *IVec2)

InplaceMul ...

func (*IVec2) InplaceMulWithK ¶

func (pointer *IVec2) InplaceMulWithK(k int32)

InplaceMulWithK ...

func (*IVec2) InplaceSub ¶

func (pointer *IVec2) InplaceSub(v *IVec2)

InplaceSub ...

func (*IVec2) InplaceSubWithK ¶

func (pointer *IVec2) InplaceSubWithK(k int32)

InplaceSubWithK ...

func (*IVec2) IsNil ¶

func (pointer *IVec2) IsNil() bool

IsNil ...

func (*IVec2) Mul ¶

func (pointer *IVec2) Mul(v *IVec2) *IVec2

Mul ...

func (*IVec2) MulWithK ¶

func (pointer *IVec2) MulWithK(k int32) *IVec2

MulWithK ...

func (*IVec2) MulWithM ¶

func (pointer *IVec2) MulWithM(m *Mat3) *IVec2

MulWithM ...

func (*IVec2) Set ¶

func (pointer *IVec2) Set(x int32, y int32)

Set ...

func (*IVec2) SetX ¶

func (pointer *IVec2) SetX(v int32)

SetX ...

func (*IVec2) SetY ¶

func (pointer *IVec2) SetY(v int32)

SetY ...

func (*IVec2) Sub ¶

func (pointer *IVec2) Sub(v *IVec2) *IVec2

Sub ...

func (*IVec2) SubWithK ¶

func (pointer *IVec2) SubWithK(k int32) *IVec2

SubWithK ...

type IVec2List ¶

type IVec2List struct {
	// contains filtered or unexported fields
}

IVec2List ...

func NewIVec2List ¶

func NewIVec2List() *IVec2List

NewIVec2List ...

func NewIVec2ListWithSequence ¶

func NewIVec2ListWithSequence(sequence GoSliceOfiVec2) *IVec2List

NewIVec2ListWithSequence ...

func (*IVec2List) At ¶

func (pointer *IVec2List) At(idx int32) *IVec2

At ...

func (*IVec2List) Clear ¶

func (pointer *IVec2List) Clear()

Clear ...

func (*IVec2List) Free ¶

func (pointer *IVec2List) Free()

Free ...

func (*IVec2List) Get ¶

func (pointer *IVec2List) Get(id int) *IVec2

Get ...

func (*IVec2List) IsNil ¶

func (pointer *IVec2List) IsNil() bool

IsNil ...

func (*IVec2List) Len ¶

func (pointer *IVec2List) Len() int32

Len ...

func (*IVec2List) PushBack ¶

func (pointer *IVec2List) PushBack(v *IVec2)

PushBack ...

func (*IVec2List) Reserve ¶

func (pointer *IVec2List) Reserve(size int32)

Reserve ...

func (*IVec2List) Set ¶

func (pointer *IVec2List) Set(id int, v *IVec2)

Set ...

func (*IVec2List) Size ¶

func (pointer *IVec2List) Size() int32

Size ...

type IVideoStreamer ¶

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

IVideoStreamer ...

func MakeVideoStreamer ¶

func MakeVideoStreamer(modulepath string) *IVideoStreamer

MakeVideoStreamer ...

func (*IVideoStreamer) Close ¶

func (pointer *IVideoStreamer) Close(h uintptr) int32

Close ...

func (*IVideoStreamer) Free ¶

func (pointer *IVideoStreamer) Free()

Free ...

func (*IVideoStreamer) FreeFrame ¶

func (pointer *IVideoStreamer) FreeFrame(h uintptr, frame int32) int32

FreeFrame ...

func (*IVideoStreamer) GetDuration ¶

func (pointer *IVideoStreamer) GetDuration(h uintptr) int64

GetDuration ...

func (*IVideoStreamer) GetFrame ¶

func (pointer *IVideoStreamer) GetFrame(h uintptr, ptr *uintptr, width *int32, height *int32, pitch *int32, format *int32) int32

GetFrame ...

func (*IVideoStreamer) GetTimeStamp ¶

func (pointer *IVideoStreamer) GetTimeStamp(h uintptr) int64

GetTimeStamp ...

func (*IVideoStreamer) IsEnded ¶

func (pointer *IVideoStreamer) IsEnded(h uintptr) int32

IsEnded ...

func (*IVideoStreamer) IsNil ¶

func (pointer *IVideoStreamer) IsNil() bool

IsNil ...

func (*IVideoStreamer) Open ¶

func (pointer *IVideoStreamer) Open(name string) uintptr

Open ...

func (*IVideoStreamer) Pause ¶

func (pointer *IVideoStreamer) Pause(h uintptr) int32

Pause ...

func (*IVideoStreamer) Play ¶

func (pointer *IVideoStreamer) Play(h uintptr) int32

Play ...

func (*IVideoStreamer) Seek ¶

func (pointer *IVideoStreamer) Seek(h uintptr, t int64) int32

Seek ...

func (*IVideoStreamer) Shutdown ¶

func (pointer *IVideoStreamer) Shutdown()

Shutdown ...

func (*IVideoStreamer) Startup ¶

func (pointer *IVideoStreamer) Startup() int32

Startup ...

type ImDrawFlags ¶

type ImDrawFlags int32

ImDrawFlags ...

type ImDrawList ¶

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

ImDrawList Immediate GUI drawing list. This object can be used to perform custom drawing operations on top of an imgui window.

func ImGuiGetWindowDrawList ¶

func ImGuiGetWindowDrawList() *ImDrawList

ImGuiGetWindowDrawList Get the draw list associated to the current window, to append your own drawing primitives.

func (*ImDrawList) AddBezierCubic ¶

func (pointer *ImDrawList) AddBezierCubic(pos0 *Vec2, cp0 *Vec2, cp1 *Vec2, pos1 *Vec2, col uint32, thickness float32)

AddBezierCubic ...

func (*ImDrawList) AddBezierCubicWithNumSegments ¶

func (pointer *ImDrawList) AddBezierCubicWithNumSegments(pos0 *Vec2, cp0 *Vec2, cp1 *Vec2, pos1 *Vec2, col uint32, thickness float32, numsegments int32)

AddBezierCubicWithNumSegments ...

func (*ImDrawList) AddCircle ¶

func (pointer *ImDrawList) AddCircle(centre *Vec2, radius float32, col uint32)

AddCircle ...

func (*ImDrawList) AddCircleFilled ¶

func (pointer *ImDrawList) AddCircleFilled(centre *Vec2, radius float32, col uint32)

AddCircleFilled ...

func (*ImDrawList) AddCircleFilledWithNumSegments ¶

func (pointer *ImDrawList) AddCircleFilledWithNumSegments(centre *Vec2, radius float32, col uint32, numsegments int32)

AddCircleFilledWithNumSegments ...

func (*ImDrawList) AddCircleWithNumSegments ¶

func (pointer *ImDrawList) AddCircleWithNumSegments(centre *Vec2, radius float32, col uint32, numsegments int32)

AddCircleWithNumSegments ...

func (*ImDrawList) AddCircleWithNumSegmentsThickness ¶

func (pointer *ImDrawList) AddCircleWithNumSegmentsThickness(centre *Vec2, radius float32, col uint32, numsegments int32, thickness float32)

AddCircleWithNumSegmentsThickness ...

func (*ImDrawList) AddConvexPolyFilled ¶

func (pointer *ImDrawList) AddConvexPolyFilled(points *Vec2List, col uint32)

AddConvexPolyFilled ...

func (*ImDrawList) AddImage ¶

func (pointer *ImDrawList) AddImage(tex *Texture, a *Vec2, b *Vec2)

AddImage ...

func (*ImDrawList) AddImageQuad ¶

func (pointer *ImDrawList) AddImageQuad(tex *Texture, a *Vec2, b *Vec2, c *Vec2, d *Vec2)

AddImageQuad ...

func (*ImDrawList) AddImageQuadWithUvAUvBUvCUvD ¶

func (pointer *ImDrawList) AddImageQuadWithUvAUvBUvCUvD(tex *Texture, a *Vec2, b *Vec2, c *Vec2, d *Vec2, uva *Vec2, uvb *Vec2, uvc *Vec2, uvd *Vec2)

AddImageQuadWithUvAUvBUvCUvD ...

func (*ImDrawList) AddImageQuadWithUvAUvBUvCUvDCol ¶

func (pointer *ImDrawList) AddImageQuadWithUvAUvBUvCUvDCol(tex *Texture, a *Vec2, b *Vec2, c *Vec2, d *Vec2, uva *Vec2, uvb *Vec2, uvc *Vec2, uvd *Vec2, col uint32)

AddImageQuadWithUvAUvBUvCUvDCol ...

func (*ImDrawList) AddImageRounded ¶

func (pointer *ImDrawList) AddImageRounded(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2, col uint32, rounding float32)

AddImageRounded ...

func (*ImDrawList) AddImageRoundedWithFlags ¶

func (pointer *ImDrawList) AddImageRoundedWithFlags(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2, col uint32, rounding float32, flags ImDrawFlags)

AddImageRoundedWithFlags ...

func (*ImDrawList) AddImageWithUvAUvB ¶

func (pointer *ImDrawList) AddImageWithUvAUvB(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2)

AddImageWithUvAUvB ...

func (*ImDrawList) AddImageWithUvAUvBCol ¶

func (pointer *ImDrawList) AddImageWithUvAUvBCol(tex *Texture, a *Vec2, b *Vec2, uva *Vec2, uvb *Vec2, col uint32)

AddImageWithUvAUvBCol ...

func (*ImDrawList) AddLine ¶

func (pointer *ImDrawList) AddLine(a *Vec2, b *Vec2, col uint32)

AddLine ...

func (*ImDrawList) AddLineWithThickness ¶

func (pointer *ImDrawList) AddLineWithThickness(a *Vec2, b *Vec2, col uint32, thickness float32)

AddLineWithThickness ...

func (*ImDrawList) AddPolyline ¶

func (pointer *ImDrawList) AddPolyline(points *Vec2List, col uint32, closed bool, thickness float32)

AddPolyline ...

func (*ImDrawList) AddQuad ¶

func (pointer *ImDrawList) AddQuad(a *Vec2, b *Vec2, c *Vec2, d *Vec2, col uint32)

AddQuad ...

func (*ImDrawList) AddQuadFilled ¶

func (pointer *ImDrawList) AddQuadFilled(a *Vec2, b *Vec2, c *Vec2, d *Vec2, col uint32)

AddQuadFilled ...

func (*ImDrawList) AddQuadWithThickness ¶

func (pointer *ImDrawList) AddQuadWithThickness(a *Vec2, b *Vec2, c *Vec2, d *Vec2, col uint32, thickness float32)

AddQuadWithThickness ...

func (*ImDrawList) AddRect ¶

func (pointer *ImDrawList) AddRect(a *Vec2, b *Vec2, col uint32)

AddRect ...

func (*ImDrawList) AddRectFilled ¶

func (pointer *ImDrawList) AddRectFilled(a *Vec2, b *Vec2, col uint32)

AddRectFilled ...

func (*ImDrawList) AddRectFilledMultiColor ¶

func (pointer *ImDrawList) AddRectFilledMultiColor(a *Vec2, b *Vec2, coluprleft uint32, coluprright uint32, colbotright uint32, colbotleft uint32)

AddRectFilledMultiColor ...

func (*ImDrawList) AddRectFilledWithRounding ¶

func (pointer *ImDrawList) AddRectFilledWithRounding(a *Vec2, b *Vec2, col uint32, rounding float32)

AddRectFilledWithRounding ...

func (*ImDrawList) AddRectFilledWithRoundingRoundingCornerFlags ¶

func (pointer *ImDrawList) AddRectFilledWithRoundingRoundingCornerFlags(a *Vec2, b *Vec2, col uint32, rounding float32, roundingcornerflags int32)

AddRectFilledWithRoundingRoundingCornerFlags ...

func (*ImDrawList) AddRectWithRounding ¶

func (pointer *ImDrawList) AddRectWithRounding(a *Vec2, b *Vec2, col uint32, rounding float32)

AddRectWithRounding ...

func (*ImDrawList) AddRectWithRoundingRoundingCornerFlags ¶

func (pointer *ImDrawList) AddRectWithRoundingRoundingCornerFlags(a *Vec2, b *Vec2, col uint32, rounding float32, roundingcornerflags int32)

AddRectWithRoundingRoundingCornerFlags ...

func (*ImDrawList) AddRectWithRoundingRoundingCornerFlagsThickness ¶

func (pointer *ImDrawList) AddRectWithRoundingRoundingCornerFlagsThickness(a *Vec2, b *Vec2, col uint32, rounding float32, roundingcornerflags int32, thickness float32)

AddRectWithRoundingRoundingCornerFlagsThickness ...

func (*ImDrawList) AddText ¶

func (pointer *ImDrawList) AddText(pos *Vec2, col uint32, text string)

AddText ...

func (*ImDrawList) AddTextWithFontFontSizePosColText ¶

func (pointer *ImDrawList) AddTextWithFontFontSizePosColText(font *ImFont, fontsize float32, pos *Vec2, col uint32, text string)

AddTextWithFontFontSizePosColText ...

func (*ImDrawList) AddTextWithFontFontSizePosColTextWrapWidth ¶

func (pointer *ImDrawList) AddTextWithFontFontSizePosColTextWrapWidth(font *ImFont, fontsize float32, pos *Vec2, col uint32, text string, wrapwidth float32)

AddTextWithFontFontSizePosColTextWrapWidth ...

func (*ImDrawList) AddTextWithFontFontSizePosColTextWrapWidthCpuFineClipRect ¶

func (pointer *ImDrawList) AddTextWithFontFontSizePosColTextWrapWidthCpuFineClipRect(font *ImFont, fontsize float32, pos *Vec2, col uint32, text string, wrapwidth float32, cpufinecliprect *Vec4)

AddTextWithFontFontSizePosColTextWrapWidthCpuFineClipRect ...

func (*ImDrawList) AddTriangle ¶

func (pointer *ImDrawList) AddTriangle(a *Vec2, b *Vec2, c *Vec2, col uint32)

AddTriangle ...

func (*ImDrawList) AddTriangleFilled ¶

func (pointer *ImDrawList) AddTriangleFilled(a *Vec2, b *Vec2, c *Vec2, col uint32)

AddTriangleFilled ...

func (*ImDrawList) AddTriangleWithThickness ¶

func (pointer *ImDrawList) AddTriangleWithThickness(a *Vec2, b *Vec2, c *Vec2, col uint32, thickness float32)

AddTriangleWithThickness ...

func (*ImDrawList) ChannelsMerge ¶

func (pointer *ImDrawList) ChannelsMerge()

ChannelsMerge ...

func (*ImDrawList) ChannelsSetCurrent ¶

func (pointer *ImDrawList) ChannelsSetCurrent(channelindex int32)

ChannelsSetCurrent ...

func (*ImDrawList) ChannelsSplit ¶

func (pointer *ImDrawList) ChannelsSplit(channelscount int32)

ChannelsSplit ...

func (*ImDrawList) Free ¶

func (pointer *ImDrawList) Free()

Free ...

func (*ImDrawList) GetClipRectMax ¶

func (pointer *ImDrawList) GetClipRectMax() *Vec2

GetClipRectMax ...

func (*ImDrawList) GetClipRectMin ¶

func (pointer *ImDrawList) GetClipRectMin() *Vec2

GetClipRectMin ...

func (*ImDrawList) IsNil ¶

func (pointer *ImDrawList) IsNil() bool

IsNil ...

func (*ImDrawList) PathArcTo ¶

func (pointer *ImDrawList) PathArcTo(centre *Vec2, radius float32, amin float32, amax float32)

PathArcTo ...

func (*ImDrawList) PathArcToFast ¶

func (pointer *ImDrawList) PathArcToFast(centre *Vec2, radius float32, aminof12 int32, amaxof12 int32)

PathArcToFast ...

func (*ImDrawList) PathArcToWithNumSegments ¶

func (pointer *ImDrawList) PathArcToWithNumSegments(centre *Vec2, radius float32, amin float32, amax float32, numsegments int32)

PathArcToWithNumSegments ...

func (*ImDrawList) PathBezierCubicCurveTo ¶

func (pointer *ImDrawList) PathBezierCubicCurveTo(p1 *Vec2, p2 *Vec2, p3 *Vec2)

PathBezierCubicCurveTo ...

func (*ImDrawList) PathBezierCubicCurveToWithNumSegments ¶

func (pointer *ImDrawList) PathBezierCubicCurveToWithNumSegments(p1 *Vec2, p2 *Vec2, p3 *Vec2, numsegments int32)

PathBezierCubicCurveToWithNumSegments ...

func (*ImDrawList) PathClear ¶

func (pointer *ImDrawList) PathClear()

PathClear ...

func (*ImDrawList) PathFillConvex ¶

func (pointer *ImDrawList) PathFillConvex(col uint32)

PathFillConvex ...

func (*ImDrawList) PathLineTo ¶

func (pointer *ImDrawList) PathLineTo(pos *Vec2)

PathLineTo ...

func (*ImDrawList) PathLineToMergeDuplicate ¶

func (pointer *ImDrawList) PathLineToMergeDuplicate(pos *Vec2)

PathLineToMergeDuplicate ...

func (*ImDrawList) PathRect ¶

func (pointer *ImDrawList) PathRect(rectmin *Vec2, rectmax *Vec2)

PathRect ...

func (*ImDrawList) PathRectWithRounding ¶

func (pointer *ImDrawList) PathRectWithRounding(rectmin *Vec2, rectmax *Vec2, rounding float32)

PathRectWithRounding ...

func (*ImDrawList) PathRectWithRoundingFlags ¶

func (pointer *ImDrawList) PathRectWithRoundingFlags(rectmin *Vec2, rectmax *Vec2, rounding float32, flags ImDrawFlags)

PathRectWithRoundingFlags ...

func (*ImDrawList) PathStroke ¶

func (pointer *ImDrawList) PathStroke(col uint32, closed bool)

PathStroke ...

func (*ImDrawList) PathStrokeWithThickness ¶

func (pointer *ImDrawList) PathStrokeWithThickness(col uint32, closed bool, thickness float32)

PathStrokeWithThickness ...

func (*ImDrawList) PopClipRect ¶

func (pointer *ImDrawList) PopClipRect()

PopClipRect ...

func (*ImDrawList) PopTextureID ¶

func (pointer *ImDrawList) PopTextureID()

PopTextureID ...

func (*ImDrawList) PushClipRect ¶

func (pointer *ImDrawList) PushClipRect(cliprectmin *Vec2, cliprectmax *Vec2)

PushClipRect ...

func (*ImDrawList) PushClipRectFullScreen ¶

func (pointer *ImDrawList) PushClipRectFullScreen()

PushClipRectFullScreen ...

func (*ImDrawList) PushClipRectWithIntersectWithCurentClipRect ¶

func (pointer *ImDrawList) PushClipRectWithIntersectWithCurentClipRect(cliprectmin *Vec2, cliprectmax *Vec2, intersectwithcurentcliprect bool)

PushClipRectWithIntersectWithCurentClipRect ...

func (*ImDrawList) PushTextureID ¶

func (pointer *ImDrawList) PushTextureID(tex *Texture)

PushTextureID ...

type ImFont ¶

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

ImFont Immediate GUI font.

func ImGuiGetFont ¶

func ImGuiGetFont() *ImFont

ImGuiGetFont Return the current ImGui font.

func (*ImFont) Free ¶

func (pointer *ImFont) Free()

Free ...

func (*ImFont) IsNil ¶

func (pointer *ImFont) IsNil() bool

IsNil ...

type ImGuiCol ¶

type ImGuiCol int32

ImGuiCol ...

type ImGuiColorEditFlags ¶

type ImGuiColorEditFlags int32

ImGuiColorEditFlags ...

type ImGuiComboFlags ¶

type ImGuiComboFlags int32

ImGuiComboFlags ...

type ImGuiCond ¶

type ImGuiCond int32

ImGuiCond ...

type ImGuiFocusedFlags ¶

type ImGuiFocusedFlags int32

ImGuiFocusedFlags ...

type ImGuiHoveredFlags ¶

type ImGuiHoveredFlags int32

ImGuiHoveredFlags ...

type ImGuiInputTextFlags ¶

type ImGuiInputTextFlags int32

ImGuiInputTextFlags ...

type ImGuiMouseButton ¶

type ImGuiMouseButton int32

ImGuiMouseButton ...

type ImGuiPopupFlags ¶

type ImGuiPopupFlags int32

ImGuiPopupFlags ...

type ImGuiSelectableFlags ¶

type ImGuiSelectableFlags int32

ImGuiSelectableFlags ...

type ImGuiStyleVar ¶

type ImGuiStyleVar int32

ImGuiStyleVar ...

type ImGuiTreeNodeFlags ¶

type ImGuiTreeNodeFlags int32

ImGuiTreeNodeFlags ...

type ImGuiWindowFlags ¶

type ImGuiWindowFlags int32

ImGuiWindowFlags ...

type Instance ¶

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

Instance Component to instantiate a scene as a child of a node upon setup.

func (*Instance) ClearOnInstantiateAnim ¶

func (pointer *Instance) ClearOnInstantiateAnim()

ClearOnInstantiateAnim ...

func (*Instance) Eq ¶

func (pointer *Instance) Eq(i *Instance) bool

Eq ...

func (*Instance) Free ¶

func (pointer *Instance) Free()

Free ...

func (*Instance) GetOnInstantiateAnim ¶

func (pointer *Instance) GetOnInstantiateAnim() string

GetOnInstantiateAnim ...

func (*Instance) GetOnInstantiateAnimLoopMode ¶

func (pointer *Instance) GetOnInstantiateAnimLoopMode() AnimLoopMode

GetOnInstantiateAnimLoopMode ...

func (*Instance) GetOnInstantiatePlayAnimRef ¶

func (pointer *Instance) GetOnInstantiatePlayAnimRef() *ScenePlayAnimRef

GetOnInstantiatePlayAnimRef ...

func (*Instance) GetPath ¶

func (pointer *Instance) GetPath() string

GetPath ...

func (*Instance) IsNil ¶

func (pointer *Instance) IsNil() bool

IsNil ...

func (*Instance) IsValid ¶

func (pointer *Instance) IsValid() bool

IsValid ...

func (*Instance) SetOnInstantiateAnim ¶

func (pointer *Instance) SetOnInstantiateAnim(anim string)

SetOnInstantiateAnim ...

func (*Instance) SetOnInstantiateAnimLoopMode ¶

func (pointer *Instance) SetOnInstantiateAnimLoopMode(loopmode AnimLoopMode)

SetOnInstantiateAnimLoopMode ...

func (*Instance) SetPath ¶

func (pointer *Instance) SetPath(path string)

SetPath ...

type IntRect ¶

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

IntRect ...

func CropWithRectLeftTopRightBottom ¶

func CropWithRectLeftTopRightBottom(rect *IntRect, left int32, top int32, right int32, bottom int32) *IntRect

CropWithRectLeftTopRightBottom Crop a rectangle. Remove the specified amount of units on each side of the rectangle. See harfang.Grow.

func GetMonitorRect ¶

func GetMonitorRect(monitor *Monitor) *IntRect

GetMonitorRect Returns a rectangle going from the position, in screen coordinates, of the upper-left corner of the specified monitor to the position of the lower-right corner.

func GrowWithRectBorder ¶

func GrowWithRectBorder(rect *IntRect, border int32) *IntRect

GrowWithRectBorder Grow a rectangle by the specified amount of units. See harfang.Crop.

func IntersectionWithAB ¶

func IntersectionWithAB(a *IntRect, b *IntRect) *IntRect

IntersectionWithAB Return the intersection of two rectangles.

func MakeRectFromWidthHeightWithXYWH ¶

func MakeRectFromWidthHeightWithXYWH(x int32, y int32, w int32, h int32) *IntRect

MakeRectFromWidthHeightWithXYWH Make a rectangle from width and height.

func NewIntRect ¶

func NewIntRect() *IntRect

NewIntRect ...

func NewIntRectWithRect ¶

func NewIntRectWithRect(rect *IntRect) *IntRect

NewIntRectWithRect ...

func NewIntRectWithSxSyExEy ¶

func NewIntRectWithSxSyExEy(sx int32, sy int32, ex int32, ey int32) *IntRect

NewIntRectWithSxSyExEy ...

func NewIntRectWithXY ¶

func NewIntRectWithXY(x int32, y int32) *IntRect

NewIntRectWithXY ...

func OffsetWithRectXY ¶

func OffsetWithRectXY(rect *IntRect, x int32, y int32) *IntRect

OffsetWithRectXY Offset a rectangle by the specified amount of units.

func ToIntRect ¶

func ToIntRect(rect *Rect) *IntRect

ToIntRect Return a floating point rectangle as an integer rectangle.

func (*IntRect) Free ¶

func (pointer *IntRect) Free()

Free ...

func (*IntRect) GetEx ¶

func (pointer *IntRect) GetEx() int32

GetEx ...

func (*IntRect) GetEy ¶

func (pointer *IntRect) GetEy() int32

GetEy ...

func (*IntRect) GetSx ¶

func (pointer *IntRect) GetSx() int32

GetSx ...

func (*IntRect) GetSy ¶

func (pointer *IntRect) GetSy() int32

GetSy ...

func (*IntRect) IsNil ¶

func (pointer *IntRect) IsNil() bool

IsNil ...

func (*IntRect) SetEx ¶

func (pointer *IntRect) SetEx(v int32)

SetEx ...

func (*IntRect) SetEy ¶

func (pointer *IntRect) SetEy(v int32)

SetEy ...

func (*IntRect) SetSx ¶

func (pointer *IntRect) SetSx(v int32)

SetSx ...

func (*IntRect) SetSy ¶

func (pointer *IntRect) SetSy(v int32)

SetSy ...

type IsoSurface ¶

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

IsoSurface An iso-surface represents points of a constant value within a volume of space. This class holds a fixed-size 3-dimensional grid of values that can efficiently be converted to a harfang.Model at runtime.

func GaussianBlurIsoSurface ¶

func GaussianBlurIsoSurface(surface *IsoSurface, width int32, height int32, depth int32) *IsoSurface

GaussianBlurIsoSurface Apply a Gaussian blur to an iso-surface.

func NewIsoSurface ¶

func NewIsoSurface(width int32, height int32, depth int32) *IsoSurface

NewIsoSurface Return a new iso-surface object. See harfang.IsoSurfaceSphere to draw to an iso-surface and harfang.IsoSurfaceToModel to draw it.

func (*IsoSurface) Free ¶

func (pointer *IsoSurface) Free()

Free ...

func (*IsoSurface) IsNil ¶

func (pointer *IsoSurface) IsNil() bool

IsNil ...

type JSON ¶

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

JSON JSON read/write object.

func LoadJsonFromAssets ¶

func LoadJsonFromAssets(name string) *JSON

LoadJsonFromAssets Load a JSON from the assets system. See [harfang.man.Assets].

func LoadJsonFromFile ¶

func LoadJsonFromFile(path string) *JSON

LoadJsonFromFile Load a JSON from the local filesystem.

func NewJSON ¶

func NewJSON() *JSON

NewJSON JSON read/write object.

func (*JSON) Free ¶

func (pointer *JSON) Free()

Free ...

func (*JSON) IsNil ¶

func (pointer *JSON) IsNil() bool

IsNil ...

type Joystick ¶

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

Joystick ...

func NewJoystick ¶

func NewJoystick() *Joystick

NewJoystick ...

func NewJoystickWithName ¶

func NewJoystickWithName(name string) *Joystick

NewJoystickWithName ...

func (*Joystick) Axes ¶

func (pointer *Joystick) Axes(axis int32) float32

Axes ...

func (*Joystick) AxesCount ¶

func (pointer *Joystick) AxesCount() int32

AxesCount ...

func (*Joystick) ButtonsCount ¶

func (pointer *Joystick) ButtonsCount() int32

ButtonsCount ...

func (*Joystick) Connected ¶

func (pointer *Joystick) Connected() bool

Connected ...

func (*Joystick) Disconnected ¶

func (pointer *Joystick) Disconnected() bool

Disconnected ...

func (*Joystick) Down ¶

func (pointer *Joystick) Down(btn int32) bool

Down ...

func (*Joystick) DtAxes ¶

func (pointer *Joystick) DtAxes(axis int32) float32

DtAxes ...

func (*Joystick) Free ¶

func (pointer *Joystick) Free()

Free ...

func (*Joystick) GetDeviceName ¶

func (pointer *Joystick) GetDeviceName() string

GetDeviceName ...

func (*Joystick) IsConnected ¶

func (pointer *Joystick) IsConnected() bool

IsConnected ...

func (*Joystick) IsNil ¶

func (pointer *Joystick) IsNil() bool

IsNil ...

func (*Joystick) Pressed ¶

func (pointer *Joystick) Pressed(btn int32) bool

Pressed ...

func (*Joystick) Released ¶

func (pointer *Joystick) Released(btn int32) bool

Released ...

func (*Joystick) Update ¶

func (pointer *Joystick) Update()

Update ...

type JoystickState ¶

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

JoystickState ...

func ReadJoystick ¶

func ReadJoystick() *JoystickState

ReadJoystick ...

func ReadJoystickWithName ¶

func ReadJoystickWithName(name string) *JoystickState

ReadJoystickWithName ...

func (*JoystickState) Axes ¶

func (pointer *JoystickState) Axes(idx int32) float32

Axes ...

func (*JoystickState) Button ¶

func (pointer *JoystickState) Button(btn int32) bool

Button ...

func (*JoystickState) Free ¶

func (pointer *JoystickState) Free()

Free ...

func (*JoystickState) IsConnected ¶

func (pointer *JoystickState) IsConnected() bool

IsConnected ...

func (*JoystickState) IsNil ¶

func (pointer *JoystickState) IsNil() bool

IsNil ...

type Key ¶

type Key int32

Key ...

type Keyboard ¶

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

Keyboard Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetKeyboardNames to query for available keyboard devices.

func NewKeyboard ¶

func NewKeyboard() *Keyboard

NewKeyboard Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetKeyboardNames to query for available keyboard devices.

func NewKeyboardWithName ¶

func NewKeyboardWithName(name string) *Keyboard

NewKeyboardWithName Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetKeyboardNames to query for available keyboard devices.

func (*Keyboard) Down ¶

func (pointer *Keyboard) Down(key Key) bool

Down ...

func (*Keyboard) Free ¶

func (pointer *Keyboard) Free()

Free ...

func (*Keyboard) GetOldState ¶

func (pointer *Keyboard) GetOldState() *KeyboardState

GetOldState ...

func (*Keyboard) GetState ¶

func (pointer *Keyboard) GetState() *KeyboardState

GetState ...

func (*Keyboard) IsNil ¶

func (pointer *Keyboard) IsNil() bool

IsNil ...

func (*Keyboard) Pressed ¶

func (pointer *Keyboard) Pressed(key Key) bool

Pressed ...

func (*Keyboard) Released ¶

func (pointer *Keyboard) Released(key Key) bool

Released ...

func (*Keyboard) Update ¶

func (pointer *Keyboard) Update()

Update ...

type KeyboardState ¶

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

KeyboardState ...

func ReadKeyboard ¶

func ReadKeyboard() *KeyboardState

ReadKeyboard Read the current state of a named keyboard. If no name is passed, `default` is implied. See harfang.GetKeyboardNames.

func ReadKeyboardWithName ¶

func ReadKeyboardWithName(name string) *KeyboardState

ReadKeyboardWithName Read the current state of a named keyboard. If no name is passed, `default` is implied. See harfang.GetKeyboardNames.

func (*KeyboardState) Free ¶

func (pointer *KeyboardState) Free()

Free ...

func (*KeyboardState) IsNil ¶

func (pointer *KeyboardState) IsNil() bool

IsNil ...

func (*KeyboardState) Key ¶

func (pointer *KeyboardState) Key(key Key) bool

Key ...

type Light ¶

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

Light Add this component to a node to turn it into a light source, see [harfang.man.ForwardPipeline].

func (*Light) Eq ¶

func (pointer *Light) Eq(l *Light) bool

Eq ...

func (*Light) Free ¶

func (pointer *Light) Free()

Free ...

func (*Light) GetDiffuseColor ¶

func (pointer *Light) GetDiffuseColor() *Color

GetDiffuseColor ...

func (*Light) GetDiffuseIntensity ¶

func (pointer *Light) GetDiffuseIntensity() float32

GetDiffuseIntensity ...

func (*Light) GetInnerAngle ¶

func (pointer *Light) GetInnerAngle() float32

GetInnerAngle ...

func (*Light) GetOuterAngle ¶

func (pointer *Light) GetOuterAngle() float32

GetOuterAngle ...

func (*Light) GetPSSMSplit ¶

func (pointer *Light) GetPSSMSplit() *Vec4

GetPSSMSplit ...

func (*Light) GetPriority ¶

func (pointer *Light) GetPriority() float32

GetPriority ...

func (*Light) GetRadius ¶

func (pointer *Light) GetRadius() float32

GetRadius Get the light range in meters.

func (*Light) GetShadowType ¶

func (pointer *Light) GetShadowType() LightShadowType

GetShadowType ...

func (*Light) GetSpecularColor ¶

func (pointer *Light) GetSpecularColor() *Color

GetSpecularColor ...

func (*Light) GetSpecularIntensity ¶

func (pointer *Light) GetSpecularIntensity() float32

GetSpecularIntensity ...

func (*Light) GetType ¶

func (pointer *Light) GetType() LightType

GetType Return the harfang.LightType.

func (*Light) IsNil ¶

func (pointer *Light) IsNil() bool

IsNil ...

func (*Light) IsValid ¶

func (pointer *Light) IsValid() bool

IsValid ...

func (*Light) SetDiffuseColor ¶

func (pointer *Light) SetDiffuseColor(v *Color)

SetDiffuseColor ...

func (*Light) SetDiffuseIntensity ¶

func (pointer *Light) SetDiffuseIntensity(v float32)

SetDiffuseIntensity ...

func (*Light) SetInnerAngle ¶

func (pointer *Light) SetInnerAngle(v float32)

SetInnerAngle ...

func (*Light) SetOuterAngle ¶

func (pointer *Light) SetOuterAngle(v float32)

SetOuterAngle ...

func (*Light) SetPSSMSplit ¶

func (pointer *Light) SetPSSMSplit(v *Vec4)

SetPSSMSplit ...

func (*Light) SetPriority ¶

func (pointer *Light) SetPriority(v float32)

SetPriority ...

func (*Light) SetRadius ¶

func (pointer *Light) SetRadius(v float32)

SetRadius Set the light range in meters. No light will be contributed to elements further away than this distance from the node world position.

func (*Light) SetShadowType ¶

func (pointer *Light) SetShadowType(v LightShadowType)

SetShadowType ...

func (*Light) SetSpecularColor ¶

func (pointer *Light) SetSpecularColor(v *Color)

SetSpecularColor ...

func (*Light) SetSpecularIntensity ¶

func (pointer *Light) SetSpecularIntensity(v float32)

SetSpecularIntensity ...

func (*Light) SetType ¶

func (pointer *Light) SetType(v LightType)

SetType Set the harfang.LightType.

type LightShadowType ¶

type LightShadowType int32

LightShadowType ...

type LightType ¶

type LightType int32

LightType ...

type LoadSaveSceneFlags ¶

type LoadSaveSceneFlags uint32

LoadSaveSceneFlags ...

type LogLevel ¶

type LogLevel int32

LogLevel ...

type LuaObject ¶

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

LuaObject Opaque reference to an Lua object. This type is used to transfer values between VMs, see [harfang.man.Scripting].

func (*LuaObject) Free ¶

func (pointer *LuaObject) Free()

Free ...

func (*LuaObject) IsNil ¶

func (pointer *LuaObject) IsNil() bool

IsNil ...

type LuaObjectList ¶

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

LuaObjectList ...

func NewLuaObjectList ¶

func NewLuaObjectList() *LuaObjectList

NewLuaObjectList ...

func NewLuaObjectListWithSequence ¶

func NewLuaObjectListWithSequence(sequence GoSliceOfLuaObject) *LuaObjectList

NewLuaObjectListWithSequence ...

func (*LuaObjectList) At ¶

func (pointer *LuaObjectList) At(idx int32) *LuaObject

At ...

func (*LuaObjectList) Clear ¶

func (pointer *LuaObjectList) Clear()

Clear ...

func (*LuaObjectList) Free ¶

func (pointer *LuaObjectList) Free()

Free ...

func (*LuaObjectList) Get ¶

func (pointer *LuaObjectList) Get(id int) *LuaObject

Get ...

func (*LuaObjectList) IsNil ¶

func (pointer *LuaObjectList) IsNil() bool

IsNil ...

func (*LuaObjectList) Len ¶

func (pointer *LuaObjectList) Len() int32

Len ...

func (*LuaObjectList) PushBack ¶

func (pointer *LuaObjectList) PushBack(v *LuaObject)

PushBack ...

func (*LuaObjectList) Reserve ¶

func (pointer *LuaObjectList) Reserve(size int32)

Reserve ...

func (*LuaObjectList) Set ¶

func (pointer *LuaObjectList) Set(id int, v *LuaObject)

Set ...

func (*LuaObjectList) Size ¶

func (pointer *LuaObjectList) Size() int32

Size ...

type Mat3 ¶

type Mat3 struct {
	// contains filtered or unexported fields
}

Mat3 A 3x3 matrix used to store rotation.

func CrossProductMat3 ¶

func CrossProductMat3(V *Vec3) *Mat3

CrossProductMat3 Creates a matrix __M__ so that __Mv = pâ¨¯v__. Simply put, multiplying this matrix to any vector __v__ is equivalent to compute the cross product between __p__ and __v__.

func GetRMatrix ¶

func GetRMatrix(m *Mat4) *Mat3

GetRMatrix See harfang.GetRotationMatrix.

func GetRotationMatrix ¶

func GetRotationMatrix(m *Mat4) *Mat3

GetRotationMatrix Return the rotation component of a transformation matrix as a harfang.Mat3 rotation matrix.

func InverseWithMI ¶

func InverseWithMI(m *Mat3) (bool, *Mat3)

InverseWithMI Return the inverse of a matrix, vector or quaternion.

func Mat3GetIdentity ¶

func Mat3GetIdentity() *Mat3

Mat3GetIdentity ...

func Mat3GetZero ¶

func Mat3GetZero() *Mat3

Mat3GetZero ...

func Mat3LookAt ¶

func Mat3LookAt(front *Vec3) *Mat3

Mat3LookAt Return a rotation matrix looking down the provided vector. The input vector does not need to be normalized.

func Mat3LookAtWithUp ¶

func Mat3LookAtWithUp(front *Vec3, up *Vec3) *Mat3

Mat3LookAtWithUp Return a rotation matrix looking down the provided vector. The input vector does not need to be normalized.

func NewMat3 ¶

func NewMat3() *Mat3

NewMat3 A 3x3 matrix used to store rotation.

func NewMat3WithM ¶

func NewMat3WithM(m *Mat4) *Mat3

NewMat3WithM A 3x3 matrix used to store rotation.

func NewMat3WithXYZ ¶

func NewMat3WithXYZ(x *Vec3, y *Vec3, z *Vec3) *Mat3

NewMat3WithXYZ A 3x3 matrix used to store rotation.

func NormalizeWithM ¶

func NormalizeWithM(m *Mat3) *Mat3

NormalizeWithM Return the input vector scaled so that its length is one.

func Orthonormalize ¶

func Orthonormalize(m *Mat3) *Mat3

Orthonormalize Return a matrix where the row vectors form an orthonormal basis. All vectors are normalized and perpendicular to each other.

func RotationMat2D ¶

func RotationMat2D(angle float32, pivot *Vec2) *Mat3

RotationMat2D Return a 2D rotation matrix by __a__ radians around the specified __pivot__ point.

func RotationMat3 ¶

func RotationMat3(euler *Vec3) *Mat3

RotationMat3 Return a 3x3 rotation matrix.

func RotationMat3WithRotationOrder ¶

func RotationMat3WithRotationOrder(euler *Vec3, rotationorder RotationOrder) *Mat3

RotationMat3WithRotationOrder Return a 3x3 rotation matrix.

func RotationMat3WithXYZ ¶

func RotationMat3WithXYZ(x float32, y float32, z float32) *Mat3

RotationMat3WithXYZ Return a 3x3 rotation matrix.

func RotationMat3WithXYZRotationOrder ¶

func RotationMat3WithXYZRotationOrder(x float32, y float32, z float32, rotationorder RotationOrder) *Mat3

RotationMat3WithXYZRotationOrder Return a 3x3 rotation matrix.

func RotationMatX ¶

func RotationMatX(angle float32) *Mat3

RotationMatX Return a 3x3 rotation matrix around the world X axis {1, 0, 0}.

func RotationMatXY ¶

func RotationMatXY(x float32, y float32) *Mat3

RotationMatXY Return a 3x3 rotation matrix around the X axis followed by a rotation around the Y axis.

func RotationMatXYZ ¶

func RotationMatXYZ(x float32, y float32, z float32) *Mat3

RotationMatXYZ Return a 3x3 rotation matrix around the X axis followed by a rotation around the Y axis then a rotation around the Z axis.

func RotationMatXZY ¶

func RotationMatXZY(x float32, y float32, z float32) *Mat3

RotationMatXZY Return a 3x3 rotation matrix around the X axis followed by a rotation around the Z axis then a rotation around the Y axis.

func RotationMatY ¶

func RotationMatY(angle float32) *Mat3

RotationMatY Return a 3x3 rotation matrix around the world Y axis {0, 1, 0}.

func RotationMatYXZ ¶

func RotationMatYXZ(x float32, y float32, z float32) *Mat3

RotationMatYXZ Return a 3x3 rotation matrix around the Y axis followed by a rotation around the X axis then a rotation around the Z axis.

func RotationMatYZX ¶

func RotationMatYZX(x float32, y float32, z float32) *Mat3

RotationMatYZX Return a 3x3 rotation matrix around the Y axis followed by a rotation around the Z axis then a rotation around the X axis.

func RotationMatZ ¶

func RotationMatZ(angle float32) *Mat3

RotationMatZ Return a 3x3 rotation matrix around the world Z axis {0, 0, 1}.

func RotationMatZXY ¶

func RotationMatZXY(x float32, y float32, z float32) *Mat3

RotationMatZXY Return a 3x3 rotation matrix around the Z axis followed by a rotation around the X axis then a rotation around the Y axis.

func RotationMatZYX ¶

func RotationMatZYX(x float32, y float32, z float32) *Mat3

RotationMatZYX Return a 3x3 rotation matrix around the Z axis followed by a rotation around the Y axis then a rotation around the X axis.

func ScaleMat3 ¶

func ScaleMat3(S *Vec2) *Mat3

ScaleMat3 Return a 3x3 scale matrix from a 2D vector.

func ScaleMat3WithS ¶

func ScaleMat3WithS(S *Vec3) *Mat3

ScaleMat3WithS Return a 3x3 scale matrix from a 2D vector.

func ToMatrix3 ¶

func ToMatrix3(q *Quaternion) *Mat3

ToMatrix3 Convert a quaternion rotation to its harfang.Mat3 representation.

func TranslationMat3 ¶

func TranslationMat3(T *Vec2) *Mat3

TranslationMat3 Return a 2D translation 3x3 matrix from the first 2 components (__x__,__y__) of the parameter vector.

func TranslationMat3WithT ¶

func TranslationMat3WithT(T *Vec3) *Mat3

TranslationMat3WithT Return a 2D translation 3x3 matrix from the first 2 components (__x__,__y__) of the parameter vector.

func Transpose ¶

func Transpose(m *Mat3) *Mat3

Transpose Return the transpose of the input matrix. For a pure rotation matrix this returns the opposite transformation so that M*M<sup>T</sup>=I.

func VectorMat3 ¶

func VectorMat3(V *Vec3) *Mat3

VectorMat3 Return a vector as a matrix.

func (*Mat3) Add ¶

func (pointer *Mat3) Add(m *Mat3) *Mat3

Add ...

func (*Mat3) Eq ¶

func (pointer *Mat3) Eq(m *Mat3) bool

Eq ...

func (*Mat3) Free ¶

func (pointer *Mat3) Free()

Free ...

func (*Mat3) GetIdentity ¶

func (pointer *Mat3) GetIdentity() *Mat3

GetIdentity ...

func (*Mat3) GetZero ¶

func (pointer *Mat3) GetZero() *Mat3

GetZero ...

func (*Mat3) InplaceAdd ¶

func (pointer *Mat3) InplaceAdd(m *Mat3)

InplaceAdd ...

func (*Mat3) InplaceMul ¶

func (pointer *Mat3) InplaceMul(k float32)

InplaceMul ...

func (*Mat3) InplaceMulWithM ¶

func (pointer *Mat3) InplaceMulWithM(m *Mat3)

InplaceMulWithM ...

func (*Mat3) InplaceSub ¶

func (pointer *Mat3) InplaceSub(m *Mat3)

InplaceSub ...

func (*Mat3) IsNil ¶

func (pointer *Mat3) IsNil() bool

IsNil ...

func (*Mat3) Mul ¶

func (pointer *Mat3) Mul(v float32) *Mat3

Mul ...

func (*Mat3) MulWithM ¶

func (pointer *Mat3) MulWithM(m *Mat3) *Mat3

MulWithM ...

func (*Mat3) MulWithV ¶

func (pointer *Mat3) MulWithV(v *Vec2) *Vec2

MulWithV ...

func (*Mat3) MulWithVec3V ¶

func (pointer *Mat3) MulWithVec3V(v *Vec3) *Vec3

MulWithVec3V ...

func (*Mat3) MulWithVec4V ¶

func (pointer *Mat3) MulWithVec4V(v *Vec4) *Vec4

MulWithVec4V ...

func (*Mat3) Ne ¶

func (pointer *Mat3) Ne(m *Mat3) bool

Ne ...

func (*Mat3) Sub ¶

func (pointer *Mat3) Sub(m *Mat3) *Mat3

Sub ...

type Mat4 ¶

type Mat4 struct {
	// contains filtered or unexported fields
}

Mat4 A 3x4 matrix used to store complete transformation including rotation, scale and position.

func InverseFast ¶

func InverseFast(m *Mat4) *Mat4

InverseFast Compute the inverse of an orthonormal transformation matrix. This function is faster than the generic harfang.Inverse function but can only deal with a specific set of matrices. See harfang.Inverse.

func InverseWithMat4MMat4I ¶

func InverseWithMat4MMat4I(m *Mat4) (bool, *Mat4)

InverseWithMat4MMat4I Return the inverse of a matrix, vector or quaternion.

func LerpAsOrthonormalBase ¶

func LerpAsOrthonormalBase(from *Mat4, to *Mat4, k float32) *Mat4

LerpAsOrthonormalBase Linear interpolate between two transformation matrices on the [harfang.0;1] interval.

func LerpAsOrthonormalBaseWithFast ¶

func LerpAsOrthonormalBaseWithFast(from *Mat4, to *Mat4, k float32, fast bool) *Mat4

LerpAsOrthonormalBaseWithFast Linear interpolate between two transformation matrices on the [harfang.0;1] interval.

func Mat4GetIdentity ¶

func Mat4GetIdentity() *Mat4

Mat4GetIdentity ...

func Mat4GetZero ¶

func Mat4GetZero() *Mat4

Mat4GetZero ...

func Mat4LookAt ¶

func Mat4LookAt(position *Vec3, at *Vec3) *Mat4

Mat4LookAt Return a _look at_ matrix whose orientation points at the specified position.

func Mat4LookAtUp ¶

func Mat4LookAtUp(position *Vec3, at *Vec3, up *Vec3) *Mat4

Mat4LookAtUp Return a _look at_ matrix whose orientation points at the specified position and up direction.

func Mat4LookAtUpWithScale ¶

func Mat4LookAtUpWithScale(position *Vec3, at *Vec3, up *Vec3, scale *Vec3) *Mat4

Mat4LookAtUpWithScale Return a _look at_ matrix whose orientation points at the specified position and up direction.

func Mat4LookAtWithScale ¶

func Mat4LookAtWithScale(position *Vec3, at *Vec3, scale *Vec3) *Mat4

Mat4LookAtWithScale Return a _look at_ matrix whose orientation points at the specified position.

func Mat4LookToward ¶

func Mat4LookToward(position *Vec3, direction *Vec3) *Mat4

Mat4LookToward Return a _look at_ matrix whose orientation points toward the specified direction.

func Mat4LookTowardUp ¶

func Mat4LookTowardUp(position *Vec3, direction *Vec3, up *Vec3) *Mat4

Mat4LookTowardUp Return a _look at_ matrix whose orientation points toward the specified directions.

func Mat4LookTowardUpWithScale ¶

func Mat4LookTowardUpWithScale(position *Vec3, direction *Vec3, up *Vec3, scale *Vec3) *Mat4

Mat4LookTowardUpWithScale Return a _look at_ matrix whose orientation points toward the specified directions.

func Mat4LookTowardWithScale ¶

func Mat4LookTowardWithScale(position *Vec3, direction *Vec3, scale *Vec3) *Mat4

Mat4LookTowardWithScale Return a _look at_ matrix whose orientation points toward the specified direction.

func NewMat4 ¶

func NewMat4() *Mat4

NewMat4 A 3x4 matrix used to store complete transformation including rotation, scale and position.

func NewMat4WithM ¶

func NewMat4WithM(m *Mat4) *Mat4

NewMat4WithM A 3x4 matrix used to store complete transformation including rotation, scale and position.

func NewMat4WithM00M10M20M01M11M21M02M12M22M03M13M23 ¶

func NewMat4WithM00M10M20M01M11M21M02M12M22M03M13M23(m00 float32, m10 float32, m20 float32, m01 float32, m11 float32, m21 float32, m02 float32, m12 float32, m22 float32, m03 float32, m13 float32, m23 float32) *Mat4

NewMat4WithM00M10M20M01M11M21M02M12M22M03M13M23 A 3x4 matrix used to store complete transformation including rotation, scale and position.

func NewMat4WithMat3M ¶

func NewMat4WithMat3M(m *Mat3) *Mat4

NewMat4WithMat3M A 3x4 matrix used to store complete transformation including rotation, scale and position.

func OrthonormalizeWithM ¶

func OrthonormalizeWithM(m *Mat4) *Mat4

OrthonormalizeWithM Return a matrix where the row vectors form an orthonormal basis. All vectors are normalized and perpendicular to each other.

func RotationMat4 ¶

func RotationMat4(euler *Vec3) *Mat4

RotationMat4 Return a 4x3 rotation matrix from euler angles. The default rotation order is YXZ.

func RotationMat4WithOrder ¶

func RotationMat4WithOrder(euler *Vec3, order RotationOrder) *Mat4

RotationMat4WithOrder Return a 4x3 rotation matrix from euler angles. The default rotation order is YXZ.

func ScaleMat4 ¶

func ScaleMat4(scale *Vec3) *Mat4

ScaleMat4 Return a 4x3 scale matrix from the parameter scaling vector.

func ScaleMat4WithScale ¶

func ScaleMat4WithScale(scale float32) *Mat4

ScaleMat4WithScale Return a 4x3 scale matrix from the parameter scaling vector.

func TransformationMat4 ¶

func TransformationMat4(pos *Vec3, rot *Vec3) *Mat4

TransformationMat4 Creates a 4x3 transformation matrix from the translation vector __p__, the 3x3 rotation Matrix __m__ (or YXZ euler rotation vector __e__) and the scaling vector __s__. This is a more efficient version of `TranslationMat4(p) * ScaleMat4(s) * m`

func TransformationMat4WithRot ¶

func TransformationMat4WithRot(pos *Vec3, rot *Mat3) *Mat4

TransformationMat4WithRot Creates a 4x3 transformation matrix from the translation vector __p__, the 3x3 rotation Matrix __m__ (or YXZ euler rotation vector __e__) and the scaling vector __s__. This is a more efficient version of `TranslationMat4(p) * ScaleMat4(s) * m`

func TransformationMat4WithRotScale ¶

func TransformationMat4WithRotScale(pos *Vec3, rot *Mat3, scale *Vec3) *Mat4

TransformationMat4WithRotScale Creates a 4x3 transformation matrix from the translation vector __p__, the 3x3 rotation Matrix __m__ (or YXZ euler rotation vector __e__) and the scaling vector __s__. This is a more efficient version of `TranslationMat4(p) * ScaleMat4(s) * m`

func TransformationMat4WithScale ¶

func TransformationMat4WithScale(pos *Vec3, rot *Vec3, scale *Vec3) *Mat4

TransformationMat4WithScale Creates a 4x3 transformation matrix from the translation vector __p__, the 3x3 rotation Matrix __m__ (or YXZ euler rotation vector __e__) and the scaling vector __s__. This is a more efficient version of `TranslationMat4(p) * ScaleMat4(s) * m`

func TranslationMat4 ¶

func TranslationMat4(t *Vec3) *Mat4

TranslationMat4 Return a 4x3 translation matrix from the parameter displacement vector.

func (*Mat4) Add ¶

func (pointer *Mat4) Add(m *Mat4) *Mat4

Add ...

func (*Mat4) Eq ¶

func (pointer *Mat4) Eq(m *Mat4) bool

Eq ...

func (*Mat4) Free ¶

func (pointer *Mat4) Free()

Free ...

func (*Mat4) GetIdentity ¶

func (pointer *Mat4) GetIdentity() *Mat4

GetIdentity ...

func (*Mat4) GetZero ¶

func (pointer *Mat4) GetZero() *Mat4

GetZero ...

func (*Mat4) IsNil ¶

func (pointer *Mat4) IsNil() bool

IsNil ...

func (*Mat4) Mul ¶

func (pointer *Mat4) Mul(v float32) *Mat4

Mul ...

func (*Mat4) MulWithM ¶

func (pointer *Mat4) MulWithM(m *Mat4) *Mat4

MulWithM ...

func (*Mat4) MulWithMat44M ¶

func (pointer *Mat4) MulWithMat44M(m *Mat44) *Mat44

MulWithMat44M ...

func (*Mat4) MulWithV ¶

func (pointer *Mat4) MulWithV(v *Vec3) *Vec3

MulWithV ...

func (*Mat4) MulWithVec4V ¶

func (pointer *Mat4) MulWithVec4V(v *Vec4) *Vec4

MulWithVec4V ...

func (*Mat4) Ne ¶

func (pointer *Mat4) Ne(m *Mat4) bool

Ne ...

func (*Mat4) Sub ¶

func (pointer *Mat4) Sub(m *Mat4) *Mat4

Sub ...

type Mat44 ¶

type Mat44 struct {
	// contains filtered or unexported fields
}

Mat44 A 4x4 matrix used to store projection matrices.

func Compute2DProjectionMatrix ¶

func Compute2DProjectionMatrix(znear float32, zfar float32, resx float32, resy float32, yup bool) *Mat44

Compute2DProjectionMatrix Returns a projection matrix from a 2D space to the 3D world, as required by harfang.SetViewTransform for example.

func ComputeOrthographicProjectionMatrix ¶

func ComputeOrthographicProjectionMatrix(znear float32, zfar float32, size float32, aspectratio *Vec2) *Mat44

ComputeOrthographicProjectionMatrix Compute an orthographic projection matrix. An orthographic projection has no perspective and all lines parrallel in 3d space will still appear parrallel on screen after projection using the returned matrix. The `size` parameter controls the extends of the projected view. When projecting a 3d world this parameter is expressed in meters. Use the `aspect_ratio` parameter to prevent distortion from induced by non-square viewport. See harfang.ComputeAspectRatioX or harfang.ComputeAspectRatioY to compute an aspect ratio factor in paysage or portrait mode.

func ComputeOrthographicProjectionMatrixWithOffset ¶

func ComputeOrthographicProjectionMatrixWithOffset(znear float32, zfar float32, size float32, aspectratio *Vec2, offset *Vec2) *Mat44

ComputeOrthographicProjectionMatrixWithOffset Compute an orthographic projection matrix. An orthographic projection has no perspective and all lines parrallel in 3d space will still appear parrallel on screen after projection using the returned matrix. The `size` parameter controls the extends of the projected view. When projecting a 3d world this parameter is expressed in meters. Use the `aspect_ratio` parameter to prevent distortion from induced by non-square viewport. See harfang.ComputeAspectRatioX or harfang.ComputeAspectRatioY to compute an aspect ratio factor in paysage or portrait mode.

func ComputePerspectiveProjectionMatrix ¶

func ComputePerspectiveProjectionMatrix(znear float32, zfar float32, zoomfactor float32, aspectratio *Vec2) *Mat44

ComputePerspectiveProjectionMatrix Compute a perspective projection matrix, , `fov` is the field of view angle, see harfang.Deg and harfang.Rad. See harfang.ZoomFactorToFov, harfang.FovToZoomFactor, harfang.ComputeAspectRatioX and harfang.ComputeAspectRatioY.

func ComputePerspectiveProjectionMatrixWithOffset ¶

func ComputePerspectiveProjectionMatrixWithOffset(znear float32, zfar float32, zoomfactor float32, aspectratio *Vec2, offset *Vec2) *Mat44

ComputePerspectiveProjectionMatrixWithOffset Compute a perspective projection matrix, , `fov` is the field of view angle, see harfang.Deg and harfang.Rad. See harfang.ZoomFactorToFov, harfang.FovToZoomFactor, harfang.ComputeAspectRatioX and harfang.ComputeAspectRatioY.

func InverseWithMResult ¶

func InverseWithMResult(m *Mat44) (*Mat44, *bool)

InverseWithMResult Return the inverse of a matrix, vector or quaternion.

func Mat44GetIdentity ¶

func Mat44GetIdentity() *Mat44

Mat44GetIdentity ...

func Mat44GetZero ¶

func Mat44GetZero() *Mat44

Mat44GetZero ...

func NewMat44 ¶

func NewMat44() *Mat44

NewMat44 A 4x4 matrix used to store projection matrices.

func NewMat44WithM00M10M20M30M01M11M21M31M02M12M22M32M03M13M23M33 ¶

func NewMat44WithM00M10M20M30M01M11M21M31M02M12M22M32M03M13M23M33(m00 float32, m10 float32, m20 float32, m30 float32, m01 float32, m11 float32, m21 float32, m31 float32, m02 float32, m12 float32, m22 float32, m32 float32, m03 float32, m13 float32, m23 float32, m33 float32) *Mat44

NewMat44WithM00M10M20M30M01M11M21M31M02M12M22M32M03M13M23M33 A 4x4 matrix used to store projection matrices.

func (*Mat44) Free ¶

func (pointer *Mat44) Free()

Free ...

func (*Mat44) GetIdentity ¶

func (pointer *Mat44) GetIdentity() *Mat44

GetIdentity ...

func (*Mat44) GetZero ¶

func (pointer *Mat44) GetZero() *Mat44

GetZero ...

func (*Mat44) IsNil ¶

func (pointer *Mat44) IsNil() bool

IsNil ...

func (*Mat44) Mul ¶

func (pointer *Mat44) Mul(m *Mat4) *Mat44

Mul ...

func (*Mat44) MulWithM ¶

func (pointer *Mat44) MulWithM(m *Mat44) *Mat44

MulWithM ...

func (*Mat44) MulWithV ¶

func (pointer *Mat44) MulWithV(v *Vec3) *Vec3

MulWithV ...

func (*Mat44) MulWithVec4V ¶

func (pointer *Mat44) MulWithVec4V(v *Vec4) *Vec4

MulWithVec4V ...

type Mat4List ¶

type Mat4List struct {
	// contains filtered or unexported fields
}

Mat4List ...

func NewMat4List ¶

func NewMat4List() *Mat4List

NewMat4List ...

func NewMat4ListWithSequence ¶

func NewMat4ListWithSequence(sequence GoSliceOfMat4) *Mat4List

NewMat4ListWithSequence ...

func (*Mat4List) At ¶

func (pointer *Mat4List) At(idx int32) *Mat4

At ...

func (*Mat4List) Clear ¶

func (pointer *Mat4List) Clear()

Clear ...

func (*Mat4List) Free ¶

func (pointer *Mat4List) Free()

Free ...

func (*Mat4List) Get ¶

func (pointer *Mat4List) Get(id int) *Mat4

Get ...

func (*Mat4List) IsNil ¶

func (pointer *Mat4List) IsNil() bool

IsNil ...

func (*Mat4List) Len ¶

func (pointer *Mat4List) Len() int32

Len ...

func (*Mat4List) PushBack ¶

func (pointer *Mat4List) PushBack(v *Mat4)

PushBack ...

func (*Mat4List) Reserve ¶

func (pointer *Mat4List) Reserve(size int32)

Reserve ...

func (*Mat4List) Set ¶

func (pointer *Mat4List) Set(id int, v *Mat4)

Set ...

func (*Mat4List) Size ¶

func (pointer *Mat4List) Size() int32

Size ...

type Material ¶

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

Material High-level description of visual aspects of a surface. A material is comprised of a harfang.PipelineProgramRef, per-uniform value or texture, and a harfang.RenderState. See [harfang.man.ForwardPipeline] and [harfang.man.PipelineShader].

func CreateMaterial ¶

func CreateMaterial(prg *PipelineProgramRef) *Material

CreateMaterial Helper function to create a material. See harfang.SetMaterialProgram, harfang.SetMaterialValue and harfang.SetMaterialTexture.

func CreateMaterialWithValueName0Value0ValueName1Value1 ¶

func CreateMaterialWithValueName0Value0ValueName1Value1(prg *PipelineProgramRef, valuename0 string, value0 *Vec4, valuename1 string, value1 *Vec4) *Material

CreateMaterialWithValueName0Value0ValueName1Value1 Helper function to create a material. See harfang.SetMaterialProgram, harfang.SetMaterialValue and harfang.SetMaterialTexture.

func CreateMaterialWithValueNameValue ¶

func CreateMaterialWithValueNameValue(prg *PipelineProgramRef, valuename string, value *Vec4) *Material

CreateMaterialWithValueNameValue Helper function to create a material. See harfang.SetMaterialProgram, harfang.SetMaterialValue and harfang.SetMaterialTexture.

func NewMaterial ¶

func NewMaterial() *Material

NewMaterial High-level description of visual aspects of a surface. A material is comprised of a harfang.PipelineProgramRef, per-uniform value or texture, and a harfang.RenderState. See [harfang.man.ForwardPipeline] and [harfang.man.PipelineShader].

func (*Material) Free ¶

func (pointer *Material) Free()

Free ...

func (*Material) IsNil ¶

func (pointer *Material) IsNil() bool

IsNil ...

type MaterialList ¶

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

MaterialList ...

func NewMaterialList ¶

func NewMaterialList() *MaterialList

NewMaterialList ...

func NewMaterialListWithSequence ¶

func NewMaterialListWithSequence(sequence GoSliceOfMaterial) *MaterialList

NewMaterialListWithSequence ...

func (*MaterialList) At ¶

func (pointer *MaterialList) At(idx int32) *Material

At ...

func (*MaterialList) Clear ¶

func (pointer *MaterialList) Clear()

Clear ...

func (*MaterialList) Free ¶

func (pointer *MaterialList) Free()

Free ...

func (*MaterialList) Get ¶

func (pointer *MaterialList) Get(id int) *Material

Get ...

func (*MaterialList) IsNil ¶

func (pointer *MaterialList) IsNil() bool

IsNil ...

func (*MaterialList) Len ¶

func (pointer *MaterialList) Len() int32

Len ...

func (*MaterialList) PushBack ¶

func (pointer *MaterialList) PushBack(v *Material)

PushBack ...

func (*MaterialList) Reserve ¶

func (pointer *MaterialList) Reserve(size int32)

Reserve ...

func (*MaterialList) Set ¶

func (pointer *MaterialList) Set(id int, v *Material)

Set ...

func (*MaterialList) Size ¶

func (pointer *MaterialList) Size() int32

Size ...

type MaterialRef ¶

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

MaterialRef Reference to a harfang.Material inside a harfang.PipelineResources object.

func (*MaterialRef) Eq ¶

func (pointer *MaterialRef) Eq(m *MaterialRef) bool

Eq ...

func (*MaterialRef) Free ¶

func (pointer *MaterialRef) Free()

Free ...

func (*MaterialRef) IsNil ¶

func (pointer *MaterialRef) IsNil() bool

IsNil ...

func (*MaterialRef) Ne ¶

func (pointer *MaterialRef) Ne(m *MaterialRef) bool

Ne ...

type MinMax ¶

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

MinMax 3D bounding volume defined by a minimum and maximum position.

func MinMaxFromPositionSize ¶

func MinMaxFromPositionSize(position *Vec3, size *Vec3) *MinMax

MinMaxFromPositionSize Set `min = p - size/2` and `max = p + size/2`.

func NewMinMax ¶

func NewMinMax() *MinMax

NewMinMax 3D bounding volume defined by a minimum and maximum position.

func NewMinMaxWithMinMax ¶

func NewMinMaxWithMinMax(min *Vec3, max *Vec3) *MinMax

NewMinMaxWithMinMax 3D bounding volume defined by a minimum and maximum position.

func Union ¶

func Union(minmaxa *MinMax, minmaxb *MinMax) *MinMax

Union Compute the union of this bounding volume with another volume or a 3d position.

func UnionWithMinmaxPosition ¶

func UnionWithMinmaxPosition(minmax *MinMax, position *Vec3) *MinMax

UnionWithMinmaxPosition Compute the union of this bounding volume with another volume or a 3d position.

func (*MinMax) Eq ¶

func (pointer *MinMax) Eq(minmax *MinMax) bool

Eq ...

func (*MinMax) Free ¶

func (pointer *MinMax) Free()

Free ...

func (*MinMax) GetMn ¶

func (pointer *MinMax) GetMn() *Vec3

GetMn ...

func (*MinMax) GetMx ¶

func (pointer *MinMax) GetMx() *Vec3

GetMx ...

func (*MinMax) IsNil ¶

func (pointer *MinMax) IsNil() bool

IsNil ...

func (*MinMax) Mul ¶

func (pointer *MinMax) Mul(m *Mat4) *MinMax

Mul ...

func (*MinMax) Ne ¶

func (pointer *MinMax) Ne(minmax *MinMax) bool

Ne ...

func (*MinMax) SetMn ¶

func (pointer *MinMax) SetMn(v *Vec3)

SetMn ...

func (*MinMax) SetMx ¶

func (pointer *MinMax) SetMx(v *Vec3)

SetMx ...

type Model ¶

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

Model Runtime version of a harfang.Geometry. A model can be drawn to screen by calling harfang.DrawModel or by assigning it to the harfang.Object component of a node. To programmatically create a model see harfang.ModelBuilder.

func CreateCapsuleModel ¶

func CreateCapsuleModel(decl *VertexLayout, radius float32, height float32, subdivx int32, subdivy int32) *Model

CreateCapsuleModel Create a capsule render model. See harfang.CreateCubeModel, harfang.CreateConeModel, harfang.CreateCylinderModel, harfang.CreatePlaneModel, harfang.CreateSphereModel and harfang.DrawModel.

func CreateConeModel ¶

func CreateConeModel(decl *VertexLayout, radius float32, height float32, subdivx int32) *Model

CreateConeModel Create a cone render model. See harfang.CreateCubeModel, harfang.CreateConeModel, harfang.CreateCylinderModel, harfang.CreatePlaneModel, harfang.CreateSphereModel and harfang.DrawModel.

func CreateCubeModel ¶

func CreateCubeModel(decl *VertexLayout, x float32, y float32, z float32) *Model

CreateCubeModel Create a cube render model. See harfang.CreateCubeModel, harfang.CreateConeModel, harfang.CreateCylinderModel, harfang.CreatePlaneModel, harfang.CreateSphereModel and harfang.DrawModel.

func CreateCylinderModel ¶

func CreateCylinderModel(decl *VertexLayout, radius float32, height float32, subdivx int32) *Model

CreateCylinderModel Create a cylinder render model. See harfang.CreateCubeModel, harfang.CreateConeModel, harfang.CreateCylinderModel, harfang.CreatePlaneModel, harfang.CreateSphereModel and harfang.DrawModel.

func CreatePlaneModel ¶

func CreatePlaneModel(decl *VertexLayout, width float32, length float32, subdivx int32, subdivz int32) *Model

CreatePlaneModel Create a plane render model.

func CreateSphereModel ¶

func CreateSphereModel(decl *VertexLayout, radius float32, subdivx int32, subdivy int32) *Model

CreateSphereModel Create a sphere render model. See harfang.CreateCubeModel, harfang.CreateConeModel, harfang.CreateCylinderModel, harfang.CreatePlaneModel, harfang.CreateSphereModel and harfang.DrawModel.

func LoadModelFromAssets ¶

func LoadModelFromAssets(name string) *Model

LoadModelFromAssets Load a render model from the assets system. See harfang.DrawModel and [harfang.man.Assets].

func LoadModelFromFile ¶

func LoadModelFromFile(path string) *Model

LoadModelFromFile Load a render model from the local filesystem.

func (*Model) Free ¶

func (pointer *Model) Free()

Free ...

func (*Model) IsNil ¶

func (pointer *Model) IsNil() bool

IsNil ...

type ModelBuilder ¶

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

ModelBuilder Use the model builder to programmatically build models at runtime. The input data is optimized upon submission.

func NewModelBuilder ¶

func NewModelBuilder() *ModelBuilder

NewModelBuilder Use the model builder to programmatically build models at runtime. The input data is optimized upon submission.

func (*ModelBuilder) AddPolygon ¶

func (pointer *ModelBuilder) AddPolygon(idxs *Uint32TList)

AddPolygon ...

func (*ModelBuilder) AddQuad ¶

func (pointer *ModelBuilder) AddQuad(a uint32, b uint32, c uint32, d uint32)

AddQuad ...

func (*ModelBuilder) AddTriangle ¶

func (pointer *ModelBuilder) AddTriangle(a uint32, b uint32, c uint32)

AddTriangle ...

func (*ModelBuilder) AddVertex ¶

func (pointer *ModelBuilder) AddVertex(vtx *Vertex) uint32

AddVertex Add a vertex to the builder database. Use the returned optimized index to submit primitives using methods such as harfang.ModelBuilder_AddTriangle.

func (*ModelBuilder) Clear ¶

func (pointer *ModelBuilder) Clear()

Clear Clear all submitted data up to this point.

func (*ModelBuilder) EndList ¶

func (pointer *ModelBuilder) EndList(material uint16)

EndList End the current primitive list and start a new one.

func (*ModelBuilder) Free ¶

func (pointer *ModelBuilder) Free()

Free ...

func (*ModelBuilder) GetCurrentListIndexCount ¶

func (pointer *ModelBuilder) GetCurrentListIndexCount() int32

GetCurrentListIndexCount Return the number of indexes in the current list. See harfang.ModelBuilder_EndList.

func (*ModelBuilder) IsNil ¶

func (pointer *ModelBuilder) IsNil() bool

IsNil ...

func (*ModelBuilder) MakeModel ¶

func (pointer *ModelBuilder) MakeModel(decl *VertexLayout) *Model

MakeModel Create a model from all data submitted up to this point.

type ModelRef ¶

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

ModelRef Reference to a harfang.Model inside a harfang.PipelineResources object. See harfang.LoadModelFromFile, harfang.LoadModelFromAssets and harfang.PipelineResources_AddModel.

func (*ModelRef) Eq ¶

func (pointer *ModelRef) Eq(m *ModelRef) bool

Eq ...

func (*ModelRef) Free ¶

func (pointer *ModelRef) Free()

Free ...

func (*ModelRef) IsNil ¶

func (pointer *ModelRef) IsNil() bool

IsNil ...

func (*ModelRef) Ne ¶

func (pointer *ModelRef) Ne(m *ModelRef) bool

Ne ...

type Monitor ¶

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

Monitor ...

func (*Monitor) Free ¶

func (pointer *Monitor) Free()

Free ...

func (*Monitor) IsNil ¶

func (pointer *Monitor) IsNil() bool

IsNil ...

type MonitorList ¶

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

MonitorList ...

func GetMonitors ¶

func GetMonitors() *MonitorList

GetMonitors Return a list of monitors connected to the system.

func NewMonitorList ¶

func NewMonitorList() *MonitorList

NewMonitorList ...

func NewMonitorListWithSequence ¶

func NewMonitorListWithSequence(sequence GoSliceOfMonitor) *MonitorList

NewMonitorListWithSequence ...

func (*MonitorList) At ¶

func (pointer *MonitorList) At(idx int32) *Monitor

At ...

func (*MonitorList) Clear ¶

func (pointer *MonitorList) Clear()

Clear ...

func (*MonitorList) Free ¶

func (pointer *MonitorList) Free()

Free ...

func (*MonitorList) Get ¶

func (pointer *MonitorList) Get(id int) *Monitor

Get ...

func (*MonitorList) IsNil ¶

func (pointer *MonitorList) IsNil() bool

IsNil ...

func (*MonitorList) Len ¶

func (pointer *MonitorList) Len() int32

Len ...

func (*MonitorList) PushBack ¶

func (pointer *MonitorList) PushBack(v *Monitor)

PushBack ...

func (*MonitorList) Reserve ¶

func (pointer *MonitorList) Reserve(size int32)

Reserve ...

func (*MonitorList) Set ¶

func (pointer *MonitorList) Set(id int, v *Monitor)

Set ...

func (*MonitorList) Size ¶

func (pointer *MonitorList) Size() int32

Size ...

type MonitorMode ¶

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

MonitorMode ...

func (*MonitorMode) Free ¶

func (pointer *MonitorMode) Free()

Free ...

func (*MonitorMode) GetFrequency ¶

func (pointer *MonitorMode) GetFrequency() int32

GetFrequency ...

func (*MonitorMode) GetName ¶

func (pointer *MonitorMode) GetName() string

GetName ...

func (*MonitorMode) GetRect ¶

func (pointer *MonitorMode) GetRect() *IntRect

GetRect ...

func (*MonitorMode) GetRotation ¶

func (pointer *MonitorMode) GetRotation() MonitorRotation

GetRotation ...

func (*MonitorMode) GetSupportedRotations ¶

func (pointer *MonitorMode) GetSupportedRotations() uint8

GetSupportedRotations ...

func (*MonitorMode) IsNil ¶

func (pointer *MonitorMode) IsNil() bool

IsNil ...

func (*MonitorMode) SetFrequency ¶

func (pointer *MonitorMode) SetFrequency(v int32)

SetFrequency ...

func (*MonitorMode) SetName ¶

func (pointer *MonitorMode) SetName(v string)

SetName ...

func (*MonitorMode) SetRect ¶

func (pointer *MonitorMode) SetRect(v *IntRect)

SetRect ...

func (*MonitorMode) SetRotation ¶

func (pointer *MonitorMode) SetRotation(v MonitorRotation)

SetRotation ...

func (*MonitorMode) SetSupportedRotations ¶

func (pointer *MonitorMode) SetSupportedRotations(v uint8)

SetSupportedRotations ...

type MonitorModeList ¶

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

MonitorModeList ...

func GetMonitorModes ¶

func GetMonitorModes(monitor *Monitor) (bool, *MonitorModeList)

GetMonitorModes Return the list of supported monitor modes.

func NewMonitorModeList ¶

func NewMonitorModeList() *MonitorModeList

NewMonitorModeList ...

func NewMonitorModeListWithSequence ¶

func NewMonitorModeListWithSequence(sequence GoSliceOfMonitorMode) *MonitorModeList

NewMonitorModeListWithSequence ...

func (*MonitorModeList) At ¶

func (pointer *MonitorModeList) At(idx int32) *MonitorMode

At ...

func (*MonitorModeList) Clear ¶

func (pointer *MonitorModeList) Clear()

Clear ...

func (*MonitorModeList) Free ¶

func (pointer *MonitorModeList) Free()

Free ...

func (*MonitorModeList) Get ¶

func (pointer *MonitorModeList) Get(id int) *MonitorMode

Get ...

func (*MonitorModeList) IsNil ¶

func (pointer *MonitorModeList) IsNil() bool

IsNil ...

func (*MonitorModeList) Len ¶

func (pointer *MonitorModeList) Len() int32

Len ...

func (*MonitorModeList) PushBack ¶

func (pointer *MonitorModeList) PushBack(v *MonitorMode)

PushBack ...

func (*MonitorModeList) Reserve ¶

func (pointer *MonitorModeList) Reserve(size int32)

Reserve ...

func (*MonitorModeList) Set ¶

func (pointer *MonitorModeList) Set(id int, v *MonitorMode)

Set ...

func (*MonitorModeList) Size ¶

func (pointer *MonitorModeList) Size() int32

Size ...

type MonitorRotation ¶

type MonitorRotation uint8

MonitorRotation ...

type Mouse ¶

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

Mouse Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetMouseNames to query for available mouse devices.

func NewMouse ¶

func NewMouse() *Mouse

NewMouse Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetMouseNames to query for available mouse devices.

func NewMouseWithName ¶

func NewMouseWithName(name string) *Mouse

NewMouseWithName Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetMouseNames to query for available mouse devices.

func (*Mouse) Down ¶

func (pointer *Mouse) Down(button int32) bool

Down ...

func (*Mouse) DtX ¶

func (pointer *Mouse) DtX() int32

DtX ...

func (*Mouse) DtY ¶

func (pointer *Mouse) DtY() int32

DtY ...

func (*Mouse) Free ¶

func (pointer *Mouse) Free()

Free ...

func (*Mouse) GetOldState ¶

func (pointer *Mouse) GetOldState() *MouseState

GetOldState ...

func (*Mouse) GetState ¶

func (pointer *Mouse) GetState() *MouseState

GetState ...

func (*Mouse) HWheel ¶

func (pointer *Mouse) HWheel() int32

HWheel ...

func (*Mouse) IsNil ¶

func (pointer *Mouse) IsNil() bool

IsNil ...

func (*Mouse) Pressed ¶

func (pointer *Mouse) Pressed(button int32) bool

Pressed ...

func (*Mouse) Released ¶

func (pointer *Mouse) Released(button int32) bool

Released ...

func (*Mouse) Update ¶

func (pointer *Mouse) Update()

Update ...

func (*Mouse) Wheel ¶

func (pointer *Mouse) Wheel() int32

Wheel ...

func (*Mouse) X ¶

func (pointer *Mouse) X() int32

X ...

func (*Mouse) Y ¶

func (pointer *Mouse) Y() int32

Y ...

type MouseButton ¶

type MouseButton int32

MouseButton ...

type MouseState ¶

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

MouseState ...

func ReadMouse ¶

func ReadMouse() *MouseState

ReadMouse Read the current state of a named mouse. If no name is passed, `default` is implied. See harfang.GetMouseNames.

func ReadMouseWithName ¶

func ReadMouseWithName(name string) *MouseState

ReadMouseWithName Read the current state of a named mouse. If no name is passed, `default` is implied. See harfang.GetMouseNames.

func (*MouseState) Button ¶

func (pointer *MouseState) Button(btn MouseButton) bool

Button ...

func (*MouseState) Free ¶

func (pointer *MouseState) Free()

Free ...

func (*MouseState) HWheel ¶

func (pointer *MouseState) HWheel() int32

HWheel ...

func (*MouseState) IsNil ¶

func (pointer *MouseState) IsNil() bool

IsNil ...

func (*MouseState) Wheel ¶

func (pointer *MouseState) Wheel() int32

Wheel ...

func (*MouseState) X ¶

func (pointer *MouseState) X() int32

X ...

func (*MouseState) Y ¶

func (pointer *MouseState) Y() int32

Y ...

type Node ¶

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

Node The base element of a scene, see [harfang.man.Scene].

func CreateCamera ¶

func CreateCamera(scene *Scene, mtx *Mat4, znear float32, zfar float32) *Node

CreateCamera Create a new harfang.Node with a harfang.Transform and harfang.Camera components.

func CreateCameraWithFov ¶

func CreateCameraWithFov(scene *Scene, mtx *Mat4, znear float32, zfar float32, fov float32) *Node

CreateCameraWithFov Create a new harfang.Node with a harfang.Transform and harfang.Camera components.

func CreateInstanceFromAssets ¶

func CreateInstanceFromAssets(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, pipeline *PipelineInfo) (*Node, *bool)

CreateInstanceFromAssets Helper function to create a harfang.Node with a harfang.Transform and an harfang.Instance component. The instance component will be setup and its resources loaded from the assets system. See [harfang.man.Assets].

func CreateInstanceFromAssetsWithFlags ¶

func CreateInstanceFromAssetsWithFlags(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) (*Node, *bool)

CreateInstanceFromAssetsWithFlags Helper function to create a harfang.Node with a harfang.Transform and an harfang.Instance component. The instance component will be setup and its resources loaded from the assets system. See [harfang.man.Assets].

func CreateInstanceFromFile ¶

func CreateInstanceFromFile(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, pipeline *PipelineInfo) (*Node, *bool)

CreateInstanceFromFile Helper function to create a harfang.Node with a harfang.Transform and an harfang.Instance component. The instance component will be setup and its resources loaded from the local filesystem. See [harfang.man.Assets].

func CreateInstanceFromFileWithFlags ¶

func CreateInstanceFromFileWithFlags(scene *Scene, mtx *Mat4, name string, resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) (*Node, *bool)

CreateInstanceFromFileWithFlags Helper function to create a harfang.Node with a harfang.Transform and an harfang.Instance component. The instance component will be setup and its resources loaded from the local filesystem. See [harfang.man.Assets].

func CreateLinearLight ¶

func CreateLinearLight(scene *Scene, mtx *Mat4) *Node

CreateLinearLight Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuse ¶

func CreateLinearLightWithDiffuse(scene *Scene, mtx *Mat4, diffuse *Color) *Node

CreateLinearLightWithDiffuse Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseDiffuseIntensity ¶

func CreateLinearLightWithDiffuseDiffuseIntensity(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32) *Node

CreateLinearLightWithDiffuseDiffuseIntensity Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseDiffuseIntensitySpecular ¶

func CreateLinearLightWithDiffuseDiffuseIntensitySpecular(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, specular *Color) *Node

CreateLinearLightWithDiffuseDiffuseIntensitySpecular Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity ¶

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32) *Node

CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority ¶

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32) *Node

CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ¶

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType) *Node

CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit ¶

func CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit(scene *Scene, mtx *Mat4, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType, shadowbias float32, pssmsplit *Vec4) *Node

CreateLinearLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseSpecular ¶

func CreateLinearLightWithDiffuseSpecular(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color) *Node

CreateLinearLightWithDiffuseSpecular Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseSpecularPriority ¶

func CreateLinearLightWithDiffuseSpecularPriority(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color, priority float32) *Node

CreateLinearLightWithDiffuseSpecularPriority Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseSpecularPriorityShadowType ¶

func CreateLinearLightWithDiffuseSpecularPriorityShadowType(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType) *Node

CreateLinearLightWithDiffuseSpecularPriorityShadowType Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateLinearLightWithDiffuseSpecularPriorityShadowTypeShadowBiasPssmSplit ¶

func CreateLinearLightWithDiffuseSpecularPriorityShadowTypeShadowBiasPssmSplit(scene *Scene, mtx *Mat4, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, shadowbias float32, pssmsplit *Vec4) *Node

CreateLinearLightWithDiffuseSpecularPriorityShadowTypeShadowBiasPssmSplit Helper function to create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateObject ¶

func CreateObject(scene *Scene, mtx *Mat4, model *ModelRef, materials *MaterialList) *Node

CreateObject Create a harfang.Node with a harfang.Transform and harfang.Object components.

func CreateObjectWithSliceOfMaterials ¶

func CreateObjectWithSliceOfMaterials(scene *Scene, mtx *Mat4, model *ModelRef, SliceOfmaterials GoSliceOfMaterial) *Node

CreateObjectWithSliceOfMaterials Create a harfang.Node with a harfang.Transform and harfang.Object components.

func CreateOrthographicCamera ¶

func CreateOrthographicCamera(scene *Scene, mtx *Mat4, znear float32, zfar float32) *Node

CreateOrthographicCamera Create a harfang.Node with a harfang.Transform and a harfang.Camera component.

func CreateOrthographicCameraWithSize ¶

func CreateOrthographicCameraWithSize(scene *Scene, mtx *Mat4, znear float32, zfar float32, size float32) *Node

CreateOrthographicCameraWithSize Create a harfang.Node with a harfang.Transform and a harfang.Camera component.

func CreatePhysicCube ¶

func CreatePhysicCube(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, materials *MaterialList) *Node

CreatePhysicCube Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePhysicCubeWithMass ¶

func CreatePhysicCubeWithMass(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, materials *MaterialList, mass float32) *Node

CreatePhysicCubeWithMass Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePhysicCubeWithSliceOfMaterials ¶

func CreatePhysicCubeWithSliceOfMaterials(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, SliceOfmaterials GoSliceOfMaterial) *Node

CreatePhysicCubeWithSliceOfMaterials Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePhysicCubeWithSliceOfMaterialsMass ¶

func CreatePhysicCubeWithSliceOfMaterialsMass(scene *Scene, size *Vec3, mtx *Mat4, modelref *ModelRef, SliceOfmaterials GoSliceOfMaterial, mass float32) *Node

CreatePhysicCubeWithSliceOfMaterialsMass Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePhysicSphere ¶

func CreatePhysicSphere(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, materials *MaterialList) *Node

CreatePhysicSphere Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePhysicSphereWithMass ¶

func CreatePhysicSphereWithMass(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, materials *MaterialList, mass float32) *Node

CreatePhysicSphereWithMass Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePhysicSphereWithSliceOfMaterials ¶

func CreatePhysicSphereWithSliceOfMaterials(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, SliceOfmaterials GoSliceOfMaterial) *Node

CreatePhysicSphereWithSliceOfMaterials Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePhysicSphereWithSliceOfMaterialsMass ¶

func CreatePhysicSphereWithSliceOfMaterialsMass(scene *Scene, radius float32, mtx *Mat4, modelref *ModelRef, SliceOfmaterials GoSliceOfMaterial, mass float32) *Node

CreatePhysicSphereWithSliceOfMaterialsMass Create a harfang.Node with a harfang.Transform, harfang.Object and harfang.RigidBody components.

func CreatePointLight ¶

func CreatePointLight(scene *Scene, mtx *Mat4, radius float32) *Node

CreatePointLight Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuse ¶

func CreatePointLightWithDiffuse(scene *Scene, mtx *Mat4, radius float32, diffuse *Color) *Node

CreatePointLightWithDiffuse Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseDiffuseIntensity ¶

func CreatePointLightWithDiffuseDiffuseIntensity(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, diffuseintensity float32) *Node

CreatePointLightWithDiffuseDiffuseIntensity Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseDiffuseIntensitySpecular ¶

func CreatePointLightWithDiffuseDiffuseIntensitySpecular(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, diffuseintensity float32, specular *Color) *Node

CreatePointLightWithDiffuseDiffuseIntensitySpecular Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity ¶

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32) *Node

CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority ¶

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32) *Node

CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ¶

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType) *Node

CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ¶

func CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType, shadowbias float32) *Node

CreatePointLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseSpecular ¶

func CreatePointLightWithDiffuseSpecular(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color) *Node

CreatePointLightWithDiffuseSpecular Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseSpecularPriority ¶

func CreatePointLightWithDiffuseSpecularPriority(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color, priority float32) *Node

CreatePointLightWithDiffuseSpecularPriority Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseSpecularPriorityShadowType ¶

func CreatePointLightWithDiffuseSpecularPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType) *Node

CreatePointLightWithDiffuseSpecularPriorityShadowType Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreatePointLightWithDiffuseSpecularPriorityShadowTypeShadowBias ¶

func CreatePointLightWithDiffuseSpecularPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, shadowbias float32) *Node

CreatePointLightWithDiffuseSpecularPriorityShadowTypeShadowBias Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSceneRootNode ¶

func CreateSceneRootNode(scene *Scene, name string, mtx *Mat4) *Node

CreateSceneRootNode Helper function to create a harfang.Node with a harfang.Transform component then parent all root nodes in the scene to it.

func CreateScript ¶

func CreateScript(scene *Scene) *Node

CreateScript Helper function to create a harfang.Node with a harfang.Script component.

func CreateScriptWithPath ¶

func CreateScriptWithPath(scene *Scene, path string) *Node

CreateScriptWithPath Helper function to create a harfang.Node with a harfang.Script component.

func CreateSpotLight ¶

func CreateSpotLight(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32) *Node

CreateSpotLight Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuse ¶

func CreateSpotLightWithDiffuse(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color) *Node

CreateSpotLightWithDiffuse Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseDiffuseIntensity ¶

func CreateSpotLightWithDiffuseDiffuseIntensity(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32) *Node

CreateSpotLightWithDiffuseDiffuseIntensity Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseDiffuseIntensitySpecular ¶

func CreateSpotLightWithDiffuseDiffuseIntensitySpecular(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color) *Node

CreateSpotLightWithDiffuseDiffuseIntensitySpecular Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity ¶

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32) *Node

CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensity Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority ¶

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32) *Node

CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriority Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ¶

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType) *Node

CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowType Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ¶

func CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType, shadowbias float32) *Node

CreateSpotLightWithDiffuseDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseSpecular ¶

func CreateSpotLightWithDiffuseSpecular(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color) *Node

CreateSpotLightWithDiffuseSpecular Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseSpecularPriority ¶

func CreateSpotLightWithDiffuseSpecularPriority(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color, priority float32) *Node

CreateSpotLightWithDiffuseSpecularPriority Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseSpecularPriorityShadowType ¶

func CreateSpotLightWithDiffuseSpecularPriorityShadowType(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType) *Node

CreateSpotLightWithDiffuseSpecularPriorityShadowType Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func CreateSpotLightWithDiffuseSpecularPriorityShadowTypeShadowBias ¶

func CreateSpotLightWithDiffuseSpecularPriorityShadowTypeShadowBias(scene *Scene, mtx *Mat4, radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, shadowbias float32) *Node

CreateSpotLightWithDiffuseSpecularPriorityShadowTypeShadowBias Create a harfang.Node with a harfang.Transform and a harfang.Light component.

func DuplicateNodeFromAssets ¶

func DuplicateNodeFromAssets(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *Node

DuplicateNodeFromAssets Duplicate a node. Resources will be loaded from the assets system. See [harfang.man.Assets].

func DuplicateNodeFromFile ¶

func DuplicateNodeFromFile(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *Node

DuplicateNodeFromFile Duplicate a node. Resources will be loaded from the local filesystem. See [harfang.man.Assets].

func (*Node) ComputeCameraViewState ¶

func (pointer *Node) ComputeCameraViewState(aspectratio *Vec2) *ViewState

ComputeCameraViewState ...

func (*Node) ComputeWorld ¶

func (pointer *Node) ComputeWorld() *Mat4

ComputeWorld ...

func (*Node) DestroyInstance ¶

func (pointer *Node) DestroyInstance()

DestroyInstance ...

func (*Node) Disable ¶

func (pointer *Node) Disable()

Disable ...

func (*Node) Enable ¶

func (pointer *Node) Enable()

Enable ...

func (*Node) Eq ¶

func (pointer *Node) Eq(n *Node) bool

Eq ...

func (*Node) Free ¶

func (pointer *Node) Free()

Free ...

func (*Node) GetCamera ¶

func (pointer *Node) GetCamera() *Camera

GetCamera Return the harfang.Camera component of the node.

func (*Node) GetCollision ¶

func (pointer *Node) GetCollision(slot int32) *Collision

GetCollision Return the harfang.Collision component attached to the harfang.Node at the desired `slot`.

func (*Node) GetCollisionCount ¶

func (pointer *Node) GetCollisionCount() int32

GetCollisionCount Return the amount of harfang.Collision components of a harfang.Node.

func (*Node) GetFlags ¶

func (pointer *Node) GetFlags() uint32

GetFlags ...

func (*Node) GetInstance ¶

func (pointer *Node) GetInstance() *Instance

GetInstance Return the harfang.Instance component of a harfang.Node.

func (*Node) GetInstanceSceneAnim ¶

func (pointer *Node) GetInstanceSceneAnim(path string) *SceneAnimRef

GetInstanceSceneAnim ...

func (*Node) GetInstanceSceneView ¶

func (pointer *Node) GetInstanceSceneView() *SceneView

GetInstanceSceneView ...

func (*Node) GetLight ¶

func (pointer *Node) GetLight() *Light

GetLight Return the harfang.Light component of the node.

func (*Node) GetMinMax ¶

func (pointer *Node) GetMinMax(resources *PipelineResources) (bool, *MinMax)

GetMinMax ...

func (*Node) GetName ¶

func (pointer *Node) GetName() string

GetName Return the node name.

func (*Node) GetObject ¶

func (pointer *Node) GetObject() *Object

GetObject Return harfang.Object component of the node.

func (*Node) GetRigidBody ¶

func (pointer *Node) GetRigidBody() *RigidBody

GetRigidBody Return the harfang.RigidBody component of a harfang.Node.

func (*Node) GetScript ¶

func (pointer *Node) GetScript(idx int32) *Script

GetScript ...

func (*Node) GetScriptCount ¶

func (pointer *Node) GetScriptCount() int32

GetScriptCount ...

func (*Node) GetTransform ¶

func (pointer *Node) GetTransform() *Transform

GetTransform Return the harfang.Transform component of the node.

func (*Node) GetUid ¶

func (pointer *Node) GetUid() uint32

GetUid Return the unique ID.

func (*Node) GetWorld ¶

func (pointer *Node) GetWorld() *Mat4

GetWorld ...

func (*Node) HasCamera ¶

func (pointer *Node) HasCamera() bool

HasCamera Return `true` if the harfang.Node has a harfang.Camera component.

func (*Node) HasInstance ¶

func (pointer *Node) HasInstance() bool

HasInstance Return `true` if the harfang.Node has an harfang.Instance component.

func (*Node) HasLight ¶

func (pointer *Node) HasLight() bool

HasLight Return `true` if the harfang.Node has a harfang.Light component.

func (*Node) HasObject ¶

func (pointer *Node) HasObject() bool

HasObject Return `true` if the harfang.Node has an harfang.Object (a geometry) component.

func (*Node) HasRigidBody ¶

func (pointer *Node) HasRigidBody() bool

HasRigidBody Return `true` if the harfang.Node has a harfang.RigidBody component.

func (*Node) HasTransform ¶

func (pointer *Node) HasTransform() bool

HasTransform Return `true` if the harfang.Node has a harfang.Transform component.

func (*Node) IsEnabled ¶

func (pointer *Node) IsEnabled() bool

IsEnabled ...

func (*Node) IsInstantiatedBy ¶

func (pointer *Node) IsInstantiatedBy() *Node

IsInstantiatedBy ...

func (*Node) IsItselfEnabled ¶

func (pointer *Node) IsItselfEnabled() bool

IsItselfEnabled ...

func (*Node) IsNil ¶

func (pointer *Node) IsNil() bool

IsNil ...

func (*Node) IsValid ¶

func (pointer *Node) IsValid() bool

IsValid Return `true` if the harfang.Node still exist.

func (*Node) RemoveCamera ¶

func (pointer *Node) RemoveCamera()

RemoveCamera Remove the harfang.Camera component from the harfang.Node.

func (*Node) RemoveCollision ¶

func (pointer *Node) RemoveCollision(c *Collision)

RemoveCollision Remove the harfang.Collision component attached to the `slot` of the harfang.Node.

func (*Node) RemoveCollisionWithSlot ¶

func (pointer *Node) RemoveCollisionWithSlot(slot int32)

RemoveCollisionWithSlot Remove the harfang.Collision component attached to the `slot` of the harfang.Node.

func (*Node) RemoveLight ¶

func (pointer *Node) RemoveLight()

RemoveLight Remove the harfang.Light component from the harfang.Node.

func (*Node) RemoveObject ¶

func (pointer *Node) RemoveObject()

RemoveObject Remove the harfang.Object component from the harfang.Node.

func (*Node) RemoveRigidBody ¶

func (pointer *Node) RemoveRigidBody()

RemoveRigidBody Remove the harfang.RigidBody component from the harfang.Node.

func (*Node) RemoveScript ¶

func (pointer *Node) RemoveScript(s *Script)

RemoveScript ...

func (*Node) RemoveScriptWithSlot ¶

func (pointer *Node) RemoveScriptWithSlot(slot int32)

RemoveScriptWithSlot ...

func (*Node) RemoveTransform ¶

func (pointer *Node) RemoveTransform()

RemoveTransform Remove the harfang.Transform component from the harfang.Node.

func (*Node) SetCamera ¶

func (pointer *Node) SetCamera(c *Camera)

SetCamera Set the harfang.Camera component of a node. See harfang.Scene_CreateCamera.

func (*Node) SetCollision ¶

func (pointer *Node) SetCollision(slot int32, c *Collision)

SetCollision Set the harfang.Collision component of a harfang.Node at the desired `slot`. This is how you combine several collision shapes on a single node.

func (*Node) SetFlags ¶

func (pointer *Node) SetFlags(flags uint32)

SetFlags ...

func (*Node) SetInstance ¶

func (pointer *Node) SetInstance(instance *Instance)

SetInstance Set the harfang.Instance component of a harfang.Node.

func (*Node) SetLight ¶

func (pointer *Node) SetLight(l *Light)

SetLight Set the harfang.Light component of a node. See harfang.Scene_CreateLight, harfang.Scene_CreatePointLight, harfang.Scene_CreateSpotLight or harfang.Scene_CreateLinearLight.

func (*Node) SetName ¶

func (pointer *Node) SetName(name string)

SetName Set the node name.

func (*Node) SetObject ¶

func (pointer *Node) SetObject(o *Object)

SetObject Set the harfang.Object component of a node. See harfang.Scene_CreateObject.

func (*Node) SetRigidBody ¶

func (pointer *Node) SetRigidBody(b *RigidBody)

SetRigidBody Set the harfang.RigidBody component of a node.

func (*Node) SetScript ¶

func (pointer *Node) SetScript(idx int32, s *Script)

SetScript ...

func (*Node) SetTransform ¶

func (pointer *Node) SetTransform(t *Transform)

SetTransform Set the harfang.Transform component of a node. See harfang.Scene_CreateTransform.

func (*Node) SetWorld ¶

func (pointer *Node) SetWorld(world *Mat4)

SetWorld ...

func (*Node) SetupInstanceFromAssets ¶

func (pointer *Node) SetupInstanceFromAssets(resources *PipelineResources, pipeline *PipelineInfo) bool

SetupInstanceFromAssets ...

func (*Node) SetupInstanceFromAssetsWithFlags ¶

func (pointer *Node) SetupInstanceFromAssetsWithFlags(resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

SetupInstanceFromAssetsWithFlags ...

func (*Node) SetupInstanceFromFile ¶

func (pointer *Node) SetupInstanceFromFile(resources *PipelineResources, pipeline *PipelineInfo) bool

SetupInstanceFromFile ...

func (*Node) SetupInstanceFromFileWithFlags ¶

func (pointer *Node) SetupInstanceFromFileWithFlags(resources *PipelineResources, pipeline *PipelineInfo, flags LoadSaveSceneFlags) bool

SetupInstanceFromFileWithFlags ...

func (*Node) StartOnInstantiateAnim ¶

func (pointer *Node) StartOnInstantiateAnim()

StartOnInstantiateAnim ...

func (*Node) StopOnInstantiateAnim ¶

func (pointer *Node) StopOnInstantiateAnim()

StopOnInstantiateAnim ...

type NodeComponentIdx ¶

type NodeComponentIdx int32

NodeComponentIdx ...

type NodeList ¶

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

NodeList ...

func DuplicateNodeAndChildrenFromAssets ¶

func DuplicateNodeAndChildrenFromAssets(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *NodeList

DuplicateNodeAndChildrenFromAssets Duplicate a node and its child hierarchy. Resources will be loaded from the assets system. See [harfang.man.Assets].

func DuplicateNodeAndChildrenFromFile ¶

func DuplicateNodeAndChildrenFromFile(scene *Scene, node *Node, resources *PipelineResources, pipeline *PipelineInfo) *NodeList

DuplicateNodeAndChildrenFromFile Duplicate a node and its child hierarchy. Resources will be loaded from the local filesystem. See [harfang.man.Assets].

func DuplicateNodesAndChildrenFromAssets ¶

func DuplicateNodesAndChildrenFromAssets(scene *Scene, nodes *NodeList, resources *PipelineResources, pipeline *PipelineInfo) *NodeList

DuplicateNodesAndChildrenFromAssets Duplicate each node and children hierarchy of a list. Resources will be loaded from the assets system. See [harfang.man.Assets].

func DuplicateNodesAndChildrenFromFile ¶

func DuplicateNodesAndChildrenFromFile(scene *Scene, nodes *NodeList, resources *PipelineResources, pipeline *PipelineInfo) *NodeList

DuplicateNodesAndChildrenFromFile Duplicate each node and children hierarchy of a list. Resources will be loaded from the local filesystem. See [harfang.man.Assets].

func DuplicateNodesFromAssets ¶

func DuplicateNodesFromAssets(scene *Scene, nodes *NodeList, resources *PipelineResources, pipeline *PipelineInfo) *NodeList

DuplicateNodesFromAssets Duplicate each node of a list. Resources will be loaded from the assets system.

func DuplicateNodesFromFile ¶

func DuplicateNodesFromFile(scene *Scene, nodes *NodeList, resources *PipelineResources, pipeline *PipelineInfo) *NodeList

DuplicateNodesFromFile Duplicate each node of a list. Resources will be loaded from the local filesystem. See [harfang.man.Assets].

func GetNodesInContact ¶

func GetNodesInContact(scene *Scene, with *Node, nodepaircontacts *NodePairContacts) *NodeList

GetNodesInContact ...

func NewNodeList ¶

func NewNodeList() *NodeList

NewNodeList ...

func NewNodeListWithSequence ¶

func NewNodeListWithSequence(sequence GoSliceOfNode) *NodeList

NewNodeListWithSequence ...

func (*NodeList) At ¶

func (pointer *NodeList) At(idx int32) *Node

At ...

func (*NodeList) Clear ¶

func (pointer *NodeList) Clear()

Clear ...

func (*NodeList) Free ¶

func (pointer *NodeList) Free()

Free ...

func (*NodeList) Get ¶

func (pointer *NodeList) Get(id int) *Node

Get ...

func (*NodeList) IsNil ¶

func (pointer *NodeList) IsNil() bool

IsNil ...

func (*NodeList) Len ¶

func (pointer *NodeList) Len() int32

Len ...

func (*NodeList) PushBack ¶

func (pointer *NodeList) PushBack(v *Node)

PushBack ...

func (*NodeList) Reserve ¶

func (pointer *NodeList) Reserve(size int32)

Reserve ...

func (*NodeList) Set ¶

func (pointer *NodeList) Set(id int, v *Node)

Set ...

func (*NodeList) Size ¶

func (pointer *NodeList) Size() int32

Size ...

type NodePairContacts ¶

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

NodePairContacts ...

func (*NodePairContacts) Free ¶

func (pointer *NodePairContacts) Free()

Free ...

func (*NodePairContacts) IsNil ¶

func (pointer *NodePairContacts) IsNil() bool

IsNil ...

type Object ¶

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

Object This components draws a harfang.Model. It stores the material table used to draw the model.

func (*Object) ClearModelRef ¶

func (pointer *Object) ClearModelRef()

ClearModelRef ...

func (*Object) Eq ¶

func (pointer *Object) Eq(o *Object) bool

Eq ...

func (*Object) Free ¶

func (pointer *Object) Free()

Free ...

func (*Object) GetBone ¶

func (pointer *Object) GetBone(idx int32) *Node

GetBone ...

func (*Object) GetBoneCount ¶

func (pointer *Object) GetBoneCount() int32

GetBoneCount ...

func (*Object) GetMaterial ¶

func (pointer *Object) GetMaterial(slotidx int32) *Material

GetMaterial Return the object harfang.Material at index.

func (*Object) GetMaterialCount ¶

func (pointer *Object) GetMaterialCount() int32

GetMaterialCount Return the number of harfang.Material in the object material table.

func (*Object) GetMaterialName ¶

func (pointer *Object) GetMaterialName(slotidx int32) string

GetMaterialName ...

func (*Object) GetMaterialWithName ¶

func (pointer *Object) GetMaterialWithName(name string) *Material

GetMaterialWithName Return the object harfang.Material at index.

func (*Object) GetMinMax ¶

func (pointer *Object) GetMinMax(resources *PipelineResources) (bool, *MinMax)

GetMinMax ...

func (*Object) GetModelRef ¶

func (pointer *Object) GetModelRef() *ModelRef

GetModelRef Return the harfang.ModelRef to display.

func (*Object) IsNil ¶

func (pointer *Object) IsNil() bool

IsNil ...

func (*Object) IsValid ¶

func (pointer *Object) IsValid() bool

IsValid ...

func (*Object) SetBone ¶

func (pointer *Object) SetBone(idx int32, node *Node) bool

SetBone ...

func (*Object) SetBoneCount ¶

func (pointer *Object) SetBoneCount(count int32)

SetBoneCount ...

func (*Object) SetMaterial ¶

func (pointer *Object) SetMaterial(slotidx int32, mat *Material)

SetMaterial Set the object harfang.Material at index.

func (*Object) SetMaterialCount ¶

func (pointer *Object) SetMaterialCount(count int32)

SetMaterialCount Set the number of harfang.Material in the object material table.

func (*Object) SetMaterialName ¶

func (pointer *Object) SetMaterialName(slotidx int32, name string)

SetMaterialName ...

func (*Object) SetModelRef ¶

func (pointer *Object) SetModelRef(r *ModelRef)

SetModelRef Set the harfang.ModelRef to display.

type OpenVRAA ¶

type OpenVRAA int32

OpenVRAA ...

type OpenVREye ¶

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

OpenVREye Matrices for a VR eye, see harfang.OpenVRState.

func (*OpenVREye) Free ¶

func (pointer *OpenVREye) Free()

Free ...

func (*OpenVREye) GetOffset ¶

func (pointer *OpenVREye) GetOffset() *Mat4

GetOffset ...

func (*OpenVREye) GetProjection ¶

func (pointer *OpenVREye) GetProjection() *Mat44

GetProjection ...

func (*OpenVREye) IsNil ¶

func (pointer *OpenVREye) IsNil() bool

IsNil ...

func (*OpenVREye) SetOffset ¶

func (pointer *OpenVREye) SetOffset(v *Mat4)

SetOffset ...

func (*OpenVREye) SetProjection ¶

func (pointer *OpenVREye) SetProjection(v *Mat44)

SetProjection ...

type OpenVREyeFrameBuffer ¶

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

OpenVREyeFrameBuffer Framebuffer for a VR eye. Render to two such buffer, one for each eye, before submitting them using harfang.OpenVRSubmitFrame.

func OpenVRCreateEyeFrameBuffer ¶

func OpenVRCreateEyeFrameBuffer() *OpenVREyeFrameBuffer

OpenVRCreateEyeFrameBuffer Creates and returns an [harfang.man.VR] eye framebuffer, with the desired level of anti-aliasing. This function must be invoked twice, for the left and right eyes.

func OpenVRCreateEyeFrameBufferWithAa ¶

func OpenVRCreateEyeFrameBufferWithAa(aa OpenVRAA) *OpenVREyeFrameBuffer

OpenVRCreateEyeFrameBufferWithAa Creates and returns an [harfang.man.VR] eye framebuffer, with the desired level of anti-aliasing. This function must be invoked twice, for the left and right eyes.

func (*OpenVREyeFrameBuffer) Free ¶

func (pointer *OpenVREyeFrameBuffer) Free()

Free ...

func (*OpenVREyeFrameBuffer) GetHandle ¶

func (pointer *OpenVREyeFrameBuffer) GetHandle() *FrameBufferHandle

GetHandle ...

func (*OpenVREyeFrameBuffer) IsNil ¶

func (pointer *OpenVREyeFrameBuffer) IsNil() bool

IsNil ...

type OpenVRState ¶

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

OpenVRState OpenVR state including the body and head transformations, the left and right eye states and the render target dimensions expected by the backend.

func OpenVRGetState ¶

func OpenVRGetState(body *Mat4, znear float32, zfar float32) *OpenVRState

OpenVRGetState Returns the current OpenVR state including the body, head and eye transformations.

func (*OpenVRState) Free ¶

func (pointer *OpenVRState) Free()

Free ...

func (*OpenVRState) GetBody ¶

func (pointer *OpenVRState) GetBody() *Mat4

GetBody ...

func (*OpenVRState) GetHead ¶

func (pointer *OpenVRState) GetHead() *Mat4

GetHead ...

func (*OpenVRState) GetHeight ¶

func (pointer *OpenVRState) GetHeight() uint32

GetHeight ...

func (*OpenVRState) GetInvHead ¶

func (pointer *OpenVRState) GetInvHead() *Mat4

GetInvHead ...

func (*OpenVRState) GetLeft ¶

func (pointer *OpenVRState) GetLeft() *OpenVREye

GetLeft ...

func (*OpenVRState) GetRight ¶

func (pointer *OpenVRState) GetRight() *OpenVREye

GetRight ...

func (*OpenVRState) GetWidth ¶

func (pointer *OpenVRState) GetWidth() uint32

GetWidth ...

func (*OpenVRState) IsNil ¶

func (pointer *OpenVRState) IsNil() bool

IsNil ...

func (*OpenVRState) SetBody ¶

func (pointer *OpenVRState) SetBody(v *Mat4)

SetBody ...

func (*OpenVRState) SetHead ¶

func (pointer *OpenVRState) SetHead(v *Mat4)

SetHead ...

func (*OpenVRState) SetHeight ¶

func (pointer *OpenVRState) SetHeight(v uint32)

SetHeight ...

func (*OpenVRState) SetInvHead ¶

func (pointer *OpenVRState) SetInvHead(v *Mat4)

SetInvHead ...

func (*OpenVRState) SetLeft ¶

func (pointer *OpenVRState) SetLeft(v *OpenVREye)

SetLeft ...

func (*OpenVRState) SetRight ¶

func (pointer *OpenVRState) SetRight(v *OpenVREye)

SetRight ...

func (*OpenVRState) SetWidth ¶

func (pointer *OpenVRState) SetWidth(v uint32)

SetWidth ...

type Picture ¶

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

Picture The picture origin (0, 0) is in the top-left corner of its frame with the X and Y axises increasing toward the right and bottom. To load and save a picture use harfang.LoadPicture, harfang.LoadPNG or harfang.SavePNG. The harfang.Picture_SetData and harfang.Picture_GetData methods can be used to transfer data to and from a picture object.

func NewPicture ¶

func NewPicture() *Picture

NewPicture The picture origin (0, 0) is in the top-left corner of its frame with the X and Y axises increasing toward the right and bottom. To load and save a picture use harfang.LoadPicture, harfang.LoadPNG or harfang.SavePNG. The harfang.Picture_SetData and harfang.Picture_GetData methods can be used to transfer data to and from a picture object.

func NewPictureWithDataWidthHeightFormat ¶

func NewPictureWithDataWidthHeightFormat(data *VoidPointer, width uint16, height uint16, format PictureFormat) *Picture

NewPictureWithDataWidthHeightFormat The picture origin (0, 0) is in the top-left corner of its frame with the X and Y axises increasing toward the right and bottom. To load and save a picture use harfang.LoadPicture, harfang.LoadPNG or harfang.SavePNG. The harfang.Picture_SetData and harfang.Picture_GetData methods can be used to transfer data to and from a picture object.

func NewPictureWithPicture ¶

func NewPictureWithPicture(picture *Picture) *Picture

NewPictureWithPicture The picture origin (0, 0) is in the top-left corner of its frame with the X and Y axises increasing toward the right and bottom. To load and save a picture use harfang.LoadPicture, harfang.LoadPNG or harfang.SavePNG. The harfang.Picture_SetData and harfang.Picture_GetData methods can be used to transfer data to and from a picture object.

func NewPictureWithWidthHeightFormat ¶

func NewPictureWithWidthHeightFormat(width uint16, height uint16, format PictureFormat) *Picture

NewPictureWithWidthHeightFormat The picture origin (0, 0) is in the top-left corner of its frame with the X and Y axises increasing toward the right and bottom. To load and save a picture use harfang.LoadPicture, harfang.LoadPNG or harfang.SavePNG. The harfang.Picture_SetData and harfang.Picture_GetData methods can be used to transfer data to and from a picture object.

func (*Picture) CopyData ¶

func (pointer *Picture) CopyData(data *VoidPointer, width uint16, height uint16, format PictureFormat)

CopyData ...

func (*Picture) Free ¶

func (pointer *Picture) Free()

Free ...

func (*Picture) GetData ¶

func (pointer *Picture) GetData() uintptr

GetData ...

func (*Picture) GetFormat ¶

func (pointer *Picture) GetFormat() PictureFormat

GetFormat ...

func (*Picture) GetHeight ¶

func (pointer *Picture) GetHeight() uint32

GetHeight Return the picture height.

func (*Picture) GetPixelRGBA ¶

func (pointer *Picture) GetPixelRGBA(x uint16, y uint16) *Color

GetPixelRGBA ...

func (*Picture) GetWidth ¶

func (pointer *Picture) GetWidth() uint32

GetWidth Return the picture width.

func (*Picture) IsNil ¶

func (pointer *Picture) IsNil() bool

IsNil ...

func (*Picture) SetData ¶

func (pointer *Picture) SetData(data *VoidPointer, width uint16, height uint16, format PictureFormat)

SetData ...

func (*Picture) SetPixelRGBA ¶

func (pointer *Picture) SetPixelRGBA(x uint16, y uint16, col *Color)

SetPixelRGBA ...

type PictureFormat ¶

type PictureFormat int32

PictureFormat ...

type Pipeline ¶

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

Pipeline Rendering pipeline base class.

func CastForwardPipelineToPipeline ¶

func CastForwardPipelineToPipeline(o *ForwardPipeline) *Pipeline

CastForwardPipelineToPipeline ...

func (*Pipeline) Free ¶

func (pointer *Pipeline) Free()

Free ...

func (*Pipeline) IsNil ¶

func (pointer *Pipeline) IsNil() bool

IsNil ...

type PipelineInfo ¶

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

PipelineInfo ...

func GetForwardPipelineInfo ¶

func GetForwardPipelineInfo() *PipelineInfo

GetForwardPipelineInfo Return the pipeline info object for the forward pipeline.

func (*PipelineInfo) Free ¶

func (pointer *PipelineInfo) Free()

Free ...

func (*PipelineInfo) GetName ¶

func (pointer *PipelineInfo) GetName() string

GetName ...

func (*PipelineInfo) IsNil ¶

func (pointer *PipelineInfo) IsNil() bool

IsNil ...

func (*PipelineInfo) SetName ¶

func (pointer *PipelineInfo) SetName(v string)

SetName ...

type PipelineProgram ¶

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

PipelineProgram ...

func LoadPipelineProgramFromAssets ¶

func LoadPipelineProgramFromAssets(name string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgram

LoadPipelineProgramFromAssets Load a pipeline shader program from the assets system. See [harfang.man.Assets].

func LoadPipelineProgramFromFile ¶

func LoadPipelineProgramFromFile(path string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgram

LoadPipelineProgramFromFile Load a pipeline shader program from the local filesystem.

func (*PipelineProgram) Free ¶

func (pointer *PipelineProgram) Free()

Free ...

func (*PipelineProgram) IsNil ¶

func (pointer *PipelineProgram) IsNil() bool

IsNil ...

type PipelineProgramRef ¶

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

PipelineProgramRef ...

func LoadPipelineProgramRefFromAssets ¶

func LoadPipelineProgramRefFromAssets(name string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgramRef

LoadPipelineProgramRefFromAssets ...

func LoadPipelineProgramRefFromFile ¶

func LoadPipelineProgramRefFromFile(path string, resources *PipelineResources, pipeline *PipelineInfo) *PipelineProgramRef

LoadPipelineProgramRefFromFile ...

func (*PipelineProgramRef) Eq ¶

func (pointer *PipelineProgramRef) Eq(p *PipelineProgramRef) bool

Eq ...

func (*PipelineProgramRef) Free ¶

func (pointer *PipelineProgramRef) Free()

Free ...

func (*PipelineProgramRef) IsNil ¶

func (pointer *PipelineProgramRef) IsNil() bool

IsNil ...

func (*PipelineProgramRef) Ne ¶

func (pointer *PipelineProgramRef) Ne(p *PipelineProgramRef) bool

Ne ...

type PipelineResources ¶

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

PipelineResources ...

func NewPipelineResources ¶

func NewPipelineResources() *PipelineResources

NewPipelineResources ...

func (*PipelineResources) AddModel ¶

func (pointer *PipelineResources) AddModel(name string, mdl *Model) *ModelRef

AddModel ...

func (*PipelineResources) AddProgram ¶

func (pointer *PipelineResources) AddProgram(name string, prg *PipelineProgram) *PipelineProgramRef

AddProgram ...

func (*PipelineResources) AddTexture ¶

func (pointer *PipelineResources) AddTexture(name string, tex *Texture) *TextureRef

AddTexture ...

func (*PipelineResources) DestroyAllModels ¶

func (pointer *PipelineResources) DestroyAllModels()

DestroyAllModels ...

func (*PipelineResources) DestroyAllPrograms ¶

func (pointer *PipelineResources) DestroyAllPrograms()

DestroyAllPrograms ...

func (*PipelineResources) DestroyAllTextures ¶

func (pointer *PipelineResources) DestroyAllTextures()

DestroyAllTextures ...

func (*PipelineResources) DestroyModel ¶

func (pointer *PipelineResources) DestroyModel(ref *ModelRef)

DestroyModel ...

func (*PipelineResources) DestroyProgram ¶

func (pointer *PipelineResources) DestroyProgram(ref *PipelineProgramRef)

DestroyProgram ...

func (*PipelineResources) DestroyTexture ¶

func (pointer *PipelineResources) DestroyTexture(ref *TextureRef)

DestroyTexture ...

func (*PipelineResources) Free ¶

func (pointer *PipelineResources) Free()

Free ...

func (*PipelineResources) GetModel ¶

func (pointer *PipelineResources) GetModel(ref *ModelRef) *Model

GetModel ...

func (*PipelineResources) GetModelName ¶

func (pointer *PipelineResources) GetModelName(ref *ModelRef) string

GetModelName ...

func (*PipelineResources) GetProgram ¶

func (pointer *PipelineResources) GetProgram(ref *PipelineProgramRef) *PipelineProgram

GetProgram ...

func (*PipelineResources) GetProgramName ¶

func (pointer *PipelineResources) GetProgramName(ref *PipelineProgramRef) string

GetProgramName ...

func (*PipelineResources) GetTexture ¶

func (pointer *PipelineResources) GetTexture(ref *TextureRef) *Texture

GetTexture ...

func (*PipelineResources) GetTextureInfo ¶

func (pointer *PipelineResources) GetTextureInfo(ref *TextureRef) *TextureInfo

GetTextureInfo ...

func (*PipelineResources) GetTextureName ¶

func (pointer *PipelineResources) GetTextureName(ref *TextureRef) string

GetTextureName ...

func (*PipelineResources) HasModel ¶

func (pointer *PipelineResources) HasModel(name string) *ModelRef

HasModel ...

func (*PipelineResources) HasProgram ¶

func (pointer *PipelineResources) HasProgram(name string) *PipelineProgramRef

HasProgram ...

func (*PipelineResources) HasTexture ¶

func (pointer *PipelineResources) HasTexture(name string) *TextureRef

HasTexture ...

func (*PipelineResources) HasTextureInfo ¶

func (pointer *PipelineResources) HasTextureInfo(ref *TextureRef) bool

HasTextureInfo ...

func (*PipelineResources) IsNil ¶

func (pointer *PipelineResources) IsNil() bool

IsNil ...

func (*PipelineResources) UpdateModel ¶

func (pointer *PipelineResources) UpdateModel(ref *ModelRef, mdl *Model)

UpdateModel ...

func (*PipelineResources) UpdateProgram ¶

func (pointer *PipelineResources) UpdateProgram(ref *PipelineProgramRef, prg *PipelineProgram)

UpdateProgram ...

func (*PipelineResources) UpdateTexture ¶

func (pointer *PipelineResources) UpdateTexture(ref *TextureRef, tex *Texture)

UpdateTexture ...

type ProfilerFrame ¶

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

ProfilerFrame ...

func CaptureProfilerFrame ¶

func CaptureProfilerFrame() *ProfilerFrame

CaptureProfilerFrame Capture the current profiler frame but do not end it. See harfang.EndProfilerFrame to capture and end the current profiler frame. See harfang.PrintProfilerFrame to print a profiler frame to the console.

func EndProfilerFrame ¶

func EndProfilerFrame() *ProfilerFrame

EndProfilerFrame End a profiler frame and return it. See harfang.PrintProfilerFrame to print a profiler frame to the console.

func (*ProfilerFrame) Free ¶

func (pointer *ProfilerFrame) Free()

Free ...

func (*ProfilerFrame) IsNil ¶

func (pointer *ProfilerFrame) IsNil() bool

IsNil ...

type ProgramHandle ¶

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

ProgramHandle Handle to a shader program.

func LoadProgramFromAssets ¶

func LoadProgramFromAssets(name string) *ProgramHandle

LoadProgramFromAssets Load a shader program from the assets system. See [harfang.man.Assets].

func LoadProgramFromAssetsWithVertexShaderNameFragmentShaderName ¶

func LoadProgramFromAssetsWithVertexShaderNameFragmentShaderName(vertexshadername string, fragmentshadername string) *ProgramHandle

LoadProgramFromAssetsWithVertexShaderNameFragmentShaderName Load a shader program from the assets system. See [harfang.man.Assets].

func LoadProgramFromFile ¶

func LoadProgramFromFile(path string) *ProgramHandle

LoadProgramFromFile Load a shader program from the local filesystem.

func LoadProgramFromFileWithVertexShaderPathFragmentShaderPath ¶

func LoadProgramFromFileWithVertexShaderPathFragmentShaderPath(vertexshaderpath string, fragmentshaderpath string) *ProgramHandle

LoadProgramFromFileWithVertexShaderPathFragmentShaderPath Load a shader program from the local filesystem.

func (*ProgramHandle) Free ¶

func (pointer *ProgramHandle) Free()

Free ...

func (*ProgramHandle) IsNil ¶

func (pointer *ProgramHandle) IsNil() bool

IsNil ...

type Quaternion ¶

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

Quaternion Quaternion can be used to represent a 3d rotation. It provides a more compact representation of the rotation than harfang.Mat3 and can efficiently and correctly interpolate (see harfang.Slerp) between two rotations.

func Inverse ¶

func Inverse(q *Quaternion) *Quaternion

Inverse Return the inverse of a matrix, vector or quaternion.

func NewQuaternion ¶

func NewQuaternion() *Quaternion

NewQuaternion Quaternion can be used to represent a 3d rotation. It provides a more compact representation of the rotation than harfang.Mat3 and can efficiently and correctly interpolate (see harfang.Slerp) between two rotations.

func NewQuaternionWithQ ¶

func NewQuaternionWithQ(q *Quaternion) *Quaternion

NewQuaternionWithQ Quaternion can be used to represent a 3d rotation. It provides a more compact representation of the rotation than harfang.Mat3 and can efficiently and correctly interpolate (see harfang.Slerp) between two rotations.

func NewQuaternionWithXYZW ¶

func NewQuaternionWithXYZW(x float32, y float32, z float32, w float32) *Quaternion

NewQuaternionWithXYZW Quaternion can be used to represent a 3d rotation. It provides a more compact representation of the rotation than harfang.Mat3 and can efficiently and correctly interpolate (see harfang.Slerp) between two rotations.

func NormalizeWithQ ¶

func NormalizeWithQ(q *Quaternion) *Quaternion

NormalizeWithQ Return the input vector scaled so that its length is one.

func QuaternionFromAxisAngle ¶

func QuaternionFromAxisAngle(angle float32, axis *Vec3) *Quaternion

QuaternionFromAxisAngle Return a quaternion rotation from a 3d axis and a rotation around that axis.

func QuaternionFromEuler ¶

func QuaternionFromEuler(euler *Vec3) *Quaternion

QuaternionFromEuler Return a quaternion 3d rotation from its _Euler_ vector representation.

func QuaternionFromEulerWithRotationOrder ¶

func QuaternionFromEulerWithRotationOrder(euler *Vec3, rotationorder RotationOrder) *Quaternion

QuaternionFromEulerWithRotationOrder Return a quaternion 3d rotation from its _Euler_ vector representation.

func QuaternionFromEulerWithXYZ ¶

func QuaternionFromEulerWithXYZ(x float32, y float32, z float32) *Quaternion

QuaternionFromEulerWithXYZ Return a quaternion 3d rotation from its _Euler_ vector representation.

func QuaternionFromEulerWithXYZRotationOrder ¶

func QuaternionFromEulerWithXYZRotationOrder(x float32, y float32, z float32, rotationorder RotationOrder) *Quaternion

QuaternionFromEulerWithXYZRotationOrder Return a quaternion 3d rotation from its _Euler_ vector representation.

func QuaternionFromMatrix3 ¶

func QuaternionFromMatrix3(m *Mat3) *Quaternion

QuaternionFromMatrix3 Return a quaternion rotation from its harfang.Mat3 representation.

func QuaternionLookAt ¶

func QuaternionLookAt(at *Vec3) *Quaternion

QuaternionLookAt Return a quaternion 3d rotation oriented toward the specified position when sitting on the world's origin _{0, 0, 0}_.

func Slerp ¶

func Slerp(a *Quaternion, b *Quaternion, t float32) *Quaternion

Slerp Interpolate between the rotation represented by two quaternions. The _Spherical Linear Interpolation_ will always take the shortest path between the two rotations.

func (*Quaternion) Add ¶

func (pointer *Quaternion) Add(v float32) *Quaternion

Add ...

func (*Quaternion) AddWithQ ¶

func (pointer *Quaternion) AddWithQ(q *Quaternion) *Quaternion

AddWithQ ...

func (*Quaternion) Div ¶

func (pointer *Quaternion) Div(v float32) *Quaternion

Div ...

func (*Quaternion) Free ¶

func (pointer *Quaternion) Free()

Free ...

func (*Quaternion) GetW ¶

func (pointer *Quaternion) GetW() float32

GetW ...

func (*Quaternion) GetX ¶

func (pointer *Quaternion) GetX() float32

GetX ...

func (*Quaternion) GetY ¶

func (pointer *Quaternion) GetY() float32

GetY ...

func (*Quaternion) GetZ ¶

func (pointer *Quaternion) GetZ() float32

GetZ ...

func (*Quaternion) InplaceAdd ¶

func (pointer *Quaternion) InplaceAdd(v float32)

InplaceAdd ...

func (*Quaternion) InplaceAddWithQ ¶

func (pointer *Quaternion) InplaceAddWithQ(q *Quaternion)

InplaceAddWithQ ...

func (*Quaternion) InplaceDiv ¶

func (pointer *Quaternion) InplaceDiv(v float32)

InplaceDiv ...

func (*Quaternion) InplaceMul ¶

func (pointer *Quaternion) InplaceMul(v float32)

InplaceMul ...

func (*Quaternion) InplaceMulWithQ ¶

func (pointer *Quaternion) InplaceMulWithQ(q *Quaternion)

InplaceMulWithQ ...

func (*Quaternion) InplaceSub ¶

func (pointer *Quaternion) InplaceSub(v float32)

InplaceSub ...

func (*Quaternion) InplaceSubWithQ ¶

func (pointer *Quaternion) InplaceSubWithQ(q *Quaternion)

InplaceSubWithQ ...

func (*Quaternion) IsNil ¶

func (pointer *Quaternion) IsNil() bool

IsNil ...

func (*Quaternion) Mul ¶

func (pointer *Quaternion) Mul(v float32) *Quaternion

Mul ...

func (*Quaternion) MulWithQ ¶

func (pointer *Quaternion) MulWithQ(q *Quaternion) *Quaternion

MulWithQ ...

func (*Quaternion) SetW ¶

func (pointer *Quaternion) SetW(v float32)

SetW ...

func (*Quaternion) SetX ¶

func (pointer *Quaternion) SetX(v float32)

SetX ...

func (*Quaternion) SetY ¶

func (pointer *Quaternion) SetY(v float32)

SetY ...

func (*Quaternion) SetZ ¶

func (pointer *Quaternion) SetZ(v float32)

SetZ ...

func (*Quaternion) Sub ¶

func (pointer *Quaternion) Sub(v float32) *Quaternion

Sub ...

func (*Quaternion) SubWithQ ¶

func (pointer *Quaternion) SubWithQ(q *Quaternion) *Quaternion

SubWithQ ...

type RaycastOut ¶

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

RaycastOut Contains the result of a physics raycast. * `P`: Position of the raycast hit * `N`: Normal of the raycast hit * `Node`: Node hit by the raycast * `t`: Parametric value of the intersection, ratio of the distance to the hit by the length of the raycast

func (*RaycastOut) Free ¶

func (pointer *RaycastOut) Free()

Free ...

func (*RaycastOut) GetN ¶

func (pointer *RaycastOut) GetN() *Vec3

GetN ...

func (*RaycastOut) GetNode ¶

func (pointer *RaycastOut) GetNode() *Node

GetNode ...

func (*RaycastOut) GetP ¶

func (pointer *RaycastOut) GetP() *Vec3

GetP ...

func (*RaycastOut) GetT ¶

func (pointer *RaycastOut) GetT() float32

GetT ...

func (*RaycastOut) IsNil ¶

func (pointer *RaycastOut) IsNil() bool

IsNil ...

func (*RaycastOut) SetN ¶

func (pointer *RaycastOut) SetN(v *Vec3)

SetN ...

func (*RaycastOut) SetNode ¶

func (pointer *RaycastOut) SetNode(v *Node)

SetNode ...

func (*RaycastOut) SetP ¶

func (pointer *RaycastOut) SetP(v *Vec3)

SetP ...

func (*RaycastOut) SetT ¶

func (pointer *RaycastOut) SetT(v float32)

SetT ...

type RaycastOutList ¶

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

RaycastOutList ...

func NewRaycastOutList ¶

func NewRaycastOutList() *RaycastOutList

NewRaycastOutList ...

func NewRaycastOutListWithSequence ¶

func NewRaycastOutListWithSequence(sequence GoSliceOfRaycastOut) *RaycastOutList

NewRaycastOutListWithSequence ...

func (*RaycastOutList) At ¶

func (pointer *RaycastOutList) At(idx int32) *RaycastOut

At ...

func (*RaycastOutList) Clear ¶

func (pointer *RaycastOutList) Clear()

Clear ...

func (*RaycastOutList) Free ¶

func (pointer *RaycastOutList) Free()

Free ...

func (*RaycastOutList) Get ¶

func (pointer *RaycastOutList) Get(id int) *RaycastOut

Get ...

func (*RaycastOutList) IsNil ¶

func (pointer *RaycastOutList) IsNil() bool

IsNil ...

func (*RaycastOutList) Len ¶

func (pointer *RaycastOutList) Len() int32

Len ...

func (*RaycastOutList) PushBack ¶

func (pointer *RaycastOutList) PushBack(v *RaycastOut)

PushBack ...

func (*RaycastOutList) Reserve ¶

func (pointer *RaycastOutList) Reserve(size int32)

Reserve ...

func (*RaycastOutList) Set ¶

func (pointer *RaycastOutList) Set(id int, v *RaycastOut)

Set ...

func (*RaycastOutList) Size ¶

func (pointer *RaycastOutList) Size() int32

Size ...

type Rect ¶

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

Rect ...

func ComputeTextRect ¶

func ComputeTextRect(font *Font, text string) *Rect

ComputeTextRect Compute the width and height of a text string.

func ComputeTextRectWithXpos ¶

func ComputeTextRectWithXpos(font *Font, text string, xpos float32) *Rect

ComputeTextRectWithXpos Compute the width and height of a text string.

func ComputeTextRectWithXposYpos ¶

func ComputeTextRectWithXposYpos(font *Font, text string, xpos float32, ypos float32) *Rect

ComputeTextRectWithXposYpos Compute the width and height of a text string.

func Crop ¶

func Crop(rect *Rect, left float32, top float32, right float32, bottom float32) *Rect

Crop Crop a rectangle. Remove the specified amount of units on each side of the rectangle. See harfang.Grow.

func Grow ¶

func Grow(rect *Rect, border float32) *Rect

Grow Grow a rectangle by the specified amount of units. See harfang.Crop.

func Intersection ¶

func Intersection(a *Rect, b *Rect) *Rect

Intersection Return the intersection of two rectangles.

func MakeRectFromWidthHeight ¶

func MakeRectFromWidthHeight(x float32, y float32, w float32, h float32) *Rect

MakeRectFromWidthHeight Make a rectangle from width and height.

func NewRect ¶

func NewRect() *Rect

NewRect ...

func NewRectWithRect ¶

func NewRectWithRect(rect *Rect) *Rect

NewRectWithRect ...

func NewRectWithSxSyExEy ¶

func NewRectWithSxSyExEy(sx float32, sy float32, ex float32, ey float32) *Rect

NewRectWithSxSyExEy ...

func NewRectWithXY ¶

func NewRectWithXY(x float32, y float32) *Rect

NewRectWithXY ...

func Offset ¶

func Offset(rect *Rect, x float32, y float32) *Rect

Offset Offset a rectangle by the specified amount of units.

func ToFloatRect ¶

func ToFloatRect(rect *IntRect) *Rect

ToFloatRect Return an integer rectangle as a floating point rectangle.

func (*Rect) Free ¶

func (pointer *Rect) Free()

Free ...

func (*Rect) GetEx ¶

func (pointer *Rect) GetEx() float32

GetEx ...

func (*Rect) GetEy ¶

func (pointer *Rect) GetEy() float32

GetEy ...

func (*Rect) GetSx ¶

func (pointer *Rect) GetSx() float32

GetSx ...

func (*Rect) GetSy ¶

func (pointer *Rect) GetSy() float32

GetSy ...

func (*Rect) IsNil ¶

func (pointer *Rect) IsNil() bool

IsNil ...

func (*Rect) SetEx ¶

func (pointer *Rect) SetEx(v float32)

SetEx ...

func (*Rect) SetEy ¶

func (pointer *Rect) SetEy(v float32)

SetEy ...

func (*Rect) SetSx ¶

func (pointer *Rect) SetSx(v float32)

SetSx ...

func (*Rect) SetSy ¶

func (pointer *Rect) SetSy(v float32)

SetSy ...

type RenderState ¶

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

RenderState ...

func ComputeRenderState ¶

func ComputeRenderState(blend BlendMode) *RenderState

ComputeRenderState Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithDepthTest ¶

func ComputeRenderStateWithDepthTest(blend BlendMode, depthtest DepthTest) *RenderState

ComputeRenderStateWithDepthTest Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithDepthTestCulling ¶

func ComputeRenderStateWithDepthTestCulling(blend BlendMode, depthtest DepthTest, culling FaceCulling) *RenderState

ComputeRenderStateWithDepthTestCulling Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithDepthTestCullingWriteZ ¶

func ComputeRenderStateWithDepthTestCullingWriteZ(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool) *RenderState

ComputeRenderStateWithDepthTestCullingWriteZ Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithDepthTestCullingWriteZWriteR ¶

func ComputeRenderStateWithDepthTestCullingWriteZWriteR(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, writer bool) *RenderState

ComputeRenderStateWithDepthTestCullingWriteZWriteR Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteG ¶

func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteG(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, writer bool, writeg bool) *RenderState

ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteG Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteB ¶

func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteB(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, writer bool, writeg bool, writeb bool) *RenderState

ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteB Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteBWriteA ¶

func ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteBWriteA(blend BlendMode, depthtest DepthTest, culling FaceCulling, writez bool, writer bool, writeg bool, writeb bool, writea bool) *RenderState

ComputeRenderStateWithDepthTestCullingWriteZWriteRWriteGWriteBWriteA Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithWriteZ ¶

func ComputeRenderStateWithWriteZ(blend BlendMode, writez bool) *RenderState

ComputeRenderStateWithWriteZ Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithWriteZWriteR ¶

func ComputeRenderStateWithWriteZWriteR(blend BlendMode, writez bool, writer bool) *RenderState

ComputeRenderStateWithWriteZWriteR Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithWriteZWriteRWriteG ¶

func ComputeRenderStateWithWriteZWriteRWriteG(blend BlendMode, writez bool, writer bool, writeg bool) *RenderState

ComputeRenderStateWithWriteZWriteRWriteG Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithWriteZWriteRWriteGWriteB ¶

func ComputeRenderStateWithWriteZWriteRWriteGWriteB(blend BlendMode, writez bool, writer bool, writeg bool, writeb bool) *RenderState

ComputeRenderStateWithWriteZWriteRWriteGWriteB Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func ComputeRenderStateWithWriteZWriteRWriteGWriteBWriteA ¶

func ComputeRenderStateWithWriteZWriteRWriteGWriteBWriteA(blend BlendMode, writez bool, writer bool, writeg bool, writeb bool, writea bool) *RenderState

ComputeRenderStateWithWriteZWriteRWriteGWriteBWriteA Compute a render state to control subsequent render calls culling mode, blending mode, Z mask, etc... The same render state can be used by different render calls. See harfang.DrawLines, harfang.DrawTriangles and harfang.DrawModel.

func (*RenderState) Free ¶

func (pointer *RenderState) Free()

Free ...

func (*RenderState) IsNil ¶

func (pointer *RenderState) IsNil() bool

IsNil ...

type RendererType ¶

type RendererType int32

RendererType ...

type ResetFlags ¶

type ResetFlags uint32

ResetFlags ...

type RigidBody ¶

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

RigidBody Rigid body component, see [harfang.man.Physics].

func (*RigidBody) Eq ¶

func (pointer *RigidBody) Eq(b *RigidBody) bool

Eq ...

func (*RigidBody) Free ¶

func (pointer *RigidBody) Free()

Free ...

func (*RigidBody) GetAngularDamping ¶

func (pointer *RigidBody) GetAngularDamping() float32

GetAngularDamping Return the rigid body angular damping. A value of 0.0 means no damping, 1.0 means the maximal dissipation of the energy.

func (*RigidBody) GetFriction ¶

func (pointer *RigidBody) GetFriction() float32

GetFriction ...

func (*RigidBody) GetLinearDamping ¶

func (pointer *RigidBody) GetLinearDamping() float32

GetLinearDamping ...

func (*RigidBody) GetRestitution ¶

func (pointer *RigidBody) GetRestitution() float32

GetRestitution ...

func (*RigidBody) GetRollingFriction ¶

func (pointer *RigidBody) GetRollingFriction() float32

GetRollingFriction ...

func (*RigidBody) GetType ¶

func (pointer *RigidBody) GetType() RigidBodyType

GetType Return the rigid body type. See harfang.RigidBody_SetType.

func (*RigidBody) IsNil ¶

func (pointer *RigidBody) IsNil() bool

IsNil ...

func (*RigidBody) IsValid ¶

func (pointer *RigidBody) IsValid() bool

IsValid ...

func (*RigidBody) SetAngularDamping ¶

func (pointer *RigidBody) SetAngularDamping(damping float32)

SetAngularDamping Set the rigid body angular damping. A value of 0.0 means no damping, 1.0 means the maximal dissipation of the energy.

func (*RigidBody) SetFriction ¶

func (pointer *RigidBody) SetFriction(friction float32)

SetFriction ...

func (*RigidBody) SetLinearDamping ¶

func (pointer *RigidBody) SetLinearDamping(damping float32)

SetLinearDamping ...

func (*RigidBody) SetRestitution ¶

func (pointer *RigidBody) SetRestitution(restitution float32)

SetRestitution ...

func (*RigidBody) SetRollingFriction ¶

func (pointer *RigidBody) SetRollingFriction(rollingfriction float32)

SetRollingFriction ...

func (*RigidBody) SetType ¶

func (pointer *RigidBody) SetType(typeGo RigidBodyType)

SetType Set the rigid body type.

type RigidBodyType ¶

type RigidBodyType uint8

RigidBodyType ...

type RotationOrder ¶

type RotationOrder uint8

RotationOrder ...

func ReverseRotationOrder ¶

func ReverseRotationOrder(rotationorder RotationOrder) RotationOrder

ReverseRotationOrder Return the rotation order processing each axis in the reverse order of the input rotation order.

type SAO ¶

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

SAO Ambient occlusion post-process object holding internal states and resources. Create with harfang.CreateSAOFromFile or harfang.CreateSAOFromAssets, use with harfang.ComputeSAO, finally call harfang.DestroySAO to dispose of resources when done.

func CreateSAOFromAssets ¶

func CreateSAOFromAssets(path string, ratio BackbufferRatio) *SAO

CreateSAOFromAssets ...

func CreateSAOFromFile ¶

func CreateSAOFromFile(path string, ratio BackbufferRatio) *SAO

CreateSAOFromFile ...

func (*SAO) Free ¶

func (pointer *SAO) Free()

Free ...

func (*SAO) IsNil ¶

func (pointer *SAO) IsNil() bool

IsNil ...

type SRanipalEyeState ¶

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

SRanipalEyeState ...

func (*SRanipalEyeState) Free ¶

func (pointer *SRanipalEyeState) Free()

Free ...

func (*SRanipalEyeState) GetEyeOpenness ¶

func (pointer *SRanipalEyeState) GetEyeOpenness() float32

GetEyeOpenness ...

func (*SRanipalEyeState) GetGazeDirectionNormalized ¶

func (pointer *SRanipalEyeState) GetGazeDirectionNormalized() *Vec3

GetGazeDirectionNormalized ...

func (*SRanipalEyeState) GetGazeOriginMm ¶

func (pointer *SRanipalEyeState) GetGazeOriginMm() *Vec3

GetGazeOriginMm ...

func (*SRanipalEyeState) GetPupilDiameterMm ¶

func (pointer *SRanipalEyeState) GetPupilDiameterMm() float32

GetPupilDiameterMm ...

func (*SRanipalEyeState) GetPupilDiameterValid ¶

func (pointer *SRanipalEyeState) GetPupilDiameterValid() bool

GetPupilDiameterValid ...

func (*SRanipalEyeState) IsNil ¶

func (pointer *SRanipalEyeState) IsNil() bool

IsNil ...

func (*SRanipalEyeState) SetEyeOpenness ¶

func (pointer *SRanipalEyeState) SetEyeOpenness(v float32)

SetEyeOpenness ...

func (*SRanipalEyeState) SetGazeDirectionNormalized ¶

func (pointer *SRanipalEyeState) SetGazeDirectionNormalized(v *Vec3)

SetGazeDirectionNormalized ...

func (*SRanipalEyeState) SetGazeOriginMm ¶

func (pointer *SRanipalEyeState) SetGazeOriginMm(v *Vec3)

SetGazeOriginMm ...

func (*SRanipalEyeState) SetPupilDiameterMm ¶

func (pointer *SRanipalEyeState) SetPupilDiameterMm(v float32)

SetPupilDiameterMm ...

func (*SRanipalEyeState) SetPupilDiameterValid ¶

func (pointer *SRanipalEyeState) SetPupilDiameterValid(v bool)

SetPupilDiameterValid ...

type SRanipalState ¶

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

SRanipalState ...

func SRanipalGetState ¶

func SRanipalGetState() *SRanipalState

SRanipalGetState Return the current SRanipal device state.

func (*SRanipalState) Free ¶

func (pointer *SRanipalState) Free()

Free ...

func (*SRanipalState) GetLeftEye ¶

func (pointer *SRanipalState) GetLeftEye() *SRanipalEyeState

GetLeftEye ...

func (*SRanipalState) GetRightEye ¶

func (pointer *SRanipalState) GetRightEye() *SRanipalEyeState

GetRightEye ...

func (*SRanipalState) IsNil ¶

func (pointer *SRanipalState) IsNil() bool

IsNil ...

func (*SRanipalState) SetLeftEye ¶

func (pointer *SRanipalState) SetLeftEye(v *SRanipalEyeState)

SetLeftEye ...

func (*SRanipalState) SetRightEye ¶

func (pointer *SRanipalState) SetRightEye(v *SRanipalEyeState)

SetRightEye ...

type Scene ¶

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

Scene A scene object representing a world populated with harfang.Node, see [harfang.man.Scene].

func NewScene ¶

func NewScene() *Scene

NewScene A scene object representing a world populated with harfang.Node, see [harfang.man.Scene].

func (*Scene) Clear ¶

func (pointer *Scene) Clear()

Clear Remove all nodes from the scene.

func (*Scene) ComputeCurrentCameraViewState ¶

func (pointer *Scene) ComputeCurrentCameraViewState(aspectratio *Vec2) *ViewState

ComputeCurrentCameraViewState ...

func (*Scene) ComputeWorldMatrices ¶

func (pointer *Scene) ComputeWorldMatrices()

ComputeWorldMatrices ...

func (*Scene) CreateCamera ¶

func (pointer *Scene) CreateCamera() *Camera

CreateCamera ...

func (*Scene) CreateCameraWithZnearZfar ¶

func (pointer *Scene) CreateCameraWithZnearZfar(znear float32, zfar float32) *Camera

CreateCameraWithZnearZfar ...

func (*Scene) CreateCameraWithZnearZfarFov ¶

func (pointer *Scene) CreateCameraWithZnearZfarFov(znear float32, zfar float32, fov float32) *Camera

CreateCameraWithZnearZfarFov ...

func (*Scene) CreateCollision ¶

func (pointer *Scene) CreateCollision() *Collision

CreateCollision ...

func (*Scene) CreateInstance ¶

func (pointer *Scene) CreateInstance() *Instance

CreateInstance ...

func (*Scene) CreateLight ¶

func (pointer *Scene) CreateLight() *Light

CreateLight ...

func (*Scene) CreateLinearLight ¶

func (pointer *Scene) CreateLinearLight(diffuse *Color, specular *Color) *Light

CreateLinearLight ...

func (*Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensity ¶

func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensity(diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32) *Light

CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensity ...

func (*Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriority ¶

func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriority(diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32) *Light

CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriority ...

func (*Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ¶

func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType) *Light

CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ...

func (*Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ¶

func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType, shadowbias float32) *Light

CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ...

func (*Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit ¶

func (pointer *Scene) CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit(diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType, shadowbias float32, pssmsplit *Vec4) *Light

CreateLinearLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBiasPssmSplit ...

func (*Scene) CreateLinearLightWithPriority ¶

func (pointer *Scene) CreateLinearLightWithPriority(diffuse *Color, specular *Color, priority float32) *Light

CreateLinearLightWithPriority ...

func (*Scene) CreateLinearLightWithPriorityShadowType ¶

func (pointer *Scene) CreateLinearLightWithPriorityShadowType(diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType) *Light

CreateLinearLightWithPriorityShadowType ...

func (*Scene) CreateLinearLightWithPriorityShadowTypeShadowBias ¶

func (pointer *Scene) CreateLinearLightWithPriorityShadowTypeShadowBias(diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, shadowbias float32) *Light

CreateLinearLightWithPriorityShadowTypeShadowBias ...

func (*Scene) CreateLinearLightWithPriorityShadowTypeShadowBiasPssmSplit ¶

func (pointer *Scene) CreateLinearLightWithPriorityShadowTypeShadowBiasPssmSplit(diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, shadowbias float32, pssmsplit *Vec4) *Light

CreateLinearLightWithPriorityShadowTypeShadowBiasPssmSplit ...

func (*Scene) CreateNode ¶

func (pointer *Scene) CreateNode() *Node

CreateNode Create a harfang.Node in the scene.

func (*Scene) CreateNodeWithName ¶

func (pointer *Scene) CreateNodeWithName(name string) *Node

CreateNodeWithName Create a harfang.Node in the scene.

func (*Scene) CreateObject ¶

func (pointer *Scene) CreateObject() *Object

CreateObject ...

func (*Scene) CreateObjectWithModelMaterials ¶

func (pointer *Scene) CreateObjectWithModelMaterials(model *ModelRef, materials *MaterialList) *Object

CreateObjectWithModelMaterials ...

func (*Scene) CreateObjectWithModelSliceOfMaterials ¶

func (pointer *Scene) CreateObjectWithModelSliceOfMaterials(model *ModelRef, SliceOfmaterials GoSliceOfMaterial) *Object

CreateObjectWithModelSliceOfMaterials ...

func (*Scene) CreateOrthographicCamera ¶

func (pointer *Scene) CreateOrthographicCamera(znear float32, zfar float32) *Camera

CreateOrthographicCamera ...

func (*Scene) CreateOrthographicCameraWithSize ¶

func (pointer *Scene) CreateOrthographicCameraWithSize(znear float32, zfar float32, size float32) *Camera

CreateOrthographicCameraWithSize ...

func (*Scene) CreatePointLight ¶

func (pointer *Scene) CreatePointLight(radius float32, diffuse *Color, specular *Color) *Light

CreatePointLight ...

func (*Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensity ¶

func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensity(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32) *Light

CreatePointLightWithDiffuseIntensitySpecularSpecularIntensity ...

func (*Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriority ¶

func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriority(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32) *Light

CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriority ...

func (*Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ¶

func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType) *Light

CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ...

func (*Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ¶

func (pointer *Scene) CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(radius float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType, shadowbias float32) *Light

CreatePointLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ...

func (*Scene) CreatePointLightWithPriority ¶

func (pointer *Scene) CreatePointLightWithPriority(radius float32, diffuse *Color, specular *Color, priority float32) *Light

CreatePointLightWithPriority ...

func (*Scene) CreatePointLightWithPriorityShadowType ¶

func (pointer *Scene) CreatePointLightWithPriorityShadowType(radius float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType) *Light

CreatePointLightWithPriorityShadowType ...

func (*Scene) CreatePointLightWithPriorityShadowTypeShadowBias ¶

func (pointer *Scene) CreatePointLightWithPriorityShadowTypeShadowBias(radius float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, shadowbias float32) *Light

CreatePointLightWithPriorityShadowTypeShadowBias ...

func (*Scene) CreateRigidBody ¶

func (pointer *Scene) CreateRigidBody() *RigidBody

CreateRigidBody ...

func (*Scene) CreateScript ¶

func (pointer *Scene) CreateScript() *Script

CreateScript ...

func (*Scene) CreateScriptWithPath ¶

func (pointer *Scene) CreateScriptWithPath(path string) *Script

CreateScriptWithPath ...

func (*Scene) CreateSpotLight ¶

func (pointer *Scene) CreateSpotLight(radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color) *Light

CreateSpotLight ...

func (*Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensity ¶

func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensity(radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32) *Light

CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensity ...

func (*Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriority ¶

func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriority(radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32) *Light

CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriority ...

func (*Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ¶

func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType(radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType) *Light

CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowType ...

func (*Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ¶

func (pointer *Scene) CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias(radius float32, innerangle float32, outerangle float32, diffuse *Color, diffuseintensity float32, specular *Color, specularintensity float32, priority float32, shadowtype LightShadowType, shadowbias float32) *Light

CreateSpotLightWithDiffuseIntensitySpecularSpecularIntensityPriorityShadowTypeShadowBias ...

func (*Scene) CreateSpotLightWithPriority ¶

func (pointer *Scene) CreateSpotLightWithPriority(radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color, priority float32) *Light

CreateSpotLightWithPriority ...

func (*Scene) CreateSpotLightWithPriorityShadowType ¶

func (pointer *Scene) CreateSpotLightWithPriorityShadowType(radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType) *Light

CreateSpotLightWithPriorityShadowType ...

func (*Scene) CreateSpotLightWithPriorityShadowTypeShadowBias ¶

func (pointer *Scene) CreateSpotLightWithPriorityShadowTypeShadowBias(radius float32, innerangle float32, outerangle float32, diffuse *Color, specular *Color, priority float32, shadowtype LightShadowType, shadowbias float32) *Light

CreateSpotLightWithPriorityShadowTypeShadowBias ...

func (*Scene) CreateTransform ¶

func (pointer *Scene) CreateTransform() *Transform

CreateTransform ...

func (*Scene) CreateTransformWithT ¶

func (pointer *Scene) CreateTransformWithT(T *Vec3) *Transform

CreateTransformWithT ...

func (*Scene) CreateTransformWithTR ¶

func (pointer *Scene) CreateTransformWithTR(T *Vec3, R *Vec3) *Transform

CreateTransformWithTR ...

func (*Scene) CreateTransformWithTRS ¶

func (pointer *Scene) CreateTransformWithTRS(T *Vec3, R *Vec3, S *Vec3) *Transform

CreateTransformWithTRS ...

func (*Scene) DestroyCamera ¶

func (pointer *Scene) DestroyCamera(camera *Camera)

DestroyCamera ...

func (*Scene) DestroyCollision ¶

func (pointer *Scene) DestroyCollision(collision *Collision)

DestroyCollision ...

func (*Scene) DestroyInstance ¶

func (pointer *Scene) DestroyInstance(Instance *Instance)

DestroyInstance ...

func (*Scene) DestroyLight ¶

func (pointer *Scene) DestroyLight(light *Light)

DestroyLight ...

func (*Scene) DestroyNode ¶

func (pointer *Scene) DestroyNode(node *Node)

DestroyNode Remove a harfang.Node from the scene.

func (*Scene) DestroyObject ¶

func (pointer *Scene) DestroyObject(object *Object)

DestroyObject ...

func (*Scene) DestroyRigidBody ¶

func (pointer *Scene) DestroyRigidBody(rigidbody *RigidBody)

DestroyRigidBody ...

func (*Scene) DestroyScript ¶

func (pointer *Scene) DestroyScript(script *Script)

DestroyScript ...

func (*Scene) DestroyTransform ¶

func (pointer *Scene) DestroyTransform(transform *Transform)

DestroyTransform ...

func (*Scene) Free ¶

func (pointer *Scene) Free()

Free ...

func (*Scene) GarbageCollect ¶

func (pointer *Scene) GarbageCollect() int32

GarbageCollect Destroy any unreferenced components in the scene.

func (*Scene) GetAllNodeCount ¶

func (pointer *Scene) GetAllNodeCount() int32

GetAllNodeCount Return the total number of nodes in the scene including instantiated ones. To exclude those, use harfang.Scene_GetNodeCount.

func (*Scene) GetAllNodes ¶

func (pointer *Scene) GetAllNodes() *NodeList

GetAllNodes ...

func (*Scene) GetAllNodesWithComponent ¶

func (pointer *Scene) GetAllNodesWithComponent(idx NodeComponentIdx) *NodeList

GetAllNodesWithComponent ...

func (*Scene) GetCanvas ¶

func (pointer *Scene) GetCanvas() *Canvas

GetCanvas ...

func (*Scene) GetCurrentCamera ¶

func (pointer *Scene) GetCurrentCamera() *Node

GetCurrentCamera Get the current camera.

func (*Scene) GetEnvironment ¶

func (pointer *Scene) GetEnvironment() *Environment

GetEnvironment ...

func (*Scene) GetKeys ¶

func (pointer *Scene) GetKeys() *StringList

GetKeys ...

func (*Scene) GetMinMax ¶

func (pointer *Scene) GetMinMax(resources *PipelineResources) (bool, *MinMax)

GetMinMax ...

func (*Scene) GetNode ¶

func (pointer *Scene) GetNode(name string) *Node

GetNode Get a node by name. For more complex queries see harfang.Scene_GetNodeEx.

func (*Scene) GetNodeChildren ¶

func (pointer *Scene) GetNodeChildren(node *Node) *NodeList

GetNodeChildren Return all children for a given node.

func (*Scene) GetNodeCount ¶

func (pointer *Scene) GetNodeCount() int32

GetNodeCount Return the number of nodes in the scene excluding instantiated ones. To include those, use harfang.Scene_GetAllNodeCount.

func (*Scene) GetNodeEx ¶

func (pointer *Scene) GetNodeEx(path string) *Node

GetNodeEx Get a node by its absolute path in the node hierarchy. A node path is constructed as follow: - Nodes are refered to by their name. - To address the child of a node, use the `/` delimiter between its parent name and the child name. - To address a node inside an instance component, use the `:` delimiter. - There is no limit on the number of delimiters you can use. Examples: Get the node named `child` parented to the `root` node. ```python child = scene.GetNodeEx('root/child') ``` Get the node named `dummy` instantiated by the `root` node. ```python dummy = my_scene.GetNodeEx('root:dummy') ```

func (*Scene) GetNodes ¶

func (pointer *Scene) GetNodes() *NodeList

GetNodes Return all nodes in scene.

func (*Scene) GetNodesWithComponent ¶

func (pointer *Scene) GetNodesWithComponent(idx NodeComponentIdx) *NodeList

GetNodesWithComponent ...

func (*Scene) GetPlayingAnimNames ¶

func (pointer *Scene) GetPlayingAnimNames() *StringList

GetPlayingAnimNames ...

func (*Scene) GetPlayingAnimRefs ¶

func (pointer *Scene) GetPlayingAnimRefs() *ScenePlayAnimRefList

GetPlayingAnimRefs ...

func (*Scene) GetSceneAnim ¶

func (pointer *Scene) GetSceneAnim(name string) *SceneAnimRef

GetSceneAnim ...

func (*Scene) GetSceneAnims ¶

func (pointer *Scene) GetSceneAnims() *SceneAnimRefList

GetSceneAnims ...

func (*Scene) GetScript ¶

func (pointer *Scene) GetScript(slotidx int32) *Script

GetScript ...

func (*Scene) GetScriptCount ¶

func (pointer *Scene) GetScriptCount() int32

GetScriptCount ...

func (*Scene) GetValue ¶

func (pointer *Scene) GetValue(key string) string

GetValue ...

func (*Scene) HasKey ¶

func (pointer *Scene) HasKey(key string) bool

HasKey ...

func (*Scene) IsChildOf ¶

func (pointer *Scene) IsChildOf(node *Node, parent *Node) bool

IsChildOf ...

func (*Scene) IsNil ¶

func (pointer *Scene) IsNil() bool

IsNil ...

func (*Scene) IsPlaying ¶

func (pointer *Scene) IsPlaying(ref *ScenePlayAnimRef) bool

IsPlaying ...

func (*Scene) IsRoot ¶

func (pointer *Scene) IsRoot(node *Node) bool

IsRoot ...

func (*Scene) PlayAnim ¶

func (pointer *Scene) PlayAnim(ref *SceneAnimRef) *ScenePlayAnimRef

PlayAnim ...

func (*Scene) PlayAnimWithLoopMode ¶

func (pointer *Scene) PlayAnimWithLoopMode(ref *SceneAnimRef, loopmode AnimLoopMode) *ScenePlayAnimRef

PlayAnimWithLoopMode ...

func (*Scene) PlayAnimWithLoopModeEasing ¶

func (pointer *Scene) PlayAnimWithLoopModeEasing(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing) *ScenePlayAnimRef

PlayAnimWithLoopModeEasing ...

func (*Scene) PlayAnimWithLoopModeEasingTStart ¶

func (pointer *Scene) PlayAnimWithLoopModeEasingTStart(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64) *ScenePlayAnimRef

PlayAnimWithLoopModeEasingTStart ...

func (*Scene) PlayAnimWithLoopModeEasingTStartTEnd ¶

func (pointer *Scene) PlayAnimWithLoopModeEasingTStartTEnd(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64, tend int64) *ScenePlayAnimRef

PlayAnimWithLoopModeEasingTStartTEnd ...

func (*Scene) PlayAnimWithLoopModeEasingTStartTEndPaused ¶

func (pointer *Scene) PlayAnimWithLoopModeEasingTStartTEndPaused(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64, tend int64, paused bool) *ScenePlayAnimRef

PlayAnimWithLoopModeEasingTStartTEndPaused ...

func (*Scene) PlayAnimWithLoopModeEasingTStartTEndPausedTScale ¶

func (pointer *Scene) PlayAnimWithLoopModeEasingTStartTEndPausedTScale(ref *SceneAnimRef, loopmode AnimLoopMode, easing Easing, tstart int64, tend int64, paused bool, tscale float32) *ScenePlayAnimRef

PlayAnimWithLoopModeEasingTStartTEndPausedTScale ...

func (*Scene) ReadyWorldMatrices ¶

func (pointer *Scene) ReadyWorldMatrices()

ReadyWorldMatrices ...

func (*Scene) RemoveKey ¶

func (pointer *Scene) RemoveKey(key string)

RemoveKey ...

func (*Scene) ReserveCameras ¶

func (pointer *Scene) ReserveCameras(count int32)

ReserveCameras ...

func (*Scene) ReserveLights ¶

func (pointer *Scene) ReserveLights(count int32)

ReserveLights Allocates internal storage for the required number of harfang.Light components in one go.

func (*Scene) ReserveNodes ¶

func (pointer *Scene) ReserveNodes(count int32)

ReserveNodes Allocates internal storage for the required number of nodes in one go.

func (*Scene) ReserveObjects ¶

func (pointer *Scene) ReserveObjects(count int32)

ReserveObjects Allocates internal storage for the required number of harfang.Object components in one go.

func (*Scene) ReserveScripts ¶

func (pointer *Scene) ReserveScripts(count int32)

ReserveScripts ...

func (*Scene) ReserveTransforms ¶

func (pointer *Scene) ReserveTransforms(count int32)

ReserveTransforms Allocates internal storage for the required number of harfang.Transform components in one go.

func (*Scene) SetCanvas ¶

func (pointer *Scene) SetCanvas(v *Canvas)

SetCanvas ...

func (*Scene) SetCurrentCamera ¶

func (pointer *Scene) SetCurrentCamera(camera *Node)

SetCurrentCamera Set the current camera.

func (*Scene) SetEnvironment ¶

func (pointer *Scene) SetEnvironment(v *Environment)

SetEnvironment ...

func (*Scene) SetProbe ¶

func (pointer *Scene) SetProbe(irradiance *TextureRef, radiance *TextureRef, brdf *TextureRef)

SetProbe ...

func (*Scene) SetScript ¶

func (pointer *Scene) SetScript(slotidx int32, script *Script)

SetScript ...

func (*Scene) SetValue ¶

func (pointer *Scene) SetValue(key string, value string)

SetValue ...

func (*Scene) StopAllAnims ¶

func (pointer *Scene) StopAllAnims()

StopAllAnims ...

func (*Scene) StopAnim ¶

func (pointer *Scene) StopAnim(ref *ScenePlayAnimRef)

StopAnim ...

func (*Scene) Update ¶

func (pointer *Scene) Update(dt int64)

Update Start the _Update_ phase of the scene.

func (*Scene) UpdatePlayingAnims ¶

func (pointer *Scene) UpdatePlayingAnims(dt int64)

UpdatePlayingAnims ...

type SceneAnimRef ¶

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

SceneAnimRef Reference to a scene animation.

func (*SceneAnimRef) Eq ¶

func (pointer *SceneAnimRef) Eq(ref *SceneAnimRef) bool

Eq ...

func (*SceneAnimRef) Free ¶

func (pointer *SceneAnimRef) Free()

Free ...

func (*SceneAnimRef) IsNil ¶

func (pointer *SceneAnimRef) IsNil() bool

IsNil ...

func (*SceneAnimRef) Ne ¶

func (pointer *SceneAnimRef) Ne(ref *SceneAnimRef) bool

Ne ...

type SceneAnimRefList ¶

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

SceneAnimRefList ...

func NewSceneAnimRefList ¶

func NewSceneAnimRefList() *SceneAnimRefList

NewSceneAnimRefList ...

func NewSceneAnimRefListWithSequence ¶

func NewSceneAnimRefListWithSequence(sequence GoSliceOfSceneAnimRef) *SceneAnimRefList

NewSceneAnimRefListWithSequence ...

func (*SceneAnimRefList) At ¶

func (pointer *SceneAnimRefList) At(idx int32) *SceneAnimRef

At ...

func (*SceneAnimRefList) Clear ¶

func (pointer *SceneAnimRefList) Clear()

Clear ...

func (*SceneAnimRefList) Free ¶

func (pointer *SceneAnimRefList) Free()

Free ...

func (*SceneAnimRefList) Get ¶

func (pointer *SceneAnimRefList) Get(id int) *SceneAnimRef

Get ...

func (*SceneAnimRefList) IsNil ¶

func (pointer *SceneAnimRefList) IsNil() bool

IsNil ...

func (*SceneAnimRefList) Len ¶

func (pointer *SceneAnimRefList) Len() int32

Len ...

func (*SceneAnimRefList) PushBack ¶

func (pointer *SceneAnimRefList) PushBack(v *SceneAnimRef)

PushBack ...

func (*SceneAnimRefList) Reserve ¶

func (pointer *SceneAnimRefList) Reserve(size int32)

Reserve ...

func (*SceneAnimRefList) Set ¶

func (pointer *SceneAnimRefList) Set(id int, v *SceneAnimRef)

Set ...

func (*SceneAnimRefList) Size ¶

func (pointer *SceneAnimRefList) Size() int32

Size ...

type SceneBullet3Physics ¶

type SceneBullet3Physics struct {
	// contains filtered or unexported fields
}

SceneBullet3Physics Newton physics for scene physics and collision components. See [harfang.man.Physics].

func NewSceneBullet3Physics ¶

func NewSceneBullet3Physics() *SceneBullet3Physics

NewSceneBullet3Physics Newton physics for scene physics and collision components. See [harfang.man.Physics].

func NewSceneBullet3PhysicsWithThreadCount ¶

func NewSceneBullet3PhysicsWithThreadCount(threadcount int32) *SceneBullet3Physics

NewSceneBullet3PhysicsWithThreadCount Newton physics for scene physics and collision components. See [harfang.man.Physics].

func (*SceneBullet3Physics) Clear ¶

func (pointer *SceneBullet3Physics) Clear()

Clear ...

func (*SceneBullet3Physics) ClearNodes ¶

func (pointer *SceneBullet3Physics) ClearNodes()

ClearNodes ...

func (*SceneBullet3Physics) CollectCollisionEvents ¶

func (pointer *SceneBullet3Physics) CollectCollisionEvents(scene *Scene, nodepaircontacts *NodePairContacts)

CollectCollisionEvents ...

func (*SceneBullet3Physics) Free ¶

func (pointer *SceneBullet3Physics) Free()

Free ...

func (*SceneBullet3Physics) GarbageCollect ¶

func (pointer *SceneBullet3Physics) GarbageCollect(scene *Scene) int32

GarbageCollect ...

func (*SceneBullet3Physics) GarbageCollectResources ¶

func (pointer *SceneBullet3Physics) GarbageCollectResources() int32

GarbageCollectResources ...

func (*SceneBullet3Physics) IsNil ¶

func (pointer *SceneBullet3Physics) IsNil() bool

IsNil ...

func (*SceneBullet3Physics) NodeAddForce ¶

func (pointer *SceneBullet3Physics) NodeAddForce(node *Node, F *Vec3)

NodeAddForce ...

func (*SceneBullet3Physics) NodeAddForceWithWorldPos ¶

func (pointer *SceneBullet3Physics) NodeAddForceWithWorldPos(node *Node, F *Vec3, worldpos *Vec3)

NodeAddForceWithWorldPos ...

func (*SceneBullet3Physics) NodeAddImpulse ¶

func (pointer *SceneBullet3Physics) NodeAddImpulse(node *Node, dtvelocity *Vec3)

NodeAddImpulse ...

func (*SceneBullet3Physics) NodeAddImpulseWithWorldPos ¶

func (pointer *SceneBullet3Physics) NodeAddImpulseWithWorldPos(node *Node, dtvelocity *Vec3, worldpos *Vec3)

NodeAddImpulseWithWorldPos ...

func (*SceneBullet3Physics) NodeAddTorque ¶

func (pointer *SceneBullet3Physics) NodeAddTorque(node *Node, T *Vec3)

NodeAddTorque ...

func (*SceneBullet3Physics) NodeAddTorqueImpulse ¶

func (pointer *SceneBullet3Physics) NodeAddTorqueImpulse(node *Node, dtangularvelocity *Vec3)

NodeAddTorqueImpulse ...

func (*SceneBullet3Physics) NodeCollideWorld ¶

func (pointer *SceneBullet3Physics) NodeCollideWorld(node *Node, world *Mat4) *NodePairContacts

NodeCollideWorld ...

func (*SceneBullet3Physics) NodeCollideWorldWithMaxContact ¶

func (pointer *SceneBullet3Physics) NodeCollideWorldWithMaxContact(node *Node, world *Mat4, maxcontact int32) *NodePairContacts

NodeCollideWorldWithMaxContact ...

func (*SceneBullet3Physics) NodeCreatePhysicsFromAssets ¶

func (pointer *SceneBullet3Physics) NodeCreatePhysicsFromAssets(node *Node)

NodeCreatePhysicsFromAssets ...

func (*SceneBullet3Physics) NodeCreatePhysicsFromFile ¶

func (pointer *SceneBullet3Physics) NodeCreatePhysicsFromFile(node *Node)

NodeCreatePhysicsFromFile ...

func (*SceneBullet3Physics) NodeDestroyPhysics ¶

func (pointer *SceneBullet3Physics) NodeDestroyPhysics(node *Node)

NodeDestroyPhysics ...

func (*SceneBullet3Physics) NodeGetAngularFactor ¶

func (pointer *SceneBullet3Physics) NodeGetAngularFactor(node *Node) *Vec3

NodeGetAngularFactor ...

func (*SceneBullet3Physics) NodeGetAngularVelocity ¶

func (pointer *SceneBullet3Physics) NodeGetAngularVelocity(node *Node) *Vec3

NodeGetAngularVelocity ...

func (*SceneBullet3Physics) NodeGetDeactivation ¶

func (pointer *SceneBullet3Physics) NodeGetDeactivation(node *Node) bool

NodeGetDeactivation ...

func (*SceneBullet3Physics) NodeGetLinearFactor ¶

func (pointer *SceneBullet3Physics) NodeGetLinearFactor(node *Node) *Vec3

NodeGetLinearFactor ...

func (*SceneBullet3Physics) NodeGetLinearVelocity ¶

func (pointer *SceneBullet3Physics) NodeGetLinearVelocity(node *Node) *Vec3

NodeGetLinearVelocity ...

func (*SceneBullet3Physics) NodeGetPointVelocity ¶

func (pointer *SceneBullet3Physics) NodeGetPointVelocity(node *Node, worldpos *Vec3) *Vec3

NodeGetPointVelocity ...

func (*SceneBullet3Physics) NodeHasBody ¶

func (pointer *SceneBullet3Physics) NodeHasBody(node *Node) bool

NodeHasBody ...

func (*SceneBullet3Physics) NodeResetWorld ¶

func (pointer *SceneBullet3Physics) NodeResetWorld(node *Node, world *Mat4)

NodeResetWorld ...

func (*SceneBullet3Physics) NodeSetAngularFactor ¶

func (pointer *SceneBullet3Physics) NodeSetAngularFactor(node *Node, k *Vec3)

NodeSetAngularFactor ...

func (*SceneBullet3Physics) NodeSetAngularVelocity ¶

func (pointer *SceneBullet3Physics) NodeSetAngularVelocity(node *Node, W *Vec3)

NodeSetAngularVelocity ...

func (*SceneBullet3Physics) NodeSetDeactivation ¶

func (pointer *SceneBullet3Physics) NodeSetDeactivation(node *Node, enable bool)

NodeSetDeactivation ...

func (*SceneBullet3Physics) NodeSetLinearFactor ¶

func (pointer *SceneBullet3Physics) NodeSetLinearFactor(node *Node, k *Vec3)

NodeSetLinearFactor ...

func (*SceneBullet3Physics) NodeSetLinearVelocity ¶

func (pointer *SceneBullet3Physics) NodeSetLinearVelocity(node *Node, V *Vec3)

NodeSetLinearVelocity ...

func (*SceneBullet3Physics) NodeStartTrackingCollisionEvents ¶

func (pointer *SceneBullet3Physics) NodeStartTrackingCollisionEvents(node *Node)

NodeStartTrackingCollisionEvents ...

func (*SceneBullet3Physics) NodeStartTrackingCollisionEventsWithMode ¶

func (pointer *SceneBullet3Physics) NodeStartTrackingCollisionEventsWithMode(node *Node, mode CollisionEventTrackingMode)

NodeStartTrackingCollisionEventsWithMode ...

func (*SceneBullet3Physics) NodeStopTrackingCollisionEvents ¶

func (pointer *SceneBullet3Physics) NodeStopTrackingCollisionEvents(node *Node)

NodeStopTrackingCollisionEvents ...

func (*SceneBullet3Physics) NodeTeleport ¶

func (pointer *SceneBullet3Physics) NodeTeleport(node *Node, world *Mat4)

NodeTeleport ...

func (*SceneBullet3Physics) NodeWake ¶

func (pointer *SceneBullet3Physics) NodeWake(node *Node)

NodeWake ...

func (*SceneBullet3Physics) RaycastAllHits ¶

func (pointer *SceneBullet3Physics) RaycastAllHits(scene *Scene, p0 *Vec3, p1 *Vec3) *RaycastOutList

RaycastAllHits ...

func (*SceneBullet3Physics) RaycastFirstHit ¶

func (pointer *SceneBullet3Physics) RaycastFirstHit(scene *Scene, p0 *Vec3, p1 *Vec3) *RaycastOut

RaycastFirstHit ...

func (*SceneBullet3Physics) RenderCollision ¶

func (pointer *SceneBullet3Physics) RenderCollision(viewid uint16, vtxlayout *VertexLayout, prg *ProgramHandle, renderstate *RenderState, depth uint32)

RenderCollision ...

func (*SceneBullet3Physics) SceneCreatePhysicsFromAssets ¶

func (pointer *SceneBullet3Physics) SceneCreatePhysicsFromAssets(scene *Scene)

SceneCreatePhysicsFromAssets ...

func (*SceneBullet3Physics) SceneCreatePhysicsFromFile ¶

func (pointer *SceneBullet3Physics) SceneCreatePhysicsFromFile(scene *Scene)

SceneCreatePhysicsFromFile ...

func (*SceneBullet3Physics) StepSimulation ¶

func (pointer *SceneBullet3Physics) StepSimulation(displaydt int64)

StepSimulation ...

func (*SceneBullet3Physics) StepSimulationWithStepDt ¶

func (pointer *SceneBullet3Physics) StepSimulationWithStepDt(displaydt int64, stepdt int64)

StepSimulationWithStepDt ...

func (*SceneBullet3Physics) StepSimulationWithStepDtMaxStep ¶

func (pointer *SceneBullet3Physics) StepSimulationWithStepDtMaxStep(displaydt int64, stepdt int64, maxstep int32)

StepSimulationWithStepDtMaxStep ...

func (*SceneBullet3Physics) SyncTransformsFromScene ¶

func (pointer *SceneBullet3Physics) SyncTransformsFromScene(scene *Scene)

SyncTransformsFromScene ...

func (*SceneBullet3Physics) SyncTransformsToScene ¶

func (pointer *SceneBullet3Physics) SyncTransformsToScene(scene *Scene)

SyncTransformsToScene ...

type SceneClocks ¶

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

SceneClocks Holds clocks for the different scene systems. This is required as some system such as the physics system may run at a different rate than the scene.

func NewSceneClocks ¶

func NewSceneClocks() *SceneClocks

NewSceneClocks Holds clocks for the different scene systems. This is required as some system such as the physics system may run at a different rate than the scene.

func (*SceneClocks) Free ¶

func (pointer *SceneClocks) Free()

Free ...

func (*SceneClocks) IsNil ¶

func (pointer *SceneClocks) IsNil() bool

IsNil ...

type SceneForwardPipelinePass ¶

type SceneForwardPipelinePass int32

SceneForwardPipelinePass ...

type SceneForwardPipelinePassViewId ¶

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

SceneForwardPipelinePassViewId ...

func NewSceneForwardPipelinePassViewId ¶

func NewSceneForwardPipelinePassViewId() *SceneForwardPipelinePassViewId

NewSceneForwardPipelinePassViewId ...

func SubmitSceneToForwardPipeline ¶

func SubmitSceneToForwardPipeline(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, renderdata *SceneForwardPipelineRenderData, resources *PipelineResources) *SceneForwardPipelinePassViewId

SubmitSceneToForwardPipeline Submit a scene to a forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData and harfang.PrepareSceneForwardPipelineViewDependentRenderData if you need to render the same scene from different points of view.

func SubmitSceneToForwardPipelineWithFrameBuffer ¶

func SubmitSceneToForwardPipelineWithFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, renderdata *SceneForwardPipelineRenderData, resources *PipelineResources, framebuffer *FrameBufferHandle) *SceneForwardPipelinePassViewId

SubmitSceneToForwardPipelineWithFrameBuffer Submit a scene to a forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData and harfang.PrepareSceneForwardPipelineViewDependentRenderData if you need to render the same scene from different points of view.

func SubmitSceneToForwardPipelineWithFrameBufferDebugName ¶

func SubmitSceneToForwardPipelineWithFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, renderdata *SceneForwardPipelineRenderData, resources *PipelineResources, framebuffer *FrameBufferHandle, debugname string) *SceneForwardPipelinePassViewId

SubmitSceneToForwardPipelineWithFrameBufferDebugName Submit a scene to a forward pipeline. See harfang.PrepareSceneForwardPipelineCommonRenderData and harfang.PrepareSceneForwardPipelineViewDependentRenderData if you need to render the same scene from different points of view.

func SubmitSceneToPipeline ¶

func SubmitSceneToPipeline(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, resources *PipelineResources) *SceneForwardPipelinePassViewId

SubmitSceneToPipeline See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithAaaAaaConfigFrame ¶

func SubmitSceneToPipelineWithAaaAaaConfigFrame(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, resources *PipelineResources, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithAaaAaaConfigFrame See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBuffer ¶

func SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, resources *PipelineResources, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32, framebuffer *FrameBufferHandle) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBuffer See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBufferDebugName ¶

func SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, resources *PipelineResources, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32, framebuffer *FrameBufferHandle, debugname string) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithAaaAaaConfigFrameFrameBufferDebugName See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFb ¶

func SubmitSceneToPipelineWithFb(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, resources *PipelineResources, fb *FrameBufferHandle) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFb See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFbDebugName ¶

func SubmitSceneToPipelineWithFbDebugName(viewid *uint16, scene *Scene, rect *IntRect, viewstate *ViewState, pipeline *ForwardPipeline, resources *PipelineResources, fb *FrameBufferHandle, debugname string) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFbDebugName See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFovAxisIsHorizontal ¶

func SubmitSceneToPipelineWithFovAxisIsHorizontal(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, pipeline *ForwardPipeline, resources *PipelineResources) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFovAxisIsHorizontal See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrame ¶

func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrame(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, pipeline *ForwardPipeline, resources *PipelineResources, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrame See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBuffer ¶

func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBuffer(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, pipeline *ForwardPipeline, resources *PipelineResources, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32, framebuffer *FrameBufferHandle) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBuffer See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBufferDebugName ¶

func SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBufferDebugName(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, pipeline *ForwardPipeline, resources *PipelineResources, aaa *ForwardPipelineAAA, aaaconfig *ForwardPipelineAAAConfig, frame int32, framebuffer *FrameBufferHandle, debugname string) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFovAxisIsHorizontalAaaAaaConfigFrameFrameBufferDebugName See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFovAxisIsHorizontalFb ¶

func SubmitSceneToPipelineWithFovAxisIsHorizontalFb(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, pipeline *ForwardPipeline, resources *PipelineResources, fb *FrameBufferHandle) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFovAxisIsHorizontalFb See harfang.SubmitSceneToForwardPipeline.

func SubmitSceneToPipelineWithFovAxisIsHorizontalFbDebugName ¶

func SubmitSceneToPipelineWithFovAxisIsHorizontalFbDebugName(viewid *uint16, scene *Scene, rect *IntRect, fovaxisishorizontal bool, pipeline *ForwardPipeline, resources *PipelineResources, fb *FrameBufferHandle, debugname string) *SceneForwardPipelinePassViewId

SubmitSceneToPipelineWithFovAxisIsHorizontalFbDebugName See harfang.SubmitSceneToForwardPipeline.

func (*SceneForwardPipelinePassViewId) Free ¶

func (pointer *SceneForwardPipelinePassViewId) Free()

Free ...

func (*SceneForwardPipelinePassViewId) IsNil ¶

func (pointer *SceneForwardPipelinePassViewId) IsNil() bool

IsNil ...

type SceneForwardPipelineRenderData ¶

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

SceneForwardPipelineRenderData Holds all data required to draw a scene with the forward pipeline. See [harfang.man.ForwardPipeline].

func NewSceneForwardPipelineRenderData ¶

func NewSceneForwardPipelineRenderData() *SceneForwardPipelineRenderData

NewSceneForwardPipelineRenderData Holds all data required to draw a scene with the forward pipeline. See [harfang.man.ForwardPipeline].

func (*SceneForwardPipelineRenderData) Free ¶

func (pointer *SceneForwardPipelineRenderData) Free()

Free ...

func (*SceneForwardPipelineRenderData) IsNil ¶

func (pointer *SceneForwardPipelineRenderData) IsNil() bool

IsNil ...

type SceneLuaVM ¶

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

SceneLuaVM Lua VM for scene script components. See [harfang.man.Scripting].

func NewSceneLuaVM ¶

func NewSceneLuaVM() *SceneLuaVM

NewSceneLuaVM Lua VM for scene script components. See [harfang.man.Scripting].

func (*SceneLuaVM) Call ¶

func (pointer *SceneLuaVM) Call(script *Script, function string, args *LuaObjectList) (bool, *LuaObjectList)

Call ...

func (*SceneLuaVM) CallWithSliceOfArgs ¶

func (pointer *SceneLuaVM) CallWithSliceOfArgs(script *Script, function string, SliceOfargs GoSliceOfLuaObject) (bool, *LuaObjectList)

CallWithSliceOfArgs ...

func (*SceneLuaVM) CreateNodeScriptsFromAssets ¶

func (pointer *SceneLuaVM) CreateNodeScriptsFromAssets(scene *Scene, node *Node) *ScriptList

CreateNodeScriptsFromAssets ...

func (*SceneLuaVM) CreateNodeScriptsFromFile ¶

func (pointer *SceneLuaVM) CreateNodeScriptsFromFile(scene *Scene, node *Node) *ScriptList

CreateNodeScriptsFromFile ...

func (*SceneLuaVM) CreateScriptFromAssets ¶

func (pointer *SceneLuaVM) CreateScriptFromAssets(scene *Scene, script *Script) bool

CreateScriptFromAssets ...

func (*SceneLuaVM) CreateScriptFromFile ¶

func (pointer *SceneLuaVM) CreateScriptFromFile(scene *Scene, script *Script) bool

CreateScriptFromFile ...

func (*SceneLuaVM) CreateScriptFromSource ¶

func (pointer *SceneLuaVM) CreateScriptFromSource(scene *Scene, script *Script, src string) bool

CreateScriptFromSource ...

func (*SceneLuaVM) DestroyScripts ¶

func (pointer *SceneLuaVM) DestroyScripts(scripts *ScriptList)

DestroyScripts ...

func (*SceneLuaVM) Free ¶

func (pointer *SceneLuaVM) Free()

Free ...

func (*SceneLuaVM) GarbageCollect ¶

func (pointer *SceneLuaVM) GarbageCollect(scene *Scene) *ScriptList

GarbageCollect ...

func (*SceneLuaVM) GetScriptCount ¶

func (pointer *SceneLuaVM) GetScriptCount() int32

GetScriptCount ...

func (*SceneLuaVM) GetScriptEnv ¶

func (pointer *SceneLuaVM) GetScriptEnv(script *Script) *LuaObject

GetScriptEnv ...

func (*SceneLuaVM) GetScriptInterface ¶

func (pointer *SceneLuaVM) GetScriptInterface(script *Script) *StringList

GetScriptInterface ...

func (*SceneLuaVM) GetScriptValue ¶

func (pointer *SceneLuaVM) GetScriptValue(script *Script, name string) *LuaObject

GetScriptValue ...

func (*SceneLuaVM) IsNil ¶

func (pointer *SceneLuaVM) IsNil() bool

IsNil ...

func (*SceneLuaVM) MakeLuaObject ¶

func (pointer *SceneLuaVM) MakeLuaObject() *LuaObject

MakeLuaObject ...

func (*SceneLuaVM) SceneCreateScriptsFromAssets ¶

func (pointer *SceneLuaVM) SceneCreateScriptsFromAssets(scene *Scene) *ScriptList

SceneCreateScriptsFromAssets ...

func (*SceneLuaVM) SceneCreateScriptsFromFile ¶

func (pointer *SceneLuaVM) SceneCreateScriptsFromFile(scene *Scene) *ScriptList

SceneCreateScriptsFromFile ...

func (*SceneLuaVM) SetScriptValue ¶

func (pointer *SceneLuaVM) SetScriptValue(script *Script, name string, value *LuaObject) bool

SetScriptValue ...

type ScenePlayAnimRef ¶

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

ScenePlayAnimRef Reference to a playing scene animation.

func (*ScenePlayAnimRef) Eq ¶

func (pointer *ScenePlayAnimRef) Eq(ref *ScenePlayAnimRef) bool

Eq ...

func (*ScenePlayAnimRef) Free ¶

func (pointer *ScenePlayAnimRef) Free()

Free ...

func (*ScenePlayAnimRef) IsNil ¶

func (pointer *ScenePlayAnimRef) IsNil() bool

IsNil ...

func (*ScenePlayAnimRef) Ne ¶

func (pointer *ScenePlayAnimRef) Ne(ref *ScenePlayAnimRef) bool

Ne ...

type ScenePlayAnimRefList ¶

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

ScenePlayAnimRefList ...

func NewScenePlayAnimRefList ¶

func NewScenePlayAnimRefList() *ScenePlayAnimRefList

NewScenePlayAnimRefList ...

func NewScenePlayAnimRefListWithSequence ¶

func NewScenePlayAnimRefListWithSequence(sequence GoSliceOfScenePlayAnimRef) *ScenePlayAnimRefList

NewScenePlayAnimRefListWithSequence ...

func (*ScenePlayAnimRefList) At ¶

func (pointer *ScenePlayAnimRefList) At(idx int32) *ScenePlayAnimRef

At ...

func (*ScenePlayAnimRefList) Clear ¶

func (pointer *ScenePlayAnimRefList) Clear()

Clear ...

func (*ScenePlayAnimRefList) Free ¶

func (pointer *ScenePlayAnimRefList) Free()

Free ...

func (*ScenePlayAnimRefList) Get ¶

func (pointer *ScenePlayAnimRefList) Get(id int) *ScenePlayAnimRef

Get ...

func (*ScenePlayAnimRefList) IsNil ¶

func (pointer *ScenePlayAnimRefList) IsNil() bool

IsNil ...

func (*ScenePlayAnimRefList) Len ¶

func (pointer *ScenePlayAnimRefList) Len() int32

Len ...

func (*ScenePlayAnimRefList) PushBack ¶

func (pointer *ScenePlayAnimRefList) PushBack(v *ScenePlayAnimRef)

PushBack ...

func (*ScenePlayAnimRefList) Reserve ¶

func (pointer *ScenePlayAnimRefList) Reserve(size int32)

Reserve ...

func (*ScenePlayAnimRefList) Set ¶

func (pointer *ScenePlayAnimRefList) Set(id int, v *ScenePlayAnimRef)

Set ...

func (*ScenePlayAnimRefList) Size ¶

func (pointer *ScenePlayAnimRefList) Size() int32

Size ...

type SceneView ¶

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

SceneView Holds a view to a subset of a scene. Used by the instance system to track instantiated scene content. See harfang.Node_GetInstanceSceneView and [harfang.man.Scene].

func (*SceneView) Free ¶

func (pointer *SceneView) Free()

Free ...

func (*SceneView) GetNode ¶

func (pointer *SceneView) GetNode(scene *Scene, name string) *Node

GetNode Find a node by name in the view. Pass the host scene as the `scene` parameter. See [harfang.man.Scene].

func (*SceneView) GetNodes ¶

func (pointer *SceneView) GetNodes(scene *Scene) *NodeList

GetNodes Return all nodes in the view. Pass the host scene as the `scene` parameter. See [harfang.man.Scene].

func (*SceneView) IsNil ¶

func (pointer *SceneView) IsNil() bool

IsNil ...

type Script ¶

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

Script ...

func (*Script) Eq ¶

func (pointer *Script) Eq(s *Script) bool

Eq ...

func (*Script) Free ¶

func (pointer *Script) Free()

Free ...

func (*Script) GetPath ¶

func (pointer *Script) GetPath() string

GetPath ...

func (*Script) IsNil ¶

func (pointer *Script) IsNil() bool

IsNil ...

func (*Script) IsValid ¶

func (pointer *Script) IsValid() bool

IsValid ...

func (*Script) SetPath ¶

func (pointer *Script) SetPath(path string)

SetPath ...

type ScriptList ¶

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

ScriptList ...

func NewScriptList ¶

func NewScriptList() *ScriptList

NewScriptList ...

func NewScriptListWithSequence ¶

func NewScriptListWithSequence(sequence GoSliceOfScript) *ScriptList

NewScriptListWithSequence ...

func (*ScriptList) At ¶

func (pointer *ScriptList) At(idx int32) *Script

At ...

func (*ScriptList) Clear ¶

func (pointer *ScriptList) Clear()

Clear ...

func (*ScriptList) Free ¶

func (pointer *ScriptList) Free()

Free ...

func (*ScriptList) Get ¶

func (pointer *ScriptList) Get(id int) *Script

Get ...

func (*ScriptList) IsNil ¶

func (pointer *ScriptList) IsNil() bool

IsNil ...

func (*ScriptList) Len ¶

func (pointer *ScriptList) Len() int32

Len ...

func (*ScriptList) PushBack ¶

func (pointer *ScriptList) PushBack(v *Script)

PushBack ...

func (*ScriptList) Reserve ¶

func (pointer *ScriptList) Reserve(size int32)

Reserve ...

func (*ScriptList) Set ¶

func (pointer *ScriptList) Set(id int, v *Script)

Set ...

func (*ScriptList) Size ¶

func (pointer *ScriptList) Size() int32

Size ...

type SeekMode ¶

type SeekMode int32

SeekMode ...

type SignalReturningVoidTakingConstCharPtr ¶

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

SignalReturningVoidTakingConstCharPtr ...

func (*SignalReturningVoidTakingConstCharPtr) Connect ¶

func (pointer *SignalReturningVoidTakingConstCharPtr) Connect(listener unsafe.Pointer) *TextInputCallbackConnection

Connect ...

func (*SignalReturningVoidTakingConstCharPtr) Disconnect ¶

func (pointer *SignalReturningVoidTakingConstCharPtr) Disconnect(connection *TextInputCallbackConnection)

Disconnect ...

func (*SignalReturningVoidTakingConstCharPtr) DisconnectAll ¶

func (pointer *SignalReturningVoidTakingConstCharPtr) DisconnectAll()

DisconnectAll ...

func (*SignalReturningVoidTakingConstCharPtr) Emit ¶

func (pointer *SignalReturningVoidTakingConstCharPtr) Emit(arg0 string)

Emit ...

func (*SignalReturningVoidTakingConstCharPtr) Free ¶

func (pointer *SignalReturningVoidTakingConstCharPtr) Free()

Free ...

func (*SignalReturningVoidTakingConstCharPtr) GetListenerCount ¶

func (pointer *SignalReturningVoidTakingConstCharPtr) GetListenerCount() int32

GetListenerCount ...

func (*SignalReturningVoidTakingConstCharPtr) IsNil ¶

func (pointer *SignalReturningVoidTakingConstCharPtr) IsNil() bool

IsNil ...

type SignalReturningVoidTakingTimeNs ¶

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

SignalReturningVoidTakingTimeNs ...

func (*SignalReturningVoidTakingTimeNs) Connect ¶

func (pointer *SignalReturningVoidTakingTimeNs) Connect(listener unsafe.Pointer) *TimeCallbackConnection

Connect ...

func (*SignalReturningVoidTakingTimeNs) Disconnect ¶

func (pointer *SignalReturningVoidTakingTimeNs) Disconnect(connection *TimeCallbackConnection)

Disconnect ...

func (*SignalReturningVoidTakingTimeNs) DisconnectAll ¶

func (pointer *SignalReturningVoidTakingTimeNs) DisconnectAll()

DisconnectAll ...

func (*SignalReturningVoidTakingTimeNs) Emit ¶

func (pointer *SignalReturningVoidTakingTimeNs) Emit(arg0 int64)

Emit ...

func (*SignalReturningVoidTakingTimeNs) Free ¶

func (pointer *SignalReturningVoidTakingTimeNs) Free()

Free ...

func (*SignalReturningVoidTakingTimeNs) GetListenerCount ¶

func (pointer *SignalReturningVoidTakingTimeNs) GetListenerCount() int32

GetListenerCount ...

func (*SignalReturningVoidTakingTimeNs) IsNil ¶

func (pointer *SignalReturningVoidTakingTimeNs) IsNil() bool

IsNil ...

type SoundRef ¶

type SoundRef int32

SoundRef ...

type SourceRef ¶

type SourceRef int32

SourceRef ...

type SourceRepeat ¶

type SourceRepeat int32

SourceRepeat ...

type SourceState ¶

type SourceState int32

SourceState ...

func GetSourceState ¶

func GetSourceState(source SourceRef) SourceState

GetSourceState Return the state of an audio source.

type SpatializedSourceState ¶

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

SpatializedSourceState State for a spatialized audio source, see [harfang.man.Audio].

func NewSpatializedSourceState ¶

func NewSpatializedSourceState() *SpatializedSourceState

NewSpatializedSourceState State for a spatialized audio source, see [harfang.man.Audio].

func NewSpatializedSourceStateWithMtx ¶

func NewSpatializedSourceStateWithMtx(mtx *Mat4) *SpatializedSourceState

NewSpatializedSourceStateWithMtx State for a spatialized audio source, see [harfang.man.Audio].

func NewSpatializedSourceStateWithMtxVolume ¶

func NewSpatializedSourceStateWithMtxVolume(mtx *Mat4, volume float32) *SpatializedSourceState

NewSpatializedSourceStateWithMtxVolume State for a spatialized audio source, see [harfang.man.Audio].

func NewSpatializedSourceStateWithMtxVolumeRepeat ¶

func NewSpatializedSourceStateWithMtxVolumeRepeat(mtx *Mat4, volume float32, repeat SourceRepeat) *SpatializedSourceState

NewSpatializedSourceStateWithMtxVolumeRepeat State for a spatialized audio source, see [harfang.man.Audio].

func NewSpatializedSourceStateWithMtxVolumeRepeatVel ¶

func NewSpatializedSourceStateWithMtxVolumeRepeatVel(mtx *Mat4, volume float32, repeat SourceRepeat, vel *Vec3) *SpatializedSourceState

NewSpatializedSourceStateWithMtxVolumeRepeatVel State for a spatialized audio source, see [harfang.man.Audio].

func (*SpatializedSourceState) Free ¶

func (pointer *SpatializedSourceState) Free()

Free ...

func (*SpatializedSourceState) GetMtx ¶

func (pointer *SpatializedSourceState) GetMtx() *Mat4

GetMtx ...

func (*SpatializedSourceState) GetRepeat ¶

func (pointer *SpatializedSourceState) GetRepeat() SourceRepeat

GetRepeat ...

func (*SpatializedSourceState) GetVel ¶

func (pointer *SpatializedSourceState) GetVel() *Vec3

GetVel ...

func (*SpatializedSourceState) GetVolume ¶

func (pointer *SpatializedSourceState) GetVolume() float32

GetVolume ...

func (*SpatializedSourceState) IsNil ¶

func (pointer *SpatializedSourceState) IsNil() bool

IsNil ...

func (*SpatializedSourceState) SetMtx ¶

func (pointer *SpatializedSourceState) SetMtx(v *Mat4)

SetMtx ...

func (*SpatializedSourceState) SetRepeat ¶

func (pointer *SpatializedSourceState) SetRepeat(v SourceRepeat)

SetRepeat ...

func (*SpatializedSourceState) SetVel ¶

func (pointer *SpatializedSourceState) SetVel(v *Vec3)

SetVel ...

func (*SpatializedSourceState) SetVolume ¶

func (pointer *SpatializedSourceState) SetVolume(v float32)

SetVolume ...

type StereoSourceState ¶

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

StereoSourceState State for a stereo audio source, see [harfang.man.Audio].

func NewStereoSourceState ¶

func NewStereoSourceState() *StereoSourceState

NewStereoSourceState State for a stereo audio source, see [harfang.man.Audio].

func NewStereoSourceStateWithVolume ¶

func NewStereoSourceStateWithVolume(volume float32) *StereoSourceState

NewStereoSourceStateWithVolume State for a stereo audio source, see [harfang.man.Audio].

func NewStereoSourceStateWithVolumeRepeat ¶

func NewStereoSourceStateWithVolumeRepeat(volume float32, repeat SourceRepeat) *StereoSourceState

NewStereoSourceStateWithVolumeRepeat State for a stereo audio source, see [harfang.man.Audio].

func NewStereoSourceStateWithVolumeRepeatPanning ¶

func NewStereoSourceStateWithVolumeRepeatPanning(volume float32, repeat SourceRepeat, panning float32) *StereoSourceState

NewStereoSourceStateWithVolumeRepeatPanning State for a stereo audio source, see [harfang.man.Audio].

func (*StereoSourceState) Free ¶

func (pointer *StereoSourceState) Free()

Free ...

func (*StereoSourceState) GetPanning ¶

func (pointer *StereoSourceState) GetPanning() float32

GetPanning ...

func (*StereoSourceState) GetRepeat ¶

func (pointer *StereoSourceState) GetRepeat() SourceRepeat

GetRepeat ...

func (*StereoSourceState) GetVolume ¶

func (pointer *StereoSourceState) GetVolume() float32

GetVolume ...

func (*StereoSourceState) IsNil ¶

func (pointer *StereoSourceState) IsNil() bool

IsNil ...

func (*StereoSourceState) SetPanning ¶

func (pointer *StereoSourceState) SetPanning(v float32)

SetPanning ...

func (*StereoSourceState) SetRepeat ¶

func (pointer *StereoSourceState) SetRepeat(v SourceRepeat)

SetRepeat ...

func (*StereoSourceState) SetVolume ¶

func (pointer *StereoSourceState) SetVolume(v float32)

SetVolume ...

type StringList ¶

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

StringList ...

func GetGamepadNames ¶

func GetGamepadNames() *StringList

GetGamepadNames Return a list of names for all supported gamepad devices on the system. See harfang.ReadGamepad.

func GetJoystickDeviceNames ¶

func GetJoystickDeviceNames() *StringList

GetJoystickDeviceNames ...

func GetJoystickNames ¶

func GetJoystickNames() *StringList

GetJoystickNames ...

func GetKeyboardNames ¶

func GetKeyboardNames() *StringList

GetKeyboardNames Return a list of names for all supported keyboard devices on the system. See harfang.ReadKeyboard.

func GetMaterialTextures ¶

func GetMaterialTextures(mat *Material) *StringList

GetMaterialTextures Return the list of names of a material texture uniforms.

func GetMaterialValues ¶

func GetMaterialValues(mat *Material) *StringList

GetMaterialValues Return the list of names of a material value uniforms.

func GetMouseNames ¶

func GetMouseNames() *StringList

GetMouseNames Return a list of names for all supported mouse devices on the system. See harfang.ReadKeyboard.

func GetVRControllerNames ¶

func GetVRControllerNames() *StringList

GetVRControllerNames Return a list of names for all supported VR controller devices on the system. See harfang.ReadVRController.

func GetVRGenericTrackerNames ¶

func GetVRGenericTrackerNames() *StringList

GetVRGenericTrackerNames Return a list of names for all supported VR tracker devices on the system.

func NewStringList ¶

func NewStringList() *StringList

NewStringList ...

func NewStringListWithSequence ¶

func NewStringListWithSequence(sequence GoSliceOfstring) *StringList

NewStringListWithSequence ...

func (*StringList) At ¶

func (pointer *StringList) At(idx int32) string

At ...

func (*StringList) Clear ¶

func (pointer *StringList) Clear()

Clear ...

func (*StringList) Free ¶

func (pointer *StringList) Free()

Free ...

func (*StringList) Get ¶

func (pointer *StringList) Get(id int) string

Get ...

func (*StringList) IsNil ¶

func (pointer *StringList) IsNil() bool

IsNil ...

func (*StringList) Len ¶

func (pointer *StringList) Len() int32

Len ...

func (*StringList) PushBack ¶

func (pointer *StringList) PushBack(v string)

PushBack ...

func (*StringList) Reserve ¶

func (pointer *StringList) Reserve(size int32)

Reserve ...

func (*StringList) Set ¶

func (pointer *StringList) Set(id int, v string)

Set ...

func (*StringList) Size ¶

func (pointer *StringList) Size() int32

Size ...

type TextInputCallbackConnection ¶

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

TextInputCallbackConnection ...

func (*TextInputCallbackConnection) Free ¶

func (pointer *TextInputCallbackConnection) Free()

Free ...

func (*TextInputCallbackConnection) IsNil ¶

func (pointer *TextInputCallbackConnection) IsNil() bool

IsNil ...

type Texture ¶

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

Texture ...

func CreateTexture ¶

func CreateTexture(width int32, height int32, name string, flags TextureFlags) *Texture

CreateTexture Create an empty texture. See harfang.CreateTextureFromPicture and harfang.UpdateTextureFromPicture.

func CreateTextureFromPicture ¶

func CreateTextureFromPicture(pic *Picture, name string, flags TextureFlags) *Texture

CreateTextureFromPicture Create a texture from a picture. See harfang.Picture, harfang.CreateTexture and harfang.UpdateTextureFromPicture.

func CreateTextureFromPictureWithFormat ¶

func CreateTextureFromPictureWithFormat(pic *Picture, name string, flags TextureFlags, format TextureFormat) *Texture

CreateTextureFromPictureWithFormat Create a texture from a picture. See harfang.Picture, harfang.CreateTexture and harfang.UpdateTextureFromPicture.

func CreateTextureWithFormat ¶

func CreateTextureWithFormat(width int32, height int32, name string, flags TextureFlags, format TextureFormat) *Texture

CreateTextureWithFormat Create an empty texture. See harfang.CreateTextureFromPicture and harfang.UpdateTextureFromPicture.

func GetColorTexture ¶

func GetColorTexture(frameBuffer *FrameBuffer) *Texture

GetColorTexture Retrieves color texture attachment.

func GetDepthTexture ¶

func GetDepthTexture(frameBuffer *FrameBuffer) *Texture

GetDepthTexture Retrieves depth texture attachment.

func NewTexture ¶

func NewTexture() *Texture

NewTexture ...

func OpenVRGetColorTexture ¶

func OpenVRGetColorTexture(eye *OpenVREyeFrameBuffer) *Texture

OpenVRGetColorTexture Return the color texture attached to an eye framebuffer.

func OpenVRGetDepthTexture ¶

func OpenVRGetDepthTexture(eye *OpenVREyeFrameBuffer) *Texture

OpenVRGetDepthTexture Return the depth texture attached to an eye framebuffer.

func (*Texture) Free ¶

func (pointer *Texture) Free()

Free ...

func (*Texture) IsNil ¶

func (pointer *Texture) IsNil() bool

IsNil ...

type TextureFlags ¶

type TextureFlags uint64

TextureFlags ...

type TextureFormat ¶

type TextureFormat int32

TextureFormat ...

type TextureInfo ¶

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

TextureInfo ...

func NewTextureInfo ¶

func NewTextureInfo() *TextureInfo

NewTextureInfo ...

func (*TextureInfo) Free ¶

func (pointer *TextureInfo) Free()

Free ...

func (*TextureInfo) GetBitsPerPixel ¶

func (pointer *TextureInfo) GetBitsPerPixel() uint8

GetBitsPerPixel ...

func (*TextureInfo) GetCubeMap ¶

func (pointer *TextureInfo) GetCubeMap() bool

GetCubeMap ...

func (*TextureInfo) GetDepth ¶

func (pointer *TextureInfo) GetDepth() uint16

GetDepth ...

func (*TextureInfo) GetFormat ¶

func (pointer *TextureInfo) GetFormat() TextureFormat

GetFormat ...

func (*TextureInfo) GetHeight ¶

func (pointer *TextureInfo) GetHeight() uint16

GetHeight ...

func (*TextureInfo) GetNumLayers ¶

func (pointer *TextureInfo) GetNumLayers() uint16

GetNumLayers ...

func (*TextureInfo) GetNumMips ¶

func (pointer *TextureInfo) GetNumMips() uint8

GetNumMips ...

func (*TextureInfo) GetStorageSize ¶

func (pointer *TextureInfo) GetStorageSize() uint32

GetStorageSize ...

func (*TextureInfo) GetWidth ¶

func (pointer *TextureInfo) GetWidth() uint16

GetWidth ...

func (*TextureInfo) IsNil ¶

func (pointer *TextureInfo) IsNil() bool

IsNil ...

func (*TextureInfo) SetBitsPerPixel ¶

func (pointer *TextureInfo) SetBitsPerPixel(v uint8)

SetBitsPerPixel ...

func (*TextureInfo) SetCubeMap ¶

func (pointer *TextureInfo) SetCubeMap(v bool)

SetCubeMap ...

func (*TextureInfo) SetDepth ¶

func (pointer *TextureInfo) SetDepth(v uint16)

SetDepth ...

func (*TextureInfo) SetFormat ¶

func (pointer *TextureInfo) SetFormat(v TextureFormat)

SetFormat ...

func (*TextureInfo) SetHeight ¶

func (pointer *TextureInfo) SetHeight(v uint16)

SetHeight ...

func (*TextureInfo) SetNumLayers ¶

func (pointer *TextureInfo) SetNumLayers(v uint16)

SetNumLayers ...

func (*TextureInfo) SetNumMips ¶

func (pointer *TextureInfo) SetNumMips(v uint8)

SetNumMips ...

func (*TextureInfo) SetStorageSize ¶

func (pointer *TextureInfo) SetStorageSize(v uint32)

SetStorageSize ...

func (*TextureInfo) SetWidth ¶

func (pointer *TextureInfo) SetWidth(v uint16)

SetWidth ...

type TextureRef ¶

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

TextureRef ...

func GetMaterialTexture ¶

func GetMaterialTexture(mat *Material, name string) *TextureRef

GetMaterialTexture Return the texture reference assigned to a material named uniform.

func LoadTextureFromAssetsWithFlagsResources ¶

func LoadTextureFromAssetsWithFlagsResources(path string, flags uint32, resources *PipelineResources) *TextureRef

LoadTextureFromAssetsWithFlagsResources Load a texture from the assets system. - When not using pipeline resources the texture informations are returned directly. - When using pipeline resources the texture informations can be retrieved from the harfang.PipelineResources object. See [harfang.man.Assets].

func LoadTextureFromFileWithFlagsResources ¶

func LoadTextureFromFileWithFlagsResources(path string, flags uint32, resources *PipelineResources) *TextureRef

LoadTextureFromFileWithFlagsResources Load a texture from the local filesystem. - When not using pipeline resources the texture informations are returned directly. - When using pipeline resources the texture informations can be retrieved from the harfang.PipelineResources object.

func (*TextureRef) Eq ¶

func (pointer *TextureRef) Eq(t *TextureRef) bool

Eq ...

func (*TextureRef) Free ¶

func (pointer *TextureRef) Free()

Free ...

func (*TextureRef) IsNil ¶

func (pointer *TextureRef) IsNil() bool

IsNil ...

func (*TextureRef) Ne ¶

func (pointer *TextureRef) Ne(t *TextureRef) bool

Ne ...

type TimeCallbackConnection ¶

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

TimeCallbackConnection A harfang.TimeCallback connection to a harfang.Signal_returning_void_taking_time_ns.

func (*TimeCallbackConnection) Free ¶

func (pointer *TimeCallbackConnection) Free()

Free ...

func (*TimeCallbackConnection) IsNil ¶

func (pointer *TimeCallbackConnection) IsNil() bool

IsNil ...

type Transform ¶

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

Transform Transformation component for a harfang.Node, see [harfang.man.Scene].

func (*Transform) ClearParent ¶

func (pointer *Transform) ClearParent()

ClearParent ...

func (*Transform) Eq ¶

func (pointer *Transform) Eq(t *Transform) bool

Eq ...

func (*Transform) Free ¶

func (pointer *Transform) Free()

Free ...

func (*Transform) GetParent ¶

func (pointer *Transform) GetParent() *Node

GetParent Return the parent node for this harfang.Transform.

func (*Transform) GetPos ¶

func (pointer *Transform) GetPos() *Vec3

GetPos Return the transform position. > If you want the visual position of a Node with a rigid body, use harfang.GetT on harfang.Transform_GetWorld. See [harfang.man.Physics].

func (*Transform) GetPosRot ¶

func (pointer *Transform) GetPosRot() (*Vec3, *Vec3)

GetPosRot ...

func (*Transform) GetRot ¶

func (pointer *Transform) GetRot() *Vec3

GetRot Get the transform rotation. If you want the visual rotation of a Node with a rigid body, use harfang.GetRotation on the matrix returned by harfang.Transform_GetWorld. See [harfang.man.Physics].

func (*Transform) GetScale ¶

func (pointer *Transform) GetScale() *Vec3

GetScale Get the transform scale.

func (*Transform) GetTRS ¶

func (pointer *Transform) GetTRS() *TransformTRS

GetTRS Return the harfang.TransformTRS.

func (*Transform) GetWorld ¶

func (pointer *Transform) GetWorld() *Mat4

GetWorld Return the world matrix.

func (*Transform) IsNil ¶

func (pointer *Transform) IsNil() bool

IsNil ...

func (*Transform) IsValid ¶

func (pointer *Transform) IsValid() bool

IsValid ...

func (*Transform) SetLocal ¶

func (pointer *Transform) SetLocal(local *Mat4)

SetLocal ...

func (*Transform) SetParent ¶

func (pointer *Transform) SetParent(n *Node)

SetParent Set the parent node for this transform. This transform will then inherit the transformation of its parent node's harfang.Transform component.

func (*Transform) SetPos ¶

func (pointer *Transform) SetPos(T *Vec3)

SetPos Set the transform position. > When the Node has a RigidBody component, harfang.Transform_SetPos is overrided by physics. See [harfang.man.Physics].

func (*Transform) SetPosRot ¶

func (pointer *Transform) SetPosRot(pos *Vec3, rot *Vec3)

SetPosRot ...

func (*Transform) SetRot ¶

func (pointer *Transform) SetRot(R *Vec3)

SetRot Set the transform rotation from a vector of _Euler_ angles. > When the Node has a RigidBody component, harfang.Transform_SetRot is overrided by physics. See [harfang.man.Physics].

func (*Transform) SetScale ¶

func (pointer *Transform) SetScale(S *Vec3)

SetScale Set the transform scale.

func (*Transform) SetTRS ¶

func (pointer *Transform) SetTRS(TRS *TransformTRS)

SetTRS Set the harfang.TransformTRS.

func (*Transform) SetWorld ¶

func (pointer *Transform) SetWorld(world *Mat4)

SetWorld Set the world matrix. > When the Node has a RigidBody component, SetWorld is overrided by physics.

type TransformTRS ¶

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

TransformTRS Translation, rotation and scale packed as a single object.

func NewTransformTRS ¶

func NewTransformTRS() *TransformTRS

NewTransformTRS Translation, rotation and scale packed as a single object.

func (*TransformTRS) Free ¶

func (pointer *TransformTRS) Free()

Free ...

func (*TransformTRS) GetPos ¶

func (pointer *TransformTRS) GetPos() *Vec3

GetPos ...

func (*TransformTRS) GetRot ¶

func (pointer *TransformTRS) GetRot() *Vec3

GetRot ...

func (*TransformTRS) GetScl ¶

func (pointer *TransformTRS) GetScl() *Vec3

GetScl ...

func (*TransformTRS) IsNil ¶

func (pointer *TransformTRS) IsNil() bool

IsNil ...

func (*TransformTRS) SetPos ¶

func (pointer *TransformTRS) SetPos(v *Vec3)

SetPos ...

func (*TransformTRS) SetRot ¶

func (pointer *TransformTRS) SetRot(v *Vec3)

SetRot ...

func (*TransformTRS) SetScl ¶

func (pointer *TransformTRS) SetScl(v *Vec3)

SetScl ...

type Uint16TList ¶

type Uint16TList struct {
	// contains filtered or unexported fields
}

Uint16TList ...

func NewUint16TList ¶

func NewUint16TList() *Uint16TList

NewUint16TList ...

func NewUint16TListWithSequence ¶

func NewUint16TListWithSequence(sequence GoSliceOfuint16T) *Uint16TList

NewUint16TListWithSequence ...

func (*Uint16TList) At ¶

func (pointer *Uint16TList) At(idx int32) uint16

At ...

func (*Uint16TList) Clear ¶

func (pointer *Uint16TList) Clear()

Clear ...

func (*Uint16TList) Free ¶

func (pointer *Uint16TList) Free()

Free ...

func (*Uint16TList) Get ¶

func (pointer *Uint16TList) Get(id int) uint16

Get ...

func (*Uint16TList) IsNil ¶

func (pointer *Uint16TList) IsNil() bool

IsNil ...

func (*Uint16TList) Len ¶

func (pointer *Uint16TList) Len() int32

Len ...

func (*Uint16TList) PushBack ¶

func (pointer *Uint16TList) PushBack(v uint16)

PushBack ...

func (*Uint16TList) Reserve ¶

func (pointer *Uint16TList) Reserve(size int32)

Reserve ...

func (*Uint16TList) Set ¶

func (pointer *Uint16TList) Set(id int, v uint16)

Set ...

func (*Uint16TList) Size ¶

func (pointer *Uint16TList) Size() int32

Size ...

type Uint32TList ¶

type Uint32TList struct {
	// contains filtered or unexported fields
}

Uint32TList ...

func NewUint32TList ¶

func NewUint32TList() *Uint32TList

NewUint32TList ...

func NewUint32TListWithSequence ¶

func NewUint32TListWithSequence(sequence GoSliceOfuint32T) *Uint32TList

NewUint32TListWithSequence ...

func (*Uint32TList) At ¶

func (pointer *Uint32TList) At(idx int32) uint32

At ...

func (*Uint32TList) Clear ¶

func (pointer *Uint32TList) Clear()

Clear ...

func (*Uint32TList) Free ¶

func (pointer *Uint32TList) Free()

Free ...

func (*Uint32TList) Get ¶

func (pointer *Uint32TList) Get(id int) uint32

Get ...

func (*Uint32TList) IsNil ¶

func (pointer *Uint32TList) IsNil() bool

IsNil ...

func (*Uint32TList) Len ¶

func (pointer *Uint32TList) Len() int32

Len ...

func (*Uint32TList) PushBack ¶

func (pointer *Uint32TList) PushBack(v uint32)

PushBack ...

func (*Uint32TList) Reserve ¶

func (pointer *Uint32TList) Reserve(size int32)

Reserve ...

func (*Uint32TList) Set ¶

func (pointer *Uint32TList) Set(id int, v uint32)

Set ...

func (*Uint32TList) Size ¶

func (pointer *Uint32TList) Size() int32

Size ...

type UniformSetTexture ¶

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

UniformSetTexture Command object to set a uniform texture at draw time.

func MakeUniformSetTexture ¶

func MakeUniformSetTexture(name string, texture *Texture, stage uint8) *UniformSetTexture

MakeUniformSetTexture Create a uniform set texture object. This object can be added to a harfang.UniformSetTextureList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func (*UniformSetTexture) Free ¶

func (pointer *UniformSetTexture) Free()

Free ...

func (*UniformSetTexture) IsNil ¶

func (pointer *UniformSetTexture) IsNil() bool

IsNil ...

type UniformSetTextureList ¶

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

UniformSetTextureList ...

func NewUniformSetTextureList ¶

func NewUniformSetTextureList() *UniformSetTextureList

NewUniformSetTextureList ...

func NewUniformSetTextureListWithSequence ¶

func NewUniformSetTextureListWithSequence(sequence GoSliceOfUniformSetTexture) *UniformSetTextureList

NewUniformSetTextureListWithSequence ...

func (*UniformSetTextureList) At ¶

func (pointer *UniformSetTextureList) At(idx int32) *UniformSetTexture

At ...

func (*UniformSetTextureList) Clear ¶

func (pointer *UniformSetTextureList) Clear()

Clear ...

func (*UniformSetTextureList) Free ¶

func (pointer *UniformSetTextureList) Free()

Free ...

func (*UniformSetTextureList) Get ¶

func (pointer *UniformSetTextureList) Get(id int) *UniformSetTexture

Get ...

func (*UniformSetTextureList) IsNil ¶

func (pointer *UniformSetTextureList) IsNil() bool

IsNil ...

func (*UniformSetTextureList) Len ¶

func (pointer *UniformSetTextureList) Len() int32

Len ...

func (*UniformSetTextureList) PushBack ¶

func (pointer *UniformSetTextureList) PushBack(v *UniformSetTexture)

PushBack ...

func (*UniformSetTextureList) Reserve ¶

func (pointer *UniformSetTextureList) Reserve(size int32)

Reserve ...

func (*UniformSetTextureList) Set ¶

func (pointer *UniformSetTextureList) Set(id int, v *UniformSetTexture)

Set ...

func (*UniformSetTextureList) Size ¶

func (pointer *UniformSetTextureList) Size() int32

Size ...

type UniformSetValue ¶

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

UniformSetValue Command object to set a uniform value at draw time.

func MakeUniformSetValue ¶

func MakeUniformSetValue(name string, v float32) *UniformSetValue

MakeUniformSetValue Create a uniform set value object. This object can be added to a harfang.UniformSetValueList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func MakeUniformSetValueWithMat3V ¶

func MakeUniformSetValueWithMat3V(name string, v *Mat3) *UniformSetValue

MakeUniformSetValueWithMat3V Create a uniform set value object. This object can be added to a harfang.UniformSetValueList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func MakeUniformSetValueWithMat44V ¶

func MakeUniformSetValueWithMat44V(name string, v *Mat44) *UniformSetValue

MakeUniformSetValueWithMat44V Create a uniform set value object. This object can be added to a harfang.UniformSetValueList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func MakeUniformSetValueWithMat4V ¶

func MakeUniformSetValueWithMat4V(name string, v *Mat4) *UniformSetValue

MakeUniformSetValueWithMat4V Create a uniform set value object. This object can be added to a harfang.UniformSetValueList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func MakeUniformSetValueWithV ¶

func MakeUniformSetValueWithV(name string, v *Vec2) *UniformSetValue

MakeUniformSetValueWithV Create a uniform set value object. This object can be added to a harfang.UniformSetValueList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func MakeUniformSetValueWithVec3V ¶

func MakeUniformSetValueWithVec3V(name string, v *Vec3) *UniformSetValue

MakeUniformSetValueWithVec3V Create a uniform set value object. This object can be added to a harfang.UniformSetValueList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func MakeUniformSetValueWithVec4V ¶

func MakeUniformSetValueWithVec4V(name string, v *Vec4) *UniformSetValue

MakeUniformSetValueWithVec4V Create a uniform set value object. This object can be added to a harfang.UniformSetValueList to control the shader program uniform values for a subsequent call to harfang.DrawModel.

func (*UniformSetValue) Free ¶

func (pointer *UniformSetValue) Free()

Free ...

func (*UniformSetValue) IsNil ¶

func (pointer *UniformSetValue) IsNil() bool

IsNil ...

type UniformSetValueList ¶

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

UniformSetValueList ...

func NewUniformSetValueList ¶

func NewUniformSetValueList() *UniformSetValueList

NewUniformSetValueList ...

func NewUniformSetValueListWithSequence ¶

func NewUniformSetValueListWithSequence(sequence GoSliceOfUniformSetValue) *UniformSetValueList

NewUniformSetValueListWithSequence ...

func (*UniformSetValueList) At ¶

func (pointer *UniformSetValueList) At(idx int32) *UniformSetValue

At ...

func (*UniformSetValueList) Clear ¶

func (pointer *UniformSetValueList) Clear()

Clear ...

func (*UniformSetValueList) Free ¶

func (pointer *UniformSetValueList) Free()

Free ...

func (*UniformSetValueList) Get ¶

func (pointer *UniformSetValueList) Get(id int) *UniformSetValue

Get ...

func (*UniformSetValueList) IsNil ¶

func (pointer *UniformSetValueList) IsNil() bool

IsNil ...

func (*UniformSetValueList) Len ¶

func (pointer *UniformSetValueList) Len() int32

Len ...

func (*UniformSetValueList) PushBack ¶

func (pointer *UniformSetValueList) PushBack(v *UniformSetValue)

PushBack ...

func (*UniformSetValueList) Reserve ¶

func (pointer *UniformSetValueList) Reserve(size int32)

Reserve ...

func (*UniformSetValueList) Set ¶

func (pointer *UniformSetValueList) Set(id int, v *UniformSetValue)

Set ...

func (*UniformSetValueList) Size ¶

func (pointer *UniformSetValueList) Size() int32

Size ...

type VRController ¶

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

VRController Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetVRControllerNames to query for available VR controller devices.

func NewVRController ¶

func NewVRController() *VRController

NewVRController Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetVRControllerNames to query for available VR controller devices.

func NewVRControllerWithName ¶

func NewVRControllerWithName(name string) *VRController

NewVRControllerWithName Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetVRControllerNames to query for available VR controller devices.

func (*VRController) Connected ¶

func (pointer *VRController) Connected() bool

Connected Gamepad was connected since the last update.

func (*VRController) Disconnected ¶

func (pointer *VRController) Disconnected() bool

Disconnected Gamepad was disconnected since the last update.

func (*VRController) Down ¶

func (pointer *VRController) Down(btn VRControllerButton) bool

Down ...

func (*VRController) DtSurface ¶

func (pointer *VRController) DtSurface(idx int32) *Vec2

DtSurface ...

func (*VRController) Free ¶

func (pointer *VRController) Free()

Free ...

func (*VRController) IsConnected ¶

func (pointer *VRController) IsConnected() bool

IsConnected Gamepad is currently connected.

func (*VRController) IsNil ¶

func (pointer *VRController) IsNil() bool

IsNil ...

func (*VRController) Pressed ¶

func (pointer *VRController) Pressed(btn VRControllerButton) bool

Pressed ...

func (*VRController) Released ¶

func (pointer *VRController) Released(btn VRControllerButton) bool

Released ...

func (*VRController) SendHapticPulse ¶

func (pointer *VRController) SendHapticPulse(duration int64)

SendHapticPulse ...

func (*VRController) Surface ¶

func (pointer *VRController) Surface(idx int32) *Vec2

Surface ...

func (*VRController) Touch ¶

func (pointer *VRController) Touch(btn VRControllerButton) bool

Touch ...

func (*VRController) TouchEnd ¶

func (pointer *VRController) TouchEnd(btn VRControllerButton) bool

TouchEnd ...

func (*VRController) TouchStart ¶

func (pointer *VRController) TouchStart(btn VRControllerButton) bool

TouchStart ...

func (*VRController) Update ¶

func (pointer *VRController) Update()

Update ...

func (*VRController) World ¶

func (pointer *VRController) World() *Mat4

World ...

type VRControllerButton ¶

type VRControllerButton int32

VRControllerButton ...

type VRControllerState ¶

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

VRControllerState ...

func ReadVRController ¶

func ReadVRController() *VRControllerState

ReadVRController Read the current state of a named VR controller. If no name is passed, `default` is implied. See harfang.GetVRControllerNames.

func ReadVRControllerWithName ¶

func ReadVRControllerWithName(name string) *VRControllerState

ReadVRControllerWithName Read the current state of a named VR controller. If no name is passed, `default` is implied. See harfang.GetVRControllerNames.

func (*VRControllerState) Free ¶

func (pointer *VRControllerState) Free()

Free ...

func (*VRControllerState) IsConnected ¶

func (pointer *VRControllerState) IsConnected() bool

IsConnected ...

func (*VRControllerState) IsNil ¶

func (pointer *VRControllerState) IsNil() bool

IsNil ...

func (*VRControllerState) Pressed ¶

func (pointer *VRControllerState) Pressed(btn VRControllerButton) bool

Pressed ...

func (*VRControllerState) Surface ¶

func (pointer *VRControllerState) Surface(idx int32) *Vec2

Surface ...

func (*VRControllerState) Touched ¶

func (pointer *VRControllerState) Touched(btn VRControllerButton) bool

Touched ...

func (*VRControllerState) World ¶

func (pointer *VRControllerState) World() *Mat4

World ...

type VRGenericTracker ¶

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

VRGenericTracker Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetVRGenericTrackerNames to query for available VR generic tracker devices.

func NewVRGenericTracker ¶

func NewVRGenericTracker() *VRGenericTracker

NewVRGenericTracker Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetVRGenericTrackerNames to query for available VR generic tracker devices.

func NewVRGenericTrackerWithName ¶

func NewVRGenericTrackerWithName(name string) *VRGenericTracker

NewVRGenericTrackerWithName Helper class holding the current and previous device state to enable delta state queries. Use harfang.GetVRGenericTrackerNames to query for available VR generic tracker devices.

func (*VRGenericTracker) Free ¶

func (pointer *VRGenericTracker) Free()

Free ...

func (*VRGenericTracker) IsConnected ¶

func (pointer *VRGenericTracker) IsConnected() bool

IsConnected ...

func (*VRGenericTracker) IsNil ¶

func (pointer *VRGenericTracker) IsNil() bool

IsNil ...

func (*VRGenericTracker) Update ¶

func (pointer *VRGenericTracker) Update()

Update ...

func (*VRGenericTracker) World ¶

func (pointer *VRGenericTracker) World() *Mat4

World ...

type VRGenericTrackerState ¶

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

VRGenericTrackerState ...

func ReadVRGenericTracker ¶

func ReadVRGenericTracker() *VRGenericTrackerState

ReadVRGenericTracker Read the current state of a named VR generic tracked. If no name is passed, `default` is implied. See harfang.GetVRGenericTrackerNames.

func ReadVRGenericTrackerWithName ¶

func ReadVRGenericTrackerWithName(name string) *VRGenericTrackerState

ReadVRGenericTrackerWithName Read the current state of a named VR generic tracked. If no name is passed, `default` is implied. See harfang.GetVRGenericTrackerNames.

func (*VRGenericTrackerState) Free ¶

func (pointer *VRGenericTrackerState) Free()

Free ...

func (*VRGenericTrackerState) IsConnected ¶

func (pointer *VRGenericTrackerState) IsConnected() bool

IsConnected ...

func (*VRGenericTrackerState) IsNil ¶

func (pointer *VRGenericTrackerState) IsNil() bool

IsNil ...

func (*VRGenericTrackerState) World ¶

func (pointer *VRGenericTrackerState) World() *Mat4

World ...

type Vec2 ¶

type Vec2 struct {
	// contains filtered or unexported fields
}

Vec2 2-dimensional floating point vector.

func ComputeAspectRatioX ¶

func ComputeAspectRatioX(width float32, height float32) *Vec2

ComputeAspectRatioX Compute the aspect ratio factor for the provided viewport dimensions. Use this method to compute aspect ratio for landscape display. See harfang.ComputeAspectRatioY.

func ComputeAspectRatioY ¶

func ComputeAspectRatioY(width float32, height float32) *Vec2

ComputeAspectRatioY Compute the aspect ratio factor for the provided viewport dimensions. Use this method to compute aspect ratio for portrait display. See harfang.ComputeAspectRatioX.

func GetSizeWithRect ¶

func GetSizeWithRect(rect *Rect) *Vec2

GetSizeWithRect Return the size in bytes of a local file.

func GetWindowContentScale ¶

func GetWindowContentScale(window *Window) *Vec2

GetWindowContentScale ...

func ImGuiCalcTextSize ¶

func ImGuiCalcTextSize(text string) *Vec2

ImGuiCalcTextSize Compute the bounding rectangle for the provided text.

func ImGuiCalcTextSizeWithHideTextAfterDoubleDash ¶

func ImGuiCalcTextSizeWithHideTextAfterDoubleDash(text string, hidetextafterdoubledash bool) *Vec2

ImGuiCalcTextSizeWithHideTextAfterDoubleDash Compute the bounding rectangle for the provided text.

func ImGuiCalcTextSizeWithHideTextAfterDoubleDashWrapWidth ¶

func ImGuiCalcTextSizeWithHideTextAfterDoubleDashWrapWidth(text string, hidetextafterdoubledash bool, wrapwidth float32) *Vec2

ImGuiCalcTextSizeWithHideTextAfterDoubleDashWrapWidth Compute the bounding rectangle for the provided text.

func ImGuiGetContentRegionAvail ¶

func ImGuiGetContentRegionAvail() *Vec2

ImGuiGetContentRegionAvail Get available space for content in the current layout.

func ImGuiGetContentRegionMax ¶

func ImGuiGetContentRegionMax() *Vec2

ImGuiGetContentRegionMax Return the available content space including window decorations and scrollbar.

func ImGuiGetCursorPos ¶

func ImGuiGetCursorPos() *Vec2

ImGuiGetCursorPos Return the layout cursor position in window space. Next widget declaration will take place at the cursor position. See harfang.ImGuiSetCursorPos and harfang.ImGuiSameLine.

func ImGuiGetCursorScreenPos ¶

func ImGuiGetCursorScreenPos() *Vec2

ImGuiGetCursorScreenPos Return the current layout cursor position in screen space.

func ImGuiGetCursorStartPos ¶

func ImGuiGetCursorStartPos() *Vec2

ImGuiGetCursorStartPos Return the current layout \"line\" starting position. See harfang.ImGuiSameLine.

func ImGuiGetFontTexUvWhitePixel ¶

func ImGuiGetFontTexUvWhitePixel() *Vec2

ImGuiGetFontTexUvWhitePixel Get UV coordinate for a while pixel, useful to draw custom shapes via the ImDrawList API.

func ImGuiGetItemRectMax ¶

func ImGuiGetItemRectMax() *Vec2

ImGuiGetItemRectMax Get bounding rect maximum of last item in screen space.

func ImGuiGetItemRectMin ¶

func ImGuiGetItemRectMin() *Vec2

ImGuiGetItemRectMin Get bounding rect minimum of last item in screen space.

func ImGuiGetItemRectSize ¶

func ImGuiGetItemRectSize() *Vec2

ImGuiGetItemRectSize Get bounding rect size of last item in screen space.

func ImGuiGetMouseDragDelta ¶

func ImGuiGetMouseDragDelta() *Vec2

ImGuiGetMouseDragDelta Return the distance covered by the mouse cursor since the last button press.

func ImGuiGetMouseDragDeltaWithButton ¶

func ImGuiGetMouseDragDeltaWithButton(button ImGuiMouseButton) *Vec2

ImGuiGetMouseDragDeltaWithButton Return the distance covered by the mouse cursor since the last button press.

func ImGuiGetMouseDragDeltaWithButtonLockThreshold ¶

func ImGuiGetMouseDragDeltaWithButtonLockThreshold(button ImGuiMouseButton, lockthreshold float32) *Vec2

ImGuiGetMouseDragDeltaWithButtonLockThreshold Return the distance covered by the mouse cursor since the last button press.

func ImGuiGetMousePos ¶

func ImGuiGetMousePos() *Vec2

ImGuiGetMousePos Return the mouse cursor coordinates in screen space.

func ImGuiGetMousePosOnOpeningCurrentPopup ¶

func ImGuiGetMousePosOnOpeningCurrentPopup() *Vec2

ImGuiGetMousePosOnOpeningCurrentPopup Retrieve a backup of the mouse position at the time of opening the current popup. See harfang.ImGuiBeginPopup.

func ImGuiGetWindowContentRegionMax ¶

func ImGuiGetWindowContentRegionMax() *Vec2

ImGuiGetWindowContentRegionMax Return the content boundaries max (roughly (0,0)+Size-Scroll) where Size can be override with harfang.ImGuiSetNextWindowContentSize, in window space.

func ImGuiGetWindowContentRegionMin ¶

func ImGuiGetWindowContentRegionMin() *Vec2

ImGuiGetWindowContentRegionMin Content boundaries min (roughly (0,0)-Scroll), in window space.

func ImGuiGetWindowPos ¶

func ImGuiGetWindowPos() *Vec2

ImGuiGetWindowPos Return the current window position in screen space. See harfang.ImGuiSetWindowPos.

func ImGuiGetWindowSize ¶

func ImGuiGetWindowSize() *Vec2

ImGuiGetWindowSize Return the current window size. See harfang.ImGuiSetWindowSize.

func Max ¶

func Max(a *Vec2, b *Vec2) *Vec2

Max Return a vector whose elements are the maximum of each of the two specified vectors.

func Min ¶

func Min(a *Vec2, b *Vec2) *Vec2

Min Return a vector whose elements are the minimum of each of the two specified vectors.

func NewVec2 ¶

func NewVec2() *Vec2

NewVec2 2-dimensional floating point vector.

func NewVec2WithV ¶

func NewVec2WithV(v *Vec2) *Vec2

NewVec2WithV 2-dimensional floating point vector.

func NewVec2WithVec3V ¶

func NewVec2WithVec3V(v *Vec3) *Vec2

NewVec2WithVec3V 2-dimensional floating point vector.

func NewVec2WithVec4V ¶

func NewVec2WithVec4V(v *Vec4) *Vec2

NewVec2WithVec4V 2-dimensional floating point vector.

func NewVec2WithXY ¶

func NewVec2WithXY(x float32, y float32) *Vec2

NewVec2WithXY 2-dimensional floating point vector.

func Normalize ¶

func Normalize(v *Vec2) *Vec2

Normalize Return the input vector scaled so that its length is one.

func Reverse ¶

func Reverse(a *Vec2) *Vec2

Reverse Return the provided vector pointing in the opposite direction.

func Vec2GetOne ¶

func Vec2GetOne() *Vec2

Vec2GetOne ...

func Vec2GetZero ¶

func Vec2GetZero() *Vec2

Vec2GetZero ...

func (*Vec2) Add ¶

func (pointer *Vec2) Add(v *Vec2) *Vec2

Add ...

func (*Vec2) AddWithK ¶

func (pointer *Vec2) AddWithK(k float32) *Vec2

AddWithK ...

func (*Vec2) Div ¶

func (pointer *Vec2) Div(v *Vec2) *Vec2

Div ...

func (*Vec2) DivWithK ¶

func (pointer *Vec2) DivWithK(k float32) *Vec2

DivWithK ...

func (*Vec2) Free ¶

func (pointer *Vec2) Free()

Free ...

func (*Vec2) GetOne ¶

func (pointer *Vec2) GetOne() *Vec2

GetOne ...

func (*Vec2) GetX ¶

func (pointer *Vec2) GetX() float32

GetX ...

func (*Vec2) GetY ¶

func (pointer *Vec2) GetY() float32

GetY ...

func (*Vec2) GetZero ¶

func (pointer *Vec2) GetZero() *Vec2

GetZero ...

func (*Vec2) InplaceAdd ¶

func (pointer *Vec2) InplaceAdd(v *Vec2)

InplaceAdd ...

func (*Vec2) InplaceAddWithK ¶

func (pointer *Vec2) InplaceAddWithK(k float32)

InplaceAddWithK ...

func (*Vec2) InplaceDiv ¶

func (pointer *Vec2) InplaceDiv(v *Vec2)

InplaceDiv ...

func (*Vec2) InplaceDivWithK ¶

func (pointer *Vec2) InplaceDivWithK(k float32)

InplaceDivWithK ...

func (*Vec2) InplaceMul ¶

func (pointer *Vec2) InplaceMul(v *Vec2)

InplaceMul ...

func (*Vec2) InplaceMulWithK ¶

func (pointer *Vec2) InplaceMulWithK(k float32)

InplaceMulWithK ...

func (*Vec2) InplaceSub ¶

func (pointer *Vec2) InplaceSub(v *Vec2)

InplaceSub ...

func (*Vec2) InplaceSubWithK ¶

func (pointer *Vec2) InplaceSubWithK(k float32)

InplaceSubWithK ...

func (*Vec2) IsNil ¶

func (pointer *Vec2) IsNil() bool

IsNil ...

func (*Vec2) Mul ¶

func (pointer *Vec2) Mul(v *Vec2) *Vec2

Mul ...

func (*Vec2) MulWithK ¶

func (pointer *Vec2) MulWithK(k float32) *Vec2

MulWithK ...

func (*Vec2) MulWithM ¶

func (pointer *Vec2) MulWithM(m *Mat3) *Vec2

MulWithM ...

func (*Vec2) Set ¶

func (pointer *Vec2) Set(x float32, y float32)

Set ...

func (*Vec2) SetX ¶

func (pointer *Vec2) SetX(v float32)

SetX ...

func (*Vec2) SetY ¶

func (pointer *Vec2) SetY(v float32)

SetY ...

func (*Vec2) Sub ¶

func (pointer *Vec2) Sub(v *Vec2) *Vec2

Sub ...

func (*Vec2) SubWithK ¶

func (pointer *Vec2) SubWithK(k float32) *Vec2

SubWithK ...

type Vec2List ¶

type Vec2List struct {
	// contains filtered or unexported fields
}

Vec2List ...

func NewVec2List ¶

func NewVec2List() *Vec2List

NewVec2List ...

func NewVec2ListWithSequence ¶

func NewVec2ListWithSequence(sequence GoSliceOfVec2) *Vec2List

NewVec2ListWithSequence ...

func (*Vec2List) At ¶

func (pointer *Vec2List) At(idx int32) *Vec2

At Gets the element at the specified index.

func (*Vec2List) Clear ¶

func (pointer *Vec2List) Clear()

Clear ...

func (*Vec2List) Free ¶

func (pointer *Vec2List) Free()

Free ...

func (*Vec2List) Get ¶

func (pointer *Vec2List) Get(id int) *Vec2

Get ...

func (*Vec2List) IsNil ¶

func (pointer *Vec2List) IsNil() bool

IsNil ...

func (*Vec2List) Len ¶

func (pointer *Vec2List) Len() int32

Len ...

func (*Vec2List) PushBack ¶

func (pointer *Vec2List) PushBack(v *Vec2)

PushBack Adds an element to the end.

func (*Vec2List) Reserve ¶

func (pointer *Vec2List) Reserve(size int32)

Reserve ...

func (*Vec2List) Set ¶

func (pointer *Vec2List) Set(id int, v *Vec2)

Set ...

func (*Vec2List) Size ¶

func (pointer *Vec2List) Size() int32

Size Returns the number of stored elements.

type Vec3 ¶

type Vec3 struct {
	// contains filtered or unexported fields
}

Vec3 3-dimensional vector.

func AbsWithV ¶

func AbsWithV(v *Vec3) *Vec3

AbsWithV Return the absolute value of the function input. For vectors, the absolute value is applied to each component individually and the resulting vector is returned.

func BaseToEuler ¶

func BaseToEuler(z *Vec3) *Vec3

BaseToEuler Compute the Euler angles triplet for the provided `z` direction. The up-vector `y` can be provided to improve coherency of the returned values over time.

func BaseToEulerWithY ¶

func BaseToEulerWithY(z *Vec3, y *Vec3) *Vec3

BaseToEulerWithY Compute the Euler angles triplet for the provided `z` direction. The up-vector `y` can be provided to improve coherency of the returned values over time.

func Ceil ¶

func Ceil(v *Vec3) *Vec3

Ceil Returns a vector whose elements are equal to the nearest integer greater than or equal to the vector elements.

func Clamp ¶

func Clamp(v *Vec3, min float32, max float32) *Vec3

Clamp Return a vector whose elements are equal to the vector elements clipped to the specified interval.

func ClampLen ¶

func ClampLen(v *Vec3, min float32, max float32) *Vec3

ClampLen Returns a vector in the same direction as the specified vector, but with its length clipped by the specified interval.

func ClampWithMinMax ¶

func ClampWithMinMax(v *Vec3, min *Vec3, max *Vec3) *Vec3

ClampWithMinMax Return a vector whose elements are equal to the vector elements clipped to the specified interval.

func ClipSpaceToScreenSpace ¶

func ClipSpaceToScreenSpace(clip *Vec3, resolution *Vec2) *Vec3

ClipSpaceToScreenSpace Convert a 3d position in clip space (homogeneous space) to a 2d position on screen.

func ComputeMinMaxBoundingSphere ¶

func ComputeMinMaxBoundingSphere(minmax *MinMax) (*Vec3, *float32)

ComputeMinMaxBoundingSphere Compute the bounding sphere for the provided axis-aligned bounding box.

func Cross ¶

func Cross(a *Vec3, b *Vec3) *Vec3

Cross Return the cross product of two vectors.

func CubicInterpolateWithV0V1V2V3 ¶

func CubicInterpolateWithV0V1V2V3(v0 *Vec3, v1 *Vec3, v2 *Vec3, v3 *Vec3, t float32) *Vec3

CubicInterpolateWithV0V1V2V3 Perform a cubic interpolation across four values with `t` in the [harfang.0;1] range between `y1` and `y2`. See harfang.LinearInterpolate, harfang.CosineInterpolate and harfang.HermiteInterpolate.

func Deg3 ¶

func Deg3(x float32, y float32, z float32) *Vec3

Deg3 Convert a triplet of angles in degrees to the engine unit system. See [harfang.man.CoordinateAndUnitSystem].

func FaceForward ¶

func FaceForward(v *Vec3, d *Vec3) *Vec3

FaceForward Return the provided vector facing toward the provided direction. If the angle between `v` and `d` is less than 90Â° then `v` is returned unchanged, `v` will be returned reversed otherwise.

func Floor ¶

func Floor(v *Vec3) *Vec3

Floor Returns a vector whose elements are equal to the nearest integer less than or equal to the vector elements.

func GetCenter ¶

func GetCenter(minmax *MinMax) *Vec3

GetCenter Return the center position of the volume.

func GetColumn ¶

func GetColumn(m *Mat3, n uint32) *Vec3

GetColumn Returns the nth column.

func GetColumnWithMN ¶

func GetColumnWithMN(m *Mat4, n uint32) *Vec3

GetColumnWithMN Returns the nth column.

func GetR ¶

func GetR(m *Mat4) *Vec3

GetR See harfang.GetRotation.

func GetRWithRotationOrder ¶

func GetRWithRotationOrder(m *Mat4, rotationorder RotationOrder) *Vec3

GetRWithRotationOrder See harfang.GetRotation.

func GetRotation ¶

func GetRotation(m *Mat4) *Vec3

GetRotation Return the rotation component of a transformation matrix as a Euler triplet.

func GetRotationWithRotationOrder ¶

func GetRotationWithRotationOrder(m *Mat4, rotationorder RotationOrder) *Vec3

GetRotationWithRotationOrder Return the rotation component of a transformation matrix as a Euler triplet.

func GetRow ¶

func GetRow(m *Mat3, n uint32) *Vec3

GetRow Returns the nth row of a matrix.

func GetS ¶

func GetS(m *Mat4) *Vec3

GetS See harfang.GetScale.

func GetScale ¶

func GetScale(m *Mat3) *Vec3

GetScale Return the scale component of a matrix a scale vector.

func GetScaleWithM ¶

func GetScaleWithM(m *Mat4) *Vec3

GetScaleWithM Return the scale component of a matrix a scale vector.

func GetT ¶

func GetT(m *Mat4) *Vec3

GetT See harfang.GetTranslation.

func GetTranslation ¶

func GetTranslation(m *Mat3) *Vec3

GetTranslation Return the translation part of a tranformation matrix as a translation vector.

func GetTranslationWithM ¶

func GetTranslationWithM(m *Mat4) *Vec3

GetTranslationWithM Return the translation part of a tranformation matrix as a translation vector.

func GetX ¶

func GetX(m *Mat3) *Vec3

GetX Return the scaled X axis of a transformation matrix.

func GetXWithM ¶

func GetXWithM(m *Mat4) *Vec3

GetXWithM Return the scaled X axis of a transformation matrix.

func GetY ¶

func GetY(m *Mat3) *Vec3

GetY Return the scaled Y axis of a transformation matrix.

func GetYWithM ¶

func GetYWithM(m *Mat4) *Vec3

GetYWithM Return the scaled Y axis of a transformation matrix.

func GetZ ¶

func GetZ(m *Mat3) *Vec3

GetZ Return the scaled Z axis of a transformation matrix.

func GetZWithM ¶

func GetZWithM(m *Mat4) *Vec3

GetZWithM Return the scaled Z axis of a transformation matrix.

func InverseWithV ¶

func InverseWithV(v *Vec3) *Vec3

InverseWithV Return the inverse of a matrix, vector or quaternion.

func LerpWithVec3AVec3B ¶

func LerpWithVec3AVec3B(a *Vec3, b *Vec3, t float32) *Vec3

LerpWithVec3AVec3B See harfang.LinearInterpolate.

func MakeVec3 ¶

func MakeVec3(v *Vec4) *Vec3

MakeVec3 Make a harfang.Vec3 from a harfang.Vec4. The input vector `w` component is discarded.

func MaxWithVec3AVec3B ¶

func MaxWithVec3AVec3B(a *Vec3, b *Vec3) *Vec3

MaxWithVec3AVec3B Return a vector whose elements are the maximum of each of the two specified vectors.

func MinWithVec3AVec3B ¶

func MinWithVec3AVec3B(a *Vec3, b *Vec3) *Vec3

MinWithVec3AVec3B Return a vector whose elements are the minimum of each of the two specified vectors.

func NewVec3 ¶

func NewVec3() *Vec3

NewVec3 3-dimensional vector.

func NewVec3WithIVec2V ¶

func NewVec3WithIVec2V(v *IVec2) *Vec3

NewVec3WithIVec2V 3-dimensional vector.

func NewVec3WithV ¶

func NewVec3WithV(v *Vec2) *Vec3

NewVec3WithV 3-dimensional vector.

func NewVec3WithVec3V ¶

func NewVec3WithVec3V(v *Vec3) *Vec3

NewVec3WithVec3V 3-dimensional vector.

func NewVec3WithVec4V ¶

func NewVec3WithVec4V(v *Vec4) *Vec3

NewVec3WithVec4V 3-dimensional vector.

func NewVec3WithXYZ ¶

func NewVec3WithXYZ(x float32, y float32, z float32) *Vec3

NewVec3WithXYZ 3-dimensional vector.

func NormalizeWithVec3V ¶

func NormalizeWithVec3V(v *Vec3) *Vec3

NormalizeWithVec3V Return the input vector scaled so that its length is one.

func ProjectOrthoToClipSpace ¶

func ProjectOrthoToClipSpace(proj *Mat44, view *Vec3) (bool, *Vec3)

ProjectOrthoToClipSpace ...

func ProjectOrthoToScreenSpace ¶

func ProjectOrthoToScreenSpace(proj *Mat44, view *Vec3, resolution *Vec2) (bool, *Vec3)

ProjectOrthoToScreenSpace ...

func ProjectToClipSpace ¶

func ProjectToClipSpace(proj *Mat44, view *Vec3) (bool, *Vec3)

ProjectToClipSpace Project a world position to the clipping space.

func ProjectToScreenSpace ¶

func ProjectToScreenSpace(proj *Mat44, view *Vec3, resolution *Vec2) (bool, *Vec3)

ProjectToScreenSpace Project a world position to screen coordinates.

func Rad3 ¶

func Rad3(x float32, y float32, z float32) *Vec3

Rad3 Convert a triplet of angles in radians to the engine unit system. See [harfang.man.CoordinateAndUnitSystem].

func RandomVec3 ¶

func RandomVec3(min float32, max float32) *Vec3

RandomVec3 Return a vector with each component randomized in the inclusive provided range.

func RandomVec3WithMinMax ¶

func RandomVec3WithMinMax(min *Vec3, max *Vec3) *Vec3

RandomVec3WithMinMax Return a vector with each component randomized in the inclusive provided range.

func Reflect ¶

func Reflect(v *Vec3, n *Vec3) *Vec3

Reflect Return the input vector reflected around the specified normal.

func Refract ¶

func Refract(v *Vec3, n *Vec3) *Vec3

Refract Return the input vector refracted around the provided surface normal. - `k_in`: IOR of the medium the vector is exiting. - `k_out`: IOR of the medium the vector is entering.

func RefractWithKIn ¶

func RefractWithKIn(v *Vec3, n *Vec3, kin float32) *Vec3

RefractWithKIn Return the input vector refracted around the provided surface normal. - `k_in`: IOR of the medium the vector is exiting. - `k_out`: IOR of the medium the vector is entering.

func RefractWithKInKOut ¶

func RefractWithKInKOut(v *Vec3, n *Vec3, kin float32, kout float32) *Vec3

RefractWithKInKOut Return the input vector refracted around the provided surface normal. - `k_in`: IOR of the medium the vector is exiting. - `k_out`: IOR of the medium the vector is entering.

func ReverseWithV ¶

func ReverseWithV(v *Vec3) *Vec3

ReverseWithV Return the provided vector pointing in the opposite direction.

func ScreenSpaceToClipSpace ¶

func ScreenSpaceToClipSpace(screen *Vec3, resolution *Vec2) *Vec3

ScreenSpaceToClipSpace Transform a screen position to clip space.

func Sign ¶

func Sign(v *Vec3) *Vec3

Sign Returns a vector whose elements are -1 if the corresponding vector element is < 0 and 1 if it's >= 0.

func ToEuler ¶

func ToEuler(q *Quaternion) *Vec3

ToEuler Convert a quaternion rotation to its _Euler_ vector representation.

func ToEulerWithM ¶

func ToEulerWithM(m *Mat3) *Vec3

ToEulerWithM Convert a quaternion rotation to its _Euler_ vector representation.

func ToEulerWithMRotationOrder ¶

func ToEulerWithMRotationOrder(m *Mat3, rotationorder RotationOrder) *Vec3

ToEulerWithMRotationOrder Convert a quaternion rotation to its _Euler_ vector representation.

func ToEulerWithRotationOrder ¶

func ToEulerWithRotationOrder(q *Quaternion, rotationorder RotationOrder) *Vec3

ToEulerWithRotationOrder Convert a quaternion rotation to its _Euler_ vector representation.

func UnprojectFromClipSpace ¶

func UnprojectFromClipSpace(invproj *Mat44, clip *Vec3) (bool, *Vec3)

UnprojectFromClipSpace Unproject a clip space position to view space.

func UnprojectFromScreenSpace ¶

func UnprojectFromScreenSpace(invproj *Mat44, screen *Vec3, resolution *Vec2) (bool, *Vec3)

UnprojectFromScreenSpace Unproject a screen space position to view space.

func UnprojectOrthoFromClipSpace ¶

func UnprojectOrthoFromClipSpace(invproj *Mat44, clip *Vec3) (bool, *Vec3)

UnprojectOrthoFromClipSpace ...

func UnprojectOrthoFromScreenSpace ¶

func UnprojectOrthoFromScreenSpace(invproj *Mat44, screen *Vec3, resolution *Vec2) (bool, *Vec3)

UnprojectOrthoFromScreenSpace ...

func Vec3GetBack ¶

func Vec3GetBack() *Vec3

Vec3GetBack ...

func Vec3GetDown ¶

func Vec3GetDown() *Vec3

Vec3GetDown ...

func Vec3GetFront ¶

func Vec3GetFront() *Vec3

Vec3GetFront ...

func Vec3GetLeft ¶

func Vec3GetLeft() *Vec3

Vec3GetLeft ...

func Vec3GetOne ¶

func Vec3GetOne() *Vec3

Vec3GetOne ...

func Vec3GetRight ¶

func Vec3GetRight() *Vec3

Vec3GetRight ...

func Vec3GetUp ¶

func Vec3GetUp() *Vec3

Vec3GetUp ...

func Vec3GetZero ¶

func Vec3GetZero() *Vec3

Vec3GetZero ...

func Vec3I ¶

func Vec3I(x int32, y int32, z int32) *Vec3

Vec3I Create a vector from integer values in the [harfang.0;255] range.

func (*Vec3) Add ¶

func (pointer *Vec3) Add(v *Vec3) *Vec3

Add ...

func (*Vec3) AddWithK ¶

func (pointer *Vec3) AddWithK(k float32) *Vec3

AddWithK ...

func (*Vec3) Div ¶

func (pointer *Vec3) Div(v *Vec3) *Vec3

Div ...

func (*Vec3) DivWithK ¶

func (pointer *Vec3) DivWithK(k float32) *Vec3

DivWithK ...

func (*Vec3) Eq ¶

func (pointer *Vec3) Eq(v *Vec3) bool

Eq ...

func (*Vec3) Free ¶

func (pointer *Vec3) Free()

Free ...

func (*Vec3) GetBack ¶

func (pointer *Vec3) GetBack() *Vec3

GetBack ...

func (*Vec3) GetDown ¶

func (pointer *Vec3) GetDown() *Vec3

GetDown ...

func (*Vec3) GetFront ¶

func (pointer *Vec3) GetFront() *Vec3

GetFront ...

func (*Vec3) GetLeft ¶

func (pointer *Vec3) GetLeft() *Vec3

GetLeft ...

func (*Vec3) GetOne ¶

func (pointer *Vec3) GetOne() *Vec3

GetOne ...

func (*Vec3) GetRight ¶

func (pointer *Vec3) GetRight() *Vec3

GetRight ...

func (*Vec3) GetUp ¶

func (pointer *Vec3) GetUp() *Vec3

GetUp ...

func (*Vec3) GetX ¶

func (pointer *Vec3) GetX() float32

GetX ...

func (*Vec3) GetY ¶

func (pointer *Vec3) GetY() float32

GetY ...

func (*Vec3) GetZ ¶

func (pointer *Vec3) GetZ() float32

GetZ ...

func (*Vec3) GetZero ¶

func (pointer *Vec3) GetZero() *Vec3

GetZero ...

func (*Vec3) InplaceAdd ¶

func (pointer *Vec3) InplaceAdd(v *Vec3)

InplaceAdd ...

func (*Vec3) InplaceAddWithK ¶

func (pointer *Vec3) InplaceAddWithK(k float32)

InplaceAddWithK ...

func (*Vec3) InplaceDiv ¶

func (pointer *Vec3) InplaceDiv(v *Vec3)

InplaceDiv ...

func (*Vec3) InplaceDivWithK ¶

func (pointer *Vec3) InplaceDivWithK(k float32)

InplaceDivWithK ...

func (*Vec3) InplaceMul ¶

func (pointer *Vec3) InplaceMul(v *Vec3)

InplaceMul ...

func (*Vec3) InplaceMulWithK ¶

func (pointer *Vec3) InplaceMulWithK(k float32)

InplaceMulWithK ...

func (*Vec3) InplaceSub ¶

func (pointer *Vec3) InplaceSub(v *Vec3)

InplaceSub ...

func (*Vec3) InplaceSubWithK ¶

func (pointer *Vec3) InplaceSubWithK(k float32)

InplaceSubWithK ...

func (*Vec3) IsNil ¶

func (pointer *Vec3) IsNil() bool

IsNil ...

func (*Vec3) Mul ¶

func (pointer *Vec3) Mul(v *Vec3) *Vec3

Mul ...

func (*Vec3) MulWithK ¶

func (pointer *Vec3) MulWithK(k float32) *Vec3

MulWithK ...

func (*Vec3) Ne ¶

func (pointer *Vec3) Ne(v *Vec3) bool

Ne ...

func (*Vec3) Set ¶

func (pointer *Vec3) Set(x float32, y float32, z float32)

Set ...

func (*Vec3) SetX ¶

func (pointer *Vec3) SetX(v float32)

SetX ...

func (*Vec3) SetY ¶

func (pointer *Vec3) SetY(v float32)

SetY ...

func (*Vec3) SetZ ¶

func (pointer *Vec3) SetZ(v float32)

SetZ ...

func (*Vec3) Sub ¶

func (pointer *Vec3) Sub(v *Vec3) *Vec3

Sub ...

func (*Vec3) SubWithK ¶

func (pointer *Vec3) SubWithK(k float32) *Vec3

SubWithK ...

type Vec3List ¶

type Vec3List struct {
	// contains filtered or unexported fields
}

Vec3List ...

func NewVec3List ¶

func NewVec3List() *Vec3List

NewVec3List ...

func NewVec3ListWithSequence ¶

func NewVec3ListWithSequence(sequence GoSliceOfVec3) *Vec3List

NewVec3ListWithSequence ...

func (*Vec3List) At ¶

func (pointer *Vec3List) At(idx int32) *Vec3

At ...

func (*Vec3List) Clear ¶

func (pointer *Vec3List) Clear()

Clear ...

func (*Vec3List) Free ¶

func (pointer *Vec3List) Free()

Free ...

func (*Vec3List) Get ¶

func (pointer *Vec3List) Get(id int) *Vec3

Get ...

func (*Vec3List) IsNil ¶

func (pointer *Vec3List) IsNil() bool

IsNil ...

func (*Vec3List) Len ¶

func (pointer *Vec3List) Len() int32

Len ...

func (*Vec3List) PushBack ¶

func (pointer *Vec3List) PushBack(v *Vec3)

PushBack ...

func (*Vec3List) Reserve ¶

func (pointer *Vec3List) Reserve(size int32)

Reserve ...

func (*Vec3List) Set ¶

func (pointer *Vec3List) Set(id int, v *Vec3)

Set ...

func (*Vec3List) Size ¶

func (pointer *Vec3List) Size() int32

Size ...

type Vec4 ¶

type Vec4 struct {
	// contains filtered or unexported fields
}

Vec4 4-dimensional vector.

func Abs ¶

func Abs(v *Vec4) *Vec4

Abs Return the absolute value of the function input. For vectors, the absolute value is applied to each component individually and the resulting vector is returned.

func GetColumnWithMIdx ¶

func GetColumnWithMIdx(m *Mat44, idx uint32) *Vec4

GetColumnWithMIdx Returns the nth column.

func GetRowWithMIdx ¶

func GetRowWithMIdx(m *Mat44, idx uint32) *Vec4

GetRowWithMIdx Returns the nth row of a matrix.

func GetRowWithMN ¶

func GetRowWithMN(m *Mat4, n uint32) *Vec4

GetRowWithMN Returns the nth row of a matrix.

func LerpWithVec4AVec4B ¶

func LerpWithVec4AVec4B(a *Vec4, b *Vec4, t float32) *Vec4

LerpWithVec4AVec4B See harfang.LinearInterpolate.

func MakePlane ¶

func MakePlane(p *Vec3, n *Vec3) *Vec4

MakePlane Geometrical plane in 3D space. - `p`: a point lying on the plane. - `n`: the plane normal. - `m`: an affine transformation matrix that will be applied to `p` and `n`.

func MakePlaneWithM ¶

func MakePlaneWithM(p *Vec3, n *Vec3, m *Mat4) *Vec4

MakePlaneWithM Geometrical plane in 3D space. - `p`: a point lying on the plane. - `n`: the plane normal. - `m`: an affine transformation matrix that will be applied to `p` and `n`.

func NewVec4 ¶

func NewVec4() *Vec4

NewVec4 4-dimensional vector.

func NewVec4WithIVec2V ¶

func NewVec4WithIVec2V(v *IVec2) *Vec4

NewVec4WithIVec2V 4-dimensional vector.

func NewVec4WithV ¶

func NewVec4WithV(v *Vec2) *Vec4

NewVec4WithV 4-dimensional vector.

func NewVec4WithVec3V ¶

func NewVec4WithVec3V(v *Vec3) *Vec4

NewVec4WithVec3V 4-dimensional vector.

func NewVec4WithVec4V ¶

func NewVec4WithVec4V(v *Vec4) *Vec4

NewVec4WithVec4V 4-dimensional vector.

func NewVec4WithXYZ ¶

func NewVec4WithXYZ(x float32, y float32, z float32) *Vec4

NewVec4WithXYZ 4-dimensional vector.

func NewVec4WithXYZW ¶

func NewVec4WithXYZW(x float32, y float32, z float32, w float32) *Vec4

NewVec4WithXYZW 4-dimensional vector.

func NormalizeWithVec4V ¶

func NormalizeWithVec4V(v *Vec4) *Vec4

NormalizeWithVec4V Return the input vector scaled so that its length is one.

func RandomVec4 ¶

func RandomVec4(min float32, max float32) *Vec4

RandomVec4 Return a vector with each component randomized in the inclusive provided range.

func RandomVec4WithMinMax ¶

func RandomVec4WithMinMax(min *Vec4, max *Vec4) *Vec4

RandomVec4WithMinMax Return a vector with each component randomized in the inclusive provided range.

func Vec4I ¶

func Vec4I(x int32, y int32, z int32) *Vec4

Vec4I Create a vector from integer values in the [harfang.0;255] range.

func Vec4IWithW ¶

func Vec4IWithW(x int32, y int32, z int32, w int32) *Vec4

Vec4IWithW Create a vector from integer values in the [harfang.0;255] range.

func (*Vec4) Add ¶

func (pointer *Vec4) Add(v *Vec4) *Vec4

Add ...

func (*Vec4) AddWithK ¶

func (pointer *Vec4) AddWithK(k float32) *Vec4

AddWithK ...

func (*Vec4) Div ¶

func (pointer *Vec4) Div(v *Vec4) *Vec4

Div ...

func (*Vec4) DivWithK ¶

func (pointer *Vec4) DivWithK(k float32) *Vec4

DivWithK ...

func (*Vec4) Free ¶

func (pointer *Vec4) Free()

Free ...

func (*Vec4) GetW ¶

func (pointer *Vec4) GetW() float32

GetW ...

func (*Vec4) GetX ¶

func (pointer *Vec4) GetX() float32

GetX ...

func (*Vec4) GetY ¶

func (pointer *Vec4) GetY() float32

GetY ...

func (*Vec4) GetZ ¶

func (pointer *Vec4) GetZ() float32

GetZ ...

func (*Vec4) InplaceAdd ¶

func (pointer *Vec4) InplaceAdd(v *Vec4)

InplaceAdd ...

func (*Vec4) InplaceAddWithK ¶

func (pointer *Vec4) InplaceAddWithK(k float32)

InplaceAddWithK ...

func (*Vec4) InplaceDiv ¶

func (pointer *Vec4) InplaceDiv(v *Vec4)

InplaceDiv ...

func (*Vec4) InplaceDivWithK ¶

func (pointer *Vec4) InplaceDivWithK(k float32)

InplaceDivWithK ...

func (*Vec4) InplaceMul ¶

func (pointer *Vec4) InplaceMul(v *Vec4)

InplaceMul ...

func (*Vec4) InplaceMulWithK ¶

func (pointer *Vec4) InplaceMulWithK(k float32)

InplaceMulWithK ...

func (*Vec4) InplaceSub ¶

func (pointer *Vec4) InplaceSub(v *Vec4)

InplaceSub ...

func (*Vec4) InplaceSubWithK ¶

func (pointer *Vec4) InplaceSubWithK(k float32)

InplaceSubWithK ...

func (*Vec4) IsNil ¶

func (pointer *Vec4) IsNil() bool

IsNil ...

func (*Vec4) Mul ¶

func (pointer *Vec4) Mul(v *Vec4) *Vec4

Mul ...

func (*Vec4) MulWithK ¶

func (pointer *Vec4) MulWithK(k float32) *Vec4

MulWithK ...

func (*Vec4) Set ¶

func (pointer *Vec4) Set(x float32, y float32, z float32)

Set ...

func (*Vec4) SetW ¶

func (pointer *Vec4) SetW(v float32)

SetW ...

func (*Vec4) SetWithW ¶

func (pointer *Vec4) SetWithW(x float32, y float32, z float32, w float32)

SetWithW ...

func (*Vec4) SetX ¶

func (pointer *Vec4) SetX(v float32)

SetX ...

func (*Vec4) SetY ¶

func (pointer *Vec4) SetY(v float32)

SetY ...

func (*Vec4) SetZ ¶

func (pointer *Vec4) SetZ(v float32)

SetZ ...

func (*Vec4) Sub ¶

func (pointer *Vec4) Sub(v *Vec4) *Vec4

Sub ...

func (*Vec4) SubWithK ¶

func (pointer *Vec4) SubWithK(k float32) *Vec4

SubWithK ...

type Vec4List ¶

type Vec4List struct {
	// contains filtered or unexported fields
}

Vec4List ...

func NewVec4List ¶

func NewVec4List() *Vec4List

NewVec4List ...

func NewVec4ListWithSequence ¶

func NewVec4ListWithSequence(sequence GoSliceOfVec4) *Vec4List

NewVec4ListWithSequence ...

func (*Vec4List) At ¶

func (pointer *Vec4List) At(idx int32) *Vec4

At ...

func (*Vec4List) Clear ¶

func (pointer *Vec4List) Clear()

Clear ...

func (*Vec4List) Free ¶

func (pointer *Vec4List) Free()

Free ...

func (*Vec4List) Get ¶

func (pointer *Vec4List) Get(id int) *Vec4

Get ...

func (*Vec4List) IsNil ¶

func (pointer *Vec4List) IsNil() bool

IsNil ...

func (*Vec4List) Len ¶

func (pointer *Vec4List) Len() int32

Len ...

func (*Vec4List) PushBack ¶

func (pointer *Vec4List) PushBack(v *Vec4)

PushBack ...

func (*Vec4List) Reserve ¶

func (pointer *Vec4List) Reserve(size int32)

Reserve ...

func (*Vec4List) Set ¶

func (pointer *Vec4List) Set(id int, v *Vec4)

Set ...

func (*Vec4List) Size ¶

func (pointer *Vec4List) Size() int32

Size ...

type Vertex ¶

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

Vertex ...

func MakeVertex ¶

func MakeVertex(pos *Vec3) *Vertex

MakeVertex ...

func MakeVertexWithNrm ¶

func MakeVertexWithNrm(pos *Vec3, nrm *Vec3) *Vertex

MakeVertexWithNrm ...

func MakeVertexWithNrmUv0 ¶

func MakeVertexWithNrmUv0(pos *Vec3, nrm *Vec3, uv0 *Vec2) *Vertex

MakeVertexWithNrmUv0 ...

func MakeVertexWithNrmUv0Color0 ¶

func MakeVertexWithNrmUv0Color0(pos *Vec3, nrm *Vec3, uv0 *Vec2, color0 *Color) *Vertex

MakeVertexWithNrmUv0Color0 ...

func NewVertex ¶

func NewVertex() *Vertex

NewVertex ...

func (*Vertex) Free ¶

func (pointer *Vertex) Free()

Free ...

func (*Vertex) GetBinormal ¶

func (pointer *Vertex) GetBinormal() *Vec3

GetBinormal ...

func (*Vertex) GetColor0 ¶

func (pointer *Vertex) GetColor0() *Color

GetColor0 ...

func (*Vertex) GetColor1 ¶

func (pointer *Vertex) GetColor1() *Color

GetColor1 ...

func (*Vertex) GetColor2 ¶

func (pointer *Vertex) GetColor2() *Color

GetColor2 ...

func (*Vertex) GetColor3 ¶

func (pointer *Vertex) GetColor3() *Color

GetColor3 ...

func (*Vertex) GetNormal ¶

func (pointer *Vertex) GetNormal() *Vec3

GetNormal ...

func (*Vertex) GetPos ¶

func (pointer *Vertex) GetPos() *Vec3

GetPos ...

func (*Vertex) GetTangent ¶

func (pointer *Vertex) GetTangent() *Vec3

GetTangent ...

func (*Vertex) GetUv0 ¶

func (pointer *Vertex) GetUv0() *Vec2

GetUv0 ...

func (*Vertex) GetUv1 ¶

func (pointer *Vertex) GetUv1() *Vec2

GetUv1 ...

func (*Vertex) GetUv2 ¶

func (pointer *Vertex) GetUv2() *Vec2

GetUv2 ...

func (*Vertex) GetUv3 ¶

func (pointer *Vertex) GetUv3() *Vec2

GetUv3 ...

func (*Vertex) GetUv4 ¶

func (pointer *Vertex) GetUv4() *Vec2

GetUv4 ...

func (*Vertex) GetUv5 ¶

func (pointer *Vertex) GetUv5() *Vec2

GetUv5 ...

func (*Vertex) GetUv6 ¶

func (pointer *Vertex) GetUv6() *Vec2

GetUv6 ...

func (*Vertex) GetUv7 ¶

func (pointer *Vertex) GetUv7() *Vec2

GetUv7 ...

func (*Vertex) IsNil ¶

func (pointer *Vertex) IsNil() bool

IsNil ...

func (*Vertex) SetBinormal ¶

func (pointer *Vertex) SetBinormal(v *Vec3)

SetBinormal ...

func (*Vertex) SetColor0 ¶

func (pointer *Vertex) SetColor0(v *Color)

SetColor0 ...

func (*Vertex) SetColor1 ¶

func (pointer *Vertex) SetColor1(v *Color)

SetColor1 ...

func (*Vertex) SetColor2 ¶

func (pointer *Vertex) SetColor2(v *Color)

SetColor2 ...

func (*Vertex) SetColor3 ¶

func (pointer *Vertex) SetColor3(v *Color)

SetColor3 ...

func (*Vertex) SetNormal ¶

func (pointer *Vertex) SetNormal(v *Vec3)

SetNormal ...

func (*Vertex) SetPos ¶

func (pointer *Vertex) SetPos(v *Vec3)

SetPos ...

func (*Vertex) SetTangent ¶

func (pointer *Vertex) SetTangent(v *Vec3)

SetTangent ...

func (*Vertex) SetUv0 ¶

func (pointer *Vertex) SetUv0(v *Vec2)

SetUv0 ...

func (*Vertex) SetUv1 ¶

func (pointer *Vertex) SetUv1(v *Vec2)

SetUv1 ...

func (*Vertex) SetUv2 ¶

func (pointer *Vertex) SetUv2(v *Vec2)

SetUv2 ...

func (*Vertex) SetUv3 ¶

func (pointer *Vertex) SetUv3(v *Vec2)

SetUv3 ...

func (*Vertex) SetUv4 ¶

func (pointer *Vertex) SetUv4(v *Vec2)

SetUv4 ...

func (*Vertex) SetUv5 ¶

func (pointer *Vertex) SetUv5(v *Vec2)

SetUv5 ...

func (*Vertex) SetUv6 ¶

func (pointer *Vertex) SetUv6(v *Vec2)

SetUv6 ...

func (*Vertex) SetUv7 ¶

func (pointer *Vertex) SetUv7(v *Vec2)

SetUv7 ...

type VertexLayout ¶

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

VertexLayout Memory layout and types of vertex attributes.

func NewVertexLayout ¶

func NewVertexLayout() *VertexLayout

NewVertexLayout Memory layout and types of vertex attributes.

func VertexLayoutPosFloatColorFloat ¶

func VertexLayoutPosFloatColorFloat() *VertexLayout

VertexLayoutPosFloatColorFloat ...

func VertexLayoutPosFloatColorUInt8 ¶

func VertexLayoutPosFloatColorUInt8() *VertexLayout

VertexLayoutPosFloatColorUInt8 ...

func VertexLayoutPosFloatNormFloat ¶

func VertexLayoutPosFloatNormFloat() *VertexLayout

VertexLayoutPosFloatNormFloat Simple vertex layout with float position and normal. ```python vtx_layout = VertexLayout() vtx_layout.Begin() vtx_layout.Add(hg.A_Position, 3, hg.AT_Float) vtx_layout.Add(hg.A_Normal, 3, hg.AT_Float) vtx_layout.End() ```

func VertexLayoutPosFloatNormUInt8 ¶

func VertexLayoutPosFloatNormUInt8() *VertexLayout

VertexLayoutPosFloatNormUInt8 Simple vertex layout with float position and 8-bit unsigned integer normal. ```python vtx_layout = VertexLayout() vtx_layout.Begin() vtx_layout.Add(hg.A_Position, 3, hg.AT_Float) vtx_layout.Add(hg.A_Normal, 3, hg.AT_Uint8, True, True) vtx_layout.End() ```

func VertexLayoutPosFloatNormUInt8TexCoord0UInt8 ¶

func VertexLayoutPosFloatNormUInt8TexCoord0UInt8() *VertexLayout

VertexLayoutPosFloatNormUInt8TexCoord0UInt8 ...

func VertexLayoutPosFloatTexCoord0UInt8 ¶

func VertexLayoutPosFloatTexCoord0UInt8() *VertexLayout

VertexLayoutPosFloatTexCoord0UInt8 ...

func (*VertexLayout) Add ¶

func (pointer *VertexLayout) Add(attrib Attrib, count uint8, typeGo AttribType) *VertexLayout

Add ...

func (*VertexLayout) AddWithNormalized ¶

func (pointer *VertexLayout) AddWithNormalized(attrib Attrib, count uint8, typeGo AttribType, normalized bool) *VertexLayout

AddWithNormalized ...

func (*VertexLayout) AddWithNormalizedAsInt ¶

func (pointer *VertexLayout) AddWithNormalizedAsInt(attrib Attrib, count uint8, typeGo AttribType, normalized bool, asint bool) *VertexLayout

AddWithNormalizedAsInt ...

func (*VertexLayout) Begin ¶

func (pointer *VertexLayout) Begin() *VertexLayout

Begin ...

func (*VertexLayout) End ¶

func (pointer *VertexLayout) End()

End ...

func (*VertexLayout) Free ¶

func (pointer *VertexLayout) Free()

Free ...

func (*VertexLayout) GetOffset ¶

func (pointer *VertexLayout) GetOffset(attrib Attrib) uint16

GetOffset ...

func (*VertexLayout) GetSize ¶

func (pointer *VertexLayout) GetSize(count uint32) uint32

GetSize ...

func (*VertexLayout) GetStride ¶

func (pointer *VertexLayout) GetStride() uint16

GetStride ...

func (*VertexLayout) Has ¶

func (pointer *VertexLayout) Has(attrib Attrib) bool

Has ...

func (*VertexLayout) IsNil ¶

func (pointer *VertexLayout) IsNil() bool

IsNil ...

func (*VertexLayout) Skip ¶

func (pointer *VertexLayout) Skip(size uint8) *VertexLayout

Skip ...

type Vertices ¶

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

Vertices Helper class to generate vertex buffers for drawing primitives.

func NewVertices ¶

func NewVertices(decl *VertexLayout, count int32) *Vertices

NewVertices Helper class to generate vertex buffers for drawing primitives.

func (*Vertices) Begin ¶

func (pointer *Vertices) Begin(vertexindex int32) *Vertices

Begin ...

func (*Vertices) Clear ¶

func (pointer *Vertices) Clear()

Clear ...

func (*Vertices) End ¶

func (pointer *Vertices) End()

End ...

func (*Vertices) EndWithValidate ¶

func (pointer *Vertices) EndWithValidate(validate bool)

EndWithValidate ...

func (*Vertices) Free ¶

func (pointer *Vertices) Free()

Free ...

func (*Vertices) GetCapacity ¶

func (pointer *Vertices) GetCapacity() int32

GetCapacity ...

func (*Vertices) GetCount ¶

func (pointer *Vertices) GetCount() int32

GetCount ...

func (*Vertices) GetData ¶

func (pointer *Vertices) GetData() *VoidPointer

GetData ...

func (*Vertices) GetDecl ¶

func (pointer *Vertices) GetDecl() *VertexLayout

GetDecl ...

func (*Vertices) GetSize ¶

func (pointer *Vertices) GetSize() int32

GetSize ...

func (*Vertices) IsNil ¶

func (pointer *Vertices) IsNil() bool

IsNil ...

func (*Vertices) Reserve ¶

func (pointer *Vertices) Reserve(count int32)

Reserve ...

func (*Vertices) Resize ¶

func (pointer *Vertices) Resize(count int32)

Resize ...

func (*Vertices) SetBinormal ¶

func (pointer *Vertices) SetBinormal(binormal *Vec3) *Vertices

SetBinormal ...

func (*Vertices) SetColor0 ¶

func (pointer *Vertices) SetColor0(color *Color) *Vertices

SetColor0 ...

func (*Vertices) SetColor1 ¶

func (pointer *Vertices) SetColor1(color *Color) *Vertices

SetColor1 ...

func (*Vertices) SetColor2 ¶

func (pointer *Vertices) SetColor2(color *Color) *Vertices

SetColor2 ...

func (*Vertices) SetColor3 ¶

func (pointer *Vertices) SetColor3(color *Color) *Vertices

SetColor3 ...

func (*Vertices) SetNormal ¶

func (pointer *Vertices) SetNormal(normal *Vec3) *Vertices

SetNormal ...

func (*Vertices) SetPos ¶

func (pointer *Vertices) SetPos(pos *Vec3) *Vertices

SetPos ...

func (*Vertices) SetTangent ¶

func (pointer *Vertices) SetTangent(tangent *Vec3) *Vertices

SetTangent ...

func (*Vertices) SetTexCoord0 ¶

func (pointer *Vertices) SetTexCoord0(uv *Vec2) *Vertices

SetTexCoord0 ...

func (*Vertices) SetTexCoord1 ¶

func (pointer *Vertices) SetTexCoord1(uv *Vec2) *Vertices

SetTexCoord1 ...

func (*Vertices) SetTexCoord2 ¶

func (pointer *Vertices) SetTexCoord2(uv *Vec2) *Vertices

SetTexCoord2 ...

func (*Vertices) SetTexCoord3 ¶

func (pointer *Vertices) SetTexCoord3(uv *Vec2) *Vertices

SetTexCoord3 ...

func (*Vertices) SetTexCoord4 ¶

func (pointer *Vertices) SetTexCoord4(uv *Vec2) *Vertices

SetTexCoord4 ...

func (*Vertices) SetTexCoord5 ¶

func (pointer *Vertices) SetTexCoord5(uv *Vec2) *Vertices

SetTexCoord5 ...

func (*Vertices) SetTexCoord6 ¶

func (pointer *Vertices) SetTexCoord6(uv *Vec2) *Vertices

SetTexCoord6 ...

func (*Vertices) SetTexCoord7 ¶

func (pointer *Vertices) SetTexCoord7(uv *Vec2) *Vertices

SetTexCoord7 ...

type VideoFrameFormat ¶

type VideoFrameFormat int32

VideoFrameFormat ...

type ViewMode ¶

type ViewMode int32

ViewMode ...

type ViewState ¶

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

ViewState Everything required to define an observer inside a 3d world. This object holds the projection matrix and its associated frustum as well as the transformation of the observer. The world content is transformed by the observer view matrix before being projected to screen using its projection matrix.

func ComputeOrthographicViewState ¶

func ComputeOrthographicViewState(world *Mat4, size float32, znear float32, zfar float32, aspectratio *Vec2) *ViewState

ComputeOrthographicViewState Compute an orthographic view state. The `size` parameter controls the extends of the projected view. When projecting a 3d world this parameter is expressed in meters. Use the `aspect_ratio` parameter to prevent distortion from induced by non-square viewport. See harfang.ComputeOrthographicProjectionMatrix, harfang.ComputeAspectRatioX and harfang.ComputeAspectRatioY.

func ComputePerspectiveViewState ¶

func ComputePerspectiveViewState(world *Mat4, fov float32, znear float32, zfar float32, aspectratio *Vec2) *ViewState

ComputePerspectiveViewState Compute a perspective view state. See harfang.ComputePerspectiveProjectionMatrix, harfang.ZoomFactorToFov, harfang.FovToZoomFactor, harfang.ComputeAspectRatioX and harfang.ComputeAspectRatioY.

func NewViewState ¶

func NewViewState() *ViewState

NewViewState Everything required to define an observer inside a 3d world. This object holds the projection matrix and its associated frustum as well as the transformation of the observer. The world content is transformed by the observer view matrix before being projected to screen using its projection matrix.

func (*ViewState) Free ¶

func (pointer *ViewState) Free()

Free ...

func (*ViewState) GetFrustum ¶

func (pointer *ViewState) GetFrustum() *Frustum

GetFrustum ...

func (*ViewState) GetProj ¶

func (pointer *ViewState) GetProj() *Mat44

GetProj ...

func (*ViewState) GetView ¶

func (pointer *ViewState) GetView() *Mat4

GetView ...

func (*ViewState) IsNil ¶

func (pointer *ViewState) IsNil() bool

IsNil ...

func (*ViewState) SetFrustum ¶

func (pointer *ViewState) SetFrustum(v *Frustum)

SetFrustum ...

func (*ViewState) SetProj ¶

func (pointer *ViewState) SetProj(v *Mat44)

SetProj ...

func (*ViewState) SetView ¶

func (pointer *ViewState) SetView(v *Mat4)

SetView ...

type Visibility ¶

type Visibility uint8

Visibility ...

func TestVisibility ¶

func TestVisibility(frustum *Frustum, minmax *MinMax) Visibility

TestVisibility Test if a list of 3d points are inside or outside a harfang.Frustum.

func TestVisibilityWithCountPoints ¶

func TestVisibilityWithCountPoints(frustum *Frustum, count uint32, points *Vec3) Visibility

TestVisibilityWithCountPoints Test if a list of 3d points are inside or outside a harfang.Frustum.

func TestVisibilityWithCountPointsDistance ¶

func TestVisibilityWithCountPointsDistance(frustum *Frustum, count uint32, points *Vec3, distance float32) Visibility

TestVisibilityWithCountPointsDistance Test if a list of 3d points are inside or outside a harfang.Frustum.

func TestVisibilityWithOriginRadius ¶

func TestVisibilityWithOriginRadius(frustum *Frustum, origin *Vec3, radius float32) Visibility

TestVisibilityWithOriginRadius Test if a list of 3d points are inside or outside a harfang.Frustum.

type VoidPointer ¶

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

VoidPointer ...

func GetWindowHandle ¶

func GetWindowHandle(window *Window) *VoidPointer

GetWindowHandle Return the system native window handle.

func IntToVoidPointer ¶

func IntToVoidPointer(ptr uintptr) *VoidPointer

IntToVoidPointer Cast an integer to a void pointer. This function is only used to provide access to low-level structures and should not be needed most of the time.

func (*VoidPointer) Free ¶

func (pointer *VoidPointer) Free()

Free ...

func (*VoidPointer) IsNil ¶

func (pointer *VoidPointer) IsNil() bool

IsNil ...

type Window ¶

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

Window Window object.

func GetWindowInFocus ¶

func GetWindowInFocus() *Window

GetWindowInFocus Return the system window with input focus.

func NewFullscreenWindow ¶

func NewFullscreenWindow(monitor *Monitor, modeindex int32) *Window

NewFullscreenWindow Create a new fullscreen window.

func NewFullscreenWindowWithRotation ¶

func NewFullscreenWindowWithRotation(monitor *Monitor, modeindex int32, rotation MonitorRotation) *Window

NewFullscreenWindowWithRotation Create a new fullscreen window.

func NewFullscreenWindowWithTitleMonitorModeIndex ¶

func NewFullscreenWindowWithTitleMonitorModeIndex(title string, monitor *Monitor, modeindex int32) *Window

NewFullscreenWindowWithTitleMonitorModeIndex Create a new fullscreen window.

func NewFullscreenWindowWithTitleMonitorModeIndexRotation ¶

func NewFullscreenWindowWithTitleMonitorModeIndexRotation(title string, monitor *Monitor, modeindex int32, rotation MonitorRotation) *Window

NewFullscreenWindowWithTitleMonitorModeIndexRotation Create a new fullscreen window.

func NewWindow ¶

func NewWindow(width int32, height int32) *Window

NewWindow Create a new window.

func NewWindowFrom ¶

func NewWindowFrom(handle *VoidPointer) *Window

NewWindowFrom Wrap a native window handle in a harfang.Window object.

func NewWindowWithBpp ¶

func NewWindowWithBpp(width int32, height int32, bpp int32) *Window

NewWindowWithBpp Create a new window.

func NewWindowWithBppVisibility ¶

func NewWindowWithBppVisibility(width int32, height int32, bpp int32, visibility WindowVisibility) *Window

NewWindowWithBppVisibility Create a new window.

func NewWindowWithTitleWidthHeight ¶

func NewWindowWithTitleWidthHeight(title string, width int32, height int32) *Window

NewWindowWithTitleWidthHeight Create a new window.

func NewWindowWithTitleWidthHeightBpp ¶

func NewWindowWithTitleWidthHeightBpp(title string, width int32, height int32, bpp int32) *Window

NewWindowWithTitleWidthHeightBpp Create a new window.

func NewWindowWithTitleWidthHeightBppVisibility ¶

func NewWindowWithTitleWidthHeightBppVisibility(title string, width int32, height int32, bpp int32, visibility WindowVisibility) *Window

NewWindowWithTitleWidthHeightBppVisibility Create a new window.

func RenderInitWithWidthHeightResetFlags ¶

func RenderInitWithWidthHeightResetFlags(width int32, height int32, resetflags ResetFlags) *Window

RenderInitWithWidthHeightResetFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWidthHeightResetFlagsFormat ¶

func RenderInitWithWidthHeightResetFlagsFormat(width int32, height int32, resetflags ResetFlags, format TextureFormat) *Window

RenderInitWithWidthHeightResetFlagsFormat Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWidthHeightResetFlagsFormatDebugFlags ¶

func RenderInitWithWidthHeightResetFlagsFormatDebugFlags(width int32, height int32, resetflags ResetFlags, format TextureFormat, debugflags DebugFlags) *Window

RenderInitWithWidthHeightResetFlagsFormatDebugFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWidthHeightType ¶

func RenderInitWithWidthHeightType(width int32, height int32, typeGo RendererType) *Window

RenderInitWithWidthHeightType Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWidthHeightTypeResetFlags ¶

func RenderInitWithWidthHeightTypeResetFlags(width int32, height int32, typeGo RendererType, resetflags ResetFlags) *Window

RenderInitWithWidthHeightTypeResetFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWidthHeightTypeResetFlagsFormat ¶

func RenderInitWithWidthHeightTypeResetFlagsFormat(width int32, height int32, typeGo RendererType, resetflags ResetFlags, format TextureFormat) *Window

RenderInitWithWidthHeightTypeResetFlagsFormat Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWidthHeightTypeResetFlagsFormatDebugFlags ¶

func RenderInitWithWidthHeightTypeResetFlagsFormatDebugFlags(width int32, height int32, typeGo RendererType, resetflags ResetFlags, format TextureFormat, debugflags DebugFlags) *Window

RenderInitWithWidthHeightTypeResetFlagsFormatDebugFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWindowTitleWidthHeightResetFlags ¶

func RenderInitWithWindowTitleWidthHeightResetFlags(windowtitle string, width int32, height int32, resetflags ResetFlags) *Window

RenderInitWithWindowTitleWidthHeightResetFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWindowTitleWidthHeightResetFlagsFormat ¶

func RenderInitWithWindowTitleWidthHeightResetFlagsFormat(windowtitle string, width int32, height int32, resetflags ResetFlags, format TextureFormat) *Window

RenderInitWithWindowTitleWidthHeightResetFlagsFormat Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWindowTitleWidthHeightResetFlagsFormatDebugFlags ¶

func RenderInitWithWindowTitleWidthHeightResetFlagsFormatDebugFlags(windowtitle string, width int32, height int32, resetflags ResetFlags, format TextureFormat, debugflags DebugFlags) *Window

RenderInitWithWindowTitleWidthHeightResetFlagsFormatDebugFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWindowTitleWidthHeightType ¶

func RenderInitWithWindowTitleWidthHeightType(windowtitle string, width int32, height int32, typeGo RendererType) *Window

RenderInitWithWindowTitleWidthHeightType Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWindowTitleWidthHeightTypeResetFlags ¶

func RenderInitWithWindowTitleWidthHeightTypeResetFlags(windowtitle string, width int32, height int32, typeGo RendererType, resetflags ResetFlags) *Window

RenderInitWithWindowTitleWidthHeightTypeResetFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormat ¶

func RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormat(windowtitle string, width int32, height int32, typeGo RendererType, resetflags ResetFlags, format TextureFormat) *Window

RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormat Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormatDebugFlags ¶

func RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormatDebugFlags(windowtitle string, width int32, height int32, typeGo RendererType, resetflags ResetFlags, format TextureFormat, debugflags DebugFlags) *Window

RenderInitWithWindowTitleWidthHeightTypeResetFlagsFormatDebugFlags Initialize the render system. To change the states of the render system afterward use harfang.RenderReset.

func (*Window) Free ¶

func (pointer *Window) Free()

Free ...

func (*Window) IsNil ¶

func (pointer *Window) IsNil() bool

IsNil ...

type WindowVisibility ¶

type WindowVisibility int32

WindowVisibility ...

Source Files ¶

View all Source files

bind.go

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