CC

Documentation

Index

• type Algebraic
  • func (a *Algebraic) Apply(sample *[]interface{})
• type BitfieldText
  • func (bt *BitfieldText) Apply(sample *[]interface{})
• type Block
  • func New(file *os.File, startAdress int64) *Block
  • func (b *Block) BlankBlock() *Block
  • func (b *Block) Get(file *os.File, channelType uint8) Conversion
  • func (b *Block) GetAlgebraic(file *os.File) Conversion
  • func (b *Block) GetBitfield(file *os.File) Conversion
  • func (b *Block) GetLinear(file *os.File) Conversion
  • func (b *Block) GetRational(file *os.File) Conversion
  • func (b *Block) GetTextToText(file *os.File) Conversion
  • func (b *Block) GetTextToValue(file *os.File) Conversion
  • func (b *Block) GetValueRangeToText(file *os.File, channelType uint8) Conversion
  • func (b *Block) GetValueRangeToValue(file *os.File, channelType uint8) Conversion
  • func (b *Block) GetValueToText(file *os.File) Conversion
  • func (b *Block) GetValueToValue(file *os.File) Conversion
• type Conversion
• type Data
• type Info
• type Linear
  • func (l *Linear) Apply(sample *[]interface{})
• type Link
• type Rational
  • func (r *Rational) Apply(sample *[]interface{})
• type TextText
  • func (tt *TextText) Apply(sample *[]interface{})
• type TextValue
  • func (tv *TextValue) Apply(sample *[]interface{})
• type ValueRangeToText
  • func (vt *ValueRangeToText) Apply(sample *[]interface{})
• type ValueRangeToValue
  • func (vr *ValueRangeToValue) Apply(sample *[]interface{})
• type ValueText
  • func (vt *ValueText) Apply(sample *[]interface{})
• type ValueValue
  • func (vv *ValueValue) Apply(sample *[]interface{})

Types

type Algebraic

type Algebraic struct {
	Info    Info
	Formula string
}

func (*Algebraic) Apply

func (a *Algebraic) Apply(sample *[]interface{})

Interporlation formula

type BitfieldText

type BitfieldText struct {
	Info    Info
	Bitmask []float64
	Links   []float64
}

func (*BitfieldText) Apply

func (bt *BitfieldText) Apply(sample *[]interface{})

type Block

type Block struct {
	Header blocks.Header
	Link   Link
	Data   Data
}

func New

func New(file *os.File, startAdress int64) *Block

func (*Block) BlankBlock

func (b *Block) BlankBlock() *Block

func (*Block) Get

func (b *Block) Get(file *os.File, channelType uint8) Conversion

Get returns an conversion struct type

func (*Block) GetAlgebraic

func (b *Block) GetAlgebraic(file *os.File) Conversion

func (*Block) GetBitfield

func (b *Block) GetBitfield(file *os.File) Conversion

func (*Block) GetLinear

func (b *Block) GetLinear(file *os.File) Conversion

GetLinear returns linear conversion struct type

func (*Block) GetRational

func (b *Block) GetRational(file *os.File) Conversion

GetRational returns rational conversion struct type

func (*Block) GetTextToText

func (b *Block) GetTextToText(file *os.File) Conversion

func (*Block) GetTextToValue

func (b *Block) GetTextToValue(file *os.File) Conversion

func (*Block) GetValueRangeToText

func (b *Block) GetValueRangeToText(file *os.File, channelType uint8) Conversion

func (*Block) GetValueRangeToValue

func (b *Block) GetValueRangeToValue(file *os.File, channelType uint8) Conversion

GetVVInterporlation returns value to value tabular look-up with interpolation

func (*Block) GetValueToText

func (b *Block) GetValueToText(file *os.File) Conversion

func (*Block) GetValueToValue

func (b *Block) GetValueToValue(file *os.File) Conversion

GetVVInterporlation returns value to value tabular look-up with interpolation

type Conversion

type Conversion interface {
	Apply(*[]interface{})
}

type Data

type Data struct {
	Type        uint8
	Precision   uint8
	Flags       uint16
	RefCount    uint16
	ValCount    uint16
	PhyRangeMin float64
	PhyRangeMax float64
	Val         []float64
}

type Info

type Info struct {
	Name    string
	Unit    string
	Comment string
}

type Linear

type Linear struct {
	Info Info
	P1   float64
	P2   float64
}

func (*Linear) Apply

func (l *Linear) Apply(sample *[]interface{})

linear formula with two parameters `(y=a*x+b)`

type Link

type Link struct {
	TxName    int64
	MdUnit    int64
	MdComment int64
	Inverse   int64
	Ref       []int64
}

type Rational

type Rational struct {
	Info Info
	P1   float64
	P2   float64
	P3   float64
	P4   float64
	P5   float64
	P6   float64
}

func (*Rational) Apply

func (r *Rational) Apply(sample *[]interface{})

Rational formula with two parameters `(y=v1*x+v2*x+v3*x/v4*x+v5*x+v6*x)`

type TextText

type TextText struct {
	Info    Info
	Keys    []string
	Values  []string
	Default string
}

func (*TextText) Apply

func (tt *TextText) Apply(sample *[]interface{})

type TextValue

type TextValue struct {
	Info    Info
	Values  []float64
	Keys    []string
	Default float64
}

func (*TextValue) Apply

func (tv *TextValue) Apply(sample *[]interface{})

type ValueRangeToText

type ValueRangeToText struct {
	Info     Info
	KeyMin   []float64
	KeyMax   []float64
	Links    []interface{}
	Default  interface{}
	DataType uint8
}

func (*ValueRangeToText) Apply

func (vt *ValueRangeToText) Apply(sample *[]interface{})

type ValueRangeToValue

type ValueRangeToValue struct {
	Info     Info
	KeyMin   []float64
	KeyMax   []float64
	Values   []float64
	Default  float64
	DataType uint8
}

func (*ValueRangeToValue) Apply

func (vr *ValueRangeToValue) Apply(sample *[]interface{})

type ValueText

type ValueText struct {
	Info    Info
	Keys    []float64
	Links   []interface{}
	Default interface{}
}

func (*ValueText) Apply

func (vt *ValueText) Apply(sample *[]interface{})

type ValueValue

type ValueValue struct {
	Info   Info
	Keys   []float64
	Values []float64
	Type   uint8
}

func (*ValueValue) Apply

func (vv *ValueValue) Apply(sample *[]interface{})