Powertek.Imaging.PtColorConversion Class Reference

Color Space Conversion. More...

List of all members.

Static Public Member Functions
static void	RgbToI1I2I3 (ref Byte r, ref Byte g, ref Byte b, out double i1, out double i2, out double i3)
static void	RgbToI1I2I3 (ref Byte r, ref Byte g, ref Byte b, out float i1, out float i2, out float i3)
static void	I1I2I3ToRgb (ref double i1, ref double i2, ref double i3, out Byte r, out Byte g, out Byte b)
static void	I1I2I3ToRgb (ref float i1, ref float i2, ref float i3, out Byte r, out Byte g, out Byte b)
static void	RgbToXYZ (ref Byte r, ref Byte g, ref Byte b, out double x, out double y, out double z)
static void	RgbToXYZ (ref Byte r, ref Byte g, ref Byte b, out float x, out float y, out float z)
static void	RgbToLUV (ref Byte r, ref Byte g, ref Byte b, out double l, out double u, out double v)
static void	RgbToLUV (ref Byte r, ref Byte g, ref Byte b, out float l, out float u, out float v)
static void	LuvToRGB (ref double l, ref double u, ref double v, out Byte r, out Byte g, out Byte b)
static void	LuvToRGB (ref float l, ref float u, ref float v, out Byte r, out Byte g, out Byte b)
static void	XyzToRGB (ref double x, ref double y, ref double z, out Byte r, out Byte g, out Byte b)
static void	XyzToRGB (ref float x, ref float y, ref float z, out Byte r, out Byte g, out Byte b)
static void	RgbToLAB (ref Byte R, ref Byte G, ref Byte B, out double l, out double a, out double b)
static void	RgbToLAB (ref Byte R, ref Byte G, ref Byte B, out float l, out float a, out float b)
static void	LabToRGB (ref double l, ref double a, ref double b, out Byte R, out Byte G, out Byte B)
static void	LabToRGB (ref float l, ref float a, ref float b, out Byte R, out Byte G, out Byte B)
static void	RgbToCMY (ref Byte R, ref Byte G, ref Byte B, out double c, out double m, out double y)
static void	RgbToCMY (ref Byte R, ref Byte G, ref Byte B, out float c, out float m, out float y)
static void	CmyToRGB (ref double c, ref double m, ref double y, out Byte R, out Byte G, out Byte B)
static void	CmyToRGB (ref float c, ref float m, ref float y, out Byte R, out Byte G, out Byte B)
static void	RgbToHunterLAB (ref Byte R, ref Byte G, ref Byte B, out double l, out double a, out double b)
static void	RgbToHunterLAB (ref Byte R, ref Byte G, ref Byte B, out float l, out float a, out float b)
static void	HunterLABToRGB (ref double l, ref double a, ref double b, out Byte R, out Byte G, out Byte B)
static void	HunterLABToRGB (ref float l, ref float a, ref float b, out Byte R, out Byte G, out Byte B)
static void	RgbToXyY (ref Byte R, ref Byte G, ref Byte B, out double rx, out double ry, out double rY)
static void	RgbToXyY (ref Byte R, ref Byte G, ref Byte B, out float rx, out float ry, out float rY)
static void	XyYToRGB (ref double rx, ref double ry, ref double rY, out Byte R, out Byte G, out Byte B)
static void	XyYToRGB (ref float rx, ref float ry, ref float rY, out Byte R, out Byte G, out Byte B)
static void	RgbToHSV (ref Byte r, ref Byte g, ref Byte b, out double h, out double s, out double v)
static void	RgbToHSV (ref Byte r, ref Byte g, ref Byte b, out float h, out float s, out float v)
static void	HsvToRGB (ref double H, ref double S, ref double V, out byte r, out byte g, out byte b)
static void	HsvToRGB (ref float H, ref float S, ref float V, out byte r, out byte g, out byte b)
static void	ClampToColorSpace (PtColorSpace inSpace, ref double inX, ref double inY, ref double inZ)
static void	Convert (PtColorSpace inSpace, PtColorSpace outSpace, double inX, double inY, double inZ, out double outX, out double outY, out double outZ)
Public Attributes
const float	CIELUV_l1_min = 0.0f
const float	CIELUV_l1_max = 100.0f
const float	CIELUV_u2_min = -83.079f
const float	CIELUV_u2_max = 175.053f
const float	CIELUV_v3_min = -134.11f
const float	CIELUV_v3_max = 107.401f
const float	I1I2I3_i1_min = 0.0f
const float	I1I2I3_i1_max = 255.0f
const float	I1I2I3_i2_min = -127.5f
const float	I1I2I3_i2_max = 127.5f
const float	I1I2I3_i3_min = -127.5f
const float	I1I2I3_i3_max = 127.5f
const float	CIELAB_l1_min = 0.0f
const float	CIELAB_l1_max = 100.0f
const float	CIELAB_a2_min = -86.18464f
const float	CIELAB_a2_max = 98.25422f
const float	CIELAB_b3_min = -107.86368f
const float	CIELAB_b3_max = 94.48249f
const float	CIEXYZ_x1_min = 0.0f
const float	CIEXYZ_x1_max = 95.05f
const float	CIEXYZ_y2_min = 0
const float	CIEXYZ_y2_max = 100.0f
const float	CIEXYZ_z3_min = 0.0f
const float	CIEXYZ_z3_max = 108.9f
const float	CMY_c1_min = 0.0f
const float	CMY_c1_max = 1.0f
const float	CMY_m2_min = 0.0f
const float	CMY_m2_max = 1.0f
const float	CMY_y3_min = 0.0f
const float	CMY_y3_max = 1.0f
const float	HunterLAB_l1_min = 0.0f
const float	HunterLAB_l1_max = 100.0f
const float	HunterLAB_a2_min = -72.51834f
const float	HunterLAB_a2_max = 104.92066f
const float	HunterLAB_b3_min = -190.92309f
const float	HunterLAB_b3_max = 58.90047f
const float	XyY_x1_min = 0.0f
const float	XyY_x1_max = 0.64007f
const float	XyY_y2_min = 0.0f
const float	XyY_y2_max = 0.6f
const float	XyY_Y3_min = 0.0f
const float	XyY_Y3_max = 100.0f
const float	HSV_h1_min = 0.0f
const float	HSV_h1_max = 360.0f
const float	HSV_s2_min = 0.0f
const float	HSV_s2_max = 100.0f
const float	HSV_v3_min = 0.0f
const float	HSV_v3_max = 100.0f
const float	RGB_r1_min = 0.0f
const float	RGB_r1_max = 255.0f
const float	RGB_g2_min = 0.0f
const float	RGB_g2_max = 255.0f
const float	RGB_b3_min = 0.0f
const float	RGB_b3_max = 255.0f

---

Detailed Description

---

Member Function Documentation

static void Powertek.Imaging.PtColorConversion.ClampToColorSpace	(	PtColorSpace	inSpace,
		ref double	inX,
		ref double	inY,
		ref double	inZ
	)			[static]

Clamps all three channels of the given colorspace to the limits of the RGB (0-255) Conversion Limit.

Parameters:

	inSpace
	inX
	inY
	inZ

static void Powertek.Imaging.PtColorConversion.CmyToRGB	(	ref float	c,
		ref float	m,
		ref float	y,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert CMY to RGB.

Parameters:

	c
	m
	y
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.CmyToRGB	(	ref double	c,
		ref double	m,
		ref double	y,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert CMY to RGB.

Parameters:

	c
	m
	y
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.Convert	(	PtColorSpace	inSpace,
		PtColorSpace	outSpace,
		double	inX,
		double	inY,
		double	inZ,
		out double	outX,
		out double	outY,
		out double	outZ
	)			[static]

Convert one ColorSpace into another.

Parameters:

	inSpace	Source ColorSpace
	outSpace	Destination ColorSpace
	inX	Source Channel 1
	inY	Source Channel 2
	inZ	Source Channel 3
	outX	Resulting Channel 1
	outY	Resulting Channel 2
	outZ	Resulting Channel 3

static void Powertek.Imaging.PtColorConversion.HsvToRGB	(	ref float	H,
		ref float	S,
		ref float	V,
		out byte	r,
		out byte	g,
		out byte	b
	)			[static]

Convert HSV to RGB.

Parameters:

	H	H Channel (0..360)
	S	S Channel (0..100)
	V	V Channel (0..100)
	r	R Channel output (0..255)
	g	G Channel output (0..255)
	b	B Channel output (0..255)

static void Powertek.Imaging.PtColorConversion.HsvToRGB	(	ref double	H,
		ref double	S,
		ref double	V,
		out byte	r,
		out byte	g,
		out byte	b
	)			[static]

Convert HSV to RGB.

Parameters:

	H	H Channel (0..360)
	S	S Channel (0..100)
	V	V Channel (0..100)
	r	R Channel output (0..255)
	g	G Channel output (0..255)
	b	B Channel output (0..255)

static void Powertek.Imaging.PtColorConversion.HunterLABToRGB	(	ref float	l,
		ref float	a,
		ref float	b,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert Hunter Lab to RGB.

Parameters:

	l
	a
	b
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.HunterLABToRGB	(	ref double	l,
		ref double	a,
		ref double	b,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert Hunter Lab to RGB.

Parameters:

	l
	a
	b
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.I1I2I3ToRgb	(	ref float	i1,
		ref float	i2,
		ref float	i3,
		out Byte	r,
		out Byte	g,
		out Byte	b
	)			[static]

Convert I1I2I3 to RGB.

Parameters:

	i1
	i2
	i3
	r
	g
	b

static void Powertek.Imaging.PtColorConversion.I1I2I3ToRgb	(	ref double	i1,
		ref double	i2,
		ref double	i3,
		out Byte	r,
		out Byte	g,
		out Byte	b
	)			[static]

Convert I1I2I3 to RGB.

Parameters:

	i1	I1 Channel
	i2	I2 Channel
	i3	I3 Channel
	r	R Channel output (0..255)
	g	G Channel output (0..255)
	b	B Channel output (0..255)

static void Powertek.Imaging.PtColorConversion.LabToRGB	(	ref float	l,
		ref float	a,
		ref float	b,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert CIE Lab to RGB.

Parameters:

	l
	a
	b
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.LabToRGB	(	ref double	l,
		ref double	a,
		ref double	b,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert CIE Lab to RGB.

Parameters:

	l
	a
	b
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.LuvToRGB	(	ref float	l,
		ref float	u,
		ref float	v,
		out Byte	r,
		out Byte	g,
		out Byte	b
	)			[static]

Convert CIE Luv to RGB.

Parameters:

	l
	u
	v
	r
	g
	b

static void Powertek.Imaging.PtColorConversion.LuvToRGB	(	ref double	l,
		ref double	u,
		ref double	v,
		out Byte	r,
		out Byte	g,
		out Byte	b
	)			[static]

Convert CIE Luv to RGB.

Parameters:

	l
	u
	v
	r
	g
	b

static void Powertek.Imaging.PtColorConversion.RgbToCMY	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out float	c,
		out float	m,
		out float	y
	)			[static]

Convert RGB to CMY.

Parameters:

	R
	G
	B
	c
	m
	y

static void Powertek.Imaging.PtColorConversion.RgbToCMY	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out double	c,
		out double	m,
		out double	y
	)			[static]

Convert RGB to CMY.

Parameters:

	R
	G
	B
	c
	m
	y

static void Powertek.Imaging.PtColorConversion.RgbToHSV	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out float	h,
		out float	s,
		out float	v
	)			[static]

Convert RGB to HSV.

Parameters:

	r	R Channel (0..255)
	g	G Channel (0..255)
	b	B Channel (0..255)
	h	H output (0..360)
	s	S output (0..100)
	v	V output (0..100)

static void Powertek.Imaging.PtColorConversion.RgbToHSV	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out double	h,
		out double	s,
		out double	v
	)			[static]

Convert RGB to HSV.

Parameters:

	r	R Channel (0..255)
	g	G Channel (0..255)
	b	B Channel (0..255)
	h	H output (0..360)
	s	S output (0..100)
	v	V output (0..100)

static void Powertek.Imaging.PtColorConversion.RgbToHunterLAB	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out float	l,
		out float	a,
		out float	b
	)			[static]

Convert RGB to Hunter Lab.

Parameters:

	R
	G
	B
	l
	a
	b

static void Powertek.Imaging.PtColorConversion.RgbToHunterLAB	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out double	l,
		out double	a,
		out double	b
	)			[static]

Convert RGB to Hunter Lab.

Parameters:

	R
	G
	B
	l
	a
	b

static void Powertek.Imaging.PtColorConversion.RgbToI1I2I3	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out float	i1,
		out float	i2,
		out float	i3
	)			[static]

Convert RGB to I1I2I3.

Parameters:

	r	R Channel (0..255)
	g	G Channel (0..255)
	b	B Channel (0..255)
	i1	I1 output
	i2	I2 output
	i3	I3 output

static void Powertek.Imaging.PtColorConversion.RgbToI1I2I3	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out double	i1,
		out double	i2,
		out double	i3
	)			[static]

Convert RGB to I1I2I3.

Parameters:

	r	R Channel (0..255)
	g	G Channel (0..255)
	b	B Channel (0..255)
	i1	I1 output
	i2	I2 output
	i3	I3 output

static void Powertek.Imaging.PtColorConversion.RgbToLAB	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out float	l,
		out float	a,
		out float	b
	)			[static]

Convert RGB to CIE Lab.

Parameters:

	R
	G
	B
	l
	a
	b

static void Powertek.Imaging.PtColorConversion.RgbToLAB	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out double	l,
		out double	a,
		out double	b
	)			[static]

Convert RGB to CIE Lab.

Parameters:

	R
	G
	B
	l
	a
	b

static void Powertek.Imaging.PtColorConversion.RgbToLUV	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out float	l,
		out float	u,
		out float	v
	)			[static]

Convert RGB to CIE Luv.

Parameters:

	r
	g
	b
	l
	u
	v

static void Powertek.Imaging.PtColorConversion.RgbToLUV	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out double	l,
		out double	u,
		out double	v
	)			[static]

Convert RGB to CIE Luv.

Parameters:

	r
	g
	b
	l
	u
	v

static void Powertek.Imaging.PtColorConversion.RgbToXyY	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out float	rx,
		out float	ry,
		out float	rY
	)			[static]

Convert RGB to XyY.

Parameters:

	R
	G
	B
	rx
	ry
	rY

static void Powertek.Imaging.PtColorConversion.RgbToXyY	(	ref Byte	R,
		ref Byte	G,
		ref Byte	B,
		out double	rx,
		out double	ry,
		out double	rY
	)			[static]

Convert RGB to XyY.

Parameters:

	R
	G
	B
	rx
	ry
	rY

static void Powertek.Imaging.PtColorConversion.RgbToXYZ	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out float	x,
		out float	y,
		out float	z
	)			[static]

Convert RGB to XYZ.

Parameters:

	r
	g
	b
	x
	y
	z

static void Powertek.Imaging.PtColorConversion.RgbToXYZ	(	ref Byte	r,
		ref Byte	g,
		ref Byte	b,
		out double	x,
		out double	y,
		out double	z
	)			[static]

Convert RGB to XYZ.

Parameters:

	r
	g
	b
	x
	y
	z

static void Powertek.Imaging.PtColorConversion.XyYToRGB	(	ref float	rx,
		ref float	ry,
		ref float	rY,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert XyY to RGB.

Parameters:

	rx
	ry
	rY
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.XyYToRGB	(	ref double	rx,
		ref double	ry,
		ref double	rY,
		out Byte	R,
		out Byte	G,
		out Byte	B
	)			[static]

Convert XyY to RGB.

Parameters:

	rx
	ry
	rY
	R
	G
	B

static void Powertek.Imaging.PtColorConversion.XyzToRGB	(	ref float	x,
		ref float	y,
		ref float	z,
		out Byte	r,
		out Byte	g,
		out Byte	b
	)			[static]

Convert Xyz to RGB.

Parameters:

	x
	y
	z
	r
	g
	b

static void Powertek.Imaging.PtColorConversion.XyzToRGB	(	ref double	x,
		ref double	y,
		ref double	z,
		out Byte	r,
		out Byte	g,
		out Byte	b
	)			[static]

Convert Xyz to RGB.

Parameters:

	x
	y
	z
	r
	g
	b

---

Member Data Documentation

const float Powertek.Imaging.PtColorConversion.CIELAB_a2_max = 98.25422f

Maximum value of CIELAB Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELAB_a2_min = -86.18464f

Minimum value of CIELAB Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELAB_b3_max = 94.48249f

Maximum value of CIELAB Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELAB_b3_min = -107.86368f

Minimum value of CIELAB Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELAB_l1_max = 100.0f

Maximum value of CIELAB Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELAB_l1_min = 0.0f

Minimum value of CIELAB Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELUV_l1_max = 100.0f

Maximum value of CIELUV Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELUV_l1_min = 0.0f

Minimum value of CIELUV Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELUV_u2_max = 175.053f

Maximum value of CIELUV Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELUV_u2_min = -83.079f

Minimum value of CIELUV Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELUV_v3_max = 107.401f

Maximum value of CIELUV Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIELUV_v3_min = -134.11f

Minimum value of CIELUV Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIEXYZ_x1_max = 95.05f

Maximum value of CIEXYZ Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIEXYZ_x1_min = 0.0f

Minimum value of CIEXYZ Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIEXYZ_y2_max = 100.0f

Maximum value of CIEXYZ Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIEXYZ_y2_min = 0

Minimum value of CIEXYZ Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIEXYZ_z3_max = 108.9f

Maximum value of CIEXYZ Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CIEXYZ_z3_min = 0.0f

Minimum value of CIEXYZ Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CMY_c1_max = 1.0f

Maximum value of CMY Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CMY_c1_min = 0.0f

Minimum value of CMY Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CMY_m2_max = 1.0f

Maximum value of CMY Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CMY_m2_min = 0.0f

Minimum value of CMY Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CMY_y3_max = 1.0f

Maximum value of CMY Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.CMY_y3_min = 0.0f

Minimum value of CMY Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HSV_h1_max = 360.0f

Maximum value of HSV Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HSV_h1_min = 0.0f

Minimum value of HSV Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HSV_s2_max = 100.0f

Maximum value of HSV Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HSV_s2_min = 0.0f

Minimum value of HSV Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HSV_v3_max = 100.0f

Maximum value of HSV Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HSV_v3_min = 0.0f

Minimum value of HSV Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HunterLAB_a2_max = 104.92066f

Maximum value of HunterLAB Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HunterLAB_a2_min = -72.51834f

Minimum value of HunterLAB Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HunterLAB_b3_max = 58.90047f

Maximum value of HunterLAB Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HunterLAB_b3_min = -190.92309f

Minimum value of HunterLAB Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HunterLAB_l1_max = 100.0f

Maximum value of HunterLAB Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.HunterLAB_l1_min = 0.0f

Minimum value of HunterLAB Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.I1I2I3_i1_max = 255.0f

Maximum value of I1I2I3 Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.I1I2I3_i1_min = 0.0f

Minimum value of I1I2I3 Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.I1I2I3_i2_max = 127.5f

Maximum value of I1I2I3 Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.I1I2I3_i2_min = -127.5f

Minimum value of I1I2I3 Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.I1I2I3_i3_max = 127.5f

Maximum value of I1I2I3 Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.I1I2I3_i3_min = -127.5f

Minimum value of I1I2I3 Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.RGB_b3_max = 255.0f

Maximum value of RGB Channel3 (wellknown...).

const float Powertek.Imaging.PtColorConversion.RGB_b3_min = 0.0f

Minimum value of RGB Channel3 (wellknown...).

const float Powertek.Imaging.PtColorConversion.RGB_g2_max = 255.0f

Maximum value of RGB Channel2 (wellknown...).

const float Powertek.Imaging.PtColorConversion.RGB_g2_min = 0.0f

Minimum value of RGB Channel2 (wellknown...).

const float Powertek.Imaging.PtColorConversion.RGB_r1_max = 255.0f

Maximum value of RGB Channel1 (wellknown...).

const float Powertek.Imaging.PtColorConversion.RGB_r1_min = 0.0f

Minimum value of RGB Channel1 (wellknown...).

const float Powertek.Imaging.PtColorConversion.XyY_x1_max = 0.64007f

Maximum value of XyY Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.XyY_x1_min = 0.0f

Minimum value of XyY Channel1 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.XyY_y2_max = 0.6f

Maximum value of XyY Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.XyY_y2_min = 0.0f

Minimum value of XyY Channel2 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.XyY_Y3_max = 100.0f

Maximum value of XyY Channel3 if converted from RGB 0..255.

const float Powertek.Imaging.PtColorConversion.XyY_Y3_min = 0.0f

Minimum value of XyY Channel3 if converted from RGB 0..255.

---

The documentation for this class was generated from the following file:

• pt_ColorConversion.cs