PUBLIC

ByteVYUValueC::ByteVYUValueC(void) ByteVYUValueC::ByteVYUValueC(GreyValueT,GreyValueT,GreyValueT) ByteVYUValueC::Y(void) ByteVYUValueC::U(void) ByteVYUValueC::V(void) ByteVYUValueC::Y(void) const ByteVYUValueC::U(void) const ByteVYUValueC::V(void) const ByteVYUValueC::YUV(void) const ByteVYUValueC::operator+(const ByteVYUValueC &) const ByteVYUValueC::operator/(ByteGreyValueT) const ByteVYUValueC::operator*(ByteGreyValueT) const

ByteVYUValueC
Color in VYU space
include	"amma/VYUValue.hh"
User Level:	Default
Library:	Mpxl
Example:	doNumClassComb.cc
Section:	Image.Pixel Representations
In Scope:	std

Comments:
Just YUV with the colours re-arranged. This is for compatability with SGI's formats.

ByteGreyValueT vComponent;

ByteGreyValueT intensity;

ByteGreyValueT uComponent;

ByteVYUValueC()

Default constructor. 0,0,0

ByteVYUValueC(GreyValueT v,GreyValueT y,GreyValueT u)

Constructor.

ByteGreyValueT & Y()

Access intensity.

ByteGreyValueT & U()

Access U component.

ByteGreyValueT & V()

Access V component

const ByteGreyValueT & Y() const

Access intensity.

const ByteGreyValueT & U() const

Access U component.

const ByteGreyValueT & V() const

Access V component

ByteYUVValueC YUV() const

Translate to YUV.

ByteVYUValueC operator+(const ByteVYUValueC & oth) const

Addition

ByteVYUValueC operator/(ByteGreyValueT value) const

Division

ByteVYUValueC operator*(ByteGreyValueT value) const

Multplication