#include <SFXRGBColor.h.hpp>

class SFXRGBColor;

SFMTYPEDEFCLASS(SFXRGBColor)

[ public, explicit ]
SFXRGBColor(Void);

[ public ]
SFXRGBColor(
    SFXRGBColorConstRef param   // source color
);

[ public, explicit ]
SFXRGBColor(
    UInt08 red     // R value
    UInt08 green   // G value
    UInt08 blue    // B value
    UInt08 alpha   // A value
);

[ public, explicit ]
SFXRGBColor(
    UInt08 mono    // RGB value
    UInt08 alpha   // A value
);

[ public, explicit ]
SFXRGBColor(
    RGBVAL rgbval   // color of RGBVAL type
);

[ public ]
SFXRGBColorRef Add(
    SFXRGBColorConstRef param   // value to add to color
);

[ public ]
SFXRGBColorRef Add(
    UInt08 red     // value to add to the R value 
    UInt08 green   // value to add to the G value 
    UInt08 blue    // value to add to the B value 
    UInt08 alpha   // value to add to the A value 
);

[ public ]
SFXRGBColorRef Add(
    UInt08 mono    // value to add to the RGB value 
    UInt08 alpha   // value to add to the A value 
);

[ public ]
SFXRGBColorRef AddAlpha(
    UInt08 param   // value to add to the A value 
);

[ public ]
SFXRGBColorRef AddBlue(
    UInt08 param   // value to add to the B value 
);

[ public ]
SFXRGBColorRef AddGreen(
    UInt08 param   // value to add to the G value 
);

[ public ]
SFXRGBColorRef AddRGB(
    UInt08 red     // value to add to the R value 
    UInt08 green   // value to add to the G value 
    UInt08 blue    // value to add to the B value 
);

[ public ]
SFXRGBColorRef AddRGB(
    UInt08 mono   // value to add to the RGB value 
);

[ public ]
SFXRGBColorRef AddRed(
    UInt08 param   // value to add to the R value 
);

[ public, const ]
RGBVAL AsRGBVAL(Void);

[ public, const ]
Bool Equals(
    SFXRGBColorConstRef param   // color to compare
);

[ public, const ]
Bool Equals(
    UInt08 red     // R value to compare
    UInt08 green   // G value to compare
    UInt08 blue    // B value to compare
    UInt08 alpha   // A value to compare
);

[ public, const ]
Bool Equals(
    UInt08 mono    // RGB value to compare
    UInt08 alpha   // A value to compare
);

[ public, const ]
Bool EqualsRGB(
    SFXRGBColorConstRef param   // color to compare
);

[ public, const ]
Bool EqualsRGB(
    UInt08 red     // R value to compare
    UInt08 green   // G value to compare
    UInt08 blue    // B value to compare
);

[ public, const ]
Bool EqualsRGB(
    UInt08 mono   // RGB value to compare
);

[ public, const ]
UInt08 GetAlpha(Void);

[ public, const ]
UInt08 GetBlue(Void);

[ public, const ]
UInt08 GetBrightness(Void);

[ public, const ]
UInt08 GetGreen(Void);

[ public, const ]
UInt08 GetRed(Void);

[ public ]
SFXRGBColorRef Set(
    SFXRGBColorConstRef param   // color to set
);

[ public ]
SFXRGBColorRef Set(
    UInt08 red     // R value
    UInt08 green   // G value
    UInt08 blue    // B value
    UInt08 alpha   // A value
);

[ public ]
SFXRGBColorRef Set(
    UInt08 mono    // RGB value
    UInt08 alpha   // A value
);

[ public ]
SFXRGBColorRef Set(
    RGBVAL rgbval   // color of RGBVAL type to set
);

[ public ]
SFXRGBColorRef SetAlpha(
    UInt08 param   // A value
);

[ public ]
SFXRGBColorRef SetBlue(
    UInt08 param   // B value
);

[ public ]
SFXRGBColorRef SetGreen(
    UInt08 param   // G value
);

[ public ]
SFXRGBColorRef SetRGB(
    UInt08 red     // R value
    UInt08 green   // G value
    UInt08 blue    // B value
);

[ public ]
SFXRGBColorRef SetRGB(
    UInt08 mono   // RGB value
);

[ public ]
SFXRGBColorRef SetRed(
    UInt08 param   // R value
);

[ public ]
SFXRGBColorRef Sub(
    SFXRGBColorConstRef param   // value to subtract from the color
);

[ public ]
SFXRGBColorRef Sub(
    UInt08 red     // value to subtract from the R value
    UInt08 green   // value to subtract from the G value
    UInt08 blue    // value to subtract from the B value
    UInt08 alpha   // A value to subtract
);

[ public ]
SFXRGBColorRef Sub(
    UInt08 mono    // value to subtract from the RGB value
    UInt08 alpha   // A value to subtract
);

[ public ]
SFXRGBColorRef SubAlpha(
    UInt08 param   // A value to subtract
);

[ public ]
SFXRGBColorRef SubBlue(
    UInt08 param   // value to subtract from the B value
);

[ public ]
SFXRGBColorRef SubGreen(
    UInt08 param   // value to subtract from the G value
);

[ public ]
SFXRGBColorRef SubRGB(
    UInt08 red     // value to subtract from the R value
    UInt08 green   // value to subtract from the G value
    UInt08 blue    // value to subtract from the B value
);

[ public ]
SFXRGBColorRef SubRGB(
    UInt08 mono   // value to subtract from the RGB value
);

[ public ]
SFXRGBColorRef SubRed(
    UInt08 param   // value to subtract from the R value
);

[ public, static ]
SFXRGBColorConstRef ZeroInstance(Void);

[ public, friend ]
SFXRGBColor::AtomRec * atomic_cast(
    SFXRGBColor * param   // RGB color to cast
);

[ public, friend ]
SFXRGBColor::AtomRec const * atomic_cast(
    SFXRGBColor const * param   // RGB color to cast
);

[ public ]
SFXRGBColorRef operator=(
    SFXRGBColorConstRef param   // color to set
);

[ public, friend ]
Bool operator==(
    SFXRGBColorConstRef left    // color to compare
    SFXRGBColorConstRef right   // color to compare
);

[ public ]
SFXRGBColorRef operator-=(
    SFXRGBColorConstRef param   // value to subtract from the color
);

[ public, friend ]
SFXRGBColor operator-(
    SFXRGBColorConstRef left    // color to be subtracted from
    SFXRGBColorConstRef right   // value to subtract from the color
);

[ public, friend ]
Bool operator!=(
    SFXRGBColorConstRef left    // color to compare
    SFXRGBColorConstRef right   // color to compare
);

[ public, inline to add ]
SFXRGBColorRef operator+=(
    SFXRGBColorConstRef param   // color to add
);

[ public, friend to add ]
SFXRGBColor operator+(
    SFXRGBColorConstRef left    // color to be added
    SFXRGBColorConstRef right   // value to add to the color
);

struct AtomRec {
    UInt08                      alpha;  // A value
    UInt08                      red;    // R value
    UInt08                      green;  // G value
    UInt08                      blue;   // B value
};