ARGB8888Templ

Standard 32 bit pixel representation.

struct ARGB8888Templ (

Endianness byteOrder = Endianness.Little

) {

union __anonymous;

static if(byteOrder == Endianness.Big)

auto ref r [@property getter];

static if(byteOrder == Endianness.Big)

auto ref g [@property getter];

static if(byteOrder == Endianness.Big)

auto ref b [@property getter];

static if(byteOrder == Endianness.Big)

auto ref a [@property getter];

static if(!(byteOrder == Endianness.Big))

auto ref r [@property getter];

static if(!(byteOrder == Endianness.Big))

auto ref g [@property getter];

static if(!(byteOrder == Endianness.Big))

auto ref b [@property getter];

static if(!(byteOrder == Endianness.Big))

auto ref a [@property getter];

static immutable

double fRStepping;

static immutable

double fGStepping;

static immutable

double fBStepping;

static immutable

double fAStepping;

float fR [@property getter];

float fG [@property getter];

float fB [@property getter];

float fA [@property getter];

float fR [@property setter];

float fG [@property setter];

float fB [@property setter];

float fA [@property setter];

this(ubyte[4] bytes);

this(ubyte r, ubyte g, ubyte b, ubyte a);

this(float fR, float fG, float fB, float fA);

this(ColorType orig);

this(float fY, float fA);

string toString();

static bool hasAlphaChannelSupport();

}

Constructors

this this(ubyte[4] bytes): Creates a standard pixel representation out from a 4 element array
this this(ubyte r, ubyte g, ubyte b, ubyte a): Creates a standard pixel representation out from 4 separate values
this this(float fR, float fG, float fB, float fA): Standard CTOR
this this(ColorType orig): Template for pixel conversion
this this(float fY, float fA): Conversion CTOR from monochrome
this this(ubyte p): Conversion from 8bit monochrome

Members

Functions

toString string toString(): String representation of this struct

Properties

a auto ref a [@property getter]: Alpha
a auto ref a [@property getter]: Alpha
b auto ref b [@property getter]: Blue
b auto ref b [@property getter]: Blue
fA float fA [@property getter]: Returns the alpha channel as a normalized floating-point value
fA float fA [@property setter]: Sets the alpha value channel a normalized floating-point value Returns the new requantized value
fB float fB [@property getter]: Returns the blue channel as a normalized floating-point value
fB float fB [@property setter]: Sets the blue value channel a normalized floating-point value Returns the new requantized value
fG float fG [@property getter]: Returns the green channel as a normalized floating-point value
fG float fG [@property setter]: Sets the green value channel a normalized floating-point value Returns the new requantized value
fR float fR [@property getter]: Returns the red channel as a normalized floating-point value
fR float fR [@property setter]: Sets the red value channel a normalized floating-point value Returns the new requantized value
g auto ref g [@property getter]: Green
g auto ref g [@property getter]: Green
r auto ref r [@property getter]: Red
r auto ref r [@property getter]: Red

Static functions

hasAlphaChannelSupport bool hasAlphaChannelSupport(): Returns true if type has alpha channel support

Static variables

fAStepping double fAStepping;: Floating-point alpha stepping
fBStepping double fBStepping;: Floating-point blue stepping
fGStepping double fGStepping;: Floating-point green stepping
fRStepping double fRStepping;: Floating-point red stepping

Unions

__anonymous union __anonymous: Undocumented in source.

Meta

Source

See Implementation