JawsMako::CFrameBufferRenderSpec Class Reference

A concrete class where the result is rendered into a simple frame buffer, where each component in the result is interleaved. For more complex layout requirements, use CFrameBuffersRenderSpec which can handle arbitrary requirements. More...

#include <renderspec.h>

Inheritance diagram for JawsMako::CFrameBufferRenderSpec:

Public Attributes
void *	buffer
	A pointer to the frame buffer memory where the first pixel will be written.
int32	rowStride
	The distance, in bytes, from one scanline to the next. May be negative.
bool	hostEndian
Public Attributes inherited from JawsMako::CRenderSpec
IDOMColorSpacePtr	processSpace
uint32	width
	The width, in pixels, of the result.
uint32	height
	The height, in pixels, of the result.
uint8	depth
	The depth, in bits (8 or 16), of the result.
FRect	sourceRect
	The source area of the DOM that will be mapped to the output width and height.
uint8	aaFactor
	The aaFactor to be used. 1 means no anti-aliasing. The maximum value is 4.
bool	alpha
	Whether or not alpha information should be produced.
IDOMColorSpacePtr	finalSpace
CSpotColorNames	retainedSpotColors
	Spot components to generate as distinct separations/channels.
CSpotColorNames	ignoredSpotColors
	Spot components to ignore.
CEDLVector< CFloatVect >	toneCurves
IDOMColorSpaceDeviceN::CColorantInfoVect	mergeSpotColors
bool	mergeToProcess
IOptionalContentPtr	optionalContent
	The optional content object for the document.
eOptionalContentEvent	optionalContentEvent
	The type of optional content event to use when testing for the visibility of the optional content.

Detailed Description

A concrete class where the result is rendered into a simple frame buffer, where each component in the result is interleaved. For more complex layout requirements, use CFrameBuffersRenderSpec which can handle arbitrary requirements.

Member Data Documentation

hostEndian

bool JawsMako::CFrameBufferRenderSpec::hostEndian

Only relevant for 16 bit rendering. If true, the host byte order will be used. Otherwise, the Mako/PDF byte order (big endian) is used.

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

• renderspec.h