#include <TIL_Raster.h>

Inheritance diagram for TIL_Raster:

Public Member Functions
	TIL_Raster ()

	TIL_Raster (const TIL_Raster &)

	TIL_Raster (const PXL_Raster &)

	TIL_Raster (const IMG_Raster &, bool copy=true)

	TIL_Raster (const TIL_Raster &, exint x1, exint y1, exint x2, exint y2)

	TIL_Raster (TIL_Packing p, TIL_DataFormat f, exint xres=0, exint yres=0, int clear=0, int alloc=1)

	~TIL_Raster () override

int64	getMemoryUsage (bool inclusive) const override

void	setID (UT_TokenString *token)

const UT_TokenString *	getID () const

void	copy (const PXL_Raster &src) override

void	copyProperties (const PXL_Raster &src) override

void	reset (int full=0) override

void	scaleFromRasterToSize (TIL_Raster *scaled, exint xres, exint yres, UT_FilterType flt=UT_FILTER_BOX) const

void	scaleFromRasterToScale (TIL_Raster *scaled, float xsc, float ysc, UT_FilterType flt=UT_FILTER_BOX) const

void	scaledInsertFromRaster (const PXL_Raster *source, UT_FilterType ftype, exint fromx, exint fromy, exint fromsizex, exint fromsizey, exint tox, exint toy, exint tosizex, exint tosizey)

void	applyEmulation (const TIL_Raster *src, float black, float white, float scale, float shift, float gamma, exint comp=-1)

void	adjustGamma (float gamma, bool red=true, bool green=true, bool blue=true, bool alpha=false)

void	splitHRaster (const TIL_Raster r1, const TIL_Raster r2, float fract)

void	splitVRaster (const TIL_Raster r1, const TIL_Raster r2, float fract)

void	blendRaster (const TIL_Raster r1, const TIL_Raster r2, float fract)

void	diffRaster (const TIL_Raster r1, const TIL_Raster r2)

void	subRaster (const TIL_Raster r1, const TIL_Raster r2)

void	highlightRaster (const TIL_Raster r1, const TIL_Raster r2, float threshold)

void	setUserData (void *data)

void *	getUserData ()

bool	getClosestEdge (exint &x, exint &y, exint distance, float tolerance=0.1f, UT_Vector2 pos=0, UT_Vector2 dir=0)

void	setIncomplete (int inc=1)

int	isIncomplete () const

Public Member Functions inherited from PXL_Raster
	PXL_Raster ()

	PXL_Raster (const PXL_Raster &)

	PXL_Raster (const PXL_Raster &, exint x1, exint y1, exint x2, exint y2)

	PXL_Raster (PXL_Packing p, PXL_DataFormat f, exint xres=0, exint yres=0, int clear=0, int alloc=1)

virtual	~PXL_Raster ()

PXL_Raster &	operator= (const PXL_Raster &)=delete
	Assignment disallowed, use copy() instead. More...

void	setPacking (PXL_Packing p)

void	setFormat (PXL_DataFormat f)

void	setRes (exint x, exint y)

void	setBWPoints (float black, float white)

void	setVisualization (Visualization vis)

Visualization	getVisualization () const

void	setColorSpace (PXL_ColorSpace space, fpreal custom_gamma=0.0)

void	setOCIOColorSpace (const UT_StringHolder &space)

void	setOCIODisplayView (const UT_StringHolder &baked_display, const UT_StringHolder &baked_view)

void	setOCIOParms (const UT_StringHolder &color_space, const UT_StringHolder &baked_display, const UT_StringHolder &baked_view)

void	init ()

void	setRaster (void *r, bool give_ownership=true, bool use_offset=false)

void *	steal ()

int	isValid () const

exint	getXres () const

exint	getYres () const

exint	getNumPixels () const

int64	getStride () const

int64	getSize () const

PXL_DataFormat	getFormat () const

PXL_Packing	getPacking () const

void	getBWPoints (float &black, float &white) const

int	getNumChannels () const

void	setRotation (int rotation)

int	getRotation () const

bool	isRotated () const

exint	getCorrectedXres () const

exint	getCorrectedYres () const

PXL_ColorSpace	getColorSpace () const
	Colorspace this raster requires for correct display. More...

fpreal	getColorSpaceGamma () const

const UT_StringHolder &	getColorSpaceName () const
	OCIO colorspace name, valid for PXL_CS_OCIO. More...

const UT_StringHolder &	getOCIODisplay () const

const UT_StringHolder &	getOCIOView () const

void	setDataWindow (const UT_DimRect &new_rect)

const UT_DimRect &	getDataWindow () const

bool	hasDataWindow () const

void	getRange (float &min, float &max, float black=0.0f, float white=1.0f, exint comp=-1, bool ignore_farthest=false) const

void *	getPixels ()

const void *	getPixels () const

const void *	getRawPixels () const

void *	getPixel (exint x, exint y, exint comp=0)

const void *	getPixel (exint x, exint y, exint comp=0) const

void	setPixelValue (exint x, exint y, const float *vals)

void	setPixelValueI (exint x, exint y, exint val)

void	getPixelValue (exint x, exint y, float *vals) const

bool	isInterleaved () const

int	areComponentsRenderable () const

int64	getNonInterleavedSize () const

void	clear (const void *color=0)

void	clearNormal (const float *color, unsigned ib=0, unsigned iw=0)

void	readFromRow (exint y, void *data) const

void	writeToRow (exint y, const void *data)

void	writeToColumn (exint x, const void *data)

void	extract (const PXL_Raster &from, exint x1, exint y1, exint x2, exint y2)

void	insert (const PXL_Raster &from, exint x, exint y)

void	promoteRGBToRGBA (fpreal alpha=1.0)

bool	promoteRGBToRGBA (UT_UniquePtr< PXL_Raster > &dest, fpreal alpha=1.0) const

void	applyLUT (const PXL_Raster src, float lptr[4], exint comp, float lstart, float lend)

void	streakEdges (exint x1, exint y1, exint x2, exint y2, PXL_StreakComponents streak_comps=PXL_STREAK_ALL)

void	convert8Bit (unsigned b, unsigned w)

void	adjustSaturation (float sat)

void	flipVertical ()

bool	load (UT_IStream &is)

int	save (std::ostream &os, int binary=1) const

int	getProxyIndex () const

void	setDataWritten (bool written=true)

bool	getDataWritten () const

void	setTextureID (void *id)

void *	getTextureID () const

void	clearTextureID ()

void	setManagesOwnTextureID (bool manages_own)

bool	managesOwnTextureID () const

void	dither (const UT_DimRect &crop)

void	dither ()

bool	premultiply (const PXL_Raster *other=nullptr)

bool	unpremultiply (const PXL_Raster *other=nullptr)

bool	hasAlpha () const

bool	clampAlpha ()

void	addInterest (void callerData, void(changeCB)(PXL_Raster , void ))

void	removeInterest ()

Static Public Member Functions
static void	scaleRasterToSize (PXL_Raster scaled, const PXL_Raster source, exint xres, exint yres, UT_FilterType flt=UT_FILTER_BOX)

static void	scaleRasterToScale (PXL_Raster scaled, const PXL_Raster source, float xsc, float ysc, UT_FilterType flt=UT_FILTER_BOX)

Static Public Member Functions inherited from UT_SmallObject< PXL_Raster, UT_SMALLOBJECT_CLEANPAGES_OFF, 250, UT_SMALLOBJECT_THREADSAFE_ON >
static void *	operator new (size_t size)
	Regular new/delete operators. More...

static void	operator delete (void *p, size_t size)
	Regular new/delete operators. More...

static void *	operator new (size_t, void *p)

static void	operator delete (void , void )

Protected Member Functions
void	attemptRealloc (int64 size) override

void	initialize () override

Protected Member Functions inherited from PXL_Raster
bool	allocRaster (int alloc_mem=1)

void	freeRaster ()

void	applyLUT8 (const PXL_Raster src, float lptr[4], exint comp, float lscale, float lshift, exint size)

void	applyLUT16 (const PXL_Raster src, float lptr[4], exint comp, float lscale, float lshift, exint size)

Additional Inherited Members
Public Types inherited from PXL_Raster
enum	Visualization { Visualization::NONE, Visualization::SDF, Visualization::RANDOMID, Visualization::IMAGECOORD, Visualization::HUENML, Visualization::HUEVEL }

Protected Attributes inherited from PXL_Raster
PXL_DataFormat	myFormat

PXL_Packing	myPacking

PXL_ColorSpace	myColorSpace

fpreal	myColorSpaceGamma

Visualization	myVis

UT_StringHolder	myColorSpaceName

UT_StringHolder	myOCIODisplay

UT_StringHolder	myOCIOView

exint	myRasterOffset

exint	myXres

exint	myYres

int64	myStride

int64	myRasterSize

float	myBlack

float	myWhite

int	myRotation

void *	myRaster

bool	myAmOwner

int	myProxyIndex

bool	myWriteFlag

bool	myManagesOwnTextureID

void *	myTextureID

void(*	myChangeCB )(PXL_Raster , void )

void *	myCallerData

UT_DimRect	myDataWindow

Detailed Description

Examples:: SOP/SOP_CopRaster.C.

Definition at line 29 of file TIL_Raster.h.

Constructor & Destructor Documentation

TIL_Raster::TIL_Raster ( )

TIL_Raster::TIL_Raster ( const TIL_Raster & )

TIL_Raster::TIL_Raster ( const PXL_Raster & )

TIL_Raster::TIL_Raster	(	const IMG_Raster &	,
		bool	copy = `true`
	)

TIL_Raster::TIL_Raster	(	const TIL_Raster &	,
		exint	x1,
		exint	y1,
		exint	x2,
		exint	y2
	)

TIL_Raster::TIL_Raster	(	TIL_Packing	p,
		TIL_DataFormat	f,
		exint	xres = `0`,
		exint	yres = `0`,
		int	clear = `0`,
		int	alloc = `1`
	)

TIL_Raster::~TIL_Raster ( )

override

Member Function Documentation

void TIL_Raster::adjustGamma	(	float	gamma,
		bool	red = `true`,
		bool	green = `true`,
		bool	blue = `true`,
		bool	alpha = `false`
	)

void TIL_Raster::applyEmulation	(	const TIL_Raster *	src,
		float	black,
		float	white,
		float	scale,
		float	shift,
		float	gamma,
		exint	comp = `-1`
	)

void TIL_Raster::attemptRealloc ( int64 size )

overrideprotectedvirtual

Reimplemented from PXL_Raster.

void TIL_Raster::blendRaster	(	const TIL_Raster *	r1,
		const TIL_Raster *	r2,
		float	fract
	)

void TIL_Raster::copy ( const PXL_Raster & src )

overridevirtual

Copy over all the information and data from the src. This allocates a new raster (rather than doing a shallow copy).

Reimplemented from PXL_Raster.

void TIL_Raster::copyProperties ( const PXL_Raster & src )

overridevirtual

copies only the raster properties (res, type, etc), not the data, nor does this method allocate memory for a raster.

Reimplemented from PXL_Raster.

void TIL_Raster::diffRaster	(	const TIL_Raster *	r1,
		const TIL_Raster *	r2
	)

bool TIL_Raster::getClosestEdge	(	exint &	x,
		exint &	y,
		exint	distance,
		float	tolerance = `0.1f`,
		UT_Vector2 *	pos = `0`,
		UT_Vector2 *	dir = `0`
	)

const UT_TokenString* TIL_Raster::getID ( ) const

inline

Definition at line 47 of file TIL_Raster.h.

int64 TIL_Raster::getMemoryUsage ( bool inclusive ) const

overridevirtual

Reimplemented from PXL_Raster.

void* TIL_Raster::getUserData ( )

inline

Definition at line 122 of file TIL_Raster.h.

void TIL_Raster::highlightRaster	(	const TIL_Raster *	r1,
		const TIL_Raster *	r2,
		float	threshold
	)

void TIL_Raster::initialize ( )

overrideprotectedvirtual

Reimplemented from PXL_Raster.

int TIL_Raster::isIncomplete ( ) const

inline

Definition at line 136 of file TIL_Raster.h.

void TIL_Raster::reset ( int full = 0 )

overridevirtual

Reimplemented from PXL_Raster.

void TIL_Raster::scaledInsertFromRaster	(	const PXL_Raster *	source,
		UT_FilterType	ftype,
		exint	fromx,
		exint	fromy,
		exint	fromsizex,
		exint	fromsizey,
		exint	tox,
		exint	toy,
		exint	tosizex,
		exint	tosizey
	)

Scales the source raster window to the destination window size and inserts the result at (tox, toy) location of this raster. Incoming coordinates and sizes should be compatible with the respective rasters. You can't do format conversions here.

void TIL_Raster::scaleFromRasterToScale	(	TIL_Raster *	scaled,
		float	xsc,
		float	ysc,
		UT_FilterType	flt = `UT_FILTER_BOX`
	)		const

void TIL_Raster::scaleFromRasterToSize	(	TIL_Raster *	scaled,
		exint	xres,
		exint	yres,
		UT_FilterType	flt = `UT_FILTER_BOX`
	)		const

static void TIL_Raster::scaleRasterToScale	(	PXL_Raster *	scaled,
		const PXL_Raster *	source,
		float	xsc,
		float	ysc,
		UT_FilterType	flt = `UT_FILTER_BOX`
	)

static

static void TIL_Raster::scaleRasterToSize	(	PXL_Raster *	scaled,
		const PXL_Raster *	source,
		exint	xres,
		exint	yres,
		UT_FilterType	flt = `UT_FILTER_BOX`
	)

static

void TIL_Raster::setID ( UT_TokenString * token )

void TIL_Raster::setIncomplete ( int inc = 1 )

void TIL_Raster::setUserData ( void * data )

inline

Definition at line 121 of file TIL_Raster.h.

void TIL_Raster::splitHRaster	(	const TIL_Raster *	r1,
		const TIL_Raster *	r2,
		float	fract
	)

void TIL_Raster::splitVRaster	(	const TIL_Raster *	r1,
		const TIL_Raster *	r2,
		float	fract
	)

void TIL_Raster::subRaster	(	const TIL_Raster *	r1,
		const TIL_Raster *	r2
	)

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

TIL/TIL_Raster.h

Public Member Functions

Static Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation