#include <LUT.h>

Collaboration diagram for Simulacrum::GPLUT:

Public Types
typedef std::function< bool(std::vector< luttype > &LUT, unsigned bppin, unsigned centre, unsigned width, bool inverted)>	LUTGen_t

Public Member Functions
	GPLUT ()

	GPLUT (const GPLUT &source)

virtual	~GPLUT ()

bool	genLUT (unsigned bppin, unsigned centre, unsigned width)

void	adjLUT (unsigned centre, unsigned width)

void	setLUTGen (LUTGen_t)

LUTGen_t	lutGen ()

void	setFixedLUT (const std::vector< luttype > &)

luttype	lookup_nocheck (SElem::Precision lookupk)

luttype	lookup (SElem::Precision lookupk)

uint32_t	lookupRGBA (SElem::Precision lookupk)

uint32_t	lookupRGBA (SElem &lookupp)

SElem::Precision	clampWLIntensity (SElem::Precision val)

SElem::Precision	getWLWidth ()

SElem::Precision	getWLCentre ()

SElem::Precision	bppIn ()

SElem::Precision	bppOut ()

SElem::Precision	sizeWL ()

void	useWL (bool newuse)

bool	useWL ()

void	resetWL ()

GPLUT &	copyWL (const GPLUT &target)

void	setChroma (uint8_t rr, uint8_t gg, uint8_t bb)

void	useWLChroma (bool nchroma)

uint8_t	getWLChromaRc ()

uint8_t	getWLChromaGc ()

uint8_t	getWLChromaBc ()

void	setGamma (float ngam)

float	getGamma ()

void	invertWL (bool ninvert=true)

Static Public Member Functions
static bool	genColBlendLUT (std::vector< uint32_t > colors, std::vector< luttype > &LUT, unsigned bppin, unsigned centre, unsigned width, bool inverted)

Member Typedef Documentation

◆ LUTGen_t

typedef std::function<bool(std::vector <luttype>& LUT, unsigned bppin,unsigned centre, unsigned width, bool inverted)> Simulacrum::GPLUT::LUTGen_t

Constructor & Destructor Documentation

◆ GPLUT() [1/2]

GPLUT::GPLUT ( )

◆ GPLUT() [2/2]

GPLUT::GPLUT ( const GPLUT & source )

◆ ~GPLUT()

GPLUT::~GPLUT ( )

virtual

Member Function Documentation

◆ adjLUT()

void GPLUT::adjLUT	(	unsigned	centre,
		unsigned	width
	)

◆ bppIn()

SElem::Precision GPLUT::bppIn ( )

◆ bppOut()

SElem::Precision GPLUT::bppOut ( )

◆ clampWLIntensity()

SElem::Precision GPLUT::clampWLIntensity ( SElem::Precision val )

◆ copyWL()

GPLUT & GPLUT::copyWL ( const GPLUT & target )

◆ genColBlendLUT()

bool GPLUT::genColBlendLUT	(	std::vector< uint32_t >	colors,
		std::vector< luttype > &	LUT,
		unsigned	bppin,
		unsigned	centre,
		unsigned	width,
		bool	inverted
	)

static

◆ genLUT()

bool GPLUT::genLUT	(	unsigned	bppin,
		unsigned	centre,
		unsigned	width
	)

◆ getGamma()

float GPLUT::getGamma ( )

◆ getWLCentre()

SElem::Precision GPLUT::getWLCentre ( )

◆ getWLChromaBc()

uint8_t GPLUT::getWLChromaBc ( )

◆ getWLChromaGc()

uint8_t GPLUT::getWLChromaGc ( )

◆ getWLChromaRc()

uint8_t GPLUT::getWLChromaRc ( )

◆ getWLWidth()

SElem::Precision GPLUT::getWLWidth ( )

◆ invertWL()

void GPLUT::invertWL ( bool ninvert = true )

◆ lookup()

luttype GPLUT::lookup ( SElem::Precision lookupk )

◆ lookup_nocheck()

luttype GPLUT::lookup_nocheck ( SElem::Precision lookupk )

◆ lookupRGBA() [1/2]

uint32_t GPLUT::lookupRGBA ( SElem & lookupp )

◆ lookupRGBA() [2/2]

uint32_t GPLUT::lookupRGBA ( SElem::Precision lookupk )

◆ lutGen()

GPLUT::LUTGen_t GPLUT::lutGen ( )

◆ resetWL()

void GPLUT::resetWL ( )

◆ setChroma()

void GPLUT::setChroma	(	uint8_t	rr,
		uint8_t	gg,
		uint8_t	bb
	)

◆ setFixedLUT()

void GPLUT::setFixedLUT ( const std::vector< luttype > & newlut )

◆ setGamma()

void GPLUT::setGamma ( float ngam )

◆ setLUTGen()

void GPLUT::setLUTGen ( GPLUT::LUTGen_t newgen )

◆ sizeWL()

SElem::Precision GPLUT::sizeWL ( )

◆ useWL() [1/2]

bool GPLUT::useWL ( )

◆ useWL() [2/2]

void GPLUT::useWL ( bool newuse )

◆ useWLChroma()

void GPLUT::useWLChroma ( bool nchroma )

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

Core/LUT/LUT.h
Core/LUT/LUT.cpp

Public Types

Public Member Functions

Static Public Member Functions