seGpuProcessor Class Reference

Public Member Functions
	seGpuProcessor (seDetector *detector, seOptics *optics, seElectronics *electronics, seNoise *noise, seGainLevel *gainLevel, seFilter *filter)
	constructor Sensor Effects RT Gpu processing main image processing engine.
	~seGpuProcessor ()
	destructor
void	initialize ()
	description: initialize CG programs for sensor effects
void	applyGpuSensorEffects (GLint inputTextureId, float *inputImage=NULL, bool swapBuffer=false, bool useTextureRect=false, GLuint outputTextureId=0)
	description: applies all of the enabled sensor effects using the Gpu.
void	setUseTexFilter (bool flag)
	set use Texure Filtering flag.
void	setUseTexture2D (bool flag)
	set use Texure 2D vs texture rectangle flag.
void	setUseLooping (bool flag)
	set use NV40 Looping flag.
void	setUse888InputEncoding (bool flag)
	set use 888 floating point encoded input data In order to use HW AA, a rgba8 framebuffer is currently required but that does not provide enough dynamic range for sensor effects such as gain/level and halos.
void	setInputSize (int width, int height, bool use888Encoding=false)
	set input size in width and height When the input size changes everything is initialized to work with the new resolution.
void	setInputOffset (int x, int y)
	set input offset
int	getInputWidth () const
	get input window width
int	getInputHeight () const
	get input window height
void	setSaveImage (char *saveFileName, bool preAperture=false, bool continuous=false, bool flip=true)
	setup saving the radiance image output of sensim into a raw floating point format.
void	setStopContinuous ()
	Set the flag to stop writing out continuous fpf data.
void	setSaveImageFileName (char *saveFileName)
	setup file name for saving the radiance image output of sensim into a raw floating point format.
void	setSavePreApertureImage (bool preAperture)
	setup saving the radiance image output of sensim before the sensor effects are added (pre-aperture).
void	setSaveContinuousImages (bool continuous)
	setup saving the radiance image output into a continuous image stream.
void	setFlipSaveImages (bool flip)
	setup to flip the image that is saved to match ImageJ.
void	setSaveRadianceImageEnable ()
	Cause the saving the radiance image(s) output of sensim to begin.
void	setSaveRadianceImageArrayEnable (bool enable)
	Cause the saving the radiance image(s) output of sensim to begin without saving files to disk.
float *	getRadianceImageArray () const
	get image array containing radiance image.
float *	getDownSampledRadianceImageArray () const
	get image array containing radiance image.
float *	getObjectIDImageArray () const
	get image array containing object ID image.
float *	getDownSampledObjectIDImageArray () const
	get image array containing object ID image.
void	getDownSampledImageSize (int &width, int &height) const
	get image size of the downsampled image array
void	writeWidthHeightFile (char *fileName)
	Write out a file describing the width and height of the fpf file.
void	setDisplayTextureID (GLuint textureID, bool enable=true)
void	setDownSampledImagesEnable (bool bEnable)
	Enables or disables down sample image capture capability.
bool	getDownSampledImagesEnable () const
	Returns the state of whether down sampled image capture is enabled or not.
void	setObjectIDRenderingEnable (bool bEnable)
	Enables or disables rendering object IDs to the buffer.
bool	getObjectIDRenderingEnable () const
	Returns the state of whether object ID rendering is enabled or not.

Protected Member Functions
double	getResolutionRatio ()
	returns ratio of the input resolution to the detector resolution
void	createFBObuffers (int w, int h)
	create the framebuffer_object buffers
void	initConvolutionProg ()
	initialize fragment programs for convolution
void	initDownSampleProg ()
	initialize down sampling fragment program for AC coupling/AGC histogram
void	initHaloProg (bool sizeChange)
	initialize fragment programs for halo generation
void	initNoiseTexture (bool fullTexture, float gain, float xOffset=0.0, float yOffset=0.0)
void	initScanMaskTexture ()
void	DrawQuad (imageArea destArea, imageArea srcArea, bool rect)
void	doQuadPass (fbObject *srcBuffer, fbObject *destBuffer, imageArea srcArea, imageArea destArea, CGprogram prog)
	perform convolution from source to destination buffer using given fragment program
void	doConvolution (fbObject *src, fbObject *dest, fbObject *temp)
void	doDopplerConvolution (fbObject *src, fbObject *dest, fbObject *temp)
void	doDownSample (fbObject *src, fbObject *dest, fbObject *temp)
	perform convolution based on current settings using an optimized technique
void	doOptimizedFilter (fbObject *src, fbObject *dest, fbObject *temp)
	generate alll the mip levels and place them in the destination pbuffer
void	makeMipLevels (fbObject *src, fbObject *dest, fbObject *temp)
	generate alll the mip levels and place them in the destination pbuffer
void	addHalos (fbObject *src, fbObject *dest, fbObject *temp)
	Add halos based on pixels that exceed a given threshold.
void	initMotionBlurProg ()
void	doMotionBlur (fbObject *src, fbObject *dest, fbObject *prev)
void	getImageFromTexture (double radScale, double radOffset, double gain, double level)
	read the image from the pbuffer texture and place in the image array
bool	isOptimizeFiltering ()
	are the conditions set up for optimized filtering.
void	applyInputSize (bool useTextureRect)
void	initializeGraphicsResources ()

Protected Attributes
seDetector *	m_detector
	pointer to detector object
seOptics *	m_optics
	pointer to optics object
seElectronics *	m_electronics
	pointer to electronics object
seNoise *	m_noise
	pointer to noise object
seGainLevel *	m_gainLevel
	pointer to gain/level object
seFilter *	m_filter
	pointer to filter object
fbObject *	m_fboBuffer [4]
	render targets
float *	m_noiseImage
	data array for noise texture data
float *	m_noiseIndexImage
float *	m_scanMaskImage
	data array for scan mask texture data
CGcontext	m_cgContext
	Cg context.
CGprofile	m_vertexProfile
CGprofile	m_fragmentProfile
CGprogram	m_passthruProg
CGprogram	m_convolveBypassProg
CGprogram	m_finalPassthruProg
CGprogram	m_finalScaleProg
CGprogram	m_horizontalFilterProgram
CGprogram	m_verticalFilterProgram
CGprogram	m_dopplerFilterProgram
CGprogram	m_upSampleProg
CGprogram	m_thresholdProg
	for halo processing
CGprogram	m_convolveHaloProg
CGprogram	m_haloBlendProg
CGprogram	m_downSampleProg
	for downsampling for Ac coupling and AGC
CGprogram	m_motionBlurProg
fbObject *	m_prevFrame
CGparameter	m_gainParam
CGparameter	m_levelParam
CGparameter	m_colorMapScaleParam
CGparameter	m_scanLevelScaleParam
CGparameter	m_finalGainParam
CGparameter	m_finalLevelParam
CGparameter	m_offsetParam
CGparameter	m_thresholdGainParam
CGparameter	m_thresholdOffsetParam
CGparameter	m_intensityParam
CGparameter	m_polarityParam
CGparameter	m_channelSelectParam
CGparameter	m_passObjectIDParam
CGparameter	m_dopplerFilterTexWidthParam
CGparameter	m_dopplerFilterROIwidthParam
int	m_minKernelRadius
double	m_filterAdjustment
double	m_haloRadius
double	m_haloThreshold
double	m_haloIntensity
bool	m_useTexFilter
bool	m_useTexture2D
bool	m_useLooping
bool	m_use888InputEncoding
bool	m_bObjectIDRenderingEnable
bool	m_bDownSampledImagesEnable
long	m_inWidth
long	m_inHeight
long	m_inOffsetX
long	m_inOffsetY
long	m_detectorWidth
long	m_detectorHeight
long	m_displayWidth
long	m_displayHeight
long	m_pbWidth
long	m_pbHeight
float *	m_downSampleImage
float *	m_downSampleRadianceImage
float *	m_downSampleRadianceImageCopy
float *	m_downSampleObjectIDImage
float *	m_downSampleObjectIDImageCopy
long	m_downSampleWidth
long	m_downSampleHeight
GLuint	m_inputTexId
GLuint	m_noiseTexId
GLuint	m_noiseIndexTexId
GLuint	m_ColorMapTexId
GLuint	m_scanMaskTexId
GLenum	m_bufferTarget
bool	m_saveImage
bool	m_preApertureSave
char	m_saveImageFileName [255]
bool	m_displayAltTexture
GLuint	m_displayAltTextureID
bool	m_initNoise
bool	m_continuousSave
int	m_imageNumber
seElectronics::ColorMapType	m_lastColorMapType
bool	m_lastColorMapFlag
bool	m_lastNoiseFlag
bool	m_lastScanningFlag
bool	m_lastFullColorFlag
bool	m_lastLogScaleFlag
bool	m_lastPolarityFlag
bool	m_lastSaveImage
double	m_oldPrevFrameWeight
long	m_oldWidth
long	m_oldHeight
float *	m_saveImageArray
float *	m_saveImageArrayCopy
float *	m_saveObjectIDImageArray
float *	m_saveObjectIDImageArrayCopy
float *	m_frameBuffer
int	m_saveImageArraySize
bool	m_saveImageToArray
bool	m_flipSaveImage
int	m_noiseIndexOffset
int	m_noiseIndexImageLoadSize

Constructor & Destructor Documentation

seGpuProcessor::seGpuProcessor	(	seDetector *	detector,
		seOptics *	optics,
		seElectronics *	electronics,
		seNoise *	noise,
		seGainLevel *	gainLevel,
		seFilter *	filter
	)

constructor Sensor Effects RT Gpu processing main image processing engine.

Parameters

*detector	- pointer to detector data object
*optics	- pointer to optics data object
*electronics	- pointer to electronics data object
*noise	- pointer to noise processing object
*gainLevel	- pointer to gain and level processing object
*filter	- pointer to filter processing object

seGpuProcessor::~seGpuProcessor

(

)

destructor

Member Function Documentation

void seGpuProcessor::initialize

(

)

description: initialize CG programs for sensor effects

void seGpuProcessor::applyGpuSensorEffects	(	GLint	inputTextureId,
		float *	inputImage = NULL,
		bool	swapBuffer = false,
		bool	useTextureRect = false,
		GLuint	outputTextureId = 0
	)

description: applies all of the enabled sensor effects using the Gpu.

Parameters

inputTextureId	- optional texture to read the input from instead of the framebuffer
inputImage	- no longer used - now saveImage API is used
swapBuffer
useTextureRect
outputTextureId	- optional texture to save the SensorFX output to instead of the framebuffer

void seGpuProcessor::setUseTexFilter ( bool  flag )

inline

set use Texure Filtering flag.

Using the GPU's texture filtering in parallel with the pixel shader increases performance. Normally set true.

Parameters

flag

References m_useTexFilter.

void seGpuProcessor::setUseTexture2D ( bool  flag )

inline

set use Texure 2D vs texture rectangle flag.

The texture rectangle is 32 bit float vs 16 bit float on NV40 Normally set true.

Parameters

flag

References m_useTexture2D.

void seGpuProcessor::setUseLooping ( bool  flag )

inline

set use NV40 Looping flag.

Use the NV40 ability to loop within a pixel shader. Looping is slower than unrolling the loops. Normally set false unless a large filter is needed.

Parameters

flag

References m_useLooping.

void seGpuProcessor::setUse888InputEncoding ( bool  flag )

inline

set use 888 floating point encoded input data In order to use HW AA, a rgba8 framebuffer is currently required but that does not provide enough dynamic range for sensor effects such as gain/level and halos.

So the floating point result of the rendering is converted into the 3 8bit channels and then reverted before sensor effects are applied.

Parameters

flag

References m_use888InputEncoding.

void seGpuProcessor::setInputSize	(	int	width,
		int	height,
		bool	use888Encoding = false
	)

set input size in width and height When the input size changes everything is initialized to work with the new resolution.

Parameters

width	- width of input texture
height	- height of input texture
use888Encoding	- use if 888 encoding is changing in real-time

void seGpuProcessor::setInputOffset	(	int	x,
		int	y
	)

set input offset

Parameters

x	- offset in the x direction
y	- offset in the y direction

int seGpuProcessor::getInputWidth ( ) const

inline

get input window width

Returns

int

References m_inWidth.

int seGpuProcessor::getInputHeight ( ) const

inline

get input window height

Returns

int

References m_inHeight.

void seGpuProcessor::setSaveImage	(	char *	saveFileName,
		bool	preAperture = false,
		bool	continuous = false,
		bool	flip = true
	)

setup saving the radiance image output of sensim into a raw floating point format.

Parameters

char	*saveFileName
bool	preAperture

void seGpuProcessor::setStopContinuous

(

)

Set the flag to stop writing out continuous fpf data.

void seGpuProcessor::setSaveImageFileName

(

char *

saveFileName

)

setup file name for saving the radiance image output of sensim into a raw floating point format.

Parameters

char	*saveFileName

void seGpuProcessor::setSavePreApertureImage

(

bool

preAperture

)

setup saving the radiance image output of sensim before the sensor effects are added (pre-aperture).

Parameters

bool	preAperture

void seGpuProcessor::setSaveContinuousImages

(

bool

continuous

)

setup saving the radiance image output into a continuous image stream.

Parameters

bool	continuous

void seGpuProcessor::setFlipSaveImages

(

bool

flip

)

setup to flip the image that is saved to match ImageJ.

Parameters

bool

flip

void seGpuProcessor::setSaveRadianceImageEnable

(

)

Cause the saving the radiance image(s) output of sensim to begin.

void seGpuProcessor::setSaveRadianceImageArrayEnable

(

bool

enable

)

Cause the saving the radiance image(s) output of sensim to begin without saving files to disk.

float* seGpuProcessor::getRadianceImageArray

(

)

const

get image array containing radiance image.

float* seGpuProcessor::getDownSampledRadianceImageArray

(

)

const

get image array containing radiance image.

float* seGpuProcessor::getObjectIDImageArray

(

)

const

get image array containing object ID image.

float* seGpuProcessor::getDownSampledObjectIDImageArray

(

)

const

get image array containing object ID image.

void seGpuProcessor::getDownSampledImageSize ( int &  width, int &  height  ) const

inline

get image size of the downsampled image array

References m_downSampleHeight, and m_downSampleWidth.

void seGpuProcessor::writeWidthHeightFile

(

char *

fileName

)

Write out a file describing the width and height of the fpf file.

void seGpuProcessor::setDisplayTextureID	(	GLuint	textureID,
		bool	enable = true
	)

void seGpuProcessor::setDownSampledImagesEnable ( bool  bEnable )

inline

Enables or disables down sample image capture capability.

References m_bDownSampledImagesEnable.

bool seGpuProcessor::getDownSampledImagesEnable ( ) const

inline

Returns the state of whether down sampled image capture is enabled or not.

Returns

bool

References m_bDownSampledImagesEnable.

void seGpuProcessor::setObjectIDRenderingEnable ( bool  bEnable )

inline

Enables or disables rendering object IDs to the buffer.

References m_bObjectIDRenderingEnable.

bool seGpuProcessor::getObjectIDRenderingEnable ( ) const

inline

Returns the state of whether object ID rendering is enabled or not.

Returns

bool

References m_bObjectIDRenderingEnable.

double seGpuProcessor::getResolutionRatio ( )

inlineprotected

returns ratio of the input resolution to the detector resolution

Returns

double

References dmax(), seDetector::getNumDetectors(), m_detector, m_inHeight, and m_inWidth.

void seGpuProcessor::createFBObuffers ( int  w, int  h  )

protected

create the framebuffer_object buffers

Parameters

w
h

void seGpuProcessor::initConvolutionProg ( )

protected

initialize fragment programs for convolution

void seGpuProcessor::initDownSampleProg ( )

protected

initialize down sampling fragment program for AC coupling/AGC histogram

void seGpuProcessor::initHaloProg ( bool  sizeChange )

protected

initialize fragment programs for halo generation

void seGpuProcessor::initNoiseTexture ( bool  fullTexture, float  gain, float  xOffset = 0.0, float  yOffset = 0.0  )

protected

Parameters

fullTexture
gain
xOffset
yOffset

void seGpuProcessor::initScanMaskTexture ( )

protected

void seGpuProcessor::DrawQuad ( imageArea  destArea, imageArea  srcArea, bool  rect  )

protected

Parameters

destArea
srcArea
rect

void seGpuProcessor::doQuadPass ( fbObject *  srcBuffer, fbObject *  destBuffer, imageArea  srcArea, imageArea  destArea, CGprogram  prog  )

protected

perform convolution from source to destination buffer using given fragment program

Parameters

*srcBuffer
*destBuffer
srcArea
destArea
prog

void seGpuProcessor::doConvolution ( fbObject *  src, fbObject *  dest, fbObject *  temp  )

protected

Parameters

*src
*dest
*temp

void seGpuProcessor::doDopplerConvolution ( fbObject *  src, fbObject *  dest, fbObject *  temp  )

protected

Parameters

*src
*dest
*temp

void seGpuProcessor::doDownSample ( fbObject *  src, fbObject *  dest, fbObject *  temp  )

protected

perform convolution based on current settings using an optimized technique

Parameters

*src
*dest
*temp

void seGpuProcessor::doOptimizedFilter ( fbObject *  src, fbObject *  dest, fbObject *  temp  )

protected

generate alll the mip levels and place them in the destination pbuffer

Parameters

*src
*dest
*temp

void seGpuProcessor::makeMipLevels ( fbObject *  src, fbObject *  dest, fbObject *  temp  )

protected

generate alll the mip levels and place them in the destination pbuffer

Parameters

*src
*dest
*temp

void seGpuProcessor::addHalos ( fbObject *  src, fbObject *  dest, fbObject *  temp  )

protected

Add halos based on pixels that exceed a given threshold.

Parameters

*src
*dest
*temp

void seGpuProcessor::initMotionBlurProg ( )

protected

void seGpuProcessor::doMotionBlur ( fbObject *  src, fbObject *  dest, fbObject *  prev  )

protected

void seGpuProcessor::getImageFromTexture ( double  radScale, double  radOffset, double  gain, double  level  )

protected

read the image from the pbuffer texture and place in the image array

Parameters

*inputImage
gain
level

bool seGpuProcessor::isOptimizeFiltering ( )

protected

are the conditions set up for optimized filtering.

Returns

bool

void seGpuProcessor::applyInputSize ( bool  useTextureRect )

protected

void seGpuProcessor::initializeGraphicsResources ( )

protected

Member Data Documentation

seDetector* seGpuProcessor::m_detector

protected

pointer to detector object

Referenced by getResolutionRatio().

seOptics* seGpuProcessor::m_optics

protected

pointer to optics object

seElectronics* seGpuProcessor::m_electronics

protected

pointer to electronics object

seNoise* seGpuProcessor::m_noise

protected

pointer to noise object

seGainLevel* seGpuProcessor::m_gainLevel

protected

pointer to gain/level object

seFilter* seGpuProcessor::m_filter

protected

pointer to filter object

fbObject* seGpuProcessor::m_fboBuffer[4]

protected

render targets

float* seGpuProcessor::m_noiseImage

protected

data array for noise texture data

float* seGpuProcessor::m_noiseIndexImage

protected

float* seGpuProcessor::m_scanMaskImage

protected

data array for scan mask texture data

CGcontext seGpuProcessor::m_cgContext

protected

Cg context.

CGprofile seGpuProcessor::m_vertexProfile

protected

CGprofile seGpuProcessor::m_fragmentProfile

protected

CGprogram seGpuProcessor::m_passthruProg

protected

CGprogram seGpuProcessor::m_convolveBypassProg

protected

CGprogram seGpuProcessor::m_finalPassthruProg

protected

CGprogram seGpuProcessor::m_finalScaleProg

protected

CGprogram seGpuProcessor::m_horizontalFilterProgram

protected

CGprogram seGpuProcessor::m_verticalFilterProgram

protected

CGprogram seGpuProcessor::m_dopplerFilterProgram

protected

CGprogram seGpuProcessor::m_upSampleProg

protected

CGprogram seGpuProcessor::m_thresholdProg

protected

for halo processing

CGprogram seGpuProcessor::m_convolveHaloProg

protected

CGprogram seGpuProcessor::m_haloBlendProg

protected

CGprogram seGpuProcessor::m_downSampleProg

protected

for downsampling for Ac coupling and AGC

CGprogram seGpuProcessor::m_motionBlurProg

protected

fbObject* seGpuProcessor::m_prevFrame

protected

CGparameter seGpuProcessor::m_gainParam

protected

CGparameter seGpuProcessor::m_levelParam

protected

CGparameter seGpuProcessor::m_colorMapScaleParam

protected

CGparameter seGpuProcessor::m_scanLevelScaleParam

protected

CGparameter seGpuProcessor::m_finalGainParam

protected

CGparameter seGpuProcessor::m_finalLevelParam

protected

CGparameter seGpuProcessor::m_offsetParam

protected

CGparameter seGpuProcessor::m_thresholdGainParam

protected

CGparameter seGpuProcessor::m_thresholdOffsetParam

protected

CGparameter seGpuProcessor::m_intensityParam

protected

CGparameter seGpuProcessor::m_polarityParam

protected

CGparameter seGpuProcessor::m_channelSelectParam

protected

CGparameter seGpuProcessor::m_passObjectIDParam

protected

CGparameter seGpuProcessor::m_dopplerFilterTexWidthParam

protected

CGparameter seGpuProcessor::m_dopplerFilterROIwidthParam

protected

int seGpuProcessor::m_minKernelRadius

protected

double seGpuProcessor::m_filterAdjustment

protected

double seGpuProcessor::m_haloRadius

protected

double seGpuProcessor::m_haloThreshold

protected

double seGpuProcessor::m_haloIntensity

protected

bool seGpuProcessor::m_useTexFilter

protected

Referenced by setUseTexFilter().

bool seGpuProcessor::m_useTexture2D

protected

Referenced by setUseTexture2D().

bool seGpuProcessor::m_useLooping

protected

Referenced by setUseLooping().

bool seGpuProcessor::m_use888InputEncoding

protected

Referenced by setUse888InputEncoding().

bool seGpuProcessor::m_bObjectIDRenderingEnable

protected

Referenced by getObjectIDRenderingEnable(), and setObjectIDRenderingEnable().

bool seGpuProcessor::m_bDownSampledImagesEnable

protected

Referenced by getDownSampledImagesEnable(), and setDownSampledImagesEnable().

long seGpuProcessor::m_inWidth

protected

Referenced by getInputWidth(), and getResolutionRatio().

long seGpuProcessor::m_inHeight

protected

Referenced by getInputHeight(), and getResolutionRatio().

long seGpuProcessor::m_inOffsetX

protected

long seGpuProcessor::m_inOffsetY

protected

long seGpuProcessor::m_detectorWidth

protected

long seGpuProcessor::m_detectorHeight

protected

long seGpuProcessor::m_displayWidth

protected

long seGpuProcessor::m_displayHeight

protected

long seGpuProcessor::m_pbWidth

protected

long seGpuProcessor::m_pbHeight

protected

float* seGpuProcessor::m_downSampleImage

protected

float* seGpuProcessor::m_downSampleRadianceImage

protected

float* seGpuProcessor::m_downSampleRadianceImageCopy

mutableprotected

float* seGpuProcessor::m_downSampleObjectIDImage

protected

float* seGpuProcessor::m_downSampleObjectIDImageCopy

mutableprotected

long seGpuProcessor::m_downSampleWidth

protected

Referenced by getDownSampledImageSize().

long seGpuProcessor::m_downSampleHeight

protected

Referenced by getDownSampledImageSize().

GLuint seGpuProcessor::m_inputTexId

protected

GLuint seGpuProcessor::m_noiseTexId

protected

GLuint seGpuProcessor::m_noiseIndexTexId

protected

GLuint seGpuProcessor::m_ColorMapTexId

protected

GLuint seGpuProcessor::m_scanMaskTexId

protected

GLenum seGpuProcessor::m_bufferTarget

protected

bool seGpuProcessor::m_saveImage

protected

bool seGpuProcessor::m_preApertureSave

protected

char seGpuProcessor::m_saveImageFileName[255]

protected

bool seGpuProcessor::m_displayAltTexture

protected

GLuint seGpuProcessor::m_displayAltTextureID

protected

bool seGpuProcessor::m_initNoise

protected

bool seGpuProcessor::m_continuousSave

protected

int seGpuProcessor::m_imageNumber

protected

seElectronics::ColorMapType seGpuProcessor::m_lastColorMapType

protected

bool seGpuProcessor::m_lastColorMapFlag

protected

bool seGpuProcessor::m_lastNoiseFlag

protected

bool seGpuProcessor::m_lastScanningFlag

protected

bool seGpuProcessor::m_lastFullColorFlag

protected

bool seGpuProcessor::m_lastLogScaleFlag

protected

bool seGpuProcessor::m_lastPolarityFlag

protected

bool seGpuProcessor::m_lastSaveImage

protected

double seGpuProcessor::m_oldPrevFrameWeight

protected

long seGpuProcessor::m_oldWidth

protected

long seGpuProcessor::m_oldHeight

protected

float* seGpuProcessor::m_saveImageArray

protected

float* seGpuProcessor::m_saveImageArrayCopy

mutableprotected

float* seGpuProcessor::m_saveObjectIDImageArray

protected

float* seGpuProcessor::m_saveObjectIDImageArrayCopy

mutableprotected

float* seGpuProcessor::m_frameBuffer

protected

int seGpuProcessor::m_saveImageArraySize

protected

bool seGpuProcessor::m_saveImageToArray

protected

bool seGpuProcessor::m_flipSaveImage

protected

int seGpuProcessor::m_noiseIndexOffset

protected

int seGpuProcessor::m_noiseIndexImageLoadSize

protected

---

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

• seGpuProcessor.h