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vuFourierCluster< SIZE, TYPE > Member List

This is the complete list of members for vuFourierCluster< SIZE, TYPE >, including all inherited members.

_copyImageAndFindMinMax(vuFixelMap< SIZE, float > *image, float *slice, float &minVal, float &maxVal, word method)vuFourierVolume< SIZE > [protected]
addView(vuSphericView< SIZE, TYPE > *view)vuFourierCluster< SIZE, TYPE >
addViewToVolume(vuSphericView< SIZE, TYPE > *view)vuFourierCluster< SIZE, TYPE > [protected]
calcSliceDimensions(vuSphericView< SIZE, TYPE > *view, dword &width, dword &height)vuFourierCluster< SIZE, TYPE > [protected]
calcViewVectors(vuVector &lookAt, vuVector &up, vuVector &right)vuFourierVolume< SIZE > [static]
clearSlice()vuFourierVolume< SIZE >
computeDimensions(dword XSize, dword YSize, dword ZSize, float mult_pad, dword add_pad)vuFourierVolume< SIZE >
computeSlice()vuFourierVolume< SIZE >
computeSlice(dword x_stop, dword y_stop, dword x_pass, dword y_pass)vuFourierVolume< SIZE >
computeUnscaledImage(bool doSlicing=true)vuFourierVolume< SIZE >
computeUnscaledImage(vuFixelMap< SIZE, float > *&image, word method, bool doSlicing=true)vuFourierVolume< SIZE >
computeUnscaledImage(vuFixelMap< SIZE, float > *&image, float &minVal, float &maxVal, word method, bool doSlicing=true)vuFourierVolume< SIZE >
destroyPlan()vuFourierCluster< SIZE, TYPE > [protected]
destroyTransform2D()vuFourierVolume< SIZE > [protected]
doFilteringSeparable(vuVector &pos, float *value)vuFourierCluster< SIZE, TYPE > [inline, protected]
doFilteringSpheric(vuVector &pos, float *value)vuFourierCluster< SIZE, TYPE > [inline, protected]
doWeighting(vuVector &pos, float *value)vuFourierCluster< SIZE, TYPE > [inline, protected]
ensurePlan(dword width, dword height)vuFourierCluster< SIZE, TYPE > [protected]
fitBias()vuFourierVolume< SIZE >
fitScale()vuFourierVolume< SIZE >
getBias()vuFourierVolume< SIZE >
getFilter()vuFourierVolume< SIZE >
getImageHeight() const vuFourierVolume< SIZE >
getImageWidth() const vuFourierVolume< SIZE >
getIsChannelActive(dword idx)vuFourierVolume< SIZE >
getIsReRendering()vuFourierVolume< SIZE >
getRenderMethod()vuFourierVolume< SIZE >
getScale()vuFourierVolume< SIZE >
getSliceData() const vuFourierVolume< SIZE >
getSliceFilter()vuFourierCluster< SIZE, TYPE >
getSliceHeight() const vuFourierVolume< SIZE >
getSliceWidth() const vuFourierVolume< SIZE >
getUnscaledImage()vuFourierVolume< SIZE >
getWrap()vuFourierVolume< SIZE >
getXSize()vuFourierVolume< SIZE >
getYSize()vuFourierVolume< SIZE >
getZSize()vuFourierVolume< SIZE >
glResize(dword width, dword height)vuFourierVolume< SIZE >
handleSlice(float *slice, dword sliceWidth, dword sliceHeight, vuSphericView< SIZE, TYPE > *view)vuFourierCluster< SIZE, TYPE > [protected]
initializeVolume(dword width, dword height)vuFourierCluster< SIZE, TYPE > [protected]
interpolateSlice()vuFourierVolume< SIZE >
interpolateSlice(dword x_stop, dword y_stop, dword x_pass, dword y_pass)vuFourierVolume< SIZE >
isInitialized()vuFourierVolume< SIZE >
isPreparedForInteractive()vuFourierCluster< SIZE, TYPE >
isPreprocessed()vuFourierCluster< SIZE, TYPE >
loadWisdom()vuFourierVolume< SIZE > [protected]
m_BiasvuFourierVolume< SIZE > [protected]
m_CacheVolumevuFourierCluster< SIZE, TYPE > [protected]
m_ChannelsvuFourierVolume< SIZE > [protected]
m_FiltervuFourierVolume< SIZE > [protected]
m_ImageStepvuFourierVolume< SIZE > [protected]
m_ImageXSizevuFourierVolume< SIZE > [protected]
m_ImageYSizevuFourierVolume< SIZE > [protected]
m_InnerXSizevuFourierVolume< SIZE > [protected]
m_InnerYSizevuFourierVolume< SIZE > [protected]
m_IsPreparedForInteractivevuFourierCluster< SIZE, TYPE > [protected]
m_IsPreprocessedvuFourierCluster< SIZE, TYPE > [protected]
m_IsReRenderingvuFourierVolume< SIZE > [protected]
m_OriginvuFourierVolume< SIZE > [protected]
m_PlanvuFourierCluster< SIZE, TYPE > [protected]
m_Plan2DvuFourierVolume< SIZE > [protected]
m_PlanHeightvuFourierCluster< SIZE, TYPE > [protected]
m_PlanWidthvuFourierCluster< SIZE, TYPE > [protected]
m_RenderMethodvuFourierVolume< SIZE > [protected]
m_ScalevuFourierVolume< SIZE > [protected]
m_SlicevuFourierVolume< SIZE > [protected]
m_SliceFiltervuFourierCluster< SIZE, TYPE > [protected]
m_SlicePtrvuFourierVolume< SIZE > [protected]
m_SliceXSizevuFourierVolume< SIZE > [protected]
m_SliceYSizevuFourierVolume< SIZE > [protected]
m_UnscaledImagevuFourierVolume< SIZE > [protected]
m_VolumevuFourierVolume< SIZE > [protected]
m_WeightVolumevuFourierCluster< SIZE, TYPE > [protected]
m_WrapvuFourierVolume< SIZE > [protected]
m_XAxisvuFourierVolume< SIZE > [protected]
m_XSizevuFourierVolume< SIZE > [protected]
m_XStepvuFourierVolume< SIZE > [protected]
m_YAxisvuFourierVolume< SIZE > [protected]
m_YSizevuFourierVolume< SIZE > [protected]
m_YStepvuFourierVolume< SIZE > [protected]
m_ZAxisvuFourierVolume< SIZE > [protected]
m_ZSizevuFourierVolume< SIZE > [protected]
mc_HalfWidthvuFourierCluster< SIZE, TYPE > [protected]
mc_HighvuFourierCluster< SIZE, TYPE > [protected]
mc_IsWidthOddvuFourierCluster< SIZE, TYPE > [protected]
mc_LowvuFourierCluster< SIZE, TYPE > [protected]
normalizeVolume()vuFourierCluster< SIZE, TYPE > [protected]
operator=(vuFourierVolume< SIZE > &rhs)vuFourierVolume< SIZE >
premultiplySlice(vuFixelMap2F *slice)vuFourierCluster< SIZE, TYPE > [protected]
prepareForInteractive(dword width, dword height)vuFourierCluster< SIZE, TYPE >
preprocess(dword idx, vuSphericView< SIZE, TYPE > **view, vuProgressHandler *handler=NULL)vuFourierCluster< SIZE, TYPE >
read_fvr(ifstream &fin, dword XSize, dword YSize, dword ZSize, dword d_size)vuFourierVolume< SIZE >
readFourierFromFile(const char *fileName, dword wrap=4, float s=1.0)vuFourierVolume< SIZE >
render()vuFourierVolume< SIZE >
saveWisdom()vuFourierVolume< SIZE > [protected]
scoord(int x, int y) const vuFourierVolume< SIZE > [inline, protected]
setBias(float bias)vuFourierVolume< SIZE >
setCamera(const vuCamera *camera)vuFourierVolume< SIZE >
setFilter(vuFourierFilter *filter)vuFourierVolume< SIZE >
setIsChannelActive(dword idx, bool flag)vuFourierVolume< SIZE >
setIsReRendering(bool flag)vuFourierVolume< SIZE >
setNoInteractiveMode()vuFourierCluster< SIZE, TYPE >
setOversampling(float s)vuFourierVolume< SIZE >
setRenderMethod(dword renderMethod)vuFourierVolume< SIZE >
setScale(float scale)vuFourierVolume< SIZE >
setSliceFilter(vuSliceFilter *sliceFilter)vuFourierCluster< SIZE, TYPE >
setViewVectors(const vuVector &view, const vuVector &up, const vuVector &right)vuFourierVolume< SIZE >
setWrap(dword wrap)vuFourierVolume< SIZE >
shift2D(float *x, dword XSize, dword YSize)vuFourierVolume< SIZE > [static]
shiftCopy2D(float *dest, float *src, dword XSize, dword YSize)vuFourierVolume< SIZE > [static]
transform2D(float *x)vuFourierVolume< SIZE > [protected]
transformSlice(float *slice, dword width, dword height)vuFourierCluster< SIZE, TYPE > [protected]
vuFourierVolume::transformSlice()vuFourierVolume< SIZE >
vcoord(int x, int y, int z) const vuFourierVolume< SIZE > [inline, protected]
void(vuFourierCluster< SIZE, TYPE >::*KernelCallback)(vuVector &vuFourierCluster< SIZE, TYPE > [private]
vuFourierCluster()vuFourierCluster< SIZE, TYPE >
vuFourierVolume()vuFourierVolume< SIZE >
vuFourierVolume(vuFourierVolume< SIZE > &inst)vuFourierVolume< SIZE >
wcoord(int x, int y, int z) const vuFourierCluster< SIZE, TYPE > [inline, protected]
weightView(vuSphericView< SIZE, TYPE > *view)vuFourierCluster< SIZE, TYPE > [protected]
wrapAndInitialize(float overSampling)vuFourierVolume< SIZE > [protected]
wrapVolume(float *volume)vuFourierVolume< SIZE > [protected]
write_fvr(char *out) const vuFourierVolume< SIZE >
writeFourierToFile(const char *fileName, vuProgressHandler *handler=NULL) const vuFourierVolume< SIZE >
writeSpatialVolume(const char *fileName, vuProgressHandler *handler=NULL) const vuFourierVolume< SIZE >
~vuFourierCluster()vuFourierCluster< SIZE, TYPE >
~vuFourierVolume()vuFourierVolume< SIZE >


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