alpha (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [private] |
AnImageOp() (defined in AnImageOp) | AnImageOp | [inline] |
autoLuminanceFlag (defined in AnImageOp) | AnImageOp | [protected] |
channelDepth (defined in AnImageOp) | AnImageOp | [protected] |
fcolorFilter(Real3CImage *src, Real3CImage *dest=0) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [protected, virtual] |
fcolorSelectedFilter(AnImage *mask, Real3CImage *src, Real3CImage *dest=0) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [protected, virtual] |
filter(AnImage *src, AnImage *dest=0) | IMultiImageOp | [virtual] |
filter(AR3ChannelConverter *convertor, AnImage *src, AnImage *dest=0) | IMultiImageOp | [virtual] |
fullColor (defined in IMultiImageOp) | IMultiImageOp | [protected] |
getChannelDepth() (defined in AnImageOp) | AnImageOp | [inline, virtual] |
getLimiter() (defined in AnImageOp) | AnImageOp | [inline, virtual] |
getLuminanceFlag() (defined in AnImageOp) | AnImageOp | [inline, virtual] |
getMaskValue() | AnImageOp | [inline, virtual] |
greyFilter(AnImage *src, AnImage *dest=0) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [protected, virtual] |
greySelectedFilter(AnImage *mask, AnImage *src, AnImage *dest=0) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [protected, virtual] |
ICoherenceEnhBilateralOp(double alpha0=0.01, double sigD=5.0, double sigR=30.0, int windowSize=15) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [inline] |
IMultiImageOp(int iter=50, bool colorFlag=false) (defined in IMultiImageOp) | IMultiImageOp | [inline] |
iterations (defined in IMultiImageOp) | IMultiImageOp | [protected] |
limiter (defined in AnImageOp) | AnImageOp | [protected] |
loadMask(AnImage &mask) | AnImageOp | [protected, virtual] |
maskValue | AnImageOp | [protected] |
nMask | AnImageOp | [protected] |
report(FILE *file) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [inline, virtual] |
S (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [private] |
scolorFilter(Real3CImage *src, Real3CImage *dest=0) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [protected, virtual] |
scolorSelectedFilter(AnImage *mask, Real3CImage *src, Real3CImage *dest=0) (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [protected, virtual] |
selectedFilter(AnImage *mask, AnImage *src, AnImage *dest=0) | IMultiImageOp | [virtual] |
selectedFilter(AR3ChannelConverter *convertor, AnImage *mask, AnImage *src, AnImage *dest=0) | IMultiImageOp | [virtual] |
setChannelDepth(int val) (defined in AnImageOp) | AnImageOp | [inline, virtual] |
setIterations(int i) (defined in IMultiImageOp) | IMultiImageOp | [inline, virtual] |
setLimiter(AbsLimiter *alimiter=0) (defined in AnImageOp) | AnImageOp | [inline, virtual] |
setLuminanceFlag(bool autoGrey=true) (defined in AnImageOp) | AnImageOp | [inline, virtual] |
setMask(int n, int *xp, int *yp) (defined in AnImageOp) | AnImageOp | [inline, virtual] |
setMaskValue(int value) | AnImageOp | [inline, virtual] |
sigmaD (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [private] |
sigmaR (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [private] |
unloadMask() | AnImageOp | [inline, protected, virtual] |
xm | AnImageOp | [protected] |
ym | AnImageOp | [protected] |
~AnImageOp() (defined in AnImageOp) | AnImageOp | [virtual] |
~ICoherenceEnhBilateralOp() (defined in ICoherenceEnhBilateralOp) | ICoherenceEnhBilateralOp | [inline, virtual] |
~IMultiImageOp() (defined in IMultiImageOp) | IMultiImageOp | [inline, virtual] |