child class for computing wiener deconvolution More...
#include <WienerDeconvolve.h>
Inheritance diagram for stira::deconvolve::WienerDeconvolve:
Public Member Functions | |
| WienerDeconvolve (Image *pDegradedImage) | |
| constructor More... | |
| WienerDeconvolve (Image *pDegradedImage, Image *pPSF) | |
| constructor More... | |
| ~WienerDeconvolve () | |
| destructor | |
| bool | Run () |
| starts the deconvolution if all inputs are available After completion, get the result with GetRestoredImage() from the parent class | |
 Public Member Functions inherited from stira::deconvolve::DeconvolveMaster | |
| Image * | GetDegradedImage () |
| Gets the degraded input image. | |
| void | SetDegradedImage (Image *pDegradedImage) |
| sets the degraded image to restore More... | |
| Image * | GetPSF () |
| gets the Point Spread Function (PSF) The PSF is a model of the blur; it is how every single point is imaged in the degraded image. For an ideal image, it would be a delta function; in reality, it is mostly a certain spot. | |
| void | SetPSF (Image *pPSF) |
| sets the Point Spread Function (PSF) More... | |
| Image * | GetRestoredImage () |
| gets the result after running the deconvolution | |
| void | SetSigmaNoise (double sigma) |
| sets the noise level More... | |
| double | GetSigmaNoise () |
| gets the noise level | |
Static Public Member Functions | |
| static ArrayGrid< double > * | RunSingleband (ArrayGrid< double > *pInGrid, ArrayGrid< double > *pInPSF, double noiseLevel) |
| Run restoration for single spectral band assumes simplest case that bands can be processed independently. More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from stira::deconvolve::DeconvolveMaster | |
| DeconvolveMaster (Image *pDegradedImage) | |
| constructor Sets degraded input image; PSF is estimated or entered in later stage More... | |
| DeconvolveMaster (Image *pDegradedImage, Image *pPSF) | |
| constructor Sets degraded input image and PSF More... | |
| virtual | ~DeconvolveMaster () |
| constructor | |
| bool | AreParentConditionsOK () |
| checks basic conditions are fulfilled for all deconvolution methods | |
| Protected Attributes inherited from stira::deconvolve::DeconvolveMaster | |
| Image * | mpDegradedImage |
| degraded input image | |
| Image * | mpRestoredImage |
| restored image for output | |
| Image * | mpPSF |
| image containing the Point Spread Function | |
| double | mSigmaNoise |
| sigma of the noise | |
Detailed Description
child class for computing wiener deconvolution
Constructor & Destructor Documentation
| stira::deconvolve::WienerDeconvolve::WienerDeconvolve | ( | Image * | pDegradedImage | ) |
constructor
- Parameters
-
pDegradedImage the degraded input image for restoration
constructor
- Parameters
-
pDegradedImage the degraded input image for restoration pPSF the Point Spread Function
Member Function Documentation
|
static |
Run restoration for single spectral band assumes simplest case that bands can be processed independently.
- Parameters
-
pInGrid band to be retsored pInPSF Point Spread Function for this band noiseLevel the noise level
References stira::fouriertools::FFTBand::ApplyForwardTransform(), stira::fouriertools::FFTBand::ApplyInverseTransform(), stira::fouriertools::FFTBand::Conjugate(), stira::fouriertools::FFTBand::ConvertToRealGrid(), stira::imagedata::ArrayGrid< T >::GetHeight(), stira::fouriertools::FFTBand::GetValue(), stira::imagedata::ArrayGrid< T >::GetValue(), stira::imagedata::ArrayGrid< T >::GetWidth(), and stira::fouriertools::FFTBand::SetValue().
Referenced by Run().
The documentation for this class was generated from the following files:
- deconvolve/deconvolve/WienerDeconvolve.h
- deconvolve/deconvolve/WienerDeconvolve.cpp
