Module selection and application order
One or more of the available processing modules can be selected. For three modules, altogether 6
ways of ordering them for application to the image data exist. The application order can be set
via a drop down list.
LR deconvolution parameters
Radius |
Gauss filter radius for the LR algorithm
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Iterations |
The LR algorithm operates in an iterative manner, In theory, after an inifinte number of interations, a gauss-blurred
image can be reconstructed completely. In practice, this doesn't work anyway. So a small, one digit number of iterations often
suffices. Higher settings tend to emphasize the noise.
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Cascading steps |
not to be mixed up with the iterations. Apply the whole LR dec. process the given number of times, with
stepwise modified parameters.
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Radius multiplier |
multiplies the radius parameter for the next cascading step
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Iteration multiplier |
multiplies the iteration parameter for the next cascading step
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Contrast sensitivity (CS) |
reduces the algorithm effect dependent on the local contrast.
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Wavelet parameters
not yet available
Unsharp mask parameters
Radius |
radius for the unsharp mask operation
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Strength |
specifies how strong the filter acts. A value < 1.0 results in smoothing/denoising.
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Cascading steps |
apply unsharp masking the given number of times, with
stepwise modified parameters.
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Radius multiplier |
multiplies the radius parameter for the next cascading step
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Strength multiplier |
multiplies the strength parameter for the next cascading step
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Contrast sensitivity (CS) |
reduces the algorithm effect dependent on the local contrast.
|
Denoising parameters
Radius |
radius for the denoising operation. The bigger the radius, the more extended is the smoothing effect,
but of course also the softening effect on fine detail.
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Strength |
specifies how strong the denoising effect acts.
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