public class TikhonovRegularizedInverseFilter extends Algorithm implements java.util.concurrent.Callable<RealSignal>
controller, fft, h, iterMax, optimizedMemoryFootprint, threaded, y
Constructor and Description |
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TikhonovRegularizedInverseFilter(double lambda) |
Modifier and Type | Method and Description |
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RealSignal |
call() |
int |
getComplexityNumberofFFT() |
double[] |
getDefaultParameters() |
double |
getMemoryFootprintRatio() |
java.lang.String |
getName() |
double[] |
getParameters() |
double |
getRegularizationFactor() |
java.lang.String[] |
getShortnames() |
double |
getStepFactor() |
boolean |
isIterative() |
boolean |
isRegularized() |
boolean |
isStepControllable() |
boolean |
isWaveletsBased() |
RealSignal |
runOptimizedMemoryFootprint() |
RealSignal |
runTextBook() |
Algorithm |
setParameters(double... params) |
addOutput, disableMultithreading, disableSystem, enableMultithreading, enableSystem, getApodization, getConstraint, getController, getEpsilon, getFFT, getIterations, getIterationsMax, getMemory, getMonitors, getNormalizationPSF, getOuts, getPadding, getParametersAsString, getParametersToString, getPath, getPSNR, getReference, getResidu, getResiduMin, getSNR, getStats, getTime, getTimeLimit, getVerbose, isMultithreading, isSystem, run, run, saveStats, saveStats, setApodization, setConstraint, setController, setEpsilon, setFFT, setMonitors, setNormalizationPSF, setOptimizedMemoryFootprint, setOuts, setPadding, setPath, setReference, setResiduMin, setStats, setStats, setStats, setTimeLimit, setVerbose, setWavelets, showStats, showStats, toString
public TikhonovRegularizedInverseFilter(double lambda)
public RealSignal call()
call
in interface java.util.concurrent.Callable<RealSignal>
public RealSignal runTextBook()
public RealSignal runOptimizedMemoryFootprint()
public int getComplexityNumberofFFT()
getComplexityNumberofFFT
in class Algorithm
public java.lang.String[] getShortnames()
getShortnames
in class Algorithm
public double getMemoryFootprintRatio()
getMemoryFootprintRatio
in class Algorithm
public boolean isRegularized()
isRegularized
in class Algorithm
public boolean isStepControllable()
isStepControllable
in class Algorithm
public boolean isIterative()
isIterative
in class Algorithm
public boolean isWaveletsBased()
isWaveletsBased
in class Algorithm
public Algorithm setParameters(double... params)
setParameters
in class Algorithm
public double[] getDefaultParameters()
getDefaultParameters
in class Algorithm
public double[] getParameters()
getParameters
in class Algorithm
public double getRegularizationFactor()
getRegularizationFactor
in class Algorithm
public double getStepFactor()
getStepFactor
in class Algorithm
Copyright © , Biomedical Imaging Group, EPFL, Lausanne, Switzerland. All rights reserved.