PointFunctions.chordLengthDistribution(java.lang.Object[] image,
int imgWidth,
int imgHeight,
int imgDepth,
double pixelWidth,
double pixelHeight,
double pixelDepth,
int nBins,
int nSamples,
java.lang.String valChoice,
boolean showProgress)
Computes the chord length distribution as a probability density,
i .e . the likelihood of finding a chord in the interval between L +/- dL in image units
This code measures the length of chords through the selected component along
a random line of length = (min image dimension)/2.
PointFunctions.chordLengthDistribution(java.lang.Object[] image,
int imgWidth,
int imgHeight,
int imgDepth,
int nBins,
int nSamples,
java.lang.String valChoice,
boolean showProgress)
Computes the chord length distribution as a probability density,
i .e . the likelihood of finding a chord in the interval between L and dL in pixels or voxels
This code measures the length of chords through the selected component along
a random line of length = (min image dimension)/2.
PointFunctions.linealPathDistribution(java.lang.Object[] image,
int imgWidth,
int imgHeight,
int imgDepth,
double pixelWidth,
double pixelHeight,
double pixelDepth,
int nSamples,
java.lang.String valChoice,
boolean showProgress)
Find the probability that a random line of length R in image units will lie completely in the chosen image space.
PointFunctions.linealPathDistribution(java.lang.Object[] image,
int imgWidth,
int imgHeight,
int imgDepth,
int nSamples,
java.lang.String valChoice,
boolean showProgress)
Find the probability that a random line of length R in pixels will lie completely in the chosen image space.
PointFunctions.poreSizeDistribution(java.lang.Object[] image,
int imgWidth,
int imgHeight,
int imgDepth,
double probeDim,
double pixelWidth,
double pixelHeight,
double pixelDepth,
int nBins,
int nSamples,
java.lang.String valChoice,
boolean showProgress)
Experimental: Estimates the pore size distribution as a probability density using local measurements of the surface-to-volume ratio and computing the radius of an equivalent sphere.
PointFunctions.twoPointFunction(java.lang.Object[] image,
int imgWidth,
int imgHeight,
int imgDepth,
double pixelWidth,
double pixelHeight,
double pixelDepth,
int nSamples,
java.lang.String valChoice,
boolean showProgress)
Find the probability that two points separated by a distance D will both lie in the selected image space.