Uses of Class
org.esa.snap.core.util.math.Range

Packages that use Range

Package	Description
org.esa.snap.core.datamodel	Contains SNAP's central classes and interfaces used for an in-memory presentation of remote sensing data products.
org.esa.snap.core.util.math	Provides utility classes for mathematical operations.

Uses of Range in org.esa.snap.core.datamodel

Methods in org.esa.snap.core.datamodel that return Range

Modifier and Type	Method	Description
Range	RGBImageProfile.getBlueMinMax()
Range	RGBImageProfile.getGreenMinMax()
Range	RGBImageProfile.getRedMinMax()

Methods in org.esa.snap.core.datamodel with parameters of type Range

Modifier and Type	Method	Description
void	RGBImageProfile.setBlueMinMax(Range range)
void	RGBImageProfile.setGreenMinMax(Range range)
void	RGBImageProfile.setRedMinMax(Range range)

Constructors in org.esa.snap.core.datamodel with parameters of type Range

Constructor	Description
RGBImageProfile(String name, String[] rgbaExpressions, String[] pattern, Range[] valueRanges)	Creates a new RGB profile.

Uses of Range in org.esa.snap.core.util.math

Subclasses of Range in org.esa.snap.core.util.math

Modifier and Type	Class	Description
class	Histogram	Instances of the Histogram class store histogram data.

Methods in org.esa.snap.core.util.math that return Range

Modifier and Type	Method	Description
static Range	Range.computeRangeByte(byte[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given byte array.
static Range	Range.computeRangeDouble(double[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given double array.
static Range	Range.computeRangeDouble(double[] values, Range range)	Computes the value range for the values in the given double array.
static Range	Range.computeRangeDouble(DoubleList values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given Range.DoubleList.
static Range	Range.computeRangeFloat(float[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given float array.
static Range	Range.computeRangeGeneric(Object values, boolean unsigned, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given Object.
static Range	Range.computeRangeInt(int[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given int array.
static Range	Range.computeRangeShort(short[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given short array.
static Range	Range.computeRangeUByte(byte[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given byte array.
static Range	Range.computeRangeUInt(int[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given int array.
static Range	Range.computeRangeUShort(short[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given short array.
Range	Histogram.findRange(double leftHistoAreaSkipped, double rightHistoAreaSkipped)	Returns the value range for the case that the given ratios of the sum of all bin values are skipped from the lower and upper bounds of this histogram.
Range	Histogram.findRange(double leftHistoAreaSkipped, double rightHistoAreaSkipped, boolean skipLeftPeek, boolean skipRightPeek)
Range	Histogram.findRangeFor95Percent()	Returns the value range for the case that 2.5% of the sum of all bin values are skipped from the the lower and upper bounds of this histogram.
Range	Histogram.findRangeForPercent(double threshold)	Returns the value range for any threshold of 0% to 100% where the sum of all bin values are skipped from the the lower and upper bounds of this histogram.
Range	Histogram.getRange(int binIndex)	Gets the data value range for the given bin index.
Range	Histogram.getRange(int binIndex1, int binIndex2)	Gets the data value range for the given bin index range.

Methods in org.esa.snap.core.util.math with parameters of type Range

Modifier and Type	Method	Description
static Histogram	Histogram.computeHistogram(RenderedImage image, javax.media.jai.ROI roi, int numBins, Range range)
static Histogram	Histogram.computeHistogramByte(byte[] values, IndexValidator validator, int numBins, Range range, Histogram histo, ProgressMonitor pm)	Computes the histogram for the values in the given byte array in the given value range.
static Histogram	Histogram.computeHistogramDouble(double[] values, IndexValidator validator, int numBins, Range range, Histogram histogram, ProgressMonitor pm)	Computes the histogram for the values in the given double array in the given value range.
static Histogram	Histogram.computeHistogramDouble(DoubleList values, IndexValidator validator, int numBins, Range range, Histogram histo, ProgressMonitor pm)	Computes the histogram for the values in the given Histogram.DoubleList in the given value range.
static Histogram	Histogram.computeHistogramFloat(float[] values, IndexValidator validator, int numBins, Range range, Histogram histogram, ProgressMonitor pm)	Computes the histogram for the values in the given float array in the given value range.
static Histogram	Histogram.computeHistogramGeneric(Object values, boolean unsigned, IndexValidator validator, int numBins, Range range, Histogram histogram, ProgressMonitor pm)	Computes the histogram for the values in the given Histogram.DoubleList in the given value range.
static Histogram	Histogram.computeHistogramInt(int[] values, IndexValidator validator, int numBins, Range range, Histogram histogram, ProgressMonitor pm)	Computes the histogram for the values in the given int array in the given value range.
static Histogram	Histogram.computeHistogramShort(short[] values, IndexValidator validator, int numBins, Range range, Histogram histo, ProgressMonitor pm)	Computes the histogram for the values in the given short array in the given value range.
static Histogram	Histogram.computeHistogramUByte(byte[] values, IndexValidator validator, int numBins, Range range, Histogram histo, ProgressMonitor pm)	Computes the histogram for the values in the given byte array in the given value range.
static Histogram	Histogram.computeHistogramUInt(int[] values, IndexValidator validator, int numBins, Range range, Histogram histogram, ProgressMonitor pm)	Computes the histogram for the values in the given int array in the given value range.
static Histogram	Histogram.computeHistogramUShort(short[] values, IndexValidator validator, int numBins, Range range, Histogram histo, ProgressMonitor pm)	Computes the histogram for the values in the given short array in the given value range.
static Range	Range.computeRangeByte(byte[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given byte array.
static Range	Range.computeRangeDouble(double[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given double array.
static Range	Range.computeRangeDouble(double[] values, Range range)	Computes the value range for the values in the given double array.
static Range	Range.computeRangeDouble(DoubleList values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given Range.DoubleList.
static Range	Range.computeRangeFloat(float[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given float array.
static Range	Range.computeRangeGeneric(Object values, boolean unsigned, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given Object.
static Range	Range.computeRangeInt(int[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given int array.
static Range	Range.computeRangeShort(short[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given short array.
static Range	Range.computeRangeUByte(byte[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given byte array.
static Range	Range.computeRangeUInt(int[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given int array.
static Range	Range.computeRangeUShort(short[] values, IndexValidator validator, Range range, ProgressMonitor pm)	Computes the value range for the values in the given short array.