Uses of Class
net.grelf.grip.RangeDouble

Packages that use RangeDouble
net.grelf.grip This package contains the Java classes which are specific to the image processing application GRIP.

GRIP is available as a free download from www.grelf.net - please always quote this URL in connection with GRIP.
Version: 11.11.21 
 

Uses of RangeDouble in net.grelf.grip
 

Methods in net.grelf.grip that return RangeDouble
 RangeDouble[] Image.getChannelRangesDouble()
          Find the range of values in each channel, as pairs of double values.
 RangeDouble[] ImageDouble.getChannelRangesDouble()
          Find the range of values in each channel, as pairs of double values.
 RangeDouble[] ImageInt.getChannelRangesDouble()
          Find the range of values in each channel, as pairs of double values.
 RangeDouble Image.getOverallRangeDouble()
          Get overall range of values across all channels, as a pair of double values
 RangeDouble ImageDouble.getOverallRangeDouble()
          Get overall range of values across all channels, as a pair of double values
 RangeDouble ImageInt.getOverallRangeDouble()
          Get overall range of values across all channels, as a pair of double values.
 RangeDouble Image.getRangeDouble()
          Get the minimum and maximum values occurring across all channels, as a pair of double values.
 RangeDouble ImageDouble.getRangeDouble()
          Get the minimum and maximum values occurring, across all channels.
 RangeDouble ImageInt.getRangeDouble()
          Get the minimum and maximum values occurring, across all channels.
 

Methods in net.grelf.grip with parameters of type RangeDouble
 void ImageDouble.applyCurveDouble(RangeDouble currentRange, java.util.List<java.awt.Point> points, java.awt.image.BufferedImage bim)
          Apply a look-up curve to transform Image pixels into BufferedImage pixels.
 void ImageDouble.applyCurveDouble(RangeDouble currentRange, java.util.List<java.awt.Point> points, ImageInt dstAccum)
          Apply a look-up curve to transform ImageDouble pixels into ImageInt pixels.
 void Image.save(java.lang.String filePath, RangeDouble range)
          Save on disc: faster version if the range of values occurring in the Image is already known.
 void ImageDouble.save(java.lang.String filePath, RangeDouble range)
          Save on disc: faster version if the range of values occurring in the accumulator is already known.
 void ImageInt.save(java.lang.String filePath, RangeDouble range)
          Save on disc: faster version if the range of values occurring in the accumulator is already known.
 void Image.scale(RangeDouble[] currentChannelRanges, java.awt.image.BufferedImage bim)
          Offset and scale all values to fit into the supplied BufferdImage.
 void ImageDouble.scale(RangeDouble[] currentChannelRanges, java.awt.image.BufferedImage bim)
          Deprecated. 
 void ImageInt.scale(RangeDouble[] currentChannelRanges, java.awt.image.BufferedImage bim)
          Deprecated. 
 void Image.scale(RangeDouble[] currentChannelRanges, RangeDouble[] targetChannelRanges)
          Offset and scale all values to fit in the given target ranges.
 void Image.scale(RangeDouble[] currentChannelRanges, RangeDouble[] targetChannelRanges)
          Offset and scale all values to fit in the given target ranges.
 void ImageDouble.scale(RangeDouble[] currentChannelRanges, RangeDouble[] targetChannelRanges)
          Deprecated. 
 void ImageDouble.scale(RangeDouble[] currentChannelRanges, RangeDouble[] targetChannelRanges)
          Deprecated. 
 void ImageInt.scale(RangeDouble[] currentChannelRanges, RangeDouble[] targetChannelRanges)
          Deprecated. 
 void ImageInt.scale(RangeDouble[] currentChannelRanges, RangeDouble[] targetChannelRanges)
          Deprecated. 
protected  void ImageDouble.setRangeDouble(RangeDouble range)