Package com.xinapse.multisliceimage

The package com.xinapse.multisliceimage is used to represent and handle multi-dimensional Medical Images in different file formats.

See:
Description

Interface Summary

ImageSelectionGroupPanel.ComponentGenerator	An interface implemented by classes that want to be able to generate user components to put into an ImageSelectionGroupPanel.
InfoStorer	An interface the MultiSliceImage classes implement to indicate that they can store arbitrary textual information.

Class Summary

ColourMapping	The ColourMapping class represents a mapping from pixel presentation values (PPVs) to colours that are displayed on the image.
ColourVolumeInterpolator	An interpolator for a 3- (or fewer) dimensional array of pixels in a Colour image.
Complex	A complex (real, imaginary) number.
DoubleComplex	A complex (real, imaginary) number, with double precision.
Histogram	A class for creating and finding statistics about arrays of pixel intensities, histograms of pixel intensities, and statistics about those histograms.
Histogram.BinSpec	A specification for Histogram bins.
ImageFileChooser	Abstract Class for File Choosers for opening and saving MultiSliceImages, and DICOM images.
ImageFileChooser.LoadChooser	ImageFileChooser suitable for selecting a MultiSliceImage file for loading.
ImageFileChooser.SaveChooser	ImageFileChooser suitable for selecting a MultiSliceImage file for saving.
ImageFileFilter	A file filter for all MultiSliceImages.
ImageName	Class to add extensions, prefixes and suffices to image file and URL names.
ImagePreview	JComponent that is used to preview an image file.
ImageSelectionGroupPanel	An ImageSelectionGroupPanel allows the selection of a group of MultiSliceImages and contains the mechanism for adding images to the group, removing images from the group, etc.
ImageSelectionPanel	An ImageSelectioPanel is a javax.swing.JPanel that can be used to select a MultiSliceImage for input.
LogFileChooser	A JFileChooser for choosing log files (files with extension ".log").
LogFileChooser.LogFileFilter	A javax.swing.filechooser.FileFilter suitable for selecting log files.
MultipleImageSelectionPanel	A MultipleImageSelectionPanel shows a list of MultiSliceImage files, and contains the mechanism for selecting a new list of images, adding images to the list, removing images from the list, and changing the order of images in the list.
MultiSliceImage	An abstract representation of a multi-dimensional image.
MultiSliceImageDebug	Enables and disables debugging messages for the MultiSliceImage package.
OutputImageSelectionPanel	An OutputImageSelectionPanel is a javax.swing.JPanel that can be used to select a MultiSliceImage for output.
PixArray	An abstract representation of an array of pixels of varying type.
PreviewIcon	An Icon that is used to preview a LoadableImage (UNC, Analyze, NIFTI, DICOM).
VolumeInterpolator	An interpolator for a 3- (or fewer) dimensional array of pixels.

Enum Summary

ComplexMode	An enumeration of the possible display/calculation modes for complex numbers.
InterpolationType	An enumeration of the types of interpolation that can be used for resampling images.
MostLikePlane	The radiological planes that can be used to describe the approximate orientation of a scan plane.
PixelDataType	An enumeration of the pixel formats (data types) that can be used in MultiSliceImage images.
SubSampleType	An enumeration of the types of sub-sampling to be used for resampling images.

Exception Summary

ImageSaveException	Signals that an error has occurred when trying to save an image.
InfoNotFoundException	Signals that information about an InfoStorer has not been found.
InvalidColourMappingException	Signals that an error has occurred while trying to read or generate a colour mapping.
MultiSliceImageException	Signals that an error has occurred when performing an operation on a MultiSliceImage object.

Package com.xinapse.multisliceimage Description

The package com.xinapse.multisliceimage is used to represent and handle multi-dimensional Medical Images in different file formats. The following pixel data types are fully implemented:

• 1 bit per pixel binary (PixelDataType.BINARY).
• 1 unsigned byte per pixel (PixelDataType.UBYTE).
• 1 signed byte per pixel (PixelDataType.BYTE).
• 1 unsigned short per pixel (PixelDataType.USHORT).
• 1 signed short per pixel (PixelDataType.SHORT).
• 1 unsigned int per pixel (PixelDataType.UINT).
• 1 signed int per pixel (PixelDataType.INT).
• 1 signed long per pixel (PixelDataType.LONG).
• 1 float per pixel (PixelDataType.FLOAT).
• 1 double per pixel (PixelDataType.DOUBLE).
• 2 floats per pixel (interlaced) forming complex numbers (PixelDataType.COMPLEX).
• 3 unsigned bytes per pixel (non-interlaced) representing red, green and blue planes (PixelDataType.RGB_BY_PLANE). This is equivalent to the Analyze RGB format.
• 4 unsigned bytes per pixel (interlaced) representing red, green, blue and alpha values (PixelDataType.COLOURPACKED). This is equivalent to the UNC COLORPACKED format.

Both big-endian and little-endian byte ordering are implemented and supported. When reading exsiting images, the byte order is auto detected. When existing images are copied or modified, the original byte order is retained. For images newly-created from scratch, the byte ordering is byte order that is native to the computer on which Jim is running.