Package gov.nih.mipav.model.structures
package gov.nih.mipav.model.structures
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ClassDescriptionThis class manages a 2D lattice of control points given a discretized B-Spline basis for each axis.This class manages a 3D lattice of control points given a discretized B-Spline basis for each axis.This is an abstract buffer class that indicates the required methods of the sub-classes.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.This class extends the abstract BufferBase class.Title: CubeBoundsCustomHashtable extends the Hashtable class and adds some methods for generating keys for new elements to the Hashtable.Contains information for a point used in the the Dijkstra minimum cost path algorithm.This class is used specifically for the watershed algorithm.Integer Vector is very similar to the Vector class except that it is designed specifically to store integers.Class that stores matrices (owned by ModelImage) with accessor functions to the matrix map/adding and changing matrices.Histogram model extends ModelStorageBase and stores and processes information about histograms.This class extends the generic buffer class ModelStorageArray and is used to store n-dimensional images and buffer class that supports boolean, byte, short, int, long, float, double, etc. data types.Model of a Lookup Table (LUT).Model of a RGB Table. 256 length red, green, and blue tables are constructed from the red, green, and blue transfer functions.This class clones (copies) by serializing the object (providing it can be serialized).This is very simple class to store a float type image of up to four dimensions.Simple integer 3D point.PointStack is a structure used specifically in ViewComponentEditImage for use in the active level set generation and was built for speed.DOCUMENT ME!DOCUMENT ME!TableSorter is a decorator for TableModels; adding sorting functionality to a supplied TableModel.DOCUMENT ME!DOCUMENT ME!This is the structure to store information needed to compute ACPC and Talairach normalization.Thread which sleeps for a pre-determined amount of time, then calls a method (if the thread hasn't had its shutdown method called).Exception to indicate that a problem was encountered parsing a string.Title: TransferFunctionTransformation matrix class is an affine homogeneous class that can be used to rotate objects like images and VOIs.Transformation matrix class is an affine homogeneous class that can be used to rotate objects like images and VOIs.Title: UneditableTableModelpresents an event to regard a changed VOI.
UpdateVOISelectionListenerpermits objects to listen for updates to aVOI.This the Volume Of Interest (VOI) structure.Base which holds the functions common to both Contour, Line and Point type VOI.This class is fundamental to the VOI class in which points are stored that describe a curve of an VOI.Class for line, a simple extension of VOIBase.Class for a point VOI, a simple extension of CurveBase.PolyLineSlice is implemented as a list ofEach VOIPoint in the list may be on a different slice of the image. This class is fundamental to the VOI class in which points are stored that describe a Protractor VOI.$Logfile: /mipav/src/gov/nih/mipav/model/structures/VOIStatisticalProperties.java $ $Revision: 4 $ $Date: 7/27/04 1:42p $interface to carry statistic list information. all users of VOI statistics ought to implement this interface.Title: VOI TextClass extends ViewVOIVector to finish cleaning up access syntax to the volumes of interest vector.Voro++ Copyright (c) 2008, The Regents of the University of California, through Lawrence Berkeley National Laboratory (subject to receipt of any required approvals from the U.S.A type associated with a c_loop_subset class, determining what type of geometrical region to loop over.