FreeForm_Register2D_binaries_Aug0107

所属分类:图形图象
开发工具:Visual C++
文件大小:118KB
下载次数:36
上传日期:2009-06-06 11:32:56
上 传 者difang
说明:  利用水平集理论的刚性配准,是国外牛人编写的
(Shape Registration in Implicit Spaces Software )

文件列表:
bspline_updateLattice.dll (73798, 2003-07-10)
FreeForm_Register2D.exe (340171, 2007-08-01)
read_output.m (1923, 2007-11-04)
shape_list.txt (25, 2004-11-22)
show_grids.m (943, 2007-11-04)
show_outputGrids.m (656, 2007-11-04)
show_spaceWarping.m (593, 2003-07-21)
sourceCont (16852, 2004-12-02)
targetCont (18862, 2004-12-02)

Shape Registration in Implicit Spaces Software ------------------------------------------------------ Copyright Notice Copyright 2006, Xiaolei Huang, Nikos Paragios, and Dimitris Metaxas. Permission to include in application software or to make digital or hard copies of part or all of this work has to be acquired from the original authors in writing. Upon use of this software or demonstration of results generated by this software, the user agrees to acknowlege and reference the following paper: X. Huang, N. Paragios, D. Metaxas, ``Shape Registration in Implicit Spaces using Information Theory and Free Form Deformations,” In IEEE Trans. Pattern Analysis and Machine Intelligence (TPAMI), Vol. 28, No. 8, pp. 1303-1318, Aug. 2006. ----------------------------------------------------- ----------------------------------------------------- Software Usage 1. To register two or more shapes: FreeForm_Register2D.exe shape_list.txt * shape_list.txt: parameter file specifying the names of target and source shapes. -- first line: total number of shapes -- second line: name of the target shape -- remainder: names of source shapes to be registered with the target shape; one name per line. * open "sourceCont" or "targetCont" using wordpad to see the file format for shapes. -- first line: number of points -- remainder: ordered list of points on the shape. 2. Matlab utility code to view output results: 1) read_output.m: view correspondences 2) show_outputGrids.m: view space deformation 3. Notes: * This software assumes rigid registration between shapes is done. * The source and target shapes are each centered on a 300*300 grid.

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