文件名称:trace4all
介绍说明--下载内容均来自于网络,请自行研究使用
基于"trace transform"的识别2D图像的C++源程序,
主文件是tt.cpp,
在LINUX下可以用
g++ tt.cpp -o tt -O3进行编绎,
而且最后的结果也可以在MATLAB下显示出来,
This package presents C++ tools to the trace transform of a 2D image, and related objects, i.e. circuses and triple features, matlab tools to visualise these entities, and tools to check newly coded functionals. This version is released with a small number of functionals only. -based on the "trace transform" the identification of the 2D image C++ source files, The principal document tt.cpp, Linux can be used tt.cpp g-o tt- O3 compiles unravel, and the final results can also be displayed in MATLAB, and This package presents C tools to trace the trans form of a 2D image, and related objects. i.e. circuses and triple features, Matlab tools to visualize these entities. and tools to check newly coded functionals. Thi 's version is released with a small number of func tionals only.
主文件是tt.cpp,
在LINUX下可以用
g++ tt.cpp -o tt -O3进行编绎,
而且最后的结果也可以在MATLAB下显示出来,
This package presents C++ tools to the trace transform of a 2D image, and related objects, i.e. circuses and triple features, matlab tools to visualise these entities, and tools to check newly coded functionals. This version is released with a small number of functionals only. -based on the "trace transform" the identification of the 2D image C++ source files, The principal document tt.cpp, Linux can be used tt.cpp g-o tt- O3 compiles unravel, and the final results can also be displayed in MATLAB, and This package presents C tools to trace the trans form of a 2D image, and related objects. i.e. circuses and triple features, Matlab tools to visualize these entities. and tools to check newly coded functionals. Thi 's version is released with a small number of func tionals only.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
trace4all
.........\a0.pgm
.........\b0.pg2
.........\c0.pg2
.........\computeFunctional.m
.........\d0.pg2
.........\e0.pg2
.........\functional.cpp
.........\lines3h.h
.........\modioperandi0.h
.........\objectListing.c
.........\objects0.h
.........\Outinfo
.........\.......\Circuses
.........\.......\Triple
.........\.......\TrMatrs
.........\ReadMe.txt
.........\rm_hlam.bat
.........\show_iwC_txt.m
.........\stages0.h
.........\start.m
.........\subroutines
.........\...........\Disp.m
.........\...........\fig.m
.........\...........\figim.m
.........\...........\imafFill0.m
.........\...........\medianW.m
.........\...........\plotcirc.m
.........\telafft.c
.........\testTr.m
.........\trArray1.mat
.........\trArray2.mat
.........\trArray3.mat
.........\trArray4.mat
.........\trArray5.mat
.........\trArray6.mat
.........\tt.cpp
.........\unit2.h
.........\a0.pgm
.........\b0.pg2
.........\c0.pg2
.........\computeFunctional.m
.........\d0.pg2
.........\e0.pg2
.........\functional.cpp
.........\lines3h.h
.........\modioperandi0.h
.........\objectListing.c
.........\objects0.h
.........\Outinfo
.........\.......\Circuses
.........\.......\Triple
.........\.......\TrMatrs
.........\ReadMe.txt
.........\rm_hlam.bat
.........\show_iwC_txt.m
.........\stages0.h
.........\start.m
.........\subroutines
.........\...........\Disp.m
.........\...........\fig.m
.........\...........\figim.m
.........\...........\imafFill0.m
.........\...........\medianW.m
.........\...........\plotcirc.m
.........\telafft.c
.........\testTr.m
.........\trArray1.mat
.........\trArray2.mat
.........\trArray3.mat
.........\trArray4.mat
.........\trArray5.mat
.........\trArray6.mat
.........\tt.cpp
.........\unit2.h