文件列表:

nmm-win (0, 2012-06-05)
nmm-win\CMakeLists.txt (526, 2012-06-05)
nmm-win\doc (0, 2012-06-05)
nmm-win\doc\figures (0, 2012-06-05)
nmm-win\doc\figures\A1.PS (4324, 1998-07-23)
nmm-win\doc\figures\A10.PS (25616, 1998-07-23)
nmm-win\doc\figures\A10B.PS (9911, 1998-07-23)
nmm-win\doc\figures\A10C.PS (9834, 1998-07-23)
nmm-win\doc\figures\A11.PS (13872, 1998-07-23)
nmm-win\doc\figures\A12.PS (15888, 1998-07-23)
nmm-win\doc\figures\A13.PS (10667, 1998-07-23)
nmm-win\doc\figures\A2.PS (4630, 1998-07-23)
nmm-win\doc\figures\A3.PS (5918, 1998-07-23)
nmm-win\doc\figures\A4.PS (8172, 1998-07-23)
nmm-win\doc\figures\A5.PS (7638, 1998-07-23)
nmm-win\doc\figures\A6.PS (8627, 1998-07-23)
nmm-win\doc\figures\A7.PS (7701, 1998-07-23)
nmm-win\doc\figures\A8.PS (2952, 1998-07-23)
nmm-win\doc\figures\A9.PS (9712, 1998-07-23)
nmm-win\doc\figures\B1.PS (4786, 1998-07-23)
nmm-win\doc\figures\B2.PS (5104, 1998-07-23)
nmm-win\doc\figures\B3.PS (6582, 1998-07-23)
nmm-win\doc\figures\B3R.PS (6593, 1998-07-23)
nmm-win\doc\figures\B4.PS (51848, 1998-07-23)
nmm-win\doc\figures\B5.PS (8485, 1998-07-23)
nmm-win\doc\figures\B5R.PS (8508, 1998-07-23)
nmm-win\doc\figures\C3.PS (6584, 1998-07-23)
nmm-win\doc\figures\C5.PS (8486, 1998-07-23)
nmm-win\doc\m00.pdf (194451, 2006-08-27)
nmm-win\doc\m01.pdf (361017, 2006-08-27)
nmm-win\examples (0, 2012-06-05)
nmm-win\examples\mc (0, 2012-06-05)
nmm-win\examples\mc\ff.c (6, 2012-06-05)
nmm-win\examples\mc\MC01 (305, 2002-05-31)
nmm-win\examples\mf (0, 2012-06-05)
nmm-win\examples\mf\CV01 (6040, 2002-10-20)
nmm-win\examples\mf\ff.c (14, 2012-06-05)
nmm-win\examples\mf\MF01 (117, 2002-06-04)
nmm-win\examples\mg (0, 2012-06-05)
nmm-win\examples\mg\ff.c (6, 2009-08-11)
... ...

GUIDE TO BUILDING NMM ======================================================================== This source codes of NMM (2D) uses CMake as the build system. This guide will explain to you how to use CMake to build NMM executables from source. 1. What is CMake? ------------------- CMake is a cross-platform, open-source build system - or perhaps more accurately a build configurator. It is a family of tools designed to build, test and package software. CMake is used to control the software compilation process using simple platform and compiler independent configuration files. It generates native makefiles and workspaces that can be used in the compiler environment of your choice. 2. Getting CMake ------------------ CMake is available from http://www.cmake.org (Resources -> Downloads). You can get its sources, but there are precompiled binaries for all platforms. Furthermore, if you are on a Linux system, chances are high that your distributor offers a package for CMake. You need a CMake version >= 2.6. For Ubuntu, type the following in a console to install CMake: > sudo apt-get install cmake-gui 3. Preparing the build environment ------------------------------------ You should now create a build directory for NMM somewhere outside its sources. This is the directory where CMake will create the build system for your chosen platform and compiler, and this is also where the NMM executables will be compiled. This way, the NMM source dir stays clean, and you can have multiple build directories all working from the same source files. Then the compiler should be prepared or installed, e.g. gcc for Linux, Xcode for MacOS and Visual Studio for Windows. 4. Running CMake ------------------ Now start the program cmake-gui by either typing the name in a console or selecting it from the start menu. In the field 'Where is the source code' enter the path to the NMM source directory (the directory which contains this file). In the field 'Where to build the binaries' enter the path to the build directory you created in step 3. Hit 'Configure'. A dialog will appear asking you to select a generator. Choose the appropriate one for your platform and compiler. On Unix, you most likely want to use 'Unix Makefiles'; for Visual Studio select the appropriate version and platform (Win32 | Win***); on Apple use Xcode. Click 'Finish'. CMake will now gather some information about your build environment and then show a list of build options. You can adjust the settings to your liking. Once you are satisfied, hit the button 'Configure' again and then click on 'Generate'. CMake will then create the build system for you. 5. Building NMM ------------------ Go to your chosen build directory. CMake has generated a build system for you. If you are using Visual Studio, you should find the file NMM_2D.sln. Open it and compile the target 'BUILD_ALL'. Similarly you will find an Xcode project to build NMM on MacOS. If you are using a Makefile generator, then instead open a console and cd to your build directory, then call the appropriate make program, e.g. on Linux type > make to start the build process. 6. Installing NMM -------------------- Once the build is complete, you can optionally have the build system copy the built executables and test data to a clean location, where you can test the functions of NMM executables. In Visual Studio, just select and build the target 'INSTALL'. This will create the folder 'dist' inside your build directory and copy all the required files there. For Makefile based generators, type: > make install (or sudo make install, if root privileges are required) You can change the install location by changing the variable CMAKE_INSTALL_PREFIX in CMake.

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