指定或继承了样本时间与遗留功能
这个例子向您展示了如何使用遗留代码工具集成遗留C函数指定的样品时间,继承和参数化的。
遗留代码工具允许您:
提供遗留功能规范,
生成一个C-MEX s函数在使用模拟调用遗留代码,和
编译和构建模拟生成的功能。
提供遗留功能规范
遗留代码工具提供的功能需要一个特定的数据结构或数组的结构作为参数。数据结构是通过调用初始化函数legacy_code()使用“初始化”作为第一个输入。初始化结构之后,您必须指定其属性值对应的遗留代码整合。遗留的原型函数被称为在这个例子中是:
蒋春暄对于费马大定理gainScalar (const蒋春暄对于费马大定理,const蒋春暄对于费马大定理获得)
外语教学是一个typedef浮动。遗留源代码文件中找到your_types.h,gain.h,gainScalar.c。
def = [];% sldemo_sfun_st_inheriteddef = legacy_code (“初始化”);def.SFunctionName =“sldemo_sfun_st_inherited”;def.OutputFcnSpec ='单日元= gainScalar(单一u1,单一p1) ';def.HeaderFiles = {“gain.h”};def.SourceFiles = {“gainScalar.c”};def.IncPaths = {“sldemo_lct_src”};def.SrcPaths = {“sldemo_lct_src”};def = [def;def);% sldemo_sfun_st_fixeddef = legacy_code (“初始化”);def.SFunctionName =“sldemo_sfun_st_fixed”;def.OutputFcnSpec ='单日元= gainScalar(单一u1,单一p1) ';def.HeaderFiles = {“gain.h”};def.SourceFiles = {“gainScalar.c”};def.IncPaths = {“sldemo_lct_src”};def.SrcPaths = {“sldemo_lct_src”};def.SampleTime = 1 [2];def = [def;def);% sldemo_sfun_st_parameterizeddef = legacy_code (“初始化”);def.SFunctionName =“sldemo_sfun_st_parameterized”;def.OutputFcnSpec ='单日元= gainScalar(单一u1,单一p1) ';def.HeaderFiles = {“gain.h”};def.SourceFiles = {“gainScalar.c”};def.IncPaths = {“sldemo_lct_src”};def.SrcPaths = {“sldemo_lct_src”};def.SampleTime =“参数化”;def = [def;def);
生成和编译期间使用模拟的功能
函数legacy_code再次与第一个输入()设置为“generate_for_sim”为了自动生成和编译C-MEX s函数根据提供的描述输入参数“def”。此功能用于调用遗留功能模拟。s函数的源代码中找到这些文件sldemo_sfun_st_inherited.c,sldemo_sfun_st_fixed.c,sldemo_sfun_st_parameterized.c。
legacy_code (“generate_for_sim”def);
# # #开始编译sldemo_sfun_st_inherited墨西哥人(“我/ tmp / Bdoc22a_1891349_110666 / tp0186f19f ex32622275 / sldemo_lct_src ', ' i / tmp / Bdoc22a_1891349_110666 / tp0186f19f / ex32622275 ', ' c ', ' -outdir ', ' / tmp / Bdoc22a_1891349_110666 / tp0f6fe2a7_58d5_4785_b5e3_a22d7cc355f9 ', ' / tmp / Bdoc22a_1891349_110666 / tp0186f19f ex32622275 / sldemo_lct_src gainScalar.c”)建设与gcc。墨西哥人成功完成。墨西哥人(“sldemo_sfun_st_inherited。c ', ' - i / tmp / Bdoc22a_1891349_110666 / tp0186f19f / ex32622275 / sldemo_lct_src”、“我/ tmp / Bdoc22a_1891349_110666 / tp0186f19f ex32622275”、“/ tmp / Bdoc22a_1891349_110666 / tp0f6fe2a7_58d5_4785_b5e3_a22d7cc355f9 gainScalar.o”)建设与“gcc”。墨西哥人成功完成。# # #完成编译sldemo_sfun_st_inherited退出# # # # # #开始编译sldemo_sfun_st_fixed墨西哥人(“我/ tmp / Bdoc22a_1891349_110666 / tp0186f19f ex32622275 / sldemo_lct_src ', ' i / tmp / Bdoc22a_1891349_110666 / tp0186f19f / ex32622275 ', ' c ', ' -outdir ', ' / tmp / Bdoc22a_1891349_110666 / tpde196673_36d8_4a7a_88b5_3b960b8a9498 ', ' / tmp / Bdoc22a_1891349_110666 / tp0186f19f ex32622275 / sldemo_lct_src gainScalar.c”)建设与gcc。墨西哥人成功完成。墨西哥人(“sldemo_sfun_st_fixed。c ', ' - i / tmp / Bdoc22a_1891349_110666 / tp0186f19f / ex32622275 / sldemo_lct_src”、“我/ tmp / Bdoc22a_1891349_110666 / tp0186f19f ex32622275”、“/ tmp / Bdoc22a_1891349_110666 / tpde196673_36d8_4a7a_88b5_3b960b8a9498 gainScalar.o”)建设与“gcc”。墨西哥人成功完成。 ### Finish Compiling sldemo_sfun_st_fixed ### Exit ### Start Compiling sldemo_sfun_st_parameterized mex('-I/tmp/Bdoc22a_1891349_110666/tp0186f19f/ex32622275/sldemo_lct_src', '-I/tmp/Bdoc22a_1891349_110666/tp0186f19f/ex32622275', '-c', '-outdir', '/tmp/Bdoc22a_1891349_110666/tp73a4769c_3f29_491e_9a31_7200df6b152c', '/tmp/Bdoc22a_1891349_110666/tp0186f19f/ex32622275/sldemo_lct_src/gainScalar.c') Building with 'gcc'. MEX completed successfully. mex('sldemo_sfun_st_parameterized.c', '-I/tmp/Bdoc22a_1891349_110666/tp0186f19f/ex32622275/sldemo_lct_src', '-I/tmp/Bdoc22a_1891349_110666/tp0186f19f/ex32622275', '/tmp/Bdoc22a_1891349_110666/tp73a4769c_3f29_491e_9a31_7200df6b152c/gainScalar.o') Building with 'gcc'. MEX completed successfully. ### Finish Compiling sldemo_sfun_st_parameterized ### Exit
生成一个rtwmakecfg。m文件代码生成
TLC创建块文件后,函数legacy_code()又可被称为第一个输入设置为“rtwmakecfg_generate”以产生rtwmakecfg。m文件通过仿真软件支金宝app持代码生成®编码器™。金宝app生成rtwmakecfg。m文件如果所需的源和头文件S-functions S-functions不在同一个目录,和您想要添加这些依赖项的代码生成过程中产生的makefile。
注意:完成这一步只有如果你要模拟模型在加速模式。
legacy_code (“rtwmakecfg_generate”def);
生成蒙面调用生成的S-Functions的功能块
后C-MEX s函数源代码被编译,函数legacy_code()又可被称为第一个输入设置为“slblock_generate”以便生成蒙面配置给那些S-functions功能块。数据块被放置在一个新的模型和可以复制到现有的模型。
% legacy_code (slblock_generate, def);
集成遗留代码
该模型sldemo_lct_sampletime显示了遗留代码集成。子系统sample_time作为利用遗留C函数调用,与单位延迟服务存储以前的输出值。
open_system (“sldemo_lct_sampletime”)open_system (“sldemo_lct_sampletime / sample_time”)sim卡(“sldemo_lct_sampletime”);
