/ * ============================================================== * * triangleengine.cpp * * matlab引擎api for c ++应用程序* ============================================================ * / #include“matlabengine.hpp”#include 命名空间mc = matlab ::引擎;命名空间md = matlab :: data;const int default_number_of_points = 1000;std :: u16string convertasciitoutf16（const std :: string＆asciistr）;int mainfunc（std :: shared_ptr  app，const int argc，const char * argv []）{try {size_t numpoints（default_number_of_points）;if（argc> 1）{numpoints = std :: stoi（argv [1]）;} //创建参数作为MATLAB函数MD :: ArrayFactory Factory的输入;matlab :: data :: typedArray  numpointsasarray = factory.createscalar（Numpoints）;matlab :: data :: typedarray  dodrawasarray = factory.createscalar（Dodraw）; // create a logical scalar std::vector inputs{numPointsAsArray, doDrawAsArray}; // The Sierpinski function returns the X and Y coordinates of the points // in the triangle. If doDraw is true, it also draws the figure. app->feval(u"sierpinski", 2, inputs); // Wait until the user closes the figure. app->eval(u"figures = findobj(allchild(groot),'flat','type','figure','visible','on'); waitfor(figures(1))"); } catch(std::exception & exc) { std::cerr << exc.what() << std::endl; return -1; } return 0; } int main(const int argc, const char * argv[]) { int ret = 0; try { std::vector options = {}; std::unique_ptr matlabApplication = mc::connectMATLAB();//startMATLAB(); ret = mainFunc(std::move(matlabApplication), argc, argv); } catch(const std::exception & exc) { std::cerr << exc.what() << std::endl; return -1; } return ret; }

/ * ============================================================== * * trianglesdk.cpp *使用Matlab Compiler SDK生成的C ++共享库*的通用界面。* ============================================================ * / #include“matlabcppsharedlib.hpp”#include  #include 命名空间mc = matlab :: cpplib;命名空间md = matlab :: data;const int default_number_of_points = 1000;int mainfunc（std :: shared_ptr  app，const int argc，const char * argv []）{try {size_t numpoints（default_number_of_points）;if（argc> 1）{numpoints = std :: stoi（argv [1]）;将CTF（库归档文件）的路径传递给initmatlabl ibrary const std :: u16string u16str_ctf_name = u“libtriangle.ctf”;自动lib = mc :: initmatlablibrary（app，u16str_ctf_name）; // Create arguments as input of the MATLAB functio md::ArrayFactory factory; matlab::data::TypedArray. numPointsAsArray = factory.createScalar(numPoints); matlab::data::TypedArray doDrawAsArray = factory.createScalar(doDraw); // create a logical scalar std::vector inputs{numPointsAsArray, doDrawAsArray}; // The Sierpinski function returns the X and Y coordinates of the points // in the triangle. If doDraw is true, it also draws the figure. lib->feval(u"sierpinski", 2, inputs); // Wait until the user closes the figure. lib->waitForFiguresToClose(); } catch(std::exception & exc) { std::cerr << exc.what() << std::endl; return -1; } return 0; } int main(const int argc, const char * argv[]) { int ret = 0; try { matlab::cpplib::MATLABApplicationMode mode = mc::MATLABApplicationMode::IN_PROCESS; std::vector options = {}; std::shared_ptr matlabApplication = mc::initMATLABApplication(mode, options); ret = mc::runMain(mainFunc, std::move(matlabApplication), argc, argv); } catch(const std::exception & exc) { std::cerr << exc.what() << std::endl; return -1; } return ret; }