mat2cpp-06-08-30.tar.gz_Matlab转C++_mat2cpp_matlab转C_matlab转C

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matlab转c

matlab转c++

98 浏览量 2022-07-13 18:43:34 上传评论收藏 170KB GZ 举报

共432个文件

htm：156个

xml：152个

cpp：35个

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mat2cpp-06-08-30.tar.gz_Matlab 转C++_mat2cpp_matlab 转C_matlab转C_m （432个子文件）

configure.ac 1KB

Makefile.am 768B

Makefile.am 305B

Makefile.am 177B

AUTHORS 94B

Build 3KB

ChangeLog 42B

configure 127KB

COPYING 2KB

mat2cpp_ok.cpp 2KB

matrix_div.cpp 2KB

cholesky.cpp 1KB

randn.cpp 996B

diag_prod.cpp 863B

slice_ok.cpp 844B

randn_ok.cpp 758B

cholesky_ok.cpp 687B

diag_prod_ok.cpp 640B

element_unary.cpp 631B

matrix_div_ok.cpp 601B

matrix_prod_ok.cpp 575B

rand_ok.cpp 559B

extend_ok.cpp 523B

element_div_ok.cpp 521B

scalar_div_ok.cpp 517B

scalar_prod_ok.cpp 517B

element_prod_ok.cpp 507B

add_ok.cpp 499B

max.cpp 493B

min.cpp 485B

sub_ok.cpp 477B

rand.cpp 470B

getstarted.cpp 458B

element_unary_ok.cpp 445B

sum.cpp 438B

scalar_ok.cpp 410B

transpose_ok.cpp 388B

min_ok.cpp 373B

ones_ok.cpp 367B

scalar.cpp 366B

max_ok.cpp 361B

sum_ok.cpp 352B

zeros_ok.cpp 350B

size_ok.cpp 250B

depcomp 16KB

c2dpotrf.f 342B

_openblue.gif 962B

_closeblue.gif 921B

_open.gif 257B

_close.gif 143B

mat2cpp.hpp 3KB

slice_frame1.htm 16KB

_contents_frame1_xml.htm 12KB

_contents_frame1.htm 12KB

extend_frame1.htm 10KB

randn_frame1.htm 10KB

cholesky_frame1.htm 9KB

diag_prod_frame1.htm 9KB

matrix_prod_frame1.htm 9KB

rand_frame1.htm 9KB

scalar_div_frame1.htm 9KB

scalar_prod_frame1.htm 9KB

library_frame1.htm 9KB

matrix_div_frame1.htm 9KB

_index_frame1.htm 8KB

element_unary_frame1.htm 8KB

element_div_frame1.htm 8KB

element_prod_frame1.htm 8KB

add_frame1.htm 8KB

sub_frame1.htm 8KB

_reference_frame1.htm 8KB

min_frame1.htm 7KB

max_frame1.htm 7KB

mat2cpp_frame1.htm 7KB

sum_frame1.htm 7KB

matrix_div.cpp_frame1.htm 7KB

ones_frame1.htm 7KB

zeros_frame1.htm 7KB

transpose_frame1.htm 7KB

scalar_frame1.htm 7KB

mat2cpp_ok.cpp_frame1.htm 7KB

size_frame1.htm 6KB

getstarted_frame1.htm 6KB

mat2cpp.hpp_frame1.htm 6KB

cholesky.cpp_frame1.htm 5KB

randn.cpp_frame1.htm 5KB

diag_prod.cpp_frame1.htm 4KB

license_frame1.htm 4KB

mat2cpp_ok.m_frame1.htm 3KB

_external_frame1.htm 3KB

min.cpp_frame1.htm 2KB

max.cpp_frame1.htm 2KB

sum.cpp_frame1.htm 2KB

element_unary.cpp_frame1.htm 2KB

rand.cpp_frame1.htm 2KB

getstarted_links.htm 2KB

elementwise_frame1.htm 2KB

_index_links.htm 2KB

_search_frame1_xml.htm 2KB

_search_frame1.htm 2KB

共 432 条

/* $begin mat2cpp_ok.cpp$$ $spell randn cholesky cstdlib srand div bool cout endl iostream std C++ $$ $section Run C++ Version of Examples$$ $codep */ # include <iostream> # include <cstdlib> extern bool add_ok(void); extern bool cholesky_ok(void); extern bool diag_prod_ok(void); extern bool element_div_ok(void); extern bool element_prod_ok(void); extern bool element_unary_ok(void); extern bool extend_ok(void); extern bool matrix_div_ok(void); extern bool matrix_prod_ok(void); extern bool max_ok(void); extern bool min_ok(void); extern bool ones_ok(void); extern bool rand_ok(void); extern bool randn_ok(void); extern bool scalar_ok(void); extern bool scalar_div_ok(void); extern bool scalar_prod_ok(void); extern bool size_ok(void); extern bool slice_ok(void); extern bool sub_ok(void); extern bool sum_ok(void); extern bool transpose_ok(void); extern bool zeros_ok(void); bool run_test(bool test(void), char *name) { bool ok = test(); if( ok ) std::cout << "ok: " << name << std::endl; else std::cout << "error: " << name << std::endl; return ok; } int main() { bool ok = true; // initialize the random number generator unsigned seed = 5; std::srand(seed); // run all the tests ok = ok & run_test(add_ok, "add_ok"); ok = ok & run_test(cholesky_ok, "cholesky_ok"); ok = ok & run_test(diag_prod_ok, "diag_prod_ok"); ok = ok & run_test(element_div_ok, "element_div_ok"); ok = ok & run_test(element_prod_ok, "element_prod_ok"); ok = ok & run_test(element_unary_ok, "element_unary_ok"); ok = ok & run_test(extend_ok, "extend_ok"); ok = ok & run_test(matrix_div_ok, "matrix_div_ok"); ok = ok & run_test(matrix_prod_ok, "matrix_prod_ok"); ok = ok & run_test(max_ok, "max_ok"); ok = ok & run_test(min_ok, "min_ok"); ok = ok & run_test(ones_ok, "ones_ok"); ok = ok & run_test(rand_ok, "rand_ok"); ok = ok & run_test(randn_ok,"randn_ok"); ok = ok & run_test(scalar_ok, "scalar_ok"); ok = ok & run_test(scalar_div_ok, "scalar_div_ok"); ok = ok & run_test(scalar_prod_ok, "scalar_prod_ok"); ok = ok & run_test(size_ok, "size_ok"); ok = ok & run_test(slice_ok, "slice_ok"); ok = ok & run_test(sub_ok, "sub_ok"); ok = ok & run_test(sum_ok, "sum_ok"); ok = ok & run_test(transpose_ok, "transpose_ok"); ok = ok & run_test(zeros_ok, "zeros_ok"); std::cout << std::endl; if( ok ) std::cout << "All tests passed" << std::endl; else std::cout << "At least one test failed" << std::endl; return ok; } /* $$ $end */

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