c++ - MATLAB .m file to .mex file using Matlab Compiler -
I know that it can speak as a very famous topic, but something that helps me with it Not found
This scenario is:
-
I have my functions function, no matter what's inside, it's a generic function that may depend on other toolboxes. Does. Has input and output;
-
I want to generate the same myFun.mex function;
: Lib myFun
This way I get some new files:
libmyfun.c
libmyfun.dll
Libmyfun.exp
libmyfun.exports
libmyfun .h
libmyfun.lib
Reading around and I think that Creating a myfun.cpp that is very famous is included:
/ * gateway function * / zero max function (ent NLHS, MXARRA * PLS [], int NRHS, CONST M Xeray * PHS []) Here is the Variable Deals * / / * code here * /}
I have tried to do this and are called Regular of Max Generation:
Max ('- v', 'myfun.cpp')
But I get many errors, and I should say that my myfun.cpp copy / Paste Function is where I have a lot of doubts ... especially on input / output management.
My question is ... except for the myfun.cpp function which may be filled with errors because I'm not a C / C ++ developer ... the process is correct? If the answer is yes, does anyone know what is the usual way of writing myfun.cpp?
Cheers,
Sebastian
MATLAB compiler does not
The MATLAB compiler takes your .m
code and encrypts it into a .ctf
(component technology file) file and stores it . It then produces a thin coat (either to allow the .exe
file, or .dll
library file to be able to call the library from the file) Code> .ctf file can be freely referenced to your end user with the MCR (MATLAB Compiler Runtime).
The end user runs executables or libraries, which distribute and decode the .m
code and runs it against MCR instead of MATLAB. You can think of MCR as a copy of MATLAB, but without front-end desktop environment.
The MATLAB compiler has been used for the case, which you want to easily share the algorithm with a MATLAB application or someone who does not have MATLAB because the code is encrypted, so you have your intellectual It can also be used to protect property. But this code is MEX is something different if you have an algorithm implemented in C code, you can add 'gateway' routine which you mention, and with a There is another product, which is different from the MATLAB compiler. MATLAB Coder You can do a lot of things with that C code, which can be used to make use of the back in the form in which it is used to return a MATLAB command often, though Not like the original The main answer to your question is that: . M remains in the form of the code, and executes exactly the same way that MATLAB also includes the same speed.
mex
command Can be compiled in a library which can be eligible for MATLAB as long as it is a regular MATLAB command or function MEX functionality is part of regular MATLAB, and no add-on products are required. . M
code which is in the subset of MATLAB language, and converts it into C code. Subsets are very broad, but there are some important restrictions on supported MATLAB languages. I am afraid that these restrictions include many toolbox functions, which include some functionality of the Neural Network Toolbox. .m
code, you can do other things like integrating the C code into a comprehensive C project.
.m
code, either manually edit it in C and Max, or use the MATLAB Coder to automatically copy the c code Do it and then do Max.
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