Yes of course,
you can use the MATLAB Compiler to make Stand-Alone Applications and here is a hint about how it works, I hope its enough for you.
The MATLAB Compiler, when invoked with the -m macro option, takes the input M-files and produces the required wrapper file suitable for a stand-alone application. Then, your C or C++ compiler compiles this code and links against the MCR, which is a stand-alone set of shared libraries that enable the execution of M-files. For example, to generate a stand-alone executable from the file example.m, use
Code:
[size=18]mcc -m example[/size]
where: mcc is the compliling command in MATLAB
-m is the macro option ( telling the compiler that it is .m file to be compiled)
example is the name of the .m file as you saved it.
Godd luck.
Added after 1 minutes:
Yes of course,
you can use the MATLAB Compiler to make Stand-Alone Applications and here is a hint about how it works, I hope its enough for you.
The MATLAB Compiler, when invoked with the -m macro option, takes the input M-files and produces the required wrapper file suitable for a stand-alone application. Then, your C or C++ compiler compiles this code and links against the MCR, which is a stand-alone set of shared libraries that enable the execution of M-files. For example, to generate a stand-alone executable from the file example.m, use
Code:
[size=18]mcc -m example[/size]
where: mcc is the compliling command in MATLAB
-m is the macro option ( telling the compiler that it is .m file to be compiled)
example is the name of the .m file as you saved it.
Godd luck.