This solution applies only to MATLAB Compiler 3.0 (R13) and earlier versions, for information regarding MATLAB Compiler 4.0 (R14) and later versions please see the related solution below.
The C-code generated from the MATLAB file code is the same, regardless of which platform converts the MATLAB file code to the C code (it is platform independent). Therefore, you can take the C-code generated on any platform that is supported by MATLAB Compiler and create stand-alone applications on any platform which is supported by the C Math Library. You can also use the C MEX-file code to build MEX-file executables on any platform where the MATLAB Compiler is installed (the MATLAB Compiler ships with the necessary MEX libraries).
You may also possibly be able to create object code with a cross compiler for a specific target platform. You can then compile the object code on the target platform with the C Math Libraries for that target platform.
Note: Although this was never tested, it may be able to work because the object code is only specific to the hardware and not the operating system.
When creating stand-alone applications, with the code generated with the MATLAB Compiler, you must link the object code (created on another platform with a cross compiler) with the C Math Libraries on the platform which contains the operating system for which the Math C Libraries were created. In other words, unless the 68040 processor has the same operating system as the machine for which the Math C Libraries were intended, it most likely will not work. When creating executable programs from the generated C-code, you must make it specific to the operating system (it is not just hardware dependent). The C Math Library will only work on platforms that can run MATLAB.
