**To do that, the Octave interpreter needs to be initialized first.** An example of how to do this can then be seen in the code. It does not, however, allow the script files, oct-files, or built-in functions of Octave to be used by the application. Then the program ends and terminal is available to write commands again: $īut this “standalone application” needs octave installed and only offers access to its Math libraries, because as the guide says it this only dynamically links the octave libraries to the C++ program. The program works because the terminal showed: Hello Octave world!
Then they test the standlone application by “opening it” in the terminal: $. Is a part where the C++ program specifies that will be using a Octave header file called oct.h that will allow the C++ program to call the functions and libraries from Octave, then the standalone file is created by running a command to compile in the command line or terminal called mkoctfile, everything after mkoctfile are “the instructions to create” the application called “standalone”: $ mkoctfile -link-stand-alone -o standalone Ok, what the guide and stackoverflow answer give is that you can create a standalone application using C++ that has access to Octave libraries and functions, because by itself octave isn’t a language that can compile it’s code to create a executable program, because using octave what you create are scripts that are interpreted.
0 kommentar(er)
