If you share the program with others, then they'll need to reset the path. You don't need to know where the 'Working Directory' is. Solution #3: Specify full path for all the external files in your program.

But all the external files are placed in one directory, along with the VS project files. The code will be simpler - you just need to specify the file name, without having to worry about setting the correct file path.

Solution #2: Copy all the external files into the 'Working Directory'.

Solution #1: Set all file paths relative to the 'Working Directory'.

By default, the 'Working Directory' is the macro $(ProjectDir), which is the folder in which your VS project file resides.

Click on the button 'Macros>', and scroll down to find the full path for the macro $(ProjectDir). Click on the down arrow icon on the right hand side of this text box, and select, the 'Working Directory' window will pop up. To find the 'Working Directory', open Project Properties, select 'Debugging' -> 'Working Directory', you'll find the macro $(ProjectDir). When you run the program from within Visual Studio (VS), VS will look for these files in the 'Working Directory'.

Assume your program builds successfully, and your program needs to load shader files from your disk.

Here's how Visual Studio searches for files and how you should set the file path: Sometimes Visual Studio cannot locate these files because the files are not on Visual Studio's default search path. When writing your OpenGL programs, you often need to load external files such as GLSL shaders, 3D model files, and image files.

Note that since Visual Studio 2015, you no longer need to include opengl32.lib in 'Additional Dependencies'.

So make sure your file names are correct. For example, your files may be freeglut.lib and glew32.lib. Your file name may be different from this example.

In the 'Property Pages' window, click Linker -> Input, and add the following files to the 'Additional Dependencies' line: freeglutd.lib glew32d.lib SOIL.lib assimp-vc140-mt.lib.

After the project is created, right click on the project name and select 'Properties'.

In the 'Win32 Application Wizard', under 'Application Settings', check 'Empty project'.

In Visual Studio, create a Visual C++ 'Win32 Console Application'.GLM2 - The GLM is a highly intuitive and powerful monitor control networking system that manages connectivity to all SAM studio monitors and subwoofers on the network – up to 30. Initially, the software becomes available as a Beta for end-customer evaluation. GLM software is being updated to be compatible with Mac OS X Catalina (10.15). For Linux users (or Mac users who would like to practice using the command-line tools), here are the steps to compile and install the GLFW source package directly with the command-line interface: Create a new folder called opengldev and change the current directory to the new path.

How to install glm for mac