You can launch it by pressing f5, but make sure to pick your operating system.īefore launching the compiled binaries, make sure that the working directory is set to this folder, or the shaders files and images will not be found by the program. exe file will be outputed in build/Debug folder. Once the configuration is done, you can compile the project by pressing f7. You must select a x86 kit, for exemple the Visual Studio Community 2017 - x86 kit. If you want to change the source code, I highly recommend using the C/C++ extension from Microsoft and the CMake extension from twxs.įrom this point, when you will open the repository folder with VSCode, it will prompt you to configure the projet.

You will need the CMakeTools extension from vector-of-bools. To do so, right click on CMakeLists.txt and use Generate Cache for imac-tower-defense

If you add files, you will need to re-generate the cache for a successfull build. If everything is done, simply press f5 or click on the green arrow at the top. From this point, you have to make sure that you are using a x86 build configuration, and running the imac-tower-defense target. and select the CMakeLists.txt at the root of this directory. You can simply open visual studio, browse the toolbar to File->Open->Cmake. Option 2: Visual Studio (Windows only)įrom Visual Studio 2017, you don't need to generate a visual studio project with cmake. It means that you are genererating a Makefile, then using it to build the project, and finally running the binaries from the current working directory (needed to find assets). The recommended compiler is g++, minimum version required is g++ 6.1, which is included by default on many linux distribution. The project need your graphic card driver to be up to date, as it is using OpenGL 4.4 core profile (released in 2013, so it should be fine). More on the compiler on the next sections. You must install CMake and a C++ compiler which handles C++ 14.

The main changes are : improved state machine with the pushdown automaton structure, the replacement of most events by singleton components, a render queue for the renderrer and an more elaborate and maintenable structure for rendering (materials, layers. The structure of this project is being improved in my next C++ game Roll Goal. If you're a french-speaker, you might consider to have a look at the post-mortem (it has a lot of images) inside the doc folder. This is a student project for the French engineering school IMAC. An OpenGL 4.4 game made with Entity-Component-System design pattern.

Opengl 4.4 tutorial pdf