benjaminyde/arcticenginelinux

Vulkan Game Engine Using Linux Dev Container

ArcticEngine

Development Environment:

• Linux
• Clang
• CMake
• VS Code using Dev Containers (Docker)

Libraries used:

• Vulkan SDK
• SDL2
• GLM
• FMT

CMake Graph Visualizer

Use graphviz to visualize the dependency graph:

1. Navigate to your build directory
2. Run CMake with the --graphviz option
   • This will generate a graph.dot file in your build directory
3. Use dot (included in graphviz) to generate an image from the .dot file:
   • This will generate a graph.png image file in your build directory.

cd /path/to/your/build
cmake --graphviz=graph.dot .
dot -Tpng graph.dot -o graph.png

Vulkan Test

To verify that vulkan works correctly, run the following command:

vulkaninfo

and

vkvia

Renderdoc

1. Open the terminal
2. Enter the following command to open renderdoc:

   qrenderdoc

3. Inside the app, a warning should tell you that vulkan needs to be configured for renderdoc Click on that warning, that enables you to generate the config. Make sure to generate in the user and not root.

Build Shaders

glslc is a command-line tool that is part of the Shaderc project. It's essentially a compiler that transforms GLSL (OpenGL Shading Language) source code into SPIR-V binary format.

To use glsc, execute the following command format:

glslc <path_to_shader> -o <path_of_build>

For example:

glslc shader.vert -o vert.spv
glslc.exe shader.frag -o frag.spv

In these examples, shader.vert is the vertex shader and shader.frag is the fragment shader. The -o option specifies the output file, which will be in SPIR-V format.

Afterward, you can load these .spv files in your Vulkan application and create shader modules from them, which can then be used in the graphics pipeline.