• GLEW
• SDL2
• glm

For debian based distributions they are: libglew-dev libsdl2-dev libsdl2-ttf-dev libglm-dev

Make sure you have SDL2 development libraries installed and then run the command bellow.
git clone "https://github.com/gbrls/myncraft/" && cd myncraft && make all

• Cool texures :)
• Infinite world.
• Cool player controls and a debug mode.
• Trees!

• Loading chunks from disk.
• Collision.
• Water and other biomes.
• Clouds.
• the Sun & the Moon.
• Simulated voxel shadows.

• Chunck's meshes are generated from all the visible faces, hidden faces are not in the mesh.
  • It was initially a DFS that visited all visible faces, but it led to stack overflows.
  • Now, it is a refractored version of the DFS into a BFS.
• Terrain generation is deterministic: With the same seed you'll always get the exact same world.
  • This is implemented by using a perlin noise generator for everything, the terrain height and the tree generation.
  • The result of Perlin(x,y) is used as a seed to the tree generation algorithm.
• Block's faces have normals.
  • The normals are stored in the vertex data (in the mesh) as a sigle float, then it's transformed into a vector by the shader.
• Chunck's meshes are calculated in asynchronous calls.
  • Maybe it wasn't a good idea because it affects the main thread, in which the main game loop is running.
  • They are now calculated in a single thread (different from the main).

• Tree leaves are constrained by it's chunk, you can see that some trees have their leaves sliced.
• The meshing algorithm does not take into account chunk to chunk occlusion, every chunk has it's outter shell meshed.
• Camera coords to Chunk coords algorithm is not working properly.
• A async call to each chunk being genereted leads to a little lag to the main thread when a new chunk is generated.

I usually write my code by expanding upon smaller functional iterations, so it's easy to document.

• Day 0 (OpenGL "Hello World")
  

• Day 1 (Minecraft "Hello Cube")
  

• Day 2.
  During this day I worked mostly on camera controls and projections, so the graphics didn't really changed.

• Day 3.
  I worked on mesh generation with a DFS to mesh only the visible faces.

• Day 4
  I changed the project structure a little bit and started messing around with terrain generation.
  
  
  Efficient mesh generation, but it's worse than greedy meshing.

• Day 5
  I implemented a texture array, instead of a single texture.
  A simple pause was implemented in order to take screenshots.
  A simple tree generation algorithm was implemented, currently the trees cannot occupy multiple chunks, this is a problem.