maksasj / bebone Goto Github PK

Todo

• Vulkan part
  • Vulkan pipeline manager
  • Vulkan textures
• Refactor window api
  • Default values

Before render graph we need

• Vulkan/OpenGL
  • Render passes
  • Framebuffers

move files to appropriate directories

Todo

• SoundEngine class
• Abstract sound fx interface
• Sound class
• Music class

Snake case: methods, functions, variables
Pascal case: Classes, Enums

• 'GetKeyDown'
• 'GetKeyUp'
  etc...

• SoundEngine class
• Sound class
• Music class
• Abstract sound fx interface

SoundEngine engine;
            
class AAAA
class Sound : AAAA;
class Muisc : AAAA;
            
auto sound0 = engine.load_sound("hit0.mp3");
auto sound1 = engine.load_sound("hit1.mp3");
auto music = engine.load_music("music.mp3");
auto sound2 = engine.get("hit0.mp3");
            
sound0->play();
music1->play();
            
struct SoundComponent {
       shared_ptr<Sound> sound;
            
       SoundComponent(name) {
               sound = engine->load(name);
       }
            
       void invoke() {
               sound0->play();
       }
}

Todo

• Sprite interface
• Renderer interface
  • Complete OpenGL renderer implementation
  • Complete Vulkan renderer implementation
• And other interfaces...
  • Model, Mesh, Material, etc.

Game is crashing after clicking the LMB

The reason of crash is somewhere here

Updates:

• Crashes with Clang
• Works perfectly with MinGW

I noticed that, we are using GLFW with GLFW_INCLUDE_VULKAN, do wee really need Vulkan-Headers submodule ?

Lets for now create just abstract class, and obj one.

rename

Gfx.md to GFX.md
Core.md to CORE.md

Since, README.md LICENSE.md and TODO.md, are all upper case, lets be consistant with outher markdown files as well.

[90/141] Building CXX object examples/gfx/vulkan/2_vulkan_3d_cube/CMakeFiles/Bebone_Example_Gfx_2_Vulkan_3D_Cube.dir/main.cpp.obj
D:/Projects/C++/bebone/examples/gfx/vulkan/2_vulkan_3d_cube/main.cpp:103:72: warning: unsequenced modification and access to 't' [-Wunsequenced]
103 | transform.rotation = trait_bryan_angle_yxz(Vec3f(t * 0.001f, (t++) * 0.001f, 0.0f));
|

Can be easily fixed