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😀This project is mainly faced to GUI engineering applications and advanced backend computing, such as X11, Qt, ffmpeg, OpenCV, CUDA and so on. Combining Vulkan with engineering applications, not a pure demo.

1. Imaging Proceessing of Vulkan😁
2. Vulkan on Qt 🤣
3. Vulkan on XWindow 😃
4. Vulkan with CUDA😅
5. Vulkan offscreen rendering with ffmpeg😆
6. Vulkan with physical engine😆
   
   

This project is partly based onSaschaWillems's Project, add some functions of cross-platform window operation , deleted MFC code of the main function(WinMain), and provides a unified interface api for cross-platform.
For Android, use the jni and android java surface activity instead of native glue. You can use the java widgets of Android Sdk on the Vulkan Surface. The front-end UI uses MVVM framework to better meet the application requirements.
Use sharelib (libvulkanbase.so, libvulkan_basicengine.so) instead of static lib.

• Sharelib : ✅
• Supported System : Linux & Windows & Android
• PNG and JPEG Texture Load : ✅ (Auto turn to RGBA8 format)
• Volume Texture3d Load : ⭕ (Will support nii and raw data)
• Auto Mipmap-Gen : ✅
• Qt-binding(vulkan widget) : ✅
• Relative path and absolute path management for IDE : ✅
• Basic object template(Ball & Square & Cube and so on) : ⭕
• Android Vulkan Surface Activity (Java) : ✅
  For examples of cross-platform api:

int main(int argc,char** argv){    bool debug=false;    StaticTriangle* pVulkan=new StaticTriangle(debug);    pVulkan->initVulkan();    pVulkan->initWindow();    pVulkan->prepare();    pVulkan->renderLoop();    delete pVulkan;    return 1;}

Simple object-oriented package reduces the amount of code and makes it easier to use and understand Vulkan.

    m_sky = VkObject::New<VulkanCube>(m_context);    m_sky->prepare();    m_skyShader = VkObject::New<VulkanVertFragShader>(m_context);    m_skyShader->setShaderObjPath("shaders/Skybox/skybox.so.vert",                                   "shaders/Skybox/skybox.so.frag");    m_skyShader->setCullFlag(VK_CULL_MODE_FRONT_BIT);    m_skyShader->prepare();    std::vector<std::string> skyImages = {            "textures/skybox/back.jpg",            "textures/skybox/front.jpg",            "textures/skybox/top.jpg",            "textures/skybox/bottom.jpg",            "textures/skybox/right.jpg",            "textures/skybox/left.jpg",    };    m_skyTexture = VkObject::New<VulkanTextureCubeMap>(m_context);    m_skyTexture->loadFromFile(skyImages, VK_FORMAT_R8G8B8A8_UNORM);

The libvulkan_basicengine.so also integrates 'stb_image' fromhttps://github.com/JoeyDeVries/LearnOpenGL, supporting jpg and png image loading, and you don't need to generate ktx images for Vulkan Texture now. See 'vulkan_basicengine_texture.h'.

Finally, welcome to clone or fork my project, remember to star if you consider my project is quite good.

Now: Linux(Mainly) Windows(Partly) Android(Partly)Planned supported: Mac(I have successfully installed black Apple) IOS

CMake: 3.14+ is recommendedVulkan: 1.1.121+Glm: 0.9.9+Xcb & Xlib (Linux needs)GLFW3
OpenCV: 4.0+ (Some projects need)CUDA: 10.0+ (Some projects need)Qt: 5.12+ (Some projects need)

GCC 7+ using -std=c++17MSVC 2017

git clone https://github.com/engineer1109/LearnVulkan.git --depth=1

'--depth=1' will reduce the download size of repo.

Compile

    cmake ..    make    make install

The programs will be installed in the {PROJECT_DIR}/bin .

    cmake .. -DBUILD_QtExamples=ON

Compile

    cmake -G "Visual Studio 15 2017 Win64" -T host=x64 ..    cmake --build . --config Release    cmake --build . --config Release --target INSTALL

The programs will be installed in the {PROJECT_DIR}/Release .

1. Simple Examples (80%) (Only need Vulkan)

01_StaticTriangle
02_StaticCube
03_Texture2dCube
04_MultiImageSampler
05_MultiObjects
06_Lighting
07_MipmapGen08_InstanceDraw09_VolumeCloud

2. Advanced Examples (20%) (Need Assimp)

01_Skybox02_ReflectSky

3. Qt Vulkan (20%) (Need Qt, some need assimp)

01_QtTriangle
02_FramelessVulkan

4. Cuda and Vulkan
5. X11 and Vulkan
6. Vulkan and deep learning
7. Vulkan Server Rendering