Triangles in action! OpenAI Triton beginner
triangle
In this course, you will learn how to program kernels and develop PyTorch modules. You can use the knowledge you have gained to develop models faster.
Basic
Deep Learning(DL), Python, gpgpu
Vulkan is now a must, not an option! 🤩
Starting with Android 15, Vulkan will be adopted as the default API, and OpenGL ES is recommended for deprecation.
Features of this course
📌 Vulkan is explained very simply. Years of Vulkan expertise are incorporated into the lecture.
📌 50% theory, 50% practice. All code is written in an easy-to-understand manner.
📌 This course is for intermediate learners. You should be familiar with CMake and OpenGL. 🙂
📌 We run a Discord for Q&A and active discussion . 🗣
📌 We offer student discounts to ease the financial burden on students and job seekers. 🥰
I want to learn Vulkan.
I heard that Vulkan was released to replace OpenGL, but I'm curious about what Vulkan is and want to learn about it.
I want to switch from OpenGL to Vulkan.
I know OpenGL, but Vulkan is too difficult to use. How can I learn Vulkan quickly and easily?
I want to solve Vulkan issues in Unreal Engine.
I enabled Vulkan in Unreal Engine to improve performance, but I'm getting rendering errors. I have no idea how to fix it.
I want to contribute to Vulkan open source.
I want to know how to understand and modify Vulkan code to make meaningful contributions.
You can get a job here.
Player lecture
If you're looking to learn CMake, Triangle's "Practical CMake" beginner course will give you the knowledge you need. Students will also receive a discount coupon.
Sweet Spot
This course was created by Sweet Spot . Experts carefully selected the curriculum and provide practical know-how to help you grow. Sweet Spot 's courses reflect the latest trends, always providing up-to-date information, and their systematic learning methods ensure maximum learning effectiveness. Unleash your full potential with Sweet Spot courses today!
It would be difficult to explain Vulkan this easily.
Although I've used opengl and directx for quite some time, it was difficult to follow the lecture content during the first viewing. This was because a vast number of new functions and structures added in vulkan kept appearing. Fortunately, starting from the second full viewing of the lecture, I gradually began to understand, and by the third viewing, I could understand most of it. It takes several times longer to learn how to texture a triangle in vulkan than it does in opengl. Texturing a triangle requires almost 1300 lines of code. Regarding another person's review saying, "What kind of lecture explains every single struct in vulkan?", in my opinion, I think vulkan lectures inevitably have to be structured this way. This is because it's necessary to explain what each struct member means in the graphics pipeline. The points I found disappointing about the lecture are that there are too few assignments and only the core essentials are explained. Firstly, throughout the entire lecture, there were perhaps only about 4-5 simple assignments? In follow-up lectures, I hope there are more assignments, even simple ones, than now. Doing assignments helped me understand the lecture content more deeply. Secondly, the part where only the absolute core essentials of each vulkan concept were explained was also difficult when I first took the lecture. Explaining only the core makes it easy to remember and organize the content, but since the explanations are too short, I was able to learn more details about parts I couldn't understand solely from the explanations with the help of an LLM. For future lectures, I hope there are more supplementary explanations than now, even if the lecture content becomes a bit longer. I also request that the window framework be glfw, and that you check in advance if there are any errors on other platforms like Windows.
The quality of the lecture is not satisfactory. 90% of the lecture content is just reading the function names and parameters. The latter part is the same.
The quality of the lecture is not good. I did not pay a lot of money to read the function name and parameters. What if I have to look up the parameters? And I am an intermediate learner, so I don't think I will listen without knowing about pointers and structures. Most of the lecture is about reading functions.
The quality of the lecture is not satisfactory.
