j-2k / j-2k2023

my github profile readme

👋 Hello, I'm Juma! 👋

My custom first ever tree shader!

I forgot to change the culling so it looks a little weird ignore that 🤦🤣

ShaderShowcaseTree.mp4

I'm a developer that specializes in Games, Websites, & Graphics. I have been playing games since I was a child & after I graduated from highschool, I took a risk & decided to make it my passion. My dream is to work in anything graphics related such as Shaders, Graphics Specializations (OpenGL/DX/VULKAN), Rendering Topics, & etc. This is essentially my biggest dream, to work & specialize in the graphics space. Scroll down to check some cool repositories if you're interested!

🚧 I’m currently working on the following:

1. Shader Showcase project.
2. Start/Learn Graphics Programming, My Roadmap + Resources

📝 My never-ending to-do list:

1. Write my first compute shader (Raytracer + Compute shader Unity)
2. Finish writing the raytracing project blog on my website

♾️ Constantly trying to master:

1. Writing Shaders (HLSL/GLSL/CG).
2. Problem-Solving / Data structures & Algorithms
3. C# & C++

• 📫 Need to reach me? My Email is [e-mail]
• 💬 Informal / Casual talk can be on discord, will put a new ID here soon.
• ⚡ Fun fact: I have combined over 10,000+ hours in-game time in many different games across my lifetime & played competitively in some of them.

Last Updated 10/8/2023

$$x=\frac{-b\pm\sqrt{b^2-4ac}}{2a}$$ $$a^2 + b^2 = c^2$$

$$R = R_x(\alpha) \cdot R_y(\beta) \cdot R_z(\gamma)$$

$$ R = \begin{bmatrix} \cos(\gamma)\cos(\beta) & -\sin(\gamma)\cos(\alpha) + \cos(\gamma)\sin(\beta)\sin(\alpha) & \sin(\gamma)\sin(\alpha) + \cos(\gamma)\sin(\beta)\cos(\alpha) \\ \sin(\gamma)\cos(\beta) & \cos(\gamma)\cos(\alpha) + \sin(\gamma)\sin(\beta)\sin(\alpha) & -\cos(\gamma)\sin(\alpha) + \sin(\gamma)\sin(\beta)\cos(\alpha) \\ -\sin(\beta) & \cos(\beta)\sin(\alpha) & \cos(\beta)\cos(\alpha) \\ \end{bmatrix} $$

Good to know after so much time wasted that mathjax is supported natively on MD & on GH-pages but needs only a import.