Retro Voxel Engine Code Review
Explore the creation of a retro voxel engine, from setup to implementation. Learn about project structure, color and height maps, and dive into the code for hands-on experimentation.
SPIR-V and the New Shader System - Game Engine Series
Explore SPIR-V and the new shader system in game engine development, covering uniform buffers, GLSL changes, and shader pipeline implementation with code examples.
How Materials Work
Explore the fundamentals of materials in computer graphics, covering shaders, uniforms, textures, and Vulkan, to enhance your game development skills.
Textures - Game Engine Series
Learn to implement textures in game engines, covering sampling, shaders, visualization, creation, loading, and testing in this comprehensive tutorial.
Vertex Arrays - Game Engine Series
Learn to implement and optimize Vertex Arrays in game engine development, enhancing rendering efficiency and performance for 3D graphics applications.
Textures in OpenGL
Learn to implement textures in OpenGL, covering image loading, texture initialization, parameters, coordinates, sampling, and blending for enhanced graphics rendering.
Buffer Layout Abstraction in OpenGL
Learn to implement buffer layout abstraction in OpenGL, enhancing code organization and efficiency for graphics programming. Covers vertex arrays, buffers, and practical implementation techniques.
Dealing with Errors in OpenGL
Learn effective error handling techniques in OpenGL to improve debugging and create more robust graphics applications. Covers error detection, clearing, and logging strategies.
Writing a Shader in OpenGL
Learn to create, compile, and implement shaders in OpenGL, covering both vertex and fragment shaders, error handling, and data access techniques.
Physically-Based Rendering in Sparky Engine - Development Log
Explore physically-based rendering in game engine development, covering cube maps, material creation, specular mapping, and normal mapping techniques for realistic graphics.
Learning with Small Data - Part 2
Explore machine learning techniques for small datasets, combining domain knowledge with ML models to enhance predictions and leverage unlabeled data for improved accuracy.
World's Worst Video Card Gets Better - Improving DIY VGA Output
Explore improvements to a basic VGA card design, delving into digital circuitry and computer graphics principles for enhanced display capabilities.
Modeling with Cloth Simulation in Blender
Learn to harness Blender's cloth dynamics for realistic fabric modeling, enhancing your 3D creations with lifelike textures and movements.
Curvature Variation Based Sampling for Delaunay Triangulations of Manifolds
Explore adaptive sampling for Delaunay triangulations of Riemannian manifolds, focusing on curvature variation and quality bounds for successful triangulation. Learn about geometric realizations and manifold triangulation techniques.
Ways to Improve Your Lighting - Demonstration
Live demonstration showcasing techniques to enhance lighting in Blender projects. Practical tips and real-time improvements on community-submitted 3D scenes, focusing on creating visually appealing and realistic lighting setups.
Blender Beginner Modeling Chair Tutorial - Texture Mapping - Part 8
Learn UV mapping and wood texturing techniques for a chair model in Blender, including UV finalization, texture application, and creating a plywood effect. Gain practical skills in 3D texturing.
Sewing Cloth in Blender - Beginners
Learn to create a 60's style dress using Blender's cloth sewing feature. Master 3D clothing design techniques and enhance your digital fashion skills in this beginner-friendly tutorial.
Coding Adventure: Ray Tracing
Explore custom ray tracing renderer creation using C# and HLSL in Unity, covering key concepts like cameras, shaders, reflections, and advanced rendering techniques.
Computational Imaging Systems and Optical Design - Webinar
Explore computational imaging systems, diffractive optics, and neural network-based reconstruction in this advanced signal processing webinar by Prof. Wolfgang Heidrich from KAUST.
Graph-Based Approximate Nearest Neighbors and HNSW
Explore graph-based algorithms for efficient nearest neighbor search, focusing on HNSW. Learn advantages, construction, and practical applications in large-scale search solutions.
Control of Light in Photoshop Using Gradient Maps
Master light manipulation in Photoshop using Gradient Maps. Learn to control brightness levels, remove hotspots, adjust harshness, and add dramatic effects for enhanced depth and dimension in your images.