Udemy - High-Performance 3D Graphics Programming - Modern OpenGL

  • CategoryOther
  • TypeTutorials
  • LanguageEnglish
  • Total size1.4 GB
  • Uploaded Byfreecoursewb
  • Downloads72
  • Last checkedJun. 01st '26
  • Date uploadedMay. 31st '26
  • Seeders 9
  • Leechers6

Infohash : EF44E297A22F88E94FA18050A09C94025EE070AB

High-Performance 3D Graphics Programming : Modern OpenGL

https://WebToolTip.com

Published 5/2026
Created by Bayt Al Hikmah
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 112 Lectures ( 8h 54m ) | Size: 1.35 GB

From Local Rendering to Cloud-Native GPU Systems: Master Compute Shaders, PBR, mTLS, and Headless Kubernetes.

What you'll learn
⚡ Architect production-grade graphics contexts and secure, hardware-rooted windowing pipelines using GLFW and GLAD.
⚡ Orchestrate low-level VRAM allocation vectors by designing zero-failure state tracking models with VAOs, VBOs, and EBOs.
⚡ Optimize spatial manipulation logic through high-performance vector algebra, perspective projections, and SIMD-aligned transformation matrices.
⚡ Compile modular, enterprise-encapsulated GLSL shader builds featuring strict preprocessor directives and linear color-space gamma gates.
⚡ Engineers photorealistic simulation environments by deriving the full Cook-Torrance PBR rendering equation and Image-Based Lighting (IBL).
⚡ Manipulate complex geometry structures using Shader Storage Buffer Objects (SSBOs) and parallel compute shader reduction loops.
⚡ Execute headless, off-screen hardware rendering pipelines leveraging EGL within secure, containerized architectures.
⚡ Isolate proprietary CAD and mesh telemetry through mTLS-secured Kubernetes distribution trees running over live GPU passthroughs.
⚡ Survive a comprehensive 12-hour disaster recovery evaluation by assembling a fault-tolerant, auto-scaling rendering microservice entirely from scratch.

Requirements
❗ Operating System: Access to a modern Linux workstation (Ubuntu 22.04/24.04 LTS or similar with native NVIDIA drivers), macOS, or a Windows 11 host configured with WSL2.
❗ Hardware Profile: A dedicated GPU supporting at least OpenGL 4.3 core profile (NVIDIA Pascal or newer, AMD GCN 2nd Gen or newer). Intel integrated graphics are discouraged for the advanced compute shader modules.
❗ Software Stack: A local C++ compiler toolchain (GCC 12+, Clang 15+, or MSVC 2022) supporting C++20 or newer. Docker and Minikube/Kind must be accessible by Module 10.
❗ Prior Knowledge: Intermediate proficiency in C++ object-oriented paradigms (pointers, references, memory management) and basic linear algebra concepts (vectors, matrices). No prior graphics or systems-engineering background is required; the curriculum systematically bridges the gap from low-level state genesis to enterprise cloud scale.

Files:

[ WebToolTip.com ] Udemy - High-Performance 3D Graphics Programming - Modern OpenGL
  • Get Bonus Downloads Here.url (0.2 KB)
    • ~Get Your Files Here ! 1 - Videos
    • 1. Introduction.mp4 (84.1 MB)
    • 10. Module 9 Compute Shaders & GPU Data Engineering.mp4 (91.1 MB)
    • 11. Module 10 Sovereign Deployment & Autonomous Orchestration.mp4 (88.2 MB)
    • 12. Conclusion.mp4 (135.4 MB)
    • 2. Module 1 Sovereign Environment & Pipeline Genesis.mp4 (120.2 MB)
    • 3. Module 2 Mathematical Bedrock & Spatial Transformations.mp4 (146.8 MB)
    • 4. Module 3 Advanced Shader Architecture & Memory Boundaries.mp4 (133.7 MB)
    • 5. Module 4 Deterministic Illumination Models.mp4 (98.7 MB)
    • 6. Module 5 Asset Orchestration & Sovereign Memory Management.mp4 (90.6 MB)
    • 7. Module 6 Framebuffer Topologies & Post-Processing.mp4 (97.7 MB)
    • 8. Module 7 Advanced Shadow Topography & Depth.mp4 (168.0 MB)
    • 9. Module 8 Physically Based Rendering (PBR).mp4 (129.8 MB)
    2 - Labs
    • 100. Lab 88 Dynamic Surface Reconstruction Marching Cubes.html (15.2 KB)
    • 101. Lab 89 Advanced Profiling GPU Queries and Timers.html (14.4 KB)
    • 102. Lab 90 Optimizing the Render Loop for 240Hz Displays.html (14.1 KB)
    • 103. Lab 91 Headless OpenGL Rendering (EGL).html (13.8 KB)
    • 104. Lab 92 Dockerizing the Graphics Pipeline.html (13.9 KB)
    • 105. Lab 93 NVIDIA Container Toolkit and GPU Passthrough.html (13.2 KB)
    • 106. Lab 94 Secure Asset Transmission via mTLS.html (13.3 KB)
    • 107. Lab 95 Deploying Render Nodes on Kubernetes.html (13.4 KB)
    • 108. Lab 96 Data Sovereignty Encrypting Textures at Rest and in Transit.html (14.5 KB)
    • 109. Lab 97 WebGL WebGPU Bridges Streaming the Framebuffer.html (13.7 KB)
    • 110. Lab 98 CI CD for Graphics — Automated Shader Testing and Validation.html (13.6 KB)
    • 111. Lab 99 Telemetry, Logging, and Zero-Failure Fallbacks.html (14.0 KB)
    • 112. Lab 100 Sovereign, Cloud-Native PBR Engine with Autonomous Orchestration.html (89.6 KB)
    • 13. Lab 1 Architectural Initialization and Secure Context Genesis.html (13.6 KB)
    • 14. Lab 2 Hardware-Rooted Authentication and the GLFW Windowing System.html (14.5 KB)
    • 15. Lab 3 GLAD Integration and the OS-to-GPU Function Pointer Bridge.html (14.5 KB)
    • 16. Lab 4 The Graphics State Machine Memory Allocation and VBO Orchestration.html (13.6 KB)
    • 17. Lab 5 Vertex Array Objects (VAO) and Zero-Failure State Tracking.html (13.9 KB)
    • 18. Lab 6 Element Buffer Objects (EBO) and Memory-Optimized Indexing.html (13.0 KB)
    • 19. Lab 7 GLSL Compilation and the Secure Shader Build Pipeline.html (13.5 KB)
    • 20. Lab 8 Linking Programs and Validating the Execution Binary.html (13.1 KB)
    • 21. Lab 9 Uniforms Establishing the CPU-to-GPU Communication Bridge.html (12.8 KB)
    • 22. Lab 10 The Deterministic Multi-Colored Triangle.html (14.1 KB)
    • 23. Lab 11 Vector Algebra for High-Performance Graphics.html (14.0 KB)
    • 24. Lab 12 Matrix Multiplication and Memory-Aligned Memory Layouts.html (14.5 KB)
    • 25. Lab 13 The GLM Mathematics Library and SIMD Optimizations.html (13.6 KB)
    • 26. Lab 14 Translation, Rotation, and Scaling in 3D Space.html (13.5 KB)
    • 27. Lab 15 Spatial Sovereignty The Local, World, and View Coordinate Systems.html (14.2 KB)
    • 28. Lab 16 Projection Matrices Orthographic vs. Perspective.html (13.8 KB)
    • 29. Lab 17 The Z-Buffer and Depth Testing Topologies.html (14.0 KB)
    • 30. Lab 18 Constructing the First-Person Camera Subsystem.html (14.7 KB)
    • 31. Lab 19 The Rotational Paradigm Shift — Euler Angles, Gimbal Lock.html (14.3 KB)
    • 32. Lab 20 Delta-Time Architecture for Hardware-Agnostic Movement.html (13.2 KB)
    • 33. Lab 21 Fragment Shader Fundamentals and Color Theory.html (13.7 KB)
    • 34. Lab 22 Texture Coordinate Mapping and Interpolation.html (14.5 KB)
    • 35. Lab 23 Texture Filtering, Mipmaps, and Memory Bandwidth.html (13.4 KB)
    • 36. Lab 24 Multi-Texture Binding and Sampler Management.html (14.5 KB)
    • 37. Lab 25 Shader Class Encapsulation for Enterprise Pipelines.html (16.6 KB)
    • 38. Lab 26 Modularizing the Silicon Mind GLSL Preprocessor Directives.html (13.4 KB)
    • 39. Lab 27 The Efficiency Protocol Orchestrating State Changes.html (13.4 KB)
    • 40. Lab 28 Gamma Correction and Linear Color Space Compliance.html (13.7 KB)
    • 41. Lab 29 High Dynamic Range (HDR) Setup and Theory.html (14.2 KB)
    • 42. Lab 30 Procedural Generation Drawing without Textures.html (13.4 KB)
    • 43. Lab 31 The Physics of Light Ambient, Diffuse, and Specular.html (14.0 KB)
    • 44. Lab 32 Implementing the Phong Reflection Model — The Architecture of Synthetic.html (14.8 KB)
    • 45. Lab 33 The Blinn-Phong Optimization for Specular Highlights.html (14.3 KB)
    • 46. Lab 34 Material Structs Defining Surface Properties in GLSL.html (12.8 KB)
    • 47. Lab 35 Light Structs Encapsulating Emission Data.html (13.2 KB)
    • 48. Lab 36 Directional Lights Simulating the Sun.html (14.0 KB)
    • 49. Lab 37 Point Lights and Distance-Based Attenuation.html (13.3 KB)
    • 50. Lab 38 Precision Volumetrics & Selective Fragment Elimination.html (14.4 KB)
    • 51. Lab 39 Orchestrating the Multiple Light Setup The Grand Convergence.html (16.8 KB)
    • 52. Lab 40 Milestone The Illuminated Testing Chamber.html (15.8 KB)
    • 53. Lab 41 Introduction to Assimp and the Open Asset Import Library.html (12.5 KB)
    • 54. Lab 42 Parsing Secure Mesh Data from Disk to RAM.html (13.7 KB)
    • 55. Lab 43 Designing the Enterprise Mesh Class.html (15.3 KB)
    • 56. Lab 44 Designing the Model Class for Hierarchical Nodes.html (16.1 KB)
    • 57. Lab 45 Material Extraction and Texture Auto-Loading.html (14.9 KB)
    • 58. Lab 46 Bounding Volumes AABBs and Spheres.html (14.8 KB)
    • 59. Lab 47 Frustum Culling on the CPU Side.html (14.7 KB)
    • 60. Lab 48 Instanced Rendering Drawing 100,000 Asteroids.html (15.2 KB)
    • 61. Lab 49 Sovereign Fleet Orchestration Instanced Arrays and Vertex Divisors.html (14.9 KB)
    • 62. Lab 50 VRAM Governance Memory Profiling and the Zero-Leak Architecture.html (13.5 KB)
    • 63. Lab 51 Custom Framebuffers and Renderbuffer Objects (RBO).html (14.8 KB)
    • 64. Lab 52 Off-Screen Rendering and G-Buffer Architecture.html (15.0 KB)
    • 65. Lab 53 Post-Processing Inversion and Grayscale.html (14.2 KB)
    • 66. Lab 54 Kernel Effects—Spatial Convolution and Feature Extraction.html (13.7 KB)
    • 67. Lab 55 Multi-Sample Anti-Aliasing (MSAA) Fundamentals.html (14.3 KB)
    • 68. Lab 56 Custom MSAA Framebuffer Resolution.html (14.5 KB)
    • 69. Lab 57 Cubemaps and Environment Mapping.html (13.5 KB)
    • 70. Lab 58 Implementing a Skybox — The Infinite Horizon Protocol.html (15

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