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Computer Graphics with Modern OpenGL and C++

Learn the theory and code behind modern OpenGL graphical applications so you can make games, simulations and more!

  1. Topics
  2. Development
  3. C++ Programming

Computer Graphics with Modern OpenGL and C++

InstructorBen Cook
Duration21h 17m
Students27.3K
Rating4.5 (3,656)
Sponsored
Price
$17.99
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More Related Topics

  • OpenGL Graphics19
  • Computer Graphics30
  • Graphics & GUI Development16
  • Advanced C++ Concepts20
  • Modern C++ Standards31
  • Programming Fundamentals1091
  • Object-Oriented Programming704
  • C Programming Language250
  • C++ STL Mastery14
  • C++ Programming Basics90
Comidoc Analysis

Advanced Graphics Theory via Fragmented Implementation

Strengths

Advanced Rendering Topics

The curriculum covers complex techniques such as directional shadow maps, omnidirectional shadows via cubemaps, and skybox implementation.

Comprehensive Tooling Integration

Instruction includes essential libraries for 3D graphics, such as GLM for mathematical transformations and Assimp for importing external 3D models.

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Limitations

Disorganized Codebase Management

The implementation relies on ad-hoc refactors and unorganized code structures that can make following the progression difficult as complexity increases.

Abstract Theory Presentation

Theoretical lessons may lack sufficient visual aids, such as diagrams or animations, to help explain abstract rendering pipeline stages.

Best suited to

  • Learners seeking advanced shadow mapping techniques
  • Aspiring graphics developers interested in rendering theory

Less suited to

  • Those preferring highly structured or scalable codebases
  • Junior learners needing high-clarity visual explanations

Comidoc Score

4.7/10

Limited fit
Advanced focus

Comidoc verdict

Instruction moves from basic shader implementation to advanced lighting and shadow techniques through a dual-mode pattern that separates theory from code.

The technical depth is evident in the coverage of omnidirectional shadows and model importing. However, this is undermined by an instructional style where the codebase becomes increasingly difficult to manage through frequent, unorganized refactors. This can lead to more time spent navigating messy code than mastering OpenGL functionality.

This course is best suited for learners who prioritize understanding high-level rendering theory and are willing to tolerate a disorganized practical implementation.

Score breakdown

Curriculum depth
7.3

The curriculum covers advanced topics like shadow mapping and skyboxes, providing a solid technical scope.

Applied learning
2.0

Learner signals indicate that the practical implementation suffers from a lack of code scalability and organization.

Clarity & experience
2.8

Instructional clarity is hindered by a lack of visual aids and difficulties in following the code structure.

Currency & reliability
5.8

While some learners find the content useful, there are signals that the material has not been updated recently.

Audience fit
4.3

The course aligns with its target of teaching OpenGL from scratch, though junior learners may find the explanations difficult.