WebGL and Computer Graphics

11.

Performance and Optimization

11.1.

Debugging and Development Tools

11.1.1.

Browser Developer Tools

11.1.1.1.

WebGL State Inspection

11.1.1.2.

Performance Profiling

11.1.2.

WebGL Extensions for Debugging

11.1.2.1.

Debug Renderer Info

11.1.2.2.

Lose Context Extension

11.1.3.

Shader Debugging

11.1.3.1.

Compilation Error Analysis

11.1.3.2.

Runtime Debugging

11.2.

Performance Optimization Strategies

11.2.1.

Draw Call Minimization

11.2.1.1.

Batch Rendering

11.2.1.2.

Instance Rendering

11.2.2.

State Change Reduction

11.2.2.1.

11.2.2.2.

11.2.3.

Shader Optimization

11.2.3.1.

Instruction Count Reduction

11.2.3.2.

Precision Optimization

11.2.3.3.

Conditional Branch Avoidance

11.2.4.

Memory Management

11.2.4.1.

11.2.4.2.

Texture Memory Optimization

11.2.5.

Frame Rate Management

11.2.5.1.

requestAnimationFrame Usage

11.2.5.2.

Frame Time Monitoring

11.2.5.3.

Adaptive Quality

11.3.

WebGL Integration

11.3.1.

HTML and CSS Integration

11.3.1.1.

Canvas Positioning

11.3.1.2.

Responsive Design

11.3.1.3.

UI Overlay Techniques

11.3.2.

11.3.2.1.

Mouse Interaction

11.3.2.2.

11.3.2.3.

11.3.3.

Data Visualization Applications

11.3.3.1.

Chart Rendering

11.3.3.2.

Scientific Visualization

11.3.3.3.

Interactive Graphics

11.4.

WebGL Ecosystem

11.4.1.

High-Level Libraries

11.4.1.1.

Three.js Framework

11.4.1.1.1.

Scene Graph Management

11.4.1.1.2.

Built-in Materials

11.4.1.1.3.

Animation System

11.4.1.2.

Babylon.js Framework

11.4.1.2.1.

Game Engine Features

11.4.1.2.2.

Physics Integration

11.4.1.2.3.

11.4.2.

Library vs. Raw WebGL

11.4.2.1.

Development Speed Considerations

11.4.2.2.

Performance Trade-offs

11.4.2.3.

11.4.2.4.

Customization Requirements

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10. WebGL 2.0 Features

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1. Fundamentals of Computer Graphics