Game Physics for Real-Time Applications
( 25 Modules )

Module #1
Introduction to Game Physics
Overview of game physics, importance in real-time applications, and course objectives

Module #2
Mathematical Foundations
Review of essential math concepts:vectors, matrices, quaternions, and linear algebra

Module #3
Physics Fundamentals
Introduction to physics principles:motion, forces, energy, and collisions

Module #4
Rigid Body Dynamics
Rigid body motion, rotation, and kinematics in 2D and 3D space

Module #5
Collision Detection
Algorithms for detecting collisions between objects:sphere-sphere, box-box, and polygon-polygon

Module #6
Collision Response
Handling collisions:impulses, restitution, and friction

Module #7
Physics Engines
Overview of popular physics engines:PhysX, Havok, and Bullet Physics

Module #8
Integration with Graphics
Rendering and synchronization with game engines:OpenGL, DirectX, and Vulkan

Module #9
Character Controllers
Implementing character controllers:walking, running, and jumping

Module #10
Vehicle Physics
Simulating vehicles:cars, boats, and aircraft

Module #11
Ragdoll Physics
Simulating human-like characters:skeleton, skin, and cloth

Module #12
Soft Body Physics
Simulating soft bodies:clothes, hair, and flesh

Module #13
Fluid Dynamics
Simulating fluids:water, fire, and smoke

Module #14
Optimization Techniques
Performance optimization:level of detail, culling, and multi-threading

Module #15
Physics-Based Animation
Using physics to drive animation:keyframe, state machines, and blend trees

Module #16
Destruction and Debris
Simulating destruction:breaking objects, debris, and fragmentation

Module #17
UI and Feedback
Designing intuitive UI and feedback:force feedback, haptic feedback, and audio

Module #18
Tools and Pipelines
Creating and managing game physics assets:Maya, 3ds Max, and Blender

Module #19
Debugging and Profiling
Identifying and fixing physics issues:debugging tools, profiling, and performance analysis

Module #20
Game Physics in VR and AR
Challenges and opportunities in virtual and augmented reality

Module #21
Multi-Threading and Parallelization
Optimizing physics simulations for multi-core processors and GPUs

Module #22
Networking and Physics
Synchronizing physics across networked environments

Module #23
Game Physics in Unreal Engine
Using Unreal Engines physics engine:PhysX, Chaos, and Niagara

Module #24
Game Physics in Unity
Using Unitys physics engine:PhysX, 2D, and 3D

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Game Physics for Real-Time Applications career

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Game Physics for Real-Time Applications ( 25 Modules )

Game Physics for Real-Time Applications
( 25 Modules )