This module covers the physical laws and numerical methods necessary for the development of realistic 3D games and will include the following

• Projectiles and kinematics
• Newton's laws of motion
• Collision - elastic, inelastic, detection and response
• Dynamic and static friction
• Linear and rotational forces
• Rigid body dynamics, single and articulate
• Simple harmonic motion - pendulums and springs
• Numerical methods
• Differentiation, integration and solution of differential and simultaneous linear equations

On successful completion of this module, the student will be able to

• Analyse a game scenario and identify the salient physical laws needed to add realism.
• Select the most appropriate equations and parameters for the physical simulation.
• Formulate stable solutions using simple numerical methods.
• Evaluate different approaches to collision detection, collision response and resting contact.
• Create a physics based simulation to work within a computer game.

Student achievement will be measured by In-Course Assessment. This will involve creating a real-time simulation of a physical behaviour for a game. Students will be able to analyse the physics required for a game and implement an efficient solution using numerical methods.

Games Software Development 2 and Visual Simulation are pre-requisites for this module.

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