Presentation given at the s

1. Mathematical Modelling for Continuous
Simulation

2. Project Aims
 “A set of libraries
to continuously process the physical
and virtual inputs and then output
processed data such that the application
updates both the bicycle and visual
display to correctly indicate the modified
state.”

3. Objectives
 Suite of Classes – DLL
 COM Components
 Commenting
 User Manual
 Extensive Testing Log
 Research and Evaluation Reports

4. Methodology
 Task Decomposition
 ‘Net’ Research Method
 Refinement Through Evaluation
 Problem Solving
 Output Analysis
 Existing Solutions
 Automating a Manual Process
 Feasibility

5. Sources and References
 Journals
 FINDit
 Web of Science
 CACM
 Books
 Introduction to Mathematical Modelling
 Physics for Game Developers
 Mathematical Modelling Techniques
 Websites
 www.allphysicsequations.com

6. Resources
 Working and Stable Computer
 Visual Studio 2010
 Internet Connection and Browser
 Microsoft Office Package
 Design Document Modeller
 Access to Research Literature
 Backup Utility

7. Work Plan
 GANTT Chart and Timescale
 Decomposition
 Focus of Solid Core Structure
 Potential Enhancements Included in Report
 Solid Design and Research
 UML
 ERD
 Flow Chart
 Blog
 Design and Development Mapping

8. Technical Considerations
 Rider Weight
 Surface Friction
 Hill ratio
 Rate of Pedalling
 Degree of Steering
 Front and Back Suspension
 Location
 Tyre Type
 Front Brake
 Rotation Calculations
 Information Storage

9. Plan

10. Concept
‘Brain’. Handles IO
Physics UI and processing.
Mathematics Conversion
required for the
project.
Calculations Conversions Between
types

11. Links
 Blog:
 http://seanrobinson-level3project.blogspot.com/