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References
[1] J. R. Wertz, D. F. Everett and J. J. Puschell, Space Mission Engineering: The New SMAD, Hawthorne, California: Microcosm Press, 2011.
[3] D. A. Vallado, W. D. McClain, Fundamentals of Astrodynamics and Applications, Fourth Ed., Hawthorne, California, Microcosm Press, 2013
Modern Control Engineering (Katsuhiko Ogata)
Pattern Classification (Duda and Hart)
Mathematical Methods and Algorithms for Signal Processing (Todd Moon, Wynn C. Stirling)
Applied Numerical Methods for Engineers and Scientist (Singiresu S. Rao)
[2] GMAT Online User Documentation
- Projects/Ideas
- Contributing to Development
- Contributing to Testing
- Contributing to User Documentation
- Current Development
- Mathematical Specification
- JIRA Bug Tracker Portal
- How to Write New Components
- How to Compile GMAT
- How to Add a New Resource
- How to Add a New Command
- How to Create GMAT Panels
- How to write a Plugin
- How to Add a new Attitude Parameter
- How to Add an Attitude Model
GMAT R2019a planned for 31 October 2019 has the following features in development which might contain significant reuse for the 6-DOF Simulator.
JIRA Issue GMT-6810 "Implement and test three axis kinematic attitude", Mike Stark
JIRA Issue GMT-6781 "Complete Porting of Kinematic Attitude and sensor masks from non-GMAT deliveries", Mike Stark
JIRA Issue GMT-6766 " Optimal control functions and methods()", Darrell Conway
JIRA Issue GMT-6770 " Developer Training for Optimal Control Function Implementation", Joshua Raymond
JIRA Issue GMT-6763 " Optimal Control Cleanup/Useablity Part II", Noble Hatten
JIRA Issue GMT-6734 " Optimal Control Analytic Partial Derivatives Preparation", Noble Hatten
JIRA Issue GMT-6712 " Numeric and Analytic Partials for Optimal Control in CALT", Joshua Raymond
JIRA Issue GMT-6707 " Script Enhancements to meet Optimal Control Needs ", Darrel Conway
JIRA Issue GMT-6657 " Time Jacobians of Dynamics Models ", Joshua Raymond