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Files |
| file | atterrbiasObserver.cpp |
| file | atterrbiasObserver.h |
| | The atterrbiasObserver class inherits the functionality of the Observer class. This should be the default observer for the MotionPak-only sensor configuration.
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| file | AttitudeObserver.cpp |
| | The Attitude observer class inherits the functionality of the observer class and provides the space for the the actual filter code.
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| file | AttitudeObserver.h |
| | The attitude observer class inherits the functionality of the observer class and provides the space for the the actual filter code for attitude and angular velocity.
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| file | DefaultObserver.cpp |
| | The default observer class inherits the functionality of the observer class and provides the space for the the actual filter code.
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| file | DefaultObserver.h |
| | The default observer class inherits the functionality of the observer class and provides the space for the the actual filter code.
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| file | Observer.cpp |
| | The observer class provides the interface between the individual estimators and the rest of the Whorl software.
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| file | Observer.h |
| | The observer class provides the interface between the individual estimators and the rest of the Whorl software.
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| file | ObserverMain.cpp |
| file | QuaternionEKFObserver.cpp |
| | Estimation of the Quaternion and angular rates. Based on the Multiplicatimve Quaternion Formulation in "Optimal Estimation of Dynamic Systems" by Crassidis and Junkins.
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| file | QuaternionEKFObserver.h |
| | Estimation of the Quaternion and angular rates. Based on the Multiplicatimve Quaternion Formulation in "Optimal Estimation of Dynamic Systems" by Crassidis and Junkins.
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| file | triadObserver.cpp |
| | Observes attitute with the triad algorithm.
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| file | triadObserver.h |
| | Header file for triad observer.
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