Trajectory Generation Program
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In this paper, we simulate the swinging state of a stationary base and output comprehensive information about the carrier's motion state. Specifically, our implementation incorporates motion modeling algorithms that calculate not only roll and pitch parameters but also analyze heading data through quaternion-based orientation tracking. The simulation framework utilizes numerical integration methods (such as Runge-Kutta algorithms) to propagate motion states over time, generating trajectory data with timestamped kinematic parameters. Through analysis of these datasets, we can better understand the characteristics and patterns of carrier motion states, providing valuable reference data for research in related fields including inertial navigation systems and vehicle dynamics modeling.
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