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文件名称:function4
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Simulate the Tracker s Rotational Vibration
Rotational vibration of the tracker is simulated using model aero_vibrati. The data required to simulate the vibration of the tracker is generated by running the Simulink model "aero_vibrati".
Run Simulink vibration model using sim command (Note -- if the delt is changed from 0.1 seconds, the Simulink model must be changed also to ensure that the sample time for the vibration match the sample time in this tracker image model.
The resulting random rotations are shown in Figure 1.- Simulate the Tracker s Rotational Vibration
Rotational vibration of the tracker is simulated using model aero_vibrati. The data required to simulate the vibration of the tracker is generated by running the Simulink model "aero_vibrati".
Run Simulink vibration model using sim command (Note -- if the delt is changed from 0.1 seconds, the Simulink model must be changed also to ensure that the sample time for the vibration match the sample time in this tracker image model.
The resulting random rotations are shown in Figure 1.
Rotational vibration of the tracker is simulated using model aero_vibrati. The data required to simulate the vibration of the tracker is generated by running the Simulink model "aero_vibrati".
Run Simulink vibration model using sim command (Note -- if the delt is changed from 0.1 seconds, the Simulink model must be changed also to ensure that the sample time for the vibration match the sample time in this tracker image model.
The resulting random rotations are shown in Figure 1.- Simulate the Tracker s Rotational Vibration
Rotational vibration of the tracker is simulated using model aero_vibrati. The data required to simulate the vibration of the tracker is generated by running the Simulink model "aero_vibrati".
Run Simulink vibration model using sim command (Note -- if the delt is changed from 0.1 seconds, the Simulink model must be changed also to ensure that the sample time for the vibration match the sample time in this tracker image model.
The resulting random rotations are shown in Figure 1.
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