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# SysID | ||
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https://docs.wpilib.org/en/stable/docs/software/pathplanning/system-identification/introduction.html | ||
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### Objective | ||
The objective of this was to create a predictive model for the voltage-speed relation in Mostly Dead | ||
To do this, we used a WPI Lib application, inputting various mechanical details about the robot (ports, encoder specifics, etc.) | ||
WPILib then ran diagnostics on the robot, and measured the distance traveled, and other various factors about the system we were tracking (energy loss, including via friction) | ||
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### Learning: | ||
We learned how to calculate voltage, and how it functions on Mostly Dead. We also learned the methodology, so that we could apply it to other robots (only differential drive ones) | ||
We also learned everything else in this document | ||
The constants.java file was not accurate to the physical ports of the robot | ||
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### Troubleshooting: | ||
If SysID isn't functioning, restart it. | ||
Ensure driver station is running | ||
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### Data (constants acquired): | ||
Static friction constant: .098141 | ||
Velocity: .056505 | ||
Acceleration: .0090187 | ||
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