Determine gear ratios and adjust units

[iamr-gh]

Work with the mechanical to record all the gear ratios for all the subsystems. Write VIs to adjust for these ratios in sensor reads(ex. might be a vi named turret gearing). Make sure to record the units for everything, inputs to these VIs should be in native units, outputs should be in Rotations of output shaft, or potentially radians in the case of the turret. Only worry about the subsystems whose encoders are being pulled in sensor reads at the moment. Please update the names of sensor_values global to account for units, to allow clarity.

Post the gear ratios you find on slack for reference.

[Khensa]

Link to 2020 Build Season Gear Ratios Document:
https://docs.google.com/document/d/1Zn4mE8iOzcElboHYYjMzUpMIq4ZA4AmiqbHUkHgrsWA/edit?usp=sharing

Working on assignment now.

[Epicr12]

We have completed it. This is the code: https://github.com/jbrusoe/MARS-2020/tree/master/Small_Tasks/Issue%2030/Pratham

it is a subvi

[liamhonecker]

https://github.com/jbrusoe/MARS-2020/tree/master/Small_Tasks/Issue%2030

[iamr-gh]

I don't think I was clear enough in the original description. I want a VI for each subsystem that takes in RPM/Position of the input shaft and outputs the RPM/Position of the outpute shaft. If gearing is 1:1, then you don't need to make subVIs. Any subsystem that doesn't have a gearing like that requires a separate subVI.

[Epicr12]

I don't think I was clear enough in the original description. I want a VI for each subsystem that takes in RPM/Position of the input shaft and outputs the RPM/Position of the outpute shaft. If gearing is 1:1, then you don't need to make subVIs. Any subsystem that doesn't have a gearing like that requires a separate subVI.

Wouldn't it still work if we had our one subVI that you could input the gear ratio into?

[Epicr12]

Added everything into the sensor reads in the branch. It is completed with each one having its own VI