Description:
At present, we are able to simulate the drivetrain, allowing us to run some level of driver practice or troubleshooting without access to the physical robot. To emulate cycling and get accurate driver/operator practice in, we must also simulate the other subsystems, starting with the elevator.
For reference, our elevator contains (verify this with mechanical):
- a REV NEO Brushless motor with a 15:1 reduction
- Theoretically 23lbs of carriage weight (may or may not include the intake?)
- Drum radius of maybe 0.0222m (pitch radius of the elevator's sprocket, Programmer Guesstimated Edition)
- Maximum carriage height of 1.328m, minimum of... 0m
Type:
Category:
Urgency
Impacted Modes:
Impacted Systems:
When?
File(s) of Focus:
- ElevatorSystem.java or consider making separate subsystem for simulation
- Robot.java and/or RobotContainer.java
Resources:
No relevant media, at least not currently.
Description:
At present, we are able to simulate the drivetrain, allowing us to run some level of driver practice or troubleshooting without access to the physical robot. To emulate cycling and get accurate driver/operator practice in, we must also simulate the other subsystems, starting with the elevator.
For reference, our elevator contains (verify this with mechanical):
Type:
Category:
Urgency
Impacted Modes:
Impacted Systems:
When?
File(s) of Focus:
Resources:
No relevant media, at least not currently.