frc-2019's Introduction
frc-2019's People
frc-2019's Issues
Set up ConstantsIO for cargo intake; push current constants
Calculate X-axis distance from vision targets
Using the distance to the nearest target (via Lidar), the angle of the camera, and the center x target distance, derive the distance in inches of the target from the center of the robot.
Install VS Code on Herman and pull frc-2019
Color Sensor Testing
Plug in color sensor to rio (ask for help with this part) and see how far away it still returns positive values when detecting a two-inch wide strip of white tape. See how far off laterally you can be from the tape and still get nonzero values. Quantify this and post the results in this thread.
Get lidar/camera system onto Albert
Write Elevator Code
Two speed controllers --> ElevatorTalon1, ElevatorTalon2
Create for both Current and PWM mode
Create 1 encoder --> set gearRatio to 2. Create rate and distance mode wrappers for each.
1 Command: Elevator w/ controllers - create a new operator controller and bind it to operator triggers
Test camera and lidar path-generation system
Install new CTRE libraries
Figure out control point generation formulas
Image 2 roborios
Install VSCode on both driver stations
Test lidar lookup tables and new pidGet method
Implement DT Control System
Double check that the control system is disabled during normal teleop drive (DriveWithControllers) and enabled during any path-following programs
Test color sensors against alignment line
Import frc-2018 into VS Code (on Hanna).
Write color sensor line-following program
Tame the competition drive base
Simple Drive Code + DriveWithControllers
Transition frc-2018 to VS Code (get it working, deployed, generally fully ready) on Hanna and get Neo running with it
Write test code for motor driven intake
Two motors, SetIntakeManual and StopIntake. Bind buttons for setting intake to 0.5, -0.5, and stopping the intake.
Configure 2 radios
Create pneumatics intake
5 solenoids --> four for pistons, one for vacuum.
Configure Another Pigeon
Figure out the center x of the identified target
Logitech Gamepad Interface
Identify a target and outline it
Create targets detected boolean
Create DT Autonomous Control System
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