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RobotMap

Diagnostic Dashboard

  • For all motors implement a low speed forward & reverse test
    • IMPORTANT for the launcher -- see below
  • For all switches implement a status display -- switch activated and/or pushed

System wide

// Compressor -- auto handled by the PCM

Drive Train

// Drive train motors -- 4 Victors, connected in parallel two 2 PWM channels
// FIXME: left vs. right reference
    public static final int kLeftDriveMotorId = 0;
    public static final int kRightDriveMotorId = 1;

// Instantiation & reference will be something like the following
    public static SpeedController drivetrainLeftMotor;
    public static SpeedController drivetrainRightMotor;
    drivetrainLeftMotor = new Victor(kLeftDriveMotorId);
    drivetrainRightMotor = new Victor(kRightDriveMotorId);

// IMU for 180 -- nice to have

Harvester

Harvester double solonoid, limit switches, motor for ball pick up/spit

/* 
    Harvester extended/retracted via DoubleSolenoid
     -- Pressure Control Module (PCM) Channels ----   
*/
    public static final int kHarvesterRetractSolenoidId = 0;    //PCM 0
    public static final int kHarvesterExtendSolenoidId = 1;     //PCM 1

// Instantiation & reference will be something like the following
// rename the 'anglers'?
    public static DoubleSolenoid harvesterArms;
    // forwardChannel, reverseChannel
    harvesterArms = new DoubleSolenoid(kHarvesterExtendSolenoidId, kHarvesterRetractSolenoidId);     
/*
    harvester wheel for pickup & eject ball is via Talon motor controller on a PWM channel
*/
    public static final int kHarvesterCollectionMotorId = 3;    //PCM 3

    public static SpeedController harvesterCollectionMotor;
    harvesterCollectionMotor = new Talon(kHarvesterCollectionMotorId);
/* 
    Magnetic switches will be wired appropriately -- they will act as a single switch for the program
    Magnetic switches are wired as normally open
        return 1: while open
        return 0: when closed
*/
    public static final int kHarvesterRetractedSwitchId = 0;    //DIO 0
    public static final int kHarvesterExtendedSwitchId = 1;    //DIO 1

    public static DigitalInput harvesterRetracted;
    public static DigitalInput harvesterExtended;
    harvesterRetracted = new DigitalInput(kharvesterRetractedSwitchId);
    harvesterExtended = new DigitalInput(kharvesterExtendedSwitchId);

Launcher

Launcher will test if ball is present before launching. IMPORTANT: launcher winder can only operate in one direction -- anything else will burn the motor. Dashboard diagnostics need to run low speed test to determine correct operational direction.

/* 
    Distance sensor will be used to identify if the ball is present or not
    @randy -- pls review this section
*/
```java
    public static final int kBallPresentSensorId = 0;     // analog port 0

// Instantiation & reference will be something like the following
    public static AnalogInput ballPresent;
    ballPresent = new AnalogInput(kBallPresentSensorId);

```java
/* 
    Launcher launched/rewound via DoubleSolonoid 
*/
    public static final int kLaunchRetractSolenoidId = 3;    //PCM 3
    public static final int kLaunchExtendSolenoidId = 4;     //PCM 4

// Instantiation & reference will be something like the following
    public static Solenoid launcherActivate;
    // forwardChannel, reverseChannel
    launcherActivate = new DoubleSolenoid(kLaunchExtendSolenoidId, kLaunchRetractSolenoidId);     
/* 
    Launcher will depend on the limit switch to stop the winding motor. The limit switches will be wired so that programmatically they act as a single limit switch. Rewind switch is normally closed.
        return 0: when not pushed
        return 1: when pushed
*/ 
    public static final int klauncherRewoundSwitchId = 3;    // DIO 3
 
 // Instantiation & reference will be something like the following
    public static DigitalInput launcherRewound;
    launcherRewound = new DigitalInput(klauncherRewoundSwitchId);
/*
    launcher motor will rewound the launcher. IMPORTANT -- motor can only operate one direction! 
*/
    public static final int kLauncherWindingMotorId = 4;    //PCM 4

    public static SpeedController launcherWindingMotor;
    launcherWindingMotor = new Talon(kLauncherWindingMotorId);

OI Controls

  • Harvester

    • Open -- extend the harvester
      • command completes when limit switch is reached
    • Close -- retract the harvester
      • command completes when limit switch is reached
    • Forward/Stop collection motor -- start/stop motor on forward direction --> wired to same button action
    • Reverse/Stop collection motor -- start/stop motor on reverse direction --> wired to same button action
    • Pick up ball
      • requires the harvester to be extended;
      • run the harvester collection motor
    • Eject ball
      • requires the harvester to be closed/retracted;
      • run the harvester collection motor
      • stop the harvester collection motor after a timeout (maybe 5 seconds)

  • Launcher

    • Launch
      • requires the harvester to be extended -- check IF the extended limit switch is activated
        • do we want to automatically extend the harvester if it is closed? (and wait for limit switch?)
      • launchActivate to set(true)
      • TBD -- check IF ball is present before launching
    • Rewind
      • requires the harvester to be extended -- check IF the extended limit switch is activated
      • launchActivate to set(false)
      • run the launcherWindingMotor UNTIL the rewind limit swith is activated
      • TBD -- set timeout for the safety system -- needs experimenting

  • Drive train

    • Throttle controls
    • TBD: 180 turn