Implement PLC integration for all outputs.

field/arena.go

@@ -766,7 +766,7 @@ func (arena *Arena) handlePlcInput() {
 	if arena.Plc.IsEnabled() {
 		// Handle power ports.
 		redPortCells, bluePortCells := arena.Plc.GetPowerPorts()
-		redPowerPort := arena.RedRealtimeScore.powerPort
+		redPowerPort := &arena.RedRealtimeScore.powerPort
 		redPowerPort.UpdateState(redPortCells, redScore.CellCountingStage(teleopStarted), matchStartTime, currentTime)
 		redScore.AutoCellsBottom = redPowerPort.AutoCellsBottom
 		redScore.AutoCellsOuter = redPowerPort.AutoCellsOuter
@@ -774,7 +774,7 @@ func (arena *Arena) handlePlcInput() {
 		redScore.TeleopCellsBottom = redPowerPort.TeleopCellsBottom
 		redScore.TeleopCellsOuter = redPowerPort.TeleopCellsOuter
 		redScore.TeleopCellsInner = redPowerPort.TeleopCellsInner
-		bluePowerPort := arena.BlueRealtimeScore.powerPort
+		bluePowerPort := &arena.BlueRealtimeScore.powerPort
 		bluePowerPort.UpdateState(bluePortCells, blueScore.CellCountingStage(teleopStarted), matchStartTime,
 			currentTime)
 		blueScore.AutoCellsBottom = bluePowerPort.AutoCellsBottom
@@ -786,12 +786,12 @@ func (arena *Arena) handlePlcInput() {
 
 		// Handle control panel.
 		redColor, redSegmentCount, blueColor, blueSegmentCount := arena.Plc.GetControlPanels()
-		redControlPanel := arena.RedRealtimeScore.ControlPanel
+		redControlPanel := &arena.RedRealtimeScore.ControlPanel
 		redControlPanel.CurrentColor = redColor
 		redControlPanel.UpdateState(redSegmentCount, redScore.StageAtCapacity(game.Stage2, teleopStarted),
 			redScore.StageAtCapacity(game.Stage3, teleopStarted), currentTime)
 		redScore.ControlPanelStatus = redControlPanel.ControlPanelStatus
-		blueControlPanel := arena.BlueRealtimeScore.ControlPanel
+		blueControlPanel := &arena.BlueRealtimeScore.ControlPanel
 		blueControlPanel.CurrentColor = blueColor
 		blueControlPanel.UpdateState(blueSegmentCount, blueScore.StageAtCapacity(game.Stage2, teleopStarted),
 			blueScore.StageAtCapacity(game.Stage3, teleopStarted), currentTime)
@@ -820,7 +820,13 @@ func (arena *Arena) handlePlcInput() {
 	}
 }
 
+// Updates the PLC's coils based on its inputs and the current scoring state.
 func (arena *Arena) handlePlcOutput() {
+	matchStartTime := arena.MatchStartTime
+	currentTime := time.Now()
+	redScore := &arena.RedRealtimeScore.CurrentScore
+	blueScore := &arena.BlueRealtimeScore.CurrentScore
+
 	switch arena.MatchState {
 	case PreMatch:
 		if arena.lastMatchState != PreMatch {
@@ -849,14 +855,48 @@ func (arena *Arena) handlePlcOutput() {
 		scoreReady := arena.RedRealtimeScore.FoulsCommitted && arena.BlueRealtimeScore.FoulsCommitted &&
 			arena.alliancePostMatchScoreReady("red") && arena.alliancePostMatchScoreReady("blue")
 		arena.Plc.SetStackLights(false, false, !scoreReady, false)
+
+		if arena.lastMatchState != PostMatch {
+			go func() {
+				time.Sleep(time.Second * game.PowerPortTeleopGracePeriodSec)
+				arena.Plc.SetPowerPortMotors(false)
+			}()
+		}
+		arena.Plc.SetStageActivatedLights([3]bool{false, false, false}, [3]bool{false, false, false})
+		arena.Plc.SetControlPanelLights(false, false)
 	case AutoPeriod:
-		arena.Plc.SetStackLights(false, false, false, true)
+		arena.Plc.SetPowerPortMotors(true)
 		fallthrough
 	case PausePeriod:
+		fallthrough
 	case TeleopPeriod:
-		arena.Plc.SetStackLights(false, false, false, true)
-		if arena.lastMatchState != TeleopPeriod {
+		arena.Plc.SetStageActivatedLights(arena.RedScoreSummary().StagesActivated,
+			arena.BlueScoreSummary().StagesActivated)
+
+		controlPanelLightState := func(state game.ControlPanelLightState) bool {
+			switch state {
+			case game.ControlPanelLightOn:
+				return true
+			case game.ControlPanelLightFlashing:
+				return arena.Plc.GetCycleState(2, 0, 2)
+			default:
+				return false
+			}
 		}
+		arena.Plc.SetControlPanelLights(
+			controlPanelLightState(arena.RedRealtimeScore.ControlPanel.ControlPanelLightState),
+			controlPanelLightState(arena.BlueRealtimeScore.ControlPanel.ControlPanelLightState))
+
+		// If the PLC reports a ball jam, blink the orange light and the power port color.
+		redJam, blueJam := arena.Plc.GetPowerPortJams()
+		blink := arena.Plc.GetCycleState(2, 0, 2)
+		arena.Plc.SetStackLights(redJam && blink, blueJam && blink, (redJam || blueJam) && !blink, true)
+	}
+
+	if game.ShouldAssessRung(matchStartTime, currentTime) {
+		arena.Plc.SetShieldGeneratorLights(redScore.RungIsLevel, blueScore.RungIsLevel)
+	} else {
+		arena.Plc.SetShieldGeneratorLights(false, false)
 	}
 }
 

game/match_timing.go

@@ -9,7 +9,7 @@ import "time"
 
 const (
 	powerPortAutoGracePeriodSec   = 5
-	powerPortTeleopGracePeriodSec = 5
+	PowerPortTeleopGracePeriodSec = 5
 	rungAssessmentDelaySec        = 5
 )
 

game/power_port.go

@@ -23,7 +23,7 @@ type PowerPort struct {
 func (powerPort *PowerPort) UpdateState(portCells [3]int, stage Stage, matchStartTime, currentTime time.Time) {
 	autoValidityDuration := GetDurationToAutoEnd() + powerPortAutoGracePeriodSec*time.Second
 	autoValidityCutoff := matchStartTime.Add(autoValidityDuration)
-	teleopValidityDuration := GetDurationToTeleopEnd() + powerPortTeleopGracePeriodSec*time.Second
+	teleopValidityDuration := GetDurationToTeleopEnd() + PowerPortTeleopGracePeriodSec*time.Second
 	teleopValidityCutoff := matchStartTime.Add(teleopValidityDuration)
 
 	newBottomCells := portCells[0] - totalPortCells(powerPort.AutoCellsBottom, powerPort.TeleopCellsBottom)

plc/plc.go

@@ -224,6 +224,11 @@ func (plc *Plc) GetPowerPorts() ([3]int, [3]int) {
 		}
 }
 
+// Returns whether each of the red and blue power ports are jammed.
+func (plc *Plc) GetPowerPortJams() (bool, bool) {
+	return plc.inputs[redPowerPortJam], plc.inputs[bluePowerPortJam]
+}
+
 // Returns the current color and number of segment transitions for each of the red and blue control panels.
 func (plc *Plc) GetControlPanels() (game.ControlPanelColor, int, game.ControlPanelColor, int) {
 	return game.ControlPanelColor(plc.registers[redControlPanelColor]), int(plc.registers[redControlPanelSegments]),
@@ -235,7 +240,7 @@ func (plc *Plc) GetRungs() (bool, bool) {
 	return plc.inputs[redRungIsLevel], plc.inputs[blueRungIsLevel]
 }
 
-// Set the on/off state of the stack lights on the scoring table.
+// Sets the on/off state of the stack lights on the scoring table.
 func (plc *Plc) SetStackLights(red, blue, orange, green bool) {
 	plc.coils[stackLightRed] = red
 	plc.coils[stackLightBlue] = blue
@@ -243,15 +248,43 @@ func (plc *Plc) SetStackLights(red, blue, orange, green bool) {
 	plc.coils[stackLightGreen] = green
 }
 
-// Set the on/off state of the stack lights on the scoring table.
+// Triggers the "match ready" chime if the state is true.
 func (plc *Plc) SetStackBuzzer(state bool) {
 	plc.coils[stackLightBuzzer] = state
 }
 
+// Sets the on/off state of the field reset light.
 func (plc *Plc) SetFieldResetLight(state bool) {
 	plc.coils[fieldResetLight] = state
 }
 
+// Sets the on/off state of the agitator motors within each power port.
+func (plc *Plc) SetPowerPortMotors(state bool) {
+	plc.coils[powerPortMotors] = state
+}
+
+// Sets the on/off state of the lights mounted within the shield generator trussing.
+func (plc *Plc) SetStageActivatedLights(red, blue [3]bool) {
+	plc.coils[redStage1Light] = red[0]
+	plc.coils[redStage2Light] = red[1]
+	plc.coils[redStage3Light] = red[2]
+	plc.coils[blueStage1Light] = blue[0]
+	plc.coils[blueStage2Light] = blue[1]
+	plc.coils[blueStage3Light] = blue[2]
+}
+
+// Sets the on/off state of the red and blue alliance stack lights mounted to the control panel.
+func (plc *Plc) SetControlPanelLights(red, blue bool) {
+	plc.coils[redControlPanelLight] = red
+	plc.coils[blueControlPanelLight] = blue
+}
+
+// Sets the on/off state of the red and blue alliance stack lights mounted to the top of the shield generator.
+func (plc *Plc) SetShieldGeneratorLights(red, blue bool) {
+	plc.coils[redTrussLight] = red
+	plc.coils[blueTrussLight] = blue
+}
+
 func (plc *Plc) GetCycleState(max, index, duration int) bool {
 	return plc.cycleCounter/duration%max == index
 }