// --------------------------------------- Demo Device ---------------------------------------
#region Demo device / controller input
public void PerformDemoDeviceAction(string itemID, bool otherSource)
{
switch (itemID)
{
case DemoDevice.STEP_BACK:
if (!WaitingForSupportToFinish())
{
// Report backward step
PlayerStepByStepInput(false);
// Give feedback incase of invalid step
if (!demoManager.IsValidStep)
{
StartCoroutine(SetFeedbackDisplayDuration("First instruction reached.\nCan't decrement."));
}
else
{
StartCoroutine(SetFeedbackDisplayDuration("Backward step"));
}
}
else
{
StartCoroutine(SetFeedbackDisplayDuration("Support working (" + waitForSupportToComplete + "). Wait a second and try again."));
}
break;
case DemoDevice.PAUSE:
// Toggle pause
UserPausedTask = !userPausedTask;
Debug.Log("Pause action: " + userPausedTask);
if (useDebugText && debugText != null)
{
debugText.text += "\nPause action: " + userPausedTask;
}
// Tips display
string pauseOrUnPauseText = UserPausedText(UserPausedTask);
SetFeedbackDisplay(pauseOrUnPauseText);
// Demo device button replacing
demoDevice.TransitionPause(userPausedTask);
if (otherSource)
{
demoDevice.OtherSourceClick(DemoDevice.PAUSE);
}
if (userPausedTask)
{
// Step back when paused (otherwise it'll skip 1 instruction)
demoManager.DecrementToPreviousInstruction(); //demoManager.CurrentInstructionNr--;
// Save the current speed used
demoSpeedBeforePause = GetTeachingAlgorithm().DemoStepDuration;
// Set to step-by-step speed (instant)
GetTeachingAlgorithm().DemoStepDuration = stepByStepMode; // If pause -> Step by step (player choose pace themself)
}
else
{
GetTeachingAlgorithm().DemoStepDuration = demoSpeedBeforePause; // Use demo speed
}
break;
case DemoDevice.STEP_FORWARD:
if (!WaitingForSupportToFinish())
{
// Report forward step
PlayerStepByStepInput(true);
// Give feedback incase of invalid step
if (!demoManager.IsValidStep)
{
StartCoroutine(SetFeedbackDisplayDuration("Final instruction reached.\nCan't increment."));
}
else
{
StartCoroutine(SetFeedbackDisplayDuration("Forward step"));
}
}
else
{
StartCoroutine(SetFeedbackDisplayDuration("Support working (" + waitForSupportToComplete + "). Wait a second and try again."));
}
break;
case DemoDevice.REDUCE_SPEED:
if (Settings.AlgorithmSpeedLevel > 0)
{
Settings.AlgorithmSpeedLevel--;
GetTeachingAlgorithm().DemoStepDuration = new WaitForSeconds(Settings.AlgorithmSpeed);
switch (Settings.AlgorithmSpeedLevel)
{
case 0: demoDevice.ButtonActive(DemoDevice.REDUCE_SPEED, false); break;
case 2: demoDevice.ButtonActive(DemoDevice.INCREASE_SPEED, true); break;
}
StartCoroutine(SetFeedbackDisplayDuration("Speed: " + Util.algorithSpeedConverterDict[Settings.AlgorithmSpeedLevel]));
}
else
{
StartCoroutine(SetFeedbackDisplayDuration("Minimum speed already set."));
}
break;
case DemoDevice.INCREASE_SPEED:
if (Settings.AlgorithmSpeedLevel < 3)
{
Settings.AlgorithmSpeedLevel++;
GetTeachingAlgorithm().DemoStepDuration = new WaitForSeconds(Settings.AlgorithmSpeed);
switch (Settings.AlgorithmSpeedLevel)
{
case 1: demoDevice.ButtonActive(DemoDevice.REDUCE_SPEED, true); break;
case 3: demoDevice.ButtonActive(DemoDevice.INCREASE_SPEED, false); break;
}
StartCoroutine(SetFeedbackDisplayDuration("Speed: " + Util.algorithSpeedConverterDict[Settings.AlgorithmSpeedLevel]));
}
else
{
StartCoroutine(SetFeedbackDisplayDuration("Maximum speed already set."));
}
break;
}
}