public virtual void UpdateConnection(Circuit.TraceTrigger trigger)
{
if (circuit)
{
circuit.Trace(trigger);
}
}
private void OnTraceComplete(Circuit.CircuitType ct, Circuit.TraceTrigger trigger)
{
Circuit.CircuitType previousState = circuitState;
circuitState = ct;
bool changedState = (previousState != circuitState) &&
(previousState != Circuit.CircuitType.Short) &&
(circuitState != Circuit.CircuitType.Short);
switch (circuitState)
{
case Circuit.CircuitType.Closed:
closedCount++;
if (infoPanel)
{
infoPanel.SetText("Light on");
}
break;
case Circuit.CircuitType.Short:
if (infoPanel)
{
infoPanel.SetText("Short circuit!");
}
shortCount++;
break;
case Circuit.CircuitType.Open:
if (infoPanel)
{
infoPanel.SetText("Light off");
}
break;
}
if (trigger == Circuit.TraceTrigger.Rewire || circuitState == Circuit.CircuitType.Short)
{
Debug.Log("Reset after short or rewire");
switch1Test.ResetTests();
switch2Test.ResetTests();
}
else if (trigger == Circuit.TraceTrigger.Switch)
{
if (changedState)
{
if (switch1Test.actionPending || switch2Test.actionPending)
{
if (switch1Test.actionPending && circuitState == Circuit.CircuitType.Closed)
{
switchedOn1 = true;
}
else if (switch2Test.actionPending && circuitState == Circuit.CircuitType.Closed)
{
switchedOn2 = true;
}
switch1Test.TestStatus(switch1.IsUp, circuitState == Circuit.CircuitType.Open);
switch2Test.TestStatus(switch2.IsUp, circuitState == Circuit.CircuitType.Open);
}
}
else // if we've flicked a switch and no change then it's wired incorrectly
{
switch1Test.ResetTests();
switch2Test.ResetTests();
}
if (switch1Test.TestComplete && switch2Test.TestComplete || (switchedOn1 && switchedOn2))
{
testComplete = true;
complete = true;
Finish();
Debug.Log("Testing successfully completed");
}
}
switch1Test.actionPending = switch2Test.actionPending = false;
}
private void OnTraceComplete(Circuit.CircuitType ct, Circuit.TraceTrigger trigger)
{
Circuit.CircuitType previousState = circuitState;
circuitState = ct;
bool changedState = (previousState != circuitState) &&
(previousState != Circuit.CircuitType.Short) &&
(circuitState != Circuit.CircuitType.Short);
switch (circuitState)
{
case Circuit.CircuitType.Closed:
closedCount++;
infoPanel.SetText("Light on");
if (!directWired)
{
var ps = device1 as PowerSource;
ps.live.ClearOutgoingConnection();
ps.neutral.ClearOutgoingConnection();
directWired = true;
switch1.gameObject.SetActive(true);
PlayReward();
infoPanel.SetText("Great. Now let's try it with a switch. Run one of the cables through the switch and test it off and on.");
}
break;
case Circuit.CircuitType.Short:
infoPanel.SetText("Short circuit!");
shortCount++;
break;
case Circuit.CircuitType.Open:
infoPanel.SetText("Light off");
break;
}
if (trigger == Circuit.TraceTrigger.Rewire || circuitState == Circuit.CircuitType.Short)
{
Debug.Log("Reset after short or rewire");
switch1Test.ResetTests();
}
else if (trigger == Circuit.TraceTrigger.Switch)
{
if (changedState)
{
if (switch1Test.actionPending)
{
switch1Test.TestStatus(switch1.IsUp, circuitState == Circuit.CircuitType.Open);
}
}
else // if we've flicked a switch and no change then it's wired incorrectly
{
switch1Test.ResetTests();
}
if (switch1Test.SingleSwitchTestComplete)
{
testComplete = true;
PlayReward();
Finish();
Debug.Log("Testing successfully completed");
}
}
switch1Test.actionPending = false;
}
