void EnableComponents()
{
//Turn the light "on" by setting its material to the deactive (red) light
MeshRenderer lightRenderer = _attachedLight.GetComponent <MeshRenderer>();
lightRenderer.material = _startingMat;
//Activate the switch so it can be toggled
Power_Switch switchScript = GetComponent <Power_Switch>();
switchScript.enabled = true;
//Toggle the activated bool so this activation only occurs once
_activated = true;
}
//Method to check the power from whatever input is attached to this component
//such as a switch or the control panel
bool CheckInputs()
{
int poweredCount = 0;
for (int i = 0; i < inputObjects.Length; ++i)
{
GameObject obj = inputObjects[i];
switch (obj.tag)
{
case "Control Panel":
FuseBox_Puzzle panelScript = obj.GetComponent <FuseBox_Puzzle>();
if (panelScript.GetPowerState())
{
ChangeLights(i, true);
poweredCount++;
}
break;
case "Keycard Reader":
Read_Keycard keycardScript = obj.GetComponent <Read_Keycard>();
//Flip the state of the "IsLocked" method for consistency
bool _keyCardReaderUnlocked = !keycardScript.IsLocked();
if (_keyCardReaderUnlocked)
{
ChangeLights(i, true);
poweredCount++;
}
break;
case "Codelock":
Read_Code codeLockScript = obj.GetComponent <Read_Code>();
if (codeLockScript.IsUnlocked())
{
ChangeLights(i, true);
poweredCount++;
}
break;
case "Power Switch":
Power_Switch switchScript = obj.GetComponent <Power_Switch>();
if (switchScript.getActiveState())
{
//Debug.Log("Switch flipped");
ChangeLights(i, true);
poweredCount++;
}
else
{
ChangeLights(i, false);
poweredCount--;
}
break;
case "Generator Switch":
Generator_Switch genSwitchScript = obj.GetComponent <Generator_Switch>();
if (genSwitchScript.IsFlipped())
{
ChangeLights(i, true);
poweredCount++;
}
break;
default:
throw new UnityException("Invalid input object attached to " + gameObject.name);
}
}
return(poweredCount == inputObjects.Length);
}