public static bool Refresh(PowerOutlet component)
{
CircuitConnector forwardConnector = component.forwardConnector;
if (!IsCircuitClosed(forwardConnector))
{
StopCurrent(forwardConnector);
return(true);
}
float num = CalculateI(forwardConnector);
if (Mathf.Abs(num) > 100f)
{
StatsAndAchievements.UnlockAchievement(Achievement.ACH_POWER_SHORT_CIRCUIT);
StopCurrent(forwardConnector);
return(false);
}
RunCurrent(forwardConnector, num);
if (!IsCircuitClosed(forwardConnector))
{
StopCurrent(forwardConnector);
return(true);
}
num = CalculateI(forwardConnector);
if (Mathf.Abs(num) > 100f)
{
StatsAndAchievements.UnlockAchievement(Achievement.ACH_POWER_SHORT_CIRCUIT);
StopCurrent(forwardConnector);
return(false);
}
return(true);
}
public static void Disconnect(CircuitConnector c1)
{
if (c1.connected == null)
{
Debug.LogError("Connector not connected", c1);
return;
}
if (c1.connected.connected == null)
{
Debug.LogError("Connector not connected", c1.connected);
return;
}
StopCurrent(c1);
c1.connected = (c1.connected.connected = null);
}
public static void StopCurrent(CircuitConnector from)
{
CircuitConnector circuitConnector = from;
do
{
if (circuitConnector.isForward)
{
circuitConnector.parent.StopCurrent();
circuitConnector = circuitConnector.parent.reverseConnector.connected;
}
else
{
circuitConnector.parent.StopCurrent();
circuitConnector = circuitConnector.parent.forwardConnector.connected;
}
}while (circuitConnector != from && circuitConnector != null);
}
public static void RunCurrent(CircuitConnector from, float I)
{
CircuitConnector circuitConnector = from;
do
{
if (circuitConnector.isForward)
{
circuitConnector.parent.RunCurrent(I);
circuitConnector = circuitConnector.parent.reverseConnector.connected;
}
else
{
circuitConnector.parent.RunCurrent(0f - I);
circuitConnector = circuitConnector.parent.forwardConnector.connected;
}
}while (circuitConnector != from && circuitConnector != null);
}
private static bool IsCircuitClosed(CircuitConnector from)
{
CircuitConnector circuitConnector = from;
do
{
if (circuitConnector.parent.isOpen)
{
return(false);
}
circuitConnector = ((!circuitConnector.isForward) ? circuitConnector.parent.forwardConnector.connected : circuitConnector.parent.reverseConnector.connected);
}while (circuitConnector != from && circuitConnector != null);
if (circuitConnector == null)
{
return(false);
}
return(true);
}
public static float CalculateI(CircuitConnector from)
{
float num = 128f;
float num2 = 0f;
float num3 = CalculateU(from, num2);
for (int i = 0; i < 16; i++)
{
if (num3 == 0f)
{
return(num2);
}
float num4 = CalculateU(from, num2 + num / 1024f) - num3;
num /= 2f;
num2 = ((!(num4 * num3 > 0f)) ? (num2 + num) : (num2 - num));
num3 = CalculateU(from, num2);
}
return(num2);
}
public static bool Connect(CircuitConnector c1, CircuitConnector c2)
{
if (c1.connected != null)
{
Debug.LogError("Connector already in use", c1);
return(false);
}
if (c2.connected != null)
{
Debug.LogError("Connector already in use", c2);
return(false);
}
c1.connected = c2;
c2.connected = c1;
if (!IsCircuitClosed(c1))
{
return(true);
}
float num = CalculateI(c1);
if (Mathf.Abs(num) > 100f)
{
StatsAndAchievements.UnlockAchievement(Achievement.ACH_POWER_SHORT_CIRCUIT);
Disconnect(c1);
return(false);
}
RunCurrent(c1, num);
if (!IsCircuitClosed(c1))
{
StopCurrent(c1);
return(true);
}
num = CalculateI(c1);
if (Mathf.Abs(num) > 100f)
{
StatsAndAchievements.UnlockAchievement(Achievement.ACH_POWER_SHORT_CIRCUIT);
StopCurrent(c1);
Disconnect(c1);
return(false);
}
return(true);
}
private static float CalculateU(CircuitConnector from, float I)
{
float num = 0f;
CircuitConnector circuitConnector = from;
do
{
if (circuitConnector.isForward)
{
num += circuitConnector.parent.CalculateVoltage(I);
circuitConnector = circuitConnector.parent.reverseConnector.connected;
}
else
{
num -= circuitConnector.parent.CalculateVoltage(0f - I);
circuitConnector = circuitConnector.parent.forwardConnector.connected;
}
}while (circuitConnector != from && circuitConnector != null);
return(num);
}