| private ActivateFence ( Rot4 direction, int fenceLength ) : void | ||
| direction | Rot4 | |
| fenceLength | int | |
| Résultat | void | |
private void TryToConnectToPylon(Building_LaserFencePylon linkedPylon, Rot4 direction, int fenceLength, bool forceConnection)
{
Rot4 linkedPylonDirection = direction;
linkedPylonDirection.Rotate(RotationDirection.Clockwise); // Rotate 2 times to get the opposite direction.
linkedPylonDirection.Rotate(RotationDirection.Clockwise);
// Check connection is allowed.
if (forceConnection)
{
linkedPylon.connectionIsAllowedByUser[linkedPylonDirection.AsInt] = true;
linkedPylon.cachedConnectionIsAllowedByUser[linkedPylonDirection.AsInt] = true;
}
if (linkedPylon.connectionIsAllowedByUser[linkedPylonDirection.AsInt] == false)
{
this.connectionIsAllowedByUser[direction.AsInt] = false;
this.cachedConnectionIsAllowedByUser[direction.AsInt] = false;
return;
}
// Check linkedPylon is powered.
CompPowerTrader linkedPowerComp = linkedPylon.TryGetComp <CompPowerTrader>();
if ((linkedPowerComp != null) &&
linkedPowerComp.PowerOn)
{
if (linkedPylon.linkedPylons[linkedPylonDirection.AsInt] != null)
{
// If linkedPylon is already connected to a third pylon, first disconnect from it.
linkedPylon.DisconnectFromPylon(linkedPylonDirection);
}
this.linkedPylons[direction.AsInt] = linkedPylon;
this.ActivateFence(direction, fenceLength);
linkedPylon.linkedPylons[linkedPylonDirection.AsInt] = this;
linkedPylon.ActivateFence(linkedPylonDirection, fenceLength);
}
}
/// <summary>
/// Connect to a given pylon if allowed or forced.
/// </summary>
public void TryConnectToPylon(Building_LaserFencePylon linkedPylon, Rot4 direction, int fenceLength, bool forceConnection, bool pawnIsPresent)
{
// Check connection is allowed.
if (forceConnection)
{
linkedPylon.connectionIsAllowed[direction.Opposite.AsInt] = true;
linkedPylon.cachedConnectionIsAllowed[direction.Opposite.AsInt] = true;
TryNotifyConsoleConfigurationChanged();
}
if (pawnIsPresent)
{
// Avoid connecting when a neutral pawn is in the path but set new configuration so connection will actually happen when pawn will move.
return;
}
if (linkedPylon.connectionIsAllowed[direction.Opposite.AsInt] == false)
{
this.connectionIsAllowed[direction.AsInt] = false;
this.cachedConnectionIsAllowed[direction.AsInt] = false;
TryNotifyConsoleConfigurationChanged();
return;
}
// Check linkedPylon is powered.
CompPowerTrader linkedPowerComp = linkedPylon.TryGetComp <CompPowerTrader>();
if ((linkedPowerComp != null) &&
linkedPowerComp.PowerOn)
{
this.ActivateFence(direction, fenceLength);
linkedPylon.ActivateFence(direction.Opposite, fenceLength);
}
}
/// <summary>
/// Connect to a given pylon if allowed or forced.
/// </summary>
public void TryConnectToPylon(Building_LaserFencePylon linkedPylon, Rot4 direction, int fenceLength, bool forceConnection)
{
// Check connection is allowed.
if (forceConnection)
{
linkedPylon.connectionIsAllowedByUser[direction.Opposite.AsInt] = true;
linkedPylon.cachedConnectionIsAllowedByUser[direction.Opposite.AsInt] = true;
}
if (linkedPylon.connectionIsAllowedByUser[direction.Opposite.AsInt] == false)
{
this.connectionIsAllowedByUser[direction.AsInt] = false;
this.cachedConnectionIsAllowedByUser[direction.AsInt] = false;
return;
}
// Check linkedPylon is powered.
CompPowerTrader linkedPowerComp = linkedPylon.TryGetComp <CompPowerTrader>();
if ((linkedPowerComp != null) &&
linkedPowerComp.PowerOn)
{
this.ActivateFence(direction, fenceLength);
linkedPylon.ActivateFence(direction.Opposite, fenceLength);
}
}
private void TryToConnectToPylon(Building_LaserFencePylon linkedPylon, Rot4 direction, int fenceLength, bool forceConnection)
{
Rot4 linkedPylonDirection = direction;
linkedPylonDirection.Rotate(RotationDirection.Clockwise); // Rotate 2 times to get the opposite direction.
linkedPylonDirection.Rotate(RotationDirection.Clockwise);
// Check connection is allowed.
if (forceConnection)
{
linkedPylon.connectionIsAllowedByUser[linkedPylonDirection.AsInt] = true;
linkedPylon.cachedConnectionIsAllowedByUser[linkedPylonDirection.AsInt] = true;
}
if (linkedPylon.connectionIsAllowedByUser[linkedPylonDirection.AsInt] == false)
{
this.connectionIsAllowedByUser[direction.AsInt] = false;
this.cachedConnectionIsAllowedByUser[direction.AsInt] = false;
return;
}
// Check linkedPylon is powered.
CompPowerTrader linkedPowerComp = linkedPylon.TryGetComp<CompPowerTrader>();
if ((linkedPowerComp != null)
&& linkedPowerComp.PowerOn)
{
if (linkedPylon.linkedPylons[linkedPylonDirection.AsInt] != null)
{
// If linkedPylon is already connected to a third pylon, first disconnect from it.
linkedPylon.DisconnectFromPylon(linkedPylonDirection);
}
this.linkedPylons[direction.AsInt] = linkedPylon;
this.ActivateFence(direction, fenceLength);
linkedPylon.linkedPylons[linkedPylonDirection.AsInt] = this;
linkedPylon.ActivateFence(linkedPylonDirection, fenceLength);
}
}