public override void SetPropagationDirection(MechPowerPath path)
{
BlockFacing turnDir = path.NetworkDir();
if (this.turnDir1 != null)
//rotate the input turn direction if it's an angled gear (this helps later blocks to know which sense the network is turning)
{
if (turnDir == turnDir1)
{
turnDir = turnDir2.Opposite;
}
else if (turnDir == turnDir2)
{
turnDir = turnDir1.Opposite;
}
else if (turnDir == turnDir2.Opposite)
{
turnDir = turnDir1;
}
else if (turnDir == turnDir1.Opposite)
{
turnDir = turnDir2;
}
path = new MechPowerPath(turnDir, path.gearingRatio, null, false);
}
base.SetPropagationDirection(path);
}
public virtual void SetPropagationDirection(MechPowerPath path)
{
BlockFacing turnDir = path.NetworkDir();
if (this.propagationDir == turnDir.Opposite && this.network != null)
{
if (!network.DirectionHasReversed)
{
network.TurnDir = network.TurnDir == EnumRotDirection.Clockwise ? EnumRotDirection.Counterclockwise : EnumRotDirection.Clockwise;
}
network.DirectionHasReversed = true;
}
this.propagationDir = turnDir;
this.GearedRatio = path.gearingRatio;
if (DEBUG)
{
Api.Logger.Notification("setting dir " + this.propagationDir + " " + this.Position);
}
}
public override void SetPropagationDirection(MechPowerPath path)
{
BlockFacing turnDir = path.NetworkDir();
if (turnDir != BlockFacing.UP && turnDir != BlockFacing.DOWN)
{
turnDir = path.IsInvertedTowards(Position) ? BlockFacing.UP : BlockFacing.DOWN; //network coming in (clockwise) from any of the 4 sides should then propagate (clockwise) in the down direction
this.GearedRatio = path.gearingRatio / ratio;
}
else
{
this.GearedRatio = path.gearingRatio;
}
if (this.propagationDir == turnDir.Opposite && this.network != null)
{
if (!network.DirectionHasReversed)
{
network.TurnDir = network.TurnDir == EnumRotDirection.Clockwise ? EnumRotDirection.Counterclockwise : EnumRotDirection.Clockwise;
}
network.DirectionHasReversed = true;
}
this.propagationDir = turnDir;
}
