//Used for other power devices to offer this device some energy
public virtual int ReceivePacketOffer(BEElectric from, int inVolt, int inAmp) //eg 2
{
if (usedconnections == null)
{
usedconnections = new List <BEElectric>();
}
if (!isOn)
{
return(0);
} //Not even on
if (inVolt > maxVolts)
{
DoOverload(); return(0);
} //!TOO MANY VOLTS!
if (inVolt < maxVolts)
{
return(0);
} // not enough volts
if (capacitor >= capacitance)
{
return(0);
} //already full
inAmp = Math.Min(inAmp, MaxAmps); //can only move a certain amount of amps - eg 2
int useamps = Math.Min(inAmp, capacitance - capacitor); //2
capacitor += useamps; //capacitor=2
usedconnections.Add(from);
if (useamps != 0)
{
MarkDirty();
} //not zero should be dirty
return(useamps); //return 2
}
public override void OnNeighbourBlockChange(IWorldAccessor world, BlockPos pos, BlockPos neibpos)
{
BEElectric bee = world.BlockAccessor.GetBlockEntity(pos) as BEElectric;
if (bee != null)
{
bee.FindConnections();
}
base.OnNeighbourBlockChange(world, pos, neibpos);
}
public virtual bool TryOutputConnection(BEElectric connectto)
{
if (outputConnections == null)
{
outputConnections = new List <BEElectric>();
}
Vec3d vector = connectto.Pos.ToVec3d() - Pos.ToVec3d();
BlockFacing bf = BlockFacing.FromVector(vector.X, vector.Y, vector.Z);
if (distributionFaces == null)
{
return(false);
}
if (!distributionFaces.Contains(bf))
{
return(false);
}
if (!outputConnections.Contains(connectto))
{
outputConnections.Add(connectto); MarkDirty();
}
return(true);
}
//Tell a connection to remove itself
public virtual void RemoveConnection(BEElectric disconnect)
{
inputConnections.Remove(disconnect);
outputConnections.Remove(disconnect);
}
//generators don't receive power
public override int ReceivePacketOffer(BEElectric from, int volt, int amp)
{
return(0);
}
