public static void Reinit()
{
var layerCount = Common.NetLayerCount();
netGrid = new AirNet[layerCount][];
for (var i = 0; i < layerCount; i++)
{
netGrid[i] = new AirNet[CellIndices.NumGridCells];
}
#if DEBUG
Log.Message("RedistHeat: Initialized AirNetGrid.");
#endif
}
static AirOverlayMat()
{
LinkedOverlayGraphic = new Graphic[Common.NetLayerCount()];
TransmitterShader = ShaderDatabase.MetaOverlay;
var graphicLower = GraphicDatabase.Get <Graphic_Single>("Things/Special/AirPipeOverlayLower",
TransmitterShader);
var graphicUpper = GraphicDatabase.Get <Graphic_Single>("Things/Special/AirPipeOverlayUpper",
TransmitterShader);
LinkedOverlayGraphic[(int)NetLayer.Lower] = new Grahpic_LinkedAirPipeOverlay(graphicLower);
LinkedOverlayGraphic[(int)NetLayer.Upper] = new Grahpic_LinkedAirPipeOverlay(graphicUpper);
graphicLower.MatSingle.renderQueue = 3800;
graphicUpper.MatSingle.renderQueue = 4000;
}
static AirNetManager()
{
var layerCount = Common.NetLayerCount();
allNets = new List <AirNet> [layerCount];
newComps = new List <CompAir> [layerCount];
oldComps = new List <CompAir> [layerCount];
updatees = new List <IntVec3>();
for (var i = 0; i < layerCount; i++)
{
allNets[i] = new List <AirNet>();
newComps[i] = new List <CompAir>();
oldComps[i] = new List <CompAir>();
}
}
public static void Reinit()
{
for (var i = 0; i < Common.NetLayerCount(); i++)
{
allNets[i] = new List <AirNet>();
newComps[i] = new List <CompAir>();
oldComps[i] = new List <CompAir>();
}
foreach (var current in Find.Map.listerBuildings.allBuildingsColonist)
{
var compAir = current.TryGetComp <CompAir>();
if (compAir != null)
{
newComps[(int)compAir.currentLayer].Add(compAir);
updatees.Add(current.Position);
}
}
#if DEBUG
Log.Message("RedistHeat: Initialized AirNetManager.");
#endif
isReady = true;
}
public static void AirNetsUpdate()
{
for (var layerInt = 0; layerInt < Common.NetLayerCount(); layerInt++)
{
if (!newComps[layerInt].Any() && !oldComps[layerInt].Any())
{
continue;
}
//Deregister the whole net that should be merged (deregister adjacent AirNet)
foreach (var current in newComps[layerInt])
{
#if DEBUG
Log.Message("Cleaning.");
#endif
//Check for adjacent cells
foreach (var adjPos in GenAdj.CellsAdjacentCardinal(current.parent))
{
if (!adjPos.InBounds())
{
continue;
}
var oldNet = AirNetGrid.NetAt(adjPos, (NetLayer)layerInt);
if (oldNet != null)
{
DeregisterAirNet(oldNet);
}
}
}
//Deregister comps marked as old
foreach (var current in oldComps[layerInt])
{
#if DEBUG
Log.Message("Deleting.");
#endif
var oldNet = AirNetGrid.NetAt(current.parent.Position, (NetLayer)layerInt);
if (oldNet != null)
{
DeregisterAirNet(oldNet);
}
}
//Make a new, merged net
foreach (var current in newComps[layerInt])
{
#if DEBUG
Log.Message("Merging.");
#endif
if (AirNetGrid.NetAt(current.parent.Position, (NetLayer)layerInt) == null)
{
RegisterAirNet(AirNetMaker.NewAirNetStartingFrom((Building)current.parent,
(NetLayer)layerInt));
}
}
//Split nets
foreach (var current in oldComps[layerInt])
{
#if DEBUG
Log.Message("Splitting.");
#endif
foreach (var adjPos in GenAdj.CellsAdjacentCardinal(current.parent))
{
if (!adjPos.InBounds())
{
continue;
}
var airNode = GetAirNodeAt(adjPos, (NetLayer)layerInt);
if (airNode != null)
{
RegisterAirNet(AirNetMaker.NewAirNetStartingFrom(airNode, (NetLayer)layerInt));
}
}
}
newComps[layerInt].Clear();
oldComps[layerInt].Clear();
}
}