void Start()
{
SetDirection(WireEndB, WireEndA, CableType);
wireConnect = GetComponent <WireConnect>();
wireConnect.ControllingCable = this;
//StartCoroutine(WaitForLoad());
}
public override void OnStartServer()
{
base.OnStartServer();
wireConnect = GetComponent <WireConnect>();
wireConnect.ControllingCable = this;
StartCoroutine(WaitForLoad());
_OnStartServer();
}
public void Initialise(WireConnect DataToTake, MetaDataNode metaDataNode, Vector3Int searchVec, Matrix locatedon)
{
IsOn = metaDataNode;
InData = new IntrinsicElectronicData();
InData.SetUp(DataToTake.InData);
NodeLocation = searchVec;
Locatedon = locatedon;
InData.MetaDataPresent = this;
InData.Present = null;
}
public void AddElectricalNode(Vector3Int position, WireConnect wireConnect)
{
var metaData = metaDataLayer.Get(position, true);
var newdata = new ElectricalMetaData();
newdata.Initialise(wireConnect, metaData, position, this);
metaData.ElectricalData.Add(newdata);
UnderFloorElectricalSetTile(wireConnect.InData.WireEndA, wireConnect.InData.WireEndB,
wireConnect.InData.Categorytype, position, newdata);
}
public void AddElectricalNode(Vector3Int position, WireConnect wireConnect)
{
var metaData = metaDataLayer.Get(position, true);
var newdata = new ElectricalMetaData();
newdata.Initialise(wireConnect, metaData, position, this);
metaData.ElectricalData.Add(newdata);
ElectricalCableTile Tile = null;
string Compound;
if (newdata.InData.WireEndA < newdata.InData.WireEndB)
{
Compound = newdata.InData.WireEndA + "_" + newdata.InData.WireEndB;
}
else
{
Compound = newdata.InData.WireEndB + "_" + newdata.InData.WireEndA;
}
int spriteIndex = WireDirections.GetSpriteIndex(Compound);
switch (newdata.InData.Categorytype)
{
case PowerTypeCategory.StandardCable:
Tile = ElectricalManager.Instance.MediumVoltageCables.Tiles[spriteIndex];
break;
case PowerTypeCategory.LowVoltageCable:
Tile = ElectricalManager.Instance.LowVoltageCables.Tiles[spriteIndex];
break;
case PowerTypeCategory.HighVoltageCable:
Tile = ElectricalManager.Instance.HighVoltageCables.Tiles[spriteIndex];
break;
}
newdata.RelatedTile = Tile;
if (Tile != null)
{
if (metaTileMap != null)
{
metaTileMap.SetTile(position, Tile);
}
}
}
public void EditorAddElectricalNode(Vector3Int position, WireConnect wireConnect)
{
var ElectricalManager = FindObjectOfType <ElectricalManager>();
ElectricalCableTile Tile = null;
string Compound;
if (wireConnect.InData.WireEndA < wireConnect.InData.WireEndB)
{
Compound = wireConnect.InData.WireEndA + "_" + wireConnect.InData.WireEndB;
}
else
{
Compound = wireConnect.InData.WireEndB + "_" + wireConnect.InData.WireEndA;
}
int spriteIndex = WireDirections.GetSpriteIndex(Compound);
switch (wireConnect.InData.Categorytype)
{
case PowerTypeCategory.StandardCable:
Tile = ElectricalManager.MediumVoltageCables.Tiles[spriteIndex];
break;
case PowerTypeCategory.LowVoltageCable:
Tile = ElectricalManager.LowVoltageCables.Tiles[spriteIndex];
break;
case PowerTypeCategory.HighVoltageCable:
Tile = ElectricalManager.HighVoltageCables.Tiles[spriteIndex];
break;
}
if (Tile != null)
{
if (metaTileMap != null)
{
metaTileMap.SetTile(position, Tile);
}
}
}
private void Awake()
{
wireConnect = GetComponent <WireConnect>();
}
public void EditorAddElectricalNode(Vector3Int position, WireConnect wireConnect)
{
UnderFloorElectricalSetTile(wireConnect.InData.WireEndA, wireConnect.InData.WireEndB,
wireConnect.InData.Categorytype, position);
}
void Awake()
{
wireConnect = GetComponent <WireConnect>();
wireConnect.ControllingCable = this;
wireConnect.InData.ElectricityOverride = true;
}