private void SetSprite()
{
string spritePath = DirectionStart + (DirectionEnd != 0 ? "_" + DirectionEnd : "");
Sprite[] Color = SpriteManager.WireSprites[this.Color.ToString()];
SpriteRenderer SR = gameObject.GetComponentInChildren <SpriteRenderer>();
//the red sprite is spliced differently than the rest for some reason :^(
int spriteIndex = WireDirections.GetSpriteIndex(spritePath);
if (this.Color == WiringColor.red)
{
spriteIndex *= 2;
if (TRay)
{
spriteIndex++;
}
}
else if (TRay)
{
spriteIndex += 36;
}
SR.sprite = Color[spriteIndex];
if (SR.sprite == null)
{
this.Color = WiringColor.red;
SetDirection(1);
}
}
public void damEditor(int DirectionStart, int DirectionEnd, WiringColor ct)
{
CableType = ct;
//This ensures that End is just null when they are the same
if (DirectionStart == DirectionEnd || DirectionEnd == 0)
{
SetDirection(DirectionStart);
return;
}
//This ensures that the DirectionStart is always the lower one after constructing it.
//It solves some complexity issues with the sprite's path
//Casting here is to solve nullable somehow not noticing my nullcheck earlier
this.DirectionStart = Math.Min(DirectionStart, DirectionEnd);
this.DirectionEnd = Math.Max(DirectionStart, DirectionEnd);
//Logger.Log(DirectionStart.ToString() + " <DirectionStart and DirectionEnd> " + DirectionEnd.ToString(), Category.Electrical);
SetSprite();
}
public void SetDirection(Connection REWireEndA, Connection REWireEndB, WiringColor RECableType = WiringColor.unknown)
{
if (REWireEndA == REWireEndB)
{
Logger.LogWarningFormat("Wire connection both starts ({0}) and ends ({1}) in the same place!", Category.Electrical, REWireEndA, REWireEndB);
return;
}
if (RECableType != WiringColor.unknown)
{
CableType = RECableType;
}
WireEndA = REWireEndA;
WireEndB = REWireEndB;
SetSprite();
if (isServer)
{
CheckOverlap = true;
ElectricalManager.Instance.electricalSync.CableUpdates.Add(this);
}
}
public void SetDirection(Connection REWireEndA, Connection REWireEndB, WiringColor RECableType = WiringColor.unknown)
{
if (REWireEndA == REWireEndB)
{
Logger.LogWarningFormat("Wire connection both starts ({0}) and ends ({1}) in the same place!", Category.Electrical, REWireEndA, REWireEndB);
return;
}
if (!(RECableType == WiringColor.unknown))
{
CableType = RECableType;
}
WireEndA = REWireEndA;
WireEndB = REWireEndB;
//Logger.Log(WireEndB.ToString() + " <WireEndB and WireEndA> " + WireEndA.ToString(), Category.Electrical);
SetSprite();
if (isServer)
{
FindOverlapsAndCombine();
}
}
// Use this for initialization
private void Start()
{
IsCable = false;
var ListOfICable = this.GetComponents <ICable>();
foreach (ICable Cable in ListOfICable)
{
if (Cable.IsCable)
{
//Logger.Log ("Found it", Category.Electrical);
RelatedCable = Cable;
}
}
if (!(RelatedCable == null))
{
Color = RelatedCable.CableType;
DirectionEnd = RelatedCable.DirectionEnd;
DirectionStart = RelatedCable.DirectionStart;
//FIXME this breaks wires that were placed via unity editor:
// need to address when we allow users to add wires at runtime
SetDirection(DirectionStart, DirectionEnd);
}
}
public static ElectricalCableMessage Send(GameObject cable, Connection WireEndA, Connection WireEndB, WiringColor CableType = WiringColor.unknown)
{
ElectricalCableMessage msg = new ElectricalCableMessage
{
REWireEndA = WireEndA,
REWireEndB = WireEndB,
RECableType = CableType,
Cable = cable.NetId()
};
msg.SendToAll();
return(msg);
}