//Way to go through piece types until end
bool ChoosePieceType(out WeaponPiece.pieceType type, bool reset = true)
{
if (reset)
{
nextPieceTypes = new List <WeaponPiece.pieceType>(connect.acceptableConnections);
}
else if (nextPieceTypes.Count < 1)
{
type = WeaponPiece.pieceType.noType;
return(false);
}
int index = seed.Next(0, nextPieceTypes.Count);
type = nextPieceTypes[index];
nextPieceTypes.RemoveAt(index);
return(true);
}
IEnumerator AddPiece(WeaponPiece.pieceType typeToAdd, Transform offset)
{
List <GameObject> acceptableParts = new List <GameObject>();
switch (typeToAdd)
{
case WeaponPiece.pieceType.guard:
acceptableParts.AddRange(new List <GameObject>(weaponGenSettings.guards));
break;
case WeaponPiece.pieceType.handle:
acceptableParts.AddRange(new List <GameObject>(weaponGenSettings.handles));
break;
case WeaponPiece.pieceType.head:
acceptableParts.AddRange(new List <GameObject>(weaponGenSettings.heads));
break;
case WeaponPiece.pieceType.pommel:
acceptableParts.AddRange(new List <GameObject>(weaponGenSettings.pommels));
break;
case WeaponPiece.pieceType.shaft:
acceptableParts.AddRange(new List <GameObject>(weaponGenSettings.shafts));
break;
default:
Debug.Log("Weapon Generation Failed!");
yield break;
}
//this guy should solve 90% of the remaining problems
List <ConnectPoint> acceptableConnections = new List <ConnectPoint>();
FilterParts(ref acceptableParts, ref acceptableConnections);
if (acceptableConnections.Count == 0)
{
Debug.Log("Absolutely nothing works");
yield break;
//try a different part to add here
}
else
{
int pieceIndex = seed.Next(acceptableConnections.Count);
//have to invert shit as usual
Quaternion rot = Quaternion.Euler(180, 0, 0) * offset.rotation * acceptableConnections[pieceIndex].transform.rotation;
Vector3 pos = offset.position - rot * (acceptableConnections[pieceIndex].transform.position);
GameObject newObject = Instantiate(acceptableConnections[pieceIndex].piece.prefab, pos, rot, parent.transform);
WeaponPiece pieceInfo = newObject.GetComponent <WeaponPiece>();
weaponPieces.Add(pieceInfo);
foreach (ConnectPoint connection in pieceInfo.connections)
{
if (!(connection.transform.name == acceptableConnections[pieceIndex].transform.name))
{
openConnections.Enqueue(connection);
}
}
}
yield return(null);
}
