/*
* Request a new potential block. If position is occupied, it assign the new interface.
*
* Returns: The Potential block
*/
public PotentialBlock RequestPotentialBlock(Vector3 gridPosition, Block invoker, int face)
{
if (gridPosition.x < symmetryAxis.x)
{
return(null);
}
if (gridPosition.y < symmetryAxis.y)
{
return(null);
}
foreach (PotentialBlock p in potentialBlocks)
{
if (p.GridPosition == gridPosition)
{
Debug.Log("Found one");
p.relativeBlocks[Complement(face)] = invoker;
p.Interfaces[Complement(face)] = invoker.interfaces[face];
return(p);
}
}
;
PotentialBlock newPotential = Instantiate(potentialPrimitive).GetComponent <PotentialBlock>();
newPotential.transform.SetParent(transform);
newPotential.Position = (gridPosition) * 0.16f;
newPotential.relativeBlocks[Complement(face)] = invoker;
newPotential.Interfaces[Complement(face)] = invoker.interfaces[face];
potentialBlocks.Add(newPotential);
return(newPotential);
}
public PotentialBlock RequestPotentialBlock(Vector3 gridPosition)
{
PotentialBlock newPotential = Instantiate(potentialPrimitive).GetComponent <PotentialBlock>();
newPotential.transform.SetParent(transform);
newPotential.Position = (gridPosition) * 0.16f;
potentialBlocks.Add(newPotential);
return(newPotential);
}
public PotentialBlock RequestPotentialBlock(Vector3 gridPosition, Block[] relatedBlocks)
{
PotentialBlock newPotential = RequestPotentialBlock(gridPosition);
for (int i = 0; i < 6; i++)
{
newPotential.relativeBlocks[i] = relatedBlocks[i];
if (relatedBlocks[i] != null)
{
newPotential.interfaces[i] = relatedBlocks[i].interfaces[Complement(i)];
relatedBlocks[i].relativePotentials[Complement(i)] = newPotential;
}
}
return(newPotential);
}
public void CloneAs(PotentialBlock potential)
{
Instantiate(gameObject, potential.Position, Quaternion.identity);
}