void positionNode()
{
int xOffset = 0;
int zOffset = 0;
switch(RPTP)
{
case RelativePosToParent.LEFT:
xOffset = -300;
break;
case RelativePosToParent.LEFT_TOP:
xOffset = -300;
// zOffset = 300;
break;
case RelativePosToParent.LEFT_BOT:
xOffset = -300;
// zOffset = -300;
break;
case RelativePosToParent.RIGHT:
xOffset = 300;
break;
case RelativePosToParent.RIGHT_TOP:
xOffset = 300;
// zOffset = 300;
break;
case RelativePosToParent.RIGHT_BOT:
xOffset = 300;
// zOffset = -300;
break;
case RelativePosToParent.TOP:
zOffset = 300;
break;
case RelativePosToParent.BOTTOM:
zOffset = -300;
break;
};
Vector3 newPos = new Vector3(parent.leafData.roomHolder.transform.position.x +xOffset, 0, parent.leafData.roomHolder.transform.position.z + zOffset);
leafData.roomHolder.transform.position = newPos;
takenPositions.Add(newPos);
if(parent.left != this)
{
if(parent.left.leafData.roomHolder.transform.position == this.leafData.roomHolder.transform.position)
{
RPTP = (RelativePosToParent)Mathf.CeilToInt(Random.value* (int)RelativePosToParent.RIGHT_BOT);
positionNode();
}
}
else
{
}
}
public LeafData()
{
RPTP = (RelativePosToParent)Mathf.CeilToInt(Random.value* (int)RelativePosToParent.BOTTOM);
}
