Cell[] findCellNear(Cell cellThis,Cell[] cells)
{
float radius=2;
var list=new List<Cell>();
foreach(Cell cell in cells){
float dis=Vector2.Distance(new Vector2(cellThis.x,cellThis.y),new Vector2(cell.x,cell.y));
if(dis<radius&&cellThis!=cell)list.Add(cell);
}
return list.ToArray();
}
public static int Distance(Cell a,Cell b)
{
// return Mathf.FloorToInt((a.pos-b.pos).magnitude/CellSetter.radius+0.1f);
return Mathf.FloorToInt((a.pos-b.pos).magnitude);
}
internal void summon(Cell cell)
{
posTarget=cell.transform.position;
this.cell=cell;
transform.position=posTarget+Vector3.up*2;
act("born");
}
private Chess setChess(Data.Card card,Cell cell)
{
Chess chess=chessesPrefab[0];
foreach(var e in chessesPrefab){
if(e.name==card.name)chess=e;
}
chess=Instantiate(chess) as Chess;
chess.summon(cell);
chess.transform.parent=parentChess;
chess.bm=bm;
bm.lChess.Add(chess);
return chess;
// lChess.Add(chess);
}
Vector3 findPos(Cell cell)
{
return Vector3.zero;
}
Chess findChess(Cell cell)
{
return null;
}
internal Chess summon(Data.Card card,Cell cell,string party)
{
var p=new Period();
p.type="summon";
var chess=setChess(Data.Card.find(card.name),cell);
chess.party=party;
chess.gameObject.SetActive(false);
p.chesses=new Chess[]{chess};
queuePeriod.Add(p);
return chess;
}
