float delayTime_Cell = 0.01f; // 0.02f;
void GenerateBlockBrick(Vector2 startPot, int xCount, int yCount, Vector3 spanPot, float delayTime_Cell, bool useConstantSpeed)
{
float xPot, yPot;
int count = 0;
int tmpCount = 0;
float maxTime = ComputeMaxTime(spanPot);
for (int i = 0; i < xCount; i++)
{
xPot = startPot.x + i * cellSizeX;
for (int j = 0; j < yCount; j++)
{
yPot = startPot.y + j * cellSizeY;
// if(spanPot.y>=0)
// else {
// yPot= startPot.y + (yCount-j-1) * cellSizeY;
// }
count++;
tmpCount = count;
if (spanPot.y < 0)
{
tmpCount = count - (yCount - j - 1);
}
DynamicBrick db = pool.Obtain();
db.Comming = true;
db.DelayTime = tmpCount * delayTime_Cell;
db.LeastFrame = tmpCount;
db.UseConstantSpeed = useConstantSpeed;
db.MaxMoveTime = maxTime;
db.BColor = BrickColor.GetRandomColor();
db.TargetPot = new Vector3(xPot, yPot, 0);
db.InitPot = db.TargetPot + spanPot;
db.Go.transform.localPosition = db.InitPot;
db.Go.GetComponent <Renderer> ().material.color = db.BColor.C; // new Color (Random.Range (0f, 1f), Random.Range (0f, 1f), Random.Range (0f, 1f));
db.Go.SetActive(false);
dynamicBricks.Add(db);
}
}
endPot.x = startPot.x + xCount * cellSizeX;
endPot.y = startPot.y + yCount * cellSizeY;
useContanstSpeed = !useContanstSpeed;
}
public V_Block(Block parent, BlockType type, int bickNum, Vector3 locStartPot, Vector3 locEndPot, int moveDelay, float moveDuration, Vector3[] moveSpan)
: base(parent, type, locStartPot, locEndPot, moveDelay, moveDuration)
{
for (int i = 0; i < bickNum; i++)
{
Brick brick = BlockManager.Instance().ObtainBrick();
brick.M_Parent = this;
brick.M_Loc_StartPot = new Vector3(0, i * Brick.HEIGHT, 0);
brick.M_Loc_EndPot = brick.M_Loc_StartPot + ((moveSpan == null) ? Vector3.zero : moveSpan [i]);
brick.M_MoveDelay = i;
brick.M_GO.GetComponent <Renderer> ().material.color = BrickColor.GetRandomColor().C;
brick.M_GO.SetActive(true);
brick.MoveActiveCondition = this.IsMoveOver;
brick.M_MoveDuration = 1f;
m_Bricks.Add(brick);
}
}
