public HumidityStep(UInt16 order, stepType type, double targetHumidity, int dayRemaining, int hourRemaining, int minuteRemaining, int secondRemaining, double targetFanSpeed, stepStatus status)
{
this.order = order;
this.type = type;
this.targetHumidity = targetHumidity;
timeRemaining = new TimeSpan(dayRemaining, hourRemaining, minuteRemaining, secondRemaining);
this.targetFanSpeed = targetFanSpeed;
this.status = status;
}
void Start()
{
//this.gameObject.transform.position = Vector3.zero;
SpawneGnerate();
StartCoroutine(TimerTick(1));
_stepType = stepType.one;
music = this.GetComponent <Audio> ();
//music = GetComponent<AudioSource> ();
//musicVolum = .5f;
}
private void compareTiles2(Tile tile_curr, Tile tile_oppo, bool autoCkeck = false)
{
_stepType = stepType.one;
destroy = false;
if (tile_curr.pos.x == tile_oppo.pos.x && tile_curr.pos.y == tile_oppo.pos.y)
{
tileA.setTileTexture(0);
return;
}
else if (tile_curr.pos.x == tile_oppo.pos.x && tile_curr.pos.y != tile_oppo.pos.y)
{
destroy = checkPosY(tile_curr, tile_oppo);
}
else if (tile_curr.pos.x != tile_oppo.pos.x && tile_curr.pos.y == tile_oppo.pos.y)
{
destroy = checkPosX(tile_curr, tile_oppo);
}
if (!destroy)
{
_stepType = stepType.two;
destroy = checkTheSecondStep(tile_curr, tile_oppo);
if (!destroy)
{
_stepType = stepType.three;
destroy = checkTheThirdStep(tile_curr, tile_oppo);
}
}
if (destroy)
{
tile_curr.setTileTexture(1);
tile_oppo.setTileTexture(1);
drawLine.ClearPath();
}
else
{
tileA.setTileTexture(0);
drawLine.ClearPath();
return;
}
}
private void compareTiles(Tile tile_curr, Tile tile_oppo, bool autoCkeck = false)
{
_stepType = stepType.one;
drawLine.waypoints.Add(tile_curr.transform);
drawLine.transform.position = tile_curr.transform.position;
destroy = false;
//print ("Comparing");
if (tile_curr.pos.x == tile_oppo.pos.x && tile_curr.pos.y == tile_oppo.pos.y)
{
drawLine.ClearPath();
tileA.setTileTexture(0);
//tileB.setTileTexture (0);
tileA = tileB;
//tileA.setTileTexture (1);
tileB = null;
tileA = null;
return;
}
else if (tile_curr.pos.x == tile_oppo.pos.x && tile_curr.pos.y != tile_oppo.pos.y)
{
//print ("check Y");
destroy = checkPosY(tile_curr, tile_oppo);
if (destroy)
{
drawLine.waypoints.Add(tile_oppo.transform);
}
}
else if (tile_curr.pos.x != tile_oppo.pos.x && tile_curr.pos.y == tile_oppo.pos.y)
{
//print ("check X");
destroy = checkPosX(tile_curr, tile_oppo);
if (destroy)
{
drawLine.waypoints.Add(tile_oppo.transform);
}
}
if (!destroy)
{
_stepType = stepType.two;
destroy = checkTheSecondStep(tile_curr, tile_oppo);
//print ("Checking the second step");
if (!destroy)
{
_stepType = stepType.three;
destroy = checkTheThirdStep(tile_curr, tile_oppo);
//print ("Check the third step and destroied " + destroy);
print("tile_curr.idText:" + tile_curr.idText + "tile_oppo.idText:" + tile_oppo.idText);
}
}
if (destroy)
{
timeForHint = timeCount;
tile_curr.transform.localScale = Vector3.zero;
tile_oppo.transform.localScale = Vector3.zero;
tile_curr.type = false;
tile_oppo.type = false;
isAutoCheck = false;
music.playMatchEffect();
// _tiles.RemoveAt (tile_curr.id);
// _tiles.RemoveAt (tile_oppo.id);
//ClearTiles (tile_curr);
//ClearTiles (_tiles[tile_oppo.id]);
tileA = null;
tileB = null;
drawLine.MoveToWaypoint();
}
else
{
drawLine.ClearPath();
tileA.setTileTexture(0);
tileA = tileB;
tileB = null;
isAutoCheck = true;
return;
}
}
