void PaintTile(Vector2Int position, TileColor color, bool saveAction)
{
TileColor tileColor = Client.Instance.Labyrinth.Value.GetTileColor(position);
if (color != tileColor)
{
GameObject tile = Client.Instance.Labyrinth.Value.GetTile(position);
if (tile)
{
Algorithms.FloorPainter floorPainter = tile.GetComponentInChildren <Algorithms.FloorPainter>();
if (floorPainter != null)
{
floorPainter.PaintFloorWithColor(color);
var prvtile = controls.PlayerPaintTile.Value;
// TODO fix this crap
controls.PlayerPaintTile.Value = new Tile
{
Position = position,
color = color,
previousColor = tileColor
};
if (saveAction)
{
if (color == TileColor.Grey)
{
gameAction.SetAction(GameAction.UnpaintFloor);
}
else if (color == TileColor.Yellow)
{
gameAction.SetAction(GameAction.PaintFloorYellow);
}
else if (color == TileColor.Red)
{
gameAction.SetAction(GameAction.PaintFloorRed);
}
}
}
}
}
}
void PaintTile(Vector2Int position, TileColor color)
{
if (Client.Instance.Labyrinth.Value == null)
{
return;
}
GameObject tile = Client.Instance.Labyrinth.Value.GetTile(position);
if (tile != null)
{
Algorithms.FloorPainter floorPainter = tile.GetComponentInChildren <Algorithms.FloorPainter>();
if (floorPainter != null)
{
floorPainter.PaintFloorWithColor(color);
}
}
}
public override void DoScan(HeadsetToolManagerAsset tools, RaycastHit[] hits)
{
IEnumerable <RaycastHit> floors = hits.Where(x => x.collider.GetComponentInChildren <Algorithms.FloorPainter>() != null);
if (floors.Count() != 0)
{
RaycastHit hit = floors.OrderBy(x => x.distance).First();
if (hit.distance < ScannerUtils.MaxTileDistance)
{
// TODO: This is a quick solution (looking for floor in asset name)
// Bad practice remove
// Unity dosent allow for multitag..
var piece = hit.collider.GetComponentInParent <Labyrinths.Piece>();
if (piece != null &&
(piece.gameObject.name.Contains("Floor") ||
piece.gameObject.name.Contains("Start") ||
piece.gameObject.name.Contains("End")))
{
Algorithms.FloorPainter newfloor = hit.collider.GetComponentInChildren <Algorithms.FloorPainter>();
if (newfloor != null &&
newfloor != floor)
{
floor = newfloor;
float dist =
(Client.Instance.Labyrinth.Value.GetLabyrithEndPosition() -
Client.Instance.Labyrinth.Value.GetWorldPositionInLabyrinthPosition(hit.point.x, hit.point.z)).magnitude;
floor.Highlight();
tools.ScannedDistance.Value = ((int)dist) / Labyrinths.Utils.TileSize;
return;
}
}
}
}
//controller.FlightDistance.Value = -1;
//Algorithms.FloorPainter.RemoveHighlight();
}
void GenerateVisualForAlgorithm(Algorithms.Id algorithm)
{
algorithmStepsPosition = Client.Instance.Algorithm.Value.GetAlgorithmSteps(Client.Instance.LabyrinthData.Value);
Debug.Log("algorithmStepsPosition Count : " + algorithmStepsPosition.Count);
for (int i = 0; i < algorithmStepsPosition.Count; i++)
{
Debug.Log("algorithmStepsPosition #" + i + " : " + algorithmStepsPosition[i].x + " , " + algorithmStepsPosition[i].y + " , " + algorithmStepsPosition[i].Color);
GameObject obj = Instantiate(sphere, GetWorldPosition(algorithmStepsPosition[i].x, algorithmStepsPosition[i].y), Quaternion.identity, gameObject.transform);
Algorithms.FloorPainter floorPainter = Client.Instance.Labyrinth.Value.GetTile(algorithmStepsPosition[i].x, algorithmStepsPosition[i].y).GetComponentInChildren <Algorithms.FloorPainter>();
if (floorPainter != null)
{
floorPainter.PaintFloorWithColor(algorithmStepsPosition[i].Color);
}
objectList.Add(obj);
}
}
