public void InitializeFigure(int figureIndex, Transform[] partsTransform, FigureStruct figureStruct, float scale)
{
this.figureIndex = figureIndex;
this.scale = scale;
this.figureStruct = figureStruct;
this.partsTransform = partsTransform;
figureCellSize = (float)3 / DataStorage.FieldSize.x;
figureTransform = GetComponent <Transform>();
startPosition = new Vector3(
figureTransform.localPosition.x - (figureStruct.figureSize.x - 1) * miniFigureCellSize / 2,
figureTransform.localPosition.y - (figureStruct.figureSize.y - 1) * miniFigureCellSize / 2,
figureTransform.localPosition.z);
figureTransform.localPosition = startPosition;
boxCollider = GetComponent <BoxCollider2D>();
UpdateMiniFigureBoxCollider();
draggingOffset = new Vector3(figureCellSize * (-(figureStruct.figureSize.x - 1)) / 2, figureCellSize / 2 + 0.6f, 0);
}
private void SpawnFigure(int figureIndex, FigureStruct figureStruct, float spawnDelay)
{
figures[figureIndex] = Instantiate(miniFigurePrefab, spawnPositions[figureIndex], Quaternion.identity).GetComponent <Figure>();
Transform[] partsTransform = new Transform[figureStruct.partsPositions.Length];
for (int i = 0; i < figureStruct.partsPositions.Length; i++)
{
partsTransform[i] = Instantiate(miniFigurePartPrefab).GetComponent <Transform>();
partsTransform[i].parent = figures[figureIndex].transform;
partsTransform[i].localPosition = new Vector3(cellSize * figureStruct.partsPositions[i].x, cellSize * figureStruct.partsPositions[i].y, 0);
}
float destScale = 1;
if (DataStorage.CountOfFigures > 3)
{
destScale = 0.9f;
}
figures[figureIndex].InitializeFigure(figureIndex, partsTransform, figureStruct, destScale);
figures[figureIndex].transform.localScale = new Vector2(0, 0);
StartCoroutine(ShowFigure(figureIndex, spawnDelay, destScale));
}
