private void SetLine()
{
List <Transform> othercell = othercells();
for (int i = 0; i < SelectedCells.Count; i++)
{
foreach (Transform other in othercell)
{
GameObject selected = SelectedCells[i];
PuzzleCellData data = selected.GetComponent <PuzzleCellData>();
PuzzleCellData newdata = other.GetComponent <PuzzleCellData>();
if (data.ground_X + 1 == newdata.ground_X && data.ground_Y == newdata.ground_Y)
{
CreateLineVertical(GameData.Blocksize / 2, 0, selected, data);
}
if (data.ground_X == newdata.ground_X + 1 && data.ground_Y == newdata.ground_Y)
{
CreateLineVertical(-GameData.Blocksize / 2, 0, selected, data);
}
if (data.ground_X == newdata.ground_X && data.ground_Y + 1 == newdata.ground_Y)
{
CreateLineHorizantal(0, -GameData.Blocksize / 2, selected, data);
}
if (data.ground_X == newdata.ground_X && data.ground_Y == newdata.ground_Y + 1)
{
CreateLineHorizantal(0, GameData.Blocksize / 2, selected, data);
}
}
}
}
private List <char> FindVerticalWord(GameObject selected, List <Transform> Allcells, List <char> a)
{
a.Add(selected.GetComponent <PuzzleCellData>().c);
if (!PuzzleCellParents.Contains(selected.transform.parent.gameObject))
{
PuzzleCellParents.Add(selected.transform.parent.gameObject);
}
foreach (Transform other in Allcells)
{
PuzzleCellData data = selected.GetComponent <PuzzleCellData>();
PuzzleCellData newdata = other.GetComponent <PuzzleCellData>();
if (data.ground_X == newdata.ground_X && data.ground_Y + 1 == newdata.ground_Y
&&
data.Cell_x == newdata.Cell_x && data.Cell_y + 1 == newdata.Cell_y
)
{
if (!PuzzleCellParents.Contains(other.parent.gameObject))
{
// print("the other id : "+ other.parent.gameObject.GetComponent<PuzzleparentData>().id);
PuzzleCellParents.Add(other.parent.gameObject);
}
return(FindVerticalWord(other.gameObject, Allcells, a));
}
}
return(a);
}
private List <char> FindHorizantalWord(GameObject selected, List <Transform> Allcells, List <char> a)
{
a.Add(selected.GetComponent <PuzzleCellData>().c);
if (!PuzzleCellParents.Contains(selected.transform.parent.gameObject))
{
PuzzleCellParents.Add(selected.transform.parent.gameObject);
}
foreach (Transform other in Allcells)
{
PuzzleCellData data = selected.GetComponent <PuzzleCellData>();
PuzzleCellData newdata = other.GetComponent <PuzzleCellData>();
if (data.ground_X + 1 == newdata.ground_X && data.ground_Y == newdata.ground_Y
&&
data.Cell_x + 1 == newdata.Cell_x && data.Cell_y == newdata.Cell_y
)
{
return(FindHorizantalWord(other.gameObject, Allcells, a));
}
}
return(a);
}
private void FitOnGround()
{
foreach (Transform puzzleparent in PuzzleCellContainer.transform)
{
foreach (Transform child in puzzleparent.transform)
{
PuzzleCellData data = child.GetComponent <PuzzleCellData>();
child.transform.position = GroundMatrix[data.ground_X, data.ground_Y].transform.position;
}
}
}
private void CreateLineVertical(float v1, float v2, GameObject selected, PuzzleCellData data)
{
GameObject child = new GameObject();
child.tag = "line";
child.transform.position = selected.transform.position + new Vector3(v1, v2, 0);
child.AddComponent <RectTransform>();
child.GetComponent <RectTransform>().sizeDelta = new Vector2(ReagentSize, GameData.Blocksize);
child.AddComponent <Image>();
child.GetComponent <Image>().color = GroundMatrix[data.ground_X, data.ground_Y].GetComponent <Image>().color;
child.transform.SetParent(selected.transform);
}
private GameObject FindHeadHorizantal(GameObject selected, List <Transform> Allcells)
{
foreach (Transform other in Allcells)
{
PuzzleCellData data = selected.GetComponent <PuzzleCellData>();
PuzzleCellData newdata = other.GetComponent <PuzzleCellData>();
if (data.ground_X == newdata.ground_X + 1 && data.ground_Y == newdata.ground_Y
&&
data.Cell_x == newdata.Cell_x + 1 && data.Cell_y == newdata.Cell_y)
{
// print("searcinggg...........new head " +other.GetComponent<PuzzleCellData>().c);
return(FindHeadHorizantal(other.gameObject, Allcells));
}
}
return(selected);
}
