// num : 해당 라인에서 부숴지지 않아야 할 큐브의 갯수
// groups : 부숴지지 않아야 할 큐브들이 몇 개의 뭉치로 나누어져있는지 갯수 (2개면 동그라미, 3개 이상이면 네모를 추가로 그림)
void SetNumberClue(int faceIndex, int num, Puzzle.CLUE_SHAPE shape)
{
Material[] materialsArray = faceMeshRanders[faceIndex].materials;
// 숫자 쓰기
Material numberClueMaterial = Resources.Load <Material>(@"cubeFace/Materials/clue-" + num.ToString());
materialsArray[(int)MATERIAL_INDEX.NUMBERCLUE] = numberClueMaterial;
// 모양 그리기
switch (shape)
{
case Puzzle.CLUE_SHAPE.NONE:
break;
case Puzzle.CLUE_SHAPE.CIRCLE:
{
Material circleMaterial = Resources.Load <Material>("cubeFace/Materials/circle");
materialsArray[(int)MATERIAL_INDEX.CIRCLE_SQAURE] = circleMaterial;
}
break;
case Puzzle.CLUE_SHAPE.SQUARE:
{
Material squareMaterial = Resources.Load <Material>("cubeFace/Materials/square");
materialsArray[(int)MATERIAL_INDEX.CIRCLE_SQAURE] = squareMaterial;
}
break;
}
faceMeshRanders[faceIndex].materials = materialsArray;
}
public void SetFrontBackNumberClue(int num, Puzzle.CLUE_SHAPE shape)
{
if (num < 0)
{
return;
}
SetNumberClue((int)FACE_INDEX.FRONT, num, shape);
SetNumberClue((int)FACE_INDEX.BACK, num, shape);
}
public void SetTopBottomNumberClue(int num, Puzzle.CLUE_SHAPE shape)
{
if (num < 0)
{
return;
}
SetNumberClue((int)FACE_INDEX.TOP, num, shape);
SetNumberClue((int)FACE_INDEX.BOTTOM, num, shape);
}
public void SetRightLeftNumberClue(int num, Puzzle.CLUE_SHAPE shape)
{
if (num < 0)
{
return;
}
SetNumberClue((int)FACE_INDEX.RIGHT, num, shape);
SetNumberClue((int)FACE_INDEX.LEFT, num, shape);
}
