/// <summary>
/// 初始化
/// </summary>
private void Init()
{
//计算格子网格的长度（纵向的格子数量）
grid_Length = (int)(-cubeOriginPos * transform.localScale.x * 2 / cubeOriginScale);
//计算格子网格的宽度（横向的格子数量）
grid_Width = (int)(-cubeOriginPos * transform.localScale.z * 2 / cubeOriginScale);
//实例化二维数组
allCubes = new CubeGrid[grid_Length, grid_Width];
for (int i = 0; i < grid_Length; i++)
{
for (int j = 0; j < grid_Width; j++)
{
//计算每个格子的x坐标
float x = cubeOriginPos * transform.localScale.x + cubeOriginScale * i + cubeOriginScale / 2;
//计算每个格子的z坐标
float z = cubeOriginPos * transform.localScale.z + cubeOriginScale * j + cubeOriginScale / 2;
//生成格子
GameObject currentGrid = PrefabManager.GetInstance().
CreateGameObjectByPrefab("CubeGrid",
new Vector3(x, 0, z), Quaternion.identity);
//获取格子组件
CubeGrid cubeGrid = currentGrid.GetComponent <CubeGrid>();
//设置格子所对应的坐标【3,4】
cubeGrid.x = i;
cubeGrid.z = j;
//随机一个数
int randomNum = Random.Range(1, 101);
//如果当前随机数进入障碍物概率范围
if (randomNum <= obsticleScale)
{
//设置格子类型为障碍物
cubeGrid.SetGridType(GridType.Obsticle);
}
//放置到二维数组
allCubes[i, j] = cubeGrid;
}
}
//通过数组找到起点,并设置为起点类型
allCubes[(int)startPos.x,
(int)startPos.y].SetGridType(GridType.Start);
//通过数组找到终点,并设置为终点类型
allCubes[(int)endPos.x,
(int)endPos.y].SetGridType(GridType.End);
}