//=================================================
void Awake()
{
transformCache = transform;
transformCache.localScale = INACTIVE_SIZE;
meshSetter.SetMesh(stageData.renderMesh, stageData.colliderMesh);
lerpTimer = 1;
beforeFlg = IsTouch = false;
fromHeight = nextHeight = INACTIVE_HEIGHT;
fromSize = nextSize = INACTIVE_SIZE;
}
//-----------------------------------------------------
// ステージ生成
//-----------------------------------------------------
void CreateStage()
{
// 三次元用
stageMesh.SetMesh(renderMesh, colliderMesh);
// 二次元用
rightSecond.transform.position = StageRight * StageWidth * 2;
leftSecond.transform.position = -StageRight * StageWidth * 2;
CreateSecondCollider();
// ゴールの配置
StageGoal goalObj = Instantiate(goalPre, GoalPoint, Quaternion.identity);
goalObj.transform.parent = transform;
}
//-----------------------------------------------------
// 2次元用Collider(3D)を用意
//-----------------------------------------------------
void CreateSecondCollider()
{
List <Plane> planes = new List <Plane>(); // 平面のリスト
List <Cube> cubes = new List <Cube>(); // 立方体のリスト
List <Vector3> vertices = new List <Vector3>(); // 頂点のリスト
List <int> triangles = new List <int>(); // 三角形のリスト
// 必要な平面を取得
planes = GetMeshToPlane(colliderMesh, StageRight);
planes = SetNormalVectorPosition(planes);
planes = DeleateSamePlane(planes);
// 平面を立方体に
foreach (Plane plane in planes)
{
cubes.Add(new Cube(plane));
}
//頂点と三角形を取得
foreach (Cube cube in cubes)
{
cube.CreateTriangle(vertices.Count);
vertices.AddRange(cube.vertices);
triangles.AddRange(cube.triangles);
}
// Mesh作成
Mesh secondMesh = new Mesh
{
name = "Second Mesh",
vertices = vertices.ToArray(),
triangles = triangles.ToArray()
};
secondMesh.RecalculateBounds();
secondMesh.RecalculateNormals();
rightSecond.SetMesh(secondMesh, secondMesh);
leftSecond.SetMesh(secondMesh, secondMesh);
return;
}