public CGPhysicsObject(CGThrowableObject o, Vector3 d, float p, WorldSetter ws)
{
WorldSetter.ECubeArea ae = ws.GetCubeAreaEnum(o.transform.position);
this.ePreviousArea = ae;
this.eCurrentArea = ae;
this.eTargetArea = WorldSetter.ECubeArea.NONE;
this.eObjectState = EObjectState.OBJECT_LAUNCH_TRIGGER;
this.throwableObject = o;
this.objectRigidBody = this.throwableObject.GetComponent <Rigidbody>();
this.launchDirection = d;
this.launchPower = p;
this.isAreaChanged = false;
}
private void DoObjectMoving(int objectIndex)
{
WorldSetter.ECubeArea eCubeArea = this.m_worldSetter.GetCubeAreaEnum(this.m_objects[objectIndex].throwableObject.transform.position);
Bounds areaWorldBound = this.m_worldSetter.GetCubeAreaBound(eCubeArea);
Bounds objWorldBound = this.m_objects[objectIndex].throwableObject.GetComponent <Renderer>().bounds;
bool isInside = WorldSetter.IsAInsideB(objWorldBound.min, objWorldBound.max, areaWorldBound.min, areaWorldBound.max);
// Area가 한 번 바뀌었으므로, Target으로 가는 중이다.
// Target Area에 있다면, TARGET_AREA state로 바꾸고, Update() 함수에서 없애준다.
if (this.m_objects[objectIndex].isAreaChanged == true)
{
// 해당 target area에 넘어왔고, bound box가 완전히 들어왔다면
// Layer 설정을 바꾸어서 plane과 충돌처리 되게 한다.
if (this.m_objects[objectIndex].eTargetArea == eCubeArea && isInside)
{
this.m_objects[objectIndex].eObjectState = CGPhysicsObject.EObjectState.OBJECT_TARGET_AREA;
this.m_objects[objectIndex].throwableObject.SetLayerAsInArea(); // In order to make CGThrowableObject collide with world barrier planes
// 해당 지역의 gravity로 설정해준다.
Vector3 targetGravity = this.m_cubeAreaGravity[(uint)eCubeArea];
this.m_objects[objectIndex].throwableObject.SetCubeAreaGravity(targetGravity);
}
}
else if (this.m_objects[objectIndex].eCurrentArea != eCubeArea)
{
// 해당 넘어가는 지역으로 완전히 들어 갔으면, Area Changed를 true로 해주고,
// 해당 지역의 Force를 넘겨준다.
if (isInside == true)
{
this.m_objects[objectIndex].isAreaChanged = true;
this.m_objects[objectIndex].ePreviousArea = m_objects[objectIndex].eCurrentArea;
this.m_objects[objectIndex].eCurrentArea = eCubeArea;
this.m_objects[objectIndex].eTargetArea = m_targetArea[(uint)m_objects[objectIndex].ePreviousArea, (uint)m_objects[objectIndex].eCurrentArea];
if (true == this.m_isValidAreaChange[(uint)m_objects[objectIndex].ePreviousArea, (uint)m_objects[objectIndex].eCurrentArea])
{
// 다른 지역으로 넘어갔다.
}
else
{
// PutBack the Throwable Object
this.m_objects[objectIndex].throwableObject.ResetObject();
this.m_objects.RemoveAt(objectIndex);
}
}
}
}
public virtual void InitPlayer()
{
this.gameObject.layer = LayerMask.NameToLayer("CGPlayer");
this.m_pwManager = GameObject.Find("PhysicsWorldManager").GetComponent <PhysicsWorldManager>();
this.m_worldSetter = GameObject.Find("WorldSetter").GetComponent <WorldSetter>();
this.m_characterController = GetComponent <CharacterController>();
// @Chan : upVector도 eCubeArea에 따라 설정되게 해야하지 않을까? 예를들어 Cube아래에 있는 캐릭터의 up vector가 전혀 다를거라서.
this.m_playerUpVector = this.transform.up;
this.m_originQuaternion = this.transform.localRotation;
this.m_playerHeight = this.m_characterController.height;
this.m_playerGravityScale = 0.25f;
this.m_overlapBoxCenter = new Vector3(0.0f, 0.0f, 0.0f);
this.m_overlapBoxHalfExtent = new Vector3(0.05f, 0.1f, 0.05f);
SetPlayerDirectionVectors();
}
private void InitPhysicsWorldManager()
{
this.m_worldSetter = GameObject.Find("WorldSetter").GetComponent <WorldSetter>();
// 동적 할당
this.m_targetArea = new WorldSetter.ECubeArea[(uint)WorldSetter.ECubeArea.NONE, (uint)WorldSetter.ECubeArea.NONE];
this.m_cubeAreaGravity = new Vector3[6];
this.m_forceSpace = new Vector3[(uint)WorldSetter.ECubeArea.NONE, (uint)WorldSetter.ECubeArea.NONE];
this.m_isValidAreaChange = new bool[(uint)WorldSetter.ECubeArea.NONE, (uint)WorldSetter.ECubeArea.NONE];
this.m_objects = new List <CGPhysicsObject>();
// 초기화
for (int i = 0; i < (uint)WorldSetter.ECubeArea.NONE; ++i)
{
for (int j = 0; j < (uint)WorldSetter.ECubeArea.NONE; ++j)
{
this.m_isValidAreaChange[i, j] = false;
this.m_forceSpace[i, j] = new Vector3(0f, 0f, 0f);
this.m_targetArea[i, j] = WorldSetter.ECubeArea.NONE;
}
}
}
