void KeyUp(MoveSide side)
{
if (side == CurrentSide)
{
StopMoving();
}
}
private void CallBallMoved(MoveSide side)
{
if (BallMoved != null)
{
BallMoved(this, side);
}
}
private void CallBallMoveSide(MoveSide side)
{
if (BallMoveSide != null)
{
BallMoveSide(side);
}
}
public void Turn(ConsoleKey moveKey)
{
if (moveKey == ConsoleKey.W)
{
if (nowMoveSite != MoveSide.down)
{
nowMoveSite = MoveSide.up;
}
}
if (moveKey == ConsoleKey.S)
{
if (nowMoveSite != MoveSide.up)
{
nowMoveSite = MoveSide.down;
}
}
if (moveKey == ConsoleKey.A)
{
if (nowMoveSite != MoveSide.right)
{
nowMoveSite = MoveSide.left;
}
}
if (moveKey == ConsoleKey.D)
{
if (nowMoveSite != MoveSide.left)
{
nowMoveSite = MoveSide.right;
}
}
}
protected void StartMoving(MoveSide moveSide)
{
if (OnStartMoving != null)
{
OnStartMoving(moveSide);
}
isMoving = true;
}
private void StartMoving(MoveSide obj)
{
if (isPlaying)
{
if (sideMovingCor != null)
{
StopCoroutine(sideMovingCor);
}
sideMovingCor = StartCoroutine(sideMoving(obj));
if (turningCor != null)
{
StopCoroutine(turningCor);
}
turningCor = StartCoroutine(turning(-movingAngleDivergence * (2 * obj.GetHashCode() - 1)));
}
}
IEnumerator sideMoving(MoveSide side)
{
float delta = 0;
if (side == MoveSide.Left)
{
delta = -sideMovingSpeed;
}
else
{
delta = sideMovingSpeed;
}
while (true)
{
starship.transform.position += new Vector3(delta * Time.deltaTime, 0, 0);
yield return(null);
}
}
private MoveSide GetRandomMoveSide()
{
MoveSide randomSide = MoveSide.Up;
int random = UnityEngine.Random.Range(0, 81);
if (random >= 0 && random < 20)
{
randomSide = MoveSide.Up;
}
else if (random >= 20 && random < 40)
{
randomSide = MoveSide.Right;
}
else if (random >= 40 && random < 60)
{
randomSide = MoveSide.Down;
}
else if (random >= 60 && random < 80)
{
randomSide = MoveSide.Left;
}
return(randomSide);
}
// =============== 発射 ================
public void Shoot(GameObject Target)
{
Rescue = Target;
movetype = MoveType.RESCUE;
moveside = MoveSide.NONE;
}
void KeyDown(MoveSide side)
{
StartMoving(side);
CurrentSide = side;
}
private void SwipeRight()
{
playerMoveSide = MoveSide.Right;
CalculateMovingPlayer();
}
private void SwipeLeft()
{
playerMoveSide = MoveSide.Left;
CalculateMovingPlayer();
}
private void SwipeDown()
{
playerMoveSide = MoveSide.Down;
CalculateMovingPlayer();
}
private void SwipeUp()
{
playerMoveSide = MoveSide.Up;
CalculateMovingPlayer();
}
private void CalculateMovingPlayer()
{
if (playerPosOnGrid.y == density.x - 1 && playerMoveSide == MoveSide.Right)
{
playerMoveSide = MoveSide.Left;
}
else if (playerPosOnGrid.y == 0 && playerMoveSide == MoveSide.Left)
{
playerMoveSide = MoveSide.Right;
}
if (playerPosOnGrid.x == density.y - 1 && playerMoveSide == MoveSide.Up)
{
playerMoveSide = MoveSide.Down;
}
else if (playerPosOnGrid.x == 0 && playerMoveSide == MoveSide.Down)
{
playerMoveSide = MoveSide.Up;
}
// Calculate for player and spheres
for (int i = 0; i < spherePosOnGrid.Count; i++)
{
// Check to swap with player
if (playerMoveSide == MoveSide.Right &&
sphereMoveSide[i] == MoveSide.Up &&
spherePosOnGrid[i].x + 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y - 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else if (playerMoveSide == MoveSide.Right &&
sphereMoveSide[i] == MoveSide.Down &&
spherePosOnGrid[i].x - 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y - 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else if (playerMoveSide == MoveSide.Left &&
sphereMoveSide[i] == MoveSide.Down &&
spherePosOnGrid[i].x - 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y + 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else if (playerMoveSide == MoveSide.Left &&
sphereMoveSide[i] == MoveSide.Up &&
spherePosOnGrid[i].x + 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y + 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else if (playerMoveSide == MoveSide.Up &&
sphereMoveSide[i] == MoveSide.Right &&
spherePosOnGrid[i].x - 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y + 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else if (playerMoveSide == MoveSide.Up &&
sphereMoveSide[i] == MoveSide.Left &&
spherePosOnGrid[i].x - 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y - 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else if (playerMoveSide == MoveSide.Down &&
sphereMoveSide[i] == MoveSide.Right &&
spherePosOnGrid[i].x + 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y + 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else if (playerMoveSide == MoveSide.Down &&
sphereMoveSide[i] == MoveSide.Left &&
spherePosOnGrid[i].x + 1 == playerPosOnGrid.x &&
spherePosOnGrid[i].y - 1 == playerPosOnGrid.y)
{
sphereSwap[i] = true;
playerSwap = true;
return;
}
else
{
playerSwap = false;
sphereSwap[i] = false;
}
}
}
private void CreateSpheres(int nSphere)
{
sphereList = new List <Transform>();
spherePosOnGrid = new List <Vector2>();
sphereSwap = new List <bool>();
sphereColor = new List <Colors>();
sphereMoveSide = new List <MoveSide>();
playerPosOnGrid = RandomPosition(density, ObjForRandom.Player);
//playerPosOnGrid = new Vector2(2, 2);
player = Instantiate(spherePrefab, sphereContainer);
player.position = new Vector3(pathGrid[
(int)(playerPosOnGrid.x), (int)(playerPosOnGrid.y)].x,
player.localScale.y / 2,
pathGrid[(int)(playerPosOnGrid.x), (int)(playerPosOnGrid.y)].y);
MeshRenderer meshRendererPlayer = player.GetComponent <MeshRenderer>();
meshRendererPlayer.material.color = GetColor(0);
playerMoveSide = MoveSide.Down;
playerColor = Colors.Blue;
player.gameObject.AddComponent <PlayerController>();
for (int i = 0; i < nSphere - 1; i++)
{
Transform sphere = Instantiate(spherePrefab, sphereContainer);
Vector2 randomPos = RandomPosition(density, ObjForRandom.Sphere);
float sphereHeightAboveGround = sphere.localScale.y / 2 * -1;
sphere.position = new Vector3(pathGrid[(int)(randomPos.x), (int)(randomPos.y)].x, sphereHeightAboveGround, pathGrid[(int)(randomPos.x), (int)(randomPos.y)].y);
MeshRenderer meshRendererSphere = sphere.GetComponent <MeshRenderer>();
meshRendererSphere.material.color = GetColor(i + 1);
sphereList.Add(sphere);
spherePosOnGrid.Add(randomPos);
sphereMoveSide.Add(GetRandomMoveSide());
//sphereMoveSide.Add(MoveSide.Left);
sphereSwap.Add(false);
switch (i)
{
case 0:
sphereColor.Add(Colors.Red);
break;
case 1:
sphereColor.Add(Colors.Green);
break;
case 2:
sphereColor.Add(Colors.Blue);
break;
case 3:
sphereColor.Add(Colors.Red);
break;
case 4:
sphereColor.Add(Colors.Green);
break;
}
sphere.gameObject.AddComponent <SphereController>();
}
}
// =============== 左右どちらにつくか ==================
public void SetSide(MoveSide side)
{
moveside = side;
}
public void OnBallMoved(BallController ball, MoveSide side)
{
if (_allowMove)
{
int x = ball.Positinon.X;
int y = ball.Positinon.Y;
int newX = x;
int newY = y;
bool moved = false;
switch (side)
{
case MoveSide.Down:
newY++;
if (newY < _gamePole.CountVertCell)
{
moved = true;
}
break;
case MoveSide.Left:
newX--;
if (newX >= 0)
{
moved = true;
}
break;
case MoveSide.Right:
newX++;
if (newX < _gamePole.CountHorCell)
{
moved = true;
}
break;
case MoveSide.Up:
newY--;
if (newY >= 0)
{
moved = true;
}
break;
}
if (moved)
{
_allowMove = false;
CallStartBallMoved();
var newBall = _ballPole[newX, newY];
_ballPole[newX, newY] = ball;
_ballPole[x, y] = newBall;
if (newBall != null)
{
var ballReverce = new MoveReverce(ball);
var newBallReverce = new MoveReverce(newBall);
Move(ball, newX, newY);
Move(newBall, x, y);
_movedBall += 2;
if (_checkBall.CheckChangedBall(ball, _ballPole, true) | _checkBall.CheckChangedBall(newBall, _ballPole, true))
{
_changed = true;
ball.BallAnimationEnd += OnBallAnimationComplete;
newBall.BallAnimationEnd += OnBallAnimationComplete;
}
else
{
_reverces.Clear();
_reverces[ball] = ballReverce;
_reverces[newBall] = newBallReverce;
ball.BallAnimationEnd += OnBallReverce;
newBall.BallAnimationEnd += OnBallReverce;
}
}
}
}
}
private void PointerObject_BallMoveSide(MoveSide side)
{
CallBallMoved(side);
}
public void MoveAside(MoveSide side)
{
Move(new Vector3((float)side, 0, 0)); // invoking local Method passing to it new value
}