//新規ボール作成
BallSprite* GameLayer::newBalls(BallSprite::PositionIndex positionIndex, bool visible)
{
//現在のタグを取得
int currentTag = BallSprite::generateTag(positionIndex);
//乱数を元に、ランダムでタイプを取得
int ballType;
while (true)
{
ballType = _distForBall(_engine);
if (!visible)
break;
//妥当性のチェック（ボールが隣り合わせにならないようにする）
//左隣のボール
auto ballX1Tag = currentTag - 10; //1つ左隣は10引いた値
auto ballX2Tag = currentTag - 20; //2つ左隣は20引いた値
auto ballX1 = (BallSprite*)(getChildByTag(ballX1Tag));
auto ballX2 = (BallSprite*)(getChildByTag(ballX2Tag));
//現在のボールが、1つ左隣と2つ左隣のボールと同じだとNG
if (!(ballX1 && ballType == (int)ballX1->getBallType()) ||
!(ballX2 && ballType == (int)ballX2->getBallType()))
{
//下隣のボール
auto ballY1Tag = currentTag - 1; //1つ下隣は1引いた値
auto ballY2Tag = currentTag - 2; //2つ下隣は2引いた値
auto ballY1 = (BallSprite*)(getChildByTag(ballY1Tag));
auto ballY2 = (BallSprite*)(getChildByTag(ballY2Tag));
//現在のボールが、1つ下隣と2つ下隣のボールと同じだとNG
if (!(ballY1 && ballType == (int)ballY1->getBallType()) ||
!(ballY2 && ballType == (int)ballY2->getBallType()))
{
//左隣と下隣が揃わない場合は、ループを抜ける
break;
}
}
}
//ボールの表示
auto ball = BallSprite::create((BallSprite::BallType)ballType, visible);
ball->setPositionIndexAndChangePosition(positionIndex);
addChild(ball, ZOrder::Ball);
return ball;
}
//指定方向のボールと同じ色かチェックする
bool GameLayer::isSameBallType(BallSprite::PositionIndex current, Direction direction)
{
//全てのボールのBallTypeを取得
auto allBalls = getAllBalls();
if (direction == Direction::x)
{
if (current.x + 1 > BALL_NUM_X)
//列が存在しない場合は抜ける
return false;
}
else
{
if (current.y + 1 > BALL_NUM_Y)
//行が存在しない場合は抜ける
return false;
}
//現在のボールを取得
int currentTag = BallSprite::generateTag(BallSprite::PositionIndex(current.x, current.y));
BallSprite* currentBall = allBalls.at(currentTag);
//次のボールを取得
int nextTag;
if (direction == Direction::x)
nextTag = BallSprite::generateTag(BallSprite::PositionIndex(current.x + 1, current.y));
else
nextTag = BallSprite::generateTag(BallSprite::PositionIndex(current.x, current.y + 1));
auto nextBall = allBalls.at(nextTag);
if (currentBall->getBallType() == nextBall->getBallType())
//次のボールが同じBallTypeである
return true;
return false;
}
WORD Player::checkScored(ProgramManager &rProgramManager, GameInfo &rGameInfo)
{
WORD ret_val = 0;
for(size_t i = 0; i < NUMBER_OF_BALLS; i++)
if(tmpBallsStatus_[i] != rProgramManager.getScored()[i])
{
BallType ballType = getBallType(static_cast<Balls::Ball>(i));
if(!rGameInfo.firstScore && ballType != BallType::Zero)
{
rGameInfo.firstScore = !rGameInfo.firstScore;
ballType_ = ballType;
rGameInfo.ballType2 = (ballType_ == BallType::Solid)? BallType::Striped : BallType::Solid;
}
else if(ballType_ == BallType::NoType && rGameInfo.firstScore) ballType_ = rGameInfo.ballType2;
switch(ballType)
{
case BallType::Zero:
rProgramManager.updateZero();
rGameInfo.scoredZero = TRUE;
if(score_ != 0) score_--;
break;
case BallType::Solid:
if(i == Balls::Ball::eighth)
{
rGameInfo.scoredEight = TRUE;
score_ = 0;
return FALSE;
}
else
{
if(ballType_ == BallType::Solid)
{
rGameInfo.scored = TRUE;
ret_val++;
}
else
{
rGameInfo.scoredWrong = TRUE;
rGameInfo.wrongBall = static_cast<Balls::Ball>(i);
if(score_ != 0) score_--;
}
}
break;
case BallType::Striped:
if(ballType_ == BallType::Striped) ret_val++;
else
{
rGameInfo.scoredWrong = TRUE;
rGameInfo.wrongBall = static_cast<Balls::Ball>(i);
if(score_ != 0) score_--;
}
break;
default: PostQuitMessage(-999);
}
}
return ret_val;
}