PaoPaoLong.zip_Puzzle Bobble_c++编写泡泡龙_game

#include"GameMap.h" #include"hgerect.h" #include<ctime> #include<cmath> #include<algorithm> CGameMap::CGameMap() { srand( ( unsigned int)time(0) ); m_nWidth = BALL_R * 2 * COL_COUNT; m_nHeight = BALL_R * 2 + BALL_R * 2 * ( ROW_COUNT -1 ) * sin( PI / 3 ) + DEAD_LINE; m_dRadian = PI/2; m_nRotation = 0; m_dTimeSend = 30; } CGameMap::~CGameMap() { //清理所有的球 Clear(); } void CGameMap::Clear() { std::list<CBall*>::iterator itCur = m_listBall.begin(); std::list<CBall*>::iterator itEnd = m_listBall.end(); for( ; itCur != itEnd; ++itCur ) { delete *itCur; } m_listBall.clear(); std::list<CBall*>::iterator itCurFall = m_listBallFall.begin(); std::list<CBall*>::iterator itEndFall = m_listBallFall.end(); for( ; itCurFall != itEndFall; ++itCurFall ) { delete( *itCurFall ); } m_listBallFall.clear(); std::list<CBall*>::iterator itCurFly = m_listBallFlying.begin(); std::list<CBall*>::iterator itEndFly = m_listBallFlying.end(); for( ; itCurFly != itEndFly; ++itCurFly ) { delete *itCurFly; } m_listBallFlying.clear(); } void CGameMap::BeginGame() { m_dTimeElap = 0; m_nScore = 0; Clear(); //先初始化所有已固定的球为空 for( int row = 0; row < ROW_COUNT + 1 ; row++ ) { for( int col = 0; col < COL_COUNT; col++ ) { m_fixed[row][col] = NULL; } } //初始化前3排 for( int nRow = 0; nRow < 3; nRow++) { for( int nCol = 0; nCol< COL_COUNT - nRow % 2 ; nCol++) { CBall* pBall = new CBall( rand()% TYPE ); FixBall( nRow, nCol, pBall ); } } //创建当前球 CreateCurBall(); SetState( GS_Run ); m_dRadian = PI/2; m_nRotation = 0; } void CGameMap::AddScore( int nScore) { m_nScore += nScore; static int nMaxScore = MAX_COUNT * LINE_COUNT + LINE_COUNT -1; if( m_nScore > nMaxScore ) { m_nScore = nMaxScore; } } bool CGameMap::FixBall( int nRow, int nCol, CBall* pBall ) { //无效的固定点 if( !IsValidPos( nRow, nCol ) ) { return false; } //该点已经有球 if( m_fixed[nRow][ nCol] != NULL ) { return false; } m_fixed[nRow][ nCol ] = pBall; m_listBall.push_back( pBall ); int nX,nY; GetPos( nRow, nCol, nX, nY ); pBall->FixPos( nX, nY ); std::vector<Pos> vecPos; GetAround( nRow, nCol, vecPos ); bool bRes(false); for( int i = 0; i< vecPos.size(); i++) { if( HasBall( vecPos[i].m_nRow, vecPos[i].m_nCol ) ) { bRes = true; } } if( !bRes ) { bRes = true; ASSERT(false); } return true; } void CGameMap::SendLineBall( ) { if( GetState() != GS_Run ) { return ; } for( int i= 0; i< LINE_COUNT; i++ ) { int nX = double( GetWidth()) / LINE_COUNT * i +BALL_R; SendSingleBall( nX ); } } void CGameMap::SendSingleBall( int nPosX, int nPosY ) { int nType = rand() % TYPE; CBall* pBall = new CBall( nType ); pBall->SetRadian( PI/2); pBall->SetState( BS_FLY ); if( nPosX < 0 ) { nPosX = rand()%( GetWidth() - 2*BALL_R )+ BALL_R; } if( nPosY < 0 ) { nPosY = GetHeight() - DEAD_LINE - rand()% BALL_R; } pBall->SetPos( nPosX, nPosY ); m_listBallFlying.push_back( pBall ); } void CGameMap::CreateCurBall() { m_dTimeWaited = 0; int nType = rand() % TYPE; m_pCurBall = new CBall( nType ); m_pCurBall->SetState( BS_START ); m_pCurBall->SetPos( m_nWidth/2 , GetHeight() - BALL_R ); } void CGameMap::FaSheBall() { if( GetState() != GS_Run ) { return ; } if( m_pCurBall && m_pCurBall->GetState() == BS_START ) { m_pCurBall->SetState( BS_FLY ); m_pCurBall->SetRadian( m_dRadian ); m_listBallFlying.push_back( m_pCurBall ); } } bool CGameMap::DetectCanFix( CBall* pBall,int& nRow, int& nCol) { if( !pBall ) { return false; } int nPosX = pBall->GetPosX(); int nPosY = pBall->GetPosY(); //已经到最上面的墙了 if( nPosY < BALL_R ) { nRow = -1; nCol = -1; return true; } //先检查以自己为中心，2R为边长的正方形中是否有其他球的中心 hgeRect testRect( nPosX- 2*BALL_R, nPosY - 2*BALL_R, nPosX + 2*BALL_R, nPosY +2*BALL_R); //可能碰撞的球 std::list<CBall*>::iterator itCur = m_listBall.begin(); std::list<CBall*>::iterator itEnd = m_listBall.end(); for( ; itCur != itEnd; ++itCur ) { int nX = (*itCur)->GetPosX(); int nY = (*itCur)->GetPosY(); if( testRect.TestPoint( nX, nY)) { //检查两球的距离 if( CanHit( nPosX, nPosY,nX, nY )) { Pos pos = GetRowCol( nX, nY ); nRow = pos.m_nRow; nCol = pos.m_nCol; return true; } } } return false; } bool CGameMap::HasBall( int nRow, int nCol ) { return m_fixed[nRow][ nCol ] != NULL ; } Pos CGameMap::FixPos( CBall* pBall ) { if( !pBall ) { return Pos( -1,-1); } int nRow = 0; int nPosX = pBall->GetPosX(); int nCol = nPosX / ( 2* BALL_R ); return Pos( nRow, nCol) ; } Pos CGameMap::FixPos( CBall* pBall, int nRow, int nCol) { if( !pBall ) { return Pos( -1,-1); } //停靠位置肯定是碰撞位置周围的位置 std::vector<Pos> vecPos; GetAround( nRow, nCol, vecPos ); int nPosX = pBall->GetPosX(); int nPosY = pBall->GetPosY(); int nDistanceSmall = pow( double(2 * BALL_R), 2 ); int nDis ; int nX,nY; int nIndex = 0; for( int i = 0; i< vecPos.size(); i++ ) { //有球的位置免谈 if( HasBall( vecPos[i].m_nRow, vecPos[i].m_nCol )) { continue; } GetPos( vecPos[i].m_nRow, vecPos[i].m_nCol, nX, nY ); nDis = pow (double( nPosX -nX),2 ) + pow( double( nPosY - nY ),2); if( nDis < nDistanceSmall ) { nDistanceSmall = nDis; nIndex = i; } } return Pos( vecPos[nIndex].m_nRow, vecPos[nIndex].m_nCol ); } /* Pos CGameMap::FixPos( ) { int nRow, nCol; //可能的中心点列表 std::vector<Pos> vecPos; //选定的位置肯定是离当前位置最近的 int dx = BALL_R * 2 * sin( PI /3 ); int nRow1, nRow2; int nPosY = m_pCurBall->GetPosY(); nRow1 = ( nPosY - BALL_R ) /dx ; nRow2 = nRow1 +1 ; int nRowDan, nRowShuang; if( nRow1 % 2 == 0 ) { nRowDan = nRow1; nRowShuang = nRow2; } else { nRowDan = nRow2; nRowShuang = nRow1; } int nPosX = m_pCurBall->GetPosX(); int nCol1, nCol2; nCol1 = nPosX / (BALL_R * 2 ); if( IsValidPos( nRowDan, nCol1 ) ) { vecPos.push_back( Pos( nRowDan, nCol1 )); } if( IsValidPos( nRowDan, nCol1+1 ) ) { vecPos.push_back( Pos( nRowDan, nCol1+1 )); } nCol1 = ( nPosX - BALL_R )/( BALL_R * 2); if( IsValidPos( nRowShuang, nCol1 ) ) { vecPos.push_back( Pos( nRowShuang, nCol1 )); } if( IsValidPos( nRowShuang, nCol1+1 ) ) { vecPos.push_back( Pos( nRowShuang, nCol1+1 )); } int nDistanceSmall = pow( double(2 * BALL_R), 2 ); int nDis ; int nX,nY; int nIndex = 0; for( int i = 0; i< vecPos.size(); i++ ) { GetPos( vecPos[i].m_nRow, vecPos[i].m_nCol, nX, nY ); nDis = pow (double( nPosX -nX),2 ) + pow( double( nPosY - nY ),2); if( nDis < nDistanceSmall ) { nDistanceSmall = nDis; nIndex = i; } } return Pos( vecPos[nIndex].m_nRow, vecPos[nIndex].m_nCol ); } */ void CGameMap::GetPos( int nRow, int nCol, int& nPosX, int& nPosY ) { nPosY = nRow * 2 *BALL_R *sin ( PI/3 )+BALL_R; nPosX = nCol * 2 *BALL_R + BALL_R + ( nRow % 2 ) * BALL_R; } Pos CGameMap::GetRowCol( int nPosX, int nPosY) { int nRow, nCol; //需要四舍五入 nRow = ( nPosY -BALL_R )/( 2 *BALL_R *sin ( PI/3 ) ) +0.5; nCol = ( nPosX - ( nRow % 2 ) * BALL_R - BALL_R )/( 2 *BALL_R ) + 0.5; return Pos( nRow, nCol ); } void CGameMap::DetectFixPos( CBall* pBall,int nRowP, int nColP ) { if( !pBall ) { return ; } Pos pos( -1, -1 ); if( nRowP == -1 && nColP == -1 ) { pos = FixPos( pBall ); } else { pos = FixPos( pBall, nRowP, nColP ); } int nRow = pos.m_nRow; int nCol = pos.m_nCol; bool bResFix = FixBall( nRow, nCol, pBall ); //找的位置不应该失败 ASSERT( bResFix