visual c++ DirectX开发棋牌类游戏 斗地主,人机对战 源代码

#include "PlayingCard.h" extern int m_pMult; CCard::CCard() { m_nColor = 4; //4表示还没有花色 m_nValue = 17; //17表示还没有牌 m_nID = 0; //0表示还没有给牌设置ID号 Y = 450; } BOOL CCard::operator==(const CCard& card) { if ( m_nColor == card.m_nColor && m_nValue == card.m_nValue && m_nID == card.m_nID && Y == card.Y) return TRUE; else return FALSE; } CPlayingCard::CPlayingCard(void) { m_pMark = 0; } CPlayingCard::~CPlayingCard(void) { } void CPlayingCard::New() { } void CPlayingCard::CleanUp() { CCard card; for(size_t i = 0; i < m_nCards.size() - 1; ++i) { for(size_t j = i + 1; j < m_nCards.size(); ++j) { if((m_nCards[i].m_nValue * 4 + m_nCards[i].m_nColor) > (m_nCards[j].m_nValue * 4 + m_nCards[j].m_nColor)) { card = m_nCards[i]; m_nCards[i] = m_nCards[j]; m_nCards[j] = card; } } } } void CPlayingCard::CleanUpShow() { if(m_nDisCards.size()>0) { CCard card; for(size_t i = 0; i < m_nDisCards.size() - 1; ++i) { for(size_t j = i + 1; j < m_nDisCards.size(); ++j) { if((m_nDisCards[i].m_nValue * 4 + m_nDisCards[i].m_nColor) > (m_nDisCards[j].m_nValue * 4 + m_nDisCards[j].m_nColor)) { card = m_nDisCards[i]; m_nDisCards[i] = m_nDisCards[j]; m_nDisCards[j] = card; } } } } } bool CPlayingCard::CompareCards() { if(Is1() == true || Is2() == true || Is3() == true || IsBomb() == true|| IsSeries() == true || IsDoubleSeries() == true || IsTrebleSeries() == true || Is31() == true || Is32() == true || Is421() == true || Is412() == true || Is422() == true || Is3311() == true || Is3322() == true || IsDoubleKing() == true) return true; else return false; } bool CPlayingCard::CompareComputer(vector<CCard>& card) { if( IsDoubleKing() == true) { return true; } if(IsBomb() == true) { if(card.size() == 4 && card[0].m_nValue == card[1].m_nValue && card[0].m_nValue == card[2].m_nValue && card[0].m_nValue == card[3].m_nValue) { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; } else { if(card.size() == 2 && card[0].m_nValue == 16 && card[1].m_nValue == 17) { return false; } else { return true; } } } if(card.size() == 1) { if (Is1()) { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } if(card.size() == 2) { if(Is2()) { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } if(card.size() == 3) { if(Is3()) { if(m_nDisCards[0].m_nValue > card[0].m_nValue) { return true; } else return false; } } if(card.size() == 4) { //当电脑出的是炸弹的时候 if(card[0].m_nValue == card[1].m_nValue && card[0].m_nValue == card[2].m_nValue && card[0].m_nValue == card[3].m_nValue) { if(IsDoubleKing()) return true; else if(IsBomb()) { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } else { return false; } } //当出的是三带一的时候 else { if(Is31()) { if(m_nDisCards[1].m_nValue > card[1].m_nValue) return true; else return false; } } } if(card.size() > 4) { //可能是顺子也可能是三带二 if(card.size() == 5) { if(IsSeries()) { if(m_nDisCards.size() != card.size()) return false; else { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } if(Is32()) { //判断是顺子还是三带二，若为三带二则不管怎么排列前两个牌的值是一样的 if(card[0].m_nValue != card[1].m_nValue) { return false; } else { if(m_nDisCards[2].m_nValue > card[2].m_nValue) return true; else return false; } } } //判断是双飞还是顺子 else if(card.size() == 6) { if(IsSeries()) { if(m_nDisCards.size() != card.size()) return false; else { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } if(IsTrebleSeries()) { if(card[0].m_nValue != card[1].m_nValue) { return false; } else { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } } //判断是顺子还是双飞带二单 else if(card.size() == 8) { if(IsSeries()) { if(m_nDisCards.size() != card.size()) return false; else { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } if(Is3311()) { if(card[2].m_nValue == card[3].m_nValue || card[3].m_nValue == card[4].m_nValue) { if(m_nDisCards[2].m_nValue > card[2].m_nValue) return true; else return false; } else { return false; } } } else { if(IsSeries()) { if(m_nDisCards.size() != card.size()) return false; else { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } } } if(card.size() > 5 && card.size() % 2 == 0) { if(IsDoubleSeries()) { if(m_nDisCards.size() != card.size()) return false; else { if(m_nDisCards[0].m_nValue > card[0].m_nValue) return true; else return false; } } } return false; } bool CPlayingCard::Is1() { if(m_nDisCards.size() == 1) return true; else return false; } bool CPlayingCard::Is2() //判断出的是否是一对牌 { if(m_nDisCards.size() != 2) { return false; } else { //判断条件是两张牌的值是否一样 if(m_nDisCards[0].m_nValue == m_nDisCards[1].m_nValue) return true; else return false; } } bool CPlayingCard::Is3() //判断出的是否是三张一样值的牌 { if(m_nDisCards.size() != 3) { return false; } else { //判断条件是三张牌的值是否一样 if(m_nDisCards[0].m_nValue == m_nDisCards[1].m_nValue && m_nDisCards[0].m_nValue == m_nDisCards[2].m_nValue) return true; else return false; } } bool CPlayingCard::IsDoubleKing()//判断出的是否是双王 { if(m_nDisCards.size() != 2) { return false; } else { //判断条件是两张牌的值是否都为王值 if(m_nDisCards[0].m_nValue == 16 && m_nDisCards[1].m_nValue == 17) { m_pMult++; return true; } else return false; } } bool CPlayingCard::IsBomb()//判断出的是否是四张一样值的牌(炸弹，包括双王) { if(m_nDisCards.size() != 4 ) { return false; } else { //判断条件是四张牌的值是否一样 if(m_nDisCards[0].m_nValue == m_nDisCards[1].m_nValue && m_nDisCards[0].m_nValue == m_nDisCards[2].m_nValue&& m_nDisCards[0].m_nValue == m_nDisCards[3].m_nValue) { m_pMult++; return true; } else { return false; } } } bool CPlayingCard::IsSeries()//判断是否是单顺子（最少出牌数为5张，最大出牌数为12张） { if(m_nDisCards.size() < 5) { return false; } else { //2和王不能放到顺子里 if(m_nDisCards[m_nDisCards.size() - 1].m_nValue == 15 || m_nDisCards[m_nDisCards.size() - 1].m_nValue == 16|| m_nDisCards[m_nDisCards.size() - 1].m_nValue == 17) { return false; } else { int Time = 0; for(size_t i = 0; i < m_nDisCards.size() - 1;++i) { //判断条件为容器中后一张牌的值是否比前一张牌的值大一 if(m_nDisCards[i].m_nValue + 1 == m_nDisCards[i + 1].m_nValue ) { Time++; } } if(Time == m_nDisCards.size() - 1) { return true; } else { return false; } } } } bool CPlayingCard::IsDoubleSeries()//判断是否是双顺子(最小是6张，最多是20张