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#include "Card.h" #include <stdlib.h> #include <stdio.h> // 构造函数 Card::Card( const CARD_VALUE &value, const CARD_COLOR &color) { m_value = value; m_color = color; } // 重载运算符 == bool Card::operator ==( const Card &other ) { if( m_value == other.m_value && m_color == other.m_color ) { return true; } return false; } // 重载运算符 > bool Card::operator >( const Card &other ) { if( m_value > other.m_value) { return true; } else { if( m_color > other.m_color ) { return true; } } return false; } // 重载运算符 < bool Card::operator <( const Card &other ) { if( m_value < other.m_value) { return true; } else { if( m_color < other.m_color ) { return true; } } return false; } void Card::Show( void ) { switch( m_value ) { case ID_3: case ID_4: case ID_5: case ID_6: case ID_7: case ID_8: case ID_9: case ID_10: printf("%2d ",m_value + 3); break; case ID_J: printf(" J "); break; case ID_Q: printf(" Q "); break; case ID_K: printf(" K "); break; case ID_A: printf(" A "); break; case ID_2: printf(" 2 "); break; default : printf("点数错误\n"); } switch( m_color ) { case CARD_HUA: printf("梅花\n"); break; case CARD_PIAN: printf("方片\n"); break; case CARD_HONGTAO: printf("红桃\n"); break; case CARD_HEITAO: printf("黑桃\n"); break; default : printf("花色错误\n"); } } // 构造函数 CardManage::CardManage( void ) { for( int i = 0; i < CardNumber ; i++ ) { m_poke[i] = NULL; } } // 扑克初始化 void CardManage::CreateCard( void ) { int ID = 0; for( unsigned int i = ID_3; i < ID_VALUE_MAX ; i++ ) { for( unsigned int j = CARD_HUA; j < CARD_COLOR_MAX; j++ ) { if( m_poke[ID] != NULL ) { delete m_poke[ID]; m_poke[ID] = NULL; } m_poke[ID++] = new Card( (CARD_VALUE)i, (CARD_COLOR)j ); } } } // 析构函数 CardManage::~CardManage( void ) { int count = Count(); for( int i = 0; i < count; i++) { delete m_poke[i]; m_poke[i] = NULL; } //delete []m_poke; } // 将现有的扑克牌打乱顺序 void CardManage::Shuffle( void ) { Card* pTemp = 0; int count = Count(); int nRandom = 0; for( int i = 0; i < count; i++) { pTemp = m_poke[i]; nRandom = rand()%52; m_poke[i] = m_poke[nRandom]; m_poke[nRandom] = pTemp; } } // 获得现在现有的扑克牌数量 int CardManage::Count( void ) { int count = 0; Card *pTemp = 0; pTemp = m_poke[0]; // pTemp = p_poke; while( m_poke[count] != 0 ) { count++; } return count; } // 取得一张牌 Card* CardManage::Pick( bool isFront ) { Card* pTheCard = NULL; if( Count() == 0 ) return NULL; if( isFront ) { pTheCard = m_poke[0]; for( int i = 0; i < Count() - 1; i++) { m_poke[i] = m_poke[i+1]; } m_poke[ Count() - 1 ] = 0; } else { pTheCard = m_poke[ Count() - 1 ]; m_poke[ Count() - 1 ] = NULL; } return pTheCard; } // 放回一张牌 void CardManage::PutBack( Card *_Card, bool isFront ) { if( NULL == _Card ) return; if( isFront ) { for( int i = Count(); i > 0 ; i --) { m_poke[i] = m_poke[i-1]; } m_poke[0] = _Card; } else { m_poke[Count()] = _Card; } } void CardManage::Show( void ) { Card **pTemp = 0; pTemp = m_poke; while( *pTemp != NULL ) { (*pTemp)->Show(); pTemp++; } } // 牌排序 void CardManage::SortCard( bool isUp ) { int count = Count(); if( isUp ) { // 升序排序 for( int i = 1; i < count; i ++) { for( int j = 0; j < i; j++) { if( m_poke[i] < m_poke[j] ) { break; } } Card *pTemp = m_poke[i]; for( int z = i; z > j ; z-- ) { m_poke[z] = m_poke[z-1]; } m_poke[z] = pTemp; } } else { // 降序排序 for( int i = 1; i < count; i ++) { for( int j = 0; j < i; j++) { if( *m_poke[i] > *m_poke[j] ) { break; } } Card *pTemp = m_poke[i]; for( int z = i; z > j ; z-- ) { m_poke[z] = m_poke[z-1]; } m_poke[z] = pTemp; pTemp = NULL; } } }