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card_analysis.cc
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#include "card.h"
#include "card_type.h"
#include "card_statistics.h"
#include "card_analysis.h"
static char *card_type_str[] =
{
(char*)"CARD_TYPE_ERROR",
(char*)"CARD_TYPE_ONE",
(char*)"CARD_TYPE_ONELINE",
(char*)"CARD_TYPE_TWO",
(char*)"CARD_TYPE_TWOLINE",
(char*)"CARD_TYPE_THREE",
(char*)"CARD_TYPE_THREELINE",
(char*)"CARD_TYPE_THREEWITHONE",
(char*)"CARD_TYPE_THREEWITHTWO",
(char*)"CARD_TYPE_PLANEWITHONE",
(char*)"CARD_TYPE_PLANEWITHWING",
(char*)"CARD_TYPE_FOURWITHONE",
(char*)"CARD_TYPE_FOURWITHTWO",
(char*)"CARD_TYPE_SOFTBOMB",
(char*)"CARD_TYPE_BOMB",
(char*)"CARD_TYPE_GHOSTBOMB",
(char*)"CARD_TYPE_ROCKET"
};
CardAnalysis::CardAnalysis()
{
ghost_face = 0;
ghost_num = 0;
type = 0;
face = 0;
back_up_face.clear();
back_up_type.clear();
}
/*
@brief 分析牌型
@param anaCards[in] 要分析的牌型
@param set_ghost_face[in] 鬼牌值
*/
CardAnalysis::CardAnalysis(const std::vector<Card> &anaCards, int set_ghost_face)
{
card_stat.statistics(anaCards, set_ghost_face);
do_analysis();
}
/*
@brief 分析牌型
@param anacard_stat[in] 要分析的牌型结构
*/
CardAnalysis::CardAnalysis(const CardStatistics &anacard_stat)
{
card_stat = anacard_stat;
do_analysis();
}
/*
@brief 分析牌型
@param anaCards[in] 要分析的牌型
@param set_ghost_face[in] 鬼牌值
*/
int CardAnalysis::analysis(const std::vector<Card> &anaCards, int set_ghost_face)
{
card_stat.statistics(anaCards, set_ghost_face);
return do_analysis();
}
/*
@brief 分析牌型,只有当CardAnalysis是默认初始化的时候，才需要这个函数来analysis。
@param anacard_stat[in] 要分析的牌型结构
@retur 返回分析的牌型
*/
int CardAnalysis::analysis(const CardStatistics &anacard_stat)
{
card_stat = anacard_stat;
return do_analysis();
}
/*
@breif 查找分析出的牌型中，某个特定牌型的面值
@param expect_type[in] 要查找的牌型
@retur 0表示没有找到特定牌型， 其它值，表示特定牌型的面值
*/
int CardAnalysis::get_card_face_of_type(int expect_type)
{
if (type == expect_type)
{
return face;
}
for (unsigned i = 0; i < back_up_type.size(); ++i)
{
if (back_up_type[i] == expect_type)
{
return back_up_face[i];
}
}
return 0;
}
/*
@breif 比较两个CardAnalysis对象的牌型大小
@param card_ana[in] 要比较的对象card_ana
@retur 如果比card_ana小返回true, 其它情况返回false
*/
bool CardAnalysis::operator<(const CardAnalysis &card_ana) const
{
if (type == 0)
{
return false;
}
if (card_ana.type == 0)
{
return false;
}
if (type == card_ana.type)
{
return face < card_ana.face;
}
else if (type >= CARD_TYPE_SOFTBOMB || card_ana.type >= CARD_TYPE_SOFTBOMB)
{
return type < card_ana.type;
}
return false;
}
/*
@breif 查看牌型是否比某个指定的牌型大
@param anaCards[in] 需要比较的牌型
@param ghost_face[in] 鬼牌
@param ctype[in] 要比较的类型
@param cface[in] 要比较的面值
@retur 如果比card_ana小返回true, 其它情况返回false
*/
bool CardAnalysis::isGreater(const std::vector<Card> &anaCards, int ghost_face, int ctype, int cface, int &ret_type, int &ret_face)
{
if (ctype == 0)
return false;
CardAnalysis card_ana(anaCards, ghost_face);
ret_type = card_ana.type;
ret_face = card_ana.face;
if (card_ana.type == 0)
{
return false;
}
if (ctype >= CARD_TYPE_SOFTBOMB || card_ana.type >= CARD_TYPE_SOFTBOMB) //有炸弹的情况
{
if (card_ana.type == ctype)
{
return card_ana.face > cface;
}
else
{
return card_ana.type > ctype;
}
}
const int find_face = card_ana.get_card_face_of_type(static_cast<CardType>(ctype));
ret_type = ctype;
ret_face = find_face;
if (find_face == 0)
{
return false;
}
return find_face > cface;
}
/*
@breif 查看牌型是否比某个指定的牌型大
@param anaCards[in] 需要比较的牌型
@param ghost_face[in] 鬼牌
@param ctype[in] 要比较的类型
@param cface[in] 要比较的面值
@retur 如果比card_ana小返回true, 其它情况返回false
*/
bool CardAnalysis::isGreater(const std::vector<Card> &anaCards, int ghost_face, int ctype, int cface)
{
if (ctype == 0)
return false;
CardAnalysis card_ana(anaCards, ghost_face);
if (card_ana.type == 0)
{
return false;
}
if (ctype >= CARD_TYPE_SOFTBOMB || card_ana.type >= CARD_TYPE_SOFTBOMB) //有炸弹的情况
{
if (card_ana.type == ctype)
{
return card_ana.face > cface;
}
else
{
return card_ana.type > ctype;
}
}
const int find_face = card_ana.get_card_face_of_type(ctype);
if (find_face == 0)
{
return false;
}
return find_face > cface;
}
//*****************************下面是工具函数*******************************
/*
@brief 分析牌型成员变量card_stat中的牌型
@retur 返回分析的牌型
*/
int CardAnalysis::do_analysis()
{
type = CARD_TYPE_ERROR;
face = 0;
back_up_face.clear();
back_up_type.clear();
len = card_stat.len;
ghost_face = card_stat.ghost_face;
ghost_num = card_stat.ghost_cards.size();
if (len == 0)
{
return type;
}
if (card_stat.has_ghost())
{
return ghost_analysis();
}
if (len == 1)
{
face = card_stat.card1[0].face;
type = CARD_TYPE_ONE;
return type;
}
if (len == 2)
{
if (card_stat.line1.size() == 1 && card_stat.card2.size() == 2)
{
face = card_stat.card2[1].face;
type = CARD_TYPE_TWO;
return type;
}
else if (card_stat.line1.size() == 2 && card_stat.card1.size() == 2 &&
card_stat.card1[0].face == 16 && card_stat.card1[1].face == 17)
{
face = card_stat.card1[1].face;
type = CARD_TYPE_ROCKET;
return type;
}
}
if (len == 3)
{
if (card_stat.card3.size() == 3)
{
face = card_stat.card3[2].face;
type = CARD_TYPE_THREE;
return type;
}
}
if (len == 4)
{
if (card_stat.card4.size() == 4)
{
face = card_stat.card4[3].face;
type = CARD_TYPE_BOMB;
return type;
}
else if (card_stat.card1.size() == 1 && card_stat.card3.size() == 3)
{
face = card_stat.card3[2].face;
type = CARD_TYPE_THREEWITHONE;
return type;
}
}
if (len == 5)
{
if (card_stat.card2.size() == 2 && card_stat.card3.size() == 3)
{
face = card_stat.card3[2].face;
type = CARD_TYPE_THREEWITHTWO;
return type;
}
}
if (len == 6)
{
if (card_stat.card1.size() == 2 && card_stat.card4.size() == 4)
{
face = card_stat.card4[3].face;
type = CARD_TYPE_FOURWITHONE;
return type;
}
}
if (len == 8)
{
if (card_stat.card2.size() == 4 && card_stat.card4.size() == 4)
{
face = card_stat.card4[3].face;
type = CARD_TYPE_FOURWITHTWO;
return type;
}
}
if (card_stat.card1.size() == card_stat.line1.size())
{
if (check_is_line(card_stat, 1))
{
face = card_stat.card1[card_stat.card1.size() - 1].face;
type = CARD_TYPE_ONELINE;
return type;
}
}
if (len == card_stat.card2.size() && card_stat.card2.size() == card_stat.line2.size())
{
if (check_is_line(card_stat, 2))
{
face = card_stat.card2[card_stat.card2.size() - 1].face;
type = CARD_TYPE_TWOLINE;
return type;
}
}
if (len < 6)
{
return type;
}
unsigned int left_card_len;
if (card_stat.card3.size() == card_stat.line3.size() &&
card_stat.card4.size() == 0 &&
card_stat.card3.size() != 0)
{
if (check_is_line(card_stat, 3))
{
left_card_len = card_stat.card1.size() + card_stat.card2.size();
if (left_card_len == 0)
{
face = card_stat.card3[card_stat.line3.size() - 1].face;
type = CARD_TYPE_THREELINE;
return type;
}
else if (left_card_len * 3 == card_stat.card3.size())
{
face = card_stat.card3[card_stat.card3.size() - 1].face;
type = CARD_TYPE_PLANEWITHONE;
return type;
}
else if (card_stat.card1.size() == 0 && left_card_len * 3 == card_stat.card3.size() * 2)
{
face = card_stat.card3[card_stat.card3.size() - 1].face;
type = CARD_TYPE_PLANEWITHWING;
return type;
}
}
if (check_arr_is_line(card_stat.card3, 3, 3, card_stat.card3.size()))
{
left_card_len = card_stat.card1.size() + card_stat.card2.size() + 3;
if (left_card_len * 3 == (card_stat.card3.size() - 3))
{
face = card_stat.card3[card_stat.card3.size() - 1].face;
type = CARD_TYPE_PLANEWITHONE;
return type;
}
}
if (check_arr_is_line(card_stat.card3, 3, 0, card_stat.card3.size() - 3))
{
left_card_len = card_stat.card1.size() + card_stat.card2.size() + 3;
if (left_card_len * 3 == (card_stat.card3.size() - 3))
{
face = card_stat.card3[card_stat.card3.size() - 1].face;
type = CARD_TYPE_PLANEWITHONE;
return type;
}
}
}
if (card_stat.card3.size() != 0 && check_arr_is_line(card_stat.card3, 3))
{
left_card_len = card_stat.card1.size() + card_stat.card2.size() + card_stat.card4.size();
if (left_card_len * 3 == card_stat.card3.size())
{
face = card_stat.card3[card_stat.card3.size() - 1].face;
type = CARD_TYPE_PLANEWITHONE;
return type;
}
else if (card_stat.card1.size() == 0 && left_card_len * 3 == card_stat.card3.size() * 2)
{
face = card_stat.card3[card_stat.card3.size() - 1].face;
type = CARD_TYPE_PLANEWITHWING;
return type;
}
}
return type;
}
/*
@brief 当需要分析的牌型中有鬼牌，则需要调用这个函数来分析当前牌型的值
@retur 返回分析的牌型
*/
int CardAnalysis::ghost_analysis()
{
if (len == 1)
{
face = card_stat.ghost_cards[0].face;
type = CARD_TYPE_ONE;
return type;
}
if (len == 2)
{
ghost_check_two();
return type;
}
if (len == 3)
{
ghost_check_three();
return type;
}
if (len == 4)
{
ghost_check_bomb();
ghost_check_threewithone();
return type;
}
if (len == 5)
{
ghost_check_threewithtwo();
ghost_check_line();
return type;
}
if (len == 6)
{
ghost_check_fourwithone();
ghost_check_line();
ghost_check_doubleline();
ghost_check_tripleline();
return type;
}
if (len == 8)
{
ghost_check_plane();
ghost_check_fourwithtwo();
ghost_check_line();
ghost_check_doubleline();
return type;
}
ghost_check_plane();
ghost_check_line();
ghost_check_doubleline();
ghost_check_tripleline();
return type;
}
/*
@brief 在有鬼牌的情况下，判断一对
@retur 一对的面值(如果是0表示不是一对)
*/
int CardAnalysis::ghost_check_two()
{
int max_face = 0;
if (len != 2)
return 0;
if (ghost_num == 2)
{ //二张鬼牌的情况
max_face = ghost_face;
}
else if (ghost_num == 1 && card_stat.card1.size() == 1)
{ //一张鬼牌的情况
max_face = card_stat.card1[0].face;
if (max_face > Card::Two)
{
max_face = 0; //大王和小王不算
}
}
ghost_set_face_and_type(CARD_TYPE_TWO, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断三张不带的情况
@retur 三张的面值(如果是0表示不是三张)
*/
int CardAnalysis::ghost_check_three()
{
int max_face = 0;
if (len != 3)
return 0;
if (ghost_num == 3)
{ //三张鬼牌的情况
max_face = ghost_face;
}
else if (ghost_num == 2 && card_stat.card1.size() == 1)
{ //二张鬼牌的情况
max_face = card_stat.card1[0].face;
}
else if (ghost_num == 1 && card_stat.card2.size() == 2)
{ //一张鬼牌的情况
max_face = card_stat.card2[1].face;
}
ghost_set_face_and_type(CARD_TYPE_THREE, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断三带单牌
@retur 三带的面值(如果是0表示不是三带单牌)
*/
int CardAnalysis::ghost_check_threewithone()
{
int max_face = 0;
if (len != 4)
return 0;
//三带1的情况
// if (ghost_num == 3 && card_stat.card1.size() == 1)
// {
// max_face = card_stat.card1[0].face;
// if (max_face < ghost_face)
// {
// max_face = ghost_face;
// }
// }
/*else */
if (ghost_num == 2 && card_stat.card1.size() == 2)
{
if ((card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small) &&
(card_stat.card1[1].face == Card::Big || card_stat.card1[1].face == Card::Small))
{//有两个鬼牌
return 0;
}
max_face = card_stat.card1[1].face; //取card1中较大的牌做为最大的牌
}
// else if (ghost_num == 2 && card_stat.card2.size() == 2)
// {
// max_face = card_stat.card2[1].face;
// }
else if (ghost_num == 1 && card_stat.card1.size() == 1 && card_stat.card2.size() == 2)
{
max_face = card_stat.card2[1].face;
}
ghost_set_face_and_type(CARD_TYPE_THREEWITHONE, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断三带对子
@retur 三带的面值(如果是0表示不是三带对子)
*/
int CardAnalysis::ghost_check_threewithtwo()
{
int max_face = 0;
if (len != 5)
return 0;
if (ghost_num == 4 && card_stat.card1.size() == 1 &&
(card_stat.card1[0].face != Card::Big && card_stat.card1[0].face != Card::Small))
{
max_face = card_stat.card1[0].face;
if (max_face < ghost_face)
{
max_face = ghost_face;
}
}
else if (ghost_num == 3 && card_stat.card2.size() == 2)
{
max_face = card_stat.card2[1].face;
if (max_face < ghost_face)
{
max_face = ghost_face;
}
}
else if (ghost_num == 3 && card_stat.card1.size() == 2 &&
(card_stat.card1[1].face != Card::Big && card_stat.card1[1].face != Card::Small))
{
max_face = card_stat.card1[1].face; //取card1中较大的牌做为最大的牌
}
else if (ghost_num == 2 && card_stat.card3.size() == 3)
{
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 2 && card_stat.card2.size() == 2 && card_stat.card1.size() == 1 &&
(card_stat.card1[0].face != Card::Big && card_stat.card1[0].face != Card::Small))
{
max_face = card_stat.card2[1].face;
if (card_stat.card2[1] < card_stat.card1[0])
max_face = card_stat.card1[0].face;
}
else if (ghost_num == 1 && card_stat.card3.size() == 3 && card_stat.card1.size() == 1 &&
(card_stat.card1[0].face != Card::Big && card_stat.card1[0].face != Card::Small))
{
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 1 && card_stat.card2.size() == 4)
{
max_face = card_stat.card2[3].face;
}
ghost_set_face_and_type(CARD_TYPE_THREEWITHTWO, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断顺子
@retur 顺子中最大的牌值(如果是0表示不是顺子)
*/
int CardAnalysis::ghost_check_line()
{
int max_face = 0;
if (len < 5)
return 0;
//顺子，检测一条龙的时候，必须只有card1中有值
if (card_stat.card2.size() != 0 || card_stat.card3.size() != 0 || card_stat.card4.size() != 0)
return 0;
if (has_bigger_than_ace())
return 0; //有2和王就不可能是顺子
//计算不是鬼牌的牌值，总间距是多少。如6，7之间没有间距 6， 8 之间有1个间距
//如果鬼牌的数量大于等于间距值，说明能组成顺子
int gap = ghost_calc_gap();
if (ghost_num < gap)
return 0;
//计算顺子中最大的牌值
max_face = card_stat.line1[card_stat.line1.size() - 1].face + (ghost_num - gap);
if (max_face > Card::Ace)
max_face = Card::Ace;
ghost_set_face_and_type(CARD_TYPE_ONELINE, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断连对
@retur 连对中最大的牌值(如果是0表示不是连对)
*/
int CardAnalysis::ghost_check_doubleline()
{
int max_face = 0;
if (len < 6 || len % 2 != 0)
return 0;
//顺子，检测连对的时候，必须只有card1和card2中有值
if (card_stat.card3.size() != 0 || card_stat.card4.size() != 0)
return 0;
const vector<Card> &refCard1 = card_stat.card1;
const int card1Len = refCard1.size();
if (has_bigger_than_ace())
return 0; //有2和王就不可能是顺子
//先和单牌配对，使其能组成对子
int left_num = ghost_num;
if (card1Len > 0)
{
if (ghost_num < card1Len)
return 0;
left_num -= card1Len;
}
if (left_num % 2 != 0)
return 0;
//计算总间距。如6，7之间没有间距 6， 8 之间有1个间距
//如果鬼牌的数量大于等于间距值*2，说明能组成连对
int gap = ghost_calc_gap();
if (left_num < gap * 2)
return 0;
//计算连对中最大的牌值
max_face = card_stat.line1[card_stat.line1.size() - 1].face + (left_num - 2 * gap) / 2;
if (max_face > Card::Ace)
max_face = Card::Ace;
ghost_set_face_and_type(CARD_TYPE_TWOLINE, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断三顺
@retur 三顺中最大的牌值(如果是0表示不是三顺)
*/
int CardAnalysis::ghost_check_tripleline()
{
int max_face = 0;
if (len < 6 || len % 3 != 0)
return 0;
if (card_stat.card4.size() != 0)
return 0;
const vector<Card> &refCard1 = card_stat.card1;
const int card1Len = refCard1.size();
const vector<Card> &refCard2 = card_stat.card2;
const int card2Len = refCard2.size();
if (has_bigger_than_ace())
return 0; //有2和王就不可能是顺子
//先和单牌配对，使其能组成三个
int left_num = ghost_num;
if (card1Len > 0)
{
if (ghost_num < card1Len * 2)
return 0;
left_num -= card1Len * 2;
}
//和对子配对，使其能组成三个
if (card2Len > 0)
{
if (left_num < card2Len / 2)
{
return 0;
}
left_num -= card2Len / 2;
}
if (left_num % 3 != 0)
{
return 0;
}
//计算总间距。如6，7之间没有间距 6， 8 之间有1个间距
//如果鬼牌的数量大于等于间距值*3，说明能组成三顺
int gap = ghost_calc_gap();
if (left_num < gap * 3)
return 0;
//计算三顺中最大的牌值
max_face = card_stat.line1[card_stat.line1.size() - 1].face + (left_num - 3 * gap) / 3;
if (max_face > Card::Ace)
max_face = Card::Ace;
ghost_set_face_and_type(CARD_TYPE_THREELINE, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断炸弹（软炸，硬炸，纯癞子炸）
@retur 炸弹面值(如果是0表示炸弹)
*/
int CardAnalysis::ghost_check_bomb()
{
int max_face = 0;
int max_type = 0;
if (len != 4)
return 0;
if (ghost_num == 4)
{
max_face = ghost_face;
max_type = CARD_TYPE_GHOSTBOMB; //纯癞子炸弹
}
else if (ghost_num == 3 && card_stat.card1.size() == 1)
{
max_face = card_stat.card1[0].face;
max_type = CARD_TYPE_SOFTBOMB;
}
else if (ghost_num == 2 && card_stat.card2.size() == 2)
{
max_face = card_stat.card2[1].face;
max_type = CARD_TYPE_SOFTBOMB;
}
else if (ghost_num == 1 && card_stat.card3.size() == 3)
{
max_face = card_stat.card3[2].face;
max_type = CARD_TYPE_SOFTBOMB;
}
ghost_set_face_and_type(max_type, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断四带二个单牌
@retur 四个的面值(如果是0表示不能组成四带二)
*/
int CardAnalysis::ghost_check_fourwithone()
{
int max_face = 0;
if (len != 6)
return 0;
if (ghost_num == 4 && card_stat.card1.size() == 2)
{
max_face = Card::Two;
}
else if (ghost_num == 4 && card_stat.card2.size() == 2)
{
max_face = card_stat.card2[1].face;
}
else if (ghost_num == 3 && card_stat.card1.size() == 3)
{
max_face = card_stat.card1[2].face;
if (max_face > Card::Two)
max_face = card_stat.card1[1].face;
if (max_face > Card::Two)
max_face = card_stat.card1[0].face;
}
else if (ghost_num == 3 && card_stat.card1.size() == 1 && card_stat.card2.size() == 2)
{
max_face = card_stat.card2[1].face;
}
else if (ghost_num == 3 && card_stat.card3.size() == 3)
{
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 2 && card_stat.card1.size() == 2 && card_stat.card2.size() == 2)
{
max_face = card_stat.card2[1].face;
}
else if (ghost_num == 2 && card_stat.card2.size() == 4)
{
max_face = card_stat.card2[3].face;
}
else if (ghost_num == 2 && card_stat.card1.size() == 1 && card_stat.card3.size() == 3)
{
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 2 && card_stat.card4.size() == 4)
{
max_face = card_stat.card4[3].face;
}
else if (ghost_num == 1 && card_stat.card1.size() == 2 && card_stat.card3.size() == 3)
{
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 1 && card_stat.card1.size() == 1 && card_stat.card4.size() == 4)
{
max_face = card_stat.card4[3].face;
}
ghost_set_face_and_type(CARD_TYPE_FOURWITHONE, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断四带二个对子
@retur 四个的面值(如果是0表示不能组成四带二个对子)
*/
int CardAnalysis::ghost_check_fourwithtwo()
{
int max_face = 0;
if (len != 8)
return 0;
if (ghost_num == 4 && card_stat.card1.size() == 2 && card_stat.card2.size() == 2)
{
if ((card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small) ||
(card_stat.card1[1].face == Card::Big || card_stat.card1[1].face == Card::Small))
{//有大小王
return 0;
}
max_face = card_stat.card2[1].face;
if (max_face < card_stat.card1[1].face)
{
max_face = card_stat.card1[1].face;
}
}
else if (ghost_num == 4 && card_stat.card1.size() == 1 && card_stat.card3.size() == 3)
{
if (card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small)
{ //有大小王
return 0;
}
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 4 && card_stat.card2.size() == 4)
{
max_face = Card::Two;
}
else if (ghost_num == 4 && card_stat.card4.size() == 4)
{
max_face = card_stat.card4[3].face;
}
else if (ghost_num == 3 && card_stat.card1.size() == 2 && card_stat.card3.size() == 3)
{
if ((card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small) ||
(card_stat.card1[1].face == Card::Big || card_stat.card1[1].face == Card::Small))
{ //有大小王
return 0;
}
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 3 && card_stat.card1.size() == 1 && card_stat.card2.size() == 4)
{
if (card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small)
{ //有大小王
return 0;
}
max_face = card_stat.card1[0].face;
}
else if (ghost_num == 3 && card_stat.card1.size() == 1 && card_stat.card4.size() == 4)
{
if (card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small)
{ //有大小王
return 0;
}
max_face = card_stat.card4[3].face;
}
else if (ghost_num == 3 && card_stat.card2.size() == 2 && card_stat.card3.size() == 3)
{
max_face = card_stat.card3[2].face;
}
else if (ghost_num == 2 && card_stat.card1.size() == 2 && card_stat.card4.size() == 4)
{
if ((card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small) ||
(card_stat.card1[1].face == Card::Big || card_stat.card1[1].face == Card::Small))
{//有大小王
return 0;
}
max_face = card_stat.card4[3].face;
}
else if (ghost_num == 1 && card_stat.card1.size() == 1 &&
card_stat.card2.size() == 2 && card_stat.card4.size() == 4)
{
if (card_stat.card1[0].face == Card::Big || card_stat.card1[0].face == Card::Small)
{ //有大小王
return 0;
}
max_face = card_stat.card4[3].face;
}
else if (ghost_num == 1 && card_stat.card2.size() == 4 && card_stat.card3.size() == 3)
{
max_face = card_stat.card3[2].face;
}
ghost_set_face_and_type(CARD_TYPE_FOURWITHTWO, max_face);
return max_face;
}
/*
@brief 在有鬼牌的情况下，判断飞机带羿或飞机带翅的情况
@retur 飞机的面值(如果是0表示不能组成飞机带羿或飞机带翅)
*/
int CardAnalysis::ghost_check_plane()
{
int max_face = 0;