tools.hpp
#pragma once #includevoid drawImg(int x, int y,IMAGE *src) { // 变量初始化 DWORD* pwin = GetImageBuffer(); //窗口缓冲区指针 DWORD* psrc = GetImageBuffer(src); //图片缓冲区指针 int win_w = getwidth(); //窗口宽高 int win_h = getheight(); int src_w = src->getwidth(); //图片宽高 int src_h = src->getheight(); // 计算贴图的实际长宽 int real_w = (x + src_w > win_w) ? win_w - x : src_w; // 处理超出右边界 int real_h = (y + src_h > win_h) ? win_h - y : src_h; // 处理超出下边界 if (x < 0) { psrc += -x; real_w -= -x; x = 0; } // 处理超出左边界 if (y < 0) { psrc += (src_w * -y); real_h -= -y; y = 0; } // 处理超出上边界 // 修正贴图起始位置 pwin += (win_w * y + x); // 实现透明贴图 for (int iy = 0; iy < real_h; iy++) { for (int ix = 0; ix < real_w; ix++) { byte a = (byte)(psrc[ix] >> 24);//计算透明通道的值[0,256) 0为完全透明 255为完全不透明 if (a > 100) { pwin[ix] = psrc[ix]; } } //换到下一行 pwin += win_w; psrc += src_w; } } void drawImg(int x, int y, int dstW, int dstH, IMAGE* src, int srcX, int srcY) { // 变量初始化 DWORD* pwin = GetImageBuffer(); //窗口缓冲区指针 DWORD* psrc = GetImageBuffer(src); //图片缓冲区指针 int win_w = getwidth(); //窗口宽高 int win_h = getheight(); int src_w = src->getwidth(); //图片宽高 int src_h = src->getheight(); // 计算贴图的实际长宽 int real_w = (x + dstW > win_w) ? win_w - x : dstW; // 处理超出右边界 int real_h = (y + dstH > win_h) ? win_h - y : dstH; // 处理超出下边界 if (x < 0) { psrc += -x; real_w -= -x; x = 0; } // 处理超出左边界 if (y < 0) { psrc += (dstW * -y); real_h -= -y; y = 0; } // 处理超出上边界 //printf("realw,h(%d,%d)n", real_w, real_h); // 修正贴图起始位置 pwin += (win_w * y + x); // 实现透明贴图 for (int iy = 0; iy < real_h; iy++) { for (int ix = 0; ix < real_w; ix++) { byte a = (byte)(psrc[ix + srcX + srcY * src_w] >> 24);//计算透明通道的值[0,256) 0为完全透明 255为完全不透明 if (a > 100) { pwin[ix] = psrc[ix + srcX + srcY * src_w]; } } //换到下一行 pwin += win_w; psrc += src_w; } }
源.cpp
#include#include #include #include #include #include #include #include #include "tools.hpp" #pragma comment(lib, "winmm.lib") //定义全局变量 IMAGE img[55];//定义扑克牌图像数组 IMAGE img_bg;//定义背景图片 IMAGE img_start;//定义开始图片 IMAGE img_user0;//定义用户图片 IMAGE img_farmer1,img_landlord1;//定义地主农民图片 IMAGE img_rob_2,img_notrob_2,img_rob2,img_notrob2;//定义 是否抢与不抢地主的图片 IMAGE img_play2,img_notplay2;//定义出不出牌的图片 IMAGE img_123_2,img_132_2, img_231_2;//定义自动成为地主的提示图片 IMAGE img_left[21];//定义所剩牌数的图片 //定义出牌的特效 IMAGE img_san2,img_sandaiyi2,img_kingbomb2,img_sidaier2,img_plane2; IMAGE img_bomb2; IMAGE img_win2,img_lose2;//定义胜利或失败的场面 int user1[20] = { 0 };//定义用户1的手牌 int user2[20] = { 0 };//定义用户2的手牌 int user3[20] = { 0 };//定义用户3的手牌 int bottom_card[3] = { 0 };//定义3张底牌 int pile[55] = { 0 };//定义牌堆 int flag_card = 0;//定义标志牌，决定抢地主顺序 int first_rob = 0;//谁获得抢地主的机会 int who_is_landlord = 0;//保存谁是地主 int clicktimes[20] = { 0 };//保存是否被点击 int user1_card_number = 0;//保存玩家一所剩余的牌数 int user2_card_number = 0;//。。 int user3_card_number = 0;//。。 int user1_compare[20] = { 0 };//保存玩家牌的具体大小，例如牌为5-8，这保存为4 int user2_compare[20] = { 0 };//。。 int user3_compare[20] = { 0 };//。。 int temp[20] = { 0 }, temp_img[20] = { 0 }, temp_number = 0, flag = 0;//分别存放已经出的牌，已经出的牌的图像的，出的牌的数量，是否有人未出牌 int temp_card[18] = { 0 }, temp_card_type[15] = { 0 }, temp_card_type_number = 0;//分别存放已经出的牌的大小，已经出的牌的种类，已经出的牌的所有总数 int user1_card[18] = { 0 }, user2_card[18] = { 0 }, user3_card[18] = { 0 };//存放用户的牌的大小 MOUSEMSG m;//定义鼠标 void forword_pile(int i)//i表示从哪一张之后开始移 { int j; for (j = i; j < 54; j++) { pile[j] = pile[j + 1]; }//牌堆前移，避免产生重复的牌 } void search_flag_card()//查找标志牌在哪位玩家的手上 { int i; for (i = 0; i < 17; i++) { if (user1[i] == flag_card) { first_rob = 1; break; } if (user2[i] == flag_card) { first_rob = 2; break; } if (user3[i] == flag_card) { first_rob = 3; break; } } } void sort_cards(int* p, int n)//运用选择排序整理手牌 { int i, j, temp, max, maxj; for (i = 0; i < n - 1; i++) { max = *(p + i); maxj = i; for (j = i + 1; j < n; j++) { if (*(p + j) > max) { max = *(p + j); maxj = j; } } temp = *(p + i); *(p + i) = *(p + maxj); *(p + maxj) = temp; } } void deal_cards()//发牌 { int i, card_number; i = rand() % 54 + 1;//先拿出3张作为底牌 bottom_card[0] = pile[i]; forword_pile(i); i = rand() % 53 + 1; bottom_card[1] = pile[i]; forword_pile(i); i = rand() % 52 + 1; bottom_card[2] = pile[i]; forword_pile(i); //发标志牌，因为不能与底牌重复，否则不能确定谁抢地主，所以放在下面 i = rand() % 51 + 1; flag_card = pile[i];//与标志牌重复没关系，所以不需要前移 for (card_number = 0; card_number < 17; card_number++)//再每人发17张牌 { i = rand() % (51 - card_number * 3) + 1; user1[card_number] = pile[i]; forword_pile(i); i = rand() % (51 - card_number * 3 - 1) + 1; user2[card_number] = pile[i]; forword_pile(i); i = rand() % (51 - card_number * 3 - 2) + 1; user3[card_number] = pile[i]; forword_pile(i); } } void load_image()//加载图像 { loadimage(&img[4], _T("梅花3.jpg")); loadimage(&img[8], _T("梅花4.jpg")); loadimage(&img[12], _T("梅花5.jpg")); loadimage(&img[16], _T("梅花6.jpg")); loadimage(&img[20], _T("梅花7.jpg")); loadimage(&img[24], _T("梅花8.jpg")); loadimage(&img[28], _T("梅花9.jpg")); loadimage(&img[32], _T("梅花10.jpg")); loadimage(&img[36], _T("梅花J.jpg")); loadimage(&img[40], _T("梅花Q.jpg")); loadimage(&img[44], _T("梅花K.jpg")); loadimage(&img[48], _T("梅花A.jpg")); loadimage(&img[52], _T("梅花2.jpg")); loadimage(&img[1], _T("黑桃3.jpg")); loadimage(&img[5], _T("黑桃4.jpg")); loadimage(&img[9], _T("黑桃5.jpg")); loadimage(&img[13], _T("黑桃6.jpg")); loadimage(&img[17], _T("黑桃7.jpg")); loadimage(&img[21], _T("黑桃8.jpg")); loadimage(&img[25], _T("黑桃9.jpg")); loadimage(&img[29], _T("黑桃10.jpg")); loadimage(&img[33], _T("黑桃J.jpg")); loadimage(&img[37], _T("黑桃Q.jpg")); loadimage(&img[41], _T("黑桃K.jpg")); loadimage(&img[45], _T("黑桃A.jpg")); loadimage(&img[49], _T("黑桃2.jpg")); loadimage(&img[3], _T("方块3.jpg")); loadimage(&img[7], _T("方块4.jpg")); loadimage(&img[11], _T("方块5.jpg")); loadimage(&img[15], _T("方块6.jpg")); loadimage(&img[19], _T("方块7.jpg")); loadimage(&img[23], _T("方块8.jpg")); loadimage(&img[27], _T("方块9.jpg")); loadimage(&img[31], _T("方块10.jpg")); loadimage(&img[35], _T("方块J.jpg")); loadimage(&img[39], _T("方块Q.jpg")); loadimage(&img[43], _T("方块K.jpg")); loadimage(&img[47], _T("方块A.jpg")); loadimage(&img[51], _T("方块2.jpg")); loadimage(&img[2], _T("红桃3.jpg")); loadimage(&img[6], _T("红桃4.jpg")); loadimage(&img[10], _T("红桃5.jpg")); loadimage(&img[14], _T("红桃6.jpg")); loadimage(&img[18], _T("红桃7.jpg")); loadimage(&img[22], _T("红桃8.jpg")); loadimage(&img[26], _T("红桃9.jpg")); loadimage(&img[30], _T("红桃10.jpg")); loadimage(&img[34], _T("红桃J.jpg")); loadimage(&img[38], _T("红桃Q.jpg")); loadimage(&img[42], _T("红桃K.jpg")); loadimage(&img[46], _T("红桃A.jpg")); loadimage(&img[50], _T("红桃2.jpg")); loadimage(&img[53], _T("小王.jpg")); loadimage(&img[54], _T("大王.jpg")); loadimage(&img[0], _T("牌背.png"), 100, 150); loadimage(&img_bg, _T("背景.jpg"), 1440, 960); loadimage(&img_user0, _T("用户1.png"), 100, 150); loadimage(&img_start, _T("开始.png"), 1440, 960); loadimage(&img_farmer1, _T("农民1.png"), 100, 150); loadimage(&img_landlord1, _T("地主1.png"), 100, 150); loadimage(&img_rob_2, _T("rob_2.jpg"), 100, 50); loadimage(&img_notrob_2, _T("notrob_2.jpg"), 100, 50); loadimage(&img_rob2, _T("rob2.jpg"), 50, 100); loadimage(&img_notrob2, _T("notrob2.jpg"), 50, 100); loadimage(&img_play2, _T("出牌2.jpg"), 100, 50); loadimage(&img_notplay2, _T("不出2.jpg"), 100, 50); loadimage(&img_123_2, _T("1+2=3 2.png"), 500, 100); loadimage(&img_132_2, _T("1+3=2 2.png"), 500, 100); loadimage(&img_231_2, _T("2+3=1 2.png"), 500, 100); loadimage(&img_left[1], _T("1.jpg"), 30, 50); loadimage(&img_left[2], _T("2.jpg"), 30, 50); loadimage(&img_left[3], _T("3.jpg"), 30, 50); loadimage(&img_left[4], _T("4.jpg"), 30, 50); loadimage(&img_left[5], _T("5.jpg"), 30, 50); loadimage(&img_left[6], _T("6.jpg"), 30, 50); loadimage(&img_left[7], _T("7.jpg"), 30, 50); loadimage(&img_left[8], _T("8.jpg"), 30, 50); loadimage(&img_left[9], _T("9.jpg"), 30, 50); loadimage(&img_left[10], _T("10.jpg"), 30, 50); loadimage(&img_left[11], _T("11.jpg"), 30, 50); loadimage(&img_left[12], _T("12.jpg"), 30, 50); loadimage(&img_left[13], _T("13.jpg"), 30, 50); loadimage(&img_left[14], _T("14.jpg"), 30, 50); loadimage(&img_left[15], _T("15.jpg"), 30, 50); loadimage(&img_left[16], _T("16.jpg"), 30, 50); loadimage(&img_left[17], _T("17.jpg"), 30, 50); loadimage(&img_left[18], _T("18.jpg"), 30, 50); loadimage(&img_left[19], _T("19.jpg"), 30, 50); loadimage(&img_left[20], _T("20.jpg"), 30, 50); loadimage(&img_win2, _T("win2.png"),292,139); loadimage(&img_lose2, _T("lose2.png"),292,139); loadimage(&img_san2, _T("san2.png")); loadimage(&img_sidaier2, _T("sidaier2.png")); loadimage(&img_sandaiyi2, _T("sandaiyi2.png")); loadimage(&img_kingbomb2, _T("kingbomb2.png")); loadimage(&img_plane2, _T("plane2.png")); loadimage(&img_bomb2, _T("bomb2.png")); } void load_music()//加载音乐 { //mciSendString(_T("open music.mp3 alias mymusic"), NULL, 0, NULL); //mciSendString(_T("play mymusic repeat"), NULL, 0, NULL); } void show_bottom_image()//显示底牌 { drawImg(560, 50, &img[0]); drawImg(660, 50, &img[0]);//全是牌背 drawImg(760, 50, &img[0]); } void show_mycard_image_first()//显示手牌一张一张生成的效果 { int i; for (i = 0; i < 17; i++) { drawImg(450 + 25 * i, 760, &img[user2[i]]); drawImg(200, 160 + i * 25, &img[0]); drawImg(1200, 160 + i * 25, &img[0]); Sleep(80); } } void show_mycard_image_after()//直接显示最终的手牌（17张） { int i; for (i = 0; i < 17; i++) { drawImg(450 + 25 * i, 760, &img[user2[i]]);//输出玩家手牌 } for (i = 0; i < 17; i++) { drawImg(200, 160 + i * 25, &img[0]);//输出左边用户的手牌（全为牌背） } for (i = 0; i < 17; i++) { drawImg(1200, 160 + i * 25, &img[0]);//输出右边用户的手牌（全为牌背） } } void show_bg_and_user()//输出背景和用户 { drawImg(0, 0, &img_bg);//输出背景 drawImg(0, 300, &img_user0);//输出用户1 drawImg(300, 760, &img_user0);//输出用户2 drawImg(1350, 300, &img_user0);//输出用户3 } void show_flagcard_move()//显示标志牌移动的效果 { int i; for (i = 1; i <= 10; i++)//输出标志牌牌移动效果 { show_bg_and_user();//输出背景和用户 show_mycard_image_after();//显示最终的手牌（17张） show_bottom_image();//显示底牌 if (i == 1) { drawImg(660, 400, &img[0]);//一开始先出现在最中间 Sleep(1000); } else { drawImg(660 + 30 * i, 400 - 35 * i, &img[flag_card]);//接下来逐渐往右上方移动 } Sleep(20); } } void case_user1_is_landlord()//玩家一为地主时显示的画面 { int i; drawImg(0, 0, &img_bg);//输出背景 drawImg(0, 300, &img_landlord1);//输出用户1 drawImg(300, 760, &img_farmer1);//输出用户2 drawImg(1350, 300, &img_farmer1);//输出用户3 show_bottom_image();//显示底牌 drawImg(960, 50, &img[flag_card]); for (i = 17; i < 20; i++)//将底牌给玩家一 { user1[i] = bottom_card[i - 17]; } sort_cards(user1, 20);//加入手牌之后，再次理牌 //显示手牌 for (i = 0; i < 17; i++) { drawImg(450 + 25 * i, 760, &img[user2[i]]); } for (i = 0; i < 17; i++) { drawImg(200, 160 + i * 25, &img[0]); } for (i = 0; i < 17; i++) { drawImg(1200, 160 + i * 25, &img[0]); } for (i = 0; i < 3; i++) { drawImg(200, 585 + i * 25, &img[0]); Sleep(80); } Sleep(1000); drawImg(560, 50, &img[bottom_card[0]]);//使底牌有掀开的效果 drawImg(660, 50, &img[bottom_card[1]]); drawImg(760, 50, &img[bottom_card[2]]); } void case_user2_is_landlord()//玩家二为地主时显示的画面 { int i; drawImg(0, 0, &img_bg);//输出背景 drawImg(0, 300, &img_farmer1);//输出用户1 drawImg(300, 760, &img_landlord1);//输出用户2 drawImg(1350, 300, &img_farmer1);//输出用户3 show_bottom_image();//显示底牌 drawImg(960, 50, &img[flag_card]); for (i = 17; i < 20; i++)//将底牌给玩家二 { user2[i] = bottom_card[i - 17]; } sort_cards(user2, 20);//加入手牌之后，再次理牌 //显示手牌 for (i = 0; i < 17; i++) { drawImg(200, 160 + i * 25, &img[0]); } for (i = 0; i < 17; i++) { drawImg(1200, 160 + i * 25, &img[0]); } for (i = 0; i < 20; i++) { drawImg(450 + 25 * i, 760, &img[user2[i]]); Sleep(80); } Sleep(1000); drawImg(560, 50, &img[bottom_card[0]]); drawImg(660, 50, &img[bottom_card[1]]); drawImg(760, 50, &img[bottom_card[2]]); } void case_user3_is_landlord()//玩家三为地主时显示的画面 { int i; drawImg(0, 0, &img_bg);//输出背景 drawImg(0, 300, &img_farmer1);//输出用户1 drawImg(300, 760, &img_farmer1);//输出用户2 drawImg(1350, 300, &img_landlord1);//输出用户3 show_bottom_image();//显示底牌 drawImg(960, 50, &img[flag_card]); for (i = 17; i < 20; i++)//将手牌给玩家三 { user3[i] = bottom_card[i - 17]; } sort_cards(user3, 20);//加入手牌之后，再次理牌 //显示手牌 for (i = 0; i < 17; i++) { drawImg(450 + 25 * i, 760, &img[user2[i]]); } for (i = 0; i < 17; i++) { drawImg(200, 160 + i * 25, &img[0]); } for (i = 0; i < 17; i++) { drawImg(1200, 160 + i * 25, &img[0]); } for (i = 0; i < 3; i++) { drawImg(1200, 585 + i * 25, &img[0]); Sleep(80); } Sleep(1000); drawImg(560, 50, &img[bottom_card[0]]); drawImg(660, 50, &img[bottom_card[1]]); drawImg(760, 50, &img[bottom_card[2]]); } void case_user1_is_landlord_update()//更新用户的手牌 { int i; drawImg(0, 0, &img_bg);//输出背景 drawImg(0, 300, &img_landlord1);//输出用户1 drawImg(300, 760, &img_farmer1);//输出用户2 drawImg(1350, 300, &img_farmer1);//输出用户3 drawImg(960, 50, &img[flag_card]); drawImg(560, 50, &img[bottom_card[0]]); drawImg(660, 50, &img[bottom_card[1]]); drawImg(760, 50, &img[bottom_card[2]]); for (i = 0; i < user2_card_number; i++) { drawImg(450 + 25 * i, 760 - clicktimes[i] * 25, &img[user2[i]]); } for (i = 0; i < user1_card_number; i++) { drawImg(200, 160 + i * 25, &img[0]); } for (i = 0; i < user3_card_number; i++) { drawImg(1200, 160 + i * 25, &img[0]); } drawImg(40, 460, &img_left[user1_card_number]);//输出用户所剩余的牌 drawImg(950, 850, &img_left[user2_card_number]); drawImg(1390, 460, &img_left[user3_card_number]); } void case_user2_is_landlord_update()//更新用户的手牌 { int i; drawImg(0, 0, &img_bg);//输出背景 drawImg(0, 300, &img_farmer1);//输出用户1 drawImg(300, 760, &img_landlord1);//输出用户2 drawImg(1350, 300, &img_farmer1);//输出用户3 drawImg(960, 50, &img[flag_card]); drawImg(560, 50, &img[bottom_card[0]]); drawImg(660, 50, &img[bottom_card[1]]); drawImg(760, 50, &img[bottom_card[2]]); for (i = 0; i < user2_card_number; i++) { drawImg(450 + 25 * i, 760 - clicktimes[i] * 25, &img[user2[i]]); } for (i = 0; i < user1_card_number; i++) { drawImg(200, 160 + i * 25, &img[0]); } for (i = 0; i < user3_card_number; i++) { drawImg(1200, 160 + i * 25, &img[0]); } drawImg(40, 460, &img_left[user1_card_number]); drawImg(1050, 850, &img_left[user2_card_number]); drawImg(1390, 460, &img_left[user3_card_number]); } void case_user3_is_landlord_update()//更新用户的手牌 { int i; drawImg(0, 0, &img_bg);//输出背景 drawImg(0, 300, &img_farmer1);//输出用户1 drawImg(300, 760, &img_farmer1);//输出用户2 drawImg(1350, 300, &img_landlord1);//输出用户3 drawImg(960, 50, &img[flag_card]); drawImg(560, 50, &img[bottom_card[0]]); drawImg(660, 50, &img[bottom_card[1]]); drawImg(760, 50, &img[bottom_card[2]]); for (i = 0; i < user2_card_number; i++) { drawImg(450 + 25 * i, 760 - clicktimes[i] * 25, &img[user2[i]]); } for (i = 0; i < user1_card_number; i++) { drawImg(200, 160 + i * 25, &img[0]); } for (i = 0; i < user3_card_number; i++) { drawImg(1200, 160 + i * 25, &img[0]); } drawImg(40, 460, &img_left[user1_card_number]); drawImg(950, 850, &img_left[user2_card_number]); drawImg(1390, 460, &img_left[user3_card_number]); } void temp_card_is_what()//把已经出的牌的特征找出来 { int i, j, k; for (i = 3; i < 18; i++) { temp_card[i] = 0; //重置未初值，避免后面改变影响这里 } for (i = 0; i < 15; i++) { temp_card_type[i] = 0;重置未初值，避免后面改变影响这里 } temp_card_type_number = 0;//重置未初值，避免后面改变影响这里 for (i = 0; i < temp_number; i++) { temp_card[temp[i]]++;//将牌的大小转换成每张牌的数量，比如说有两个3，这temp_card[3]=2; } for (i = 3; i < 18; i++) { if (temp_card[i] != 0)//如果拍的数量不等于0，就证明有牌 { temp_card_type[temp_card_type_number] = i;//保存已有的牌的种类 temp_card_type_number++;//保存种类总数 } } for (i = 0; i < temp_card_type_number; i++)//利用冒泡排序，将数量多的牌排在前面，其余未从小到大 { for (j = 0; j < temp_card_type_number - 1 - i; j++) { if (temp_card[temp_card_type[j]] < temp_card[temp_card_type[j + 1]]) { k = temp_card_type[j]; temp_card_type[j] = temp_card_type[j + 1]; temp_card_type[j + 1] = k; } } } } int type_is_what() { int i; if (temp_number == 1)return 1;//出的牌为单牌时，返回为类型一 if (temp_number == 2 && temp_card_type_number == 1)return 2;//出的牌为对子时，返回为类型二 if (temp_number == 3 && temp_card_type_number == 1)return 3;//出的牌为三个时，返回为类型三 if (temp_number == 4 && temp_card_type_number == 1)return 4;//出的牌为炸弹时，返回为类型四 if (temp_card_type_number == 2 && (temp_card[16] == 1 && temp_card[17] == 1))return 5;//出的牌为王炸时，返回为类型五 if (temp_card_type_number == 2 && (temp_card[temp_card_type[0]] == 3 && temp_card[temp_card_type[1]] == 1))return 6;//出的牌为三带1时，返回为类型六 if (temp_card_type_number == 2 && (temp_card[temp_card_type[0]] == 3 && temp_card[temp_card_type[1]] == 2))return 7;//出的牌为三带二时，返回为类型七 if (temp_card_type_number == 3 && (temp_card[temp_card_type[0]] == 4 && temp_card[temp_card_type[1]] == 1 && temp_card[temp_card_type[2]] == 1))return 8;//出的牌为炸弹带二单时，返回为类型八 if (temp_card_type_number == 3 && (temp_card[temp_card_type[0]] == 4 && temp_card[temp_card_type[1]] == 2 && temp_card[temp_card_type[2]] == 2))return 9;//出的牌为炸弹带二双时，返回为类型九 if (temp_card_type_number == 4 && temp_card[temp_card_type[0]] == 3 && temp_card[temp_card_type[1]] == 3 && temp_card[temp_card_type[2]] == 1 && temp_card[temp_card_type[3]] == 1 && (temp_card_type[0] == (temp_card_type[1] - 1))) return 10;//出的牌为飞机带二单时，返回为类型十 if (temp_card_type_number == 4 && temp_card[temp_card_type[0]] == 3 && temp_card[temp_card_type[1]] == 3 && temp_card[temp_card_type[2]] == 2 && temp_card[temp_card_type[3]] == 2 && (temp_card_type[0] == (temp_card_type[1] - 1))) return 11;//出的牌为飞机带二双时，返回为类型十一 if (temp_card_type_number == temp_number)//出的牌位顺子时，返回位类似十二 { for (i = 0; i < temp_number - 1; i++) { if (temp[i] != (temp[i + 1] - 1))break; } if (i == (temp_number - 1))return 12; } return 0;//都没有返回则为不合法类型 } void user_change_to_user_compare() { int i, j;//将用户的手牌转换为牌的大小，例如牌53，为小王，转为17，牌1-4为3，转化为3 for (j = 0; j < user1_card_number; j++) { i = 0; while (1) { if (user1[j] == 53) { user1_compare[j] = 16; break; } if (user1[j] == 54) { user1_compare[j] = 17; break; } if (user1[j] >= (1 + i * 4) && user1[j] <= (4 + i * 4)) { user1_compare[j] = 3 + i; break; } i++; } } for (j = 0; j < user2_card_number; j++) { i = 0; while (1) { if (user2[j] == 53) { user2_compare[j] = 16; break; } if (user2[j] == 54) { user2_compare[j] = 17; break; } if (user2[j] >= (1 + i * 4) && user2[j] <= (4 + i * 4)) { user2_compare[j] = 3 + i; break; } i++; } } for (j = 0; j < user3_card_number; j++) { i = 0; while (1) { if (user3[j] == 53) { user3_compare[j] = 16; break; } if (user3[j] == 54) { user3_compare[j] = 17; break; } if (user3[j] >= (1 + i * 4) && user3[j] <= (4 + i * 4)) { user3_compare[j] = 3 + i; break; } i++; } } } void update_with_play_card()//在出牌阶段，更新用户的手牌 { int q; switch (who_is_landlord) { case 1:case_user1_is_landlord_update(); break; case 2:case_user2_is_landlord_update(); break; case 3:case_user3_is_landlord_update(); break; } for (q = 0; q < temp_number; q++) { drawImg(660 + q * 25, 400, &img[temp_img[q]]); } Sleep(1000); } void user1_compare_change_to_user1_card()//把用户的牌的大小转为数量 { int i; for (i = 3; i < 18; i++) { user1_card[i] = 0; } for (i = 0; i < user1_card_number; i++) { user1_card[user1_compare[i]]++; } } void user3_compare_change_to_user3_card() { int i; for (i = 3; i < 18; i++) { user3_card[i] = 0; } for (i = 0; i < user3_card_number; i++) { user3_card[user3_compare[i]]++; } } void user1_deal_and_play_card(int m, int n, int k) { int q, j; for (q = m; q < n; q++)//k为所要出的牌，m为所要保存出牌数组中的小标，n也是下表，m为起始的保存下标，n为最终的保存下标 { for (j = user1_card_number - 1; j >= 0; j--)//遍历手牌 { if (user1_compare[j] == k)//找到用出的牌 { temp_img[q] = user1[j];//把牌的图像保存 temp[q] = user1_compare[j];//把牌的大小保存 user1[j] = 0;//置为0表示已经出了 user1_compare[j] = 0; // 置为0表示已经出了 sort_cards(user1, user1_card_number);//整理手牌 sort_cards(user1_compare, user1_card_number); user1_card_number--;//总牌数-1 flag = 0;//已经出牌，置为0 break; } } } } void user3_deal_and_play_card(int m, int n, int k) { int q, j; for (q = m; q < n; q++) { for (j = user3_card_number - 1; j >= 0; j--) { if (user3_compare[j] == k) { temp_img[q] = user3[j]; temp[q] = user3_compare[j]; user3[j] = 0; user3_compare[j] = 0; sort_cards(user3, user3_card_number); sort_cards(user3_compare, user3_card_number); user3_card_number--; flag = 0; break; } } } } void user1_play_directly()//玩家一直接出牌 { temp_number = 1;//机器人只能出一张 temp_img[0] = user1[user1_card_number - 1];//保存出牌的图像 temp[0] = user1_compare[user1_card_number - 1];//保存出牌的大小 user1[user1_card_number - 1] = 0;//置为0表示已经出牌 user1_compare[user1_card_number - 1] = 0; sort_cards(user1, user1_card_number);//整理手牌 sort_cards(user1_compare, user1_card_number); user1_card_number--;//总牌数-1 flag = 0;//已经出牌，置为0 update_with_play_card();//更新手牌以及出牌 } void user1_play_compare() { int i, j, k, q, m, k1, n, k2; temp_card_is_what(); if (type_is_what() == 1)//判断是否使单牌，建议比对type_is_what()函数看 { for (j = user1_card_number - 1; j >= 0; j--)//如果时单牌，怎么出 { if (user1_compare[j] > temp[0]) { temp_number = 1; temp_img[0] = user1[j]; temp[0] = user1_compare[j]; user1[j] = 0; user1_compare[j] = 0; sort_cards(user1, user1_card_number); sort_cards(user1_compare, user1_card_number); user1_card_number--; flag = 0; update_with_play_card(); break; } } if (j == -1)flag++; } if (type_is_what() == 2)//同理，建议比对type_is_what()函数看 { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 2 && i > temp[0]) { k = i; temp_number = 2; user1_deal_and_play_card(0, temp_number, k); update_with_play_card(); break; } } if (i == 18)flag++; } if (type_is_what() == 3) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 3 && i > temp[0]) { k = i; temp_number = 3; user1_deal_and_play_card(0, temp_number, k); update_with_play_card(); drawImg(500, 400, &img_san2); Sleep(100); break; } } if (i == 18)flag++; } if (type_is_what() == 4) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 4 && i > temp[0]) { k = i; temp_number = 4; user1_deal_and_play_card(0, temp_number, k); update_with_play_card(); drawImg(500, 400, &img_bomb2); Sleep(100); break; } } if (i == 18)flag++; } if (type_is_what() == 5) { flag++; } if (type_is_what() == 6) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 3 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user1[m] >= 1) { k1 = m; temp_number = 3; user1_deal_and_play_card(0, temp_number, k); temp_number++; user1_deal_and_play_card(3, temp_number, k1); update_with_play_card(); drawImg(500, 400, &img_sandaiyi2); Sleep(100); break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 7) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 3 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user1[m] >= 2) { k1 = m; temp_number = 3; user1_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; user1_deal_and_play_card(3, temp_number, k1); update_with_play_card(); break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 8) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 4 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user1[m] >= 1) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != k1 && user1[n] >= 1) { k2 = n; temp_number = 4; user1_deal_and_play_card(0, temp_number, k); temp_number++; user1_deal_and_play_card(4, temp_number, k1); temp_number++; user1_deal_and_play_card(5, temp_number, k2); update_with_play_card(); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 9) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 4 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user1[m] >= 2) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != k1 && user1[n] >= 2) { k2 = n; temp_number = 4; user1_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; user1_deal_and_play_card(4, temp_number, k1); temp_number++; temp_number++; user1_deal_and_play_card(6, temp_number, k2); update_with_play_card(); drawImg(500, 400, &img_sidaier2); Sleep(100); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 10) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 3 && i > temp_card_type[0] && user1_card[i + 1] >= 3) { k = i; for (m = 3; m < 18; m++) { if (m != k && m != (k + 1) && user1[m] >= 1) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != k1 && n != (k + 1) && user1[n] >= 1) { k2 = n; temp_number = 3; user1_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; temp_number++; user1_deal_and_play_card(3, temp_number, k + 1); temp_number++; user1_deal_and_play_card(6, temp_number, k1); temp_number++; user1_deal_and_play_card(7, temp_number, k2); update_with_play_card(); drawImg(500, 400, &img_plane2); Sleep(100); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 11) { user1_compare_change_to_user1_card(); for (i = 3; i < 18; i++) { if (user1_card[i] >= 3 && i > temp_card_type[0] && user1_card[i + 1] >= 3) { k = i; for (m = 3; m < 18; m++) { if (m != k && m != (k + 1) && user1[m] >= 2) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != k1 && n != (k + 1) && user1[n] >= 2) { k2 = n; temp_number = 3; user1_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; temp_number++; user1_deal_and_play_card(3, temp_number, k + 1); temp_number++; temp_number++; user1_deal_and_play_card(6, temp_number, k1); temp_number++; temp_number++; user1_deal_and_play_card(8, temp_number, k2); update_with_play_card(); drawImg(500, 400, &img_plane2); Sleep(100); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 12) { user1_compare_change_to_user1_card(); for (i = temp[0] + 1; i < 18 - temp_number - 2; i++) { for (j = i; j < i + temp_number; j++) { if (user1_card[j] < 1)break; } if (j == (i + temp_number)) { for (q = 0; q < temp_number; q++) { user1_deal_and_play_card(q, q + 1, i + q); } update_with_play_card(); break; } } if (i == (18 - temp_number - 2))flag++; } } void user2_play_directly() { int i; while (1)//死循环直至人输入 { //drawImg(650, 670, &img_play1); drawImg(650, 670, &img_play2);//输出框架，只能出牌，不能不出 m = GetMouseMsg(); if (m.uMsg == WM_LBUTTONDOWN)//判断是否点击，点击时牌上移，点到出牌时退出 { if (m.x >= 650 && m.x <= 750 && m.y >= 670 && m.y <= 720) break; if (m.x >= 450 && m.x <= (550 + (user2_card_number - 1) * 25)) { if (m.x <= (450 + (user2_card_number - 1) * 25) && m.y >= (760 - clicktimes[(m.x - 450) / 25] * 25) && m.y <= (910 - clicktimes[(m.x - 450) / 25] * 25)) clicktimes[(m.x - 450) / 25] = (clicktimes[(m.x - 450) / 25] + 1) % 2; else if (m.x > (450 + (user2_card_number - 1) * 25) && m.y >= (760 - clicktimes[16] * 25) && m.y <= (910 - clicktimes[16] * 25)) clicktimes[user2_card_number - 1] = (clicktimes[user2_card_number - 1] + 1) % 2; } switch (who_is_landlord)//输出更新之后的牌 { case 1:case_user1_is_landlord_update(); break; case 2:case_user2_is_landlord_update(); break; case 3:case_user3_is_landlord_update(); break; } for (i = 0; i < temp_number; i++) { drawImg(660 + i * 25, 400, &img[temp_img[i]]);//与最开始的出牌不同，前面以及有人出牌 } } } temp_number = 0;//置为0，使下面的代码成立 for (i = user2_card_number - 1; i >= 0; i--) { if (clicktimes[i] == 1)//如果牌时上移的，就代表时要出的 { temp_img[temp_number] = user2[i]; temp[temp_number] = user2_compare[i]; user2[i] = 0; user2_compare[i] = 0; flag = 0; clicktimes[i] = 0; temp_number++; } } sort_cards(user2, user2_card_number); sort_cards(user2_compare, user2_card_number); user2_card_number -= temp_number; update_with_play_card(); temp_card_is_what(); if (type_is_what() == 3)//判断类形，输出效果 { drawImg(500, 400, &img_san2); } if (type_is_what() == 4) { drawImg(500, 400, &img_bomb2); } if (type_is_what() == 5) { drawImg(500, 400, &img_kingbomb2); } if (type_is_what() == 6) { drawImg(500, 400, &img_sandaiyi2); } if (type_is_what() == 9) { drawImg(500, 400, &img_sidaier2); } if (type_is_what() == 10 || type_is_what() == 11) { drawImg(500, 400, &img_plane2); } Sleep(100); } void user2_play_compare() { int i, state = 0; while (1) { drawImg(550, 670, &img_play2); drawImg(750, 670, &img_notplay2); m = GetMouseMsg(); if (m.uMsg == WM_LBUTTONDOWN) { if (m.x >= 550 && m.x <= 650 && m.y >= 670 && m.y <= 720) { state = 1; break; } if (m.x >= 750 && m.x <= 850 && m.y >= 670 && m.y <= 720) { state = 0; break; } if (m.x >= 450 && m.x <= (550 + (user2_card_number - 1) * 25)) { if (m.x <= (450 + (user2_card_number - 1) * 25) && m.y >= (760 - clicktimes[(m.x - 450) / 25] * 25) && m.y <= (910 - clicktimes[(m.x - 450) / 25] * 25)) clicktimes[(m.x - 450) / 25] = (clicktimes[(m.x - 450) / 25] + 1) % 2; else if (m.x > (450 + (user2_card_number - 1) * 25) && m.y >= (760 - clicktimes[16] * 25) && m.y <= (910 - clicktimes[16] * 25)) clicktimes[user2_card_number - 1] = (clicktimes[user2_card_number - 1] + 1) % 2; } switch (who_is_landlord) { case 1:case_user1_is_landlord_update(); break; case 2:case_user2_is_landlord_update(); break; case 3:case_user3_is_landlord_update(); break; } for (i = 0; i < temp_number; i++) { drawImg(660 + i * 25, 400, &img[temp_img[i]]); } } } if (state == 1) { temp_number = 0; for (i = user2_card_number - 1; i >= 0; i--) { if (clicktimes[i] == 1) { temp_img[temp_number] = user2[i]; temp[temp_number] = user2_compare[i]; user2[i] = 0; user2_compare[i] = 0; flag = 0; clicktimes[i] = 0; temp_number++; } } sort_cards(user2, user2_card_number); sort_cards(user2_compare, user2_card_number); user2_card_number -= temp_number; } else if (state == 0) { flag++; } update_with_play_card(); temp_card_is_what(); if (type_is_what() == 3) { drawImg(500, 400, &img_san2); } if (type_is_what() == 4) { drawImg(500, 400, &img_bomb2); } if (type_is_what() == 5) { drawImg(500, 400, &img_kingbomb2); } if (type_is_what() == 6) { drawImg(500, 400, &img_sandaiyi2); } if (type_is_what() == 9) { drawImg(500, 400, &img_sidaier2); } if (type_is_what() == 10 || type_is_what() == 11) { drawImg(500, 400, &img_plane2); } Sleep(100); } void user3_play_directly() { temp_number = 1; temp_img[0] = user3[user3_card_number - 1]; temp[0] = user3_compare[user3_card_number - 1]; user3[user3_card_number - 1] = 0; user3_compare[user3_card_number - 1] = 0; sort_cards(user3, user3_card_number); sort_cards(user3_compare, user3_card_number); user3_card_number--; flag = 0; update_with_play_card(); } void user3_play_compare() { int i, j, k, q, m, k1, n, k2; temp_card_is_what(); if (type_is_what() == 1) { for (j = user3_card_number - 1; j >= 0; j--) { if (user3_compare[j] > temp[0]) { temp_number = 1; temp_img[0] = user3[j]; temp[0] = user3_compare[j]; user3[j] = 0; user3_compare[j] = 0; sort_cards(user3, user3_card_number); sort_cards(user3_compare, user3_card_number); user3_card_number--; flag = 0; update_with_play_card(); break; } } if (j == -1)flag++; } if (type_is_what() == 2) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 2 && i > temp[0]) { k = i; temp_number = 2; user3_deal_and_play_card(0, temp_number, k); update_with_play_card(); break; } } if (i == 18)flag++; } if (type_is_what() == 3) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 3 && i > temp[0]) { k = i; temp_number = 3; user3_deal_and_play_card(0, temp_number, k); update_with_play_card(); drawImg(500, 400, &img_san2); Sleep(100); break; } } if (i == 18)flag++; } if (type_is_what() == 4) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 4 && i > temp[0]) { k = i; temp_number = 4; user3_deal_and_play_card(0, temp_number, k); update_with_play_card(); drawImg(500, 400, &img_bomb2); Sleep(100); break; } } if (i == 18)flag++; } if (type_is_what() == 5) { flag++; } if (type_is_what() == 6) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 3 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user3[m] >= 1) { k1 = m; temp_number = 3; user3_deal_and_play_card(0, temp_number, k); temp_number++; user3_deal_and_play_card(3, temp_number, k1); update_with_play_card(); drawImg(500, 400, &img_sandaiyi2); Sleep(100); break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 7) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 3 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user3[m] >= 2) { k1 = m; temp_number = 3; user3_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; user3_deal_and_play_card(3, temp_number, k1); update_with_play_card(); break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 8) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 4 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user3[m] >= 1) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != k1 && user3[n] >= 1) { k2 = n; temp_number = 4; user3_deal_and_play_card(0, temp_number, k); temp_number++; user3_deal_and_play_card(4, temp_number, k1); temp_number++; user3_deal_and_play_card(5, temp_number, k2); update_with_play_card(); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 9) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 4 && i > temp_card_type[0]) { k = i; for (m = 3; m < 18; m++) { if (m != k && user3[m] >= 2) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != k1 && user3[n] >= 2) { k2 = n; temp_number = 4; user3_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; user3_deal_and_play_card(4, temp_number, k1); temp_number++; temp_number++; user3_deal_and_play_card(6, temp_number, k2); update_with_play_card(); drawImg(500, 400, &img_sidaier2); Sleep(100); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 10) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 3 && i > temp_card_type[0] && user3_card[i + 1] >= 3) { k = i; for (m = 3; m < 18; m++) { if (m != k && m != (k + 1) && user3[m] >= 1) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != (k + 1) && n != k1 && user3[n] >= 1) { k2 = n; temp_number = 3; user3_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; temp_number++; user3_deal_and_play_card(3, temp_number, k + 1); temp_number++; user3_deal_and_play_card(6, temp_number, k1); temp_number++; user3_deal_and_play_card(7, temp_number, k2); update_with_play_card(); drawImg(500, 400, &img_plane2); Sleep(100); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 11) { user3_compare_change_to_user3_card(); for (i = 3; i < 18; i++) { if (user3_card[i] >= 3 && i > temp_card_type[0] && user3_card[i + 1] >= 3) { k = i; for (m = 3; m < 18; m++) { if (m != k && m != (k + 1) && user3[m] >= 2) { k1 = m; for (n = 3; n < 18; n++) { if (n != k && n != (k + 1) && n != k1 && user3[n] >= 2) { k2 = n; temp_number = 3; user3_deal_and_play_card(0, temp_number, k); temp_number++; temp_number++; temp_number++; user3_deal_and_play_card(3, temp_number, k + 1); temp_number++; temp_number++; user3_deal_and_play_card(6, temp_number, k1); temp_number++; temp_number++; user3_deal_and_play_card(8, temp_number, k2); update_with_play_card(); drawImg(500, 400, &img_plane2); Sleep(100); break; } } if (n < 18)break; } } if (m < 18)break; } } if (i == 18)flag++; } if (type_is_what() == 12) { user3_compare_change_to_user3_card(); for (i = temp[0] + 1; i < 18 - temp_number - 2; i++) { for (j = i; j < i + temp_number; j++) { if (user3_card[j] < 1)break; } if (j == (i + temp_number)) { for (q = 0; q < temp_number; q++) { user3_deal_and_play_card(q, q + 1, q + i); } update_with_play_card(); break; } } if (i == (18 - temp_number - 2))flag++; } } void init()//初始化，为游戏启动做准备工作 { int i; for (i = 1; i < 55; i++) { pile[i] = i;//初始化牌堆 } srand((unsigned int)time(NULL));//使发牌随机 load_image();//加载图片 load_music();//加载音乐并播放 deal_cards();//发牌 sort_cards(user1, 17);//理牌 sort_cards(user2, 17);//理牌 sort_cards(user3, 17);//理牌 } void init_show()//显示选地主前的全部画面 { int i; drawImg(0, 0, &img_start);//输出开始界面 while (1)//判断是否点击屏幕 { m = GetMouseMsg(); if (m.uMsg == WM_LBUTTONDOWN) { break; } } show_bg_and_user();//显示背景和用户 show_mycard_image_first();//第一次显示手牌，一张张出来。 show_bottom_image();//显示底牌 show_flagcard_move();//显示标志牌移动效果 } void choose_landlord_show()//显示抢地主的过程画面 { search_flag_card();//查询哪位玩家获得了标志牌 if (first_rob == 1) { if (rand() % 2)//随机数为1，玩家一即抢得地主 { //drawImg(320, 350, &img_rob1);//显示玩家一的抢地主画面 drawImg(320, 350, &img_rob2);//显示玩家一的抢地主画面 Sleep(1000); who_is_landlord = 1;//保存谁是地主 } else//顺延至下一位 { drawImg(320, 350, &img_notrob2);//显示玩家一的不抢地主画面 Sleep(1000); //输出抢地主与不抢的框架，供真人玩家点击 drawImg(550, 690, &img_rob_2);//显示玩家二的抢地主选项 drawImg(750, 690, &img_notrob_2);//显示玩家二的不抢地主选项 while (1) { m = GetMouseMsg(); if (m.uMsg == WM_LBUTTONDOWN)//检测鼠标点击事件 { if (m.x >= 550 && m.x <= 650 && m.y >= 690 && m.y <= 740)//如果点击了抢地主的选项 { //消除框架 show_bg_and_user();//展示背景和用户 show_bottom_image();//展示底牌 drawImg(960, 50, &img[flag_card]);//展示标志牌 show_mycard_image_after();//展示不移动的手牌 drawImg(320, 350, &img_notrob2);//显示玩家一的不抢地主画面 drawImg(650, 640, &img_rob_2);//显示玩家二抢地主的画面 Sleep(1000); who_is_landlord = 2;//保存谁是地主 } else if (m.x >= 750 && m.x <= 850 && m.y >= 690 && m.y <= 740) { //消除框架 show_bg_and_user();//展示背景和用户 show_bottom_image();//展示底牌 drawImg(960, 50, &img[flag_card]);//展示标志牌 show_mycard_image_after();//展示不移动的手牌 drawImg(320, 350, &img_notrob2);//显示玩家一的不抢地主画面 drawImg(650, 640, &img_notrob_2);//显示玩家二不抢地主的画面 Sleep(1000); drawImg(500, 400, &img_123_2); Sleep(1000); who_is_landlord = 3;//保存谁是地主 } //鼠标如果做出选择，退出循环 if (m.x >= 550 && m.x <= 650 && m.y >= 690 && m.y <= 740 || m.x >= 750 && m.x <= 850 && m.y >= 690 && m.y <= 740) break; } } } } if (first_rob == 2) { //输出抢地主与不抢的框架，供真人玩家点击 drawImg(550, 690, &img_rob_2); drawImg(750, 690, &img_notrob_2); while (1) { m = GetMouseMsg(); if (m.uMsg == WM_LBUTTONDOWN)//判断鼠标点击事件 { if (m.x >= 550 && m.x <= 650 && m.y >= 690 && m.y <= 740)//如果点击到了抢地主的选项 { //消除框架 show_bg_and_user(); show_bottom_image(); drawImg(960, 50, &img[flag_card]); show_mycard_image_after(); drawImg(650, 640, &img_rob_2);//输出玩家二的抢地主画面 Sleep(1000); who_is_landlord = 2; } else if (m.x >= 750 && m.x <= 850 && m.y >= 690 && m.y <= 740)//如果点击到了不抢地主的选项 { //消除框架 show_bg_and_user(); show_bottom_image(); drawImg(960, 50, &img[flag_card]); show_mycard_image_after(); drawImg(650, 640, &img_notrob_2);//输出玩家二的不抢地主画面 Sleep(1000); if (rand() % 2)//随机数为1，玩家三即抢得地主 { drawImg(1120, 350, &img_rob2);//输出玩家三抢地主的画面 Sleep(1000); who_is_landlord = 3; } else { drawImg(1120, 350, &img_notrob2);//输出玩家三不抢地主的画面 Sleep(1000); drawImg(500, 400, &img_231_2); Sleep(1000); who_is_landlord = 1; } } //鼠标如果做出选择，退出循环 if (m.x >= 550 && m.x <= 650 && m.y >= 690 && m.y <= 740 || m.x >= 750 && m.x <= 850 && m.y >= 690 && m.y <= 740) break; } } } if (first_rob == 3) { if (rand() % 2)//随机数为1，玩家三即抢得地主 { drawImg(1120, 350, &img_rob2);//输出玩家三抢地主的画面 Sleep(1000); who_is_landlord = 3; } else { drawImg(1120, 350, &img_notrob2);//输出玩家三不抢地主的画面 Sleep(1000); if (rand() % 2)//随机数为1，玩家一即抢得地主 { drawImg(320, 350, &img_rob2);//输出玩家一抢地主的画面 Sleep(1000); who_is_landlord = 1; } else { drawImg(320, 350, &img_notrob2);//输出玩家一不抢地主的画面 Sleep(1000); drawImg(500, 400, &img_132_2); Sleep(1000); who_is_landlord = 2; } } } switch (who_is_landlord)//展示成为地主的画面 { case 1: case_user1_is_landlord(); break; case 2: case_user2_is_landlord(); break; case 3: case_user3_is_landlord(); break; } } void with_input_show() { int i; if (who_is_landlord == 1) { user1_card_number = 20; user2_card_number = 17; user3_card_number = 17; user_change_to_user_compare();//将全部用户的手牌转化为直接大小的牌，比如说1-4转化为3 user1_play_directly();//玩家一直接出牌 while (1) { if (flag == 2)//flag中存放之前是否有人未出牌，如果有2次未出，这次直接为这位玩家获得出牌权 { user2_play_directly();//玩家二直接出牌 } else { user2_play_compare();//玩家二接牌 } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0)//判断是否有人出完全部牌 { if (user2_card_number == 0 || user3_card_number == 0)//获胜，输出胜利画面 { drawImg(500, 400, &img_win2); } else//失败输出失败画面 { drawImg(500, 400, &img_lose2); } break; } if (flag == 2) { user3_play_directly(); } else { user3_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user2_card_number == 0 || user3_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } if (flag == 2) { user1_play_directly(); } else { user1_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user2_card_number == 0 || user3_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } } } else if (who_is_landlord == 2) { user1_card_number = 17; user2_card_number = 20; user3_card_number = 17; user_change_to_user_compare(); while (1)//由于玩家二率先出牌的话，场面上是没有中间已经出的牌的，但是输出已经出的牌在函数中间，所以不能使用函数 { //如不懂 可以仔细看下面代码与函数中的区别 //下面代码将在函数中介绍，请到函数中看 drawImg(650, 670, &img_play2); m = GetMouseMsg(); if (m.uMsg == WM_LBUTTONDOWN) { if (m.x >= 650 && m.x <= 750 && m.y >= 670 && m.y <= 720) break; if (m.x >= 450 && m.x <= (550 + (user2_card_number - 1) * 25)) { if (m.x <= (450 + (user2_card_number - 1) * 25) && m.y >= (760 - clicktimes[(m.x - 450) / 25] * 25) && m.y <= (910 - clicktimes[(m.x - 450) / 25] * 25)) clicktimes[(m.x - 450) / 25] = (clicktimes[(m.x - 450) / 25] + 1) % 2; else if (m.x > (450 + (user2_card_number - 1) * 25) && m.y >= (760 - clicktimes[16] * 25) && m.y <= (910 - clicktimes[16] * 25)) clicktimes[user2_card_number - 1] = (clicktimes[user2_card_number - 1] + 1) % 2; } switch (who_is_landlord) { case 1:case_user1_is_landlord_update(); break; case 2:case_user2_is_landlord_update(); break; case 3:case_user3_is_landlord_update(); break; } } } temp_number = 0; for (i = user2_card_number - 1; i >= 0; i--) { if (clicktimes[i] == 1) { temp_img[temp_number] = user2[i]; temp[temp_number] = user2_compare[i]; user2[i] = 0; user2_compare[i] = 0; flag = 0; clicktimes[i] = 0; temp_number++; } } sort_cards(user2, user2_card_number); sort_cards(user2_compare, user2_card_number); user2_card_number -= temp_number; update_with_play_card(); temp_card_is_what(); if (type_is_what() == 3) { drawImg(500, 400, &img_san2); } if (type_is_what() == 4) { drawImg(500, 400, &img_bomb2); } if (type_is_what() == 5) { drawImg(500, 400, &img_kingbomb2); } if (type_is_what() == 6) { drawImg(500, 400, &img_sandaiyi2); } if (type_is_what() == 9) { drawImg(500, 400, &img_sidaier2); } if (type_is_what() == 10 || type_is_what() == 11) { drawImg(500, 400, &img_plane2); } Sleep(100); while (1) { if (flag == 2) { user3_play_directly(); } else { user3_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user2_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } if (flag == 2) { user1_play_directly(); } else { user1_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user2_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } if (flag == 2) { user2_play_directly(); } else { user2_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user2_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } } } else if (who_is_landlord == 3) { user1_card_number = 17; user2_card_number = 17; user3_card_number = 20; user_change_to_user_compare(); user3_play_directly(); while (1) { if (flag == 2) { user1_play_directly(); } else { user1_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user1_card_number == 0 || user2_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } if (flag == 2) { user2_play_directly(); } else { user2_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user1_card_number == 0 || user2_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } if (flag == 2) { user3_play_directly(); } else { user3_play_compare(); } if (user1_card_number == 0 || user2_card_number == 0 || user3_card_number == 0) { if (user1_card_number == 0 || user2_card_number == 0) { drawImg(500, 400, &img_win2); } else { drawImg(500, 400, &img_lose2); } break; } } } } int main() { initgraph(1440, 960);//生成画布大小为1440×960 init();//初始化,为游戏启动做准备工作 while (1) { init_show();//显示选地主前的全部画面 choose_landlord_show();//显示抢地主的过程画面 with_input_show();//显示出牌阶段的画面 Sleep(3000); } _getch();//使程序不会马上退出 closegraph();//关闭画布 }
