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程序执行效果
完整源代码
// 程序：华容道
// 编译环境：Visual C++ 2010，EasyX_20211109
// 编写日期：2023.2.18
# include <math.h>
# include <graphics.h>
# include <time.h>
# include <string>
static HWND hOut; // 画布
// 定义一个结构体，树
struct Node1
{
int num; // 编号
int num_transverse; // 横向特征值
int num_portrait; // 纵向特征值
int num_other; // 其他特征值
int num_father; // 父结点
};
Node1 box[200001]; // 预制结点
// 定义一个结构体，临时存放
struct Node2
{
int num_transverse; // 横向特征值
int num_portrait; // 纵向特征值
int num_other; // 其他特征值
};
// 定义一个结构体，按钮
struct Node3
{
int posx1, posy1, posx2, posy2; // 坐标
};
// 定义一个类
class Gary
{
public:
void carry(); // 主进程
void initialization(); // 初始化
void move(); // 窗口主视角函数
void draw_scene(int num_box); // 绘制界面函数
void create(); // 生成函数
void decode(); // 解码函数
void code(); // 编码函数
void check(int a, int b, int c); // 检测重复函数
void single_space(int mode); // 单格移动函数
void double_space(); // 双哥移动函数
void over(); // 结束判断函数
void game(); // 游戏函数
void solve(); // 求解函数
int exit_carry; // 主循函数控制参数
int exit_move; // 开始界面控制参数
int num_double[31]; // 辅助数据存入
int num_step; // 树层数
int num_eat; // 求解链长度参数
int num_start; // 求解起点参数
int num_over; // 求解终点参数
int num_mod; // 游戏模式
int box_transverse[6]; // 横向
int box_portrait[6]; // 纵向
int box_big; // 大格
int box_space[2]; // 空格
int num_transverse; // 横向数量
int num_portrait; // 纵向数量
int pan[30]; // 棋盘信息
double num_flag; // 树结点标记系数
double num_flag1; // 树结点标记系数
IMAGE* img_transverse; // 横块图片
IMAGE* img_portrait; // 纵块图片
IMAGE* img_small; // 小块图片
IMAGE* img_big; // 大块图片
IMAGE* img_space; // 空格图片
ExMessage m; // 鼠标定义
Node2 eat[200]; // 临时存放结点
Node3 box_button[20]; // 按钮，预制
};
// 场景绘制函数
void Gary::draw_scene(int num_box)
{
int i, j;
// 横向
for(i = 0; i < num_transverse; i++)
{
box_transverse[i] = ( eat[num_box].num_transverse & ( num_double[i * 5 + 5] - num_double[i * 5] ) ) / num_double[i * 5];
}
// 纵向
for(i = 0; i < num_portrait; i++)
{
box_portrait[i] = ( eat[num_box].num_portrait & ( num_double[i * 5 + 5] - num_double[i * 5] ) ) / num_double[i * 5];
}
// 大格
box_big = ( eat[num_box].num_other & ( num_double[21] - num_double[16] ) ) / num_double[16];
// 空格
box_space[0] = ( eat[num_box].num_other & ( num_double[13] - num_double[8] ) ) / num_double[8];
box_space[1] = ( eat[num_box].num_other & ( num_double[5] - num_double[0] ) );
// 初始化
for(i = 0; i < 20; i++)
{
pan[i] = -1;
}
// 横向
for(i = 0; i < num_transverse; i++)
{
pan[box_transverse[i]] = 2;
pan[box_transverse[i] + 1] = 5;
}
// 纵向
for(i = 0; i < num_portrait; i++)
{
pan[box_portrait[i]] = 3;
pan[box_portrait[i] + 4] = 5;
}
// 大格
pan[box_big] = 1;
pan[box_big + 1] = 5;
pan[box_big + 4] = 5;
pan[box_big + 5] = 5;
// 空格
pan[box_space[0]] = 0;
pan[box_space[1]] = 0;
// 小块
for(j = 0; j < 20; j++)
{
if(pan[j] == -1)
{
pan[j] = 4;
}
}
// 背景绘制
setbkcolor(RGB(136, 192, 160));
cleardevice();
// 棋盘绘制
setlinestyle(PS_SOLID, 3);
setfillcolor(RGB(73, 130, 120));
setlinecolor(RGB(168, 226, 195));
fillroundrect(20, 15, 25 + 102 * 4, 30 + 102 * 5, 30, 30);
for(i = 0; i < 20; i++)
{
// 根据格子类型绘制
switch(pan[i])
{
case 0:putimage(25 + i % 4 * 102, 25 + i / 4 * 102, img_space); break;
case 1:putimage(25 + i % 4 * 102, 25 + i / 4 * 102, img_big); break;
case 2:putimage(25 + i % 4 * 102, 25 + i / 4 * 102, img_transverse); break;
case 3:putimage(25 + i % 4 * 102, 25 + i / 4 * 102, img_portrait); break;
case 4:putimage(25 + i % 4 * 102, 25 + i / 4 * 102, img_small); break;
default:break;
}
// 出口绘制
if(pan[i] == 0 && ( i == 13 || i == 14 || i == 17 || i == 18 ))
{
setlinecolor(RGB(230, 230, 230));
setlinestyle(PS_SOLID, 10);
setfillcolor(RGB(112, 180, 167));
fillcircle(25 + 51 + i % 4 * 102, 25 + 51 + i / 4 * 102, 20);
setlinecolor(RGB(168, 226, 195));
setfillcolor(RGB(73, 130, 120));
setlinestyle(PS_SOLID, 3);
}
}
// 按钮绘制
TCHAR s[25];
setlinecolor(RGB(155, 195, 230));
setfillcolor(RGB(80, 189, 222));
settextcolor(RGB(230, 230, 230));
settextstyle(30, 20, _T("Times New Roman"));
setbkcolor(RGB(80, 189, 222));
// 标准棋盘按钮
for(i = 0; i < 12; i++)
{
fillroundrect(box_button[i].posx1, box_button[i].posy1, box_button[i].posx2, box_button[i].posy2, 20, 20);
_stprintf_s(s, _T("%d"), i);
outtextxy(box_button[i].posx1 + 13 - 11 * ( i / 10 ), box_button[i].posy1 + 10, s);
}
// 其他按钮
settextstyle(100, 100, _T("Webdings"));
settextcolor(RGB(73, 130, 120));
setbkmode(TRANSPARENT);
// 播放，求解
outtextxy(102 - 50, 580 - 30, 0x34);
// 重置，恢复初始盘面
outtextxy(214 - 50, 580 - 30, 0x33);
// 刷新，随机盘面按钮
outtextxy(326 - 50, 580 - 30, 0x71);
// 恢复填充
setbkmode(OPAQUE);
settextcolor(RGB(230, 230, 230));
settextstyle(30, 20, _T("宋体"));
setbkcolor(RGB(136, 192, 160));
outtextxy(102 - 50, 655, _T("求解"));
outtextxy(214 - 50, 655, _T("恢复"));
outtextxy(326 - 50, 655, _T("刷新"));
FlushBatchDraw();
}
// 解码
void Gary::decode()
{
int i;
// 根据特征值画棋面
// 横向
for(i = 0; i < num_transverse; i++)
{
box_transverse[i] = ( box[int(num_flag)].num_transverse & ( num_double[i * 5 + 5] - num_double[i * 5] ) ) / num_double[i * 5];
}
// 纵向
for(i = 0; i < num_portrait; i++)
{
box_portrait[i] = ( box[int(num_flag)].num_portrait & ( num_double[i * 5 + 5] - num_double[i * 5] ) ) / num_double[i * 5];
}
// 大格
box_big = ( box[int(num_flag)].num_other & ( num_double[21] - num_double[16] ) ) / num_double[16];
// 空格
box_space[0] = ( box[int(num_flag)].num_other & ( num_double[13] - num_double[8] ) ) / num_double[8];
box_space[1] = ( box[int(num_flag)].num_other & ( num_double[5] - num_double[0] ) );
}
// 检查重复函数
void Gary::check(int a, int b, int c)
{
int k, t;
// 全局检测
k = 0;
for(t = int(num_flag1 - 1); t >= 0; t--)
{
if(box[t].num_transverse == a && box[t].num_portrait == b && box[t].num_other == c) { k = 1; break; }
}
// 不重复则生成子结点
if(k == 0)
{
// 特征值录入，父结点录入
box[int(num_flag1)].num_transverse = a;
box[int(num_flag1)].num_portrait = b;
box[int(num_flag1)].num_other = c;
box[int(num_flag1)].num_father = int(num_flag);
// 编号
box[int(num_flag1)].num = box[box[int(num_flag1)].num_father].num + 1;
// 层数
if(box[int(num_flag1)].num > num_step)
{
// 加层
num_step = box[int(num_flag1)].num;
// 进度条绘制
setlinecolor(RGB(155, 195, 230));
setfillcolor(RGB(155, 195, 230));
fillroundrect(50, 640, int(70.0 + 330.0 * double(num_eat + num_step) / 120.0), 650, 20, 20);
FlushBatchDraw();
}
// 标记加一
num_flag1++;
}
}
// 单空格移动函数
void Gary::single_space(int mode)
{
int i, j, k;
int a, b, c;
int t;
// 空格读取
i = box_big;
j = ( mode == 0 ? box_space[0] : box_space[1] );
k = ( mode == 0 ? box_space[1] : box_space[0] );
// 空格
// 上（不是大块，不是另一个空格，不在最上测，不是横块）
if(j - 4 != i + 4 && j - 4 != i + 5 && j - 4 != k && j > 3)
{
for(t = 0; t < num_transverse; t++)
{
if(j - 4 == box_transverse[t] || j - 4 == box_transverse[t] + 1)break;
}
// 不是横块
if(t == num_transverse)
{
for(t = 0; t < num_portrait; t++)
{
if(j - 4 == box_portrait[t] + 4)break;
}
a = box[int(num_flag)].num_transverse;
// 不是纵块
if(t == num_portrait)
{
b = box[int(num_flag)].num_portrait;
c = ( mode == 0 ? ( i * num_double[16] + ( j - 4 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j - 4 ) * num_double[0] ) );
}
// 是
else
{
b = box[int(num_flag)].num_portrait + 4 * num_double[t * 5];
c = ( mode == 0 ? ( i * num_double[16] + ( j - 8 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j - 8 ) * num_double[0] ) );
}
check(a, b, c);
}
}
// 下（不是大块，不是另一个空格，不在最下测，不是横块）
if(j + 4 != i && j + 4 != i + 1 && j + 4 != k && j < 16)
{
for(t = 0; t < num_transverse; t++)
{
if(j + 4 == box_transverse[t] || j + 4 == box_transverse[t] + 1)break;
}
if(t == num_transverse)
{
for(t = 0; t < num_portrait; t++)
{
if(j + 4 == box_portrait[t])break;
}
a = box[int(num_flag)].num_transverse;
// 不是纵块
if(t == num_portrait)
{
b = box[int(num_flag)].num_portrait;
c = ( mode == 0 ? ( i * num_double[16] + ( j + 4 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j + 4 ) * num_double[0] ) );
}
// 是
else
{
b = box[int(num_flag)].num_portrait - 4 * num_double[t * 5];
c = ( mode == 0 ? ( i * num_double[16] + ( j + 8 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j + 8 ) * num_double[0] ) );
}
check(a, b, c);
}
}
// 左（不是大块，不是另一个空格，不在最左测，不是纵块）
if(j - 1 != i + 5 && j - 1 != i + 1 && j - 1 != k && j % 4 != 0)
{
for(t = 0; t < num_portrait; t++)
{
if(j - 1 == box_portrait[t] || j - 1 == box_portrait[t] + 4)break;
}
if(t == num_portrait)
{
for(t = 0; t < num_transverse; t++)
{
if(j - 1 == box_transverse[t] + 1)break;
}
b = box[int(num_flag)].num_portrait;
// 不是横块
if(t == num_transverse)
{
a = box[int(num_flag)].num_transverse;
c = ( mode == 0 ? ( i * num_double[16] + ( j - 1 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j - 1 ) * num_double[0] ) );
}
// 是横块
else
{
a = box[int(num_flag)].num_transverse + 1 * num_double[t * 5];
c = ( mode == 0 ? ( i * num_double[16] + ( j - 2 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j - 2 ) * num_double[0] ) );
}
check(a, b, c);
}
}
// 右（不是大块，不是另一个空格，不在最右测，不是纵块）
if(j + 1 != i && j + 1 != i + 4 && j + 1 != k && j % 4 != 3)
{
for(t = 0; t < num_portrait; t++)
{
if(j + 1 == box_portrait[t] || j + 1 == box_portrait[t] + 4)break;
}
if(t == num_portrait)
{
for(t = 0; t < num_transverse; t++)
{
if(j + 1 == box_transverse[t])break;
}
b = box[int(num_flag)].num_portrait;
// 不是横块
if(t == num_transverse)
{
a = box[int(num_flag)].num_transverse;
c = ( mode == 0 ? ( i * num_double[16] + ( j + 1 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j + 1 ) * num_double[0] ) );
}
// 是横块
else
{
a = box[int(num_flag)].num_transverse - 1 * num_double[t * 5];
c = ( mode == 0 ? ( i * num_double[16] + ( j + 2 ) * num_double[8] + k * num_double[0] ) : ( i * num_double[16] + k * num_double[8] + ( j + 2 ) * num_double[0] ) );
}
check(a, b, c);
}
}
}
// 双空格移动函数
void Gary::double_space()
{
int i, j, k, t, a, b, c;
// 读取
i = box_big;
j = box_space[0];
k = box_space[1];
// 大格移动
// 上
if(i > 3 && ( ( i - 4 == k && i - 3 == j ) || ( i - 4 == j && i - 3 == k ) ))
{
a = box[int(num_flag)].num_transverse;
b = box[int(num_flag)].num_portrait;
c = ( i - 4 ) * num_double[16] + ( j + 8 ) * num_double[8] + ( k + 8 ) * num_double[0];
check(a, b, c);
}
// 下
if(i < 12 && ( ( i + 8 == k && i + 9 == j ) || ( i + 8 == j && i + 9 == k ) ))
{
a = box[int(num_flag)].num_transverse;
b = box[int(num_flag)].num_portrait;
c = ( i + 4 ) * num_double[16] + ( j - 8 ) * num_double[8] + ( k - 8 ) * num_double[0];
check(a, b, c);
}
// 左
if(i % 4 > 0 && ( ( i - 1 == k && i + 3 == j ) || ( i - 1 == j && i + 3 == k ) ))
{
a = box[int(num_flag)].num_transverse;
b = box[int(num_flag)].num_portrait;
c = ( i - 1 ) * num_double[16] + ( j + 2 ) * num_double[8] + ( k + 2 ) * num_double[0];
check(a, b, c);
}
// 右
if(i % 4 < 2 && ( ( i + 2 == k && i + 6 == j ) || ( i + 2 == j && i + 6 == k ) ))
{
a = box[int(num_flag)].num_transverse;
b = box[int(num_flag)].num_portrait;
c = ( i + 1 ) * num_double[16] + ( j - 2 ) * num_double[8] + ( k - 2 ) * num_double[0];
check(a, b, c);
}
// 横块
for(t = 0; t < num_transverse; t++)
{
i = box_transverse[t];
// 上
if(i > 3 && ( ( i - 4 == k && i - 3 == j ) || ( i - 4 == j && i - 3 == k ) ))
{
a = box[int(num_flag)].num_transverse - 4 * num_double[t * 5];
b = box[int(num_flag)].num_portrait;
c = box_big * num_double[16] + ( j + 4 ) * num_double[8] + ( k + 4 ) * num_double[0];
check(a, b, c);
}
// 下
if(i < 16 && ( ( i + 4 == k && i + 5 == j ) || ( i + 4 == j && i + 5 == k ) ))
{
a = box[int(num_flag)].num_transverse + 4 * num_double[t * 5];
b = box[int(num_flag)].num_portrait;
c = box_big * num_double[16] + ( j - 4 ) * num_double[8] + ( k - 4 ) * num_double[0];
check(a, b, c);
}
}
// 纵块
for(t = 0; t < num_portrait; t++)
{
i = box_portrait[t];
// 左
if(i % 4 > 0 && ( ( i - 1 == k && i + 3 == j ) || ( i - 1 == j && i + 3 == k ) ))
{
a = box[int(num_flag)].num_transverse;
b = box[int(num_flag)].num_portrait - 1 * num_double[t * 5];
c = box_big * num_double[16] + ( j + 1 ) * num_double[8] + ( k + 1 ) * num_double[0];
check(a, b, c);
}
// 右
if(i % 4 < 3 && ( ( i + 1 == k && i + 5 == j ) || ( i + 1 == j && i + 5 == k ) ))
{
a = box[int(num_flag)].num_transverse;
b = box[int(num_flag)].num_portrait + 1 * num_double[t * 5];
c = box_big * num_double[16] + ( j - 1 ) * num_double[8] + ( k - 1 ) * num_double[0];
check(a, b, c);
}
}
}
// 结束判断函数
void Gary::over()
{
// 大格移动至求解终点参数
if(( box[int(num_flag)].num_other & 0xff0000 ) / num_double[16] == num_over || num_flag1 < num_flag)
{
num_start = 1;
}
}
// 编码函数
void Gary::code()
{
int i, j, k;
// 解码
decode();
// 横块排序
for(i = 0; i < num_transverse - 1; i++)
{
for(j = num_transverse - 1; j > i; j--)
{
if(box_transverse[j] > box_transverse[j - 1])
{
k = box_transverse[j];
box_transverse[j] = box_transverse[j - 1];
box_transverse[j - 1] = k;
}
}
}
// 纵块排序
for(i = 0; i < num_portrait - 1; i++)
{
for(j = num_portrait - 1; j > i; j--)
{
if(box_portrait[j] > box_portrait[j - 1])
{
k = box_portrait[j];
box_portrait[j] = box_portrait[j - 1];
box_portrait[j - 1] = k;
}
}
}
// 空格排序
if(box_space[0] > box_space[1])
{
k = box_space[0];
box_space[0] = box_space[1];
box_space[1] = k;
}
// 编码
box[int(num_flag)].num_transverse = 0;
box[int(num_flag)].num_portrait = 0;
for(i = 0; i < 6; i++)
{
box[int(num_flag)].num_transverse += box_transverse[i] * num_double[i * 5];
box[int(num_flag)].num_portrait += box_portrait[i] * num_double[i * 5];
}
box[int(num_flag)].num_other = box_big * num_double[16] + box_space[0] * num_double[8] + box_space[1] * num_double[0];
}
// 生成函数
void Gary::create()
{
// 棋盘初状态储存
// 横向
box[0].num_transverse = 0;
// 纵向
box[0].num_portrait = 0;
// 标准棋盘
// 棋盘参数
switch(num_mod)
{
case 0:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 9;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 3;
box_portrait[2] = 8;
box_portrait[3] = 11;
num_portrait = 4;
// 空格
box_space[0] = 17;
box_space[1] = 18;
break;
}
case 1:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 9;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 3;
box_portrait[2] = 12;
box_portrait[3] = 15;
num_portrait = 4;
// 空格
box_space[0] = 17;
box_space[1] = 18;
break;
}
case 2:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 9;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 8;
box_portrait[2] = 13;
box_portrait[3] = 14;
num_portrait = 4;
// 空格
box_space[0] = 16;
box_space[1] = 19;
break;
}
case 3:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 13;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 3;
box_portrait[2] = 12;
box_portrait[3] = 15;
num_portrait = 4;
// 空格
box_space[0] = 17;
box_space[1] = 18;
break;
}
case 4:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 17;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 3;
box_portrait[2] = 9;
box_portrait[3] = 10;
num_portrait = 4;
// 空格
box_space[0] = 8;
box_space[1] = 11;
break;
}
case 5:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 9;
num_transverse = 1;
// 纵格
box_portrait[0] = 8;
box_portrait[1] = 11;
box_portrait[2] = 13;
box_portrait[3] = 14;
num_portrait = 4;
// 空格
box_space[0] = 16;
box_space[1] = 19;
break;
}
case 6:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 10;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 3;
box_portrait[2] = 12;
box_portrait[3] = 13;
num_portrait = 4;
// 空格
box_space[0] = 18;
box_space[1] = 19;
break;
}
case 7:
{
// 大格
box_big = 1;
// 横格
box_transverse[0] = 9;
num_transverse = 1;
// 纵格
box_portrait[0] = 4;
box_portrait[1] = 7;
box_portrait[2] = 12;
box_portrait[3] = 15;
num_portrait = 4;
// 空格
box_space[0] = 17;
box_space[1] = 18;
break;
}
case 8:
{
// 大格
box_big = 0;
// 横格
box_transverse[0] = 8;
num_transverse = 1;
// 纵格
box_portrait[0] = 2;
box_portrait[1] = 3;
box_portrait[2] = 12;
box_portrait[3] = 13;
num_portrait = 4;
// 空格
box_space[0] = 18;
box_space[1] = 19;
break;
}
case 9:
{
// 大格
box_big = 5;
// 横格
box_transverse[0] = 13;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 3;
box_portrait[2] = 8;
box_portrait[3] = 11;
num_portrait = 4;
// 空格
box_space[0] = 18;
box_space[1] = 19;
break;
}
case 10:
{
// 大格
box_big = 5;
// 横格
box_transverse[0] = 1;
num_transverse = 1;
// 纵格
box_portrait[0] = 12;
box_portrait[1] = 13;
box_portrait[2] = 14;
box_portrait[3] = 15;
num_portrait = 4;
// 空格
box_space[0] = 0;
box_space[1] = 3;
break;
}
case 11:
{
// 大格
box_big = 5;
// 横格
box_transverse[0] = 13;
num_transverse = 1;
// 纵格
box_portrait[0] = 0;
box_portrait[1] = 3;
box_portrait[2] = 11;
box_portrait[3] = 12;
num_portrait = 4;
// 空格
box_space[0] = 17;
box_space[1] = 18;
break;
}
default:break;
}
int i, j, k, t;
// 随机棋盘
if(num_mod == 12)
{
// 初始化
for(i = 0; i < 20; i++)
{
pan[i] = 0;
}
// 大格生成
box_big = rand() % 3;
pan[box_big] = 1;
pan[box_big + 1] = 5;
pan[box_big + 4] = 6;
pan[box_big + 5] = 7;
// 横块生成
i = rand() % 2 + 2;
k = 19;
for(j = 0; j < i; j++)
{
while(k > 18 || k % 4 > 2 || pan[k] != 0 || pan[k + 1] != 0)
{
k = rand() % 19;
}
box_transverse[j] = k;
pan[k] = 2;
pan[k + 1] = 8;
}
num_transverse = i;
// 纵块生成
t = rand() % 2 + 1;
k = 19;
for(j = 0; j < t; j++)
{
while(k > 15 || k / 4 > 3 || pan[k] != 0 || pan[k + 4] != 0)
{
k = rand() % 16;
}
box_portrait[j] = k;
pan[k] = 3;
pan[k + 4] = 9;
}
num_portrait = t;
// 空格生成
box_space[0] = 17;
while(pan[box_space[0]] != 0)
{
box_space[0] = rand() % 20;
}
pan[box_space[0]] = 4;
// 空格
box_space[1] = 18;
while(pan[box_space[1]] != 0)
{
box_space[1] = rand() % 20;
}
pan[box_space[1]] = 4;
// 小块生成
for(k = 0; k < 20; k++)
{
if(pan[k] == 4) { pan[k] = 0; }
else if(pan[k] == 0) { pan[k] = 4; }
}
}
// 编码
for(i = 0; i < 6; i++)
{
box[0].num_transverse += box_transverse[i] * num_double[i * 5];
box[0].num_portrait += box_portrait[i] * num_double[i * 5];
}
box[0].num_other = box_big * num_double[16] + box_space[0] * num_double[8] + box_space[1] * num_double[0];
box[0].num_father = -1;
// 求解链初始化
eat[0].num_transverse = box[0].num_transverse;
eat[0].num_portrait = box[0].num_portrait;
eat[0].num_other = box[0].num_other;
}
// 求解函数
void Gary::solve()
{
int i, j, k;
// 进度条绘制
setlinecolor(RGB(155, 195, 230));
setfillcolor(RGB(73, 130, 120));
fillroundrect(50, 640, 400, 650, 20, 20);
FlushBatchDraw();
// 初始化
box[0].num_transverse = eat[num_eat].num_transverse;
box[0].num_portrait = eat[num_eat].num_portrait;
box[0].num_other = eat[num_eat].num_other;
// 参数初始化
num_step = 0;
num_flag = 0;
num_flag1 = 1;
// 编码
code();
num_start = 0;
while(num_start == 0)
{
// 解码
decode();
// 两情况大类
// 双空格移动
double_space();
// 单空格移动
single_space(0);
single_space(1);
// 标记数加一
num_flag++;
// 编码
code();
// 结束判断函数
over();
// 随机盘面无解判断
if(num_flag >= num_flag1 || ( num_mod == 12 && ( num_flag1 > 100000 || num_step > 100 ) ))
{
num_start = 2;
exit_move = 1;
}
}
// 统计步数
k = 0;
for(i = int(num_flag); box[i].num_father >= 0; i = box[i].num_father)
{
k++;
}
j = k;
// 解题过程录入
for(i = int(num_flag); k > 0; i = box[i].num_father)
{
eat[num_eat + k].num_transverse = box[i].num_transverse;
eat[num_eat + k].num_portrait = box[i].num_portrait;
eat[num_eat + k].num_other = box[i].num_other;
k--;
}
// 求解链长度参数更新
num_eat += j;
}
// 初始化函数
void Gary::initialization()
{
int i, j;
// 随机种子初始化
srand((unsigned)time(NULL));
// 自动解题参数初始化
num_start = 0;
// 系数初始化
j = 1;
for(i = 0; i < 31; i++)
{
num_double[i] = j;
j *= 2;
}
// 游戏模式初始化
num_mod = 0;
// 绘制相关初始化
// 空格绘制
img_space = new IMAGE(100, 100);
// 初始化处理区域
SetWorkingImage(img_space);
setbkcolor(RGB(73, 130, 120));
cleardevice();
// 绘制
setfillcolor(RGB(112, 180, 167));
solidroundrect(0 + 5, 0 + 5, 100 - 5, 100 - 5, 30, 30);
SetWorkingImage();
// 横块绘制
img_transverse = new IMAGE(200, 100);
// 初始化处理区域
SetWorkingImage(img_transverse);
setbkcolor(RGB(73, 130, 120));
cleardevice();
// 绘制
setfillcolor(RGB(174, 213, 111));
solidroundrect(0, 0, 200, 100, 30, 30);
setfillcolor(RGB(221, 245, 164));
solidroundrect(5, 0, 195, 80, 20, 20);
setfillcolor(RGB(152, 201, 95));
solidroundrect(5, 80, 195, 100, 20, 20);
setfillcolor(RGB(188, 242, 122));
solidroundrect(5, 6, 189, 79, 15, 15);
setfillcolor(RGB(153, 203, 96));
solidcircle(22, 16, 4);
solidcircle(178, 16, 4);
solidcircle(22, 65, 4);
solidcircle(178, 65, 4);
SetWorkingImage();
// 纵块绘制
img_portrait = new IMAGE(100, 200);
// 初始化处理区域
SetWorkingImage(img_portrait);
setbkcolor(RGB(73, 130, 120));
cleardevice();
// 绘制
setfillcolor(RGB(75, 113, 179));
solidroundrect(0, 0, 100, 200, 30, 30);
setfillcolor(RGB(153, 188, 247));
solidroundrect(5, 0, 95, 180, 20, 20);
setfillcolor(RGB(64, 96, 151));
solidroundrect(5, 180, 95, 200, 20, 20);
setfillcolor(RGB(99, 147, 231));
solidroundrect(5, 6, 89, 179, 15, 15);
setfillcolor(RGB(73, 111, 180));
solidcircle(22, 16, 4);
solidcircle(78, 16, 4);
solidcircle(22, 165, 4);
solidcircle(78, 165, 4);
SetWorkingImage();
// 小块绘制
img_small = new IMAGE(100, 100);
// 初始化处理区域
SetWorkingImage(img_small);
setbkcolor(RGB(73, 130, 120));
cleardevice();
// 绘制
setfillcolor(RGB(208, 174, 47));
solidroundrect(0, 0, 100, 100, 30, 30);
setfillcolor(RGB(254, 234, 158));
solidroundrect(5, 0, 95, 80, 20, 20);
setfillcolor(RGB(186, 145, 38));
solidroundrect(5, 80, 95, 100, 20, 20);
setfillcolor(RGB(254, 217, 81));
solidroundrect(5, 6, 89, 79, 15, 15);
setfillcolor(RGB(202, 168, 43));
solidcircle(22, 16, 4);
solidcircle(78, 16, 4);
solidcircle(22, 65, 4);
solidcircle(78, 65, 4);
SetWorkingImage();
// 大块绘制
img_big = new IMAGE(200, 200);
// 初始化处理区域
SetWorkingImage(img_big);
setbkcolor(RGB(73, 130, 120));
cleardevice();
// 绘制
setfillcolor(RGB(215, 102, 65));
solidroundrect(0, 0, 200, 200, 30, 30);
setfillcolor(RGB(254, 195, 166));
solidroundrect(5, 0, 195, 180, 20, 20);
setfillcolor(RGB(194, 98, 62));
solidroundrect(5, 180, 195, 200, 20, 20);
setfillcolor(RGB(252, 153, 108));
solidroundrect(5, 6, 189, 179, 15, 15);
setfillcolor(RGB(210, 100, 60));
solidcircle(22, 16, 4);
solidcircle(178, 16, 4);
solidcircle(22, 165, 4);
solidcircle(178, 165, 4);
POINT pts[20];
setfillcolor(RGB(254, 195, 166));
setlinecolor(RGB(254, 195, 166));
pts[0].x = 100; pts[0].y = 125;
pts[1].x = 125; pts[1].y = 100;
pts[2].x = 150; pts[2].y = 100;
pts[3].x = 100; pts[3].y = 150;
pts[4].x = 50; pts[4].y = 100;
pts[5].x = 75; pts[5].y = 100;
// 绘制
fillpolygon(pts, 6);
pts[0].x = 100; pts[0].y = 125 - 60;
pts[1].x = 125; pts[1].y = 100 - 60;
pts[2].x = 150; pts[2].y = 100 - 60;
pts[3].x = 100; pts[3].y = 150 - 60;
pts[4].x = 50; pts[4].y = 100 - 60;
pts[5].x = 75; pts[5].y = 100 - 60;
// 绘制
fillpolygon(pts, 6);
SetWorkingImage();
// 按钮初始化
for(i = 0; i < 12; i++)
{
box_button[i].posx1 = 458 + i % 2 * 70;
box_button[i].posy1 = 40 + i / 2 * 100;
box_button[i].posx2 = 508 + i % 2 * 70;
box_button[i].posy2 = 90 + i / 2 * 100;
}
// 棋盘初始化
create();
// 棋盘初始化
for(i = 0; i < 20; i++)
{
switch(pan[i])
{
case 1: {pan[i + 1] = 5; pan[i + 4] = 6; pan[i + 5] = 7; break; }
case 2: {pan[i + 1] = 8; break; }
case 3: {pan[i + 4] = 9; break; }
default:break;
}
}
// 绘制初始
draw_scene(0);
}
// 游戏函数
void Gary::game()
{
int i, j, k;
// 点哪个格子了
i = ( m.y - 25 ) / 102 * 4 + ( m.x - 25 ) / 102;
// 非空格子
if(pan[i] > 0)
{
// 标记
setfillcolor(WHITE);
solidcircle(25 + 51 + i % 4 * 102, 25 + 51 + i / 4 * 102, 5);
FlushBatchDraw();
// 分类讨论整理
switch(pan[i])
{
case 5: {i = i - 1; break; }
case 6: {i = i - 4; break; }
case 7: {i = i - 5; break; }
case 8: {i = i - 1; break; }
case 9: {i = i - 4; break; }
default:break;
}
// 又移动到哪个空格子了
k = 0;
while(k == 0)
{
// 鼠标信息
if(peekmessage(&m, EM_MOUSE | EM_KEY))
{
// 左键单击判断
if(m.message == WM_LBUTTONDOWN)
{
// 单击在棋盘范围
if(m.x > 20 && m.x < 433 && m.y>15 && m.y < 540)
{
j = ( m.y - 25 ) / 102 * 4 + ( m.x - 25 ) / 102;
if(pan[j] == 0)
{
k = 1;
}
else
{
k = 2;
}
}
}
else if(m.message == WM_MOUSEMOVE)
{
// 单击在棋盘范围
if(m.x > 20 && m.x < 433 && m.y>15 && m.y < 540)
{
j = ( m.y - 25 ) / 102 * 4 + ( m.x - 25 ) / 102;
if(pan[j] == 0)
{
k = 1;
}
}
}
}
}
// 点击空格时分类讨论
if(k == 1)
{
switch(pan[i])
{
// 大格
case 1:
{
// 上
if(( j == i - 3 || j == i - 4 ) && pan[i - 4] == 0 && pan[i - 3] == 0 && i / 4 > 0)
{
pan[i - 4] = 1;
pan[i + 4] = 0;
pan[i + 5] = 0;
}
// 下
else if(( j == i + 8 || j == i + 9 ) && pan[i + 8] == 0 && pan[i + 9] == 0 && i / 4 < 3)
{
pan[i + 4] = 1;
pan[i] = 0;
pan[i + 1] = 0;
}
// 左
else if(( j == i - 1 || j == i + 3 ) && pan[i - 1] == 0 && pan[i + 3] == 0 && i % 4 > 0)
{
pan[i - 1] = 1;
pan[i + 1] = 0;
pan[i + 5] = 0;
}
// 右
else if(( j == i + 2 || j == i + 6 ) && pan[i + 2] == 0 && pan[i + 6] == 0 && i % 4 < 2)
{
pan[i + 1] = 1;
pan[i] = 0;
pan[i + 4] = 0;
}
break;
}
// 横格
case 2:
{
// 上
if(( j == i - 3 || j == i - 4 ) && pan[i - 4] == 0 && pan[i - 3] == 0 && i / 4 > 0)
{
pan[i - 4] = 2;
pan[i] = 0;
pan[i + 1] = 0;
}
// 下
else if(( j == i + 4 || j == i + 5 ) && pan[i + 4] == 0 && pan[i + 5] == 0 && i / 4 < 4)
{
pan[i + 4] = 2;
pan[i] = 0;
pan[i + 1] = 0;
}
// 左
else if(j == i - 1 && pan[i - 1] == 0 && i % 4 > 0)
{
pan[i - 1] = 2;
pan[i + 1] = 0;
}
// 右
else if(j == i + 2 && pan[i + 2] == 0 && i % 4 <&n