7-27 家谱处理 (30分)--map

  1 #include <iostream>
  2 #include <string>
  3 #include <cstring>
  4 #include <cstdio>
  5 #include <map>
  6 
  7 using namespace std;
  8 
  9 int main()
 10 {
 11     int n1, n2;
 12     cin >> n1 >> n2;
 13     getchar();//需要吸收回车符，否则下面读入名字的时候会将'
'先读入
 14     map<string, int> s_to_i;//名字字符串到读入顺序的映射
 15     //map<int, string> i_to_s;
 16     int space_num[200] = {0};
 17     for (int i = 0; i < n1; i++)
 18     {
 19         int j = 0;//字符在数组中的下标            
 20         int space_cnt = 0;//暂时记录人名字前的空格数
 21         char t_name[20];//暂时储存读入名字
 22         while (1)//循环读取名字的字符
 23         {
 24             char ch = getchar();//键盘读入字符
 25             if (ch == '
')
 26             {
 27                 t_name[j] = '';
 28                 space_num[i] = space_cnt;
 29                 s_to_i[t_name] = i;
 30                 //i_to_s[i] = t_name;
 31                 break;//读取完毕，退出循环
 32             }
 33             else if (ch == ' ')
 34             {
 35                 space_cnt++;
 36             }
 37             else
 38             {
 39                 t_name[j++] = ch;
 40             }
 41         }
 42     }
 43 
 44     for (int i = 0; i < n2; i++)
 45     {
 46         char str1[20], str2[10], str3[10], str4[20], str5[10], str6[20];
 47         cin >> str1 >> str2 >> str3 >> str4 >> str5 >> str6;
 48         if (!strcmp(str4, "child"))
 49         {
 50             int flag = 1;//标志判断是否正确，正确为1，预设为1
 51             int x = s_to_i[str1], y = s_to_i[str6];
 52             if (y < x && (space_num[x] - space_num[y] == 2))
 53             {
 54                 for (int j = y + 1; j < x; j++)
 55                 {
 56                     if (space_num[j] < space_num[x])
 57                         flag = 0;
 58                 }
 59             }
 60             else flag = 0;
 61             if (flag == 1)cout << "True" << endl;
 62             else cout << "False" << endl;
 63         }
 64         else if (!strcmp(str4, "parent"))
 65         {
 66             int flag = 1;
 67             int x = s_to_i[str1], y = s_to_i[str6];
 68             if (y > x && (space_num[x] - space_num[y] == -2))
 69             {
 70                 for (int j = x + 1; j < y; j++)
 71                 {
 72                     if (space_num[j] < space_num[y])
 73                         flag = 0;
 74                 }
 75             }
 76             else flag = 0;
 77             if (flag == 1)cout << "True" << endl;
 78             else cout << "False" << endl;
 79         }
 80         else if (!strcmp(str4, "sibling"))
 81         {
 82             int flag = 1;
 83             int x = s_to_i[str1], y = s_to_i[str6];
 84             int a = x < y ? x : y;
 85             int b = x > y ? x : y;
 86             if (space_num[x] == space_num[y])
 87             {
 88                 for (int j = a + 1; j < b; j++)
 89                 {
 90                     if (space_num[j] < space_num[b])
 91                         flag = 0;
 92                 }
 93             }
 94             else flag = 0;
 95             if (flag == 1)cout << "True" << endl;
 96             else cout << "False" << endl;
 97         }
 98         else if (!strcmp(str4, "descendant"))
 99         {
100             int flag = 1;
101             int x = s_to_i[str1], y = s_to_i[str6];
102             if (x > y && (space_num[x] > space_num[y]))
103             {
104                 for (int j = y+1; j < x; j++)
105                 {
106                     if (space_num[j] == space_num[y])
107                         flag = 0;
108                 }
109             }
110             else flag = 0;
111                 if (flag == 1) cout << "True" << endl;
112             else cout << "False" << endl;
113         }
114         else if (!strcmp(str4, "ancestor"))
115         {
116             int flag = 1;
117             int x = s_to_i[str1], y = s_to_i[str6];
118             if (x < y && (space_num[x] < space_num[y]))
119             {
120                 for (int j = x+1; j < y; j++)
121                 {
122                     if (space_num[j] == space_num[x])
123                         flag = 0;
124                 }
125             }
126             else flag = 0;
127             if (flag == 1) cout << "True" << endl;
128             else cout << "False" << endl;
129         }
130     }
131     return 0;
132 }