题意就不说了，就是模拟一个机场的起降时间
如果当前时刻不能起飞，则推迟10分钟再次尝试
这题里面还包含一个历法子问题，甚是麻烦。。于是就用了各种C++面向对象技术把条理理清楚
历法的详细解释在题目最底端，不是我们用的公历
直接贴代码了
1 # include <cstdio>
2 # include <queue>
3 # include <cstdlib>
4 # include <vector>
5 # include <cstring>
6 using namespace std;
7 struct Time
8 {
9 int s,m,h,ms;
10 Time(char *str)
11 {
12 h=atoi(strtok(str,":"));
13 m=atoi(strtok(NULL,":"));
14 s=atoi(strtok(NULL,"."));
15 ms=atoi(strtok(NULL,"."));
16 }
17 Time(){}
18 void print()
19 {
20 printf("%s%d:%s%d:%s%d.",h<10?"0":"",h,m<10?"0":"",m,s<10?"0":"",s);
21 if(ms<10) printf("00");
22 else if(ms<100) printf("0");
23 printf("%d",ms);
24 }
25 bool operator>(const Time &a) const
26 {
27 if(h!=a.h) return h>a.h;
28 else if(m!=a.m) return m>a.m;
29 else if(s!=a.s) return s>a.s;
30 else return ms>a.ms;
31 }
32 bool operator!=(const Time &a) const
33 {
34 return s!=a.s||m!=a.m||h!=a.h||ms!=a.ms;
35 }
36 Time operator+(const Time &a)
37 {
38 Time tmp=*this;
39 tmp.ms+=a.ms;
40 tmp.s+=a.s;
41 tmp.h+=a.h;
42 tmp.m+=a.m;
43 tmp.s+=tmp.ms/1000;
44 tmp.ms%=1000;
45 tmp.m+=tmp.s/60;
46 tmp.s%=60;
47 tmp.h+=tmp.m/60;
48 tmp.m%=60;
49 return tmp;
50 }
51 };
52 struct Date
53 {
54 Time t;
55 int y,m,d;
56 Date(){}
57 Date(char *str,const Time &tt)
58 {
59 t=tt;
60 d=atoi(strtok(str,"/"))-1;
61 m=atoi(strtok(NULL,"/"))-1;
62 y=atoi(strtok(NULL,"/"));
63 }
64 void print()
65 {
66 printf("%s%d/%s%d/%d ",d+1<10?"0":"",d+1,m+1<10?"0":"",m+1,y);
67 t.print();
68 }
69 bool operator>(const Date &a) const
70 {
71 if(y!=a.y) return y>a.y;
72 else if(m!=a.m) return m>a.m;
73 else if(d!=a.d) return d>a.d;
74 else return t>a.t;
75 }
76 bool operator!= (const Date &a) const
77 {
78 return y!=a.y||m!=a.m||d!=a.d||t!=a.t;
79 }
80 bool leap()
81 {
82 switch(y%33)
83 {
84 case 1:return 1;
85 case 5:return 1;
86 case 9:return 1;
87 case 13:return 1;
88 case 17:return 1;
89 case 22:return 1;
90 case 30:return 1;
91 default:return 0;
92 };
93 }
94 int maxday()
95 {
96 if(m<6) return 31;
97 else if(m<11) return 30;
98 else return leap()?30:29;
99 }
100 Date add(const Time &a)
101 {
102 Date tmp=*this;
103 tmp.t=tmp.t+a;
104 tmp.d+=tmp.t.h/24;
105 tmp.t.h%=24;
106 tmp.m+=tmp.d/maxday();
107 tmp.d%=maxday();
108 tmp.y+=tmp.m/12;
109 tmp.m%=12;
110 return tmp;
111 }
112 };
113 struct entry
114 {
115 bool type;//0 起飞 1 降落
116 int id;
117 Date t1,t2;
118 entry(){}
119 bool operator<(const entry &a) const
120 {
121 if(t1!=a.t1) return t1>a.t1;
122 else if(type!=a.type) return type<a.type;
123 else return id>a.id;
124 }
125 void print()
126 {
127 printf("%d ",id);
128 t1.print();
129 }
130 };
131
132 priority_queue<entry> timetable;
133 int main()
134 {
135 int testcase;
136 Time ten;
137 ten.h=ten.s=ten.ms=0;
138 ten.m=10;
139 scanf("%d",&testcase);
140 for(int test=1;test<=testcase;test++)
141 {
142 int num,left;
143 printf("Report for Test-Case #%d:\n",test);
144 scanf("%d%d",&num,&left);
145 while(num--)
146 {
147 char date[255],time[255];
148 entry tmp;
149 tmp.type=0;
150 scanf("%d %s %s",&tmp.id,date,time);
151 tmp.t1=Date(date,Time(time));
152 scanf("%s",time);
153 tmp.t2=tmp.t1.add(Time(time));
154 timetable.push(tmp);
155 }
156 while(!timetable.empty())
157 {
158 entry top=timetable.top();
159 timetable.pop();
160 if(top.type==1)
161 {
162 top.print();
163 printf(" LANDED\n");
164 left++;
165 }
166 else
167 {
168 if(left>0)
169 {
170 left--;
171 top.print();
172 printf(" ACCEPTED\n");
173 top.t1=top.t2;
174 top.type=1;
175 timetable.push(top);
176 }
177 else
178 {
179 top.print();
180 printf(" POSTPONED\n");
181 top.t1=top.t1.add(ten);
182 top.t2=top.t2.add(ten);
183 timetable.push(top);
184 }
185 }
186 }
187 printf("\n");
188 }
189 return 0;
190 }
191