魔兽世界之二：装备
A:魔兽世界之二：装备
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魔兽世界的西面是红魔军的司令部，东面是蓝魔军的司令部。两个司令部之间是依次排列的若干城市。
红司令部，City 1，City 2，……，City n，蓝司令部
两军的司令部都会制造武士。武士一共有 dragon 、ninja、iceman、lion、wolf 五种。每种武士都有编号、生命值这两种属性。
有的武士可以拥有武器。武器有三种，sword, bomb,和arrow，编号分别为0,1,2。
双方的武士编号都是从1开始计算。红方制造出来的第 n 个武士，编号就是n。同样，蓝方制造出来的第 n 个武士，编号也是n。
不同的武士有不同的特点。
dragon 可以拥有一件武器。编号为n的dragon降生时即获得编号为 n%3 的武器。dragon还有“士气”这个属性，是个浮点数，其值为它降生后其司令部剩余生命元的数量除以造dragon所需的生命元数量。
ninjia可以拥有两件武器。编号为n的ninjia降生时即获得编号为 n%3 和 (n+1)%3的武器。
iceman有一件武器。编号为n的iceman降生时即获得编号为 n%3 的武器。
lion 有“忠诚度”这个属性，其值等于它降生后其司令部剩余生命元的数目。
wolf没特点。
请注意，在以后的题目里，武士的士气，生命值，忠诚度在其生存期间都可能发生变化，都有作用，武士手中的武器随着使用攻击力也会发生变化。
武士在刚降生的时候有一个生命值。
在每个整点，双方的司令部中各有一个武士降生。
红方司令部按照 iceman、lion、wolf、ninja、dragon 的顺序循环制造武士。
蓝方司令部按照 lion、dragon、ninja、iceman、wolf 的顺序循环制造武士。
制造武士需要生命元。
制造一个初始生命值为 m 的武士，司令部中的生命元就要减少 m 个。
如果司令部中的生命元不足以制造某个按顺序应该制造的武士，那么司令部就试图制造下一个。如果所有武士都不能制造了，则司令部停止制造武士。
给定一个时间，和双方司令部的初始生命元数目，要求你将从0点0分开始到双方司令部停止制造武士为止的所有事件按顺序输出。
一共有两种事件，其对应的输出样例如下：
1) 武士降生
输出样例： 004 blue lion 5 born with strength 5,2 lion in red headquarter
表示在 4点整，编号为5的蓝魔lion武士降生，它降生时生命值为5,降生后蓝魔司令部里共有2个lion武士。(为简单起见，不考虑单词的复数形式)注意，每制造出一个新的武士，都要输出此时司令部里共有多少个该种武士。
如果造出的是dragon，那么还要输出一行，例：
It has a arrow,and it's morale is 23.34
表示该dragon降生时得到了arrow,其士气是23.34（为简单起见，本题中arrow前面的冠词用a,不用an，士气精确到小数点后面2位，四舍五入）
如果造出的是ninjia，那么还要输出一行，例：
It has a bomb and a arrow
表示该ninjia降生时得到了bomb和arrow。
如果造出的是iceman，那么还要输出一行，例：
It has a sword
表示该iceman降生时得到了sword。
如果造出的是lion，那么还要输出一行，例：
It's loyalty is 24
表示该lion降生时的忠诚度是24。
2) 司令部停止制造武士
输出样例： 010 red headquarter stops making warriors
表示在 10点整，红方司令部停止制造武士
输出事件时：
首先按时间顺序输出；
同一时间发生的事件，先输出红司令部的，再输出蓝司令部的。
每组测试数据共两行。
第一行，一个整数M。其含义为： 每个司令部一开始都有M个生命元( 1 <= M <= 1000)
第二行：五个整数，依次是 dragon 、ninja、iceman、lion、wolf 的初始生命值。它们都大于0小于等于100输出对每组测试数据，要求输出从0时0分开始，到双方司令部都停止制造武士为止的所有事件。
对每组测试数据，首先输出“Case:n" n是测试数据的编号，从1开始
接下来按恰当的顺序和格式输出所有事件。每个事件都以事件发生的时间开头，时间以小时为单位，有三位。样例输入
1 20 3 4 5 6 7样例输出
Case:1 000 red iceman 1 born with strength 5,1 iceman in red headquarter It has a bomb 000 blue lion 1 born with strength 6,1 lion in blue headquarter It's loyalty is 14 001 red lion 2 born with strength 6,1 lion in red headquarter It's loyalty is 9 001 blue dragon 2 born with strength 3,1 dragon in blue headquarter It has a arrow,and it's morale is 3.67 002 red wolf 3 born with strength 7,1 wolf in red headquarter 002 blue ninja 3 born with strength 4,1 ninja in blue headquarter It has a sword and a bomb 003 red headquarter stops making warriors 003 blue iceman 4 born with strength 5,1 iceman in blue headquarter It has a bomb 004 blue headquarter stops making warriors
#include<iostream>
#include<cstring>
#include<iomanip>
using namespace std;
int lifetomake[5] = {0};
const char* equip[3] = {"sword", "bomb","arrow"};
int t = 0;
const char* monname[5] = {"dragon", "ninja", "iceman", "lion", "wolf"};
class monster
{
public:
int id, life;
char* belong;
monster(int x, int y, const char* s)
{
id = x;
life = y;
if( s)
{
belong = new char[strlen(s) + 1];
strcpy(belong,s);
}
else
belong = NULL;
return;
}
};
class dragon:public monster
{
int equipment;
double courage;
public:
dragon(int &m_, int id_, int life_,int num_, const char* s): monster(id_, life_, s)
{
equipment = id % 3;
courage = double(m_)/double(lifetomake[0]);
cout << setw(3) << setfill('0') <<t<<" " <<belong <<" " << monname[0]<<" " << id<<" born with strength " << life <<",";
cout << num_ <<" " << monname[0] << " in " << belong <<" headquarter" << endl;
cout << "It has a " << equip[equipment] <<",and it's morale is " <<fixed<<setprecision(2)<< courage <<endl;
}
};
class ninjia:public monster
{
int equipment1, equipment2;
public:
ninjia(int &m_, int id_, int life_,int num_, const char* s):monster(id_,life_,s)
{
equipment1 = id % 3;
equipment2 = (id + 1) % 3;
cout << setw(3) << setfill('0') << t<<" " <<belong <<" " << monname[1] << " " << id<<" born with strength " << life <<",";
cout << num_ <<" " << monname[1] << " in " << belong <<" headquarter" << endl;
cout << "It has a " << equip[equipment1] <<" and a " << equip[equipment2]<<endl;
}
};
class iceman:public monster
{
int equipment;
public:
iceman(int &m_, int id_, int life_, int num_, const char*s):monster(id_,life_,s)
{
equipment = id % 3;
cout << setw(3) << setfill('0') << t<<" " <<belong <<" " << monname[2] <<" " << id<<" born with strength " << life <<",";
cout << num_<<" " << monname[2] << " in " << belong <<" headquarter" << endl;
cout << "It has a " << equip[equipment]<<endl;
}
};
class lion:public monster
{
int loyalty;
public:
lion(int &m_,int id_,int life_, int num_, const char*s):monster(id_, life_, s)
{
loyalty = m_;
cout << setw(3) << setfill('0') << t<<" " <<belong <<" " << monname[3] << " " << id<<" born with strength " << life <<",";
cout << num_<<" " << monname[3] << " in " << belong <<" headquarter" << endl;
cout << "It's loyalty is " << loyalty <<endl;
}
};
class wolf:public monster
{
public:
wolf(int& m_, int id_, int life_, int num_, const char*s):monster(id_,life_,s)
{
cout << setw(3) << setfill('0') << t<<" " <<belong <<" " << monname[4]<<" "<< id<<" born with strength " << life <<",";
cout << num_<<" " << monname[4] << " in " << belong <<" headquarter" << endl;
}
};
class base
{
private:
int m, productable[5], end, ord[5], step, num[5],sum;
char* name;
monster* p[100];
friend class monster;
public:
base(int, int, int, int, int, int, const char*);
void product();
static void grow(base, base);
void setname();
void mon_product(int , int);
};
base::base(int a, int b, int c, int d, int e, int f, const char* g )
{
m = f;
sum = 0;
step = 0;
name = new char[strlen(g) + 1];
strcpy(name,g);
for(int i = 0; i < 5; i++) num[i] = 0;
ord[0] = a;
ord[1] = b;
ord[2] = c;
ord[3] = d;
ord[4] = e;
memset(productable, 0, sizeof(productable));
end = 0;
return;
}
void base::mon_product(int x, int y)
{
switch(x)
{
case 0:
p[y] = new dragon(m, sum, lifetomake[0],num[0], name);
break;
case 1:
p[y] = new ninjia(m,sum,lifetomake[1],num[1], name);
break;
case 2:
p[y] = new iceman(m,sum,lifetomake[2],num[2],name);
break;
case 3:
p[y] = new lion(m,sum,lifetomake[3],num[3],name);
break;
case 4:
p[y] = new wolf(m,sum,lifetomake[4],num[4],name);
break;
default:
break;
}
return;
}
void base::product()
{
if(end) return;
if(productable[0] + productable[1] + productable[2] + productable[3] + productable[4] == 5)
{
cout << setw(3) << setfill('0') << t <<" " << name << " headquarter stops making warriors" << endl;
end = 1;
return;
}
if(!productable[ord[step]] && m >= lifetomake[ord[step]])
{
num[ord[step]]++;
m -= lifetomake[ord[step]];
sum++;
mon_product(ord[step], sum);
return;
}
else
{
productable[ord[step]] = 1;
step = (step + 1) % 5;
product();
return;
}
}
void base::grow(base a, base b)
{
while(true)
{
a.product();
a.step = (a.step + 1) % 5;
b.product();
b.step = (b.step + 1) % 5;
t++;
if(a.end + b.end == 2) break;
}
return;
}
int main()
{
int n = 0;
cin >> n;
for(int i = 1; i <= n; i++)
{
t = 0;
cout << "Case:" << i << endl;
int tep = 0;
cin >> tep;
for(int j = 0; j < 5; j++)
cin >> lifetomake[j];
base red(2, 3, 4, 1, 0, tep, "red"), blue(3, 0, 1, 2, 4, tep, "blue");
base::grow(red, blue);
}
return 0;
}