小游戏集合
cyx20080216 · · 个人记录
该博文汇集了一些博主做的小游戏
二十四点解题：
#include<bits/stdc++.h>
#define EXP 1e-7
using namespace std;
struct Element
{
enum ElementType{add=0,sub=1,mul=2,div=3,mod=4,num=5};
ElementType type;
double data;
Element():
type(num),
data(0)
{
}
Element(const ElementType &t):
type(t),
data(0)
{
}
Element(const double &n):
type(num),
data(n)
{
}
};
struct TreeNode
{
Element element;
int f,l,r;
TreeNode(const Element &_element,int _l=-1,int _r=-1,int _f=-1):
element(_element),
f(_f),
l(_l),
r(_r)
{
}
};
inline double calc(const vector<Element> &expr)
{
stack<double> sta;
for(vector<Element>::const_iterator i=expr.begin();i!=expr.end();i++)
{
if(i->type==Element::num) sta.push(i->data);
else
{
if(sta.size()<2) throw 400;
double a,b;
b=sta.top();
sta.pop();
a=sta.top();
sta.pop();
if(i->type==Element::add) sta.push(a+b);
else if(i->type==Element::sub) sta.push(a-b);
else if(i->type==Element::mul) sta.push(a*b);
else if(i->type==Element::div)
{
if(fabs(b-0)<=EXP) throw 500;
sta.push(a/b);
}
else
{
if(fabs(b-0)<=EXP) throw 500;
sta.push(a-floor(a/b)*b);
}
}
}
if(sta.size()!=1) throw 400;
return sta.top();
}
inline vector<TreeNode> makeTree(const vector<Element> &expr)
{
vector<TreeNode> tree;
stack<int> sta;
for(vector<Element>::const_iterator i=expr.begin();i!=expr.end();i++)
{
if(i->type==Element::num)
{
tree.push_back(TreeNode(*i));
sta.push(tree.size()-1);
}
else
{
if(sta.size()<2) throw 400;
int a,b;
b=sta.top();
sta.pop();
a=sta.top();
sta.pop();
tree.push_back(TreeNode(*i,a,b));
tree[a].f=tree.size()-1;
tree[b].f=tree.size()-1;
sta.push(tree.size()-1);
}
}
return tree;
}
const string optsChar[5]={"﹢","﹣","×","÷","%",};
int nums[4];
inline vector<Element> makeExpr(int a,int b,int c,int d,int opt1_id,int opt2_id,int opt3_id,int t)
{
vector<Element> expr;
if(t==0)
{
expr.push_back(Element(a));
expr.push_back(Element(b));
expr.push_back(Element(Element::ElementType(opt1_id)));
expr.push_back(Element(c));
expr.push_back(Element(Element::ElementType(opt2_id)));
expr.push_back(Element(d));
expr.push_back(Element(Element::ElementType(opt3_id)));
}
else if(t==1)
{
expr.push_back(Element(a));
expr.push_back(Element(b));
expr.push_back(Element(Element::ElementType(opt1_id)));
expr.push_back(Element(c));
expr.push_back(Element(d));
expr.push_back(Element(Element::ElementType(opt3_id)));
expr.push_back(Element(Element::ElementType(opt2_id)));
}
else if(t==2)
{
expr.push_back(Element(a));
expr.push_back(Element(b));
expr.push_back(Element(c));
expr.push_back(Element(Element::ElementType(opt2_id)));
expr.push_back(Element(Element::ElementType(opt1_id)));
expr.push_back(Element(d));
expr.push_back(Element(Element::ElementType(opt3_id)));
}
else if(t==3)
{
expr.push_back(Element(a));
expr.push_back(Element(b));
expr.push_back(Element(c));
expr.push_back(Element(Element::ElementType(opt2_id)));
expr.push_back(Element(d));
expr.push_back(Element(Element::ElementType(opt3_id)));
expr.push_back(Element(Element::ElementType(opt1_id)));
}
else
{
expr.push_back(Element(a));
expr.push_back(Element(b));
expr.push_back(Element(c));
expr.push_back(Element(d));
expr.push_back(Element(Element::ElementType(opt3_id)));
expr.push_back(Element(Element::ElementType(opt2_id)));
expr.push_back(Element(Element::ElementType(opt1_id)));
}
return expr;
}
inline string intToString(int num)
{
if(num==0) return "0";
char sta[15];
short top=-1;
string str;
if(num<0) str="-";
while(num!=0) sta[++top]=(char)(num%10<0?-(num%10):num%10),num/=10;
while(top>=0) str.push_back(sta[top]+'0'),top--;
return str;
}
void dfs(const vector<TreeNode> &tree,string &str,const int &pos)
{
#define PRI(TYPE) ((TYPE)==Element::add||(TYPE)==Element::sub?1:2)
if(tree[pos].element.type==Element::num) str.append(intToString(tree[pos].element.data));
else
{
if(!(tree[pos].f==-1||PRI(tree[pos].element.type)>PRI(tree[tree[pos].f].element.type)||\
(PRI(tree[pos].element.type)==PRI(tree[tree[pos].f].element.type)&&pos==tree[tree[pos].f].l))) str.push_back('(');
dfs(tree,str,tree[pos].l);
str.append(optsChar[tree[pos].element.type]);
dfs(tree,str,tree[pos].r);
if(!(tree[pos].f==-1||PRI(tree[pos].element.type)>PRI(tree[tree[pos].f].element.type)||\
(PRI(tree[pos].element.type)==PRI(tree[tree[pos].f].element.type)&&pos==tree[tree[pos].f].l))) str.push_back(')');
}
#undef PRI
}
inline void print(const vector<Element> &expr)
{
vector<TreeNode> tree=makeTree(expr);
int root;
for(int i=0;i<tree.size();i++)
{
if(tree[i].f==-1)
{
root=i;
break;
}
}
string str;
dfs(tree,str,root);
cout<<str<<"\n";
}
inline int check(const vector<Element> &expr)
{
try
{
return fabs(calc(expr)-24)<=EXP;
}
catch(int error_code)
{
if(error_code==500) return 0;
else
{
printf("Unknown error! ");
return 0;
}
}
}
inline void sol1(int a,int b,int c,int d)
{
for(int i=0;i<4;i++)
{
for(int j=0;j<4;j++)
{
for(int k=0;k<4;k++)
{
for(int t=0;t<5;t++)
{
vector<Element> expr=makeExpr(a,b,c,d,i,j,k,t);
if(check(expr)) print(expr);
}
}
}
}
}
inline void sol2()
{
for(int i=0;i<4;i++)
{
for(int j=0;j<4;j++)
{
if(j==i) continue;
for(int k=0;k<4;k++)
{
if(k==i||k==j) continue;
for(int l=0;l<4;l++)
{
if(l==i||l==j||l==k) continue;
sol1(nums[i],nums[j],nums[k],nums[l]);
}
}
}
}
}
int main()
{
// freopen("sol.txt","w",stdout);
scanf("%d %d %d %d",&nums[0],&nums[1],&nums[2],&nums[3]);
sol2();
return 0;
}
谁是卧底：
#include<stdio.h>
#include<stdlib.h>
#include<string>
#include<time.h>
#define CARD_NUM 15
using namespace std;
bool pm_win(int peo_num,bool *peo_life,bool *wd_pla);
bool wd_win(int peo_num,bool *peo_life,bool *wd_pla);
int main()
{
string pm[CARD_NUM]={"包菜","包子","被子","壁纸","风扇","饼干","纸巾","橙子","唇膏","平板","保安","水盆","气泡","魔术师","双胞胎"};
string wd[CARD_NUM]={"生菜","饺子","床单","贴画","空调","薯片","湿巾","橘子","口红","ipad","保镖","水桶","水泡","魔法师","龙凤胎"};
int peo_num=0;
printf("请输入3~10的人数:");
scanf("%d",&peo_num);
while(!(peo_num<11&&peo_num>2))
{
system("cls");
printf("人数只能为3~10");
printf("请输入3~10的人数:");
scanf("%d",&peo_num);
}
int wd_num=peo_num%2==0?peo_num/2-1:peo_num/2;
int ran_num=time(NULL);
srand((unsigned)ran_num);
int ca_num=rand()%CARD_NUM;
ran_num++;
bool wd_pla[10]={0,};
bool peo_life[10]={1,1,1,1,1,1,1,1,1,1};
for(int i=0;i<peo_num;i++)
{
if(wd_num==0) break;
if(wd_num==peo_num-i)
{
wd_pla[i]=1;
wd_num--;
}
else if(rand()%peo_num<wd_num)
{
wd_pla[i]=1;
ran_num++;
wd_num--;
}
}
system("cls");
for(int i=1;i<=peo_num;i++)
{
printf("玩家%d的单词是...\n",i);
system("pause");
system("cls");
if(wd_pla[i-1]==1) printf("玩家%i的单词是%s\n",i,wd[ca_num].c_str());
else printf("玩家%i的单词是%s\n",i,pm[ca_num].c_str());
system("pause");
system("cls");
}
while(!(pm_win(peo_num,peo_life,wd_pla)||wd_win(peo_num,peo_life,wd_pla)))
{
short answer=0;
printf("请选出得票最高者:");
scanf("%d",&answer);
while (!(peo_life[answer-1]==1&&peo_num>=answer))
{
system("cls");
if (peo_num<answer) printf("没有这个人\n");
else printf("这个人已出局\n");
printf("请选出得票最高者:");
scanf("%d",&answer);
}
peo_life[answer-1]=0;
system("cls");
}
if(pm_win(peo_num,peo_life,wd_pla)) printf("平民胜利!\n");
else printf("卧底胜利!\n");
system("pause");
}
bool pm_win(int peo_num,bool *peo_life,bool *wd_pla)
{
for(int i=0;i<peo_num;i++)
{
if(peo_life[i]==1&&wd_pla[i]==1) return 0;
}
return 1;
}
bool wd_win(int peo_num,bool *peo_life,bool *wd_pla)
{
for(int i=0;i<peo_num;i++)
{
if(peo_life[i]==1&&wd_pla[i]==0) return 0;
}
return 1;
}人机对战井字棋：
#include<stdio.h>
#include<stdlib.h>
#include<vector>
#define GETBIT(ITEM,POS) ((ITEM)>>(POS)&1)
#define SETBIT(ITEM,POS,VALUE) ((VALUE)?(ITEM)|1<<(POS):(ITEM)&~(1<<(POS)))
using namespace std;
struct State
{
enum BlockType{Empty=0,Black=1,White=2};
enum EndType{No,BlackWin,WhiteWin,Dogfall};
int data;
State(int _data=0):data(_data)
{
}
BlockType getBlockData(int x,int y)
{
return BlockType(data>>(3*x+y-4)*2&3);
}
State setBlockData(int x,int y,BlockType val)
{
return State(data&~(3<<(3*x+y-4)*2)|val<<(3*x+y-4)*2);
}
EndType getEnd()
{
bool blackWin=blackIsWin(),whiteWin=whiteIsWin();
if(!blackWin&&!whiteWin)
{
if(isFull()) return Dogfall;
return No;
}
if(blackWin&&!whiteWin) return BlackWin;
if(!blackWin&&whiteWin) return WhiteWin;
}
bool blackIsWin()
{
for(int i=1;i<=3;i++)
{
if(getBlockData(i,1)==Black&&getBlockData(i,2)==Black&&getBlockData(i,3)==Black) return 1;
}
for(int i=1;i<=3;i++)
{
if(getBlockData(1,i)==Black&&getBlockData(2,i)==Black&&getBlockData(3,i)==Black) return 1;
}
if(getBlockData(1,1)==Black&&getBlockData(2,2)==Black&&getBlockData(3,3)==Black) return 1;
if(getBlockData(1,3)==Black&&getBlockData(2,2)==Black&&getBlockData(3,1)==Black) return 1;
}
bool whiteIsWin()
{
for(int i=1;i<=3;i++)
{
if(getBlockData(i,1)==White&&getBlockData(i,2)==White&&getBlockData(i,3)==White) return 1;
}
for(int i=1;i<=3;i++)
{
if(getBlockData(1,i)==White&&getBlockData(2,i)==White&&getBlockData(3,i)==White) return 1;
}
if(getBlockData(1,1)==White&&getBlockData(2,2)==White&&getBlockData(3,3)==White) return 1;
if(getBlockData(1,3)==White&&getBlockData(2,2)==White&&getBlockData(3,1)==White) return 1;
}
bool isFull()
{
for(int i=1;i<=3;i++)
{
for(int j=1;j<=3;j++)
{
if(getBlockData(i,j)==Empty) return 0;
}
}
return 1;
}
};
struct Node
{
enum Next{Black,White};
Next next;
int end;
vector<int> nextNode;
Node(Next _next=Black,int _end=0):next(_next),end(_end)
{
}
}nodes[262144];
int dfs(State state)
{
State::EndType end=state.getEnd();
if(end!=State::No) return nodes[state.data].end=(end==State::BlackWin?1:(end==State::WhiteWin?-1:0));
int maxe=-1,mine=1;
for(int i=1;i<=3;i++)
{
for(int j=1;j<=3;j++)
{
if(state.getBlockData(i,j)==State::Empty)
{
State tmp(state.setBlockData(i,j,nodes[state.data].next==Node::Black?State::Black:State::White));
nodes[state.data].nextNode.push_back(tmp.data);
nodes[tmp.data].next=(nodes[state.data].next==Node::Black?Node::White:Node::Black);
int ans=dfs(tmp);
maxe=max(maxe,ans),mine=min(mine,ans);
}
}
}
return nodes[state.data].end=(nodes[state.data].next==Node::Black?maxe:mine);
}
inline void print(State state)
{
char maps[4][4];
for(int i=1;i<=3;i++)
{
for(int j=1;j<=3;j++) maps[i][j]=(state.getBlockData(i,j)==State::Empty?' ':(state.getBlockData(i,j)==State::Black?'x':'o'));
}
printf(" | | \n %c|%c|%c \n--+-+--\n %c|%c|%c \n--+-+--\n %c|%c|%c \n | | \n",maps[1][1],maps[1][2],maps[1][3],maps[2][1],maps[2][2],maps[2][3],maps[3][1],maps[3][2],maps[3][3]);
}
inline int getNext(int at)
{
if(nodes[at].next==Node::Black)
{
int maxe=-1,ans;
for(int i=0;i<nodes[at].nextNode.size();i++)
{
if(maxe<nodes[nodes[at].nextNode[i]].end)
{
maxe=nodes[nodes[at].nextNode[i]].end;
ans=nodes[at].nextNode[i];
}
}
return ans;
}
else
{
int mine=1,ans;
for(int i=0;i<nodes[at].nextNode.size();i++)
{
if(mine>nodes[nodes[at].nextNode[i]].end)
{
mine=nodes[nodes[at].nextNode[i]].end;
ans=nodes[at].nextNode[i];
}
}
return ans;
}
}
int at=0;
State::BlockType type;
int main()
{
nodes[0].next=Node::Black;
dfs(State(0));
printf("Choose \"x\" or \"o\"(\"x\" is the first):");
char ch;
scanf("%c",&ch);
if(ch=='x')
{
type=State::Black;
print(State(at));
int x,y;
scanf("%d %d",&x,&y);
while(State(at).getBlockData(x,y)!=State::Empty)
{
printf("This block is not empty!\n");
scanf("%d %d",&x,&y);
}
at=State(at).setBlockData(x,y,type).data;
State::EndType end=State(at).getEnd();
if(end==State::BlackWin)
{
printf("\"x\" is WIN!\n");
system("pause");
return 0;
}
else if(end==State::WhiteWin)
{
printf("\"o\" is WIN!\n");
system("pause");
return 0;
}
else if(end==State::Dogfall)
{
printf("Dogfall!\n");
system("pause");
return 0;
}
}
else type=State::White;
while(1)
{
at=getNext(at);
print(State(at));
State::EndType end=State(at).getEnd();
if(end==State::BlackWin)
{
printf("\"x\" is WIN!\n");
system("pause");
return 0;
}
else if(end==State::WhiteWin)
{
printf("\"o\" is WIN!\n");
system("pause");
return 0;
}
else if(end==State::Dogfall)
{
printf("Dogfall!\n");
system("pause");
return 0;
}
int x,y;
scanf("%d %d",&x,&y);
while(State(at).getBlockData(x,y)!=State::Empty)
{
printf("This block is not empty!\n");
scanf("%d %d",&x,&y);
}
at=State(at).setBlockData(x,y,type).data;
end=State(at).getEnd();
if(end==State::BlackWin)
{
printf("\"x\" is WIN!\n");
system("pause");
return 0;
}
else if(end==State::WhiteWin)
{
printf("\"o\" is WIN!\n");
system("pause");
return 0;
}
else if(end==State::Dogfall)
{
printf("Dogfall!\n");
system("pause");
return 0;
}
}
return 0;
}小公举养成记：
#include<iostream>
#include<stdio.h>
#include<stdlib.h>
#include<time.h>
#include<string>
#include<cstring>
#include<fstream>
#define CH_L 1024
using namespace std;
int r_seed=time(0);
int random(int a,int b);
void game(char d_name[CH_L],char f_name[CH_L],int b_month,int b_data,char d_star[128],int sub_i[5],int money,int t_year,int t_month,bool t_talk,bool t_gift);
int main()
{
char cmd=0;
printf("请选择游戏模式:\n①新游戏\n②读档\n");
cin>>cmd;
if(cmd=='1')
{
char d_name[CH_L]={};//女儿名字
char f_name[CH_L]={};//父亲名字
char d_star[128]={};//星座名字
int b_month=0;//生日月份
int b_data=0;//生日日期
string star[12][2]={
{"摩羯座","水瓶座"},//1月
{"水瓶座","双鱼座"},//2月
{"双鱼座","白羊座"},//3月
{"白羊座","金牛座"},//4月
{"金牛座","双子座"},//5月
{"双子座","巨蟹座"},//6月
{"巨蟹座","狮子座"},//7月
{"狮子座","处女座"},//8月
{"处女座","天秤座"},//9月
{"天秤座","天蝎座"},//10月
{"天蝎座","射手座"},//11月
{"射手座","摩羯座"} //12月
};//十二星座列表
int star_d[12]={20,19,21,20,21,22,22,22,23,22,21,22};//十二星座跨度表
//星座算法:star[month-1][data/star_d[month-1]]
printf("请输入父亲姓名:");
scanf("%s",f_name);
printf("请输入女儿姓名:");
scanf("%s",d_name);
printf("请输入女儿出生月日(MM DD):");
scanf("%d %d",&b_month,&b_data);
strcpy(d_star,star[b_month-1][b_data/star_d[b_month-1]].c_str());
//根据星座初始化属性
const char sub_name[5][127]={"体力","智力","魅力","道德","气质"};
int sub_i[5]={};
int money=500;
if(star[b_month-1][b_data/star_d[b_month-1]]=="摩羯座")
{
sub_i[0]=56;
sub_i[1]=21;
sub_i[2]=16;
sub_i[3]=25;
sub_i[4]=23;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="水瓶座")
{
sub_i[0]=41;
sub_i[1]=43;
sub_i[2]=20;
sub_i[3]=23;
sub_i[4]=17;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="双鱼座")
{
sub_i[0]=41;
sub_i[1]=20;
sub_i[2]=29;
sub_i[3]=23;
sub_i[4]=32;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="白羊座")
{
sub_i[0]=80;
sub_i[1]=15;
sub_i[2]=15;
sub_i[3]=11;
sub_i[4]=21;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="金牛座")
{
sub_i[0]=46;
sub_i[1]=30;
sub_i[2]=28;
sub_i[3]=20;
sub_i[4]=29;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="双子座")
{
sub_i[0]=50;
sub_i[1]=35;
sub_i[2]=23;
sub_i[3]=8;
sub_i[4]=20;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="巨蟹座")
{
sub_i[0]=40;
sub_i[1]=31;
sub_i[2]=33;
sub_i[3]=17;
sub_i[4]=33;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="狮子座")
{
sub_i[0]=85;
sub_i[1]=9;
sub_i[2]=11;
sub_i[3]=20;
sub_i[4]=37;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="处女座")
{
sub_i[0]=35;
sub_i[1]=28;
sub_i[2]=36;
sub_i[3]=18;
sub_i[4]=40;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="天秤座")
{
sub_i[0]=42;
sub_i[1]=33;
sub_i[2]=25;
sub_i[3]=32;
sub_i[4]=28;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="天蝎座")
{
sub_i[0]=50;
sub_i[1]=25;
sub_i[2]=40;
sub_i[3]=18;
sub_i[4]=17;
}
else if(star[b_month-1][b_data/star_d[b_month-1]]=="射手座")
{
sub_i[0]=57;
sub_i[1]=31;
sub_i[2]=15;
sub_i[3]=19;
sub_i[4]=20;
}
printf("----------------游戏开始----------------\n一天,%s收养了流浪的%s,开始了新生活\n",f_name,d_name);
game(d_name,f_name,b_month,b_data,d_star,sub_i,money,1659,b_month,1,1);
system("pause");
}
else
{
//读档
char d_name[CH_L]={};//女儿名字
char f_name[CH_L]={};//父亲名字
char d_star[128]={};//星座名字
int b_month=0;//生日月份
int b_data=0;//生日日期
string star[12][2]={
{"摩羯座","水瓶座"},//1月
{"水瓶座","双鱼座"},//2二
{"双鱼座","白羊座"},//3月
{"白羊座","金牛座"},//4月
{"金牛座","双子座"},//5月
{"双子座","巨蟹座"},//6月
{"巨蟹座","狮子座"},//7月
{"狮子座","处女座"},//8月
{"处女座","天秤座"},//9月
{"天秤座","天蝎座"},//10月
{"天蝎座","射手座"},//11月
{"射手座","摩羯座"} //12月
};//十二星座列表
int star_d[12]={20,19,21,20,21,22,22,22,23,22,21,22};//十二星座跨度表
//星座算法:star[month-1][data/star_d[month-1]]
int sub_i[5]={};
int money;
int t_year,t_month;
bool t_talk,t_gift;
fstream ifile("game_data.dat",ios::in|ios::binary);
while(!ifile)
{
printf("未找到存档文件game_data.dat,请将存档文件放在当前目录下并重命名为game_data.dat\n");
system("pause");
ifile.open("game_data.dat",ios::in|ios::binary);
}
ifile.read(d_name,sizeof(d_name));
ifile.read(f_name,sizeof(f_name));
ifile.read((char*)(&b_month),sizeof(b_month));
ifile.read((char*)(&b_data),sizeof(b_data));
ifile.read((char*)(sub_i),sizeof(sub_i));
ifile.read((char*)(&money),sizeof(money));
ifile.read((char*)(&t_year),sizeof(t_year));
ifile.read((char*)(&t_month),sizeof(t_month));
ifile.read((char*)(&t_talk),sizeof(t_talk));
ifile.read((char*)(&t_gift),sizeof(t_gift));
strcpy(d_star,star[b_month-1][b_data/star_d[b_month-1]].c_str());
game(d_name,f_name,b_month,b_data,d_star,sub_i,money,t_year,t_month,t_talk,t_gift);
system("pause");
}
return 0;
}
int random(int a,int b)
{
srand(r_seed);
r_seed++;
return rand()%(b-a+1)+a;
}
void game(char d_name[CH_L],char f_name[CH_L],int b_month,int b_data,char d_star[128],int sub_i[5],int money,int t_year,int t_month,bool t_talk,bool t_gift)
{
const char sub_name[5][127]={"体力","智力","魅力","道德","气质"};
for(int year=t_year;year<=1659+8;year++)
{
for(int month=(year==t_year)?t_month:1;month<=12;month++)
{
bool gift=((year==t_year&&month==t_month)?t_gift:1);
printf("当前时间:%d年%d月\n",year,month);
if(month==b_month&&gift)
{
//进行生日操作
//岁数计算:year-1648
printf("今天是%s的%d岁生日,要花200金买礼物吗?(y/n)\n",d_name,year-1649);
char tmp;
cin>>tmp;
if(tmp=='y')
{
if(money>=200)
{
printf("花费200金买了个精美的礼物,%s很开心\n",d_name);
//对属性进行操作,并通知玩家
money-=200;
for(int i=0;i<5;i++)
{
int tmp=random(1,15);
sub_i[i]+=tmp;
printf("%s+%d\n",sub_name[i],tmp);
}
gift=0;
}
else printf("钱不够\n");
}
}
//进行月份安排
bool talk=((year==t_year&&month==t_month)?t_talk:1);//是否谈过话
for(bool finish=0;!finish;)
{
char cmd;
printf("要做什么事吗?\n①查看状态\n②安排行程\n③谈话\n④存档\n");
cin>>cmd;
switch(cmd)
{
case '1':
//显示状态
printf("金币:%d\n星座:%s\n",money,d_star);
for(int i=0;i<5;i++)
{
printf("%s:%-4d",sub_name[i],sub_i[i]);
for(int j=1;j<=10;j++)
{
if(sub_i[i]/10>=j) printf("■");
else printf("□");
}
printf("\n");
}
break;
case '2':
//安排行程
for(int i=0;i<3;i++)
{
char cmd;
printf("%d月%s,要做些什么呢?\n①学习武艺\n②上私塾\n③学习礼法\n④打工赚钱\n",month,i==0?"上旬":(i==1?"中旬":"下旬"));
cin>>cmd;
switch(cmd)
{
case '1':
if(money==0)
{
printf("没钱了,强制打工\n");
int tmp=random(100,250);
money+=tmp;
printf("金钱+%d\n",tmp);
break;
}
else
{
int tmp1=random(0,5);
int tmp2=random(0,5);
int tmp3=random(0,10);
printf("哼哼哈兮,快使用双节棍...\n");
printf("%s+%d\n%s+%d\n金钱-%d\n",sub_name[0],tmp1,sub_name[2],tmp2,tmp3<=money?tmp3:money);
sub_i[0]+=tmp1;
sub_i[2]+=tmp2;
money-=tmp3<=money?tmp3:money;
break;
}
case '2':
if(money==0)
{
printf("没钱了,强制打工\n");
int tmp=random(100,250);
money+=tmp;
printf("金钱+%d\n",tmp);
break;
}
else
{
int tmp1=random(0,5);
int tmp2=random(0,5);
int tmp3=random(0,10);
printf("学而不思则罔,思而不学则殆...\n");
printf("%s+%d\n%s+%d\n金钱-%d\n",sub_name[1],tmp1,sub_name[4],tmp2,tmp3<=money?tmp3:money);
sub_i[1]+=tmp1;
sub_i[4]+=tmp2;
money-=tmp3<=money?tmp3:money;
break;
}
case '3':
if(money==0)
{
printf("没钱了,强制打工\n");
int tmp=random(100,250);
money+=tmp;
printf("金钱+%d\n",tmp);
break;
}
else
{
int tmp1=random(0,5);
int tmp2=random(0,5);
int tmp3=random(0,10);
printf("中国,是礼仪之邦...\n");
printf("%s+%d\n%s+%d\n金钱-%d\n",sub_name[3],tmp1,sub_name[4],tmp2,tmp3<=money?tmp3:money);
sub_i[3]+=tmp1;
sub_i[4]+=tmp2;
money-=tmp3<=money?tmp3:money;
break;
}
default:
{
int tmp=random(100,250);
money+=tmp;
printf("金钱+%d\n",tmp);
break;
}
}
}
finish=1;
break;
case '3':
if(talk)
{
//谈话
int cmd;
printf("请选择谈话方式:\n①打招呼\n②聊天\n③严厉的教育\n④给零花钱\n");
scanf("%d",&cmd);
switch(cmd)
{
case 1:
printf("哈喽!\n");
//打招呼无影响
break;
case 2:
printf("......\n");
//聊天无影响
break;
case 3:
{
printf("你对%s进行了严厉的教育\n",d_name);
int l_d=random(0,15);
sub_i[3]+=l_d;
printf("%s+%d\n",sub_name[3],l_d);
}
break;
default:
printf("你给了%s零花钱100金\n",d_name);
//对属性进行操作,并通知玩家
if(money>=100)
{
money-=100;
int num=random(10,25);
int l_sub_i[5]={};
for(int i=0;i<num;i++)
{
l_sub_i[random(0,4)]++;
}
for(int i=0;i<5;i++)
{
sub_i[i]+=l_sub_i[i];
if(l_sub_i[i]>0) printf("%s+%d\n",sub_name[i],l_sub_i[i]);
}
}
else printf("钱不够,需100金\n");
break;
}
talk=0;
}
else printf("这个月已谈话\n");
break;
default:
fstream ofile("game_data.dat",ios::out|ios::binary);
ofile.write(d_name,CH_L);
ofile.write(f_name,CH_L);
ofile.write((char*)(&b_month),sizeof(b_month));
ofile.write((char*)(&b_data),sizeof(b_data));
ofile.write((char*)(sub_i),20);
ofile.write((char*)(&money),sizeof(money));
ofile.write((char*)(&year),sizeof(year));
ofile.write((char*)(&month),sizeof(month));
ofile.write((char*)(&talk),sizeof(talk));
ofile.write((char*)(&gift),sizeof(gift));
printf("已存档为game_data.dat\n");
ofile.close();
break;
}
}
}
}
//进行结局判定
if(sub_i[0]+sub_i[1]+sub_i[2]+sub_i[3]+sub_i[4]>=2000) printf("经过刻苦修炼,恭喜你登基为女王陛下!!!\n----------------游戏结束----------------\n");//女王
else if(sub_i[0]+sub_i[1]+sub_i[2]+sub_i[3]+sub_i[4]>=1800) printf("经过刻苦修炼,恭喜你成为为王妃!!\n----------------游戏结束----------------\n");//王妃
else if(sub_i[0]+sub_i[1]+sub_i[2]+sub_i[3]+sub_i[4]>=1600) printf("经过刻苦修炼,恭喜你成为为女将军!\n----------------游戏结束----------------\n");//女将军
else if(sub_i[0]+sub_i[1]+sub_i[2]+sub_i[3]+sub_i[4]>=1200)
{
if(sub_i[0]>sub_i[1]&&sub_i[0]>sub_i[2]&&sub_i[0]>sub_i[3]&&sub_i[0]>sub_i[4]) printf("经过刻苦修炼,恭喜你成为为近卫骑士团长!\n----------------游戏结束----------------\n");//近卫骑士团长
else if(sub_i[1]>sub_i[0]&&sub_i[1]>sub_i[2]&&sub_i[1]>sub_i[3]&&sub_i[1]>sub_i[4]) printf("经过刻苦修炼,恭喜你成为为皇家学院总裁!\n----------------游戏结束----------------\n");//皇家学院总裁
else if(sub_i[2]>sub_i[1]&&sub_i[2]>sub_i[0]&&sub_i[2]>sub_i[3]&&sub_i[2]>sub_i[4]) printf("经过刻苦修炼,恭喜你成为为国王的宠妃!\n----------------游戏结束----------------\n");//国王的宠妃
else if(sub_i[3]>sub_i[1]&&sub_i[3]>sub_i[2]&&sub_i[3]>sub_i[0]&&sub_i[3]>sub_i[4]) printf("经过刻苦修炼,恭喜你成为为高级祭祀!\n----------------游戏结束----------------\n");//高级祭祀
else if(sub_i[4]>sub_i[1]&&sub_i[4]>sub_i[2]&&sub_i[4]>sub_i[3]&&sub_i[4]>sub_i[0]) printf("经过刻苦修炼,恭喜你成为为公主!\n----------------游戏结束----------------\n");//公主
}
else//随机 农妇,魔术师,修女,作家,酒吧女郎
{
int tmp=random(0,5);
string job[5]={"农妇","魔术师","修女","作家","酒吧女郎"};
printf("经过刻苦修炼,恭喜你成为为%s!\n----------------游戏结束----------------\n",job[tmp].c_str());
}
}