EasyPrtSc sec[1.2] 发布！
//HOMETAG
#include<bits/stdc++.h>
namespace EasilyPrtSc{
//this namespace is for you to be more easily print the things on the screen.
//copyright (c) dgklr , 2019.
//The program cannot ensure anything goes wrong.
//if you have some ideas, you can connect with us:
// dgklr:guo_dgklr@qq.com
#include <windows.h>
#include <ctime>
#include <conio.h>
//------------------------includes-----------------------------------------
using namespace std;
//------------------------namespace----------------------------------------
#define chek(VK_NONAME) ((GetAsyncKeyState(VK_NONAME) & 0x8000) ? 1:0)
#define col(co) SetConsoleTextAttribute(GetStdHandle(STD_OUTPUT_HANDLE),co)
#define pause system("pause > nul")
#undef repeat
#define repeat(a,b,c,g) for (int a=b,abck=(g>=0?1:-1);abck*(a)<=abck*(c);a+=g)
#define br BACKGROUND_RED
#define bg BACKGROUND_GREEN
#define bb BACKGROUND_BLUE
#define bi BACKGROUND_INTENSITY
#define fr FOREGROUND_RED
#define fg FOREGROUND_GREEN
#define fb FOREGROUND_BLUE
#define fi FOREGROUND_INTENSITY
#define backcolor color^fi^bi
#undef select
//------------------------definding things---------------------------------DEFTAG
int M,N;
// M,N values the lengths.
// Please don't change it without using void init(int , int , int).
static bool initialization = 0;
// initalization values the screen has initialized.
// ** Don't Change it! **
int opt[110][110],optcol[110][110];
// opt values the thing we want to print.
// optcol values the color.
int tmp[110][110],tmpcol[110][110];
//tmp means the thing still on the screen.
//tmp the same as optcol.
int nx,ny;
//it is also a very import thing.
//It means where you print.
int color;
//It means the color you chioce.
void gotoxy(int y, int x) {
COORD pos = {x,y};
HANDLE hOut = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleCursorPosition(hOut, pos);
}
//function of gotoxy.
void HideCursor()
{
CONSOLE_CURSOR_INFO cursor_info = {1, 0};
SetConsoleCursorInfo(GetStdHandle(STD_OUTPUT_HANDLE), &cursor_info);
}
void CreateScreenSize(int y,int x)
{
SMALL_RECT winPon={0,0,x-1,y-1};
HANDLE con=GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleWindowInfo(con,true,&winPon);
}
void flashScreen()
{
repeat(i,1,N,1)
repeat(j,1,M,1)
{
if (opt[i][j] != tmp[i][j] || optcol[i][j] != tmpcol[i][j])
gotoxy(i-1,j-1),
col(optcol[i][j]),
putchar(opt[i][j]),
tmp[i][j] = opt[i][j],
tmpcol[i][j] = optcol[i][j];
}
}
void CompulsionflashScreen()
{
repeat(i,1,N,1)
repeat(j,1,M,1)
{
gotoxy(i-1,j-1),
col(optcol[i][j]),
putchar(opt[i][j]),
tmp[i][j] = opt[i][j],
tmpcol[i][j] = optcol[i][j];
}
}
//these function you can also use it from outside.
//-------------------------------------------------------------------------INITTAG
void init(int lx,int ly,int syscol)
{
//You must start this program before use the namespace.
//otherwise, the program will output error.
//write on the screen.
color = syscol;
col(syscol);
cout << ' ';//what the fuck?
system("cls");
//Clear the screen.
initialization = 1;
//It means the program has started this program.
// memset things.
N = lx;
M = ly;
nx = 0;
ny = 0;
repeat(i,1,N,1)
repeat(j,1,M,1)
tmpcol[i][j] = optcol[i][j] = color;
repeat(i,1,N,1)
repeat(j,1,M,1)
tmp[i][j] = opt[i][j] = ' ';
CreateScreenSize(N,M);
//Create the screen.
}
//This function is for the string to output.
void output(string x)
{
if (!initialization) {
cerr << "You have not do the init program!"<<endl;
return;
}
int l = x.size();
repeat(i,0,l-1,1)
{
if (x[i] == '\n')
{
nx++,ny=0;
continue;
}
//col(color),gotoxy(nx,ny),putchar(x[i]);
opt[nx][ny]=x[i];
optcol[nx][ny]=color;
ny++;
if (ny >= M)
ny=0,nx++;
}
flashScreen();
}
//This function is for the char* to output.
void output(char x[])
{
string xt = x;
output(xt);
}
//This function is for string to output.
//It means that:
// A-----B
// | |
// | |
// | |
// . .
// . .
// . .
//A(begx,starty);
//B(begx,endy).
void output(string x,int begx,int starty,int endy)
{
if (!initialization) {
cerr << "You have not do the init program!"<<endl;
return;
}
int l = x.size();
nx = begx;
ny = starty;
repeat(i,0,l-1,1)
{
if (x[i] == '\n')
{
repeat(i,ny,endy,1)
opt[nx][i] = ' ',optcol[nx][i] = color;
nx++,ny=starty;
continue;
}
//col(color),gotoxy(nx,ny),putchar(x[i]);
opt[nx][ny]=x[i];
optcol[nx][ny]=color;
ny++;
if (ny >= min(endy+1,M))
ny=starty,nx++;
}
repeat(i,ny,endy,1)
opt[nx][i] = ' ',optcol[nx][i] = color;
nx++,ny=starty;
flashScreen();
}
//This function is for char* to output.
//It means that:
// A-----B
// | |
// | |
// | |
// . .
// . .
// . .
//A(begx,starty);
//B(begx,endy).
void output(char x[],int begx,int starty,int endy)
{
string xt = x;
output(xt,begx,starty,endy);
}
//------------------------Msg Box------------------------------------------MSGTAG
class msgbox{
private:
int begx,endx;
int begy,endy;
string title;
//Attention! please put the size of title much smaller than the size.
string note;
// int color;
int tp[110][110];
int tpcol[110][110];
public:
void create(int x,int y,int xx,int yy,string title_tmp)
{
begx = x;
begy = y;
endx = xx;
endy = yy;
title = title_tmp;
int len = title.size();
if (len + 4 >= (endy - begy)) len = (endy - begy - 4);
//if you don't see the warning....
repeat(i,1,N,1)
repeat(j,1,M,1)
tp[i][j]=tmp[i][j],
tpcol[i][j]=tmpcol[i][j];
repeat(i,begy+2,begy+2+len-1,1)
opt[begx][i] = title[i-begy-2],
optcol[begx][i] = backcolor;
opt[begx][begy] = '*';
optcol[begx][begy] = backcolor;
opt[begx][begy+1] = '*';
optcol[begx][begy+1] = backcolor;
repeat(i,begy+2+len,endy,1)
opt[begx][i] = '*',
optcol[begx][i] = backcolor;
repeat(i,begx+1,endx,1)
opt[i][endy] = opt[i][begy] = '*',
optcol[i][endy] = optcol[i][begy] = backcolor;
repeat(i,begy,endy,1)
opt[endx][i] = '*',
optcol[endx][i] = backcolor;
flashScreen();
}
void create(int x,int y,int xx,int yy,char title_tmp[])
{
string p=title_tmp;
create(x,y,xx,yy,p);
}
template <class T>
void setnote(T x)
{
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
opt[i][j] = ' ';
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
optcol[i][j] = color;
stringstream ss;
ss << x;
output(ss.str(),begx+1,begy+1,endy-1);
getch();
repeat(i,1,N,1)
repeat(j,1,M,1)
opt[i][j] = tp[i][j], optcol[i][j] = tpcol[i][j];
flashScreen();
}
};/*Class: msgbox*/
//-------------------------Label-------------------------------------------LABELTAG
class label{
private:
int begx,endx;
int begy,endy;
string title;
//Attention! please put the size of title much smaller than the size.
string note;
// int color;
int tp[110][110];
int tpcol[110][110];
public:
void create(int x,int y,int xx,int yy,string title_tmp)
{
begx = x;
begy = y;
endx = xx;
endy = yy;
title = title_tmp;
int len = title.size();
if (len + 4 >= (endy - begy)) len = (endy - begy - 4);
//if you don't see the warning....
repeat(i,1,N,1)
repeat(j,1,M,1)
tp[i][j]=tmp[i][j],
tpcol[i][j]=tmpcol[i][j];
repeat(i,begy+2,begy+2+len-1,1)
opt[begx][i] = title[i-begy-2],
optcol[begx][i] = backcolor;
opt[begx][begy] = '*';
optcol[begx][begy] = backcolor;
opt[begx][begy+1] = '*';
optcol[begx][begy+1] = backcolor;
repeat(i,begy+2+len,endy,1)
opt[begx][i] = '*',
optcol[begx][i] = backcolor;
repeat(i,begx+1,endx,1)
opt[i][endy] = opt[i][begy] = '*',
optcol[i][endy] = optcol[i][begy] = backcolor;
repeat(i,begy,endy,1)
opt[endx][i] = '*',
optcol[endx][i] = backcolor;
flashScreen();
}
void create(int x,int y,int xx,int yy,char title_tmp[])
{
string p=title_tmp;
create(x,y,xx,yy,p);
}
template <class T>
void setnote(T x)
{
stringstream ss;
ss << x;
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
opt[i][j] = ' ';
output(ss.str(),begx+1,begy+1,endy-1);
flashScreen();
}
};/*Class: label*/
//---------------------select----------------------------------------------SELTAG
class selectbox{
private:
int tp[110][110];
int tpcol[110][110];
string choice[110];
int begx,endx;
int begy,endy;
string title;
int output_select(string x,int begx,int endx,int starty,int endy)
{
if (!initialization) {
cerr << "You have not do the init program!"<<endl;
return -1;
}
int l = x.size();
nx = begx;
ny = starty;
repeat(i,0,l-1,1)
{
if (nx == endx+1)
{
flashScreen();
return 1;
}
if (x[i] == '\n')
{
nx++,ny=starty;
continue;
}
//col(color),gotoxy(nx,ny),putchar(x[i]);
opt[nx][ny]=x[i];
optcol[nx][ny]=color;
ny++;
if (ny >= min(endy+1,M))
ny=starty,nx++;
}
flashScreen();
return 0;
}
public:
void create(int x,int y,int xx,int yy,string title_tmp)
{
begx = x;
begy = y;
endx = xx;
endy = yy;
title = title_tmp;
int len = title.size();
if (len + 4 >= (endy - begy)) len = (endy - begy - 4);
//if you don't see the warning....
repeat(i,1,N,1)
repeat(j,1,M,1)
tp[i][j]=tmp[i][j],
tpcol[i][j]=tmpcol[i][j];
repeat(i,begy+2,begy+2+len-1,1)
opt[begx][i] = title[i-begy-2],
optcol[begx][i] = backcolor;
opt[begx][begy] = '*';
optcol[begx][begy] = backcolor;
opt[begx][begy+1] = '*';
optcol[begx][begy+1] = backcolor;
repeat(i,begy+2+len,endy,1)
opt[begx][i] = '*',
optcol[begx][i] = backcolor;
repeat(i,begx+1,endx,1)
opt[i][endy] = opt[i][begy] = '*',
optcol[i][endy] = optcol[i][begy] = backcolor;
repeat(i,begy,endy,1)
opt[endx][i] = '*',
optcol[endx][i] = backcolor;
flashScreen();
}
void create(int x,int y,int xx,int yy,char title_tmp[])
{
string p=title_tmp;
create(x,y,xx,yy,p);
}
private:
int private_output_select(string xt[],int hl,int n)
{
int tmpcolor = color;
nx = begx;
int flag = -1;
repeat(i,1,n,1)
{
nx++;
if (i == hl)
{
color = 255-color;
}
if (i == hl+1)
flag = 0;
string x = xt[i];
int l = x.size();
// nx = begx+1;
ny = begy+1;
repeat(j,0,l-1,1)
{
if (nx >= endx)
{
color = tmpcolor;
if (flag == -1)
return -1;
else
goto end;
}
if (x[i] == '\n')
{
nx++,ny=begy+1;
continue;
}
//col(color),gotoxy(nx,ny),putchar(x[i]);
opt[nx][ny]=x[j];
optcol[nx][ny]=color;
ny++;
if (ny >= min(endy,M))
ny=begy+1,nx++;
}
if (i == hl)
color = tmpcolor;
}
end:
color = tmpcolor;
flashScreen();
return 0;
}
void show(string x[],int hl,int n)
{
repeat(beg,1,n,1)
{
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
opt[i][j] = ' ';
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
optcol[i][j] = color;
string k[110];
repeat(i,beg,n,1)
k[i-beg+1] = x[i];
if (private_output_select(k,hl-beg+1,n-beg+1)!=-1)
return;
}
}
public:
//Please start it begin with '1';
int setnote(string x[],int n)
{
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
opt[i][j] = ' ';
char t=0;
int hl = 1;
while (t != 13)
{
show(x,hl,n);
t = getch();
if ((t == 'w' || t == 'W') && hl > 1) hl--;
if ((t == 's' || t == 'S') && hl < n) hl++;
}
repeat(i,1,N,1)
repeat(j,1,M,1)
opt[i][j] = tp[i][j], optcol[i][j] = tpcol[i][j];
flashScreen();
return hl;
}
};
//------------------------inputbox------------------------------------------INPUTTAG
class inputbox{
private:
int begx,endx;
int begy,endy;
string title;
//Attention! please put the size of title much smaller than the size.
string note;
// int color;
int tp[110][110];
int tpcol[110][110];
public:
void create(int x,int y,int yy,string title_tmp)
{
begx = x;
begy = y;
endx = x+2;
endy = yy;
title = title_tmp;
int len = title.size();
if (len + 4 >= (endy - begy)) len = (endy - begy - 4);
//if you don't see the warning....
repeat(i,1,N,1)
repeat(j,1,M,1)
tp[i][j]=tmp[i][j],
tpcol[i][j]=tmpcol[i][j];
repeat(i,begy+2,begy+2+len-1,1)
opt[begx][i] = title[i-begy-2],
optcol[begx][i] = backcolor;
opt[begx][begy] = '*';
optcol[begx][begy] = backcolor;
opt[begx][begy+1] = '*';
optcol[begx][begy+1] = backcolor;
repeat(i,begy+2+len,endy,1)
opt[begx][i] = '*',
optcol[begx][i] = backcolor;
repeat(i,begx+1,endx,1)
opt[i][endy] = opt[i][begy] = '*',
optcol[i][endy] = optcol[i][begy] = backcolor;
repeat(i,begy,endy,1)
opt[endx][i] = '*',
optcol[endx][i] = backcolor;
flashScreen();
}
void create(int x,int y,int yy,char title_tmp[])
{
string p=title_tmp;
create(x,y,yy,p);
}
template <class T>
void setnote(string x,T &E)
{
x += '*';
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
opt[i][j] = ' ';
output(x,begx+1,begy+1,endy-1);
optcol[begx+1][begy+x.size()] = backcolor;
flashScreen();
col(color),cin >> E;
repeat(i,begy+x.size()+1,M,1)
tmpcol[begx+1][i] = -1;
repeat(i,1,N,1)
repeat(j,1,M,1)
opt[i][j] = tp[i][j], optcol[i][j] = tpcol[i][j];// tmpcol[i][j]=-1;
// CompulsionflashScreen();
flashScreen();
}
template <class T>
void setnote(char x[],T &E)
{
string xt = x;
setnote(xt,E);
}
};/*Class: msgbox*/
//------------------------stream------------------------------------------STREAMTAG
class streambox{
private:
int begx,endx;
int begy,endy;
string title;
int nowx;
//Attention! please put the size of title much smaller than the size.
string note;
// int color;
int tp[110][110];
int tpcol[110][110];
public:
void create(int x,int y,int xx,int yy,string title_tmp)
{
nowx = 0;// To start with 0
begx = x;
begy = y;
endx = xx;
endy = yy;
title = title_tmp;
int len = title.size();
if (len + 4 >= (endy - begy)) len = (endy - begy - 4);
//if you don't see the warning....
repeat(i,1,N,1)
repeat(j,1,M,1)
tp[i][j]=tmp[i][j],
tpcol[i][j]=tmpcol[i][j];
repeat(i,begy+2,begy+2+len-1,1)
opt[begx][i] = title[i-begy-2],
optcol[begx][i] = backcolor;
opt[begx][begy] = '*';
optcol[begx][begy] = backcolor;
opt[begx][begy+1] = '*';
optcol[begx][begy+1] = backcolor;
repeat(i,begy+2+len,endy,1)
opt[begx][i] = '*',
optcol[begx][i] = backcolor;
repeat(i,begx+1,endx,1)
opt[i][endy] = opt[i][begy] = '*',
optcol[i][endy] = optcol[i][begy] = backcolor;
repeat(i,begy,endy,1)
opt[endx][i] = '*',
optcol[endx][i] = backcolor;
flashScreen();
}
void create(int x,int y,int xx,int yy,char title_tmp[])
{
string p=title_tmp;
create(x,y,xx,yy,p);
}
template <class T>
void setnote(T x)
{
repeat(i,begx+1,endx-1,1)
repeat(j,begy+1,endy-1,1)
opt[i][j]=' ',optcol[i][j] = color;
stringstream ss;
ss << x;
note += ss.str();
int l = note.size();
int tpnx = begx+1;
int tpny = begy+1;
repeat(i,nowx,l-1,1)
{
if (note[i] == '\n')
{
tpnx++,tpny=begy+1;
continue;
}
tpny++;
if (tpny >= min(endy,M-1))
tpny=begy+1,tpnx++;
}
int tadd = tpnx - endx + 2;
if (tadd <= 0) goto xt;
tpnx = begx+1;
tpny = begy+1;
repeat(i,nowx,l-1,1)
{
if (tpnx == tadd+begx)
{
nowx = i;
break;
}
if (note[i] == '\n')
{
tpnx++,tpny=begy+1;
continue;
}
tpny++;
if (tpny >= min(endy,M-1))
tpny=begy+1,tpnx++;
}
xt:
string tmp(note,nowx,note.size());
output(tmp,begx+1,begy+1,endy-1);
}
};/*Class: streambox*/
template <typename T>
streambox& operator << (streambox nx, T x){
nx.setnote(x);
return nx;
}
};
Test Game:
using namespace EasilyPrtSc;
string choice[]={"","1. Buy things.","2. Fight.","3. Sleep (add 50 hp).","4. \?\?\?(a special thing)","5. fight with G(difficult)","exit"};
string shop[]={"","1. sharp knife.(ATK add 15)$ 50","2. king's sword(ATK add 400),$ 1000",
"3. Valgulious(ATK add 1000,HP add 700) $ 2000, and answer one question",
"4. Insania(ATK add 2000,HP add 1000) $ 3000, and answer one question",
"5. Seniorious(ATK add 10000, HP add 2000) $5000, and answer one question"};
int type;
int money = 0;
int life = 100;
int ATK = 0;
string name;
string p[] = {"","farmer","trader","fighter"};
label tp2;
label tp1;
streambox tp4;
void printtag()
{
stringstream ss;
ss << "Username: " << name << '\n' << "industry: " << p[type] << '\n'
<< "$ Money: " << money << '\n' << "HP: " << life << endl
<< "ATK: " << ATK << endl;
tp2.setnote(ss.str());
}
int main()
{
srand(time(NULL));
//It is a test game.
{
stringstream ss;
init(30,50,3);
//Create Screen
tp2.create(1,1,15,30,"Your profiles:");
tp1.create(16,1,30,30,"Task&Tips");
tp4.create(1,31,30,50,"stream");
tp4.setnote("Open the game\n");
inputbox a;
a.create(10,3,27,"Hello!");
a.setnote("what\'s your name?",name);
string tt = "Username: ";
tp2.setnote(tt+name);
tp4.setnote("registered\nUsername: ");
tp4.setnote(name);
tp4.setnote('\n');
//label tp3;
pause;
selectbox tp3;
tp3.create(3,3,27,27,"Choice your industry");
type = tp3.setnote(p,3);
if (type == 1)
ATK = 100,
money = 100;
else if (type == 2)
ATK = 50,
money = 200;
else ATK = 300;
ss << "Username: " << name << '\n' << "industry: " << p[type] << '\n'
<< "$ Money: " << money << '\n' << "HP: " << life << endl
<< "ATK: " << ATK << endl;
tp2.setnote(ss.str());
tp4.setnote("industry: ");
tp4.setnote(p[type]);
tp4.setnote('\n');
ss.str("");
ss << "Please read this tag as slow as you can.\n";
tp1.setnote(ss.str());
pause;
ss << "Your target is to kill Gravity." << endl;
tp1.setnote(ss.str());
pause;
ss << "Gravity is the biggest boss, but it recently killed by class 9 people." << endl;
tp1.setnote(ss.str());
pause;
ss << "Before to deal with Gravity, you should add your ATK and HP." << endl;
tp1.setnote(ss.str());
pause;
ss << "Good Luck!\n" ;
tp1.setnote(ss.str());
pause;
tp1.setnote("");
pause;
}
//tp2|tp4
//---|
//tp1|
//switch box tp3;
while (life > 0){
selectbox tt;
tt.create(10,5,25,35,"Choices");
int tp = tt.setnote(choice,5);
tp4.setnote("Choice: ");
tp4.setnote(choice[tp]);
tp4.setnote("\n");
if (tp == 3)
{
tp4.setnote("HP += 50\n");
printtag();
life += 50;
Sleep(5000);
}
if (tp == 1)
{
tt.create(10,5,25,35,"Shop");
int o = tt.setnote(shop,5);
tp4.setnote("Try to buy ");
tp4.setnote(shop[o]);
tp4.setnote("...");
if (o == 1)
{
if (money < 50)
tp4.setnote("Failed. No money left.\n");
else
tp4.setnote("Successful. ATK add 15.\n"),ATK+=15,money-=50;
}
if (o == 2)
{
if (money < 1000)
tp4.setnote("Failed. No money left.\n");
else
tp4.setnote("Successful. ATK add 400.\n"),ATK+=400,money-=1000;
}
if (o == 3)
{
if (money < 2000)
tp4.setnote("Failed. No money left.\n");
else
{
inputbox a;
a.create(15,3,47,"Question");
string k;
a.setnote("Who use this sword?(First name)",k);
if (k == "Ithea")
tp4.setnote("Successful. ATK add 1000,HP add 700.\n"),ATK+=1000,life+=700,money-=2000;
else
{
tp4.setnote("Failed. Wrong answer.\n");
msgbox tty;
tty.create(10,10,20,20,"Sorry");
tty.setnote("Sorry! Wrong Answer.");
}
}
}
if (o == 4)
{
if (money < 3000)
tp4.setnote("Failed. No money left.\n");
else
{
inputbox a;
a.create(15,3,47,"Question");
string k;
a.setnote("Who use this sword?(First name)",k);
if (k == "Nephren")
tp4.setnote("Successful.ATK add 2000,HP add 1000.\n"),ATK+=2000,life+=1000,money-=1000;
else
{
tp4.setnote("Failed. Wrong answer.\n");
msgbox tty;
tty.create(10,10,20,20,"Sorry");
tty.setnote("Sorry! Wrong Answer.");
}
}
}
if (o == 5)
{
if (money < 5000)
tp4.setnote("Failed. No money left.\n");
else
{
inputbox a;
a.create(15,3,47,"Question");
string k;
a.setnote("Who use this sword?(First name)",k);
if (k == "Chtholly")
tp4.setnote("Successful.ATK add 10000, HP add 2000.\n"),ATK+=10000,life+=2000,money-=5000;
else
{
tp4.setnote("Failed. Wrong answer.\n");
msgbox tty;
tty.create(10,10,20,20,"Sorry");
tty.setnote("Sorry! Wrong Answer.");
}
}
}
}
if (tp == 2)
{
int ATKp = rand()%20 - 10 + min((int)(ATK*0.7),200);
int HPp = rand()%20 - 10 + min((int)(life*0.5),400);
int MON = (ATKp + HPp) / 5;
stringstream ss;
while (1){
printtag();
ss.str("");
ss << "The enemy's Profile:\nATK: "<<ATKp <<endl<< "HP: "<<HPp
<< endl << "Money: " << MON << endl;
tp1.setnote(ss.str());
tt.create(3,3,15,35,"Choice");
string tp_2[] = {"","Fight","Run away"};
int res = tt.setnote(tp_2,2);
tp4.setnote(tp_2[res]);
tp4.setnote("\n");
if (res == 2)
{
break;
}
if (res == 1)
{
life -= max(0,ATKp - ATK/5);
HPp -= max(0,ATK - ATKp/5);
}
if (life <= 0)
{
msgbox tpp;
stringstream sss;
sss << "Game over.\nFinal ATK: " << ATK << endl
<< "Final Money: " << money << endl
<< "Level:" << ATK/100 + money/50;
tp4.setnote(sss.str());
tpp.create(10,10,35,25,"Sorry");
tpp.setnote(sss.str());
return 0;
}
if (HPp <= 0)
{
msgbox tpp;
tp4.setnote("Killed.\n");
tp4.setnote("money add ");
tp4.setnote(MON);
tp4.setnote("\n");
money += MON;
tpp.create(10,10,25,35,"Success");
tpp.setnote("You successfully Killed the enemy.");
break;
}
}
}
if (tp == 4)
{
int tag = rand()%100;
if (tag < 30) life += 100;
else if (tag < 50) ATK += 10;
else life -= 100;
printtag();
}
if (tp == 5)
{
int ATKp = 40000;
int HPp = 70000;
stringstream ss;
while (1){
printtag();
ss.str("");
ss << "The enemy's Profile:\nATK: "<<ATKp <<endl<< "HP: "<<HPp
<< endl;
tp1.setnote(ss.str());
tt.create(3,3,15,35,"Choice");
string tp_2[] = {"","Fight","Run away"};
int res = tt.setnote(tp_2,2);
tp4.setnote(tp_2[res]);
tp4.setnote("\n");
if (res == 2)
{
break;
}
if (res == 1)
{
life -= max(0,ATKp - ATK/5);
HPp -= max(0,ATK - ATKp/5);
}
if (life <= 0)
{
msgbox tpp;
stringstream sss;
sss << "Game over.\nFinal ATK: " << ATK << endl
<< "Final Money: " << money << endl
<< "Level:" << ATK/100 + money/50;
tp4.setnote(sss.str());
tpp.create(10,10,25,35,"Sorry");
tpp.setnote(sss.str());
return 0;
}
if (HPp <= 0)
{
msgbox tpp;
tpp.create(10,10,25,35,"Success");
tpp.setnote("You Win.");
return 0;
}
}
}
printtag();
}
}
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