Concatinated BGI Programs in One

//==================this programme was done by=======================
//================a.s.ram narayanan================================

note:THIS WORKS only IN TURBO C++
/*In this program 6 sub programs are clubbed together where the
program does the following

1.displays a menu
2.asks for value to implement the following program accordingly
3.consists of six programs which are displayed in the menu itself

working

The working is based on simple function calling feature
according to the value the particular the function is implemented
*/


#include<iostream.h>
#include<conio.h>
#include<stdlib.h>
#include<graphics.h>
#include<dos.h>
#include<stdio.h>
#include<math.h>
#define address_count 4
void graphic_menu();//menu graphics prototype(not to be confused with void menu)
void solarsys(); //solarsys protoype
void address_book(); //address book prototype
void numbers_to_words(); //numbers into words programme prototype
void smiley();//smiley programme
void moving_bus(); //moving bus progamme
void moving_train();//moving train programme

void calc();    /*scientific calculator program function porotypes*/
double cores (double);
double res (double);

float sub(float,float);
float div(float,float);
float mul(float,float);
float add(float,float);
float ramp(float,float);
double modulus(double);
void menu();//sci fi calculator protoype

float a,b,c,ch; //globl variable sfor scienfi calculator
int ch1;

int n1,n2,n3,n4,n5;//declaring global variables for numbers to words

void main()  //THE MAIN
{
clrscr();
 int gdriver=DETECT,gmode;
  initgraph(&gdriver,&gmode,"C://TC//bgi");



int ch;

graphic_menu();
gotoxy(10,20);
cin>>ch;

if(ch==1)
 {
  solarsys();
 }

 else if(ch==2)
 {
    address_book();
 }

 else if(ch==3)
{
    calc();
 }

 else if(ch==4)
  {
 numbers_to_words();
  }

  else if(ch==5)
 {
 smiley();
 }

 else if(ch==6)
{

 moving_bus();

}

else if(ch==7)
{
  moving_train();

  }
 else
 {

  cout<<"sorry out of cridentials";

 }
 getch();
 closegraph();
 }

void graphic_menu()//menu function

{


   setfillstyle(SOLID_FILL,BLUE);
  bar(0,10,300,250);//COLORED RECTANGLE(blue main)
  setfillstyle(SOLID_FILL,BROWN);//small rectangle for menu(only for text)
  bar(20,20,150,50);//small bar
  //setcolor(GREEN);//for rctabgle border(small one)

  rectangle(20,20,150,50);//border(small)

  settextjustify(30,5);
settextstyle(GOTHIC_FONT,HORIZ_DIR,5);
outtextxy(30,5,"menu");
setcolor(WHITE);//outline color for rectangle
rectangle(0,10,300,250);//border of rectangle

 /* ==  TEXT FOR SOLAR SYSTEM===*/
settextjustify(0,60);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,2);
outtextxy(0,60,"1.solarsystem(bgi)");

/*==text for address book==*/
settextjustify(0,80);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,2);
outtextxy(0,80,"2.addressbook(underconstruct)");

/*==text for scientific calculator===*/
settextjustify(0,100);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,2);
outtextxy(0,100,"3.sci-fi calc(withno inbuilt fn)");


/*==text for NUMBERS TO WORDS===*/
settextjustify(0,120);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,2);
outtextxy(0,120,"4.numbers to words");


/*==text for smiley===*/
settextjustify(0,140);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,2);
outtextxy(0,140,"5.smiley(bgi)");


/*==text for bus===*/
settextjustify(0,160);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,2);
outtextxy(0,160,"6.moving bus(bgi)");


/*==text for train===*/
settextjustify(0,180);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,2);
outtextxy(0,180,"7.moving train(bgi)");


/*==text for choice===*/
settextjustify(0,210);
settextstyle(SMALL_FONT,HORIZ_DIR,5);
outtextxy(0,210,"ENTER YOUR CHOICE 1/2/3/4/5/6/7");

}

 void solarsys()//solarsys function
{
   for(int i=0;i<20;i++)
{
setcolor(i+1);
delay(100);
settextjustify(100,50);
settextstyle(TRIPLEX_FONT,HORIZ_DIR,5);
outtextxy(100,50,"MAGIC OF GRAPHICS.h");
settextjustify(100,100);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,5);
outtextxy(100,100,"by ram");


}
 printf("\n\n\n\n");
setcolor(RED);            //FOR THE CENTRE CIRCLE
setfillstyle(SOLID_FILL,BROWN);
circle(300,300,120);
floodfill(300,300,RED);


setcolor(WHITE);                //FOR ORBIT PATH ELLIPSE 1
ellipse(300,300,0,360,200,70);
setcolor(BLUE);                 //FOR PLANET 1(YELLOW WITH BLUE BORDER)
setfillstyle(SOLID_FILL,YELLOW);
circle(400,350,30);
floodfill(400,350,BLUE);
setcolor(WHITE);                //FOR ORBIT PATH ELLPSE 2
ellipse(300,300,0,360,250,80);
setcolor(GREEN);                //FOR PLANET 2(BLUE WITH GREEN BORDER)
setfillstyle(SOLID_FILL,BLUE);
circle(550,300,30);
floodfill(550,300,GREEN);
setcolor(WHITE);
ellipse(300,300,0,360,300,90);  //FOR ORBIT PATH ELLIPSE 3
setcolor(BLUE);
setfillstyle(SOLID_FILL,CYAN); //FOR PLANET 3 (GREEN WITH BLUE BORDER
circle(100,300,30);
floodfill(100,300,BLUE);
setcolor(WHITE);
ellipse(300,300,0,360,310,95);
setcolor(GREEN);
setfillstyle(SOLID_FILL,WHITE); //FOR PLANET 4 (GREEN WITH BLUE BORDER
circle(40,300,25);
floodfill(40,300,GREEN);

setcolor(RED);                           //for lightgreen planet with red border
setfillstyle(SOLID_FILL,LIGHTGREEN);
circle(540,250,20);
floodfill(540,250,RED);

setcolor(YELLOW);   /*FOR THE SUN TEXT*/
settextjustify(300,300);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,5);
outtextxy(270,250,"SUN");

setcolor(MAGENTA);
setfillstyle(SOLID_FILL,MAGENTA);

circle(170,370,25);
floodfill(170,370,MAGENTA);

 }

  struct address
    {
  long long   int housenum,phonenum,pin;
    char houseadd[100],name[50];

    };
    void address_book()//start of address book program
    {
 address addres[address_count];//declaring array of addres for more than 1 person to input

   int gdriver=DETECT,gmode;    //INITIALSISING GRAPHICS
  initgraph(&gdriver,&gmode,"C://TC//bgi");//INITIALISING GRAPHICS

  setbkcolor(BLACK);//BACKGROUND COLOR

  setcolor(YELLOW);//SETTING COLOR FOR RECTANGLE
  rectangle(1,1,170,50);  //RECTANGULAR COLUMN FOR INPUT

   setfillstyle(YELLOW,SOLID_FILL); //FILLING THE RECTANGLE





  gotoxy(2,2);
 cout<<"-------INPUT-------";
 cout<<"\n"<<"\n"<<"\n";





  for(int i=0;i<address_count;i++)//input
      {
  cout<<"enetr the name :";
     gets(addres[i].name);
     cout<<"enter the phone num :";
     cin>>addres[i].phonenum;
     cout<<"enter the house address (max 100 char) :";
     gets(addres[i].houseadd);
     cout<<"enter the pin code :";
     cin>>addres[i].pin;  //pin

      cout<<"enetr the house number :";
     cin>>addres[i].housenum;
     cout<<endl;

      }
     cout<<endl;

    /* setcolor(YELLOW);//SETTING COLOR FOR RECTANGLE
  rectangle(1,300,400,50);  //RECTANGULAR COLUMN FOR INPUT

   setfillstyle(YELLOW,SOLID_FILL); //FILLING THE RECTANGLE
   */
     cout<<"---------------OUTPUT----------------"<<endl;
   //  cout<<"-------------"<<"***********************"<<"-------"<<endl;
     for( i=0;i<address_count;i++)
     {

   cout<<"name:"<<addres[i].name<<endl;
  cout<<"phone no."<<addres[i].phonenum<<endl;
  cout<<"address :"<<addres[i].houseadd<<endl;
  cout<<"pin code:"<<addres[i].pin<<endl;
  cout<<"house numb:"<<addres[i].housenum<<endl;
  cout<<endl;
  }


   }
  void calc()
{
 clrscr();

  menu();

  cin >> ch;
 if (ch == 1)
 {
  c = mul(a, b);
  cout << "the multilication result is" << c;
 }
 else if (ch == 2)
 {
  c = add(a, b);
  cout << "the result is" << c;
 }
 else if (ch == 3)
 {
  c = sub(a, b);
  cout << "the result is" << c;
 }
 else if (ch == 4)
 {
  c = div(a, b);
  cout << "the result is " << c;
 }
 else if (ch == 5)
 {
  cout << "the power is";
  c = ramp(a, b);
  cout << "the result is" << c;
 }
 else if (ch == 6)
 {
  cout << "the modulus o9f the no. is" << endl;
  c = modulus(a);
  cout << c;
 }
 else if (ch == 7)
 {
  cout << "the cos value is" << endl;
  c = cores(a);
  cout << c;
 }
 else if (ch == 8)
 {
  cout << "the sin value is" << endl;
  c = res(a);
  cout << c;
 }
 else
 {
  cout << "out of credentials you asre a piece of shit";
 }

   getch();


}



float mul(float x, float y)
{
 float res;

  res = x*y;

  return (res);
}

float add(float x, float y)
{
 float res;

  res = x + y;

  return (res);
}

float sub(float x, float y)
{
 float res;

  res = x - y;
 return (res);
}

float div(float x, float y)
{
 float res;

  res = x / y;

  return (res);
}

float ramp(float x, float y)
{
 float i, s = 1;
 for (i = 1; i <= y; i++)
 {
  s = s*x;
 }

  return (s);
}

double modulus(double x)
{
 double res;

  res = fabs(x);

  return (res);
}
void menu()
{
 cout << "=======PROGRAM FOR SCIENTIFIC CALCULATOR=======" << endl;
 cout << "enter the variabes" << endl;

  cout << "eneter a:" << endl;
 cout << "enter b:" << endl;
 cin >> a;
 cin >> b;

  cout << "enter the function which you want to perform" << endl;

  cout << "1.mult" << endl << "2.add" << endl << "3.sub" << endl << "4.div" << endl << "5.pow" << endl << "6.modulus" << endl;
 cout << "7.cos" << endl << "8.sin" << endl << "9.tan" << endl;

}

double cores(double ang)
{
 double result = 0;
 if (ang == 45)
 {
  a = b = 1;
  c = a*a + b*b;
  cout << "the cos value of 45 deg is" << endl;
  result = (b / sqrt(c));


  }
 else if (ang == 60)
 {
  b = 1, c = 2;
  c = 2 * b;
  a = ((c*c) - (b*b));


   cout << "the cos value is" << result;
 }
 else if (ang == 30)
 {
  b = 1, c = 2;
  c = 2 * b;
  a = ((c*c) - (b*b));

   result = (sqrt(a) / c);



  }
 else if (ang == 90)
 {
  result = 1;

   cout << "cos value is ";
 }
 else if (ang == 37)
 {
  a = 3, b = 4;
  c = ((a*a) + (b*b));
  result = b / sqrt(c);

   cout << "the cos value of 37 is ";
 }
 else if (ang == 53)
 {
  a = 4, b = 3;
  c = ((a*a) + (b*b));
  result = a / sqrt(c);

   cout << "the cos value of 53 is ";
 }
 else if (ang == 0)
 {
  result == 1;

   cout << "the cos value is";
 }
 else
 {
  cout << "sorry out of the given credentials";
 }



  //getch();

  return (result);
}

double res(double ang)
{
 double result = 0;

  if (ang == 45)
 {
  a = b = 1;
  c = a*a + b*b;
  cout << "the cos value of 45 deg is" << endl;
  result = (b / sqrt(c));
  cout << result;
 }
 else if (ang == 60)
 {
  b = 1, c = 2;
  c = 2 * b;
  a = ((c*c) - (b*b));


   result = (sqrt(a) / c);
  cout << "\n" << "the sin value is" << result;
 }
 else if (ang == 30)
 {
  b = 1, c = 2;
  c = 2 * b;
  a = ((c*c) - (b*b));


   result = (b / c);
  cout << "\n" << "the sin value is" << result;

  }
 else if (ang == 90)
 {

   result = 0;
  cout << "\n" << "the value of sin wll be" << result;
 }
 else if (ang == 37)
 {
  a = 3, b = 4;
  c = ((a*a) + (b*b));

   result = a / sqrt(c);
  cout << "\n" << "the sin value of 37 is" << result;
 }
 else if (ang == 53)
 {
  a = 4, b = 3;
  c = ((a*a) + (b*b));

   result = b / sqrt(c);
  cout << "\n" << "the sin value of 53 is" << result;
 }
 else if (ang == 0)
 {

   result == 0;
  cout << "\n" << "the sin value is " << result;
 }
 else
 {
  cout << "sorry out of the given credentials";
 }

  //getch();

  return (result);
}
void numbers_to_words()
{


    cout<<"enter the five digits ";
    cout<<"\n";
    cin>>n5>>n4>>n1>>n2>>n3;

    switch(n5%10000)
     {
       case 0:break;
    case 1: cout<<" ten";break;
    case 2:cout<<" tewnty";break;
    case 3:cout<<" thirty";break;
    case 4:cout<<" forty";break;
    case 5:cout<<" fifty";break;
    case 6:cout<<" sixty";break;
    case 7:cout<<" seventy";break;
    case 8:cout<<" eighty";break;
    case 9:cout<<" ninety";break;
    default:cout<<" ERROR 404";break;
    }

     switch(n4%1000)
    {
      case 0:cout<<" thousand";break;
   case 1:cout<<"one thousand";
       break;
    case 2: cout<<"two thousand";break;

     case 3: cout<<"three thousand";break;
    case 4: cout<<"four thousand";break;
    case 5:cout<<"five thousand ";break;
    case 6 : cout<<"six  thousand ";break;
    case 7:cout<<"seven thousand ";break;
    case 8: cout<<"eight thousand";break;
    case 9:cout<<"nine thousand";break;
    default:cout<<"error 404";           break;

     }
    switch(n1%100)
    {
    case 0:break;
   case 1:cout<<" one hundred and ";
       break;
    case 2: cout<<" two hundred and ";break;

     case 3: cout<<" three hundred and";break;
    case 4: cout<<" four hundred and ";break;
    case 5:cout<<" five hundred and ";break;
    case 6 : cout<<" six hundred and ";break;
    case 7:cout<<" seven hundred and ";break;
    case 8: cout<<" eight hundred and ";break;
    case 9:cout<<" nine hunderd and ";break;
    default:cout<<" error 404";           break;

     }
 switch(n2%10)
     {
       case 0:break;
    case 1: cout<<" ten";break;
    case 2:cout<<" tewnty";break;
    case 3:cout<<" thirty";break;
    case 4:cout<<" forty";break;
    case 5:cout<<" fifty";break;
    case 6:cout<<" sixty";break;
    case 7:cout<<" seventy";break;
    case 8:cout<<" eighty";break;
    case 9:cout<<" ninety";break;
    default:cout<<" ERROR 404";break;
    }
    switch(n3%10)
     {
   case 0: break;
    case 1: cout<<" one";break;
    case 2:cout<<" two";break;
    case 3:cout<<" three";break;
    case 4:cout<<" four";break;
    case 5:cout<<" five";break;
    case 6:cout<<" six";break;
    case 7:cout<<" seven";break;
    case 8:cout<<" eight";break;
    case 9:cout<<" nine ";break;
    default:cout<<" ERROR 404";break;
    }



}
void smiley()
{

 for(int i=1;i<=360;i++)   //start of loop
{

 arc(400,250,0,i,210);//THE FACE MAIN PART

setcolor(CYAN);
 ellipse(300,200,0,i,100,40);



    circle(300,200,30);//THE FIRST EYE

     ellipse(500,200,0,i,100,40);//THE SECOND EYE ELLIPSE 2
    setcolor(CYAN);
     setcolor(CYAN);
    circle(500,200,30);//THE SECOND EYE
    arc(400,300,180,360,100); //THE MOUTH


     delay(10);

     }  //end of loop

  }//end of main

void moving_bus()
 {
 setcolor(GREEN);
for(int i=1;i<200;i++)
{
line(100,220,700,220);

circle(150+i,200,20); //back tyre
circle(150+i,200,15);//rim of back tyre
circle(350+i,200,20);//front tyre
circle(350+i,200,15);//rim of front tyre
delay(10);
cleardevice();
//line(100+i,100+i,50,50);
rectangle(100+i,100,400+i,200); //main body
rectangle(105+i,105,300+i,150);//back window
rectangle(305+i,105,385+i,150);//front window
line(185+i,105,185+i,200);//back part of door
line(265+i,105,265+i,200);//front part of door
rectangle(195+i,160,205+i,165);//door handle
rectangle(390+i,175,400+i,185); //front indicator

settextjustify(100,220);
settextstyle(TRIPLEX_FONT,HORIZ_DIR,5);
outtextxy(100,220,"Moving bus");
settextjustify(130,260);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,5);
outtextxy(130,260,"by RAM");

delay(10);

//cleardevice();
 }//end of loop
}//end of function

void moving_train()//start of train function
{
setcolor(GREEN);
for(int i=1;i<200;i++)
{

rectangle(40,220,700,230); //the base of the train(track)

/*the tyre part with spokes and rims---------*/

circle(150+i,200,20); //back tyre
circle(150+i,200,15);//rim of back tyre
circle(195+i,200,20);//2nd back tyre
circle(195+i,200,15);//rim of 2nd back tyre right hand side
rectangle(150+i,196,200+i,207);//spoke between 2 back tryes
circle(195+i,200,20);//2nd back tyre(right  from left)

circle(350+i,200,20);//front 2nd tyre(right most)
rectangle(305+i,196,355+i,207);//spoke between 2 front  tryes
circle(305+i,200,15);//rim of front 1st trye right ahnd side
circle(305+i,200,20);//front 1st trye
circle(350+i,200,15);//rim of 2nd front tyre

/*---now for the holding pivot or the attachment of the spoke to the train--*/
rectangle(150+i,180,155+i,200);//pivot of the 1 st tyre (back)
rectangle(195+i,180,200+i,200);//pivot of the 2nd BACK TYRE

rectangle(305+i,180,310+i,200);//pivot of 2nd front tyre (2nd form rightmost)
rectangle(350+i,180,355+i,200);//pivot of 1st front tyre (1st from rightmost)

/*=========now for the upper part of the train===*/
rectangle(280+i,90,360+i,100);//front (rightmost)
rectangle(120+i,90,200+i,100);//backside

/*======electricity connection wire =====*/
line(40,50,500,50);//main line(upper wire)
line(300+i,70,320+i,50);//connector(2) (train with main line)(1st one from right)
line(300+i,70,310+i,90);//small bending in the 1st connector

line(150+i,70,160+i,50);//small bending in connector (1)
line(150+i,70,160+i,90);//connector(1)


delay(10);
cleardevice();

/*main body of the train(engine)*/
rectangle(100+i,100,400+i,200); //main body
rectangle(105+i,105,300+i,150);//back window
rectangle(305+i,105,385+i,150);//front window
line(185+i,105,185+i,200);//back part of door
line(265+i,105,265+i,200);//front part of door
rectangle(195+i,160,205+i,165);//door handle
rectangle(390+i,175,400+i,185); //front indicator

/*main body of the wagon*/
rectangle(1+i,150,90+i,200);
line(1+i,150,90+i,100);
line(90+i,100,90+i,150);
circle(20+i,200,20);//trye of the small wagon back one
circle(20+i,200,15);//rim of the back one

circle(70+i,200,20);
circle(70+i,200,15);

rectangle(90+i,180,99+i,200);   //the connection between the engine and the wagon



settextjustify(100,240);
settextstyle(TRIPLEX_FONT,HORIZ_DIR,5);
outtextxy(100,240,"Moving train");
settextjustify(130,280);
settextstyle(SANS_SERIF_FONT,HORIZ_DIR,5);
outtextxy(130,280,"by RAM");

delay(10);


} //end of loop
getch();
closegraph();
}//end of function


THE OUTPUT


This video is upto only 0:56 not 2:01
an error occured during the process thats why please cooperate