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game.cpp
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//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//=========================================================================|||
//_________________________________________________________________________|||
//_________________________________________________________________________|||
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
// Name : game.cpp |||
// Modified by : ANAS HAMEED |||
// ROLLNUMBER : 19I-2008 |||
// Version : |||
// Copyright : (c) Reserved |||
// Description : Basic 2D game of Dodge 'Em... |||
//_________________________________________________________________________|||
//_________________________________________________________________________|||
//=========================================================================|||
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#ifndef DODGE_CPP_
#define DODGE_CPP_
#include "util.h"
#include <iostream>
#include<ctime>
#include<cstdlib>
#include<cstring>
#include<cmath> // for basic math functions such as cos, sin, sqrt
using namespace std;
int position1=320, position2=29,position3=400,position4=29,score=0,speed1=6,life=3;
int screen=0;
void Mycarmovement();
void ComputerCarmovement();
void Drawfood();
void Displaymanu();
void collision_detection();
void levels();
// seed the random numbers generator by current time (see the documentation of srand for further help)...
/* Function sets canvas size (drawing area) in pixels...
* that is what dimensions (x and y) your game will have
* Note that the bottom-left coordinate has value (0,0) and top-right coordinate has value (width-1,height-1)
* */
void SetCanvasSize(int width, int height) {
glMatrixMode (GL_PROJECTION);
glLoadIdentity();
glOrtho(0, width, 0, height, -1, 1); // set the screen size to given width and height.
glMatrixMode (GL_MODELVIEW);
glLoadIdentity();
}
/*
* Main Canvas drawing function.
* */
//Board *b;
void GameDisplay()/**/{
// set the background color using function glClearColor.
// to change the background play with the red, green and blue values below.
// Note that r, g and b values must be in the range [0,1] where 0 means dim rid and 1 means pure red and so on.
if(screen==1)
{
glClearColor(0/*Red Component*/, 0, //148.0/255/*Green Component*/,
0.0/*Blue Component*/, 0 /*Alpha component*/); // Red==Green==Blue==1 --> White Colour
glClear (GL_COLOR_BUFFER_BIT); //Update the colors
// calling some functions from util.cpp file to help students
//Square at 400,20 positionn
//DrawSquare( 400 , 20 ,40,colors[RED]);
//Square at 250,250 position
//DrawSquare( 250 , 250 ,20,colors[GREEN]);
//Display Score
//DrawString( 50, 800, "Score=0", colors[MISTY_ROSE]);
//Triangle at 300, 450 position
//DrawTriangle( 300, 450 , 340, 450 , 320 , 490, colors[MISTY_ROSE] );
// Trianlge Vertices v1(300,50) , v2(500,50) , v3(400,250)
//Circle at 50, 670 position
//DrawCircle(50,670,10,colors[RED]);
//Line from 550,50 to 550,480 with width 10
//DrawLine(int x1, int y1, int x2, int y2, int lwidth, float *color)
//DrawLine( 550 , 50 , 550 , 480 , 10 , colors[MISTY_ROSE] );
collision_detection();
Drawfood();
// Drawing opponent car
int x = position1; //intial position of cars x-coordinate.
int y = position2; //intial position of cars y-coordinate
float width = 15; //size of oppenent car.
float height = 10; // for size of oppenent car.
float* color = colors[BLUE_VIOLET];
float radius = 5.0;
DrawRoundRect(x,y,width,height,color,radius); // bottom left tyre
DrawRoundRect(x+width*3,y,width,height,color,radius); // bottom right tyre
DrawRoundRect(x+width*3,y+height*4,width,height,color,radius); // top right tyre
DrawRoundRect(x,y+height*4,width,height,color,radius); // top left tyre
DrawRoundRect(x, y+height*2, width, height, color, radius/2); // body left rect
DrawRoundRect(x+width, y+height, width*2, height*3, color, radius/2); // body center rect
DrawRoundRect(x+width*3, y+height*2, width, height, color, radius/2); // body right rect
//drawing My car
glClearColor(1/*Red Component*/, 0, //148.0/255/*Green Component*/,
0.0/*Blue Component*/, 0 /*Alpha component*/); // Red==Green==Blue==1 --> White Colour
//glClear (GL_COLOR_BUFFER_BIT); //Update the colors
int x1= position3;
int y1 = position4;
float width1=15;
float height1=10;
float* color1 = colors[DARK_RED];
DrawRoundRect(x1,y1,width1,height1,color1,radius); // bottom left tyre
DrawRoundRect(x1+width1*3,y1,width1,height1,color1,radius); // bottom right tyre
DrawRoundRect(x1+width1*3,y1+height1*4,width1,height1,color1,radius); // top right tyre
DrawRoundRect(x1,y1+height1*4,width1,height1,color1,radius); // top left tyre
DrawRoundRect(x1, y1+height1*2, width1, height1, color1, radius/2); // body left rect
DrawRoundRect(x1+width1, y1+height, width1*2, height1*3, color1, radius/2); // body center rect
DrawRoundRect(x1+width1*3, y1+height1*2, width1, height1, color1, radius/2); // body right rect
// Drawing Arena
int gap_turn = 60;
int sx = 20;
int sy = -60;
int swidth = 800/2 - gap_turn/2 ; // half width
int sheight = 10;
float *scolor = colors[MIDNIGHT_BLUE];
DrawRectangle( sx-15 , sy+70 , swidth , sheight , scolor ) ; // bottom left
DrawRectangle(sx + swidth + gap_turn+15 , sy+70 , swidth , sheight , scolor ) ; // bottom right
DrawRectangle(sx + swidth + gap_turn+15 , sy+800 , swidth , sheight , scolor ) ; // top right
DrawRectangle( sx-15 , sy+800 , swidth , sheight , scolor ) ; // top left
DrawRectangle(sx+swidth*2+gap_turn , sy+sheight+60 , sheight*2 , swidth*.91 , scolor); // right down
DrawRectangle(sx+swidth*2+gap_turn , sy+sheight+swidth+gap_turn+30 , sheight*2 , swidth*.91 , scolor); // right up
DrawRectangle(sx-sheight*2 , sy+sheight+swidth+gap_turn+30 , sheight*2 , swidth*.91 , scolor); // left up
DrawRectangle(sx-sheight*2 , sy+sheight+60 , sheight*2 , swidth*.91 , scolor); // left down*/
//drawing of gab rectangle 1
int sx1 = 120;
int sy1 = -60;
DrawRectangle(sx1-20 , sy1+150 , swidth*.7 , sheight , scolor); // bottom left
DrawRectangle(sx1 + swidth + gap_turn-65 , sy1+150 , swidth*.7 , sheight , scolor); // bottom right
DrawRectangle(sx1 + swidth + gap_turn-65 , sy1+700 , swidth*.7 , sheight , scolor); // top right
DrawRectangle(sx1-20 , sy1+700 , swidth*.7 , sheight , scolor); // top left
DrawRectangle(sx1+swidth*2+gap_turn-185 , sy1+sheight+swidth+gap_turn+45 , sheight*1.2 , swidth*.61 , scolor); // right up
DrawRectangle(sx1-sheight*2 , sy1+sheight+swidth+gap_turn+45 , sheight*1.2 , swidth*.61 , scolor); // left up
DrawRectangle(sx1+swidth*2+gap_turn-185 , sy1+sheight+140 , sheight*1.2 , swidth*.61+20 , scolor); // right down
DrawRectangle(sx1-sheight*2 , sy1+sheight+140 , sheight*1.2 , swidth*.61+20 , scolor); // left down
//drawing of gab rectangle 2
int sx2 = 50 ;
int sy2 = -10 ;
DrawRectangle(sx2+140 , sy2+190 , swidth*.45 , sheight , scolor); // bottom left
DrawRectangle(sx2 + swidth + gap_turn+5 , sy2+190 , swidth*.45 , sheight , scolor); // bottom right
DrawRectangle(sx2 + swidth + gap_turn+5 , sy2+555 , swidth*.45 , sheight , scolor); // top right
DrawRectangle(sx2+140 , sy2+555 , swidth*.45 , sheight , scolor); // top left
DrawRectangle(sx2+swidth*2+gap_turn-210 , sy2+sheight+swidth+gap_turn-10 , sheight*1.2 , swidth*.36 , scolor); // right up
DrawRectangle(sx2-sheight*2+160 , sy2+sheight+swidth+gap_turn-10 , sheight*1.2 , swidth*.36 , scolor); // left up
DrawRectangle(sx2+swidth*2+gap_turn-210 , sy2+sheight+180 , sheight*1.2 , swidth*.36+10 , scolor); // right down
DrawRectangle(sx2-sheight*2+160 , sy2+sheight+180 , sheight*1.2 , swidth*.36+10 , scolor); // left down
//drawing of gab rectangle 3
int sx3 = -40 ;
int sy3 = 80 ;
DrawRectangle(sx3+330 , sy3+190 , swidth*.19 , sheight , scolor); // BOTTOM LEFT
DrawRectangle(sx3 + 2*swidth + gap_turn-275 , sy3+190 , swidth*.19 , sheight , scolor); // bottom RIGHT
DrawRectangle(sx3+330 , sy3+380 , swidth*.19 , sheight , scolor); // top left
DrawRectangle(sx3+2*swidth + gap_turn-275 , sy3+380 , swidth*.19 , sheight , scolor); // top right
DrawRectangle(sx3+2*swidth+gap_turn-215 , sy3+ 335 , sheight*1.2 , swidth*.14 , scolor); // right up
DrawRectangle(sx3+2*swidth + gap_turn-215 , sy3+ 190 , sheight*1.2 , swidth*.14 , scolor); // right down
DrawRectangle(sx3+2*swidth+gap_turn-470 , sy3+ 335 , sheight*1.2 , swidth*.14 , scolor); // left up
DrawRectangle(sx3 + 2*swidth + gap_turn-470 , sy3+ 190 , sheight*1.2 , swidth*.14 , scolor); // bottom down
glutSwapBuffers(); // do not modify this line.. or draw anything below this line
}
else if(screen==0)
Displaymanu();
else if(screen==2)
Displaymanu();
else if(screen==3)
Displaymanu();
glutPostRedisplay();
}
/*This function is called (automatically) whenever any non-printable key (such as up-arrow, down-arraw)
* is pressed from the keyboard
*
* You will have to add the necessary code here when the arrow keys are pressed or any other key is pressed...
*
* This function has three argument variable key contains the ASCII of the key pressed, while x and y tells the
* program coordinates of mouse pointer when key was pressed.
*
* */
void NonPrintableKeys(int key, int x, int y) {
cout<<"X_coordinate= "<<position1<<" "<<"Y_coordinate= "<<position2<<endl;
//for horizontal movement.
int X_Min_Max[7][2]={{32,122},{122,218},{218,308},{308,476},{476,566},{566,662},{662,752}};
//for vertical movement.
int Y_Min_Max[7][2]={{29,113},{113,203},{203,287},{287,401},{401,479},{479,569},{569,665}};
for(int i=0;i<7; i++)
{
if (key== GLUT_KEY_UP)
{
if(position1>=340 && position1<=440 && position2==Y_Min_Max[i][0])
{
position2=Y_Min_Max[i][1];
break;
}
}
else if (key== GLUT_KEY_DOWN)
{
if(position1>=340 && position1<=440 && position2==Y_Min_Max[i][1])
{
position2=Y_Min_Max[i][0];
break;
}
}
else if (key== GLUT_KEY_RIGHT)
{
if(position2>=311 && position2<=413 && position1==X_Min_Max[i][0])
{
position1= X_Min_Max[i][1];
break;
}
}
else if (key== GLUT_KEY_LEFT)
{
if(position2>=311 && position2<=413 && position1==X_Min_Max[i][1])
{
position1=X_Min_Max[i][0];
break;
}
}
}
/* else if (key== GLUT_KEY_LEFT GLUT_KEY_UP is constant and contains ASCII for up arrow key) {*/
/* This function calls the Display function to redo the drawing. Whenever you need to redraw just call
* this function*/
glutPostRedisplay();
}
void collision_detection()
{
//bool y=(position2==position4);
//bool x=(position1==position3);
if (((position1>=position3-20 && position1<=position3+50)) && ((position2>=position4-20 && position2<=position4+50) ) )
{
position1=320;
position2=29;
position3=400;
position4=29;
life--;
}
string X=Num2Str(life);
DrawString( 700, 800, "Life=", colors[MISTY_ROSE]);
DrawString( 770, 800, X , colors[MISTY_ROSE]);
if(life==0)
{
screen=3;
GameDisplay();
glutPostRedisplay();
}
}
/*This function is called (automatically) whenever any printable key (such as x,b, enter, etc.)
* is pressed from the keyboard
* This function has three argument variable key contains the ASCII of the key pressed, while x and y tells the
* program coordinates of mouse pointer when key was pressed.
* */
void Displaymanu()
{
//glClearColor(0/*Red Component*/, 0.4, //148.0/255/*Green Component*/,
//0.4/*Blue Component*/, 0 /*Alpha component*/); // Red==Green==Blue==1 --> White Colour
glClearColor( 0.1, 0.8,0.4, 0.6);
glClear (GL_COLOR_BUFFER_BIT); //Update the colors
if(screen==0)
{
int gap_turn = 0;
int sx = 20;
int sy = -60;
int swidth = 800/2 - gap_turn/2 ; // half width
int sheight = 10;
float *scolor = colors[DARK_RED];
DrawRectangle( sx-15 , sy+60 , swidth*10 , sheight*2 , scolor ) ; // bottom left
DrawRectangle(sx + swidth + gap_turn+15 , sy+60 , swidth*10 , sheight*2 , scolor ) ; // bottom right
DrawRectangle(sx + swidth + gap_turn+15 , sy+881 , swidth*10 , sheight*2 , scolor ) ; // top right
DrawRectangle( sx-15 , sy+881 , swidth*10 , sheight*2 , scolor ) ; // top left
DrawRectangle(sx+swidth*2+gap_turn+10 , sy+sheight+61 , sheight*2 , swidth*10 , scolor); // right down
DrawRectangle(sx+swidth*2+gap_turn+10 , sy+sheight+swidth+gap_turn+61 , sheight*2 , swidth*10 , scolor); // right up
DrawRectangle(sx-sheight*2 , sy+sheight+swidth+gap_turn+30 , sheight*2 , swidth*10 , scolor); // left up
DrawRectangle(sx-sheight*2 , sy+sheight+60 , sheight*2 , swidth*10 , scolor); // left down*/
DrawString( 150 , 570 , "1) START NEW GAME", colors[BLACK]);
DrawString( 150 , 540 , "2) GUIDELINE TO PLAY", colors[BLACK]);
DrawString( 150 , 510 , "3) PAUSE", colors[BLACK]);
DrawString( 150 , 480 , "4) RESUME", colors[BLACK]);
DrawString( 150 , 450 , "5) SEE HIGHSCORE ", colors[BLACK]);
DrawString( 150 , 420 , "6) EXIT", colors[BLACK]);
DrawString( 150 , 360 , " DODGE E'M ATARI 2600 ", colors[WHITE]);
DrawString( 500 , 570 , " PRESS S ", colors[BLACK]);
DrawString( 500 , 540 , " PRESS U ", colors[BLACK]);
DrawString( 500 , 510 , " PRESS P ", colors[BLACK]);
DrawString( 500 , 480 , " PRESS R ", colors[BLACK]);
DrawString( 500 , 450 , " PRESS H ", colors[BLACK]);
DrawString( 500 , 420 , " PRESS E ", colors[BLACK]);
}
else if(screen==2)
{
glClearColor( 1, 1 , 1 , 1 );//SET THE SCREEN COLOUR
glClear (GL_COLOR_BUFFER_BIT); //Update the colors
DrawString( 150,690, "USER GUIDELINE: ", colors[DARK_RED]);
DrawString( 150,660, "MOVEMENT ", colors[DARK_RED]);
DrawString( 150,600, "1)PRESS LEFT ARROW KEY TO MOVE LEFT ", colors[BLACK]);
DrawString( 150,570, "2)PRESS RIGHT ARROW KEY TO MOVE RIGHT ", colors[BLACK]);
DrawString( 150,540, "3)PRESS UP ARROW KEY TO MOVE UP SIDE ", colors[BLACK]);
DrawString( 150,510, "4)PRESS DOWN ARROW KEY TO MOVE DOWN SIDE ", colors[BLACK]);
DrawString( 150,450, " ABOUT GAME ", colors[DARK_RED]);
DrawString( 150,420, "This game have four levels: ", colors[BLACK]);
DrawString( 150,390, "Collect all gift boxes to level up ", colors[BLACK]);
DrawString( 150,330, "HIDDEN CODE: ", colors[DARK_RED]);
DrawString( 150,270, "PRESS SPACE TO DOUBLE THE SPEED OF PLAYER CAR ", colors[BLACK]);
DrawString( 150,240, "PRESS M TO SLOW DOWN THE SPEED OF PLAYER CAR ", colors[BLACK]);
DrawString( 150,210, "LEFT CLICK MOUSE TO START THE GAME ", colors[BLACK]);
DrawString( 150,180, "PIGHT CLICK MOUSE TO PAUSE THE GAME ", colors[BLACK]);
DrawString( 150,130, "PRESS B TO GO BACK ", colors[DARK_RED]);
}
else if(screen==3)
{
glClearColor( 0 , 0 , 0 , 0 );//SET THE SCREEN COLOUR
glClear (GL_COLOR_BUFFER_BIT); //Update the colors
DrawString( 250 , 360 , " G A M E O V E R ", colors[WHITE]);
DrawString( 250 , 330 , " press 's' to continue ", colors[DARK_RED]);
DrawString( 250 , 300 , " press 'e' to exit ", colors[DARK_RED]);
}
glutSwapBuffers();
}
void PrintableKeys(unsigned char key, int x, int y) {
if (key == 27/* Escape key ASCII*/) {
exit(1); // exit the program when escape key is pressed.
}
else if(key=='s' || key=='S')
{
screen=1;
life=3;
glutPostRedisplay();
}
else if(key=='P' || key=='p')
{
screen=0;
Displaymanu();
}
else if(key=='r' || key=='R')
{
screen=1;
GameDisplay();
glutPostRedisplay();
}
else if(key=='U' || key=='u')
{
screen=2;
Displaymanu();
}
else if (key == 'b' || key == 'B')
{
screen=0;
Displaymanu();
}
else if(key=='e' || key=='E')
exit (1);
else if( key== 32 )
{
speed1*=2;
Mycarmovement();
glutPostRedisplay();
}
else if(key=='M'|| key=='m')
{
speed1/=2;
Mycarmovement();
glutPostRedisplay();
}
glutPostRedisplay();
}
/*
* This function is called after every 1000.0/FPS milliseconds
* (FPS is defined on in the beginning).
* You can use this function to animate objects and control the
* speed of different moving objects by varying the constant FPS.
*
* */
void Timer(int m) {
// implement your functionality here
// once again we tell the library to call our Timer function after next 1000/FPS
glutTimerFunc(10, Timer, 0);
if(screen==1)
{
Mycarmovement();
ComputerCarmovement();
glutPostRedisplay();
}
glutPostRedisplay();
}
/*This function is called (automatically) whenever your mouse moves witin inside the game window
*
* You will have to add the necessary code here for finding the direction of shooting
*
* This function has two arguments: x & y that tells the coordinate of current position of move mouse
*
* */
void MousePressedAndMoved(int x, int y) {
cout <<"x-coordinate=" <<x<< " " <<"Y-coordinate="<<y << endl;
glutPostRedisplay();
}
void MouseMoved(int x, int y) {
glutPostRedisplay();
}
/*This function is called (automatically) whenever your mouse button is clicked witin inside the game window
*
* You will have to add the necessary code here for shooting, etc.
*
* This function has four arguments: button (Left, Middle or Right), state (button is pressed or released),
* x & y that tells the coordinate of current position of move mouse
*
* */
void MouseClicked(int button, int state, int x, int y) {
if (button == GLUT_LEFT_BUTTON) // dealing only with left button
{
screen=1;
} else if (button == GLUT_RIGHT_BUTTON) // dealing with right button
{
screen=0;
}
glutPostRedisplay();//this function is call
}
void ComputerCarmovement()
{
//for horizontal movement.
int X_Min_Max[4][2]={{28,754},{124,664},{214,568},{310,478}};
//for vertical movement.
int Y_Min_Max[4][2]={{29,665},{113,569},{203,479},{287,401}};
int gap_turn[2]={340,440};
srand(time(0));
bool x=rand()%2;
static int check=0;
for(int i=0; i<4; i++)
{
if(position4>=Y_Min_Max[i][0] && position3==X_Min_Max[i][1])
{
if(position4<Y_Min_Max[i][1])
position4+=6;
}
if(position3> gap_turn[0] && position3< gap_turn[1])
{
if(position4==Y_Min_Max[i][1] && i<3)
{
if(check==0 && x )
{
position4=Y_Min_Max[i+1][1];
position3=340;
check++;
x=rand()%2;
}
else if (check==1 && x)
{
position4=Y_Min_Max[i+1][1];
position3=340;
check++;
x=rand()%2;
}
else if(check==2 && x)
{
position4=Y_Min_Max[i+1][1];
position3=340;
check++;
x=rand()%2;
}
}
}
if(position3> gap_turn[0] && position3< gap_turn[1])
{
if(position4==Y_Min_Max[i][0] && i>0 )
{
if(check==3 && x)
{
position4=Y_Min_Max[i-1][0];
position3=442;
check--;
x=rand()%2;
}
else if (check==2 && x)
{
position4=Y_Min_Max[i-1][0];
position3=442;
check--;
x=rand()%2;
}
else if(check==1 && x)
{
position4=Y_Min_Max[i-1][0];
position3=442;
check--;
x=rand()%2;
}
}
}
if(position4<=Y_Min_Max[i][1] && position3==X_Min_Max[i][0] )
{
if(position4>Y_Min_Max[i][0])
position4-=6;
}
if(position3>=X_Min_Max[i][0] && position4==Y_Min_Max[i][0])
{
if(position3<X_Min_Max[i][1])
position3+=6;
}
if(position3<=X_Min_Max[i][1] && position4==Y_Min_Max[i][1])
{
if(position3>X_Min_Max[i][0])
position3-=6;
}
}
glutPostRedisplay();
}
void Mycarmovement()
{
//for horizontal movement.
int X_Min_Max[4][2]={{32,752},{122,662},{218,566},{308,476}};
//for vertical movement.
int Y_Min_Max[4][2]={{29,665},{113,569},{203,479},{287,401}};
for(int i=0;i<4;i++)
{
if(position1<=X_Min_Max[i][1] && position2==Y_Min_Max[i][0])
{
if(position1>X_Min_Max[i][0])
position1-=speed1;
}
if( position2>=Y_Min_Max[i][0] && position1==X_Min_Max[i][0])
{
if(position2<Y_Min_Max[i][1])
position2+=speed1;
}
if(position1>=X_Min_Max[i][0] && position2==Y_Min_Max[i][1])
{
if(position1<X_Min_Max[i][1])
position1+=speed1;
}
if(position2<=Y_Min_Max[i][1] && position1==X_Min_Max[i][1] )
{
if(position2>Y_Min_Max[i][0])
position2-=speed1;
}
}
while(position2>Y_Min_Max[0][1])
position2--;
glutPostRedisplay();
}
void Drawfood()
// Drawing food in the arena
{
static int num1=60,num2=90;
int array[800][750];
for(int i=num1 ;i<800 ;i+=num2 )
{
for(int j=60 ; j<750 ; j+=90)
{
if(i>=position1 && i<position1+50 && j>position2 && j<position2+50)
{
array[i][j]=100;
}
}
}
for( int i=60;i<800 ;i+=90 )
{
for(int j=60 ; j<750 ; j+=90 )
{
if(array[i][j]==100)
{
continue;
}
else
{
DrawCircle(i,j,6,colors[WHITE]);
glutPostRedisplay();
}
}
}
DrawString( 50, 800, "Score=", colors[MISTY_ROSE]);
string X=Num2Str(score);
DrawString(160, 800, X, colors[MISTY_ROSE]);
static bool flag=true;
static int check[72];
if(flag==true)
{
for(int i=0; i<72 ; i++ )
check[i]=true;
}
flag=false;
/*int y_coordinate[]={29,113,203,287,401,479,569,665};
for(int j=0; j<8 ; j++ )
{
for(int i=0 ; i<72 ;i++ )
{
if(check[i]==true)
{
if(position1>20 && position1<70 && position2==y_coordinate[j] )
{
score++;
check[i]=false;
}
else if (position1>110 && position1 <160 && position2==y_coordinate[j] )
{
score++;
check[i]=false;
}
else if(position1>200 && position1 <250 && position2==y_coordinate[j] )
{
score++;
check[i]=false;
}
else if(position1>290 && position1 <340 && position2==y_coordinate[j])
{
score++;
check[i]=false;
}
else if(position1>380 && position1 <430 && position2==y_coordinate[j])
{
score++;
check[i]=false;
}
else if(position1>470 && position1 <520 && position2==y_coordinate[j])
{
score++;
check[i]=false;
}
else if(position1>560 && position1 <610 && position2==y_coordinate[j])
{
score++;
check[i]=false;
}
else if(position1>650 && position1 <700 && position2==y_coordinate[j])
{
score++;
check[i]=false;
}
else if(position1>740 && position1 <790 && position2==y_coordinate[j])
{
score++;
check[i]=false;
}
}
}
break;
}*/
if(check[0]==true)
if(position1>20 && position1<70 && position2==29 )
{
score++;
check[0]=false;
}
if (check[1]==true)
if (position1>110 && position1 <160 && position2==29 )
{
score++;
check[1]=false;
}
if (check[2]==true)
if(position1>200 && position1 <250 && position2==29 )
{
score++;
check[2]=false;
}
if (check[3]==true)
if(position1>290 && position1 <340 && position2==29)
{
score++;
check[3]=false;
}
if (check[4]==true)
if(position1>380 && position1 <410 && position2==29)
{
score++;
check[4]=false;
}
if (check[5]==true)
if(position1>470 && position1 <520 && position2==29)
{
score++;
check[5]=false;
}
if (check[6]==true)
if(position1>560 && position1 <610 && position2==29)
{
score++;
check[6]=false;
}
if (check[7]==true)
if(position1>650 && position1 <700 && position2==29)
{
score++;
check[7]=false;
}
if (check[8]==true)
if(position1>720 && position1 <770 && position2==29)
{
score++;
check[8]=false;
}
if(check[9]==true)
if(position1>110 && position1<160 && position2==113 )
{
score++;
check[9]=false;
}
if (check[10]==true)
if (position1>110 && position1 <160 && position2==113 )
{
score++;
check[10]=false;
}
if (check[11]==true)
if(position1>200 && position1 <250 && position2==113)
{
score++;
check[11]=false;
}
if (check[12]==true)
if(position1>290 && position1 <340 && position2==113)
{
score++;
check[12]=false;
}
if (check[13]==true)
if(position1>380 && position1 <430 && position2==113 )
{
score++;
check[13]=false;
}
if (check[14]==true)
if(position1>470 && position1 <520 && position2==113 )
{
score++;
check[14]=false;
}
if (check[15]==true)
if(position1>560 && position1 <610 && position2==113 )
{
score++;
check[15]=false;
}
if (check[16]==true)
if(position1>650 && position1 <700 && position2==113 )
{
score++;
check[16]=false;
}
if (check[17]==true)
if(position1>740 && position1 <790 && position2==113 )
{
score++;
check[17]=false;
}
if(check[18]==true)
if(position1>20 && position1<70 && position2==203 )
{
score++;
check[18]=false;
}
if (check[19]==true)
if (position1>110 && position1 <160 && position2==203 )
{
score++;
check[19]=false;
}
if (check[20]==true)
if(position1>200 && position1 <250 && position2==203 )
{
score++;
check[20]=false;
}
if (check[21]==true)
if(position1>290 && position1 <340 && position2==203 )
{
score++;
check[21]=false;
}
if (check[22]==true)
if(position1>380 && position1 <430 && position2==203 )
{
score++;
check[22]=false;
}
if (check[23]==true)
if(position1>470 && position1 <520 && position2==203 )
{
score++;
check[23]=false;
}
if (check[24]==true)
if(position1>560 && position1 <610 && position2==203 )
{
score++;
check[24]=false;
}
if (check[25]==true)
if(position1>650 && position1 <700 && position2==203 )
{
score++;
check[25]=false;
}
if (check[26]==true)
if(position1>740 && position1 <790 && position2==203 )
{
score++;
check[26]=false;
}
if(check[27]==true)
if(position1>20 && position1<70 && position2==287 )
{
score++;
check[27]=false;
}
if (check[28]==true)
if (position1>110 && position1 <160 && position2==287 )
{
score++;
check[28]=false;
}
if (check[29]==true)
if(position1>200 && position1 <250 && position2==287 )
{
score++;
check[29]=false;
}
if (check[30]==true)
if(position1>290 && position1 <340 && position2==287 )
{
score++;
check[30]=false;
}
if (check[31]==true)
if(position1>380 && position1 <430 && position2==287 )
{
score++;
check[31]=false;
}
if (check[32]==true)
if(position1>470 && position1 <520 && position2==287 )
{
score++;
check[32]=false;
}
if (check[33]==true)
if(position1>560 && position1 <610 && position2==287 )
{
score++;
check[33]=false;
}
if (check[34]==true)
if(position1>650 && position1 <700 && position2==287 )
{
score++;
check[34]=false;
}
if (check[35]==true)
if(position1>740 && position1 <790 && position2==287 )
{
score++;
check[35]=false;
}
if(check[36]==true)
if(position1>20 && position1<70 && position2==401)
{
score++;
check[36]=false;
}
if (check[37]==true)
if (position1>110 && position1 <160 && position2==401)
{
score++;
check[37]=false;
}
if (check[38]==true)
if(position1>200 && position1 <250 && position2==401 )
{
score++;
check[38]=false;
}
if (check[39]==true)
if(position1>290 && position1 <340 && position2==401 )
{
score++;
check[39]=false;
}
if (check[40]==true)
if(position1>380 && position1 <430 && position2==401 )
{
score++;
check[40]=false;
}
if (check[41]==true)
if(position1>470 && position1 <520 && position2==401 )
{
score++;
check[41]=false;
}
if (check[42]==true)
if(position1>560 && position1 <610 && position2==401 )
{
score++;
check[42]=false;
}
if (check[43]==true)
if(position1>650 && position1 <700 && position2==401 )
{
score++;
check[43]=false;
}
if (check[44]==true)
if(position1>740 && position1 <790 && position2==401)
{
score++;
check[44]=false;
}
if(check[45]==true)
if(position1>20 && position1<70 && position2==479 )
{
score++;
check[45]=false;
}
if (check[46]==true)
if (position1>110 && position1 <160 && position2==479 )
{
score++;
check[46]=false;
}
if (check[47]==true)
if(position1>200 && position1 <250 && position2==479)
{
score++;
check[47]=false;
}
if (check[48]==true)
if(position1>290 && position1 <340 && position2==479 )
{
score++;
check[48]=false;
}
if (check[49]==true)
if(position1>380 && position1 <430 && position2==479 )
{
score++;
check[49]=false;
}
if (check[50]==true)
if(position1>470 && position1 <520 && position2==479 )
{
score++;