ikan

#include <stdio.h>
#include "gfx.h"

int main()
{
	int ysize = 600;
	int xsize = 800;
	int a,b;
	char c;
	char title[]="Matching Game ";
	char begin[]="Start";
	char information[]="Info";
	char direct[]="yes";
	char next[]= "next";
	char read_info[]="Welcome to Matching The Box";
	char read_info2[]="To start this game u need to left click the start button.";
	char read_info3[]="Below are key words:";
	char read_info4[]="p =box 1";
	char read_info5[]="o =box 2";
	char read_info6[]="i =box 3";
	char read_info7[]="u =box 4";
	char read_info8[]="y =box 5";
	char read_info9[]="t =box 6";
	char read_info10[]="r =box 7";
	char read_info11[]="e =box 8";
	char read_info12[]="w =box 9";
	char read_info13[]="q =box 10";
	char read_info14[]="l =box 11";
	char read_info15[]="k =box 12";
	char read_info16[]="x =Quit";
	char read_info17[]="left click = choose any boxes";
	char read_info18[]="right click = Quit";
	char read_info19[]="Next here's how the game works:";

	char read_info20[]="LEVEL 1:";
	char read_info21[]="A total of 5 pairs of white boxes randomly arranged will be displayed.";
	char read_info22[]="5 boxes on the right side and 5 boxes on the left side.";
	char read_info23[]="Behind each white box, there would be another colour.";
	char read_info24[]="As the user manages to find both boxes of same colour, the box of that respective color will disappear.";
	char read_info25[]="Failed to do so, the boxes will turn white again.";
	char read_info26[]="Level 1 ends when user manages to match all 5 pairs.";

	char read_info27[]="LEVEL 2:";
	char read_info28[]="A total of 6 pairs of white boxes randomly arranged will be displayed. ";
	char read_info29[]="4 boxes would be arranged in 3 respective rows.";
	char read_info30[]="Behind each white box, there would be another colour.";
	char read_info31[]="As the user manages to find both boxes of same colour, that two choosen boxes will disappear.";
	char read_info32[]="Failed to do so, the boxes will turn white again. ";
	char read_info33[]="Level 2 ends when user manages to match all 6 pairs.";

	char read_info34[]="LEVEL 3:";
	char read_info35[]="A total of 6 pairs of white shapes randomly arranged will be displayed.";
	char read_info36[]="4 boxes would be arranged in 3 respective rows.";
	char read_info37[]="Behind each white box, there would be another colour and shape.";
	char read_info38[]="As the user manages to find both box of same colour and shape, that two choosen boxes will disappear.";
	char read_info39[]="Failed to do so, the boxes will turn white again. ";
	char read_info40[]="Level 3 ends when user manages to match all 6 pairs.";

	// Open a new window for drawing.
	gfx_open(xsize,ysize,"Example Graphics Program");

	gfx_clear_color(0,0,0);
	gfx_clear();

	//title's button
	gfx_color(255,100,0);
	gfx_fillrectangle(260,50,200,100);
	gfx_color(0,0,0);
	gfx_text(title,320,100);

	//begin's button
	gfx_color(255,0,0);
	gfx_fillcircle(320,250,100);

	gfx_color(255,0,0);
	gfx_fillcircle(340,250,100);

	gfx_color(255,0,0);
	gfx_fillcircle(360,250,100);

	gfx_color(255,0,0);
	gfx_fillcircle(380,250,100);

	gfx_color(255,0,0);
	gfx_fillcircle(400,250,100);
	gfx_color(0,0,0);
	gfx_text(begin,345,250);


	//info's button
	gfx_color(255,0,0);
	gfx_fillcircle(320,400,100);

	gfx_color(255,0,0);
	gfx_fillcircle(340,400,100);

	gfx_color(255,0,0);
	gfx_fillcircle(360,400,100);

	gfx_color(255,0,0);
	gfx_fillcircle(380,400,100);

	gfx_color(255,0,0);
	gfx_fillcircle(400,400,100);
	gfx_color(0,0,0);
	gfx_text(information,345,400);

	while(1)
	{

		c = gfx_wait();

			//while((x>x1)&&(x<x2)&&(y>y1)&&(y<y2))
			a=gfx_xpos();
			b=gfx_ypos();

	/*//to start the game
	if((c==0x01)&&(a>320)&&(a<400)&&(b>250)&&(b<350))
		{
		gfx_color(255,255,255);
		gfx_text(direct,345,400);
		}*/


	//to read the info
	if((c==0x01)&&(a>320)&&(a<400)&&(b>400)&&(b<450))
		{
		gfx_clear();
		gfx_color(255,255,255);
		gfx_text(read_info,250,50);
		gfx_text(read_info2,250,70);
		gfx_text(read_info3,250,100);
		gfx_text(read_info4,250,120);
		gfx_text(read_info5,250,140);
		gfx_text(read_info6,250,160);
		gfx_text(read_info7,250,180);
		gfx_text(read_info8,250,200);
		gfx_text(read_info9,250,220);
		gfx_text(read_info10,250,240);
		gfx_text(read_info11,250,260);
		gfx_text(read_info12,250,280);
		gfx_text(read_info13,250,300);
		gfx_text(read_info14,250,320);
		gfx_text(read_info15,250,340);
		gfx_text(read_info16,250,360);
		gfx_text(read_info17,250,380);
		gfx_text(read_info18,250,400);
		//usleep(300000);

		//gfx_color(255,100,0);
		//gfx_fillcircle(400,400,100);
		gfx_color(255,255,255);
		gfx_text(next,345,400);

		}
		//info part2


	if((c==0x01)&&(a>320)&&(a<400)&&(b>400)&&(b<450))
		{
		gfx_clear();
		gfx_text(read_info19,100,50);
		gfx_text(read_info20,100,80);
		gfx_text(read_info21,100,100);
		gfx_text(read_info22,100,120);
		gfx_text(read_info23,100,140);
		gfx_text(read_info24,100,160);
		gfx_text(read_info25,100,180);
		gfx_text(read_info26,100,200);
		gfx_text(read_info27,100,290);
		gfx_text(read_info28,100,310);
		gfx_text(read_info29,100,330);
		gfx_text(read_info30,100,350);
		gfx_text(read_info31,100,370);
		gfx_text(read_info32,100,390);
		gfx_text(read_info33,100,410);
		//usleep(300000);
		}
		gfx_color(255,0,0);
		gfx_fillcircle(400,400,100);
		gfx_color(0,0,0);
		gfx_text(next,345,400);
		//info part3
	if((c==0x01)&&(a>320)&&(a<400)&&(b>400)&&(b<450))
		{
		gfx_clear();
		gfx_text(read_info34,100,80);
		gfx_text(read_info35,100,100);
		gfx_text(read_info36,100,120);
		gfx_text(read_info37,100,140);
		gfx_text(read_info38,100,160);
		gfx_text(read_info39,100,180);
		gfx_text(read_info40,100,200);
		//usleep(300000);
		}

	if(c=='q') break;
	}


	return(0);
	}