/* http://www.mrwadlo.com */
#include <stdio.h>
#include <conio.h>
#include <time.h>
#include <math.h>

#define MAX 48

int cust[MAX][4];
int pos[MAX][2];
int recipe[3];
unsigned int supply[4];
int stuff[21][3];
float store[4][3];
float price = 0.25;
int temp;
int popularity = 1;
int shown = 0;
char serving = 'n';
int day = 0;
long one_sec;

float cash = 20.000;
float net = 20.000;
float change = 0.000;

unsigned int RobotLimits[4] = { 500,500,500,500 };
int RobotCompare = 0;
int RobotAdjust = 1;
int RobotRunning = 0;
int RobotRecipe[3];

void makecustomers();
char startday();
void sim();
void editrecipe(int com);
int randomize(int start, int end);
void drawboard();
void temps(int hour);
int thirsty(int customer);
void displaystatus(char array[]);
void displaycash();
void buy();
void displaysupply();
void kmart();
void decay();
void incay();
void makestuff();
void setstore();
void displaystuff(int num, int line);
int fullcart();
void define(int line, char array[]);
void donate();
void mainhelp();
void displaynormal();
void robot();
unsigned int get64k(int x, int y);
void autobuy();
void calc_time();
void count_100ths(int hund);
void defineitem(int item);
void recipehandy();
void reciperestore();

void main()
{
	char ext = '?';

	clrscr();
	textcolor(7);

	calc_time();

	makecustomers();
	drawboard();
	makestuff();
	editrecipe(0);

	displaycash();
	displaysupply();

	ext = startday();

	while ( ext != 'q' && ext != 'Q' )
	{
		sim();

                if ( RobotRunning == 0 )
			ext = startday();
		else
			autobuy();
	}

}
void calc_time()
{
	time_t time1;

	time1 = time(NULL);

	gotoxy(30,13);
        printf("Calculating CPU Speed...");

	while( time(NULL) == time1 )
		;

        time1 = time(NULL);

	while( time(NULL) < (time1 + 2) )
	{
		one_sec++;
                printf(" \b");
	}

	clrscr();

	one_sec /= 2;
}
void count_100ths(int hund)
{
	long i = 0;
        time_t time1;

	gotoxy (1,25);
	while ( i < ( one_sec / 100 * hund ) )
	{                        
		printf(" \b");
		time1 = time(NULL);
                 i++;
	}
}
void makecustomers()
{
	int i;

        srand((unsigned int)time((time_t *)NULL));

	for ( i=0 ; i<MAX ; i++ )
	{
		cust[i][0] = randomize(0,3);    /* ice   */
		cust[i][1] = randomize(1,6);    /* lemon */
		cust[i][2] = randomize(2,6);    /* sugar */
                cust[i][3] = randomize(15,30);  /* price */
	}
}
char startday()
{
	char com = '?';

	displaynormal();

	setstore();

	do {



		com = '?';

		do {
			if ( com == 0 )
			{
				getch();
                        }

			com = getch();

		} while ( com == 0 );
                




		if ( (com >= '0' && com <= '9') || com == '-' || com == '+' )
		{
			editrecipe(com);
		}
		else if ( com == 's' || com == 'S' )
		{
			kmart();
		}
		else if ( com == 'r' || com == 'R' )
		{
			if ( stuff[20][2] == 2 || stuff[20][2] == 4 )
			{
				robot();
			}
		}
		else if ( com == 'h' || com == 'H' )
			mainhelp();
		else if ( com == 'q' || com == 'Q' )
		{
                	displaystatus("Are you sure you want to quit? [Y]es [N]o");
                        do {
				com = getch();
			} while ( com != 'y' && com != 'Y' && com != 'n' && com != 'N');
                        
			if ( com == 'y' || com == 'Y' )   
				com = 'Q';                 
			else
				displaystatus("[O]pen [S]tore [H]elp [Q]uit");
		}

	} while ( com != 'Q' &&
		  com != 'O' && com != 'o' &&
		  RobotRunning == 0 );
	return com;
}
void sim()
{
	int hour=6, min=59;
	int i,j;
	char ins = '?';
	int person_number = 0;
        int closed = 0;

        for ( i=0 ; i<MAX ; i++ )
                if ( randomize(0,1) == 0 )
		{
			pos[i][0] = 1;
                        pos[i][1] = 0;
                }
		else
		{
			pos[i][0] = 5;
			pos[i][1] = 1;
		}

	change = 0.000;
	shown = 0;
	serving = 'n';
	day++;

	temp = randomize(0,1);

        if ( RobotRunning == 0 )
		displaystatus("[C]lose");

	

	gotoxy(9,2);
	cprintf("                             ");
	gotoxy(16,3);
	cprintf(" Pickin' Lemons...   .");

	count_100ths(50);

	gotoxy(9,3);
	printf("Day %d  ", day);

	gotoxy(4,2);

	if ( RobotRunning == 1 )
		cprintf("%c",12);
        else
		cprintf("%c",2);

	gotoxy(11,2);
	cprintf("              ?????????????");

	if ( RobotRunning == 1 && RobotAdjust == 1 )
	{
		RobotRecipe[0] = recipe[0];
		RobotRecipe[1] = recipe[1];
		RobotRecipe[2] = recipe[2];
	}

	while ( hour < 19 || min < 1 )
	{
                if ( RobotRunning == 1 )
			count_100ths(1);
		else if ( closed == 0 )
			count_100ths(8);
		else if ( min%4 == 0 )
			count_100ths(1);

		gotoxy(15,3);
		printf("%2d:",hour%12+1);
		if ( min < 15 )
                       	printf("0");
		printf("%d", (min/15)*15 );

		if ( hour < 11 )
			printf(" AM ");
		else
			printf(" PM ");

		min++;

		if ( min > 59 )
		{
			min = 0;
                        hour++;
			temps(hour);
		}

		if ( closed == 0 && min%15 == 0 )
		{

			gotoxy(25,3);
			textcolor(12);
			for ( i=7 ; i<=hour ; i++ )
				cprintf("%c",219);
                	textcolor(14);
			for ( ; i <= 19 ; i++ )
			{
				cprintf("%c",219);
                	}
			textcolor(7);
				 
			person_number = thirsty(person_number);

			if ( RobotRunning == 1 && RobotAdjust == 1 )
				recipehandy();

			displaycash();
			displaysupply();
		}

		if ( kbhit() )
		{
                        if ( RobotRunning == 0 )
			{
				ins = getch();
                                                        
				if ( ins == 'c' || ins == 'C' )
				{
					closed = 1;
					displaystatus(" ");

                                        gotoxy(25,3);
                                        cprintf(" Gone Fishin'");
				}
				if ( ( ins > '0' && ins <='9' ) || ins == '-' || ins == '+' )
					editrecipe(ins);
			}
			else
			{
				ins = getch();

				if ( ins == 's' || ins == 'S' )
				{
					RobotRunning = 0;

                                        for ( j=7 ; j<23 ; j++ )
					{
						gotoxy(2,j);
						for ( i=2 ; i<45 ; i++ )
							printf(" ");
					}

					displaystatus("[C]lose");
				}
			}
		}
	}

	gotoxy(4,2);
        textcolor(10);
	cprintf("%c",178);
	textcolor(7);

        gotoxy(3,3);
        printf("   ");

	gotoxy(25,3);

	cprintf("   CLOSED    ");

	if ( RobotRunning == 1 && RobotAdjust == 1 )
		reciperestore();

	decay();
	incay();
	displaysupply();
}
int randomize(int start, int end)
{                      
	int number;

	number = (( rand() + time(NULL) ) % (end - start + 1)) + start;

	return number;     
}
void editrecipe(int com)
{
	if      ( com == '7' && recipe[0] < 9 )
		recipe[0]++;   			/* ice++   */
	else if ( com == '1' && recipe[0] > 0 )
		recipe[0]--;  			/* ice--   */
	else if ( com == '8' && recipe[1] < 9 )
		recipe[1]++;   			/* lemon++ */
	else if ( com == '2' && recipe[1] > 0 )
		recipe[1]--;   			/* lemon-- */
	else if ( com == '9' && recipe[2] < 9 )
		recipe[2]++;   			/* sugar++ */
	else if ( com == '3' && recipe[2] > 0 )
		recipe[2]--;			/* sugar-- */

	else if ( com == '+' && price < 0.999 )
		price += .01;
	else if ( com == '-' && price > 0.010 )
		price -= .01;

	displaysupply();

}
void drawboard()
{
	int i;

	int cash_x = 47;
	int cash_y = 1;

	int status_x = 47;
	int status_y = 19;

	int street_x = 2;
	int street_y = 1;

	for ( i=status_x+1 ; i<status_x+32 ; i++ )
	{
		gotoxy(i,status_y);	printf("%c",205);

		gotoxy(i,status_y+2);	printf("%c",196);
                gotoxy(i,status_y+4);	printf("%c",196);

		gotoxy(i,status_y+6);	printf("%c",205);
	}
	for ( i=status_y+1 ; i<status_y+6 ; i++ )
	{
        	gotoxy(status_x,i);	printf("%c",186);

		gotoxy(status_x+8,i);	printf("%c",179);
		gotoxy(status_x+16,i);	printf("%c",179);
		gotoxy(status_x+24,i);	printf("%c",179);

		gotoxy(status_x+32,i);	printf("%c",186);
	}

	gotoxy(status_x,	status_y);	printf("%c",201);
	gotoxy(status_x+32,	status_y);	printf("%c",187); /* main corners */
	gotoxy(status_x,	status_y+6);	printf("%c",200);
	gotoxy(status_x+32,	status_y+6);	printf("%c",188);

	gotoxy(status_x+8,	status_y);	printf("%c",209);
	gotoxy(status_x+16,	status_y);	printf("%c",209);
	gotoxy(status_x+24,	status_y);	printf("%c",209); /* sub corners */
	gotoxy(status_x,	status_y+2);	printf("%c",199);
	gotoxy(status_x+32,	status_y+2);	printf("%c",182);
	gotoxy(status_x,	status_y+4);	printf("%c",199);
	gotoxy(status_x+32,	status_y+4);	printf("%c",182);
	gotoxy(status_x+8,	status_y+6);	printf("%c",207);
	gotoxy(status_x+16,	status_y+6);	printf("%c",207);
	gotoxy(status_x+24,	status_y+6);	printf("%c",207);

	gotoxy(status_x+8,	status_y+2);	printf("%c",197);
	gotoxy(status_x+16,	status_y+2);	printf("%c",197); /* crosses */
	gotoxy(status_x+24,	status_y+2);	printf("%c",197);
	gotoxy(status_x+8,	status_y+4);	printf("%c",197);
	gotoxy(status_x+16,	status_y+4);	printf("%c",197); /* crosses */
	gotoxy(status_x+24,	status_y+4);	printf("%c",197);

	gotoxy(status_x+3,	status_y+1);	printf("CUP");
	gotoxy(status_x+11,	status_y+1);	printf("ICE");
	gotoxy(status_x+18,	status_y+1);	printf("LEMON");  /* labels */
	gotoxy(status_x+26,	status_y+1);	printf("SUGAR");

	for ( i=cash_x+1 ; i<cash_x+32 ; i++ )
	{
		gotoxy(i,cash_y);	printf("%c",205);

		gotoxy(i,cash_y+2);	printf("%c",196);
		gotoxy(i,cash_y+4);	printf("%c",196);
		gotoxy(i,cash_y+6);	printf("%c",196);

		gotoxy(i,cash_y+17);	printf("%c",205);
	}
	for ( i=cash_y+1 ; i<cash_y+17 ; i++ )
	{
        	gotoxy(cash_x,i);	printf("%c",186);

		gotoxy(cash_x+8,i);	printf("%c",179);

		gotoxy(cash_x+32,i);	printf("%c",186);
	}

	gotoxy(cash_x,		cash_y);	printf("%c",201);
	gotoxy(cash_x+32,	cash_y);	printf("%c",187); /* main corners */
	gotoxy(cash_x,		cash_y+17);	printf("%c",200);
	gotoxy(cash_x+32,	cash_y+17);	printf("%c",188);

	gotoxy(cash_x+8,	cash_y);	printf("%c",209); /* sub corners */

	gotoxy(cash_x,		cash_y+2);	printf("%c",199);
	gotoxy(cash_x+32,	cash_y+2);	printf("%c",182);
	gotoxy(cash_x,		cash_y+4);	printf("%c",199);
	gotoxy(cash_x+32,	cash_y+4);	printf("%c",182);
	gotoxy(cash_x,		cash_y+6);	printf("%c",199);
	gotoxy(cash_x+32,	cash_y+6);	printf("%c",182);

	gotoxy(cash_x+8,	cash_y+17);	printf("%c",207);

	gotoxy(cash_x+8,	cash_y+2);	printf("%c",197); /* crosses */
	gotoxy(cash_x+8,	cash_y+4);	printf("%c",197);
	gotoxy(cash_x+8,	cash_y+6);	printf("%c",197);

	gotoxy(cash_x+2,	cash_y+1);	printf("CASH");
	gotoxy(cash_x+2,	cash_y+3);	printf("GAIN");
	gotoxy(cash_x+2,	cash_y+5);	printf("NET");    /* labels */
	gotoxy(cash_x+2,	cash_y+7);	printf("STUFF");

	for ( i=street_x+1 ; i<street_x+4 ; i++ )
	{
		gotoxy(i,street_y);
		printf("%c",205);
                gotoxy(i,street_y+5);
		printf("%c",205);

		gotoxy(i,street_y+3);
		printf("%c",223);
	}
	for ( i=street_y+1 ; i<street_y+5 ; i++ )
	{
		gotoxy(street_x,i);
		printf("%c",186);
		gotoxy(street_x+4,i);
		printf("%c",186);
	}

	gotoxy(street_x,street_y);	printf("%c",201);
	gotoxy(street_x+4,street_y);    printf("%c",187);
	gotoxy(street_x,street_y+5);    printf("%c",200);
	gotoxy(street_x+4,street_y+5);  printf("%c",188);

	gotoxy(street_x+1,street_y+1);
	textcolor(10);
	cprintf("%c%c%c",178,178,178);
	textcolor(7);

	gotoxy(street_x+1,street_y+4);
	textcolor(14);
	cprintf("- -");
	textcolor(7);
}
void temps(int hour)
{
        int change;
	change = randomize(0,40);

	if ( hour < 14 )
	{
		if ( change < 1 && temp > 0 )
			temp -= 1;
		else if ( change > 38 && temp < 2 )
			temp += 1;
	}
	else if ( hour != 99 )
	{
        	if ( change < 2 && temp > 0 )
			temp -= 1;
		else if ( change > 39 && temp < 2 )
			temp += 1;
        }

	gotoxy(9,2);
	printf("Weather   ");
	
	if ( temp == 0 )
	{
		printf("Cool");

		
		textcolor(11);
        }
	else if ( temp == 1 )
	{
		printf("Warm");

		textcolor(14);
		
	}
	else
	{
		printf("HOT!");

		textcolor(12);
	}

        gotoxy(18+hour,2);
	cprintf("%c",219);
	textcolor(7);
}
int thirsty(int c)
{
	int temp;

	int chances;

	int chances1;
	int chances2;
	int chances3;
	int chances4;
	int chances5;

	int advertise = 1;
        int i;

        temp = 0;
	for ( i=0 ; i<20 ; i++ )
	{
		if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 )  && stuff[i][0] == 4 ) /* signs */
		{
			temp++;
		}
	}
	if ( temp >= 2 )
		advertise++;

        temp = 0;
	for ( i=0 ; i<20 ; i++ )
	{
		if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 7 ) /* sugar */
		{
			temp++;
			i = 50;	
                }
	}
        for ( i=0 ; i<20 ; i++ )
	{
		if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 9 ) /* strainer */
		{
			temp++;
			i = 50;	
                }
	}
	if ( temp == 2 )
		advertise++;

	gotoxy(3,3);
	printf("   ");

	while ( advertise > 0 )
	{

		chances1 = randomize(0,5 - (popularity*5/MAX) );

		chances2 = ( recipe[0] - cust[c][0] );
		if ( chances2 < 0 )
			chances2 *= -1;

		chances3 = ( recipe[1] - cust[c][1] );
		if ( chances3 < 0 )
			chances3 *= -1;

		chances4 = ( recipe[2] - cust[c][2] );
        	if ( chances4 < 0 )
			chances4 *= -1;

		chances5 = (((price * 100) - cust[c][3] ) / 5 );
        	if ( chances5 < 0 )
			chances5 = 0;

		chances = 10 - chances1 - chances2 - chances3 - chances4 - chances5 + temp;

		if ( chances > 0 && checksupply() == 1 )
		{
			buy();
			gotoxy(3+randomize(0,2),3);
			printf("%c",randomize(1,2));
                }

                advertise--;
		c++;

		if ( c >= MAX )
			c=0;
	}
	return c;
}
void displaystatus(char array[])
{
	int i;

	gotoxy(2,24);
	for ( i=0 ; i<44 ; i++ )
		printf(" ");
        i=0;
	while ( array[i] != 0 )
	{
        	i++;
	}

	i=44-i;

	i/=2;

	gotoxy(2+i,24);
	printf("%s", array);
}
void displaynormal()
{
	if ( stuff[20][2] == 2 || stuff[20][2] == 4 )
		displaystatus("[O]pen [S]tore [R]obot [H]elp [Q]uit");
	else
		displaystatus("[O]pen [S]tore [H]elp [Q]uit");
}
void displaycash()
{
	int i,j, counter;

	gotoxy(57,2);	printf("$%.2f ",cash);
	gotoxy(57,4);	printf("$%.2f ",change);
	gotoxy(57,6);	printf("$%.2f ",net);

	for ( i=8 ; i<18 ; i++ )
	{
		gotoxy(57,i);
		for ( j=0 ; j<21 ; j++ )
			printf(" ");
        }

	counter = 0;

	for ( i=0 ; i<21 ; i++ )
	{
		if ( stuff[i][2] == 2 || stuff[i][2] == 4 )
		{
			gotoxy(57,8+counter);
			switch ( stuff[i][0] )
			{
				case 1:
					printf("Picnic Cooler");   break;
				case 2:
					printf("Chill Freezer"); break;
				case 3:
					printf("Lemon Tree"); break;
				case 4:
					printf("%2.2f Lemonade Sign",price);    break;
				case 5:
					printf("Ice Maker"); break;
				case 6:
					printf("Fake Mustash"); break;
				case 7:
					printf("Sugar Container"); break;
				case 8:
					printf("Dish Wash Supply"); break;
				case 9:
					printf("Juice Strainer"); break;
				case 10:
					printf("LemonRobot 1.0"); break;
			}
			counter++;
		}
		if ( counter >= 10 )
			i = 50;
	}
}
void buy()
{
	cash += price;
	change += price;
	net += price;

	supply[3]--;
	supply[0] -= recipe[0];
	supply[1] -= recipe[1];
	supply[2] -= recipe[2];
}
int checksupply()
{
	if ( supply[3] < 1 )
		return 0;
	if ( supply[0] < recipe[0] )
		return 0;
	if ( supply[1] < recipe[1] )
		return 0;
	if ( supply[2] < recipe[2] )
		return 0;
        return 1;
}
void displaysupply()
{
	if ( supply[3] < 1 )	textcolor(12);
	else			textcolor(7);
	gotoxy(49,24);	cprintf("%u ",supply[3]); /* cups */

        if ( supply[0] < recipe[0] )	textcolor(12);
	else			textcolor(7);
	gotoxy(57,24);	cprintf("%u ",supply[0]); /* ice */

        if ( supply[1] < recipe[1] )	textcolor(12);
	else			textcolor(7);
	gotoxy(65,24);	cprintf("%u ",supply[1]); /* lemon */

	if ( supply[2] < recipe[2] )	textcolor(12);
	else			textcolor(7);
	gotoxy(73,24);	cprintf("%u ",supply[2]); /* sugar */

	textcolor(7);

        gotoxy(49,22);	printf("$%2.2f", price);
	gotoxy(59,22);	printf("%d", recipe[0]); /* ice   */
	gotoxy(67,22);	printf("%d", recipe[1]); /* lemon */
	gotoxy(75,22);	printf("%d", recipe[2]); /* sugar */
}
void kmart()
{
	int i, j;
	int status_x = 2;
	int status_y = 7;
	char com;
	int cursor_x = 0;
	int cursor_y = 0;
	int counter;


	for ( i=status_x+1 ; i<status_x+42 ; i++ )
	{
		gotoxy(i,status_y);
		printf("%c",205);

                gotoxy(i,status_y+2);
		printf("%c",196);
                gotoxy(i,status_y+5);
		printf("%c",196);
		gotoxy(i,status_y+8);
		printf("%c",196);

		gotoxy(i,status_y+11);
		printf("%c",205);

		gotoxy(i,status_y+15);
		printf("%c",205);
	}
	for ( i=status_y+1 ; i<status_y+15 ; i++ )
	{
		gotoxy(status_x,i);
		printf("%c",186);

		if ( i < status_y+11 )
		{
			gotoxy(status_x+8,i);
				printf("%c",179);
			gotoxy(status_x+16,i);
				printf("%c",179);
			gotoxy(status_x+24,i);
				printf("%c",179);
			gotoxy(status_x+32,i);
				printf("%c",179);
        	}

		gotoxy(status_x+42,i);
		printf("%c",186);
	}


	gotoxy(status_x,	status_y);	printf("%c",201);
	gotoxy(status_x+42,	status_y);	printf("%c",187); /* main corners */
	gotoxy(status_x,	status_y+15);	printf("%c",200);
	gotoxy(status_x+42,	status_y+15);	printf("%c",188);

	for ( i=8 ; i<33 ; i+=8 )
	{
		gotoxy(status_x+i,status_y);
		printf("%c",209);
		gotoxy(status_x+i,status_y+11);
		printf("%c",207);
	}

	for ( i=2 ; i<9 ; i+=3 )
	{

		gotoxy(status_x,status_y+11);
		printf("%c",204);
		gotoxy(status_x+42,status_y+11);
		printf("%c",185);
	}

        gotoxy(status_x,	status_y+2);	printf("%c",199);
	gotoxy(status_x+32,	status_y+2);	printf("%c",182);

	for ( j=8 ; j<33 ; j+=8 )
		for ( i=2 ; i<9 ; i+=3 )
		{
			gotoxy(status_x+j,status_y+i);
			printf("%c",197);
		}


	gotoxy(status_x+3,	status_y+1);	printf("CUP");
	gotoxy(status_x+11,	status_y+1);	printf("ICE");
	gotoxy(status_x+18,	status_y+1);	printf("LEMON");  /* labels */
	gotoxy(status_x+26,	status_y+1);	printf("SUGAR");
	gotoxy(status_x+35,	status_y+1);	printf("STUFF");

        gotoxy(status_x+3,	status_y+3);	printf(" 25");
	gotoxy(status_x+11,	status_y+3);	printf("100");
	gotoxy(status_x+19,	status_y+3);	printf("  5");  /* prices */
	gotoxy(status_x+27,	status_y+3);	printf(" 16");
	
	gotoxy(status_x+3,	status_y+6);	printf(" 50");
	gotoxy(status_x+11,	status_y+6);	printf("250");
	gotoxy(status_x+19,	status_y+6);	printf(" 10");  /* prices */
	gotoxy(status_x+27,	status_y+6);	printf(" 32");

        gotoxy(status_x+3,	status_y+9);	printf("100");
	gotoxy(status_x+11,	status_y+9);	printf("500");
	gotoxy(status_x+19,	status_y+9);	printf(" 16");  /* prices */
	gotoxy(status_x+27,	status_y+9);	printf(" 80");


        gotoxy(status_x+2,	status_y+4);	printf("$%1.2f", store[3][0]);
	gotoxy(status_x+10,	status_y+4);	printf("$%1.2f", store[0][0]);
	gotoxy(status_x+18,	status_y+4);	printf("$%1.2f", store[1][0]);  /* prices */
	gotoxy(status_x+26,	status_y+4);	printf("$%1.2f", store[2][0]);
	
	gotoxy(status_x+2,	status_y+7);	printf("$%1.2f", store[3][1]);
	gotoxy(status_x+10,	status_y+7);	printf("$%1.2f", store[0][1]);
	gotoxy(status_x+18,	status_y+7);	printf("$%1.2f", store[1][1]);  /* prices */
	gotoxy(status_x+26,	status_y+7);	printf("$%1.2f", store[2][1]);

	gotoxy(status_x+2,	status_y+10);	printf("$%1.2f", store[3][2]);
	gotoxy(status_x+10,	status_y+10);	printf("$%1.2f", store[0][2]);
	gotoxy(status_x+18,	status_y+10);	printf("$%1.2f", store[1][2]);  /* prices */
	gotoxy(status_x+26,	status_y+10);	printf("$%1.2f", store[2][2]);

	gotoxy(status_x+34,	status_y+3);	displaystuff(1,1);
	gotoxy(status_x+34,	status_y+4);	displaystuff(1,2);

	gotoxy(status_x+34,	status_y+6);	displaystuff(2,1);
	gotoxy(status_x+34,	status_y+7);	displaystuff(2,2);

	gotoxy(status_x+34,	status_y+9);	displaystuff(3,1);
        gotoxy(status_x+34,	status_y+10);	displaystuff(3,2);

	displaystatus("[L]eave");

	defineitem(100);


	do {
		gotoxy(status_x+1+(8*cursor_x),status_y+3+(3*cursor_y));
		printf("%c",16);   /* > */

		if ( cursor_x == 4 )
			gotoxy(status_x+9+(8*cursor_x),status_y+3+(3*cursor_y));
		else
			gotoxy(status_x+7+(8*cursor_x),status_y+3+(3*cursor_y));
		printf("%c",17);  /* < */

		com = getch();

		gotoxy(status_x+1+(8*cursor_x),status_y+3+(3*cursor_y));
		printf(" ");

		if ( cursor_x == 4 )
			gotoxy(status_x+9+(8*cursor_x),status_y+3+(3*cursor_y));
		else
                	gotoxy(status_x+7+(8*cursor_x),status_y+3+(3*cursor_y));
		printf(" ");

		if ( com == 0 )
		{
			com = getch();

			switch ( com )
			{
				case 80:
					if ( cursor_y < 2 )
						cursor_y++;
					break;
				case 72:
                                        if ( cursor_y > 0 )
						cursor_y--;
					break;
				case 77:
                                        if ( cursor_x < 4 )
						cursor_x++;
					break;
				case 75:
					if ( cursor_x > 0 )
						cursor_x--;
					break;
			}
		}
		else if ( com == 13 )
		{
			if ( cursor_x == 0 && supply[3] < 64000 )
			{
				if ( cursor_y == 0 && cash >= store[3][0] )
				{
					supply[3] += 25;
					cash -= store[3][0];
				}
				else if ( cursor_y == 1 && cash >= store[3][1] )
				{
					supply[3] += 50;
                                        cash -= store[3][1];
				}
				else if ( cursor_y == 2 && cash >= store[3][2] )
				{
					supply[3] += 100;
					cash -= store[3][2];
				}
			}
			else if ( cursor_x == 1 && supply[0] < 64000 )
			{
				if ( cursor_y == 0 && cash >= store[0][0] )
				{
					supply[0] += 100;
					cash -= store[0][0];
				}
				else if ( cursor_y == 1 && cash >= store[0][1] )
				{
					supply[0] += 200;
					cash -= store[0][1];
				}
				else if ( cursor_y == 2 && cash >= store[0][2] )
				{
					supply[0] += 500;
					cash -= store[0][2];
				}
			}
			else if ( cursor_x == 2 && supply[1] < 64000 )
			{
				if ( cursor_y == 0 && cash >= store[1][0] )
				{
					supply[1] += 5;
					cash -= store[1][0];
				}
				else if ( cursor_y == 1 && cash >= store[1][1] )
				{
					supply[1] += 10;
					cash -= store[1][1];
				}
				else if ( cursor_y == 2 && cash >= store[1][2] )
				{
					supply[1] += 16;
					cash -= store[1][2];
				}
			}
			else if ( cursor_x == 3 && supply[2] < 64000 )
			{
				if ( cursor_y == 0 && cash >= store[2][0] )
				{
					supply[2] += 16;
					cash -= store[2][0];
				}
				else if ( cursor_y == 1 && cash >= store[2][1] )
				{
					supply[2] += 32;
					cash -= store[2][1];
				}
				else if ( cursor_y == 2 && cash >= store[2][1] )
				{
					supply[2] += 80;
					cash -= store[2][2];
				}
			}
                        else if ( cursor_x == 4 )
			{
				counter = 0;

				if ( cursor_y == 0 )
				{
					for ( i=0 ; i<21 ; i++ )
					{
						if ( stuff[i][2] == 1 )
							counter++;
						if ( counter == 1 )
						{
                                                        
							if ( cash >= stuff[i][1] - 0.01 && fullcart() == 0 )
							{
								stuff[i][2] = 4;
								cash = cash - stuff[i][1] + 0.01;
                                                        }
                                                	i = 50;
						}

                                        }
				}
				else if ( cursor_y == 1 )
				{
					for ( i=0 ; i<21 ; i++ )
					{
						if ( stuff[i][2] == 1 )
							counter++;
						if ( counter == 2 )
						{
                                                        if ( cash >= stuff[i][1] - 0.01 && fullcart() == 0 )
							{
								stuff[i][2] = 4;
								cash = cash - stuff[i][1] + 0.01;
							}
							i = 50;
						}

					}
				}
				else if ( cursor_y == 2 )
				{
					for ( i=0 ; i<21 ; i++ )
					{
						if ( stuff[i][2] == 1 )
							counter++;
						if ( counter == 3 )
						{
							if ( cash >= stuff[i][1] - 0.01 && fullcart() == 0 )
							{
								stuff[i][2] = 4;
								cash = cash - stuff[i][1] + 0.01;
							}
							i = 50;
						}

					}
				}

				for ( i=status_y+3 ; i<status_y+10 ; i=i+3 )
				{
					gotoxy(status_x+34,i);
					for ( j=0 ; j<7 ; j++ )
						printf(" ");
					gotoxy(status_x+34,i+1);
					for ( j=0 ; j<7 ; j++ )
						printf(" ");
				}

                                gotoxy(status_x+34,	status_y+3);	displaystuff(1,1);
				gotoxy(status_x+34,	status_y+4);	displaystuff(1,2);

				gotoxy(status_x+34,	status_y+6);	displaystuff(2,1);
				gotoxy(status_x+34,	status_y+7);	displaystuff(2,2);

				gotoxy(status_x+34,	status_y+9);	displaystuff(3,1);
				gotoxy(status_x+34,	status_y+10);	displaystuff(3,2);


			}
			displaysupply();
			displaycash();
		}

		if ( cursor_x == 4 )
		{
			counter = 0;

                        for ( i=0 ; i<21 ; i++ )
			{
				if ( stuff[i][2] == 1 )
					counter++;
				if ( counter == cursor_y + 1 )
				{
					defineitem(stuff[i][0]);

					i = 50;
				}

			}
                        if ( i < 50 )
				defineitem(0);

		}
		else
		{
			defineitem(100+cursor_x);
                }

		
	} while ( com != 'l' && com != 'L' );

	for ( j=7 ; j<23 ; j++ )
	{
                gotoxy(2,j);
		for ( i=2 ; i<47 ; i++ )
			printf(" ");
		
	}

	displaynormal();
}
void decay()
{
	long temp;

	int i;

	int ice_adv = 0;
	int sug_adv = 0;
        int lem_adv = 0;


        for ( i=0 ; i<20 ; i++ )
	{
		if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 1 && ice_adv < 2 )  /* cooler->ice */
		{
			ice_adv++;
		}
                if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 2 ) /* freezer */
		{
			ice_adv = 3;
		}
                if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 7 ) /* container */
		{
			sug_adv = 1;
		}
		if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 1 ) /* cooler->lemons */
		{
			lem_adv = 1;
                }
	}

	/* ***************************************************** */

	if ( ice_adv < 3 )
        {
                if ( ice_adv == 2 )                                  
			temp = 1L * supply[0] * randomize(20,30) / 100;   /* 20-30% */
		else if ( ice_adv == 1 )
			temp = 1L * supply[0] * randomize(30,40) / 100;   /* 30-40% */
		else
			temp = 1L * supply[0] * randomize(40,60) / 100;   /* 40-60% */

		if ( supply[0] > 0 && temp < 5 )
			temp++;

		supply[0] = supply[0] - temp; /* ice */

	} /* else 0% */




	if ( lem_adv == 1 )
		temp = supply[1] * randomize(1,10) / 100;
	else
		temp = supply[1] * randomize(1,5) / 100;

	if ( supply[1] > 0 && temp < 15 && randomize(0,1) == 1 )
		temp++;

	supply[1] = supply[1] - temp; /* lemon */




	if ( randomize(0,5) == 1 && supply[2] > 0 && sug_adv == 0 )
	{
		temp = supply[2] * randomize(1,5) / 100;
		if ( supply[2] < 10 )
			temp++;

		supply[2] = supply[2] - temp; /* sugar */
	}
}
void incay()
{
	int i;
	int cups;

	cups = (int)change/price;
	cups--;
	 
	for ( i=0 ; i<20 ; i++ )
	{
		if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 3 ) /* trees */
		{
			supply[1] += randomize(4,7);
		}
                if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 5 ) /* ice maker */
		{
			supply[0] += randomize(50,100);
		}
                if ( ( stuff[i][2] == 2 || stuff[i][2] == 4 ) && stuff[i][0] == 8 )
		{
			if ( cups > 0 )
				supply[3] += randomize(0,cups);
		}
	}

	if ( RobotRunning == 1 )
		supply[2] += randomize(9,12);
}
void makestuff()
{
	int i;

	for ( i=0 ; i<20 ; i++ )
	{
		stuff[i][0] = randomize(1,9);

		switch ( stuff[i][0] )
		{
			case 1:
				stuff[i][1] = randomize(29,31);	  break;
			case 2:
				stuff[i][1] = randomize(280,320); break;
			case 3:
				stuff[i][1] = randomize(20,200);  break;
                        case 4:
				stuff[i][1] = randomize(3,10);	  break;
			case 5:
				stuff[i][1] = randomize(150,400); break;
			case 6:
				stuff[i][1] = randomize(2,3);     break;
			case 7:
				stuff[i][1] = randomize(5,30);	  break;
			case 8:
				stuff[i][1] = randomize(30,35);   break;
			case 9:
				stuff[i][1] = randomize(7,25);    break;
				
		}
		stuff[i][2] = 0;
	}

	stuff[20][0] = 10;
	stuff[20][1] = randomize(990,1000);	/* AI */
	stuff[20][2] = 0;
}
void setstore()
{
	int i;
        int num;

	store[3][0] = 1.0F * randomize(40,60)   / 100;
	store[3][1] = 1.0F * randomize(80,120)	/ 100;    /* cups */
	store[3][2] = 1.0F * randomize(160,240) / 100;

	store[0][0] = 1.0F * randomize(170,190)   / 100;
	store[0][1] = 1.0F * randomize(425,475)   / 100;  /* ice */
	store[0][2] = 1.0F * randomize(850,950)   / 100;

	store[1][0] = 1.0F * randomize(50,150)   / 100;
	store[1][1] = 1.0F * randomize(100,300)   / 100;  /* lemons */
	store[1][2] = 1.0F * randomize(160,480)   / 100;

	store[2][0] = 1.0F * randomize(55,73)     / 100;
	store[2][1] = 1.0F * randomize(110,146)   / 100;  /* sugar */
	store[2][2] = 1.0F * randomize(275,365)   / 100;

	for ( i=0 ; i<21 ; i++ )
	{
		if ( stuff[i][2] == 1 )
			stuff[i][2] = 0;
		else if ( stuff[i][2] == 4 )
			stuff[i][2] = 2;
        }
	i = 0;

	while ( i<3 )
	{
		num = randomize(0,20);

		if ( stuff[num][2] == 0 )
		{
			stuff[num][2] = 1;
			i++;
		}
	}

}
void displaystuff( int num, int line )
{
	int i,counter;

	counter=0;

	for ( i=0 ; i<21 ; i++ )
	{
		if ( stuff[i][2] == 1 )
		{
			counter++;
		}
		if ( counter == num )
		{
			if ( line == 1 )
			{
				switch ( stuff[i][0] )
				{
					case 1:
						printf("COOLER");  break;
					case 2:
						printf("FREEZER"); break;
					case 3:
						printf("XL TREE"); break;
					case 4:
						printf(" SIGN ");  break;
					case 5:
						printf("ICEMAKR"); break;
					case 6:
						printf("FAKEMUS"); break;
					case 7:
						printf("  JAR  "); break;
					case 8:
						printf("DISHWSH"); break;
					case 9:
						printf("STRAINR"); break;
					case 10:
						printf(" ROBOT "); break;

				}
			}
			if ( line == 2 )
			{
				printf("$%d.99",stuff[i][1] - 1);
			}
			i = 50;
		}
	}
}
int fullcart()
{
	int i, counter;
        char com;

        counter = 0;

	for ( i=0 ; i<21 ; i++ )
	{
		if ( stuff[i][2] == 2 || stuff[i][2] == 4 )
		{
			counter++;
		}
		if ( counter == 10 )
		{
			define(1,"You have too many items, would you like");
			define(2,"to sell one?                           ");
			define(3,"                                       ");

			do {
				displaystatus("[Y]es [N]o");

				com = getch();

                                displaystatus(" ");

				if ( com == 'y' || com == 'Y' )
				{
					donate();
					return 0;
                                }
                        	else if ( com == 'n' || com == 'N' )
					return 1;
			} while ( com != 'y' && com != 'Y' );
			
                }
	}

	

        return 0;  /* not full */

}
void define(int line, char array[])
{
	gotoxy(4,18+line);
	printf("%s", array);
}
void donate()
{
	int i;
	int counter = -1;
	int cursor = 0;
        char com;

	define(1,"Select the item you wish to donate     ");
	define(2,"using the up and down arrows.          ");
	define(3,"Press ENTER to donate.                 ");

	do {
		gotoxy(54,8+cursor);
		printf("%c",16);

		com = getch();

		if ( com == 72 && cursor > 0 )
		{
			gotoxy(54,8+cursor);
                        printf(" ");
			cursor--;
                }
		else if ( com == 80 && cursor < 9 )
		{
			gotoxy(54,8+cursor);
			printf(" ");
			cursor++;
                }

	} while ( com != 13 );

	gotoxy(54,8+cursor);
	printf(" ");

	for ( i=0 ; i<21 ; i++ )
	{
		if ( stuff[i][2] == 2 || stuff[i][2] == 4 )
		{
                	counter++;
		}
		if ( counter == cursor )
		{
			stuff[i][2] = 0;
			i = 50;
		}
	}
	define(1,"Item donated. Thank you.               ");
	define(2,"                                       ");
	define(3,"                                       ");

	count_100ths(100);

	displaystatus("[L]eave");
}
void mainhelp()
{
	int i,j;

	gotoxy(3,7);
		for ( i=3 ; i<44 ; i++ )
			printf("%c",205);
	gotoxy(3,22);
		for ( i=3 ; i<44 ; i++ )
			printf("%c",205);

	for ( i=8 ; i<22; i++ )
	{
		gotoxy(2,i);
			printf("%c",186);

		gotoxy(44,i);
                	printf("%c",186);
	}

	gotoxy(2,7);
		printf("%c",201);
	gotoxy(2,22);
		printf("%c",200);
	gotoxy(44,7);
		printf("%c",187);
	gotoxy(44,22);
		printf("%c",188);

        		/*      S				      E */
	gotoxy(4,8);	printf("The point of a lemonade stand is to    ");
	gotoxy(4,9);	printf("make as much money as fast as possible.");
	gotoxy(4,10);	printf("Open each day by pressing 'O' and if   ");
	gotoxy(4,11);	printf("needed close up shop by pressing 'C'.  ");
	gotoxy(4,12);	printf("Adjust your secret recipe using the    "); 
	gotoxy(4,13);	printf("num-pad digits 7-8-9 to increase and   ");
	gotoxy(4,14);	printf("1-2-3 to decrease. Change the price per");
	gotoxy(4,15);	printf("cup using + & -. After every day you   ");
	gotoxy(4,16);	printf("can go to the store and buy supplies by");
	gotoxy(4,17);	printf("pressing 'S'. Remember that you can    ");
	gotoxy(4,18);	printf("change your recipe mid-day if you run  ");
	gotoxy(4,19);	printf("out of ice/lemons/sugar, but there is  ");
	gotoxy(4,20);	printf("no way to serve drinks without cups.   ");
	gotoxy(4,21);	printf("            Press any key              ");

        getch();
        		/*	S				      E */
	gotoxy(4,8);	printf("Customers enjoy a well mixed glass of  ");
	gotoxy(4,9);	printf("lemonade, so a well balanced inventory");
	gotoxy(4,10);	printf("and recipe is the key to success. As in");
	gotoxy(4,11);	printf("real life, ice melts, lemons and sugar ");
	gotoxy(4,12);	printf("can go bad. Your cash in hand, gain per"); 
	gotoxy(4,13);	printf("day, and net gain can be found in the  ");
	gotoxy(4,14);	printf("top right corner. 'Stuff' are items    ");
	gotoxy(4,15);	printf("that can improve your sales. These can ");
	gotoxy(4,16);	printf("be bought and donated, but not sold.   ");
	gotoxy(4,17);	printf("The goal of this game is to find       ");
	gotoxy(4,18);	printf("someone to work FOR you so you can     ");
	gotoxy(4,19);	printf("retire in Maui. Help info for items is ");
	gotoxy(4,20);	printf("available in the store.                ");
	gotoxy(4,21);	printf("Press any key to continue & good luck! ");
        		/*	S				      E */
	getch();

	for ( j=7 ; j<23 ; j++ )
	{
		gotoxy(2,j);
			for ( i=2 ; i<45 ; i++ )
				printf(" ");
	}

}
void robot()
{
	int i,j;
	char com;

	gotoxy(3,7);
		for ( i=3 ; i<44 ; i++ )
			printf("%c",205);
	gotoxy(3,22);
		for ( i=3 ; i<44 ; i++ )
			printf("%c",205);

	for ( i=8 ; i<22; i++ )
	{
		gotoxy(2,i);
			printf("%c",186);

		gotoxy(44,i);
                	printf("%c",186);
	}

	gotoxy(2,7);
		printf("%c",201);
	gotoxy(2,22);
		printf("%c",200);
	gotoxy(44,7);
		printf("%c",187);
	gotoxy(44,22);
		printf("%c",188);

        		/*      S				      E */
	gotoxy(4,8);	printf("LemonRobot 1.0 Info:                   ");
	gotoxy(4,9);	printf("LemonRobot 1.0 is a self-sufficiant    ");
	gotoxy(4,10);	printf("system that is able to staff a lemonade");
	gotoxy(4,11);	printf("stand just like a living person.       ");
	gotoxy(4,12);	printf("It can open the stand in the morning,  "); 
	gotoxy(4,13);	printf("sell lemonade at the set recipe, adjust");
	gotoxy(4,14);	printf("the recipe if supplies run low, close  ");
	gotoxy(4,15);	printf("the stand at night, and buy supplies   ");
	gotoxy(4,16);	printf("before the next day. In order to use   ");
	gotoxy(4,17);	printf("LemonRobot 1.0, set your recipe        ");
	gotoxy(4,18);	printf("accordingly based on the 'Stuff' you   ");
	gotoxy(4,19);	printf("have and set the following options.    ");
	gotoxy(4,20);	printf("LemonRobot 1.0 converts water to sugar.");
	gotoxy(4,21);	printf("            Press any key              ");

	displaystatus(" ");

	getch();

	gotoxy(4,8);	printf("LemonRobot 1.0 Menu:                   ");
	gotoxy(4,9);	printf("                                       ");
	gotoxy(4,10);	printf("Set the lower supply limit:            ");
	gotoxy(4,11);	printf(" [C]ups    [I]ce     [L]emons  [S]ugar ");
	gotoxy(4,12);	printf("                                       ");
	gotoxy(4,13);	printf("                                       ");
	gotoxy(4,14);	printf("Compare [P]rices before buying?        ");
	gotoxy(4,15);	printf("                                       ");
	gotoxy(4,16);	printf("                                       ");
	gotoxy(4,17);	printf("[A]utomatically adjust recipe when low?");
	gotoxy(4,18);	printf("                                       ");
	gotoxy(4,19);	printf("                                       ");
	gotoxy(4,20);	printf("         [R]un LemonRobot 1.0          ");
	gotoxy(4,21);	printf("                                       ");

	displaystatus("[B]ack");

	do {
		gotoxy(6,12);	printf("%u",RobotLimits[3]);
		gotoxy(16,12);	printf("%u",RobotLimits[0]);
		gotoxy(26,12);	printf("%u",RobotLimits[1]);
		gotoxy(36,12);	printf("%u",RobotLimits[2]);

		gotoxy(5,15);
		if ( RobotCompare == 1 )
			printf("Yes");
		else
			printf("No ");

		gotoxy(5,18);
		if ( RobotAdjust == 1 )
			printf("Yes");
		else
			printf("No ");

		com = getch();

		if ( com == 'r' || com == 'R' )
			RobotRunning = 1;
		else if ( com == 'p' || com == 'P' )
		{
			RobotCompare = ( RobotCompare + 1 ) % 2;
		}
		else if ( com == 'a' || com == 'A' )
		{
			RobotAdjust = ( RobotAdjust + 1 ) % 2;
		}
		else if ( com == 'c' || com == 'C' )
		{
			RobotLimits[3] = get64k(6,12);
		}
		else if ( com == 'i' || com == 'I' )
		{
                	RobotLimits[0] = get64k(16,12);
		}
                else if ( com == 'l' || com == 'L' )
		{
			RobotLimits[1] = get64k(26,12);
		}
                else if ( com == 's' || com == 'S' )
		{
			RobotLimits[2] = get64k(36,12);
		}

	} while ( com != 'b' && com != 'B' && com != 'r' && com != 'R' );
	
        if ( com == 'b' || com == 'B' )
	{
		for ( j=7 ; j<23 ; j++ )
		{
			gotoxy(2,j);
			for ( i=2 ; i<45 ; i++ )
				printf(" ");
		}
	
		displaynormal();
	}
	else
	{
		gotoxy(10,20);
		printf("LemonRobot 1.0 is running.");

		displaystatus("[S]top");
	}
}
unsigned int get64k(int x, int y)
{
	char com;
	char array[6];
	unsigned int number = 0;

	int i,j;

	do
	{
        	gotoxy(x,y);
		printf("     \b\b\b\b\b");
		i=0;

		do
		{
			com = getch();

			if ( com >= '0' && com <= '9' && i<5 )
			{
				printf("%c", com);
				array[i] = com;
				i++;
			}
			else if ( com == '\b' && i>0 )
			{
				printf("\b \b");
				i--;
			}

		} while ( com != 13 || i == 0 );

		for ( j=0 ; j<i ; j++ )
		{
			number = ( number * 10 ) + ( array[j] - '0' );
		}

	} while ( number < 1 || number > 64000 );

        return number;
}
void autobuy()
{
	float price0;
	float price1;
	float price2;
	float price3;

	if ( RobotCompare == 1 )
	{
		price0 = randomize(170,185);
		price1 = randomize(50,145);
		price2 = randomize(55,68);
                price3 = randomize(40,55);
	}
	else
	{
		price0 = randomize(175,190);
		price1 = randomize(55,150);
		price2 = randomize(60,73);
		price3 = randomize(45,60);
        	
	}

	price0 = 1.0F * price0 / 100;
	price1 = 1.0F * price1 / 100;
	price2 = 1.0F * price2 / 100;
	price3 = 1.0F * price3 / 100;

	while ( supply[3] < RobotLimits[3] && price3 < change )
	{
		cash -= price3;
		change -= price3;
		supply[3] += 25;
	}
	while ( supply[0] < RobotLimits[0] && price0 < change )
	{
		cash -= price0;
		change -= price0;
		supply[0] += 100;
	}
	while ( supply[1] < RobotLimits[1] && price1 < change )
	{
		cash -= price1;
		change -= price1;
		supply[1] += 5;
	}
	while ( supply[2] < RobotLimits[2] && price2 < change )
	{
		cash -= price2;
		change -= price2;
		supply[2] += 16;
	}
	
}
void defineitem(int item)
{
	switch ( item )
	{
		case 0:
                	define(1,"                                       ");
			define(2,"                                       ");
			define(3,"                                       ");
			break;
		case 1:
			define(1,"The Picnic Cooler is an inexpensive way");
			define(2,"to prevent the sun from slowing your   ");
			define(3,"progress. Available in red and blue.   ");
			break;
		case 2:
			define(1,"A Chill Freezer is essential for       ");
			define(2,"keeping ice cold. This top of the line ");
			define(3,"freezer has a lifetime warrenty.       ");
			break;
		case 3:
			define(1,"A Lemon Tree can produce lemons ready  ");
			define(2,"to be picked on a daily basis. More    ");
			define(3,"than one source of lemons is key.      ");
			break;
		case 4:
			define(1,"Lemonade Signs can let future customers");
			define(2,"know that you are open for buisness, as");
			define(3,"well as how much you charge per cup.   ");
			break;
		case 5:
			define(1,"An Ice Maker can produce a large amount");
			define(2,"of ice every day. Ice Makers are best  ");
			define(3,"used with freezers.                    ");
			break;
		case 6:
			define(1,"A Fake Mustash is a sure way to raise  ");
			define(2,"your popularity level. Now available in");
			define(3,"handlebar style.                       ");
			break;
		case 7:
			define(1,"A Sugar Container can keep sugar freash");
			define(2,"longer than sitting around in an open  ");
			define(3,"sack as purchased from the store.      ");
			break;
		case 8:
			define(1,"Dish Wash Supply can clean cups that   ");
			define(1,"that are left behind by customers. Only");
			define(1,"one system can be used at a time.      ");
			break;
		case 9:
			define(1,"A Juice Strainer can improve the       ");
			define(2,"quality of your lemonade. Your pulpy   ");
			define(3,"drinks will now be filtered clear.     ");
			break;
		case 10:
			define(1,"LemonRobot 1.0 is a rare item that can ");
			define(2,"staff a lemonade stand on its own. This");
			define(3,"robot has several adjustable settings. ");
			break;
		case 100:
			define(1,"Plastic cups are the only way to serve ");
			define(2,"lemonade. Without cups, your just      ");
			define(3,"showing off your lemonade in the sun.  ");
			break;
		case 101:
			define(1,"Ice can be used to cool down drinks and");
			define(2,"is well appreicated on a hot day.      ");
			define(3,"Number represents a count of ice cubes.");
			break;
                case 102:
			define(1,"Lemons are the cornerstone of any      ");
			define(2,"lemonade recipe. Number represents     ");
			define(3,"a count of lemon-halves per bag.       ");
			break;
		case 103:
			define(1,"Sugar counteracts the sour taste of    ");
			define(2,"lemons to make lemonade a great drink. ");
			define(3,"Number represents weight in ounces.    ");
			break;
	}
}
void recipehandy()
{
	while ( recipe[0] > supply[0] && recipe[0] != 0 )
	{
		recipe[0]--;
		displaysupply();
        }
	while ( recipe[1] > supply[1] && recipe[1] != 0 )
	{
		recipe[1]--;
                displaysupply();
                }
	while ( recipe[2] > supply[2] && recipe[2] != 0 )
	{
		recipe[2]--;
                displaysupply();
        }
}
void reciperestore()
{
	recipe[0] = RobotRecipe[0];
	recipe[1] = RobotRecipe[1];
	recipe[2] = RobotRecipe[2];
}