papost lng ng cs proj

Alphanumeric

The user will input symbols and the program will determine how many numbers, letters (vowels and consonants), spaces and symbols are there.


#include "stdio.h"
#include "conio.h"
#include "string.h"
main ()
{char an[100];
int x,ctr,vowel,cons,alpha,num,symbol;
clrscr();
gotoxy (25,1);
printf ("Alphanumeric Detector");
printf ("\nEnter an alphanumeric combination now!\n");
gets (an);
ctr=strlen(an);
alpha=0;vowel=0;cons=0;num=0;symbol=0;
for (x=1;x<=ctr;x++) { switch (an[x]) { case 'a':case 'e':case 'i':case 'o':case 'u': case 'A':case 'E':case 'I':case 'O':case 'U': alpha+=1; vowel+=1; break; case 'B':case 'C':case 'D':case 'F':case 'G': case 'H':case 'J':case 'K':case 'L':case 'M':case 'N': case 'P':case 'R':case 'S':case 'T': case 'V':case 'W':case 'X':case 'Y':case 'Z': case 'b':case 'c':case 'd':case 'f':case 'g': case 'h':case 'j':case 'k':case 'l':case 'm':case 'n': case 'p':case 'r':case 's':case 't': case 'v':case 'w':case 'x':case 'y':case 'z': alpha+=1; cons+=1; break; case '1':case '2':case '3':case '4':case '5': case '6':case '7':case '9':case '8':case '0': num+=1; break; default: symbol=symbol+1; } } printf (" There are \n %d vowels\n %d consonants\n %d alphabets\n %d numbers\n %d symbols and spaces \n in your combination",vowel,cons,alpha,num,symbol); getche(); } Output: Alphanumeric Detector Enter an alphanumeric combination now! There are vowels consonants alphabets numbers symbols and spaces Physics: Electricity This program computes the resistance, voltage, current, given the information needed to do so. #include
#include
main()
{
float v, c, r, x;
char y;

clrscr();
printf("Choose From the 3 choices you want to do:");
printf("\n[1]Compute Voltage:");
printf("\n[2]Compute Current:");
printf("\n[3]Compute Resistance:\n");
scanf("%f", &x);
if (x==1)
{
printf("\nEnter value of Current:");
scanf("%f", &c);
printf("\nEnter value of Resistance:");
scanf("%f", &r);
v=c*r;
printf("\nVoltage is: %0.2f V", v);
}
else if (x==2){
printf("\nEnter value of Voltage:");
scanf("%f", &v);
printf("\nEnter value of Resistance:");
scanf("%f", &r);
c=v/r;
printf("\nCurrent is: %0.2f A", c);
}

else if (x==3){
printf("\nEnter value of Voltage:");
scanf("%f", &v);
printf("\nEnter value of Current:");
scanf("%f", &c);
r=v/c;
printf("\nResistance is: %0.2f W", r);


}
getche();
}


Output:
Choose from the 3 choices what you want to do:
[1]compute voltage:
[2]compute current:
[3]compute resistance:
1
Enter value of current:

Enter value of resistance:

Voltage is:





Inspirational Program

This program displays inspirational quotes relating to the user’s mood for the day.


#include
#include
main()
{
int choice;

clrscr ( )
printf (“Hi! How are you feeling today?”);
printf (“\n[1] Angry”);
printf (“\n[2] Depressed”);
printf (“\n[3] Happy ”);
printf (“\n[4] Fulfilled”);
printf (“\n[5] Loved”);
printf (“\n[6] Shy”);
printf (“\n[7] Tired”);
printf (“\n[8] Creative”);
printf (“\n[9] Relaxed”);
printf (“\n[10] Enthusiastic”);
printf (“\n\nEnter the number corresponding to your mood today:”);
scanf (“%d”,&choice);
switch (choice)
{
case 1:
clrscr();
printf(“\nAnger makes you smaller, while forgiveness forces you to grow beyond what you were. – Cherie Carter-Scott”);
break;
case 2:
clrscr();
printf(“\nWe must accept finite disappointment, but we must never lose infinite hope.-Martin Luther King”);
break;
case 3:
clrscr();
printf(“\nHappiness is not a destination. It is a method of life. –Burton Hills);
break;
case 4:
clrscr();
printf(“\nThe best and most beautiful things in this world cannot be seen or even
heard, but must be felt with the heart. – Helen Keller”);
break;
case 5:
clrscr();
printf(“\nTo love and be loved is to feel the sun from both sides. –David
Viscott”);
break;

case 6:
clrscr();
printf(“\nThe shell must break before the bird can fly. - Tennyson”);
break;
case 7:
clrscr();
printf(“\nOur real blessings often appear to us in the shapes of pains, losses and
disappointments; but let us have patience, and we soon shall see them in their
proper figures. - Joseph Addison.”);
break
case 8:
clrscr();
printf(“One must still have chaos in oneself to be able to give birth to a dancing star. –Nietzsche”);
break;
case 9:
clrscr();
printf (“There is more to life than increasing its speed.- Gandhi”);
break;
case 10:
clrscr();
printf (“Enthusiasm is contagious. Start an epidemic. –unknown”);
break:
}
printf (“\n\nwe hope you enjoyed our inspirational quote of the day.”);
getche();
}





Output:


Hi! How are you feeling today?
[1] Angry
[2] Depressed
[3] Happy
[4] Fulfilled
[5] Loved
[6] Shy
[7] Tired
[8] Creative
[9] Relaxed
[10] Enthusiastic

Enter the number corresponding to your mood today:3
Happiness is not a destination. It is a method of life.-Burton Hills

we hope you enjoyed our inspirational quote of the day.

Backward name

The user enters his/her name and the program prints it backwards


#include "stdio.h"
#include "conio.h"
main()
{char name[20];
clrscr();
printf ("Enter your name:");
gets (name);
printf ("Your name backwards is");
strrev (name);
printf ("\n%s",name);
getche();
}


Output:

Enter your name: Roddel
Your name backwards is
Leddor
Trivia Game

This is a game that is filled with questions and the user will answer them and the points are counted


#include
#include
main()
{char ans;
int choice,score;
clrscr();
printf ("This is the Trivia Game");
clrscr();
printf ("Please choose among the following categories:\n");
printf ("1)General Information\n");
printf ("2)Scientific Names of Animals\n");
printf ("3)Scientists\n");
printf ("4)Movies\n");
printf ("5)Exit(view the answers)");
scanf ("%d",&choice);
switch (choice)
{
case 1:
clrscr();
printf ("Question 1: What do you call the Japanese art of folding pieces of paper to form shapes in nature?\n");
printf ("a)Ikebana\n");
printf ("b)Origami\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 2: Who built the first castle in 1078?\n");
printf ("a)William the Conqueror\n");
printf ("b)Lord Wilhelm John Roget\n");
ans=getche();
if (ans=='a') score+=1;
clrscr();
printf ("Question 3: What is the capital of Afghanistan?\n");
printf ("a)Baghdad\n");
printf ("b)Kabul\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 4: Who founded Judaism?\n");
printf ("a)Guru nanak\n");
printf ("b)Abraham\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 5: Is the tomato?\n");
printf ("a)a fruit\n");
printf ("b)a vegetable\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
if (score>=3)
printf ("You are the champion in this category!!!");
else printf ("sorry, you lost.....GAME OVER");
getche();
break;
case 2:
clrscr();
printf ("Question 1: What animal has the scientific name Mus musculus?\n");
printf ("a)cat\n");
printf ("b)mouse\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 2: What is the scientific name of chicken?\n");
printf ("a)Gallus domesticus\n");
printf ("b)Gallus gallus\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 3: What is a Capra hircus?\n");
printf ("a)goat\n");
printf ("b)toad\n");
ans=getche();
if (ans=='a') score+=1;
clrscr();
printf ("Question 4: Which is the scientific name of crocodile?\n");
printf ("a)Crocodylus niloticus\n");
printf ("b)Alligator mississipiensis\n");
ans=getche();
if (ans=='a') score+=1;
clrscr();
printf ("Question 5: What is a Crotalus horridus?\n");
printf ("a)a King cobra\n");
printf ("b)a Rattle snake\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
if (score>=3)
printf ("You are the champion in this category!!!");
else printf ("sorry, you lost.....GAME OVER");
getche();
break;

case 3:
clrscr();
printf ("Question 1: Who invented the sewing machine?\n");
printf ("a)Leo Hendrik Baekeland\n");
printf ("b)Elias Howe\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 2: Samuel Colt invented a what?\n");
printf ("a)a practical revolver\n");
printf ("b)Junction Transistor\n");
ans=getche();
if (ans=='a') score+=1;
clrscr();
printf ("Question 3: Who invented the stethoscope?\n");
printf ("a)William Shockley\n");
printf ("b)Rene Laennec\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 4: Who invented the direct current generator?\n");
printf ("a)George Stephenson\n");
printf ("b)Werener von Siemens\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 5: What did Sir Charles Wheatstone invent?\n");
printf ("a)a printer\n");
printf ("b)the stereoscope\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
if (score>=3)
printf ("You are the champion in this category!!!");
else printf ("sorry, you lost.....GAME OVER");
getche();
break;
case 4:
clrscr();
printf ("Question 1: Who played the role of Doc Ock in the movie Spiderman 2?\n");
printf ("a)Willaem Dafoe\n");
printf ("b)Alfred Molina\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 2: What character did Famke Jannsen play in the movie X-Men?\n");
printf ("a)Jean Gray\n");
printf ("b)Mystique\n");
ans=getche();
if (ans=='a') score+=1;
clrscr();
printf ("Question 3: Who played Stanley Epkis in the movie The Mask?\n");
printf ("a)Raul Julia\n");
printf ("b)Jim Carrey\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 4: Who are the villains in the movie Batman and Robin?\n");
printf ("a)Penguin and The Riddler\n");
printf ("b)Poison Ivy and Mr. Freeze\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
printf ("Question 5: Is Demi Moore an 'Angel' ,according to the story ,in the movie Charlie's Angels:Full Throttle?\n");
printf ("a)no\n");
printf ("b)yes\n");
ans=getche();
if (ans=='b') score+=1;
clrscr();
if (score>=3)
printf ("You are the champion in this category!!!");
else printf ("sorry, you lost.....GAME OVER");
getche();
break;
default:
{
clrscr();
printf ("Thank you for using my program!\n");
printf ("The answers are:\n");
printf ("1)b\n");
printf ("2)a\n");
printf ("3)b\n");
printf ("4)b\n");
printf ("5)b\n");
break;
}
}
getche();
}


Output:


Please choose among the following categories:
1)General information
2)Scientific names of animals
3)Scientists
4)Movies
5)Exit (view the answers)


question 1: question 2:
a) a)
b) b)

question 3: question 4:
a) a)
b) b)

question 5: You are the champion in this category!!
a)
b)

Computing for body mass index (BMI)

The user will enter his/her weight and height. This program will calculate the user’ s body mass index and will give interpretations and recommendations based on the results.


#include
#include
#include
main()
{float w,h,bmass;
clrscr();
printf (“Enter your weight in kilograms:”);
scanf (“%f”,&w);
printf (“\nEnter your height in metres :”);
scanf (“%f”,&h);
bmass= w/ pow(2.0,h);
printf (“\nYour BMI is 0.2%f”,bmass);
if (bmass>=30)
{printf(“\nYou are obese class II);
printf (“\nYou must minimize intake of fatty foods and replace them with high-fiber organic fruits and vegetables. Keep in mind that obesity imposes health risks. Obesity targets diabetes, arterosclerosis, heart failure and even liver problems.You may consider a rigid diet and exercise program. Consult your physician and/or dietician for more help.”);
}
if (bmass>24 && bmass<30)>22 && bmass<25)>18 &&amp; BMI <23)>
#include
main()
{int ctr;
clrscr();
for(ctr=1;ctr<=100;ctr++) { gotoxy (35,11); printf("Loading %d%% ",ctr); gotoxy (ctr/5+30,13); printf (""); delay(50); } getche(); } Output: Loading 0% Name Meaning Displays a meaning for the name of the user #include
#include
#include
main()
{char name[10];
int ctr,x;
clrscr();
printf ("Type in your name: ");
gets (name);
ctr=strlen(name);
printf ("Your name stands for:\n");
for (x=0;x<=ctr;x++) printf ("\n%c",name[x]); for (x=0;x<=ctr;x++) { if (name[x]==0name[x]==1name[x]==2name[x]==3name[x]==4name[x]==5name[x]==6name[x]==7name[x]==8name[x]==9) { if (name[0]=='a'name[0]=='A') {gotoxy (5,4); printf ("- affirmative");} if (name[0]=='b'name[0]=='B') {gotoxy (5,4); printf ("- benevolent");} if (name[0]=='c'name[0]=='C') {gotoxy (5,4); printf ("- charming");} if (name[0]=='d'name[0]=='D') {gotoxy (5,4); printf ("- diplomatic");} if (name[0]=='e'name[0]=='E') {gotoxy (5,4); printf ("- eager");} if (name[0]=='f'name[0]=='F') {gotoxy (5,4); printf ("- faithful");} if (name[0]=='g'name[0]=='G') {gotoxy (5,4); printf ("- gallant");} if (name[0]=='h'name[0]=='H') {gotoxy (5,4); printf ("- high-spirited");} if (name[0]=='i'name[0]=='I') {gotoxy (5,4); printf ("- influential");} if (name[0]=='j'name[0]=='J') {gotoxy (5,4); printf ("- juvenile");} if (name[0]=='k'name[0]=='K') {gotoxy (5,4); printf ("- keen-observer");} if (name[0]=='l'name[0]=='L') {gotoxy (5,4); printf ("- lofty");} if (name[0]=='m'name[0]=='M') {gotoxy (5,4); printf ("- mild");} if (name[0]=='n'name[0]=='N') {gotoxy (5,4); printf ("- neat");} if (name[0]=='o'name[0]=='O') {gotoxy (5,4); printf ("- obedient");} if (name[0]=='p'name[0]=='P') {gotoxy (5,4); printf ("- promising");} if (name[0]=='q'name[0]=='Q') {gotoxy (5,4); printf ("- quizzical");} if (name[0]=='r'name[0]=='R') {gotoxy (5,4); printf ("- responsible");} if (name[0]=='s'name[0]=='S') {gotoxy (5,4); printf ("- saintly");} if (name[0]=='t'name[0]=='T') {gotoxy (5,4); printf ("- talented");} if (name[0]=='u'name[0]=='U') {gotoxy (5,4); printf ("- unconventional");} if (name[0]=='v'name[0]=='V') {gotoxy (5,4); printf ("- veritable");} if (name[0]=='w'name[0]=='W') {gotoxy (5,4); printf ("- warm-hearted");} if (name[0]=='x'name[0]=='X') {gotoxy (5,4); printf ("- x-factored");} if (name[0]=='y'name[0]=='Y') {gotoxy (5,4); printf ("- youthful");} if (name[0]=='z'name[0]=='Z') {gotoxy (5,4); printf ("- zealous");} if (name[1]=='a'name[1]=='A') {gotoxy (5,5); printf ("- affirmative");} if (name[1]=='b'name[1]=='B') {gotoxy (5,5); printf ("- benevolent");} if (name[1]=='c'name[1]=='C') {gotoxy (5,5); printf ("- charming");} if (name[1]=='d'name[1]=='D') {gotoxy (5,5); printf ("- diplomatic");} if (name[1]=='e'name[1]=='E') {gotoxy (5,5); printf ("- eager");} if (name[1]=='f'name[1]=='F') {gotoxy (5,5); printf ("- faithful");} if (name[1]=='g'name[1]=='G') {gotoxy (5,5); printf ("- gallant");} if (name[1]=='h'name[1]=='H') {gotoxy (5,5); printf ("- high-spirited");} if (name[1]=='i'name[1]=='I') {gotoxy (5,5); printf ("- influential");} if (name[1]=='j'name[1]=='J') {gotoxy (5,5); printf ("- juvenile");} if (name[1]=='k'name[1]=='K') {gotoxy (5,5); printf ("- keen-observer");} if (name[1]=='l'name[1]=='L') {gotoxy (5,5); printf ("- lofty");} if (name[1]=='m'name[1]=='M') {gotoxy (5,5); printf ("- mild");} if (name[1]=='n'name[1]=='N') {gotoxy (5,5); printf ("- neat");} if (name[1]=='o'name[1]=='O') {gotoxy (5,5); printf ("- obedient");} if (name[1]=='p'name[1]=='P') {gotoxy (5,5); printf ("- promising");} if (name[1]=='q'name[1]=='Q') {gotoxy (5,5); printf ("- quizzical");} if (name[1]=='r'name[1]=='R') {gotoxy (5,5); printf ("- responsible");} if (name[1]=='s'name[1]=='S') {gotoxy (5,5); printf ("- saintly");} if (name[1]=='t'name[1]=='T') {gotoxy (5,5); printf ("- talented");} if (name[1]=='u'name[1]=='U') {gotoxy (5,5); printf ("- unconventional");} if (name[1]=='v'name[1]=='V') {gotoxy (5,5); printf ("- veritable");} if (name[1]=='w'name[1]=='W') {gotoxy (5,5); printf ("- warm-hearted");} if (name[1]=='x'name[1]=='X') {gotoxy (5,5); printf ("- x-factored");} if (name[1]=='y'name[1]=='Y') {gotoxy (5,5); printf ("- youthful");} if (name[1]=='z'name[1]=='Z') {gotoxy (5,5); printf ("- zealous");} if (name[2]=='a'name[2]=='A') {gotoxy (5,6); printf ("- affirmative");} if (name[2]=='b'name[2]=='B') {gotoxy (5,6); printf ("- benevolent");} if (name[2]=='c'name[2]=='C') {gotoxy (5,6); printf ("- charming");} if (name[2]=='d'name[2]=='D') {gotoxy (5,6); printf ("- diplomatic");} if (name[2]=='e'name[2]=='E') {gotoxy (5,6); printf ("- eager");} if (name[2]=='f'name[2]=='F') {gotoxy (5,6); printf ("- faithful");} if (name[2]=='g'name[2]=='G') {gotoxy (5,6); printf ("- gallant");} if (name[2]=='h'name[2]=='H') {gotoxy (5,6); printf ("- high-spirited");} if (name[2]=='i'name[2]=='I') {gotoxy (5,6); printf ("- influential");} if (name[2]=='j'name[2]=='J') {gotoxy (5,6); printf ("- juvenile");} if (name[2]=='k'name[2]=='K') {gotoxy (5,6); printf ("- keen-observer");} if (name[2]=='l'name[2]=='L') {gotoxy (5,6); printf ("- lofty");} if (name[2]=='m'name[2]=='M') {gotoxy (5,6); printf ("- mild");} if (name[2]=='n'name[2]=='N') {gotoxy (5,6); printf ("- neat");} if (name[2]=='o'name[2]=='O') {gotoxy (5,6); printf ("- obedient");} if (name[2]=='p'name[2]=='P') {gotoxy (5,6); printf ("- promising");} if (name[2]=='q'name[2]=='Q') {gotoxy (5,6); printf ("- quizzical");} if (name[2]=='r'name[2]=='R') {gotoxy (5,6); printf ("- responsible");} if (name[2]=='s'name[2]=='S') {gotoxy (5,6); printf ("- saintly");} if (name[2]=='t'name[2]=='T') {gotoxy (5,6); printf ("- talented");} if (name[2]=='u'name[2]=='U') {gotoxy (5,6); printf ("- unconventional");} if (name[2]=='v'name[2]=='V') {gotoxy (5,6); printf ("- veritable");} if (name[2]=='w'name[2]=='W') {gotoxy (5,6); printf ("- warm-hearted");} if (name[2]=='x'name[2]=='X') {gotoxy (5,6); printf ("- x-factored");} if (name[2]=='y'name[2]=='Y') {gotoxy (5,6); printf ("- youthful");} if (name[2]=='z'name[2]=='Z') {gotoxy (5,6); printf ("- zealous");} if (name[3]=='a'name[3]=='A') {gotoxy (5,7); printf ("- affirmative");} if (name[3]=='b'name[3]=='B') {gotoxy (5,7); printf ("- benevolent");} if (name[3]=='c'name[3]=='C') {gotoxy (5,7); printf ("- charming");} if (name[3]=='d'name[3]=='D') {gotoxy (5,7); printf ("- diplomatic");} if (name[3]=='e'name[3]=='E') {gotoxy (5,7); printf ("- eager");} if (name[3]=='f'name[3]=='F') {gotoxy (5,7); printf ("- faithful");} if (name[3]=='g'name[3]=='G') {gotoxy (5,7); printf ("- gallant");} if (name[3]=='h'name[3]=='H') {gotoxy (5,7); printf ("- high-spirited");} if (name[3]=='i'name[3]=='I') {gotoxy (5,7); printf ("- influential");} if (name[3]=='j'name[3]=='J') {gotoxy (5,7); printf ("- juvenile");} if (name[3]=='k'name[3]=='K') {gotoxy (5,7); printf ("- keen-observer");} if (name[3]=='l'name[3]=='L') {gotoxy (5,7); printf ("- lofty");} if (name[3]=='m'name[3]=='M') {gotoxy (5,7); printf ("- mild");} if (name[3]=='n'name[3]=='N') {gotoxy (5,7); printf ("- neat");} if (name[3]=='o'name[3]=='O') {gotoxy (5,7); printf ("- obedient");} if (name[3]=='p'name[3]=='P') {gotoxy (5,7); printf ("- promising");} if (name[3]=='q'name[3]=='Q') {gotoxy (5,7); printf ("- quizzical");} if (name[3]=='r'name[3]=='R') {gotoxy (5,7); printf ("- responsible");} if (name[3]=='s'name[3]=='S') {gotoxy (5,7); printf ("- saintly");} if (name[3]=='t'name[3]=='T') {gotoxy (5,7); printf ("- talented");} if (name[3]=='u'name[3]=='U') {gotoxy (5,7); printf ("- unconventional");} if (name[3]=='v'name[3]=='V') {gotoxy (5,7); printf ("- veritable");} if (name[3]=='w'name[3]=='W') {gotoxy (5,7); printf ("- warm-hearted");} if (name[3]=='x'name[3]=='X') {gotoxy (5,7); printf ("- x-factored");} if (name[3]=='y'name[3]=='Y') {gotoxy (5,7); printf ("- youthful");} if (name[3]=='z'name[3]=='Z') {gotoxy (5,7); printf ("- zealous");} if (name[4]=='a'name[4]=='A') {gotoxy (5,8); printf ("- affirmative");} if (name[4]=='b'name[4]=='B') {gotoxy (5,8); printf ("- benevolent");} if (name[4]=='c'name[4]=='C') {gotoxy (5,8); printf ("- charming");} if (name[4]=='d'name[4]=='D') {gotoxy (5,8); printf ("- diplomatic");} if (name[4]=='e'name[4]=='E') {gotoxy (5,8); printf ("- eager");} if (name[4]=='f'name[4]=='F') {gotoxy (5,8); printf ("- faithful");} if (name[4]=='g'name[4]=='G') {gotoxy (5,8); printf ("- gallant");} if (name[4]=='h'name[4]=='H') {gotoxy (5,8); printf ("- high-spirited");} if (name[4]=='i'name[4]=='I') {gotoxy (5,8); printf ("- influential");} if (name[4]=='j'name[4]=='J') {gotoxy (5,8); printf ("- juvenile");} if (name[4]=='k'name[4]=='K') {gotoxy (5,8); printf ("- keen-observer");} if (name[4]=='l'name[4]=='L') {gotoxy (5,8); printf ("- lofty");} if (name[4]=='m'name[4]=='M') {gotoxy (5,8); printf ("- mild");} if (name[4]=='n'name[4]=='N') {gotoxy (5,8); printf ("- neat");} if (name[4]=='o'name[4]=='O') {gotoxy (5,8); printf ("- obedient");} if (name[4]=='p'name[4]=='P') {gotoxy (5,8); printf ("- promising");} if (name[4]=='q'name[4]=='Q') {gotoxy (5,8); printf ("- quizzical");} if (name[4]=='r'name[4]=='R') {gotoxy (5,8); printf ("- responsible");} if (name[4]=='s'name[4]=='S') {gotoxy (5,8); printf ("- saintly");} if (name[4]=='t'name[4]=='T') {gotoxy (5,8); printf ("- talented");} if (name[4]=='u'name[4]=='U') {gotoxy (5,8); printf ("- unconventional");} if (name[4]=='v'name[4]=='V') {gotoxy (5,8); printf ("- veritable");} if (name[4]=='w'name[4]=='W') {gotoxy (5,8); printf ("- warm-hearted");} if (name[4]=='x'name[4]=='X') {gotoxy (5,8); printf ("- x-factored");} if (name[4]=='y'name[4]=='Y') {gotoxy (5,8); printf ("- youthful");} if (name[4]=='z'name[4]=='Z') {gotoxy (5,8); printf ("- zealous");} if (name[5]=='a'name[5]=='A') {gotoxy (5,9); printf ("- affirmative");} if (name[5]=='b'name[5]=='B') {gotoxy (5,9); printf ("- benevolent");} if (name[5]=='c'name[5]=='C') {gotoxy (5,9); printf ("- charming");} if (name[5]=='d'name[5]=='D') {gotoxy (5,9); printf ("- diplomatic");} if (name[5]=='e'name[5]=='E') {gotoxy (5,9); printf ("- eager");} if (name[5]=='f'name[5]=='F') {gotoxy (5,9); printf ("- faithful");} if (name[5]=='g'name[5]=='G') {gotoxy (5,9); printf ("- gallant");} if (name[5]=='h'name[5]=='H') {gotoxy (5,9); printf ("- high-spirited");} if (name[5]=='i'name[5]=='I') {gotoxy (5,9); printf ("- influential");} if (name[5]=='j'name[5]=='J') {gotoxy (5,9); printf ("- juvenile");} if (name[5]=='k'name[5]=='K') {gotoxy (5,9); printf ("- keen-observer");} if (name[5]=='l'name[5]=='L') {gotoxy (5,9); printf ("- lofty");} if (name[5]=='m'name[5]=='M') {gotoxy (5,9); printf ("- mild");} if (name[5]=='n'name[5]=='N') {gotoxy (5,9); printf ("- neat");} if (name[5]=='o'name[5]=='O') {gotoxy (5,9); printf ("- obedient");} if (name[5]=='p'name[5]=='P') {gotoxy (5,9); printf ("- promising");} if (name[5]=='q'name[5]=='Q') {gotoxy (5,9); printf ("- quizzical");} if (name[5]=='r'name[5]=='R') {gotoxy (5,9); printf ("- responsible");} if (name[5]=='s'name[5]=='S') {gotoxy (5,9); printf ("- saintly");} if (name[5]=='t'name[5]=='T') {gotoxy (5,9); printf ("- talented");} if (name[5]=='u'name[5]=='U') {gotoxy (5,9); printf ("- unconventional");} if (name[5]=='v'name[5]=='V') {gotoxy (5,9); printf ("- veritable");} if (name[5]=='w'name[5]=='W') {gotoxy (5,9); printf ("- warm-hearted");} if (name[5]=='x'name[5]=='X') {gotoxy (5,9); printf ("- x-factored");} if (name[5]=='y'name[5]=='Y') {gotoxy (5,9); printf ("- youthful");} if (name[5]=='z'name[5]=='Z') {gotoxy (5,9); printf ("- zealous");} if (name[6]=='a'name[6]=='A') {gotoxy (5,10); printf ("- affirmative");} if (name[6]=='b'name[6]=='B') {gotoxy (5,10); printf ("- benevolent");} if (name[6]=='c'name[6]=='C') {gotoxy (5,10); printf ("- charming");} if (name[6]=='d'name[6]=='D') {gotoxy (5,10); printf ("- diplomatic");} if (name[6]=='e'name[6]=='E') {gotoxy (5,10); printf ("- eager");} if (name[6]=='f'name[6]=='F') {gotoxy (5,10); printf ("- faithful");} if (name[6]=='g'name[6]=='G') {gotoxy (5,10); printf ("- gallant");} if (name[6]=='h'name[6]=='H') {gotoxy (5,10); printf ("- high-spirited");} if (name[6]=='i'name[6]=='I') {gotoxy (5,10); printf ("- influential");} if (name[6]=='j'name[6]=='J') {gotoxy (5,10); printf ("- juvenile");} if (name[6]=='k'name[6]=='K') {gotoxy (5,10); printf ("- keen-observer");} if (name[6]=='l'name[6]=='L') {gotoxy (5,10); printf ("- lofty");} if (name[6]=='m'name[6]=='M') {gotoxy (5,10); printf ("- mild");} if (name[6]=='n'name[6]=='N') {gotoxy (5,10); printf ("- neat");} if (name[6]=='o'name[6]=='O') {gotoxy (5,10); printf ("- obedient");} if (name[6]=='p'name[6]=='P') {gotoxy (5,10); printf ("- promising");} if (name[6]=='q'name[6]=='Q') {gotoxy (5,10); printf ("- quizzical");} if (name[6]=='r'name[6]=='R') {gotoxy (5,10); printf ("- responsible");} if (name[6]=='s'name[6]=='S') {gotoxy (5,10); printf ("- saintly");} if (name[6]=='t'name[6]=='T') {gotoxy (5,10); printf ("- talented");} if (name[6]=='u'name[6]=='U') {gotoxy (5,10); printf ("- unconventional");} if (name[6]=='v'name[6]=='V') {gotoxy (5,10); printf ("- veritable");} if (name[6]=='w'name[6]=='W') {gotoxy (5,10); printf ("- warm-hearted");} if (name[6]=='x'name[6]=='X') {gotoxy (5,10); printf ("- x-factored");} if (name[6]=='y'name[6]=='Y') {gotoxy (5,10); printf ("- youthful");} if (name[6]=='z'name[6]=='Z') {gotoxy (5,10); printf ("- zealous");} if (name[7]=='a'name[7]=='A') {gotoxy (5,11); printf ("- affirmative");} if (name[7]=='b'name[7]=='B') {gotoxy (5,11); printf ("- benevolent");} if (name[7]=='c'name[7]=='C') {gotoxy (5,11); printf ("- charming");} if (name[7]=='d'name[7]=='D') {gotoxy (5,11); printf ("- diplomatic");} if (name[7]=='e'name[7]=='E') {gotoxy (5,11); printf ("- eager");} if (name[7]=='f'name[7]=='F') {gotoxy (5,11); printf ("- faithful");} if (name[7]=='g'name[7]=='G') {gotoxy (5,11); printf ("- gallant");} if (name[7]=='h'name[7]=='H') {gotoxy (5,11); printf ("- high-spirited");} if (name[7]=='i'name[7]=='I') {gotoxy (5,11); printf ("- influential");} if (name[7]=='j'name[7]=='J') {gotoxy (5,11); printf ("- juvenile");} if (name[7]=='k'name[7]=='K') {gotoxy (5,11); printf ("- keen-observer");} if (name[7]=='l'name[7]=='L') {gotoxy (5,11); printf ("- lofty");} if (name[7]=='m'name[7]=='M') {gotoxy (5,11); printf ("- mild");} if (name[7]=='n'name[7]=='N') {gotoxy (5,11); printf ("- neat");} if (name[7]=='o'name[7]=='O') {gotoxy (5,11); printf ("- obedient");} if (name[7]=='p'name[7]=='P') {gotoxy (5,11); printf ("- promising");} if (name[7]=='q'name[7]=='Q') {gotoxy (5,11); printf ("- quizzical");} if (name[7]=='r'name[7]=='R') {gotoxy (5,11); printf ("- responsible");} if (name[7]=='s'name[7]=='S') {gotoxy (5,11); printf ("- saintly");} if (name[7]=='t'name[7]=='T') {gotoxy (5,11); printf ("- talented");} if (name[7]=='u'name[7]=='U') {gotoxy (5,11); printf ("- unconventional");} if (name[7]=='v'name[7]=='V') {gotoxy (5,11); printf ("- veritable");} if (name[7]=='w'name[7]=='W') {gotoxy (5,11); printf ("- warm-hearted");} if (name[7]=='x'name[7]=='X') {gotoxy (5,11); printf ("- x-factored");} if (name[7]=='y'name[7]=='Y') {gotoxy (5,11); printf ("- youthful");} if (name[7]=='z'name[7]=='Z') {gotoxy (5,11); printf ("- zealous");} if (name[8]=='a'name[8]=='A') {gotoxy (5,12); printf ("- affirmative");} if (name[8]=='b'name[8]=='B') {gotoxy (5,12); printf ("- benevolent");} if (name[8]=='c'name[8]=='C') {gotoxy (5,12); printf ("- charming");} if (name[8]=='d'name[8]=='D') {gotoxy (5,12); printf ("- diplomatic");} if (name[8]=='e'name[8]=='E') {gotoxy (5,12); printf ("- eager");} if (name[8]=='f'name[8]=='F') {gotoxy (5,12); printf ("- faithful");} if (name[8]=='g'name[8]=='G') {gotoxy (5,12); printf ("- gallant");} if (name[8]=='h'name[8]=='H') {gotoxy (5,12); printf ("- high-spirited");} if (name[8]=='i'name[8]=='I') {gotoxy (5,12); printf ("- influential");} if (name[8]=='j'name[8]=='J') {gotoxy (5,12); printf ("- juvenile");} if (name[8]=='k'name[8]=='K') {gotoxy (5,12); printf ("- keen-observer");} if (name[8]=='l'name[8]=='L') {gotoxy (5,12); printf ("- lofty");} if (name[8]=='m'name[8]=='M') {gotoxy (5,12); printf ("- mild");} if (name[8]=='n'name[8]=='N') {gotoxy (5,12); printf ("- neat");} if (name[8]=='o'name[8]=='O') {gotoxy (5,12); printf ("- obedient");} if (name[8]=='p'name[8]=='P') {gotoxy (5,12); printf ("- promising");} if (name[8]=='q'name[8]=='Q') {gotoxy (5,12); printf ("- quizzical");} if (name[8]=='r'name[8]=='R') {gotoxy (5,12); printf ("- responsible");} if (name[8]=='s'name[8]=='S') {gotoxy (5,12); printf ("- saintly");} if (name[8]=='t'name[8]=='T') {gotoxy (5,12); printf ("- talented");} if (name[8]=='u'name[8]=='U') {gotoxy (5,12); printf ("- unconventional");} if (name[8]=='v'name[8]=='V') {gotoxy (5,12); printf ("- veritable");} if (name[8]=='w'name[8]=='W') {gotoxy (5,12); printf ("- warm-hearted");} if (name[8]=='x'name[8]=='X') {gotoxy (5,12); printf ("- x-factored");} if (name[8]=='y'name[8]=='Y') {gotoxy (5,12); printf ("- youthful");} if (name[8]=='z'name[8]=='Z') {gotoxy (5,12); printf ("- zealous");} if (name[9]=='a'name[9]=='A') {gotoxy (5,13); printf ("- affirmative");} if (name[9]=='b'name[9]=='B') {gotoxy (5,13); printf ("- benevolent");} if (name[9]=='c'name[9]=='C') {gotoxy (5,13); printf ("- charming");} if (name[9]=='d'name[9]=='D') {gotoxy (5,13); printf ("- diplomatic");} if (name[9]=='e'name[9]=='E') {gotoxy (5,13); printf ("- eager");} if (name[9]=='f'name[9]=='F') {gotoxy (5,13); printf ("- faithful");} if (name[9]=='g'name[9]=='G') {gotoxy (5,13); printf ("- gallant");} if (name[9]=='h'name[9]=='H') {gotoxy (5,13); printf ("- high-spirited");} if (name[9]=='i'name[9]=='I') {gotoxy (5,13); printf ("- influential");} if (name[9]=='j'name[9]=='J') {gotoxy (5,13); printf ("- juvenile");} if (name[9]=='k'name[9]=='K') {gotoxy (5,13); printf ("- keen-observer");} if (name[9]=='l'name[9]=='L') {gotoxy (5,13); printf ("- lofty");} if (name[9]=='m'name[9]=='M') {gotoxy (5,13); printf ("- mild");} if (name[9]=='n'name[9]=='N') {gotoxy (5,13); printf ("- neat");} if (name[9]=='o'name[9]=='O') {gotoxy (5,13); printf ("- obedient");} if (name[9]=='p'name[9]=='P') {gotoxy (5,13); printf ("- promising");} if (name[9]=='q'name[9]=='Q') {gotoxy (5,13); printf ("- quizzical");} if (name[9]=='r'name[9]=='R') {gotoxy (5,13); printf ("- responsible");} if (name[9]=='s'name[9]=='S') {gotoxy (5,13); printf ("- saintly");} if (name[9]=='t'name[9]=='T') {gotoxy (5,13); printf ("- talented");} if (name[9]=='u'name[9]=='U') {gotoxy (5,13); printf ("- unconventional");} if (name[9]=='v'name[9]=='V') {gotoxy (5,13); printf ("- veritable");} if (name[9]=='w'name[9]=='W') {gotoxy (5,13); printf ("- warm-hearted");} if (name[9]=='x'name[9]=='X') {gotoxy (5,13); printf ("- x-factored");} if (name[9]=='y'name[9]=='Y') {gotoxy (5,13); printf ("- youthful");} if (name[9]=='z'name[9]=='Z') {gotoxy (5,13); printf ("- zealous");} }} getche(); } Output: Type in your name: ekai Your name stands for: e-eager k-keen-observer a-affirmative i-influential Price list Problem: price list for a store #include "stdio.h" #include "conio.h" main() {clrscr(); gotoxy (18,1); printf ("Welcome to AMAF-GURABE Gen. Merchandise"); gotoxy (30,3); printf ("");
gotoxy (25,5);
printf ("Item");
gotoxy (45,5);
printf ("price");
gotoxy (20,7);
printf ("Nichrome Wire");
gotoxy (45,7);
printf ("P30.00/m");
gotoxy (20,8);
printf ("School Bag");
gotoxy (45,8);
printf ("P175.00");
gotoxy (20,9);
printf ("Scotch Tape");
gotoxy (45,9);
printf ("P9.00");
gotoxy (20,10);
printf ("Double Sided Tape");
gotoxy (45,10);
printf ("P25.00");
gotoxy (20,11);
printf ("Chess Board");
gotoxy (45,11);
printf ("P230.00");
gotoxy (20,12);
printf ("Poster");
gotoxy (45,12);
printf ("P15.00");
gotoxy (20,13);
printf ("PC Games CD");
gotoxy (45,13);
printf ("P100.00");
getche();
}


Output:


Welcome to AMAF-GURABE Gen. Merchandise



Item price
Nichrome wire P30.00/m
School bag P175.00
Scotch tape P9.00
Double sided tape P25.00
Chess board P230.00
Poster P15.00
PC Games CD P100.00
Receipt

Problem: following it up, make a receipt of the items bought by the customer


#include "stdio.h"
#include "conio.h"
main()
{ float n1,n2,n3,n4,n5,n6,n7;
int q1,q2,q3,q4,q5,q6,q7;
clrscr();
gotoxy (18,1);
printf ("Welcome to AMAF-GURABE Gen. Merchandise");
gotoxy (30,3);
printf ("");
gotoxy (5,5);
printf ("Item");
gotoxy (25,5);
printf ("Price");
gotoxy (40,5);
printf ("Quantity");
gotoxy (55,5);
printf ("Net price");
gotoxy (1,7);
printf ("Nichrome Wire");
gotoxy (25,7);
printf ("P30.00/m");
gotoxy (1,8);
printf ("School Bag");
gotoxy (25,8);
printf ("P175.00");
gotoxy (1,9);
printf ("Scotch Tape");
gotoxy (25,9);
printf ("P9.00");
gotoxy (1,10);
printf ("Double Sided Tape");
gotoxy (25,10);
printf ("P25.00");
gotoxy (1,11);
printf ("Chess Board");
gotoxy (25,11);
printf ("P230.00");
gotoxy (1,12);
printf ("Poster");
gotoxy (25,12);
printf ("P15.00");
gotoxy (1,13);
printf ("PC Games CD");
gotoxy (25,13);
printf ("P100.00");
gotoxy (40,7);
scanf ("%d",&q1);
gotoxy (40,8);
scanf ("%d",&q2);
gotoxy (40,9);
scanf ("%d",&q3);
gotoxy (40,10);
scanf ("%d",&q4);
gotoxy (40,11);
scanf ("%d",&q5);
gotoxy (40,12);
scanf ("%d",&q6);
gotoxy (40,13);
scanf ("%d",&q7);
n1=30*q1;
n2=175*q2;
n3=9*q3;
n4=25*q4;
n5=230*q5;
n6=15*q6;
n7=100*q7;
gotoxy (55,7);
printf ("P%0.2f",n1);
gotoxy (55,8);
printf ("P%0.2f",n2);
gotoxy (55,9);
printf ("P%0.2f",n3);
gotoxy (55,10);
printf ("P%0.2f",n4);
gotoxy (55,11);
printf ("P%0.2f",n5);
gotoxy (55,12);
printf ("P%0.2f",n6);
gotoxy (55,13);
printf ("P%0.2f",n7);
gotoxy (55,15);
printf ("_________");
gotoxy (55,16);
printf ("P%0.2f",n1+n2+n3+n4+n5+n6+n7);
getche();
}


Receipt
Problem: following it up, make a receipt of the items bought by the customer

#include "stdio.h"
#include "conio.h"
main()
{ float n1,n2,n3,n4,n5,n6,n7;
int q1,q2,q3,q4,q5,q6,q7;
clrscr();
gotoxy (18,1);
printf ("Welcome to AMAF-GURABE Gen. Merchandise");
gotoxy (30,3);
printf ("");
gotoxy (5,5);
printf ("Item");
gotoxy (25,5);
printf ("Price");
gotoxy (40,5);
printf ("Quantity");
gotoxy (55,5);
printf ("Net price");
gotoxy (1,7);
printf ("Nichrome Wire");
gotoxy (25,7);
printf ("P30.00/m");
gotoxy (1,8);
printf ("School Bag");
gotoxy (25,8);
printf ("P175.00");
gotoxy (1,9);
printf ("Scotch Tape");
gotoxy (25,9);
printf ("P9.00");
gotoxy (1,10);
printf ("Double Sided Tape");
gotoxy (25,10);
printf ("P25.00");
gotoxy (1,11);
printf ("Chess Board");
gotoxy (25,11);
printf ("P230.00");
gotoxy (1,12);
printf ("Poster");
gotoxy (25,12);
printf ("P15.00");
gotoxy (1,13);
printf ("PC Games CD");
gotoxy (25,13);
printf ("P100.00");
gotoxy (40,7);
scanf ("%d",&q1);
gotoxy (40,8);
scanf ("%d",&q2);
gotoxy (40,9);
scanf ("%d",&q3);
gotoxy (40,10);
scanf ("%d",&q4);
gotoxy (40,11);
scanf ("%d",&q5);
gotoxy (40,12);
scanf ("%d",&q6);
gotoxy (40,13);
scanf ("%d",&q7);
n1=30*q1;
n2=175*q2;
n3=9*q3;
n4=25*q4;
n5=230*q5;
n6=15*q6;
n7=100*q7;
gotoxy (55,7);
printf ("P%0.2f",n1);
gotoxy (55,8);
printf ("P%0.2f",n2);
gotoxy (55,9);
printf ("P%0.2f",n3);
gotoxy (55,10);
printf ("P%0.2f",n4);
gotoxy (55,11);
printf ("P%0.2f",n5);
gotoxy (55,12);
printf ("P%0.2f",n6);
gotoxy (55,13);
printf ("P%0.2f",n7);
gotoxy (55,15);
printf ("_________");
gotoxy (55,16);
printf ("P%0.2f",n1+n2+n3+n4+n5+n6+n7);
getche();
}


Output:
Welcome to AMAF-GURABE Gen. Merchandise



Item price Quantity Net price
Nichrome wire P30.00/m 1 P30.00
School bag P175.00 1 P175.00
Scotch tape P9.00 1 P9.00
Double sided tape P25.00 1 P25.00
Chess board P230.00 1 P230.00
Poster P15.00 1 P15.00
PC Games CD P100.00 1 P100.00


Budgetting

Problem: Budgeting a monthly income


#include "stdio.h"
#include "conio.h"
main()
{ float ue1,save1,food1,pm1,pm,mi,ue,save,food;
clrscr();
printf ("Budget");
printf ("\nEnter your monthly income: ");
scanf ("%f",&mi);
printf ("How much do you alot for(in %):");
printf ("\nFood: ");
scanf ("%f",&food);
gotoxy (25,4);
printf ("%");
printf ("\nUtilities Expenses:");
scanf ("%f",&ue);
gotoxy (25,5);
printf ("%");
printf ("\nSavings:");
scanf ("%f",&save);
gotoxy (25,6);
printf ("%");
printf ("\nPocket Money:");
scanf ("%f",&pm);
gotoxy (25,7);
printf ("%");
food1=(food/100)*mi;
ue1=(ue/100)*mi;
save1=(save/100)*mi;
pm1=(pm/100)*mi;
if (pm+save+ue+food==100)
{gotoxy (35,4);
printf ("%0.2f",food1);
gotoxy (35,5);
printf ("%0.2f",ue1);
gotoxy (35,6);
printf ("%0.2f",save1);
gotoxy (35,7);
printf ("%0.2f",pm1);}
else printf ("You are spending more than your income");
getche();
}

Output:
Budget
Enter your monthly income: 100
How much do you alot for (in%)
Food: 25 % 25.00
Utilities Expense: 25 % 25.00
Savings: 25 % 25.00
Pocket Money: 25 % 25.00





Military Time to 12 Hour Format

Problem: convert military time to 12 hour format

#include "stdio.h"
#include "conio.h"
main()
{ int hr,min;
clrscr();
gotoxy (29,3);
printf ("Time Converter");
gotoxy (20,5);
printf ("Enter the military time: ");
gotoxy (45,5);
scanf ("%d",&hr);
gotoxy (47,5);
printf (":");
gotoxy (48,5);
scanf ("%d",&min);
if (hr>12&&amp;amp;hr<24&&min<60) hr="hr-12;" min="=" hr="=" hr="12;" min="=" hr="hr;" min="=" choice="=" min="=" hr="=" min="=" choice="=" min="=" ctr="1;ctr<=" x="strcmp(pin,pin2);" x="=" ctr="3;}" choice="getche();" days="31;" choice2="getche();" choice2="=" days="29;" days="28;" days="31;" days="30;" days="31;" days="30;" days="31;" days="31;" days="30;" days="31;" days="30;" days="31;">
#include
main()
{int n1,n2,lcd;
clrscr();
printf ("Enter two integers: \n");
scanf ("%d",&n1);
scanf ("%d",&n2);
if (n1%n2==0)
lcd=n1;
else if (n2%n1==0)
lcd=n2;
else
lcd=n1*n2;
printf ("The LCD is: %d",lcd);
getche();
}
Output:
Enter two integers :
3 18
The LCD is : 3

Dividing Text
Using a series of delay and gotoxy, this program will display groups of text one by one.
#include
#include
#include
main()
{int x;
clrscr();
delay (2000);
gotoxy (30,8);
printf ("Here comes the most");
delay (1000);
gotoxy (33,9);
printf ("ELECTRIFYING!");
delay (1000);
gotoxy (35,10);
printf ("STUNNING!");
delay (1000);
gotoxy (35,11);
printf ("POWERFUL!");
delay (1000);
gotoxy (38,12);
printf ("and");
delay (1000);
gotoxy (28,13);
printf ("SHOCKING GROUP OF ALL...");
delay (2000);
gotoxy (32,14);
printf ("AMAF-GURABE!!!!");
delay (1000);
x=0;
while (x<16)>
#include
#include
main()
{int x;
clrscr();
x=0;
while (x<33)
{clrscr();
gotoxy (66-x,10);
printf ("Introducing...");
x++;
delay (100);}
x=0;
while (x<26)
{clrscr();
gotoxy (33,10);
printf ("Introducing...");
gotoxy (50-x,11);
printf ("The NEW SHAMPOO for the Family!");
x++;
delay (100);}
delay (2000);
gotoxy (29,13);
textcolor (RED+128);
cprintf ("** ENJOICE NATURAL **");
x=0;
delay (1000);
while (x<11)
{clrscr();
textcolor (WHITE);
gotoxy (33,10);
cprintf ("Introducing...");
gotoxy (25,11);
cprintf ("The NEW SHAMPOO for the Family!");
gotoxy (29,13);
textcolor (RED+128);
cprintf ("** ENJOICE NATURAL **");
gotoxy (36,25-x);
textcolor (WHITE);
cprintf ("Buy NOW!");
delay(100);
x++;}
getche ();
}