Le programme C reçoit un numéro et l'imprime en gros caractères

Étant donné un nombre n sous la forme d'une chaîne ; la tâche consiste à imprimer le grand nombre suivant en utilisant la notation hachée.

Comme nous avons fourni le numéro "1234"

La représentation du numéro ci-dessous devrait être -

De même, nous voulons que notre solution imprime -

Exemple

Input: n[] = {“2234”}
Output:

Input: n[] = {“987”}
Output:

Approche que nous utiliserons pour résoudre le problème donné -

• Entrez jusqu'à 4 chiffres dans la chaîne.
• Créez un tableau où chaque nombre correspond au modèle de grand nombre que nous voulons.
• Parcourez la chaîne et imprimez chaque numéro un par un.

Algorithme

Start
   Step 1 -> Define Height as 7
   Step 2 -> Define W 8
   Step 3 -> In function int large(char num[])
      Declare variables i, j, k
      Set char zero[H][W]={" ##### ", // H=0
         " # # ",
         " # # ",
         " # # ",
         " # # ",
         " # # ",
         " ##### "},
      Set one[H][W]={" # ",
         " # ",
         " # ",
         " # ",
         " # ",
         " # ",
         " # "},
      Set two[H][W]={ " ##### ",
         " # ",
         " # ",
         " ##### ",
         " # ",
         " # ",
         " ##### "},
      Set three[H][W]={" ##### ",
         " # ",
         " # ",
         " ##### ",
         " # ",
         " # ",
         " ##### "},
      Set four[H][W]={" # ",
         " # # ",
         " # # ",
         " ##### ",
         " # ",
         " # ",
         " # "},
      Set five[H][W]={" ##### ",
         " # ",
         " # ",
         " ##### ",
         " # ",
         " # ",
         " ##### "},
      Set six[H][W]={ " ##### ",
         " # ",
         " # ",
         " ##### ",
         " # # ",
         " # # ",
         " ##### "},
      Set seven[H][W]={" ##### ",
         " # ",
         " # ",
         " # ",
         " # ",
         " # ",
         " # "},
      Set eight[H][W]={" ##### ",
         " # # ",
         " # # ",
         " ##### ",
         " # # ",
         " # # ",
         " ##### "},
      Set nine[H][W]={" ##### ",
         " # # ",
         " # # ",
         " ##### ",
         " # ",
         " # ",
         " # "}
      If strlen(num) > 10
         Print ”You must enter a number upto 10 digits”
      Else
         Print new line
         Set k=1
         Set j=0
         While k <= 7
            Loop For i=0 and i<strlen(num) and i++
               If num[i] == &#39;0&#39; then,
                  Print zero[j]
               Else If num[i] == &#39;1&rsquo; then,
                  Print one[j]
               Else If num[i] == &#39;2&#39; then,
                  Print two[j]
               Else If num[i] == &#39;3&#39; then,
                  Print three[j]
               Else If num[i] == &#39;4&#39; then,
                  Print four[j]
               Else If num[i] == &#39;5&#39; then,
                  Print five[j]
               Else If num[i] == &#39;6&#39; then,
                  Print six[j]
               Else If num[i] == &#39;7&#39; then,
                  Print seven[j]
               Else If (num[i] == &#39;8&#39;)
                  Print eight[j]
               Else If (num[i] == &#39;9&#39;)
                  Print nine[j]
            End For
            Print newline
            Increment k by 1
            Increment j by 1
         End While
      End Else
   Step 4 -> Declare int main()
      Declare and initialize input char n[] = {"2168"}
      Call function large(n)
Stop

Exemple

#include<stdio.h>
#include<string.h>
#include<stdlib.h>
#define H 7
#define W 8
int large(char num[]) {
   int i, j, k;
   // declaring char 2D arrays and initializing
   // with hash-printed digits
   char zero[H][W]={" ##### ", // H=0
      " # # ", // H=1
      " # # ", // H=2
      " # # ", // H=3
      " # # ", // H=4
      " # # ", // H=5
      " ##### "},// H=6
   one[H][W]={" # ",
      " # ",
      " # ",
      " # ",
      " # ",
      " # ",
      " # "},
   two[H][W]={ " ##### ",
      " # ",
      " # ",
      " ##### ",
      " # ",
      " # ",
      " ##### "},
   three[H][W]={" ##### ",
      " # ",
      " # ",
      " ##### ",
      " # ",
      " # ",
      " ##### "},
   four[H][W]={" # ",
      " # # ",
      " # # ",
      " ##### ",
      " # ",
      " # ",
      " # "},
   five[H][W]={" ##### ",
      " # ",
      " # ",
      " ##### ",
      " # ",
      " # ",
      " ##### "},
   six[H][W]={ " ##### ",
      " # ",
      " # ",
      " ##### ",
      " # # ",
      " # # ",
      " ##### "},
   seven[H][W]={" ##### ",
      " # ",
      " # ",
      " # ",
      " # ",
      " # ",
      " # "},
   eight[H][W]={" ##### ",
      " # # ",
      " # # ",
      " ##### ",
      " # # ",
      " # # ",
      " ##### "},
   nine[H][W]={" ##### ",
      " # # ",
      " # # ",
      " ##### ",
      " # ",
      " # ",
      " # "};
   if (strlen(num) > 10)
      printf("</p><p>You must enter a number upto 10 digits.</p><p>Try again!</p><p>");
   else {
      printf("</p><p>");
      k=1;
      j=0; //controls H of each digit
      while (k <= 7) //controls height {
         for (i=0; i<strlen(num); i++) //reads each digit {
            if (num[i] == &#39;0&#39;)
               printf("%s", zero[j]);
            else if (num[i] == &#39;1&#39;)
               printf("%s", one[j]);
            else if (num[i] == &#39;2&#39;)
               printf("%s", two[j]);
            else if (num[i] == &#39;3&#39;)
               printf("%s", three[j]);
            else if (num[i] == &#39;4&#39;)
               printf("%s", four[j]);
            else if (num[i] == &#39;5&#39;)
               printf("%s", five[j]);
            else if (num[i] == &#39;6&#39;)
               printf("%s", six[j]);
            else if (num[i] == &#39;7&#39;)
               printf("%s", seven[j]);
            else if (num[i] == &#39;8&#39;)
               printf("%s", eight[j]);
            else if (num[i] == &#39;9&#39;)
               printf("%s", nine[j]);
         }
         printf("</p><p>");
         k++;
         j++;
      }
   }
   return 1;
}
//main fucntion
int main() {
   char n[] = {"2168"};
   large(n);
   return 0;
}

Sortie

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