#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>
 
 
 
int rand_a_b(int min,int max){
 
    return rand()%(max-min)+min;
}
 
 
char getLettreRandom(int nombreAleatoire)
    {
		// Tirage de lettre en fonction de sa probabilité d'apparaitre dans un corpus donné de 1 486 104 lettres
		// Source wiki.
 
 
 
		// On fait correspondre les occurrences avec les lettres.
       int occurrences[] = {225947, 121895, 117110,115465,111103,108812,100500,96785,83668,
							82762,56269,50003,46335,45521,24975,20889,16351,13822,11298,
							8351,5928,4725,2093,1747,745,695,283,};
       char lettres[] = "esaitnrulodcpmvqfbghjxyzwk";
 
 
       int i, total;
 
       char retour = ' '; /* Valeur par défaut au cas où */
       for (i=0, total = 0; i < 26; i++)
       {
           if ( (nombreAleatoire > total) && (nombreAleatoire < total + occurrences[i]))
           {
                 retour = lettres[i];
                 break;
           }
           total += occurrences[i];
       }
       return retour;
    }
 
 
 
int main(){
 
 
	//srand(time(NULL));
	//int nbAleatoire1=rand_a_b(0,1486104);
	//int nbAleatoire2=rand_a_b(0,1486104);
	//int nbAleatoire3=rand_a_b(0,1486104);
	//nbAleatoire=rand()%1533628;
	//printf("%d  , %d , %d \n",nbAleatoire1,nbAleatoire2,nbAleatoire3);
 
	int x = 0;
	for( x=0; x<20 ; ++x){
		printf(" Nombre %d = %d\n",x+1,rand_a_b(0,1486104));
	}
 
	//char c = ' ';   
	//c=	getLettreRandom(nbAleatoire1);
	//printf("%c\n",c);
 
 
 
	getchar();
 
}

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