Neste programa mostro como criar uma Matriz
carregada por um contador, mostro ainda como
embaralhar todos os valores que foram gerados.
Veja abaixo, o código do programa:
carregada por um contador, mostro ainda como
embaralhar todos os valores que foram gerados.
Veja abaixo, o código do programa:
#include <stdio.h>
#include <conio.h>
#include <stdlib.h>
#include <windows.h>
#define tam 10
void Janela5 ( ) {
int lin, col;
for ( lin = 0; lin <= 25; lin++ ) {
for ( col = 0; col <= 80; col++ ) {
gotoxy ( col, lin );
if ( lin == 2 ) {
textbackground ( LIGHTBLUE );
printf ( " " );
}
if ( col == 1 ) {
textbackground ( LIGHTBLUE );
printf ( " " );
}
if ( lin == 25 ) {
textbackground ( LIGHTBLUE );
}
if ( col == 80 ) {
textbackground ( LIGHTBLUE );
printf ( " " );
}
}
}
textbackground ( BLACK );
}
int Imp_Matr ( char *num ) {
unsigned int i;
for ( i = 0; i < strlen ( num ); i++ ) {
if ( num [ i ] < '0' || num [ i ] > '9' )
return 0;
}
return 1;
}
void
Pesquisa_Matriz_Embaralhada ( int M [ tam ] [ tam ] );
void
Matriz_EMbaralhada_Sem_Efeito ( int M [ tam ] [ tam ] );
void
Imprime_Matriz_Embaralhada ( int M [ tam ] [ tam ] );
void Embaralha_Matriz ( int M [ tam ] [ tam ] );
void Gera_Matriz ( int M [ tam ] [ tam ] ) {
system ( "title GERANDO
- IMPRIMINDO E EMBARALHANDO MATRIZ" );
int i, j, t = 0;
Janela5 ( );
textcolor ( LIGHTRED );
gotoxy ( 23, 3 );
printf ( "GERANDO -
IMPRIMINDO E EMBARALHANDO MATRIZ" );
textcolor ( LIGHTBLUE );
gotoxy ( 35, 5 );
printf ( "GERANDO A
MATRIZ" );
textcolor ( YELLOW );
for ( i = 0; i < tam; i++ ) {
gotoxy ( 18, i + 8 );
for ( j = 0; j < tam; j++ ) {
t++;
M [ i ] [ j ] = t;
Sleep ( 100 );
printf ( " %3d ", M [ i ] [ j ] );
}
}
textcolor ( LIGHTBLUE );
gotoxy ( 28, 20 );
printf ( "A MATRIZ FOI
GERADA COM SUCESSO" );
textcolor ( LIGHTRED );
gotoxy ( 32, 22 );
printf ( "PRESSIONE QUALQUER TECLA" );
getche ( );
Embaralha_Matriz ( M );
}
void Embaralha_Matriz ( int M [ tam ] [ tam ] ) {
clrscr ( );
int i, j, r, y, temp;
textcolor ( LIGHTRED );
gotoxy ( 23, 3 );
printf ( "GERANDO -
IMPRIMINDO E EMBARALHANDO MATRIZ" );
textcolor ( LIGHTBLUE );
gotoxy ( 29, 5 );
printf ( "IMPRIMINDO A
MATRIZ EMBARALHADA" );
for ( i = 0; i < tam; i++ ) {
for ( j = 0; j < tam; j++ ) {
r = rand ( ) % tam;
y = rand ( ) % tam;
temp = M [ i ] [ j ];
M [ i ] [ j ] = M [ r ] [ y ];
M [ r ] [ y ] = temp;
}
}
Imprime_Matriz_Embaralhada ( M );
}
void
Imprime_Matriz_Embaralhada ( int M [ tam ] [ tam ] ) {
int r, y;
clrscr ( );
Janela5 ( );
textcolor ( LIGHTRED );
gotoxy ( 23, 3 );
printf ( "GERANDO -
IMPRIMINDO E EMBARALHANDO MATRIZ" );
textcolor ( LIGHTBLUE );
gotoxy ( 29, 5 );
printf ( "EMBARALHANDO
AGORA A MATRIZ ..." );
textcolor ( LIGHTGREEN );
for ( r = 0; r < tam; r++ ) {
gotoxy ( 18, r + 8 );
for ( y = 0; y < tam; y++ ) {
Sleep ( 100 );
printf ( " %3d ", M [ r ] [ y ] );
}
}
textcolor ( LIGHTBLUE );
gotoxy ( 26, 5 );
printf ( "A MATRIZ FOI
EMBARALHADA COM SUCESSO" );
Pesquisa_Matriz_Embaralhada ( M );
}
void
Matriz_EMbaralhada_Sem_Efeito ( int M [ tam ] [ tam ] ) {
int r, y;
Janela5 ( );
textcolor ( LIGHTRED );
gotoxy ( 23, 3 );
printf ( "GERANDO -
IMPRIMINDO E EMBARALHANDO MATRIZ" );
textcolor ( LIGHTBLUE );
gotoxy ( 33, 5 );
printf ( "PESQUISANDO
NA MATRIZ" );
textcolor ( LIGHTGRAY );
for ( r = 0; r < tam; r++ ) {
gotoxy ( 18, r + 8 );
for ( y = 0; y < tam; y++ ) {
printf ( " %3d ", M [ r ] [ y ] );
}
}
getche ( );
Pesquisa_Matriz_Embaralhada ( M );
}
void
Pesquisa_Matriz_Embaralhada ( int M [ tam ] [ tam ] ) {
textcolor ( LIGHTGRAY );
int i, j, n;
char num [ 3 ];
textcolor ( LIGHTBLUE );
gotoxy ( 20, 19 );
printf ( "Digite um N%c
pra pesquisa ou [ -1 ] Para sair ", 167 );
textcolor ( YELLOW );
gets ( num );
fflush ( stdin );
n = atoi ( num );
if ( n == -1 ) {
textcolor ( LIGHTRED );
gotoxy ( 33, 22 );
printf ( "O ROCCO AGRADECE" );
Sleep ( 1800 );
exit ( 0 );
}
if ( n < 0 ) {
textcolor ( LIGHTGREEN );
gotoxy ( 25, 21 );
printf ( "\aO Unico
Negativo Valido e o -1" );
Sleep ( 1800 );
}
if ( n > 100 ) {
textcolor ( LIGHTGREEN );
gotoxy ( 22, 22 );
printf ( "\aSo sao
aceitos Numeros menores que 100 " );
Sleep ( 1800 );
system ( "cls" );
}
if ( Imp_Matr ( num ) == 0 || n == 0 ) {
textcolor ( LIGHTGREEN );
gotoxy ( 25, 22 );
printf ( "\aVoce digitou: %s", num );
Sleep ( 1800 );
textcolor ( LIGHTGREEN );
gotoxy ( 25, 23 );
printf ( "\a%s Nao e
Valido !", num );
Sleep ( 1800 );
system ( "cls" );
} else {
for ( i = 0; i < tam; i++ ) {
for ( j = 0; j < tam; j++ ) {
if ( n == M [ i ] [ j ] ) {
textcolor ( LIGHTGREEN );
gotoxy ( 26, 21 );
printf ( "O valor %d
foi encontrado ", n );
gotoxy ( 26, 22 );
printf ( "Na linha %d e
coluna %d ", i, j );
getche ( );
system ( "cls" );
}
}
}
}
return Matriz_EMbaralhada_Sem_Efeito ( M );
}
void inicio ( int M [ tam ] [ tam ] ) {
system ( "title GERANDO
- IMPRIMINDO E EMBARALHANDO MATRIZ" );
int i;
system ( "cls" );
do {
Janela5 ( );
textcolor ( LIGHTRED );
gotoxy ( 23, 7 );
printf ( "GERANDO -
IMPRIMINDO E EMBARALHANDO MATRIZ" );
textcolor ( YELLOW );
gotoxy ( 25, 10 );
printf ( "Programa
desenvolvido por:" );
textcolor ( LIGHTCYAN );
gotoxy ( 52, 10 );
printf ( "Samuel Lima" );
textcolor ( LIGHTGREEN );
gotoxy ( 34, 12 );
printf ( "sa_sp10@hotmail.com" );
textcolor ( LIGHTBLUE );
gotoxy ( 24, 14 );
printf ( "DIGITE PARA SAIR OU PARA CONTINUAR " );
textcolor ( LIGHTRED );
gotoxy ( 32, 14 );
printf ( "1" );
textcolor ( LIGHTRED );
gotoxy ( 47, 14 );
printf ( "2" );
gotoxy ( 35, 16 );
scanf ( "%d", &i );
fflush ( stdin );
if ( i == 0 ) {
inicio ( M );
}
if ( i == 1 ) {
textcolor ( LIGHTRED );
gotoxy ( 30, 20 );
printf ( "O ROCCO
AGRADECE" );
Sleep ( 1800 );
exit ( 0 );
}
if ( i == 2 ) {
system ( "cls" );
Gera_Matriz ( M );
} else {
textcolor ( LIGHTBLUE );
gotoxy ( 37, 20 );
printf ( "\aOPCAO
ERRADA" );
Sleep ( 1800 );
system ( "cls" );
}
} while ( i );
}
int main ( ) {
int M [ tam ] [ tam ];
Janela5 ( );
inicio ( M );
}
