Aldo Omar Marez Aquino
Ticker and LCD
Fork of
4_1bueno
by 
Israel Hernández Orozco
41prueba.cpp
- Committer:
- hdzoisrael
- Date:
- 2018-09-26
- Revision:
- 0:df5d1a705b6d
File content as of revision 0:df5d1a705b6d:
/*Proponga un programa que inicie con el mensaje “Contraseña” y obtenga 3 dígitos de contraseña
mediante el teclado, visualizando en un LCD uno a uno de los caracteres, al obtener los tres dígitos
visualizar la contraseña y esperar un segundo para mostrar el mensaje “acceso” recorriéndolo a la
derecha y activar un actuador(relevador ó motor CD) durante2 segundo, el caso de ser incorrecto
que aparezca “denegado” recorriendo el texto a la derecha durante 2 segundos, al finalizar que
aparezca el texto “Contraseña”
*/
#include "mbed.h"
#include "TextLCD.h"
BusOut r(D8,D9,D10,D11);
BusIn c(D12,D13,D14,D15);
DigitalOut motor(D7);
TextLCD lcd(D2,D3,A2,A3,A4,A5); // rs, e, d4-d7
int main() {
while(1){
lcd.cls();
int c1='0';int c2='6';int c3='9';
int T1='0';
int T2='0';
int T3='0';
int val=1;
val=1;
while(val){
lcd.printf("Contrasena\n");wait(0.1);lcd.cls();
for (int i=0; i<4;i++){
r=1<<i;
switch(c){//switch 1
case 0x01:
switch(r){
case 0x01:
T1='1';lcd.printf("1\n");wait(0.5);lcd.cls();val=0;break;//1
case 0x02:
T1='4';lcd.printf("4\n");wait(0.5);lcd.cls();val=0;break;//4
case 0x04:
T1='7';lcd.printf("7\n");wait(0.5);lcd.cls();val=0;break;//7
case 0x08:
wait(0.1);break; //asterisco
}
break;
case 0x02:
switch(r){
case 0x01:
T1='2';lcd.printf("2\n");wait(0.5);lcd.cls();val=0;break;//2
case 0x02:
T1='5';lcd.printf("5\n");wait(0.5);lcd.cls();val=0;break;//5
case 0x04:
T1='8';lcd.printf("8\n");wait(0.5);lcd.cls();val=0;break;//8
case 0x08:
T1='0';lcd.printf("0\n");wait(0.5);lcd.cls();val=0;break; //0
}
break;
case 0x04:
switch(r){
case 0x01:
T1='3';lcd.printf("3\n");wait(0.5);lcd.cls();val=0;break;//3
case 0x02:
T1='6';lcd.printf("6\n");wait(0.5);lcd.cls();val=0;break;//6
case 0x04:
T1='9';lcd.printf("9\n");wait(0.5);lcd.cls();val=0;break;//9
case 0x08:
wait(0.1);break; //#
}
break;
case 0x08:
switch(r){
case 0x01:
wait(0.1);break;//A
case 0x02:
wait(0.1);break;//B
case 0x04:
wait(0.1);break;//C
case 0x08:
wait(0.1);break; //D
} //end switch2
break;
default:
wait(0.001);
break;
}//end switch1
}//end for
}//end while val
int val2=1;
val2=1;
while(val2){
for (int i=0; i<4;i++){
r=1<<i;
switch(c){//switch 1
case 0x01:
switch(r){
case 0x01:
T2='1';lcd.printf("1\n");wait(0.5);lcd.cls();val2=0;break;//1
case 0x02:
T2='4';lcd.printf("4\n");wait(0.5);lcd.cls();val2=0;break;//4
case 0x04:
T2='7';lcd.printf("7\n");wait(0.5);lcd.cls();val2=0;break;//7
case 0x08:
wait(0.1);break; //asterisco
}
break;
case 0x02:
switch(r){
case 0x01:
T2='2';lcd.printf("2\n");wait(0.5);lcd.cls();val2=0;break;//2
case 0x02:
T2='5';lcd.printf("5\n");wait(0.5);lcd.cls();val2=0;break;//5
case 0x04:
T2='8';lcd.printf("8\n");wait(0.5);lcd.cls();val2=0;break;//8
case 0x08:
T2='0';lcd.printf("0\n");wait(0.5);lcd.cls();val2=0;break; //0
}
break;
case 0x04:
switch(r){
case 0x01:
T2='3';lcd.printf("3\n");wait(0.5);lcd.cls();val2=0;break;//3
case 0x02:
T2='6';lcd.printf("6\n");wait(0.5);lcd.cls();val2=0;break;//6
case 0x04:
T2='9';lcd.printf("9\n");wait(0.5);lcd.cls();val2=0;break;//9
case 0x08:
wait(0.1);break; //#
}
break;
case 0x08:
switch(r){
case 0x01:
wait(0.1);break;//A
case 0x02:
wait(0.1);break;//B
case 0x04:
wait(0.1);break;//C
case 0x08:
wait(0.1);break; //D
} //end switch2
break;
default:
wait(0.001);
break;
}//end switch1
}//end for
}//end while val 2
int val3=1;
val3=1;
while(val3){
for (int i=0; i<4;i++){
r=1<<i;
switch(c){//switch 1
case 0x01:
switch(r){
case 0x01:
T3='1';lcd.printf("1\n");wait(0.5);lcd.cls();val3=0;break;//1
case 0x02:
T3='4';lcd.printf("4\n");wait(0.5);lcd.cls();val3=0;break;//4
case 0x04:
T3='7';lcd.printf("7\n");wait(0.5);lcd.cls();val3=0;break;//7
case 0x08:
wait(0.1);break; //asterisco
}
break;
case 0x02:
switch(r){
case 0x01:
T3='2';lcd.printf("2\n");wait(0.5);lcd.cls();val3=0;break;//2
case 0x02:
T3='5';lcd.printf("5\n");wait(0.5);lcd.cls();val3=0;break;//5
case 0x04:
T3='8';lcd.printf("8\n");wait(0.5);lcd.cls();val3=0;break;//8
case 0x08:
T3='0';lcd.printf("0\n");wait(0.5);lcd.cls();val3=0;break; //0
}
break;
case 0x04:
switch(r){
case 0x01:
T3='3';lcd.printf("3\n");wait(0.5);lcd.cls();val3=0;break;//3
case 0x02:
T3='6';lcd.printf("6\n");wait(0.5);lcd.cls();val3=0;break;//6
case 0x04:
T3='9';lcd.printf("9\n");wait(0.5);lcd.cls();val3=0;break;//9
case 0x08:
wait(0.1);break; //#
}
break;
case 0x08:
switch(r){
case 0x01:
wait(0.1);break;//A
case 0x02:
wait(0.1);break;//B
case 0x04:
wait(0.1);break;//C
case 0x08:
wait(0.1);break; //D
} //end switch2
break;
default:
wait(0.001);
break;
}//end switch1
}//end for
}//end while val 3
for(int k=0;k<5;k++){ //adorno
lcd.printf("*******\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.2);lcd.cls();
}
lcd.printf(" %c %c %c\n", T1, T2, T3);wait(1);lcd.cls(); //mostrando contraseña
//int c1=contra[0];int c2=contra[1];int c3=contra[2];
if(T1==c1 && T2==c2 && T3==c3){
lcd.printf("O\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("SO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("ESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("CESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("CCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCESO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCES\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACCE\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" ACC\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" AC\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" A\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" \n");wait(0.2);lcd.cls();
motor=1;
wait(2);
motor=0;
}
else{
lcd.printf("O\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("DO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("ADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("GADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("EGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("NEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("ENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf("DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGADO\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGAD\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEGA\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENEG\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DENE\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DEN\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" DE\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.001);lcd.cls();
lcd.printf(" D\n");wait(0.2);lcd.cls();
lcd.printf(" \n");wait(0.2);lcd.cls();
NVIC_SystemReset();
}
} //end while (1)
}//end int