Richard Sanchez Pozo / Mbed 2 deprecated TUTORIA_SANCHEZ_POZO_RICHARD

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Dependencies:   mbed TextLCD

main.cpp@2:4751592f55a1, 2020-02-15 (annotated)

Committer:
rxavi
Date:
Sat Feb 15 17:33:23 2020 +0000
Revision:
2:4751592f55a1
Parent:
1:8fd3e0ba95d6
Child:
3:af099369037c
new

Who changed what in which revision?

UserRevisionLine numberNew contents of line
rxavi 1:8fd3e0ba95d6 1 #include "mbed.h" // llamado a la libreria mbed
rxavi 2:4751592f55a1 2 //#include "nivel.h"
rxavi 2:4751592f55a1 3 //#include "temperatura.h"
rxavi 2:4751592f55a1 4 #include "TextLCD.h"
rxavi 1:8fd3e0ba95d6 5
rxavi 1:8fd3e0ba95d6 6 //Entradas digitales
rxavi 1:8fd3e0ba95d6 7 DigitalIn Pulsador(PA_0);
rxavi 0:eded043680a3 8
rxavi 1:8fd3e0ba95d6 9 //Salidas digitales
rxavi 1:8fd3e0ba95d6 10 DigitalOut led_naranja(PD_13);
rxavi 1:8fd3e0ba95d6 11 DigitalOut led_verde(PD_12);
rxavi 1:8fd3e0ba95d6 12 DigitalOut led_rojo(PD_14);
rxavi 1:8fd3e0ba95d6 13 DigitalOut led_azul(PD_15);
rxavi 1:8fd3e0ba95d6 14
rxavi 1:8fd3e0ba95d6 15 //Entradas analogicas
rxavi 1:8fd3e0ba95d6 16 AnalogIn ain1(PC_1);
rxavi 2:4751592f55a1 17 AnalogIn ain2(PC_2);
rxavi 1:8fd3e0ba95d6 18
rxavi 1:8fd3e0ba95d6 19 //Salidas analogicas
rxavi 1:8fd3e0ba95d6 20
rxavi 1:8fd3e0ba95d6 21 //Variables auxiliares
rxavi 1:8fd3e0ba95d6 22
rxavi 1:8fd3e0ba95d6 23 //Comunicacion
rxavi 2:4751592f55a1 24 Serial device (PA_2,PA_3,115200);
rxavi 0:eded043680a3 25
rxavi 2:4751592f55a1 26 //LCD
rxavi 2:4751592f55a1 27 TextLCD lcd(PB_7, PB_8, PB_15, PB_14, PB_13, PB_12);
rxavi 0:eded043680a3 28 int main() {
rxavi 2:4751592f55a1 29
rxavi 0:eded043680a3 30 while(1) {
rxavi 1:8fd3e0ba95d6 31 device.printf("Nivel en porcentaje: %0.1f%%\n", ain1.read()*100.0f);
rxavi 1:8fd3e0ba95d6 32
rxavi 1:8fd3e0ba95d6 33 if(ain1 < 0.1f) { //Condicionamiento para detectar nivel bajo bajo
rxavi 1:8fd3e0ba95d6 34 led_rojo = 1; //Enciende indicador de nivel bajo bajo
rxavi 1:8fd3e0ba95d6 35 device.printf("Alarma de nivel bajo bajo\r ");
rxavi 1:8fd3e0ba95d6 36 }
rxavi 1:8fd3e0ba95d6 37 else{
rxavi 1:8fd3e0ba95d6 38 led_rojo = 0; //Apaga indicador de nivel bajo bajo
rxavi 1:8fd3e0ba95d6 39 }
rxavi 1:8fd3e0ba95d6 40
rxavi 1:8fd3e0ba95d6 41 if(ain1 > 0.1f and ain1 < 0.3f) { //Condicionamiento para detectar nivel bajo
rxavi 1:8fd3e0ba95d6 42 led_naranja = 1; //Enciende indicador de nivel bajo
rxavi 1:8fd3e0ba95d6 43 }
rxavi 1:8fd3e0ba95d6 44 else{
rxavi 1:8fd3e0ba95d6 45 led_naranja = 0; //Apaga indicador de nivel bajo
rxavi 1:8fd3e0ba95d6 46 }
rxavi 1:8fd3e0ba95d6 47
rxavi 1:8fd3e0ba95d6 48 if(ain1 > 0.3f and ain1 < 0.9f) { //Condicionamiento para detectar nivel normal
rxavi 1:8fd3e0ba95d6 49 led_verde = 1; //Enciende indicador de nivel normal
rxavi 1:8fd3e0ba95d6 50 }
rxavi 1:8fd3e0ba95d6 51 else{
rxavi 1:8fd3e0ba95d6 52 led_verde = 0; //Apaga indicador de nivel normal
rxavi 1:8fd3e0ba95d6 53 }
rxavi 1:8fd3e0ba95d6 54
rxavi 1:8fd3e0ba95d6 55 if(ain1 > 0.9f) { //Condicionamiento para detectar nivel alto
rxavi 1:8fd3e0ba95d6 56 led_azul = 1; //Enciende indicador de nivel alto
rxavi 1:8fd3e0ba95d6 57 device.printf("Alarma de nivel alto\r ");
rxavi 1:8fd3e0ba95d6 58 }
rxavi 1:8fd3e0ba95d6 59 else{
rxavi 1:8fd3e0ba95d6 60 led_azul = 0; //Apaga indicador de nivel alto
rxavi 1:8fd3e0ba95d6 61 }
rxavi 1:8fd3e0ba95d6 62
rxavi 1:8fd3e0ba95d6 63 if(Pulsador == 1) { //Prueba de pulsador
rxavi 1:8fd3e0ba95d6 64 device.printf("Pulsador presionado\n ");
rxavi 1:8fd3e0ba95d6 65 }
rxavi 1:8fd3e0ba95d6 66
rxavi 1:8fd3e0ba95d6 67 wait(0.5f);
rxavi 1:8fd3e0ba95d6 68 }
rxavi 1:8fd3e0ba95d6 69 }
rxavi 1:8fd3e0ba95d6 70