Richard Sanchez Pozo / Mbed 2 deprecated TUTORIA_SANCHEZ_POZO_RICHARD

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Dependencies:   mbed TextLCD

main.cpp@5:301b88181841, 2020-02-15 (annotated)

Committer:
rxavi
Date:
Sat Feb 15 19:14:16 2020 +0000
Revision:
5:301b88181841
Parent:
4:3a4d4e798cc5 
Actualizacion final

Who changed what in which revision?

UserRevisionLine numberNew contents of line
rxavi 1:8fd3e0ba95d6 1 #include "mbed.h" // llamado a la libreria mbed
rxavi 3:af099369037c 2 #include "nivel.h"
rxavi 3:af099369037c 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 3:af099369037c 16 AnalogIn ain1(PC_1);
rxavi 3:af099369037c 17 AnalogIn ain2(PC_2);
rxavi 3:af099369037c 18
rxavi 3:af099369037c 19 //Interrupciones
rxavi 3:af099369037c 20 Ticker flipper1;
rxavi 3:af099369037c 21 Ticker flipper2;
rxavi 1:8fd3e0ba95d6 22
rxavi 1:8fd3e0ba95d6 23 //Variables auxiliares
rxavi 3:af099369037c 24 bool seleccion_visualizador=0;
rxavi 3:af099369037c 25 int i=0;
rxavi 3:af099369037c 26 float sensor1=0.0;
rxavi 3:af099369037c 27 float sensor2=0.0;
rxavi 1:8fd3e0ba95d6 28
rxavi 3:af099369037c 29 //Comunicacion
rxavi 2:4751592f55a1 30 Serial device (PA_2,PA_3,115200);
rxavi 0:eded043680a3 31
rxavi 2:4751592f55a1 32 //LCD
rxavi 2:4751592f55a1 33 TextLCD lcd(PB_7, PB_8, PB_15, PB_14, PB_13, PB_12);
rxavi 3:af099369037c 34
rxavi 3:af099369037c 35 void flip1() // flip 1 function
rxavi 3:af099369037c 36 {
rxavi 4:3a4d4e798cc5 37 sensor1 = ain1*100;
rxavi 4:3a4d4e798cc5 38 device.printf("Nivel: %0.1f%%\n", sensor1);
rxavi 3:af099369037c 39 }
rxavi 3:af099369037c 40
rxavi 3:af099369037c 41 void flip2() // flip 2 function
rxavi 3:af099369037c 42 {
rxavi 4:3a4d4e798cc5 43 sensor2 = ain2*100;
rxavi 3:af099369037c 44 device.printf("Temp: %0.1f grados Celsius%\n", sensor2);
rxavi 3:af099369037c 45 }
rxavi 3:af099369037c 46
rxavi 3:af099369037c 47 int main()
rxavi 3:af099369037c 48 {
rxavi 3:af099369037c 49 flipper1.attach(&flip1, 1.0); // cada segundo
rxavi 3:af099369037c 50 flipper2.attach(&flip2, 1.0); // cada segundo
rxavi 3:af099369037c 51
rxavi 0:eded043680a3 52 while(1) {
rxavi 3:af099369037c 53 seleccion_visualizador=Pulsador.read();
rxavi 3:af099369037c 54
rxavi 4:3a4d4e798cc5 55 // device.printf("Nivel en porcentaje: %0.1f%%\n", sensor1()*1);
rxavi 3:af099369037c 56 nivel();
rxavi 3:af099369037c 57 temperatura();
rxavi 1:8fd3e0ba95d6 58
rxavi 3:af099369037c 59 if(Pulsador == 1) { //Prueba de pulsador
rxavi 3:af099369037c 60 i++;
rxavi 3:af099369037c 61 if (i>1) i=0;
rxavi 3:af099369037c 62 }
rxavi 3:af099369037c 63 if (i==0) {
rxavi 3:af099369037c 64 lcd.locate(0,0);
rxavi 4:3a4d4e798cc5 65 lcd.printf(" Nivel: %2.2f%\n",sensor1);
rxavi 4:3a4d4e798cc5 66 lcd.printf(" Temp.: %2.2f%\n",sensor2);
rxavi 3:af099369037c 67 }
rxavi 3:af099369037c 68 if (i==1) {
rxavi 3:af099369037c 69 lcd.locate(0,0);
rxavi 4:3a4d4e798cc5 70 lcd.printf(" Temp.: %2.2f%\n",sensor2);
rxavi 4:3a4d4e798cc5 71 lcd.printf(" Nivel: %2.2f%\n",sensor1);
rxavi 3:af099369037c 72 }
rxavi 3:af099369037c 73 wait(1);
rxavi 3:af099369037c 74 }
rxavi 3:af099369037c 75 }