Pipeline Technology Centre / Mbed 2 deprecated ConsolTest

02/07/15

Dependencies:   mbed

Dependents:   TabbedGUIMbed

Calculate.cpp@24:92600b1d15b1, 2015-07-07 (annotated)

Committer:
aidanPJG
Date:
Tue Jul 07 12:56:24 2015 +0000
Revision:
24:92600b1d15b1
Parent:
19:a3edf2c547e1
Parent:
22:34bc2f2f5b09
Child:
25:bab86a12e9ad
proper merge this time;

Who changed what in which revision?

UserRevisionLine numberNew contents of line
aidanPJG 22:34bc2f2f5b09 1 #include "mbed.h"
aidanPJG 22:34bc2f2f5b09 2 #include <time.h>
aidanPJG 22:34bc2f2f5b09 3 #include <string>
aidanPJG 22:34bc2f2f5b09 4 #include <iostream>
aidanPJG 19:a3edf2c547e1 5 //mbed pins
aidanPJG 22:34bc2f2f5b09 6 Serial pc(USBTX, USBRX); // tx, rx //defines the communication between MBed and pc
aidanPJG 22:34bc2f2f5b09 7 DigitalIn sensor1(p8); //input from diode. Digital 1 is beam unbroken?
aidanPJG 22:34bc2f2f5b09 8 DigitalIn sensor2(p9);
aidanPJG 18:bb632df62f51 9 DigitalIn sensor3(p10);
aidanPJG 22:34bc2f2f5b09 10 DigitalOut led(LED1);
aidanPJG 19:a3edf2c547e1 11 //c++ variables
aidanPJG 19:a3edf2c547e1 12 time_t sensor1_time ;
aidanPJG 19:a3edf2c547e1 13 time_t sensor2_time ;
aidanPJG 19:a3edf2c547e1 14 time_t sensor3_time ;
aidanPJG 19:a3edf2c547e1 15 double sensor2Seconds;
aidanPJG 19:a3edf2c547e1 16 double sensor3Seconds;
aidanPJG 22:34bc2f2f5b09 17 //testing purposes
aidanPJG 22:34bc2f2f5b09 18 int calculate()
aidanPJG 22:34bc2f2f5b09 19 {
aidanPJG 22:34bc2f2f5b09 20
aidanPJG 22:34bc2f2f5b09 21 pc.printf("new program \n"); //alert user of initialisation
aidanPJG 22:34bc2f2f5b09 22
aidanPJG 19:a3edf2c547e1 23
aidanPJG 18:bb632df62f51 24
aidanPJG 18:bb632df62f51 25 //while(1){
aidanPJG 18:bb632df62f51 26
aidanPJG 18:bb632df62f51 27 while (!sensor1) //continuously checks sensor
aidanPJG 18:bb632df62f51 28 {
aidanPJG 18:bb632df62f51 29 if (sensor1) //if sensor broken do this code also while leave while loop.
aidanPJG 18:bb632df62f51 30 {
aidanPJG 18:bb632df62f51 31 led = 1;
aidanPJG 18:bb632df62f51 32 sensor1_time = time(NULL);
aidanPJG 18:bb632df62f51 33 pc.printf(" 1nd sensor %d : \t", sensor1_time);
aidanPJG 19:a3edf2c547e1 34 //break;
aidanPJG 18:bb632df62f51 35 }
aidanPJG 18:bb632df62f51 36 // break;
aidanPJG 22:34bc2f2f5b09 37 }
aidanPJG 18:bb632df62f51 38 while (!sensor2) //checks the digital input from the diode.
aidanPJG 22:34bc2f2f5b09 39 {
aidanPJG 18:bb632df62f51 40 if (sensor2)
aidanPJG 18:bb632df62f51 41 {
aidanPJG 18:bb632df62f51 42 led = 1;
aidanPJG 18:bb632df62f51 43 sensor2_time = time(NULL);
aidanPJG 18:bb632df62f51 44 pc.printf(" 2nd sensor %d : \t", sensor2_time);
aidanPJG 19:a3edf2c547e1 45 // break;
aidanPJG 18:bb632df62f51 46 }
aidanPJG 18:bb632df62f51 47 //break;
aidanPJG 22:34bc2f2f5b09 48 }
aidanPJG 18:bb632df62f51 49 while (!sensor3) //checks the digital input from the diode.
aidanPJG 22:34bc2f2f5b09 50 {
aidanPJG 18:bb632df62f51 51 if (sensor3)
aidanPJG 18:bb632df62f51 52 {
aidanPJG 18:bb632df62f51 53 led = 1;
aidanPJG 18:bb632df62f51 54 sensor3_time = time(NULL);
aidanPJG 18:bb632df62f51 55 pc.printf("3rd sensor %d : \t", sensor3_time);
aidanPJG 19:a3edf2c547e1 56 // break;
aidanPJG 18:bb632df62f51 57 }
aidanPJG 22:34bc2f2f5b09 58 }
aidanPJG 19:a3edf2c547e1 59 pc.printf("end results: \t", sensor1_time, sensor2_time, sensor3_time);
aidanPJG 18:bb632df62f51 60 pc.printf("Calculate completed");
aidanPJG 22:34bc2f2f5b09 61
aidanPJG 18:bb632df62f51 62 //}
aidanPJG 22:34bc2f2f5b09 63 }