Thiago . / Mbed 2 deprecated ANALOGIN

Reads Analog and sends to the computer every 0.01 seconds.

Dependencies:   mbed

main.cpp@0:1b42934fe1a1, 2015-02-24 (annotated)

Committer:
Jamess
Date:
Tue Feb 24 23:06:58 2015 +0000
Revision:
0:1b42934fe1a1
Hello Everybody.; My first published program, works perfectly so far =); I am going to use the FRDM KL 25z in order to measure an analog flux sensor and an acelerometer. This is the flux sensor part.; If you guys have any hints, I would like to hear.; TY

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Jamess 0:1b42934fe1a1 1 // Sending Serial Values Read from AnalogIN
Jamess 0:1b42934fe1a1 2 // by Thiago Rech
Jamess 0:1b42934fe1a1 3 //
Jamess 0:1b42934fe1a1 4 // When receiving the number '2', starts reading and sending the analog voltage in a 100Hz frequency*
Jamess 0:1b42934fe1a1 5 //
Jamess 0:1b42934fe1a1 6 // This is the first mbed project that I publish =D I would be thankfull if anyne give tips and point mistakes if any.
Jamess 0:1b42934fe1a1 7
Jamess 0:1b42934fe1a1 8
Jamess 0:1b42934fe1a1 9 #include "mbed.h"
Jamess 0:1b42934fe1a1 10
Jamess 0:1b42934fe1a1 11 AnalogIn ain(PTB3);
Jamess 0:1b42934fe1a1 12 DigitalOut led2(LED2); // Led red
Jamess 0:1b42934fe1a1 13 Ticker t1; // Timer to send data
Jamess 0:1b42934fe1a1 14 Serial pc(USBTX, USBRX);
Jamess 0:1b42934fe1a1 15
Jamess 0:1b42934fe1a1 16 void HandlerT1(void);
Jamess 0:1b42934fe1a1 17 void rx_Handler(void);
Jamess 0:1b42934fe1a1 18
Jamess 0:1b42934fe1a1 19 volatile bool STATUS = true;
Jamess 0:1b42934fe1a1 20 char test = 0;
Jamess 0:1b42934fe1a1 21
Jamess 0:1b42934fe1a1 22 int main()
Jamess 0:1b42934fe1a1 23 {
Jamess 0:1b42934fe1a1 24
Jamess 0:1b42934fe1a1 25 //Setup
Jamess 0:1b42934fe1a1 26 pc.baud(9600);
Jamess 0:1b42934fe1a1 27 pc.printf("Press 2 to Start");
Jamess 0:1b42934fe1a1 28 pc.attach(&rx_Handler, pc.RxIrq);
Jamess 0:1b42934fe1a1 29 led2=0;
Jamess 0:1b42934fe1a1 30
Jamess 0:1b42934fe1a1 31 while(1) {
Jamess 0:1b42934fe1a1 32
Jamess 0:1b42934fe1a1 33 wait(0.5); // Debug
Jamess 0:1b42934fe1a1 34 led2 = 0;
Jamess 0:1b42934fe1a1 35 pc.putc(test); // Debug
Jamess 0:1b42934fe1a1 36
Jamess 0:1b42934fe1a1 37 if (teste == '2') {
Jamess 0:1b42934fe1a1 38 t1.attach(&HandlerT1, 0.01);
Jamess 0:1b42934fe1a1 39 }
Jamess 0:1b42934fe1a1 40
Jamess 0:1b42934fe1a1 41 while(test == '2') {
Jamess 0:1b42934fe1a1 42
Jamess 0:1b42934fe1a1 43 if (STATUS == true) {
Jamess 0:1b42934fe1a1 44
Jamess 0:1b42934fe1a1 45 STATUS = false;
Jamess 0:1b42934fe1a1 46 led2 = 1;
Jamess 0:1b42934fe1a1 47 pc.putc(analogValue);
Jamess 0:1b42934fe1a1 48 pc.printf("0x%04X",ain.read_u16());
Jamess 0:1b42934fe1a1 49 }
Jamess 0:1b42934fe1a1 50
Jamess 0:1b42934fe1a1 51
Jamess 0:1b42934fe1a1 52 } //end of while(test=='2'){}
Jamess 0:1b42934fe1a1 53
Jamess 0:1b42934fe1a1 54 t1.detach(); // Detaches timer interruption when not needed
Jamess 0:1b42934fe1a1 55 }//end of while(1)
Jamess 0:1b42934fe1a1 56 }//end of main
Jamess 0:1b42934fe1a1 57
Jamess 0:1b42934fe1a1 58 void HandlerT1(void)
Jamess 0:1b42934fe1a1 59 {
Jamess 0:1b42934fe1a1 60 STATUS = true;
Jamess 0:1b42934fe1a1 61 }
Jamess 0:1b42934fe1a1 62
Jamess 0:1b42934fe1a1 63 void rx_Handler(void)
Jamess 0:1b42934fe1a1 64 {
Jamess 0:1b42934fe1a1 65 test = pc.getc();
Jamess 0:1b42934fe1a1 66 pc.putc(test);
Jamess 0:1b42934fe1a1 67 }