Dependencies:   MSCUsbHost mbed Servo SRF08

Committer:
dcmk1mr2
Date:
Wed Oct 06 01:47:13 2010 +0000
Revision:
0:311e864f84b4

        

Who changed what in which revision?

UserRevisionLine numberNew contents of line
dcmk1mr2 0:311e864f84b4 1 #include "mbed.h"
dcmk1mr2 0:311e864f84b4 2 #include "SRF08.h"
dcmk1mr2 0:311e864f84b4 3 #include "Servo.h"
dcmk1mr2 0:311e864f84b4 4 #include "ID12RFID.h"
dcmk1mr2 0:311e864f84b4 5
dcmk1mr2 0:311e864f84b4 6 DigitalOut led1(LED1);
dcmk1mr2 0:311e864f84b4 7 DigitalOut led2(LED2);
dcmk1mr2 0:311e864f84b4 8 PwmOut led3(LED3);
dcmk1mr2 0:311e864f84b4 9
dcmk1mr2 0:311e864f84b4 10 SRF08 srf08(p28, p27, 0xE0); // Define SDA, SCL pin and I2C address
dcmk1mr2 0:311e864f84b4 11 PwmOut meter (p22);
dcmk1mr2 0:311e864f84b4 12 Servo servo (p21);
dcmk1mr2 0:311e864f84b4 13 AnalogIn pot (p18);
dcmk1mr2 0:311e864f84b4 14 ID12RFID rfid (p10);
dcmk1mr2 0:311e864f84b4 15 AnalogIn th (p19);
dcmk1mr2 0:311e864f84b4 16 LocalFileSystem fs ("fs");
dcmk1mr2 0:311e864f84b4 17
dcmk1mr2 0:311e864f84b4 18 int main() {
dcmk1mr2 0:311e864f84b4 19
dcmk1mr2 0:311e864f84b4 20 FILE *fp = fopen("/fs/hello.txt","w");
dcmk1mr2 0:311e864f84b4 21 fprintf(fp,"Hello World!\n");
dcmk1mr2 0:311e864f84b4 22 fclose(fp);
dcmk1mr2 0:311e864f84b4 23
dcmk1mr2 0:311e864f84b4 24 while (1) {
dcmk1mr2 0:311e864f84b4 25
dcmk1mr2 0:311e864f84b4 26 // Check to see if an RFID tag has been presented, if so, display it
dcmk1mr2 0:311e864f84b4 27 if (rfid.readable()) {
dcmk1mr2 0:311e864f84b4 28 printf("ID Tag : %d\n",rfid.read());
dcmk1mr2 0:311e864f84b4 29 led1 = !led1;
dcmk1mr2 0:311e864f84b4 30 }
dcmk1mr2 0:311e864f84b4 31
dcmk1mr2 0:311e864f84b4 32 // If the middle pot is more than half way
dcmk1mr2 0:311e864f84b4 33 // read and display from the Ultrasonic range finder
dcmk1mr2 0:311e864f84b4 34 if (th.read() > 0.5) {
dcmk1mr2 0:311e864f84b4 35 float measure = srf08.read();
dcmk1mr2 0:311e864f84b4 36 printf("Measured range : %.2f cm\n",measure);
dcmk1mr2 0:311e864f84b4 37 meter = 1.0 - (measure/44.0);
dcmk1mr2 0:311e864f84b4 38 led2 = !led2;
dcmk1mr2 0:311e864f84b4 39 }
dcmk1mr2 0:311e864f84b4 40
dcmk1mr2 0:311e864f84b4 41 // Move the servo to reflect the pot
dcmk1mr2 0:311e864f84b4 42 servo = pot.read();
dcmk1mr2 0:311e864f84b4 43 led3.write(pot.read());
dcmk1mr2 0:311e864f84b4 44 wait(0.1);
dcmk1mr2 0:311e864f84b4 45 }
dcmk1mr2 0:311e864f84b4 46 }