BULME_BERTL14 / Mbed 2 deprecated _B14Test7

LDR Test

Dependencies:   mbed

main.cpp@0:eaf9c37db4a3, 2014-11-14 (annotated)

Committer:
Enenkel
Date:
Fri Nov 14 14:01:48 2014 +0000
Revision:
0:eaf9c37db4a3
Child:
1:518bc17bc156
LDR Test

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Enenkel 0:eaf9c37db4a3 1 /***********************************
Enenkel 0:eaf9c37db4a3 2 name: BERTL_2014_TEST i2C Schalter und LEDs
Enenkel 0:eaf9c37db4a3 3 author: Gottfried Enenkel HTL BULME
Enenkel 0:eaf9c37db4a3 4 email: ene@bulme.at
Enenkel 0:eaf9c37db4a3 5 description:
Enenkel 0:eaf9c37db4a3 6 je dünkler desto mehr LED leuchten
Enenkel 0:eaf9c37db4a3 7 ****************************************/
Enenkel 0:eaf9c37db4a3 8 // ********** Definitionen *****************
Enenkel 0:eaf9c37db4a3 9 #include "mbed.h"
Enenkel 0:eaf9c37db4a3 10
Enenkel 0:eaf9c37db4a3 11 DigitalOut ledD10(LED1); // LED D10
Enenkel 0:eaf9c37db4a3 12 DigitalOut ledD11(LED2);
Enenkel 0:eaf9c37db4a3 13 DigitalOut ledD12(LED3);
Enenkel 0:eaf9c37db4a3 14 DigitalOut ledD13(LED4);
Enenkel 0:eaf9c37db4a3 15 AnalogIn LDR(p20); // LDR
Enenkel 0:eaf9c37db4a3 16
Enenkel 0:eaf9c37db4a3 17 // ************* Hauptprogramm ******************
Enenkel 0:eaf9c37db4a3 18 int main()
Enenkel 0:eaf9c37db4a3 19 {
Enenkel 0:eaf9c37db4a3 20 while(1)
Enenkel 0:eaf9c37db4a3 21 {
Enenkel 0:eaf9c37db4a3 22 if(LDR <= 0.07) // Ab einer Lichtstärke von 0.15 oder kleiner
Enenkel 0:eaf9c37db4a3 23 ledD10 = 1; // Ist die LED D10 EIN
Enenkel 0:eaf9c37db4a3 24 else
Enenkel 0:eaf9c37db4a3 25 ledD10 = 0;
Enenkel 0:eaf9c37db4a3 26
Enenkel 0:eaf9c37db4a3 27 if (LDR <= 0.1)
Enenkel 0:eaf9c37db4a3 28 ledD11=1;
Enenkel 0:eaf9c37db4a3 29 else
Enenkel 0:eaf9c37db4a3 30 ledD11=0;
Enenkel 0:eaf9c37db4a3 31
Enenkel 0:eaf9c37db4a3 32 if (LDR <= 0.15)
Enenkel 0:eaf9c37db4a3 33 ledD12=1;
Enenkel 0:eaf9c37db4a3 34 else
Enenkel 0:eaf9c37db4a3 35 ledD12=0;
Enenkel 0:eaf9c37db4a3 36
Enenkel 0:eaf9c37db4a3 37 if(LDR <= 0.2)
Enenkel 0:eaf9c37db4a3 38 ledD13=1;
Enenkel 0:eaf9c37db4a3 39 else
Enenkel 0:eaf9c37db4a3 40 ledD13=0;
Enenkel 0:eaf9c37db4a3 41
Enenkel 0:eaf9c37db4a3 42 }
Enenkel 0:eaf9c37db4a3 43 }
Enenkel 0:eaf9c37db4a3 44 // **************** ENDE ************************
Enenkel 0:eaf9c37db4a3 45
Enenkel 0:eaf9c37db4a3 46
Enenkel 0:eaf9c37db4a3 47
Enenkel 0:eaf9c37db4a3 48 /*
Enenkel 0:eaf9c37db4a3 49 #include "mbed.h"
Enenkel 0:eaf9c37db4a3 50 // ************ DEKLARATIONEN **************
Enenkel 0:eaf9c37db4a3 51 DigitalOut LED_D10(P1_8); // Alle Blauen LED gehen auf einen Anschluß
Enenkel 0:eaf9c37db4a3 52 DigitalOut LED_D13(P1_10); // P1..Port1 _28 Anschluß 28
Enenkel 0:eaf9c37db4a3 53
Enenkel 0:eaf9c37db4a3 54 DigitalIn LDR(P0_22); // LRD Sensor
Enenkel 0:eaf9c37db4a3 55 DigitalIn SensorR(P1_13); // Sensor Rechts
Enenkel 0:eaf9c37db4a3 56
Enenkel 0:eaf9c37db4a3 57 // ************ HAUPT PROGRAMM **************
Enenkel 0:eaf9c37db4a3 58 int main() {
Enenkel 0:eaf9c37db4a3 59
Enenkel 0:eaf9c37db4a3 60 while(1) {
Enenkel 0:eaf9c37db4a3 61 LED_D10 = SensorL; //
Enenkel 0:eaf9c37db4a3 62 LED_D13 = SensorR;
Enenkel 0:eaf9c37db4a3 63 }
Enenkel 0:eaf9c37db4a3 64 }
Enenkel 0:eaf9c37db4a3 65
Enenkel 0:eaf9c37db4a3 66 // ***************** ENDE ********************
Enenkel 0:eaf9c37db4a3 67
Enenkel 0:eaf9c37db4a3 68 */
Enenkel 0:eaf9c37db4a3 69