Lysregulering
/
SET_DIO_HIGH_IR_FUNGERER
Important changes to repositories hosted on mbed.com
Mbed hosted mercurial repositories are deprecated and are due to be permanently deleted in July 2026.
To keep a copy of this software download the repository Zip archive or clone locally using Mercurial.
It is also possible to export all your personal repositories from the account settings page.
Fork of
Trinket_remote
by 
David Bottrill
Revision 1:0aae52ba2e8d, committed 2018-02-24
- Comitter:
- andreasbirkeland97
- Date:
- Sat Feb 24 23:08:27 2018 +0000
- Parent:
- 0:0124991faa9d
- Commit message:
- Fungerende program med IR kontroll. Styrer DIO p? xbee
Changed in this revision
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/XBeeLib.lib Sat Feb 24 23:08:27 2018 +0000 @@ -0,0 +1,1 @@ +http://developer.mbed.org/teams/Digi-International-Inc/code/XBeeLib/#b5f4a0e92249
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/config.h Sat Feb 24 23:08:27 2018 +0000 @@ -0,0 +1,57 @@ +/** + * Copyright (c) 2015 Digi International Inc., + * All rights not expressly granted are reserved. + * + * This Source Code Form is subject to the terms of the Mozilla Public + * License, v. 2.0. If a copy of the MPL was not distributed with this file, + * You can obtain one at http://mozilla.org/MPL/2.0/. + * + * Digi International Inc. 11001 Bren Road East, Minnetonka, MN 55343 + * ======================================================================= + */ + +#ifndef __CONFIG_H_ +#define __CONFIG_H_ + +/** Library configuration options */ +#define ENABLE_LOGGING +#define ENABLE_ASSERTIONS +#define FRAME_BUFFER_SIZE 4 +#define MAX_FRAME_PAYLOAD_LEN 128 + +#define SYNC_OPS_TIMEOUT_MS 2000 + +#define RADIO_TX p9 /* TODO: specify your setup's Serial TX pin connected to the XBee module DIN pin */ +#define RADIO_RX p10 /* TODO: specify your setup's Serial RX pin connected to the XBee module DOUT pin */ +//#define RADIO_RTS NC /* TODO: specify your setup's Serial RTS# pin connected to the XBee module RTS# pin */ +//#define RADIO_CTS NC /* TODO: specify your setup's Serial CTS# pin connected to the XBee module CTS# pin */ +#define RADIO_RESET p19 /* TODO: specify your setup's GPIO (output) connected to the XBee module's reset pin */ +//#define RADIO_SLEEP_REQ NC /* TODO: specify your setup's GPIO (output) connected to the XBee module's SLEEP_RQ pin */ +//#define RADIO_ON_SLEEP NC /* TODO: specify your setup's GPIO (input) connected to the XBee module's ON_SLEEP pin */ +#define DEBUG_TX USBTX /* TODO: specify your setup's Serial TX for debugging */ +#define DEBUG_RX USBRX /* TODO: specify your setup's Serial RX for debugging (optional) */ + +#if !defined(RADIO_TX) + #error "Please define RADIO_TX pin" +#endif + +#if !defined(RADIO_RX) + #error "Please define RADIO_RX pin" +#endif + +#if !defined(RADIO_RESET) + #define RADIO_RESET NC + #warning "RADIO_RESET not defined, defaulted to 'NC'" +#endif + +#if defined(ENABLE_LOGGING) + #if !defined(DEBUG_TX) + #error "Please define DEBUG_TX" + #endif + #if !defined(DEBUG_RX) + #define DEBUG_RX NC + #warning "DEBUG_RX not defined, defaulted to 'NC'" + #endif +#endif + +#endif /* __CONFIG_H_ */
--- a/main.cpp Tue May 19 09:43:35 2015 +0000
+++ b/main.cpp Sat Feb 24 23:08:27 2018 +0000
@@ -1,22 +1,5 @@
-
-/* Trinket/Gemma compatible Raw IR decoder sketch
-This sketch/program uses an Adafruit Trinket or Gemma
-ATTiny85 based mini microcontroller and a PNA4602 to
-decode IR received. This can be used to make a IR receiver
-(by looking for a particular code) or transmitter
-(by pulsing an IR LED at ~38KHz for the durations detected
-
-Based on Adafruit tutorial http://learn.adafruit.com/ir-sensor/using-an-ir-sensor
-
-and ATTiny program by TinyPCRemote Nathan Chantrell http://nathan.chantrell.net
-under Creative Commons Attribution-ShareAlike 3.0 Unported (CC BY-SA 3.0) license
-
-Modified to work on MBed by David Bottrill May 2015
-This has been tested on a KL25z using a Grove IR sensor with a number of different
-Infrared Remote controls.
-
-*/
#include "mbed.h"
+#include "XBeeLib.h"
#define MAXPULSE 10000 // the maximum pulse we'll listen for - 10 milliseconds
#define NUMPULSES 200 // max IR pulse pairs to sample
@@ -27,19 +10,23 @@
uint16_t currentpulse = 0; // index for pulses we're storing
uint32_t irCode = 0;
Serial pc(USBTX, USBRX); // tx, rx
-DigitalIn IRpin (D2); // Listen to IR receiver on Trinket/Gemma pin D2
+DigitalIn IRpin (p8); // Listen to IR receiver on Trinket/Gemma pin D2
int listenForIR(void); // IR receive code
void printcode(void); // Print IR code in HEX
+using namespace XBeeLib;
+
int main(void)
{
pc.printf("Ready to decode IR!\n");
+ XBeeZB xbee = XBeeZB(RADIO_TX, RADIO_RX, RADIO_RESET);
+ RadioStatus radioStatus;
while (1) {
int numpulse=listenForIR(); // Wait for an IR Code
-
+ RemoteXBeeZB remoteDevice = RemoteXBeeZB(0x0013A20041642F34);
// Process the pulses to get a single number representing code
for (int i = 0; i < 32; i++) {
irCode=irCode<<1;
@@ -50,14 +37,112 @@
}
}
- printcode(); // Print IR code
+ // Print IR code
wait_ms(100);
+ if (irCode == 0xc489211e) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc489112e) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc489310e) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc4890936) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc489201f) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc489102f) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc489300f) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc4890837) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutLow); //d3
+ }
+ if (irCode == 0xc4892817) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+ if (irCode == 0xc4891827) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+ if (irCode == 0xc4893807) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+ if (irCode == 0xc489043b) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutLow); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+ if (irCode == 0xc489241b) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+ if (irCode == 0xc4892996) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutLow); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+ if (irCode == 0xc489003f) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutLow); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+ if (irCode == 0xc4890c33) {
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO12, DigitalOutHigh); //d0
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO4, DigitalOutHigh); //d1
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO0_AD0, DigitalOutHigh); //d2
+ radioStatus = xbee.set_pin_config(remoteDevice, XBeeZB::DIO3_AD3, DigitalOutHigh); //d3
+ }
+
} //end of main loop
}
-int listenForIR(void){ // IR receive code
+int listenForIR(void) // IR receive code
+{
currentpulse = 0;
while (1) {
unsigned int highpulse, lowpulse; // temporary storage timing
@@ -83,12 +168,4 @@
currentpulse++;
}
}
-
-void printcode(void)
-{
- uint16_t half;
- half=irCode>>16; // Get first 16 bits of code
- pc.printf("0x%x",half); // Print upper 16 bits in hex
- pc.printf("%x\n",(irCode & 0xFFFF)); // print lower 16 bits in hex
-}
-
+