klalle

/*
 * RF_Tranceiver.c
 *
 * Created: 2012-08-10 15:24:35
 *  Author: Kalle
 *  Atmega88
 */ 

#include <avr/io.h>
#include <stdio.h>

klalle

#!/usr/bin/env python3
from quick2wire.spi import *
from quick2wire.gpio import Pin
from quick2wire.gpio import In,Out,pi_header_1
import time
import TCP_Server 

PAYLOAD_SIZE   = 3

SMALL_PAUSE = 0.05

klalle

import socket
import threading
import socketserver
import time
import nRF24L01p 

class ThreadedTCPRequestHandler(socketserver.BaseRequestHandler):
    """Thread class"""
    def handle(self):
        while 1:

klalle

/*
 Reads voltage and power from China-style energy meter. 
 Collecting data by eavesdropping on the MOSI-line (master in slave out) 
 between the energy monitoring chip (ECH1560) and the main processor*/
 
const int CLKPin = 2; // Pin connected to CLK (D2 & INT0)
const int MISOPin = 5;  // Pin connected to MISO (D5)

//All variables that is changed in the interrupt function must be volatile to make sure changes are saved. 
volatile int Ba = 0;   //Store MISO-byte 1

klalle

/*
 Reads voltage and power from China-style energy meter and sends it to nRF24L01+. 
 Collecting data from meter by eavesdropping on the MOSI-line (master in slave out) 
 between the energy monitoring chip (ECH1560) and the main processor
 Meter            Arduino   
 GND (Brown)        GND          (2nd from the end of the meter-board)
 VCC (3.6V)         RAW          (Connect to battery "+" under meter-board)
 CLK (Green)        D2 (INT0)    (5th from the end of the meter-board)
 SDO (Blue-white)   D5           (6th from the end of the meter-board)
 

klalle

#include <SPI.h>
#include "nRF24L01.h"
#include "RF24.h"
#include "printf.h" //Activate for NRF-debug (printf_begin(); in setup() followed by radio.printDetails();)

#define CE_PIN   9
#define CSN_PIN 10
//
// Hardware configuration

klalle

import processing.serial.*;

Serial myPort;  // Create object from Serial class
String val;     // Data received from the serial port

//print to csv-file
PrintWriter output;

long xPos = 1;         // horizontal position of the graph
//int xLast[] = new int[6];

klalle

/* Melbus CDCHGR Emulator
 * Program that emulates the MELBUS communication from a CD-changer (CD-CHGR) in a Volvo V70 (HU-xxxx) to enable AUX-input through the 8-pin DIN-contact. 
 * Tis setup is using an Arduino Nano 5v clone
 * 
 * The HU enables the CD-CHGR in its source-menue after a successful initialization procedure is accomplished. 
 * The HU will remove the CD-CHGR everytime the car starts if it wont get an response from CD-CHGR (second init-procedure).
 * 
 * Karl Hagström 2015-11-04
 * 
 * This project went realy smooth thanks to these sources: 

klalle

/* Melbus CDCHGR Emulator
 * Program that emulates the MELBUS communication from a CD-changer (CD-CHGR) in a Volvo V70 (HU-xxxx) to enable AUX-input through the 8-pin DIN-contact. 
 * This setup is using an Arduino Nano 5v clone
 * 
 * The HU enables the CD-CHGR in its source-menue after a successful initialization procedure is accomplished. 
 * The HU will remove the CD-CHGR everytime the car starts if it wont get an response from CD-CHGR (second init-procedure).
 * 
 * Karl Hagström 2015-11-04
 * mod by S. Zeller 2016-03-14
 *