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/*
ESS1995 communications test
should the bitfields be parsed in the MCU or the app?
the device needs to be able to do the ranging itself.
data format-
ACK is necessary
write per read? or is it a delay thing
*/
#include <WProgram.h> //main Arduino header file
#include "adapticsBT.h"
#include <Wire.h>
#define DATA_NEW 2
#define SCLK 3
#define SDATA 4
#define CS 5
//feedback leds
#define OUTPUT1 12
#define OUTPUT2 13
#define WRITE_ID 0b11001000
#define READ_ID 0b11001001
#define ESS1995_ADDR 0b1100100
//clock delays are doubled for 8MHZ chip - CPUSPD isnt working
//6 and 3 = 83kHz, doesn't work with ISP plugged in
//500Hz works with ISP (sometimes)
#define CLOCK_DELAY 20
#define START_DELAY 10
const uint16_t ELECTIC_ID = 0xF0;
uint8_t packetSize = 7;
bool connected=false;
uint8_t data[10];
//default write values
uint8_t CB_SHBP = 0b0;
uint8_t CB_function = 0b0000; //0b0000 voltage mode
uint8_t CB_VARCrange = 0b000; //0b001 6v
uint8_t CB_FREQrange = 0b000;
uint8_t CB_BUZfreq = 0b000;
uint8_t CB_ADCrate = 0b00; //0b11 fastest 50hz
uint8_t CB_ACmode = 0b0;
uint8_t CB_PEAKmode = 0b0;
uint8_t CB_PCALmode = 0b0;
uint8_t CB_LPFbw = 0b000;
uint8_t CB_EXTdiode = 0b0;
uint8_t CB_OPconf = 0b00;
uint8_t CB_FREQinprest = 0b0;
uint8_t CB_ADPext = 0b0;
uint8_t CB_DCfs = 0b0;
void SCLKcycle_W();
void SCLKcycle_R();
void startRead();
void startWrite();
void writeByte(uint8_t data);
void writeStartBit();
void writeStopBit();
uint8_t readByte();
void writeDMM();
int main();
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