#ifndef CONFIGURATION_H
#define CONFIGURATION_H

#define MY_NAME '0'          // Two byte string representing the name of this device

#define RS485_MASTER 0       // We are a slave

#define MOTHERBOARD 2

// Temperature measurement
// Uncomment ONE of the next three
#define USE_THERMISTOR
//#define AD595_THERMOCOUPLE
//#define MAX6675_THERMOCOUPLE

// Comment out the next line to give a bang-bang thermostat
// Leave it for PID temperature control
#define PID_CONTROL

//******************************************************************************************************

// Divide by this to correct for the fact that we have
// messed up the timer clock

#define MILLI_CORRECTION 64

// The temperature routines get called each time the main loop
// has gone round this many times

#define SLOW_CLOCK 5000

// Default pwm for the stepper motor

#define STEP_PWM 140

// Pin defintion section.  This is for the RepRap Extruder Controler V2.2

//our RS485 pins

#define RX_ENABLE_PIN 4
#define TX_ENABLE_PIN 16

// Pins to direct-drive the extruder stepper

#define E_STEP_PIN 10
#define E_DIR_PIN 9

#ifdef MAX6675_THERMOCOUPLE
// I2C pins for the MAX 6675 temperature chip
 #define SO 18    // MISO
 #define SCK 19   // Serial Clock
 #define TC_0 17  // CS Pin of MAX6607
#else
 #define TEMP_PIN 3
#endif

// Control pins for the A3949 chips

#define H1D 7
#define H1E 5
#define H2D 8
#define H2E 6

// Analogue read of this pin gets the potentiometer setting

#define POT 0

// MOSFET drivers

#define OUTPUT_A 15
#define OUTPUT_B 11
#define OUTPUT_C 12

#define DEBUG_PIN 13

// The LED blink function

extern void blink(bool on);

#endif