AMG88XX.h

#ifndef _Arduino_AMG88XX_H_
#define _Arduino_AMG88XX_H_
#include "Arduino.h"
#include "Wire.h"

// Register addresses
#define AMG_REGISTER_PCTL		0x00	// Power control register
#define AMG_REGISTER_RST		0x01	// Reset Register
#define AMG_REGISTER_FPSC		0x02	// Frame rate register
#define AMG_REGISTER_INTC		0x03	// Interrupt control register
#define AMG_REGISTER_AVE		0x07	// Interrupt control register
#define AMG_REGISTER_T01L		0x80	// Pixel 1 Output Value (Lower Level)
#define AMG_REGISTER_T01H		0x81	// Pixel 1 Output Value (Higher Level)
#define AMG_REGISTER_TTHL		0x0E	// Thermistor Output Value (Lower level)
#define AMG_REGISTER_TTHH		0x0F	// Thermistor Output Value (Higher level)

// Power control register values
#define AMG_PCTL_NORMAL			0x00	// Normal operating mode
#define AMG_PCTL_SLEEP			0x10	// Sleep mode
#define AMG_PCTL_STANDBY10		0x21	// Stand-by (10 sec intermittence)
#define AMG_PCTL_STANDBY60		0x20	// Stand-by (60 sec intermittence)

// Reset register values
#define AMG_RST_FLAGRESET		0x30	// Flag Reset
#define AMG_RST_INITIALRESET	0x30	// Flag Reset

// Frame Rate control register values
#define AMG_FPSC_FRAMERATE_10 	0x00	// 10 FPS measurement
#define AMG_FPSC_FRAMERATE_1 	0x01	// 1 FPS Measurement

// Functions
void sleep();
void wakeUp();
void reset();
void setMovingAverage(bool movAvg);
void setFrameRate(uint8_t frameRate);
inline void standBy10();
void readValues(float result[]);
float readThermistor();
float calculateVariance(float data[]);
float calculateAverage(float data[]);

#endif