//-----------------------------------------------
	//----- SETUP SYNCHRONOUS SERIAL PORT (SSP) -----
	//-----------------------------------------------
	//----- SETUP SSP AS I2C -----
	//Used for: LED Driver
	//I2C requirements:- 100kHz clock high time 4.0uS, clock low time 4.7uS, 400kHz clock high time 0.6uS, clock low time 1.3uS
	//The PIC18 does not fully conform to the 400kHz I2C spec (which applies to all rates >100kHz) but may be used with care
	//where higher rates are required.
	//Lower 7 bits of SSPADD are the baud rate.  ((Tcycle / 2) * SSPADD * 2) = time per bit.  1 / time per bit = frequency.
	//400kHz @ 40MHz OSC = SSPADD 25
	//400kHz @ 16MHz OSC = SSPADD 9
	//100kHz @ 40MHz OSC = SSPADD 100
	//100kHz @ 32MHz OSC = SSPADD 80
	//100kHz @ 16MHz OSC = SSPADD 39
	//100kHz @ 4MHz OSC = SSPADD 10
	SSPADD = 39;					//setup i2c clk speed
	OpenI2C(MASTER, SLEW_OFF);		//Slew rate control should be off for 100KHz, on for 400KHz

#define	LED_DRIVER_I2C_START_IN_PROGRESS_BIT		SSP1CON2bits.SEN
#define	LED_DRIVER_I2C_RESTART_IN_PROGRESS_BIT	SSP1CON2bits.RSEN
#define	LED_DRIVER_I2C_WRITE_BYTE(a)				WriteI2C1(a)
#define	LED_DRIVER_I2C_TX_IN_PROGRESS_BIT			SSP1STATbits.R_W
#define	LED_DRIVER_I2C_ACK_NOT_RECEIVED_BIT		SSP1CON2bits.ACKSTAT
#define	LED_DRIVER_I2C_READ_BYTE(a)				a=ReadI2C1()			//<<<< UPDATE THIS FUNCTION IF USING DIFFERENT I2C PORT!!
#define	LED_DRIVER_I2C_ACK_IN_PROGRESS_BIT		SSP1CON2bits.ACKEN
#define	LED_DRIVER_I2C_STOP_IN_PROGRESS_BIT		SSP1CON2bits.PEN

//StopI2C1 - Generate bus stop condition
#define LED_DRIVER_I2C_STOP_I2C StopI2C1()

//StartI2C1 - Generate bus start condition
#define LED_DRIVER_I2C_START_I2C StartI2C1()

//RestartI2C1 - Generate bus restart condition
#define LED_DRIVER_I2C_RESTART_I2C RestartI2C1()

//NotAckI2C1 - Generate bus Not ACK condition
#define LED_DRIVER_I2C_NOT_ACK NotAckI2C1()

//AckI2C1 - Generate bus ACK condition
#define LED_DRIVER_I2C_ACK AckI2C1()

//Idle I2C1 -  Test if I2C1 module is idle
#define LED_DRIVER_I2C_IDLE_I2C IdleI2C1()