#ifndef __STA323W_REG_H__
#define	__STA323W_REG_H__

#define STA323W_CONFIG_A		0x00
#define STA323W_CONFIG_B		0x01
#define STA323W_CONFIG_C		0x02
#define STA323W_CONFIG_D		0x03
#define STA323W_CONFIG_E		0x04
#define STA323W_CONFIG_F		0x05
#define STA323W_MMUTE			0x06		// Master Mute
#define STA323W_MVOL			0x07		// Master Volume
#define STA323W_CH1_VOL			0x08
#define STA323W_CH2_VOL			0x09
#define STA323W_CH3_VOL			0x0A
#define STA323W_AUTO_MODE1		0x0B		// EQ, Volume, GC
#define STA323W_AUTO_MODE2		0x0C		// AM, Pre-Scale, Bass Management Scale
#define STA323W_PRESET_EQ		0x0D
#define STA323W_CH1_CONFIG		0x0E
#define STA323W_CH2_CONFIG		0x0F
#define STA323W_CH3_CONFIG		0x10
#define STA323W_TONE_CONTROL	0x11		// Boost/Cut Selection
#define STA323W_LMT1_AR			0x12		// Limiter 1 Attack/Release Rate
#define STA323W_LMT1_ATRT		0x13		// Limiter 1 Attack/Release Threshold
#define STA323W_LMT2_AR			0x14		// Limiter 2 Attack/Release Rate
#define STA323W_LMT2_ATRT		0x15		// Limiter 2 Attack/Release Threshold
#define STA323W_COEF_ADDR		0x16		// Coefficient Address Register 1
#define STA323W_COEF_B1_DATA1	0x17		// Coefficient b1 Data Register Bit 23 ... 16
#define STA323W_COEF_B1_DATA2	0x18		// Coefficient b1 Data Register Bit 15 ...  8
#define STA323W_COEF_B1_DATA3	0x19		// Coefficient b1 Data Register Bit  7 ...  0
#define STA323W_COEF_B2_DATA1	0x1A		// Coefficient b1 Data Register Bit 23 ... 16
#define STA323W_COEF_B2_DATA2	0x1B		// Coefficient b1 Data Register Bit 15 ...  8
#define STA323W_COEF_B2_DATA3	0x1C		// Coefficient b1 Data Register Bit  7 ...  0
#define STA323W_COEF_A1_DATA1	0x1D		// Coefficient a1 Data Register Bit 23 ... 16
#define STA323W_COEF_A1_DATA2	0x1E		// Coefficient a1 Data Register Bit 15 ...  8
#define STA323W_COEF_A1_DATA3	0x1F		// Coefficient a1 Data Register Bit  7 ...  0
#define STA323W_COEF_A2_DATA1	0x20		// Coefficient a2 Data Register Bit 23 ... 16
#define STA323W_COEF_A2_DATA2	0x21		// Coefficient a2 Data Register Bit 15 ...  8
#define STA323W_COEF_A2_DATA3	0x22		// Coefficient a2 Data Register Bit  7 ...  0
#define STA323W_COEF_B0_DATA1	0x23		// Coefficient b0 Data Register Bit 23 ... 16
#define STA323W_COEF_B0_DATA2	0x24		// Coefficient b0 Data Register Bit 15 ...  8
#define STA323W_COEF_B0_DATA3	0x25		// Coefficient b0 Data Register Bit  7 ...  0
#define STA323W_COEF_WRT_CTRL	0x26		// Coefficient Write Control Register

// Auto Mode EQ
typedef enum {						//	left shift 0
	STA323W_AMEQ_USER = 0,			//	User Programmable
	STA323W_AMEQ_PRESET,			//	Preset EQ, - PEQ bits
	STA323W_AMEQ_LOUD_CURVE,		//	Auto Volume Controlled Loudness Curve
	STA323W_AMEQ_NOT_USED			//	Not used
} STA323W_AMEQ;

// Auto Mode Master Volume
typedef enum {						//	left shift 2
	STA323W_AMV_05DB_256 = 0,		//	MVOL(Master Volume) 0.5dB 256 Steps (Standard)
	STA323W_AMV_AC30,				//	MVOL Auto Curve 30 Steps
	STA323W_AMV_AC40,				//	MVOL Auto Curve 40 Steps
	STA323W_AMV_AC50				//	MVOL Auto Curve 50 Steps
} STA323W_AMV;

// Auto Mode Gain Compression/Limiters
typedef enum {								// left shift 4
	STA323W_AMGC_USER = 0,				// User Programmable GC
	STA323W_AMGC_ACNC,				// AC No Clipping
	STA323W_AMGC_ACLC,				// AC Limited Clipping (10%)
	STA323W_AMGC_DRC				// DRC Nighttime Listening Mode
} STA323W_AMGC;

// Auto Mode AM Frequency Setting
typedef enum {
	STA323W_AMAM_0670MHZ = 0,		//44.1kHz/882kHz input fs
	STA323W_AMAM_0720MHZ = 0,		//48kHz/96kHz input fs
	STA323W_AMAM_0800MHZ = 1,		//44.1kHz/882kHz input fs
	STA323W_AMAM_0900MHZ = 1,		//48kHz/96kHz input fs
	STA323W_AMAM_1000MHZ = 2,		//44.1kHz/882kHz input fs
	STA323W_AMAM_1100MHZ = 2,		//48kHz/96kHz input fs
	STA323W_AMAM_1180MHZ = 3,		//44.1kHz/882kHz input fs
	STA323W_AMAM_1300MHZ = 3,		//48kHz/96kHz input fs
	STA323W_AMAM_1340MHZ = 4,		//44.1kHz/882kHz input fs
	STA323W_AMAM_1480MHZ = 4,		//48kHz/96kHz input fs
	STA323W_AMAM_1500MHZ = 5,		//44.1kHz/882kHz input fs
	STA323W_AMAM_1600MHZ = 5,		//48kHz/96kHz input fs
	STA323W_AMAM_1700MHZ = 6		//44.1kHz/48kHz/882kHz/96kHz input fs
} STA323W_AMAM;

// Auto Mode Bass Management - Crossover Freqeuncy
typedef enum {
	STA323W_XO_USER,
	STA323W_XO_80HZ,
	STA323W_XO_100HZ,
	STA323W_XO_120HZ,
	STA323W_XO_140HZ,
	STA323W_XO_160HZ,
	STA323W_XO_180HZ,
	STA323W_XO_200HZ,
	STA323W_XO_220HZ,
	STA323W_XO_240HZ,
	STA323W_XO_260HZ,
	STA323W_XO_280HZ,
	STA323W_XO_300HZ,
	STA323W_XO_320HZ,
	STA323W_XO_340HZ,
	STA323W_XO_360HZ
} STA323W_XO;

typedef enum {
	STA323W_PRESET_FLAT	= 0,
	STA323W_PRESET_ROCK,
	STA323W_PRESET_SOFT_ROCK,
	STA323W_PRESET_JAZZ,
	STA323W_PRESET_CLASSICAL,
	STA323W_PRESET_DANCE,
	STA323W_PRESET_POP,
	STA323W_PRESET_SOFT,
	STA323W_PRESET_HARD,
	STA323W_PRESET_PARTY,
	STA323W_PRESET_VOCAL,
	STA323W_PRESET_HIPHOP,
	STA323W_PRESET_DIALOG,
	STA323W_PRESET_BASS_BOOSTER1,
	STA323W_PRESET_BASS_BOOSTER2,
	STA323W_PRESET_BASS_BOOSTER3,
	STA323W_PRESET_LOUDNESS1,		//	least boost
	STA323W_PRESET_LOUDNESS2,
	STA323W_PRESET_LOUDNESS3,
	STA323W_PRESET_LOUDNESS4,
	STA323W_PRESET_LOUDNESS5,
	STA323W_PRESET_LOUDNESS6,
	STA323W_PRESET_LOUDNESS7,
	STA323W_PRESET_LOUDNESS8,
	STA323W_PRESET_LOUDNESS9,
	STA323W_PRESET_LOUDNESS10,
	STA323W_PRESET_LOUDNESS11,
	STA323W_PRESET_LOUDNESS12,
	STA323W_PRESET_LOUDNESS13,
	STA323W_PRESET_LOUDNESS14,
	STA323W_PRESET_LOUDNESS15,
	STA323W_PRESET_LOUDNESS16		//	most boost
} STA323W_PRESET;

#endif