#ifndef __HY8603_H
#define __HY8603_H

#ifdef HY8603

#define 	CH_NUMBERS						8
#define 	PWM_OFFSET						2
#define   BTI_WIDTH							20

//0x48
#define DC_RANGE_Pos											0
#define DC_RANGE_12MA											0
#define DC_RANGE_18MA											0
#define DC_RANGE_24MA											1		
#define DC_RANGE_30MA											2  
#define DC_RANGE  												(DC_RANGE_30MA<<DC_RANGE_Pos)//设置电流阈值范围

#define OPEN_LV_Pos												2
#define OPEN_LV_50MV											0
#define OPEN_LV_80MV											1		
#define OPEN_LV_100MV											2 
#define OPEN_LV_130MV											3  
#define OPEN_LV  													(OPEN_LV_80MV<<OPEN_LV_Pos)//设置open检测阈值电压

#define RISE_FALL_Pos											4
#define RISE_FALL_TIME_0_3US							0
#define RISE_FALL_TIME_0_6US							1		
#define RISE_FALL_TIME_1US								2 
#define RISE_FALL_TIME_1_6US							3  
#define RISE_FALL_TIME  									(RISE_FALL_TIME_1_6US<<RISE_FALL_Pos)//设置上升沿/下降沿时间


#define DERATING_Pos        6
#define DERATING_NO												0
#define DERATING_50										1		
#define DERATING_25										2 
#define DERATING_12_5									3  
#define DERATING  												(DERATING_NO<<DERATING_Pos) //设置发生OH时，DC衰减幅度

#define CHANNEL_DELAY_UPDATE_Pos       8
#define CHANNEL_DELAY_UPDATE_WAIT_PWM			0 
#define CHANNEL_DELAY_UPDATE_IMMEDIATELY	1
#define CHANNEL_DELAY_UPDATE							(CHANNEL_DELAY_UPDATE_WAIT_PWM<<CHANNEL_DELAY_UPDATE_Pos)//设置dimming数据何时生效，立即生效或等上一帧PWM结束


#define MULTISTAGE_SENT_Pos        9
#define MULTISTAGE_SENT_ENABLE						0 
#define MULTISTAGE_SENT_DISABLE						1
#define MULTISTAGE_SENT										(MULTISTAGE_SENT_ENABLE<<MULTISTAGE_SENT_Pos)//是否使能多级发送模式


#define FAULT_SAMPLE_BFI_Pos        10
#define FAULT_SAMPLE_BFI_ENABLE						0
#define FAULT_SAMPLE_BFI_DISABLE					1 
#define FAULT_SAMPLE_BFI									(FAULT_SAMPLE_BFI_ENABLE<<FAULT_SAMPLE_BFI_Pos)  //设置BFI模式下，是否清零故障检测比较器


#define OPEN_DEBOUNCE_TIME_Pos						13
#define OPEN_DEBOUNCE_TIME_3_TPWM					0
#define OPEN_DEBOUNCE_TIME_4_TPWM			  1		
#define OPEN_DEBOUNCE_TIME_8_TPWM			  2 
#define OPEN_DEBOUNCE_TIME_16_TPWM			  3 
#define OPEN_DEBOUNCE_TIME_32_TPWM			  4
#define OPEN_DEBOUNCE_TIME_64_TPWM			  5
#define OPEN_DEBOUNCE_TIME_96_TPWM			  6
#define OPEN_DEBOUNCE_TIME_128_TPWM			  7  
#define OPEN_DEBOUNCE_TIME  							(OPEN_DEBOUNCE_TIME_64_TPWM<<OPEN_DEBOUNCE_TIME_Pos)//设置open故障检测的时间


//0x4A
#define OTP_LV_Pos												0
#define OTP_LV_155												0
#define OTP_LV_145												1		
#define OTP_LV_135												2 
#define OTP_LV_125												3  
#define OTP_LV  													(OTP_LV_145<<OTP_LV_Pos)//设置OTP触发阈值

#define SHORT_DET_DAC_Pos             2
#define SHORT_DET_DAC_ENABLE							0
#define SHORT_DET_DAC_DISABLE							1			
#define SHORT_DET_DAC											(SHORT_DET_DAC_ENABLE<<SHORT_DET_DAC_Pos) //short故障检测是否需要DAC阈值设置


#define IDAC_REF_Pos              3
#define IDAC_REF_100MV_133MV_200MV				0
#define IDAC_REF_120MV_160MV_240MV				1
#define IDAC_REF_150MV_200MV_300MV				2
#define IDAC_REF_180MV_240MV_360MV				3
#define IDAC_REF													(IDAC_REF_180MV_240MV_360MV<<IDAC_REF_Pos) //配置IDAC电压，优化headroom（一般使用默认值）


#define SPIKE_FILTER_TIMER_Pos									5
#define SPIKE_FILTER_TIMER_1NS									0
#define SPIKE_FILTER_TIMER_2NS									1 
#define SPIKE_FILTER_TIMER											(SPIKE_FILTER_TIMER_1NS<<SPIKE_FILTER_TIMER_Pos)//输入信号的尖峰过滤时间设置

#define SPIKE_FILTER_Pos									6
#define SPIKE_FILTER_BYPASS								0
#define SPIKE_FILTER_ENABLE								1 
#define SPIKE_FILTER											(SPIKE_FILTER_BYPASS<<SPIKE_FILTER_Pos)//是否使能输入信号的尖峰过滤功能


#define ONE_WIRE_DEGLITCH_TIME_Pos          7
#define ONE_WIRE_DEGLITCH_TIME_2_TOSC			0
#define ONE_WIRE_DEGLITCH_TIME_4_TOSC			1
#define ONE_WIRE_DEGLITCH_TIME_8_TOSC			2
#define ONE_WIRE_DEGLITCH_TIME_32_TOSC		3
#define ONE_WIRE_DEGLITCH_TIME						(ONE_WIRE_DEGLITCH_TIME_4_TOSC<<ONE_WIRE_DEGLITCH_TIME_Pos)//DIP/DIS的防抖时间



#define ADDRESS_DEBUG_MODE_Pos      9
#define ADDRESS_DEBUG_DISABLE       0
#define ADDRESS_DEBUG_ENABLE       1
#define ADDRESS_DEBUG_MODE       (ADDRESS_DEBUG_DISABLE<<ADDRESS_DEBUG_MODE_Pos) //是否使能地址debug模式


#define MOPICC_CONFIG_Pos             10 
#define MOPICC_CONFIG_100									0
#define MOPICC_CONFIG_75									1
#define MOPICC_CONFIG_50									2
#define MOPICC_CONFIG_25									3
#define MOPICC_CONFIG_25_1								4
#define MOPICC_CONFIG_18_75 							5
#define MOPICC_CONFIG_12_5								6
#define MOPICC_CONFIG_6_25								7
#define MOPICC_CONFIG											(MOPICC_CONFIG_100<<MOPICC_CONFIG_Pos)//一般使用默认值


#define SHORT_DETECTION_THRESHOLD_Pos      13
#define SHORT_DETECTION_THRESHOLD_4				0
#define SHORT_DETECTION_THRESHOLD_8				1
#define SHORT_DETECTION_THRESHOLD_16			2
#define SHORT_DETECTION_THRESHOLD_31			3
#define SHORT_DETECTION_THRESHOLD					(SHORT_DETECTION_THRESHOLD_4<<SHORT_DETECTION_THRESHOLD_Pos)//short阈值检测设置



#define PWM_DITHER_Pos												15
#define PWM_DITHER_DISABLE								0
#define PWM_DITHER_ENABLE									1
#define PWM_DITHER												(PWM_DITHER_DISABLE<<PWM_DITHER_Pos)//是否使能dither模式



//0x4C
#define OH_LV_Pos      0
#define OH_LV_115__105										0
#define OH_LV_105__95											1		
#define OH_LV_95__85											2 
#define OH_LV_85__75											3  
#define OH_LV  														(OH_LV_105__95<<OH_LV_Pos)//OH阈值设置
#define SHORT_FIX_PWM_Pos         2
#define SHORT_FIX_PWM_DISABLE							0
#define SHORT_FIX_PWM_ENABLE							1
#define SHORT_FIX_PWM											(SHORT_FIX_PWM_DISABLE<<SHORT_FIX_PWM_Pos) //发生short故障时，是否强制输出PWMduty为10%


#define FAULT_DEGLITCH_TIME_Pos						3
#define FAULT_DEGLITCH_TIME_0_5US					0
#define FAULT_DEGLITCH_TIME_1US						1		
#define FAULT_DEGLITCH_TIME_2US						2 
#define FAULT_DEGLITCH_TIME_3US						3  
#define FAULT_DEGLITCH_TIME								(FAULT_DEGLITCH_TIME_1US<<FAULT_DEGLITCH_TIME_Pos)//故障检测的防抖时间

#define DOS_MODE_Pos										5
#define DOS_MODE_OPEN_DRAIN								0
#define DOS_MODE_CMOS											1 
#define DOS_MODE													(DOS_MODE_CMOS<<DOS_MODE_Pos) //DOS管脚的输出模式

#define CHANNEL_GPOUPING_Pos							6
#define CHANNEL_GROUP_NO									0
#define CHANNEL_GROUP_2_CHANNEL						1
#define CHANNEL_GROUP_4_CHANNEL						2 
#define CHANNEL_GPOUPING									(CHANNEL_GROUP_NO<<CHANNEL_GPOUPING_Pos)//CH是否进行分组

#define DC_LSB_Pos                    8
#define DC_LSB_0													0
#define DC_LSB_1													1
#define MIX_DC_LSB												(DC_LSB_0<<DC_LSB_Pos)//DC值的最低位填充值
#define PWM_LSB_Pos                   9
#define PWM_LSB_0													0
#define PWM_LSB_1													1
#define MIX_PWM_LSB												(PWM_LSB_0<<PWM_LSB_Pos)//PWM的最低位填充值


#define FAULT_BLANK_TIME_Pos           10
#define FAULT_BLANK_TIME	  							(10<<FAULT_BLANK_TIME_Pos)   //(4*N+3) * Tclock_pwm (duty:0.3% ~ 24.9%)  //6bits //BLANK time设置


//0x4E

#define PWM_CHANNEL_CLK_DIVIDED_Pos      0
#define PWM_CHANNEL_CLK_DIVIDED  					(7<<PWM_CHANNEL_CLK_DIVIDED_Pos) ////设置PWM频率分频系数

#define PWM_CLK_SEL_Pos                 8	
#define PWM_CLK_SEL_DIVEDED_CLK						0
#define PWM_CLK_SEL_20480HZ								1
#define PWM_CLK_SEL												(PWM_CLK_SEL_DIVEDED_CLK<<PWM_CLK_SEL_Pos)	//是否设置PWM频率为20.48K



#define SHORT_LV_Pos											9 
#define SHORT_LV_2V												0
#define SHORT_LV_3V												1
#define SHORT_LV_4V												2
#define SHORT_LV_5V												3
#define SHORT_LV_6V												4
#define SHORT_LV_7V												5
#define SHORT_LV_9V												6
#define SHORT_LV_12V												7 
#define SHORT_LV	  											(SHORT_LV_9V<<SHORT_LV_Pos)//设置短路阈值






#define OPEN_DEBOUNCE_Pos									12
#define OPEN_DEBOUNCE_SEL_EOP							0
#define OPEN_DEBOUNCE_SEL_PWM							1
#define OPEN_DEBOUNCE											(OPEN_DEBOUNCE_SEL_PWM<<OPEN_DEBOUNCE_Pos)//设置open检测参考EOP还是PWM

#define BFI_MODE_Pos											13
#define BFI_RESERVE_FIRST									0
#define BFI_BLANK_FIRST										1
#define BFI_MODE													(BFI_RESERVE_FIRST<<BFI_MODE_Pos) //BFI模式设置

#define BFI_Pos														14
#define BFI_ENABLE												1
#define BFI_DISABLE												0
#define BFI																(BFI_DISABLE<<BFI_Pos)//是否开启BFI模式


#define SLEEP_MODE_EXIT_Pos              15
#define SLEEP_MODE_EXIT_NO_RECOVERY				0
#define SLEEP_MODE_EXIT_RECOVERY					1
#define SLEEP_MODE_EXIT										(SLEEP_MODE_EXIT_RECOVERY<<SLEEP_MODE_EXIT_Pos)//退出睡眠模式时，是否恢复上一帧的亮度数据









//0x4F
#define BFI_NUMBER_Pos        0
#define BFI_NUMBER				(0<<BFI_NUMBER_Pos)						//9BITS   BFI设置的PWM个数


#define LDO_3V3_Pos                  9	
#define LDO_3V3_DISABLE										0
#define LDO_3V3_ENABLE										1
#define LDO_3V3														(LDO_3V3_DISABLE<<LDO_3V3_Pos)	


#define DAC_133_BURST_Pos         10	
#define DAC_133_BURST_DISABLE							0
#define DAC_133_BURST_ENABLE							1
#define DAC_133_BURST											(DAC_133_BURST_DISABLE<<DAC_133_BURST_Pos)//开启1.3倍电流模式

#define DAC_200_TURBO_Pos        11	
#define DAC_200_TURBO_DISABLE							0
#define DAC_200_TURBO_ENABLE							1
#define DAC_200_TURBO											(DAC_200_TURBO_DISABLE<<DAC_200_TURBO_Pos)//开启2倍电流模式

#define PWM_COMPENSATION_Pos      12	
#define PWM_COMPENSATION_NO								0
#define PWM_COMPENSATION_400NS						1
#define PWM_COMPENSATION									(PWM_COMPENSATION_NO<<PWM_COMPENSATION_Pos) //PWM补偿设置

//0x50    //设置CH1的delay时间


//0x51    //设置CH2的delay时间

//0x52    //设置CH3的delay时间

//0x53    //设置CH4的delay时间

//0x54   //设置CH5的delay时间


//0x55   //设置CH6的delay时间

//0x56    //设置CH7的delay时间

//0x57   //设置CH8的delay时间
	



//0x5A
#define HEADROOM_Pos											0
#define HEADROOM_400MV										0
#define HEADROOM_500MV										1		
#define HEADROOM_600MV										2
#define HEADROOM_700MV										3
#define HEADROOM_800MV										4
#define HEADROOM_900MV										5
#define HEADROOM_1000MV										6
#define HEADROOM_1200MV										7 
#define HEADROOM  												(HEADROOM_900MV<<HEADROOM_Pos)//headroom设置

//0x5B
#define FRAME_SPACE_PREM_NUMBER_CFG_Pos           0
#define FRAME_SPACE_PREM_NUMBER_CFG_BY_DIS_DOS  	0
#define FRAME_SPACE_PREM_NUMBER_CFG_BY_REGISTER		1
#define FRAME_SPACE_PREM_NUMBER_CFG				FRAME_SPACE_PREM_NUMBER_CFG_BY_REGISTER//是否使能通过寄存器配置帧间隔时间和前导码数据

#define FRAME_SPACE_Pos               1
#define FRAME_SPACE_1024_TOSC							0
#define FRAME_SPACE_512_TOSC							1
#define FRAME_SPACE_256_TOSC							2
#define FRAME_SPACE_128_TOSC							3
#define FRAME_SPACE												(FRAME_SPACE_1024_TOSC<<FRAME_SPACE_Pos)//帧间隔时间设置

#define PREAMBLE_NUMBER_Pos           3	
#define PREAMBLE_NUMBER_60_BIT						0
#define PREAMBLE_NUMBER_40_BIT						1
#define PREAMBLE_NUMBER_20_BIT						2
#define PREAMBLE_NUMBER_10_BIT						3
#define PREAMBLE_NUMBER										(PREAMBLE_NUMBER_60_BIT<<PREAMBLE_NUMBER_Pos)	//前导码设置

#define DOS_FIX_FREQ_Pos            5	
#define DOS_FIX_FREQ_DISABLE							0
#define DOS_FIX_FREQ_ENABLE								1 
#define DOS_FIX_FREQ											(DOS_FIX_FREQ_ENABLE<<PREAMBLE_NUMBER_Pos)	//DOS的频率是否固定

#define DOS_FREQ_Pos               6	
#define DOS_FREQ_500K											0
#define DOS_FREQ_1M												1
#define DOS_FREQ_1_5M											2
#define DOS_FREQ_1_75M										3
#define DOS_OUTPUT_FREQ										(DOS_FREQ_500K<<DOS_FREQ_Pos)	 //DOS的输出频率设置

#define DIS_DIP_CONNECT_Pos								0
#define DIS_DIP_CONNECT_DISABLE						0
#define DIS_DIP_CONNECT_ENABLE						1
#define DIS_DIP_CONNECT										(DIS_DIP_CONNECT_DISABLE<<DIS_DIP_CONNECT_Pos)  //是否把DIP/DIS捏合在一起使用

//0x46
#define	SICK_FAULT_DISABLE          			0		// 0:Enable sick dection 											1:Disable sick dection
#define	OPEN_FALUT_DISABLE				 				0		// 0:Enable open dection 											1:Disable open dection
#define	SHORT_FAULT_DISABLE	        			0	  // 0:Enable short dection 										1:Disable short dection				
#define	OTP_FAULT_DISABLE				 					0   // 0:Enable OTP dection 											1:Disable OTP dection									
#define OTP_OFF_DISABLE                 			0   // 0:Turn off pwm when OTP 										1:not turn off pwm when OTP
#define OTP_REC_DISABLE                 			0   // 0:recovery pwm when OTP relieve 						1:not auto recovery pwm when OTP relieve
#define OPEN_OFF_DISABLE                			1   // 0:turn off pwm when open fault detected 		1:not turn off pwm when open fault detected
#define SHORT_OFF_DISABLE               			0   // 0:turn off pwm when short fault detected 	1:not turn off pwm when short fault detected
#define	DIP_CRC_CHECK_DISABLE 						0   // 0:enable double-wire CRC check							1:disable double-wire CRC check
#define	PWM_HIGH_TIME_FAULT_DISABLE 			0   // 0:enable pwm high time detect function			1:disable pwm high time detect function
#define SICK_LIMIT_SEL										0   // 0:open debounce signal for sick 						1:open deglitch signal for sick
#define SICK_RANGE_SEL										0   // 0:sick detection related to open 					1:sick detection not related to open
#define DIS_DOS_CRC												0		// 0:enable dis-dos communication CRC check   1:disable dis-dos communication CRC check
#define CONFIG_DONE												1

#define OH_DISABLE                  0


#endif

#endif