/**
  ******************************************************************************
  * @file    regmap.h
  * @author  AndyChen
  * @version V1.0
  * @date    2015-xx-xx
  * @brief   Modbus register address map
  ******************************************************************************
  * @attention
  *  
  ******************************************************************************
  */ 

/* Define to prevent recursive inclusion --------------------------------------*/

#ifndef __REGMAP_H

#define __REGMAP_H

/* Includes -------------------------------------------------------------------*/

#include <stm32f10x.h>

/* Exported_Macros ------------------------------------------------------------*/

typedef uint16_t uint16;
typedef uint32_t uint32;

/* Exported_Types -------------------------------------------------------------*/

//2 byte aligned
#pragma pack(2)

/*-------------------------------É豸ÐòÁкÅ------------------------------------*/


/*-------------------------------Á÷Á¿¼Æ¼ÆÁ¿ÐÅÏ¢------------------------------------*/



/*²úÆ·ÐÅÏ¢*/
typedef	struct
{											
	u16		serial_number[5];				  			/* 51	   r */
	u16	  caliber_model;           			 /* 56	   r */
	u16	  xinao_serial_number[14];  			/* 57	   r */
	u16	  main_soft_serial_number[2];    /* 71	   r */
	u16	  main_hard_serial_number[3];    /* 73	   r */
	
} MODBUS_DEVICE_INFO_T;




/*ʵʱÊý¾Ý*/
typedef	struct
{											
	u8		time[6];				  /* 501	  64bit integer	 r */
	u32			workConTotalFlowzs;				/* 504		 		 r */
	u16			workConTotalFlowxs;

	u32			stdConTotalFlowzs;				/* 507				 r */
	u16			stdConTotalFlowxs;

	float		workConInstantFlow;				/* 510				 r */
	float		stdConInstantFlow;				/* 512				 r */
		
	float   temperatureValue;					/* 514				 r */	
	float   pressureValue;						/* 516				 r */

	u32			workErrTotalFlowzs;				/* 518		 		 r */
	u16			workErrTotalFlowxs;
	
	u32			stdErrTotalFlowzs;				/* 521		 		 r */
	u16			stdErrTotalFlowxs;
	
	u32			reverseWorkConTotalFlowzs;				/* 524		 		 r */
	u16			reverseWorkConTotalFlowxs;

	u32			reverseStdConTotalFlowzs;					/* 527				 r */
	u16			reverseStdConTotalFlowxs;
	
	u32			reverseWorkErrTotalFlowzs;				/* 530		 		 r */
	u16			reverseWorkErrTotalFlowxs;
	
	u32			reverseStdErrTotalFlowzs;					/* 533		 		 r */
	u16			reverseStdErrTotalFlowxs;
	
	double		calibration_work_cumulative_flow;				    /* 536		 		 r */       // ¼ì¶¨¹¤¿öÀÛ»ýÁ¿
	double		calibration_standard_cumulative_flow;				/* 540		 		 r */       // ¼ì¶¨±ê¿öÀÛ»ýÁ¿
	
	
	u16      statusWords[6];                              /* 544		 		 r */
	
	float   C_coe; //CϵÊý                                  /* 550		 		 r */
	float   K_coe; //KϵÊý                                  /* 552		 		 r */
	
	float		gas_get_factor;     //ѹËõÒò×Ó                  /* 554		 		 r */  
	
	
	float				up_sound_timea;  //ÉÏÉùµÀʱ¼ä             /* 556		 		 r */ 
	float 			up_sound_timeb;  //ÉÏÉùµÀʱ¼ä              /* 558		 		 r */ 
	float				down_sound_timea;//ÏÂÉùµÀʱ¼ä              /* 560		 		 r */ 
	float 			down_sound_timeb;//ÏÂÉùµÀʱ¼ä              /* 562		 		 r */ 
	float				mid_sound_timea; //ÖÐÉùµÀʱ¼ä               /* 564		 		 r */ 
	float				mid_sound_timeb; //ÖÐÉùµÀʱ¼ä                  /* 566		 		 r */ 
	
	float				up_sound_time_difference;    //ÉÏÉùµÀʱ¼ä²î     /* 568		 		 r */ 
	float				down_sound_time_difference;  //ÏÂÉùµÀʱ¼ä²î   /* 570		 		 r */ 
	float				mid_sound_time_difference;   //ÖÐÉùµÀʱ¼ä²î		 /* 572		 		 r */ 
	
	u16					upstre;      //ÉÏÉùµÀÐźÅÇ¿¶È										 /* 574		 		 r */ 
	u16					downstre;    //ÏÂÉùµÀÐźÅÇ¿¶È									 /* 575		 		 r */ 
	u16					midstre;     //ÖÐÉùµÀÐźÅÇ¿¶È 									 /* 576		 		 r */ 

	u16					upgain;      //ÉÏÉùµÀÔöÒæ														 /* 577		 		 r */ 
	u16					downgain;    //ÏÂÉùµÀÔöÒæ														 /* 578		 		 r */ 
	u16					midgain;     //ÖÐÉùµÀÔöÒæ														 /* 579		 		 r */ 

	u16					upsnra;       //ÉÏÉùµÀÔëÉù															  /* 580		 		 r */ 
	u16					upsnrb;       //ÉÏÉùµÀÔëÉù														  /* 581		 		 r */ 
	u16					downsnra;     //ÏÂÉùµÀÔëÉù													  	/* 582		 		 r */ 
	u16					downsnrb;     //ÏÂÉùµÀÔëÉù														  /* 583		 		 r */ 	
	u16					midsnra;      //ÖÐÉùµÀÔëÉù														  /* 584		 		 r */ 		
	u16					midsnrb;      //ÖÐÉùµÀÔëÉù															/* 585		 		 r */ 	
	
	float				up_vec;       //ÉÏÉùµÀÉùËÙ																 /* 586		 		 r */ 
	float				down_vec;     //ÏÂÉùµÀÉùËÙ															 /* 588		 		 r */ 
	float				mid_vec;      //ÖÐÉùµÀÉùËÙ															 /* 590		 		 r */ 

	float				up_working_instantaneous_flow;  //ÉÏÉùµÀÁ÷ËÙ						 /* 592		 		 r */ 
	float				down_working_instantaneous_flow;//ÏÂÉùµÀÁ÷ËÙ						 /* 594		 		 r */ 
	float				mid_working_instantaneous_flow; //ÖÐÉùµÀÁ÷ËÙ							 /* 596		 		 r */ 
	
	float   		synthetic_sound_velocity;  //ºÏ³ÉÉùËÙ¡£										 /* 598		 		 r */ 		
	float   		synthetic_flow_velocity;   //ºÏ³ÉÁ÷ËÙ¡£										 /* 600		 		 r */ 
	
	float    ambient_temperature;  //»·¾³Î¶È																 /* 602		 		 r */ 
	
	u16      meter_bat_voltage; //¼ÆÁ¿µç³Øµçѹ															 /* 604		 		 r */ 		
	u16      meter_bat_percent; //¼ÆÁ¿µç³ØµçѹʣÓà°Ù·Ö±È											 /* 605		 		 r */ 
	
	u16      com_bat_voltage;//ͨÐŵç³Øµçѹ																	/* 606		 		 r */ 
	u16      com_bat_percent;//ͨÐŵç³ØµçѹʣÓà°Ù·Ö±È												/* 607		 		 r */ 			
	
	double   residual_quantity; //Ê£ÓàÁ¿																		 /* 608		 		 r */ 
	u32      current_unit_price;//µ±Ç°µ¥¼Û																	 /* 612		 		 r */ 
	
	u16      newstatusWords[6];                              /* 614		 		 r */

} MODBUS_REALTIME_DATA_T;



/*ÌṩÍⲿDTUµÄЭÒé*/
typedef struct								//14¸öµØÖ·
{															/* Register		Type  		 R/W */
	u16		 serialnum[14];				/* 2001		32bit float		 r/w */
	u16		 device_status;				/* 2015 */
	double standard_error_accumul; /* 2016 */
	double work_error_accumul;		/*2020*/
	float	 K_coef;									/*2024*/
	u8		 flowmeterTime[6];			/*2026*/
	float	 soundVec;   						/*2029*/
	
} flowMeterxinaoSerialnum_t;



/*ÌṩÍⲿDTUµÄЭÒé²ÎÊý*/
typedef struct								//14¸öµØÖ·
{															/* Register		Type  		 R/W */
	u32			workConTotalFlowzs;				/* 3501				 r/w */
	u16			workConTotalFlowxs;

	u32			stdConTotalFlowzs;				/* 3504				 r/w */
	u16			stdConTotalFlowxs;

	float		workConInstantFlow;			/* 3507			 r/w */
	float		stdConInstantFlow;			/* 3509				 r/w */
		
	float   temperatureValue;			/* 3511				 r/w */	
	float   pressureValue;				/* 3513				 r/w */

	u32			reverseWorkConTotalFlowzs;				/* 3515				 r/w */
	u16			reverseWorkConTotalFlowxs;

	u32			reverseStdConTotalFlowzs;				/* 3518				 r/w */
	u16			reverseStdConTotalFlowxs;
	
//	u32			RestartsystemFlow;
	
} flowMeterDTUout_t;






#pragma pack()

/* Exported_Functions ---------------------------------------------------------*/


#endif
/******************* (C) COPYRIGHT 2015 AndyChen *******END OF FILE*************/