/**
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******************************************************************************
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* @file regmap.h
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* @author AndyChen
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* @version V1.0
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* @date 2015-xx-xx
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* @brief Modbus register address map
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******************************************************************************
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* @attention
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*
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******************************************************************************
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*/
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/* Define to prevent recursive inclusion --------------------------------------*/
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#ifndef __REGMAP_H
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#define __REGMAP_H
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/* Includes -------------------------------------------------------------------*/
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#include <stm32f10x.h>
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/* Exported_Macros ------------------------------------------------------------*/
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typedef uint16_t uint16;
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typedef uint32_t uint32;
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/* Exported_Types -------------------------------------------------------------*/
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//2 byte aligned
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#pragma pack(2)
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/*-------------------------------É豸ÐòÁкÅ------------------------------------*/
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/*-------------------------------Á÷Á¿¼Æ¼ÆÁ¿ÐÅÏ¢------------------------------------*/
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/*²úÆ·ÐÅÏ¢*/
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typedef struct
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{
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u16 serial_number[5]; /* 51 r */
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u16 caliber_model; /* 56 r */
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u16 xinao_serial_number[14]; /* 57 r */
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u16 main_soft_serial_number[2]; /* 71 r */
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u16 main_hard_serial_number[3]; /* 73 r */
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} MODBUS_DEVICE_INFO_T;
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/*ʵʱÊý¾Ý*/
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typedef struct
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{
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u8 time[6]; /* 501 64bit integer r */
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u32 workConTotalFlowzs; /* 504 r */
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u16 workConTotalFlowxs;
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u32 stdConTotalFlowzs; /* 507 r */
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u16 stdConTotalFlowxs;
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float workConInstantFlow; /* 510 r */
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float stdConInstantFlow; /* 512 r */
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float temperatureValue; /* 514 r */
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float pressureValue; /* 516 r */
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u32 workErrTotalFlowzs; /* 518 r */
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u16 workErrTotalFlowxs;
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u32 stdErrTotalFlowzs; /* 521 r */
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u16 stdErrTotalFlowxs;
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u32 reverseWorkConTotalFlowzs; /* 524 r */
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u16 reverseWorkConTotalFlowxs;
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u32 reverseStdConTotalFlowzs; /* 527 r */
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u16 reverseStdConTotalFlowxs;
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u32 reverseWorkErrTotalFlowzs; /* 530 r */
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u16 reverseWorkErrTotalFlowxs;
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u32 reverseStdErrTotalFlowzs; /* 533 r */
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u16 reverseStdErrTotalFlowxs;
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double calibration_work_cumulative_flow; /* 536 r */ // ¼ì¶¨¹¤¿öÀÛ»ýÁ¿
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double calibration_standard_cumulative_flow; /* 540 r */ // ¼ì¶¨±ê¿öÀÛ»ýÁ¿
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u16 statusWords[6]; /* 544 r */
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float C_coe; //CϵÊý /* 550 r */
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float K_coe; //KϵÊý /* 552 r */
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float gas_get_factor; //ѹËõÒò×Ó /* 554 r */
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float up_sound_timea; //ÉÏÉùµÀʱ¼ä /* 556 r */
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float up_sound_timeb; //ÉÏÉùµÀʱ¼ä /* 558 r */
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float down_sound_timea;//ÏÂÉùµÀʱ¼ä /* 560 r */
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float down_sound_timeb;//ÏÂÉùµÀʱ¼ä /* 562 r */
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float mid_sound_timea; //ÖÐÉùµÀʱ¼ä /* 564 r */
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float mid_sound_timeb; //ÖÐÉùµÀʱ¼ä /* 566 r */
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float up_sound_time_difference; //ÉÏÉùµÀʱ¼ä²î /* 568 r */
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float down_sound_time_difference; //ÏÂÉùµÀʱ¼ä²î /* 570 r */
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float mid_sound_time_difference; //ÖÐÉùµÀʱ¼ä²î /* 572 r */
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u16 upstre; //ÉÏÉùµÀÐźÅÇ¿¶È /* 574 r */
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u16 downstre; //ÏÂÉùµÀÐźÅÇ¿¶È /* 575 r */
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u16 midstre; //ÖÐÉùµÀÐźÅÇ¿¶È /* 576 r */
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u16 upgain; //ÉÏÉùµÀÔöÒæ /* 577 r */
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u16 downgain; //ÏÂÉùµÀÔöÒæ /* 578 r */
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u16 midgain; //ÖÐÉùµÀÔöÒæ /* 579 r */
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u16 upsnra; //ÉÏÉùµÀÔëÉù /* 580 r */
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u16 upsnrb; //ÉÏÉùµÀÔëÉù /* 581 r */
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u16 downsnra; //ÏÂÉùµÀÔëÉù /* 582 r */
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u16 downsnrb; //ÏÂÉùµÀÔëÉù /* 583 r */
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u16 midsnra; //ÖÐÉùµÀÔëÉù /* 584 r */
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u16 midsnrb; //ÖÐÉùµÀÔëÉù /* 585 r */
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float up_vec; //ÉÏÉùµÀÉùËÙ /* 586 r */
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float down_vec; //ÏÂÉùµÀÉùËÙ /* 588 r */
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float mid_vec; //ÖÐÉùµÀÉùËÙ /* 590 r */
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float up_working_instantaneous_flow; //ÉÏÉùµÀÁ÷ËÙ /* 592 r */
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float down_working_instantaneous_flow;//ÏÂÉùµÀÁ÷ËÙ /* 594 r */
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float mid_working_instantaneous_flow; //ÖÐÉùµÀÁ÷ËÙ /* 596 r */
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float synthetic_sound_velocity; //ºÏ³ÉÉùËÙ¡£ /* 598 r */
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float synthetic_flow_velocity; //ºÏ³ÉÁ÷ËÙ¡£ /* 600 r */
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float ambient_temperature; //»·¾³ÎÂ¶È /* 602 r */
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u16 meter_bat_voltage; //¼ÆÁ¿µç³Øµçѹ /* 604 r */
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u16 meter_bat_percent; //¼ÆÁ¿µç³ØµçѹʣÓà°Ù·Ö±È /* 605 r */
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u16 com_bat_voltage;//ͨÐŵç³Øµçѹ /* 606 r */
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u16 com_bat_percent;//ͨÐŵç³ØµçѹʣÓà°Ù·Ö±È /* 607 r */
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double residual_quantity; //Ê£ÓàÁ¿ /* 608 r */
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u32 current_unit_price;//µ±Ç°µ¥¼Û /* 612 r */
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u16 newstatusWords[6]; /* 614 r */
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} MODBUS_REALTIME_DATA_T;
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/*ÌṩÍⲿDTUµÄÐÒé*/
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typedef struct //14¸öµØÖ·
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{ /* Register Type R/W */
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u16 serialnum[14]; /* 2001 32bit float r/w */
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u16 device_status; /* 2015 */
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double standard_error_accumul; /* 2016 */
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double work_error_accumul; /*2020*/
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float K_coef; /*2024*/
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u8 flowmeterTime[6]; /*2026*/
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float soundVec; /*2029*/
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} flowMeterxinaoSerialnum_t;
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/*ÌṩÍⲿDTUµÄÐÒé²ÎÊý*/
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typedef struct //14¸öµØÖ·
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{ /* Register Type R/W */
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u32 workConTotalFlowzs; /* 3501 r/w */
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u16 workConTotalFlowxs;
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u32 stdConTotalFlowzs; /* 3504 r/w */
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u16 stdConTotalFlowxs;
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float workConInstantFlow; /* 3507 r/w */
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float stdConInstantFlow; /* 3509 r/w */
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float temperatureValue; /* 3511 r/w */
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float pressureValue; /* 3513 r/w */
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u32 reverseWorkConTotalFlowzs; /* 3515 r/w */
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u16 reverseWorkConTotalFlowxs;
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u32 reverseStdConTotalFlowzs; /* 3518 r/w */
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u16 reverseStdConTotalFlowxs;
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// u32 RestartsystemFlow;
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} flowMeterDTUout_t;
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#pragma pack()
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/* Exported_Functions ---------------------------------------------------------*/
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#endif
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/******************* (C) COPYRIGHT 2015 AndyChen *******END OF FILE*************/
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