#ifndef __PARA_H
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#define __PARA_H
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#include "define_all.h"
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#include "1ADC.h"
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#define FIRMWARE_VER_1 0x0000
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#define FIRMWARE_VER_2 0x0102
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#define FIRMWARE_VER_3 0x0407
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#define __UPPER_DATA_ALTER(__LAST__, __NOW__) ((__LAST__ != __NOW__) ? SET : RESET)
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/////////////////////////////////////
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#define READSUCCESSFULLYTIMES 3
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#define READFAILEDTIMES 200
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////////////////////////////////////
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#define PULSE_MODE 0x01
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#define RS485_MODE 0x02
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#define RS485_AND_PULSE_MODE 0x03
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#define ACTIVE 1
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#define NOACTIVE 0
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#define HOST_COMPUTER_DATA_INDEX 3
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///////////////////Alarm code/////////////////////
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#define FLOW_LOW_PWR_ALARM_CODE 0x0101
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#define FLOW_UNDER_VOLTAGE_ALARM_CODE 0x0102
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#define FLOW_PWR_DOWN_ALARM_CODE 0x0103
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#define ALKA_PWR_DOWN_ALARM_CODE 0x0104
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#define LITH_PWR_DOWN_ALARM_CODE 0x0105
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#define EXTERNAL_PWR_ACCESS_ALARM_CODE 0x0106
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#define EXTERNAL_PWR_DOWN_ALARM_CODE 0x0107
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#define ALKA_PWR_LOW_ALARM_CODE 0x0108
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#define LITH_PWR_LOW_ALARM_CODE 0x0109
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#define PULSE_LINE_DISCONNECTED_ALARM_CODE 0x0201
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#define FORCED_TO_CLOSE_VALVE_ALARM_CODE 0x0202
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#define VALVE_OPEN_ALARM_CODE 0x0203
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#define VALVE_ABNORMAL_ALARM_CODE 0x0204
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#define VALVE_FORCE_OPEN_ALARM_CODE 0x0205
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#define PULSE_LINE_MISMATCH_ALARM_CODE 0xfff1
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#define GAS_LEAK_ALARM_CODE 0x0208
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#define RS485_READ_FLOW_FAILED_ALARM_CODE 0x0301
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#define RS485_READ_ABNORMAL_SMALL_READING_CODE 0x0302
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#define TEMPERATURE_ABNORMAL_ALARM_CODE 0x0401
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#define PRESSURE_ABNORMAL_ALARM_CODE 0x0402
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#define AMOUNT_SMALL_ALARM_CODE 0x0501
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#define AMOUNT_ARREARS_ALARM_CODE 0x0502
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#define AMOUNT_OVERDRAFT_ALARM_CODE 0x0503
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#define E2RW_READ_ABNORMAL_ALARM_CODE 0x0701
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#define E2RW_WRITE_ABNORMAL_ALARM_CODE 0x0702
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#define CAP_OPEN_ALARM_CODE 0x0802
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#pragma pack(1)
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//////////////////////////µØÖ··ÖÅä/////////////////////
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#define DeviceAddress_Addr 0x0004
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#define Tyf_Addr 0x0012 //18
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#define Ty_Addr 0x0014 //20
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#define Typ_Addr 0x0016 //22
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#define Tp_Addr 0x0018 //24
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#define Time1_Flag_Addr 0x001C //28
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#define SendTiming_Hour_Addr 0x001D //29
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#define SendTiming_Min_Addr 0x001E //30
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#define Time2_Flag_Addr 0x001F //31
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#define SendTiming_Hour2_Addr 0x0020 //32
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#define SendTiming_Min2_Addr 0x0021 //33
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#define GPRS_RestartTime_Addr 0x0022 //34
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#define IP_Addr 0x0028 //40 IP
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#define NumDataStored_Addr 0x0037 //55-56
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#define DataStoredFlag_Addr 0x003C //60
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#define KVER_ADDR 62
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#define KEY_ADDR 64 //64-79
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#define REALTIME_CUMULATIVE_GAS_USAGE_ADDR 80
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#define REALTIME_CUMULATIVE_FEE_USAGE_ADDR 88
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#define REALTIME_BALANCE_ADDR 96
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//#define BALANCE_Addr 0x0064 //100
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#define DATA_OBTAIN_TYPE_ADDR 104
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#define PULSE_COE_ADDR 108
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#define BILLING_TYPE_ADDR 112
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#define SINGLE_BILLING_FEE_ADDR 113
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#define STEP_BILLING_FIRST_ADDR 117
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#define STEP_BILLING_FEE_FIRST_ADDR 121
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#define STEP_BILLING_SECOND_ADDR 125
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#define STEP_BILLING_FEE_SECOND_ADDR 129
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#define STEP_BILLING_THIRD_ADDR 133
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#define STEP_BILLING_FEE_THIRD_ADDR 137
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#define BALANCE_INSUF_ALARM_AMOUNT_ADDR 141
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#define CREDITS_ADDR 145
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#define METER_TYPE_CODE_ADDR 149
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#define PULSE_WITDH_ADDR 151
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#define ACCOUNT_STATUS_ADDR 155
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#define BAUD_RATE_CODE_ADDR 156
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#define RS485_PARITY_ADDR 157
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#define EXP_VOLTAGE_CODE_ADDR 158
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#define LOW_POWER_ALARM_LINE_ADDR 159
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#define SLAVE_ADDRESS_ADDR 160
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#define SHOW_BALANCE_FLAG_ADDR 161
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#define SHOW_PRICE_FLAG_ADDR 162
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#define LCD_LOGO_ADDR 169
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#define LCD_FLAG_ADDR 170
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#define LOGO_DISPLAY_FLAG_ADDR 171
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#define OPEN_VALVE_AUTHORIZE_FLAG_ADDR 172
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#define OPEN_VALVE_AUTHORIZE_TIME_CNT_ADDRA 173 //173--176 ռ4λ
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#define VALVE_STATE_ADDR 177
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#define VALVE_TYPE_ADDR 178
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#define DeviceserialNum1_ADDR 200
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#define DeviceserialNum2_ADDR 202
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#define DeviceserialNum3_ADDR 204
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#define DeviceserialNum4_ADDR 206
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#define HardwareVerSn1_ADDR 208
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#define HardwareVerSn2_ADDR 210
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#define HardwareVerSn3_ADDR 212
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#define FirmwareVerSn1_ADDR 214
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#define FirmwareVerSn2_ADDR 216
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#define FirmwareVerSn3_ADDR 218
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#define FirmwareCRC_ADDR 220
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#define FirmwareDateyear_ADDR 222
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#define FirmwareDatemonth_ADDR 224
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#define FirmwareDateday_ADDR 226
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#define EquipmentCaliberAndModel_ADDR 228 //É豸¿Ú¾¶ÐͺÅ
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//485¶ÁȡУÑéÓõØÖ·ÇøÓò
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#define RS485_SETTLEMENT_FLAG_ADDR 299 //
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#define DATA_READABLE_FLAG_ADDR 300 //Êý¾Ý¿É¶Á±êÖ¾£¬0x01±íʾ¸ÃÇøÓò´æÓÐÊý¾Ý£¬¿ÉÓÃ×÷¼Æ·ÑУÑé¼ÆËãÓã»·Ç0x01£º±íʾûÓС£¸Ã±ê־ʲôÊÇÇåÓдý¿¼ÂÇ¡£
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#define SCACC_BIL_ADDR 301 //301- 304 £¬¼Æ·ÑУÑéÓñê¿ö×ÜÁ¿´æ´¢Çøu32
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#define BALANCE_BIL_ADDR 305 //305- 312 £¬¼Æ·ÑУÑéÓÃÓà¶î´æ´¢Çødouble
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#define GAS_USAGE_BIL_ADDR 313 //313- 320 £¬¼Æ·ÑУÑéÓÃ×ÜÓÃÆøÁ¿´æ´¢Çødouble
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#define FEE_USAGE_BIL_ADDR 321 //321- 328 £¬¼Æ·ÑУÑéÓÃ×ÜÓÃÆø½ð¶î´æ´¢Çødouble
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#define TIME_BIL_ADDR 329 //329- 334 £¬»ùÊýʱ¼ä£¬ÄêÔÂÈÕʱ·ÖÃë
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#define REALTIME_CUMULATIVE_GAS_USAGE_B_ADDR 350
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#define REALTIME_CUMULATIVE_FEE_USAGE_B_ADDR 358
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#define REALTIME_BALANCE_B_ADDR 366
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#define E2RW_READ_ABNORMAL_FLAG_ADDR 375
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#define E2RW_WRITE_ABNORMAL_FLAG_ADDR 376
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#define VALVE_OPEN_TIMES_ADDR 925 //¿ª·§´ÎÊý925-926
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#define VALVE_CLOSE_TIMES_ADDR 927 //¹Ø·§´ÎÊý927-928
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#define REALTIME_CUMULATIVE_GAS_USAGE_C_ADDR 970
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#define REALTIME_CUMULATIVE_FEE_USAGE_C_ADDR 978
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#define REALTIME_BALANCE_C_ADDR 986
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#define NumStoredLength 750 //´Ë²»ÊǵØÖ·£¬ÊÇÊý¾ÝµÄÌõÊý
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#define WCACC_addr 0x03E8 //1000-4200
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#define SCACC_addr 0x1068 //4200-7400
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#define PRE_addr 0x1CE8 //7400-10600
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#define TEM_addr 0x2968 //10600-13800
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#define WCINS_addr 0x35E8 //13800-17000
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#define SCINS_addr 0x4268 //17000-20200
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#define SCCor_addr 0x4EE8 //20200-23400
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#define YEAR_addr 0x5B68 //23400-24200
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#define MONTH_addr 0x5E88 //24200-25000
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#define DAY_addr 0x61A8 //25000-25800
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#define HOUR_addr 0x64C8 //25800-26600
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#define MIN_addr 0x67E8 //26600-27400
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#define SEC_addr 0x6B08 //27400-28200
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#define BAT_LITH_addr 0x6E28 //28200
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#define BAT_ALKA_addr 0x6E2C //
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#define BAT_EX_addr 0x6E30 //28208
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#define CUMULATIVE_GAS_USAGE_ADDR 31400
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#define CUMULATIVE_FEE_USAGE_ADDR 37400
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#define BALANCE_ADDR 43400 //43400-49400
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/*¼Æ·Ñ²ÎÊýÐ޸ļǼ ±£´æ100Ìõ */
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#define CURRENT_BIL_RECORD_NUM_ADDR 49990
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#define BIL_RECORD_FULL_FLAG_ADDR 49992
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#define FIRST_BIL_RECORD_ADDR 50000
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#define BIL_RECORD_LENGTH 100
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#define BIL_RECORD_NUM 100
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/*±¨¾¯¼Ç¼£¬±£´æ1000Ìõ*/
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#define CURRENT_ALARM_RECORD_NUM_ADDR 60000
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#define ALARM_RECORD_FULL_FLAG_ADDR 60002
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#define FIRST_ALARM_RECORD_ADDR 60004
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#define ALARM_RECORD_LENGTH 9
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#define ALARM_RECORD_NUM 1000
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/*ÀÛ»ýÁ¿Ð޸ļǼ£¬±£´æ50Ìõ*/
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#define CUMULANTS_MODIFY_RECORD_NUM_ADDR 70000
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#define CUMULANTS_MODIFY_RECORD_FULL_FLAG_ADDR 70002
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#define FIRST_CUMULANTS_MODIFY_RECORD_ADDR 70004
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#define CUMULANTS_MODIFY_RECORD_LENGTH 50
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#define CUMULANTS_MODIFY_RECORD_NUM 50
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#define MODBUS_SLAVE_ADDR 75000
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//ÁÙʱ±äÁ¿ ¼Æ·Ñģʽ
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#define BALANCE_SAVE_TYPE_ADDR 75002
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typedef struct LLJ_data
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{
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uint16_t year;
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uint8_t month;
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uint8_t date;
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uint8_t hour;
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uint8_t min;
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uint8_t sec;
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float Lith_Battery_V;
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float Alka_Battery_V;
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float EX_Battery_V;
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float Meter_Battery_V;
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u8 MeterBatVoltagePercent; //·§Ãŵç³Øµçѹ°Ù·Ö±È
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float SC_Accumulation;
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float WC_Accumulation;
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uint32_t SC_Accumulation_long;
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uint32_t WC_Accumulation_long;
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double SC_Accumulation_double;
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double WC_Accumulation_double;
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int16_t SC_Weight_Factor;
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int16_t WC_Weight_Factor;
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float Temperature;
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float Pressure;
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float SC_instant;
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float WC_instant;
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float KB_battery_Q;
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}LLJ_DATA;
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typedef struct{
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uint8_t Tyf;
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uint8_t Tf;
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uint8_t Typ;
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uint8_t Tp;
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uint16_t sampling_Time;
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uint8_t time1_flag; //0x80,0x00
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uint8_t sendTiming_hour; // BCD
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uint8_t sendTiming_min;// BCD
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uint8_t time2_flag;
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uint8_t sendTiming_hour2;// BCD
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uint8_t sendTiming_min2;// BCD
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uint8_t GPRS_RESTARTTIME;
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uint8_t real_sendTiming_hour;
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uint8_t real_sendTiming_min;
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uint8_t real_sendTiming_day;
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uint8_t RTC_sendTiming_hour; //BCD
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uint8_t RTC_sendTiming_min;
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uint8_t RTC_sendTiming_day;
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uint8_t AccountStatus; //0x01¿ª»§£¬00Ïú»§»òÕß먦»§¡£
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uint8_t TestStatus; //²âÊÔ״̬£¬HWID4==1ʱ£¬TestStatus=1;´ËʱÓÃÓÚ³§¼Ò×Ô¼º²âÊÔ£¬²âÊԴ󲿷ֳö³§Ç°ÐèÒª¼ì²âµÄ¹¦ÄÜ¡£
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uint8_t Hour_Updata_flag;//ʱÖÓ¸üÐÂflag£¬ÓÃÓÚһСʱ¶¨Ê±ÓÃ
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uint8_t Key_Power_Det; //°´¼üµçÔ´¼ì²â±êÖ¾
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uint8_t Logo_Display_Flag; //°´¼üµçÔ´¼ì²â±êÖ¾
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// uint8_t EXPower_IR_Det;//ÍâµçÖն˲úÉúºóÐèÒªÑÓ³Ù¼ì²âµçƽÅжÏÊDz»ÊÇÕæµÄ״̬Óб仯
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u16 Sample_Min_Time; //²É¼¯×îСʱ¼ä£¬µ¥Î»Ã룬¼ÓÈëÕâÀïÊÇ20£¬Òâ˼20ÃëÖ®ÄÚÖ»ÄÜÖ´ÐÐÒ»´Î²É¼¯£¬ ·ÀÖ¹20ÄÚ¶à´ÎÑ»·Åжϲɼ¯
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u16 Sample_Interval; //²É¼¯¼ä¸ô£¬µ¥Î»·ÖÖÓ ÊýÖµ·¶Î§1-1440
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u16 Send_Interval; //·¢Ëͼä¸ô£¬µ¥Î»·ÖÖÓ ÊýÖµ·¶Î§0-1440, Ϊ0´ú±í²»Óüä¸ô·¢ËÍ
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u8 show_balance_flag;//0ΪÏÔʾ
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u8 show_price_flag;
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}DEVICE_PARM;
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//Alarm related
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typedef struct{
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uint8_t alarm_l;
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uint16_t u16AlarmStoreNum;
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uint8_t u8AlarmStoreFullFlag;
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uint8_t alarm_Sample;
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uint8_t alarm_PRE;
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uint8_t alarm_TEM;
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uint8_t alarm_FlowPowerLOW;
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uint8_t alarm_FlowUnderPower;
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uint8_t alarm_FlowPowerDOWN;
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uint8_t alarm_AlkaPowerDOWN;
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uint8_t alarm_AlkaPowerLOW;
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uint8_t alarm_LithPowerDOWN;
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uint8_t alarm_LithPowerLOW;
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uint8_t alarm_EXPowerIN;
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uint8_t alarm_EXPowerRemove;
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uint8_t alarm_Pulse_Broken;
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uint8_t alarm_Pulse_Dismatch;
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uint8_t alarm_Valve_close;
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uint8_t alarm_Valve_open;
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uint8_t alarm_Valve_Abnormal;
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uint8_t alarm_Gas_Leak;
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uint8_t alarm_Gas_Leak_time;
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uint8_t alarm_Balance_Small;
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uint8_t alarm_Balance_0;
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uint8_t alarm_Credits_0;
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uint16_t alarm_Credits_0Times;
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uint8_t alarm_E2RW_read_abnormal;
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uint8_t alarm_E2RW_write_abnormal;
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uint8_t alarm_Cap_OPEN;
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uint8_t alarm_Valve_Force_Open;
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float fTempratureLowLimit;
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float fTempratureHighLimit;
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float fPressureLowLimit;
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float fPressureHighLimit;
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uint8_t u8ReadfailedTimes;
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uint8_t u8ReadSuccessfullyTimes;
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uint8_t alarm_Send_failed_time;
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uint8_t Data_Send_failed_time;
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uint8_t alarm_Valve_Abnormal_time;
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uint8_t alarm_RS485_Abnormal_Small_Reading;
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uint8_t u8PulseBrokenTimes;
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uint8_t alarm_FlowPowerLOW_time;
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/*LCD warrning flag*/
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uint8_t alarm_AlkaPowerLow_LCDFLAG;
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uint8_t alarm_LithPowerLow_LCDFLAG;
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uint8_t alarm_AlkaPowerDOWN_LCDFLAG;
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uint8_t alarm_LithPowerDOWN_LCDFLAG;
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uint8_t alarm_Pulse_Broken_LCDFLAG;
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uint8_t alarm_Pulse_Dismatch_LCDFLAG;
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uint8_t alarm_Gas_Leak_LCDFLAG;
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uint8_t alarm_Sample_LCDFLAG;
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uint8_t alarm_PRE_LCDFLAG;
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uint8_t alarm_TEM_LCDFLAG;
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uint8_t alarm_Balance_Small_LCDFLAG;
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uint8_t alarm_RS485Cardinalityfree_LCDFLAG;
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uint8_t alarm_E2RW_read_abnormal_FLAG;
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uint8_t alarm_E2RW_write_abnormal_FLAG;
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uint8_t alarm_RS485_Abnormal_Small_Reading_FLAG;
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uint8_t alarm_Cap_OPEN_LCDFALG;
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uint8_t alarm_FlowPowerLOW_FLAG;
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}SYSTEM_ALARM;
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typedef struct{
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//uint16_t u16AlarmRecordNUM;
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uint16_t u16BilRecordNUM;
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uint8_t u8BilStoreFullFlag;
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uint16_t u16CumulantsRecordNUM;
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uint8_t u8CumulantsStoreFullFlag;
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}SYSTEM_RECORD;
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/*-------------------------------¼Æ·Ñ²ÎÊýÐÅÏ¢--------------------------------*/
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typedef struct parameter_bil
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{
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//float fTotal_balance;
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u8 cDataObtainType; // 0x01:µ¥Âö³åÎÞ485 0x02:µ¥485ÎÞÂö³å 0X03£ºÂö³å + 485
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u8 u8PulseWidth;
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float fPulseCoefficient;
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u8 cBillingType;
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float fSingleBillingFee;
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float fStepBilling_First;
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float fStepBillingFee_First;
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float fStepBilling_Second;
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float fStepBillingFee_Second;
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float fStepBilling_Third;
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float fStepBillingFee_Third;
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int s32RechargeAmount;
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double dRechargeAmount;
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uint16_t iBalanceInsufAlarmAmount;
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float fCredits;
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}PARAMETER_BIL;
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/*-------------------------------·§ÃÅÒì³£ÅжÏ--------------------------------*/
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#define VALVE_ABNORMAL_THRESHOLD 3 //Ôݶ¨·§ÃÅÒì³£Åж¨ãÐֵΪ3·½Á÷Á¿
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typedef struct valve_abnormal_para
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{
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double valveCloseFirstCum; //¹Ø·§Ö®ºóµÚÒ»´Î¼Ç¼µÄÀÛ»ýÁ¿£¬¼Ç¼֮ºó¾Í²»»áÔٱ䣬³ý·ÇÔٴιط§´¥·¢
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u8 valveCloseFirstFlag;//¹Ø·§Ö®ºóµÚÒ»´Î¼Ç¼±êÖ¾£¬ 1´ú±íÒѾ¼Ç¼£¬0´ú±íûÓмǼ
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double valveCloseNextCum; //¹Ø·§Ö®ºó½ÓÏÂÀ´µÄ¼Ç¼µÄÀÛ»ýÁ¿£¬»á¸üÐÂ
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u8 valveCloseNextFlag;//¹Ø·§Ö®ºó½ÓÏÂÀ´µÄ¼Ç¼±êÖ¾£¬ 1´ú±íÒѾ¼Ç¼£¬0´ú±íûÓмǼ
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}VALVE_ABNORMAL_PARA;
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/*-------------------------------É豸ÐòÁкÅ------------------------------------*/
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//address: 0000~0039
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typedef struct
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{ /* Register Type R/W */
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// uint16 serialNum[4]; /* 0 64bit integer r/w */
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uint16 hardwareVerSn[3]; /* 1 32bit integer r/w */
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uint16 firmwareVer[3]; /* 6 32bit integer r/w */
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uint16 firmwareCRC; /* 8 16bit integer r/w */
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uint16 firmwareVerDate_year; /* 9 32bit integer r/w */
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uint16 firmwareVerDate_month; /* 9 32bit integer r/w */
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uint16 firmwareVerDate_day; /* 9 32bit integer r/w */
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uint8 EquipmentCaliberAndModel; //É豸¿Ú¾¶ÐͺÅ1:DN25, 2:DN32,3:DN40,4:DN50,5:DN80,6:DN100,7:DN150, 8:DN200
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} deviceSerialNum_t;
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typedef struct
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{
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u8 slave_time_flag;
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u8 slave_addr;
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}MODBUS_DEV_PARA;
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#pragma pack()
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/*-------------------------------É豸ÐòÁкÅ------------------------------------*/
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extern volatile deviceSerialNum_t regDevSerialNum;
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void arraya_2_arrayb(u8 * aA , u8 * aB, u8 len, u8 mode);
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uint8_t HexToChar(uint8_t bChar);
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uint8_t CharToHex(uint8_t bChar);
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uint8_t Set_parameters(uint8_t dev_or_bil);
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void parameters_2buff(uint8_t dev_or_bil,uint8_t key);
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void SendDataToSTM32(void);
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void calculate_Sample_Time(uint16_t NOW_year,uint8_t NOW_month,uint8_t NOW_day);
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void calculate_Send_Time(uint16_t NOW_year,uint8_t NOW_month,uint8_t NOW_day) ;
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void compara_Send_Sample(uint8_t NOW_year,uint8_t NOW_month,uint8_t NOW_day ,uint8_t NOW_hour,uint8_t NOW_min);
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void Variable_AllInit(void);
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void UART1_set(void);
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void Send_ParaUp(void);
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void Set_Billing_Para(void);
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void Alarm_record(uint16 AlarmCode);
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void Alarm_analysis(void);
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void CumulantsRecord(u8 GasModifyFlag,double PreModifyGasValue,u8 FeeModifyFlag,double PreModifyFeeValue);
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void CumulantsModify(void); //ÀÛ»ýÁ¿ÐÞ¸Ä
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void Send_Cumulants_Record(u16 num);
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void Send_Bil_Record(u16 num);
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void Send_Alarm_Record(u16 num);
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void LeakAlarmLine_Detection(void);//й©±¨¾¯Ïß
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void PulseLine_Detection(void);
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void RegisterInit(void);
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void VerRegisterSet(void); //°æ±¾ºÅÉèÖÃ
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void VerRegisterRead(void); //°æ±¾ºÅÉèÖÃ
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void Read_Valce_Para_Up(void);
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void BillRecord(void); //¼Æ·Ñ²ÎÊýÐ޸ļǼ
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void BigSmallSwitch(u8 * aA , u8 len); //Êý×é´óС¶ËÇл»£¬»òÕß½Ð×öÊý×éµ¹Ðò£¬Ä¿Ç°×Ϊ8×Ö½Ú
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unsigned char HEX2BCD(unsigned char hex_data);
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unsigned char BCD2HEX(unsigned char bcd_data);
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void Get_Sample_Send_Interval(void);
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void Sample_Send_Control(void);
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void Condition_det(void);
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void Valve_abnormal_judge(void);
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void dayly_flag_clear(void);
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extern uint16_t Time_For_valve_open;
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extern uint16_t Time_For_wakeup;
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extern uint16_t LCD_sleepTime;
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extern uint8_t LCD_flag;
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extern uint8_t LOGO_Flag ;
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extern uint32_t k_index;
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extern uint8_t flag,begin,LPM3_FLAG;
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extern int num,sleepTime;
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extern uint8_t total_dataGroupNum;
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extern uint8_t yushu;
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extern uint8_t FirstTimeRunFlag ;
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extern char Debug[150];
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extern DEVICE_PARM device_Parm;
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extern PARAMETER_BIL parameter_bil;
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extern SYSTEM_ALARM system_alarm;
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extern SYSTEM_RECORD system_record;
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///////////////////////////////
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extern u8 RS485_status,BT_status;
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extern volatile ad_data_s ad_data_g;
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extern volatile LLJ_DATA LLJ_data_g;
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extern u32 Power_ON_cnt;
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extern u8 Power_ON_flag;
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extern volatile MODBUS_DEV_PARA modbus_dev_para;
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extern VALVE_ABNORMAL_PARA valve_abnormal_para_g;
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#endif
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