#include "system_parameter.h"
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#include "upper_computer.h"
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#include "uart.h"
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#include "mbcrc.h"
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#include "string.h"
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#include "master_slave_inter.h"
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#include "stdlib.h"
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#include "check_out.h"
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#include "lcd.h"
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#include "gprs.h"
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#include "tim.h"
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#include "power_manage.h"
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#include "system_log.h"
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SYS_TIME_T sys_time_g = {RESET};
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SYS_SOME_FLAG_T sys_some_flag_g = {RESET};
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SYS_REAL_TIME_DATA_T sys_realtime_data_g = {
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.measure_para_s = {
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.compressibility_factor = 1,
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},
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};
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TYPE_CHECK_SIZE(MASTER_BASIC_PARA_T,53);//ºË²é½á¹¹Ìå´óС
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MASTER_BASIC_PARA_T master_basic_papa_g = {
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.device_type_bcd = DM_HCM_UFG220,
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.plant_code_bcd = UC_IDEA_CREATED,
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.factory_number = {0},
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.specifications_model = "UFG220G10LNVZ ",
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};
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TYPE_CHECK_SIZE(MASTER_SOFT_HARD_PARA_T,34);//ºË²é½á¹¹Ìå´óС
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MASTER_SOFT_HARD_PARA_T master_soft_hard_para_g = {
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.master_pcb_num = {0x20, 0x23, 0x01, 0x00, 0x10},
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.master_pcb_type = {0},
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.master_hardware_ver = {0},
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.master_firmware_ver = {0},
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.master_firmware_crc = {0},
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.master_firmware_time = {0}};
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TYPE_CHECK_SIZE(SYS_FLOW_ALARM_CFG_T,28);//ºË²é½á¹¹Ìå´óС
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SYS_FLOW_ALARM_CFG_T sys_flow_alarm_cfg_g = {
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.sys_flow_up_1 = G10_FLOW_MAX * 0.9f,
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.sys_flow_up_2 = G10_FLOW_MAX * 1.05f,
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.sys_flow_down_1 = 0,
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.flow_up_2_replace_value = G10_FLOW_MAX * 1.2f,
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.small_flow_excision_value = G10_FLOW_MIN,
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}; //ÈçÐͺÅÐ޸ģ¬¸ù¾ÝÐͺŶø¶¨£¬ÈçÖ±½ÓÐÞ¸ÄÔò¸ù¾ÝÐÞ¸ÄÖµ¶ø¶¨¡£
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TYPE_CHECK_SIZE(SYS_PRESS_ALARM_CFG_T,44);//ºË²é½á¹¹Ìå´óС
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SYS_PRESS_ALARM_CFG_T sys_press_alarm_cfg_g = {
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.press_correction_factor = 1.0f,
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.press_intercept = 0.0f,
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.press_up_value = SYS_PRESS_MEASURE_MAX * 1.0f,
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.press_up_up_value = ((SYS_PRESS_MEASURE_MAX - BARO_PRESS) * 1.2f + BARO_PRESS),
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.press_down_value = SYS_PRESS_MEASURE_MIN,
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.press_down_down_value = SYS_PRESS_MEASURE_MIN,
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.press_up_scope = SYS_PRESS_MEASURE_MAX,
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.press_down_scope = SYS_PRESS_MEASURE_MIN,
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.press_down_down_replace = SYS_PRESS_MEASURE_MIN};
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TYPE_CHECK_SIZE(SYS_TEMP_ALARM_CFG_T,38);//ºË²é½á¹¹Ìå´óС
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SYS_TEMP_ALARM_CFG_T sys_temp_alarm_cfg_g = {
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.temp_correction_factor = 1.0f,
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.temp_intercept = 0.0f,
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.temp_up_value = SYS_TEMP_MEASURE_MAX * 1,
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.temp_up_up_value = SYS_TEMP_MEASURE_MAX * 1.25,
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.temp_down_value = -10,
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.temp_down_down_value = SYS_TEMP_MEASURE_MIN,
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.temp_up_scope = SYS_TEMP_MEASURE_MAX,
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.temp_down_scope = SYS_TEMP_MEASURE_MIN,
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.temp_up_up_replace = SYS_TEMP_MEASURE_MAX * 1.25,
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.temp_drastic_change = 0.0f,
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.cpu_temp_up_scope = SYS_TEMP_MEASURE_MAX * 1.25,
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.cpu_temp_down_scope = SYS_TEMP_MEASURE_MIN};
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TYPE_CHECK_SIZE(CAL_PULSE_PARA_T,8);//ºË²é½á¹¹Ìå´óС
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CAL_PULSE_PARA_T cal_pulse_para_g = {
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.cal_pulse_factor = CPF_1L,
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.cal_pulse_width = 50,
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};
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TYPE_CHECK_SIZE(SECOND_ORDER_CORR_T,80);//ºË²é½á¹¹Ìå´óС
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SECOND_ORDER_CORR_T sec_order_corr_set_g = {0};
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SECOND_ORDER_CORR_T sec_order_corr_real_g = {0};
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uint8_t sys_device_flow_max_g = G10_FLOW_MAX;
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float sys_device_flow_min_g = G10_FLOW_MIN;
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float sys_device_flow_qt_g = 10 * G10_FLOW_MIN;
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/*ϵͳ»ñµÃ¿Ú¾¶Ðͺųõʼ»¯*/
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void Sys_GetUnitType_Init(void)
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{
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uint8_t device_type = atoi((char *)&master_basic_papa_g.specifications_model[7]);
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switch(device_type)
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{
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case 6:
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check_cal_g.device_type = G6;
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sys_device_flow_max_g = G6_FLOW_MAX;
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sys_device_flow_min_g = G6_FLOW_MIN;
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break;
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case 10:
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check_cal_g.device_type = G10;
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sys_device_flow_max_g = G10_FLOW_MAX;
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sys_device_flow_min_g = G10_FLOW_MIN;
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break;
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case 16:
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check_cal_g.device_type = G16;
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sys_device_flow_max_g = G16_FLOW_MAX;
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sys_device_flow_min_g = G16_FLOW_MIN;
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break;
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case 25:
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check_cal_g.device_type = G25;
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sys_device_flow_max_g = G25_FLOW_MAX;
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sys_device_flow_min_g = G25_FLOW_MIN;
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break;
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default:break;
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}
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led_para_output_init();
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Valve_OpenCloseTimeInit();
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// sys_flow_alarm_cfg_g.sys_flow_up_1 = sys_device_flow_max_g * 0.9;
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// sys_flow_alarm_cfg_g.sys_flow_up_2 = sys_device_flow_max_g * 1.05;
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// sys_flow_alarm_cfg_g.flow_up_2_replace_value = sys_device_flow_max_g * 1.2;
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// sys_flow_alarm_cfg_g.small_flow_excision_value = sys_device_flow_min_g;
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sys_device_flow_qt_g = 10 * sys_device_flow_min_g;
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// micro_constant_flow_para_g.micro_flow_threshold = sys_device_flow_min_g * 1000;
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// micro_constant_flow_para_g.constant_flow_threshold_down = sys_device_flow_min_g * 1000;
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// micro_constant_flow_para_g.constant_flow_threshold_up = sys_device_flow_max_g * 1200;
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#ifdef RS232_PRINTF
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printf("É豸ÐͺŠ= %d\r\n",check_cal_g.device_type);
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#endif
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}
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void Sys_GetUnitType_Set(uint8_t device_type_before)
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{
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uint8_t device_type_now = atoi((char *)&master_basic_papa_g.specifications_model[7]);
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switch(device_type_now)
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{
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case 6:
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check_cal_g.device_type = G6;
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sys_device_flow_max_g = G6_FLOW_MAX;
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sys_device_flow_min_g = G6_FLOW_MIN;
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break;
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case 10:
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check_cal_g.device_type = G10;
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sys_device_flow_max_g = G10_FLOW_MAX;
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sys_device_flow_min_g = G10_FLOW_MIN;
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break;
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case 16:
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check_cal_g.device_type = G16;
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sys_device_flow_max_g = G16_FLOW_MAX;
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sys_device_flow_min_g = G16_FLOW_MIN;
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break;
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case 25:
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check_cal_g.device_type = G25;
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sys_device_flow_max_g = G25_FLOW_MAX;
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sys_device_flow_min_g = G25_FLOW_MIN;
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break;
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default:break;
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}
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led_para_output_init();
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Valve_OpenCloseTimeInit();
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if(device_type_before != device_type_now)
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{
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sys_flow_alarm_cfg_g.sys_flow_up_1 = sys_device_flow_max_g * 0.9;
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sys_flow_alarm_cfg_g.sys_flow_up_2 = sys_device_flow_max_g * 1.05;
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sys_flow_alarm_cfg_g.flow_up_2_replace_value = sys_device_flow_max_g * 1.2;
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sys_flow_alarm_cfg_g.small_flow_excision_value = sys_device_flow_min_g;
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sys_device_flow_qt_g = 10 * sys_device_flow_min_g;
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micro_constant_flow_para_g.micro_flow_threshold = sys_device_flow_min_g * 1000;
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micro_constant_flow_para_g.constant_flow_threshold_down = sys_device_flow_min_g * 1000;
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micro_constant_flow_para_g.constant_flow_threshold_up = sys_device_flow_max_g * 1200;
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Sys_Log_E2pParaMultipleWrite(&sys_store_para_table[PARA_FLOW_ALARM_CFG],1);
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Sys_Log_E2pParaMultipleWrite(&sys_store_para_table[PARA_MICRO_CONSTANT_FLOW],1);
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}
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}
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__IO uint16_t auto_exit_start_min_time_g = 0;
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__IO uint16_t cal_mode_exit_cnt_g = 0;//¼ì¶¨Ä£Ê½ÎÞÁ÷Á¿×Ô¶¯Í˳öCNT
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__IO uint16_t cal_mode_force_exit_cnt_g = 0;//¼ì¶¨Ä£Ê½Ç¿ÖÆÍ˳öCNT
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uint8_t cal_mode_exit_save_cumulate_flag_g = 0;//¼ì¶¨Ä£Ê½Í˳ö´¢´æ¼ì¶¨×ÜÁ¿±ê־λ
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/*ÉèÖòÎÊýģʽ×Ô¶¯Í˳ö³ÌÐò*/
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void SetParaMode_AutoExitProcess(TEMP_SYS_MODE_CNV_CMD *pCnv_cmd_flag, __IO RTC_TimeDateTypeDef *calendar_p)
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{
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uint16_t now_time_min = 0;
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if (uc_return_flag_g) // Óн»»¥
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auto_exit_start_min_time_g = Bcd_2_Hex(calendar_p->Hour) * 60 + Bcd_2_Hex(calendar_p->Minute);
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else
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{
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if (calendar_p->Second == 0x02) // ÿ·ÖÖÓÖ»ÅжÏÒ»´Î
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{
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now_time_min = Bcd_2_Hex(calendar_p->Hour) * 60 + Bcd_2_Hex(calendar_p->Minute);
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if (now_time_min < auto_exit_start_min_time_g) // ¿çÌì
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{
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if (now_time_min + 1440 - auto_exit_start_min_time_g > SET_PARA_MODE_TIMEOUT)
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*pCnv_cmd_flag = CNV_PARA_MODE_EXIT;
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}
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else if (now_time_min - auto_exit_start_min_time_g > SET_PARA_MODE_TIMEOUT)
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*pCnv_cmd_flag = CNV_PARA_MODE_EXIT;
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}
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}
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}
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/*У׼ģʽ×Ô¶¯Í˳ö³ÌÐò*//*ÓÉÓڼ춨ģʽ¹Ø±ÕRTCÃëÖжϣ¬²»ÄÜʵʱ¸üÐÂʱ¼ä£¬ËùÒÔ²»ÄÜÒÔʵʱʱ¼äΪÒÀ¾Ý×Ô¶¯Í˳öУ׼ģʽ*/
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void CalMode_AutoExitProcess(MEDIA_STATUS medium_flag, TEMP_SYS_MODE_CNV_CMD *pCnv_cmd_flag, __IO RTC_TimeDateTypeDef *calendar_p)
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{
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// uint16_t now_time_min = 0;
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uint32_t min_2_250ms = CAL_MODE_TIMEOUT * 60 * 4;
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uint32_t min_2_250ms_force = CAL_MODE_FORCE_TIME * 60 * 4;
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float cal_flow_value_per_hour = cal_display_exit_data_g * 3600 * 4;//У׼Á÷Á¿Êý¾ÝÿСʱ
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if (cal_flow_value_per_hour > (sys_flow_alarm_cfg_g.small_flow_excision_value * 0.5f)) // ÓÐÁ÷Á¿
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cal_mode_exit_cnt_g = 0;
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// auto_exit_start_min_time_g = Bcd_2_Hex(calendar_p->hour) * 60 + Bcd_2_Hex(calendar_p->minute);
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else
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{
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if(cal_mode_exit_cnt_g++ > min_2_250ms)
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{
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cal_mode_exit_cnt_g = 0;
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*pCnv_cmd_flag = CNV_CAL_MODE_EXIT;
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}
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// if (calendar_p->second == 0x02) // ÿ·ÖÖÓÖ»ÅжÏÒ»´Î
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// {
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// now_time_min = Bcd_2_Hex(calendar_p->hour) * 60 + Bcd_2_Hex(calendar_p->minute);
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// if (now_time_min < auto_exit_start_min_time_g) // ¿çÌì
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// {
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// if (now_time_min + 1440 - auto_exit_start_min_time_g > CAL_MODE_TIMEOUT)
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// *pCnv_cmd_flag = CNV_CAL_MODE_EXIT;
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// }
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// else if (now_time_min - auto_exit_start_min_time_g > CAL_MODE_TIMEOUT)
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// *pCnv_cmd_flag = CNV_CAL_MODE_EXIT;
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// }
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}
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if (medium_flag != AIR)
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*pCnv_cmd_flag = CNV_CAL_MODE_EXIT;
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if(cal_mode_force_exit_cnt_g++ > min_2_250ms_force)
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{
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cal_mode_force_exit_cnt_g = 0;
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*pCnv_cmd_flag = CNV_CAL_MODE_EXIT;
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}
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}
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void Master_SoftHardPara_Init(void)
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{
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MASTER_SOFT_HARD_PARA_T * master_soft_hard_para_p = &master_soft_hard_para_g;
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uint8_t firmware_ver_u8[4] = {0};
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uint32_t firmware_ver_u32[4] = {0};
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uint16_t firmware_crc;
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// uint8_t hardware_patch_cnt = 0;
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// uint16_t hardware_bom_num = 0;
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// uint32_t hardware_board_num = 0;
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// Ó²¼þ°æ±¾ºÅ BCD
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// sscanf(HARDWARE_VERSION,"%x.%x.%x",&hardware_board_num,(uint32_t *)&hardware_bom_num,(uint32_t *)&hardware_patch_cnt);
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// master_soft_hard_para_p->master_hardware_ver[0] = hardware_board_num >> 12;
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// master_soft_hard_para_p->master_hardware_ver[1] = hardware_board_num >> 4;
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// master_soft_hard_para_p->master_hardware_ver[2] = (hardware_board_num << 4) | (hardware_bom_num >> 12);
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// master_soft_hard_para_p->master_hardware_ver[3] = hardware_bom_num >> 4;
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// master_soft_hard_para_p->master_hardware_ver[4] = (hardware_bom_num << 4) | hardware_patch_cnt;
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// Èí¼þ°æ±¾ºÅ ºÍ CRC
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sscanf(FIRMWARE_VERSION, "%x.%x.%x.%x",&firmware_ver_u32[0], &firmware_ver_u32[1], &firmware_ver_u32[2], &firmware_ver_u32[3]);
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// HEX
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for(uint8_t i = 0;i < 4;i ++)
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firmware_ver_u8[i] = firmware_ver_u32[i];
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firmware_crc = usMBCRC16(0xFFFF,firmware_ver_u8, 4);
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master_soft_hard_para_p->master_firmware_crc[0] = firmware_crc;
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master_soft_hard_para_p->master_firmware_crc[1] = firmware_crc >> 4;
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memcpy(master_soft_hard_para_p->master_firmware_ver, firmware_ver_u8, 4);
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// Èí¼þ°æ±¾ÈÕÆÚ
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master_soft_hard_para_p->master_firmware_time[0] = HEX_2_BCD_U8((OS_YEAR - 2000));
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master_soft_hard_para_p->master_firmware_time[1] = HEX_2_BCD_U8(OS_MONTH);
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master_soft_hard_para_p->master_firmware_time[2] = HEX_2_BCD_U8(OS_DAY);
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}
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void Sys_MappingPara_Init(void)
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{
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uint8_t i = 0;
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/*Ô¶´«±íºÅ¸³Öµ*/
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memcpy(gprs_protocol_head_tail_g.gprs_protocol_head.device_num,master_basic_papa_g.factory_number,
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sizeof(gprs_protocol_head_tail_g.gprs_protocol_head.device_num));// É豸±àºÅ
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/*ÃÜÔ¿*/
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if(my_memcmp(gprs_network_cfg_para_g.aes128_secret_key[1],&i,8 * 16) > 0)
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memcpy(KVer_AES_128,gprs_network_cfg_para_g.aes128_secret_key[1],sizeof(KVer_AES_128)); //Õýʽ
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else
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memcpy(KVer_AES_128,gprs_network_cfg_para_g.aes128_secret_key[0],sizeof(KVer_AES_128)); //²âÊÔ
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}
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/*¶þ´ÎÐÞÕýʵ¼Ê²ÎÊý¼ÆËã³õʼ»¯*/
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void SecondOrder_RealParaCalculate_Init(void)
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{
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for(uint8_t count_i = 0; count_i < 5; count_i ++)
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{
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if(sec_order_corr_set_g.second_flow_data_point[count_i] != 0)
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{
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sec_order_corr_real_g.second_corr_factor[count_i] = 1.0f / (1 + sec_order_corr_set_g.second_corr_factor[count_i] / 100);
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sec_order_corr_real_g.second_flow_data_point[count_i] = sec_order_corr_set_g.second_flow_data_point[count_i] / sec_order_corr_real_g.second_corr_factor[count_i];
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}
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else
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{
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sec_order_corr_real_g.second_corr_factor[count_i] = 1;
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sec_order_corr_real_g.second_flow_data_point[count_i] = 0;
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}
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}
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}
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