basedefine.h
来自「电力系统中的保护装置全部代码」· C头文件 代码 · 共 346 行
H
346 行
#include "nucleus.h"
#ifndef BASEDEFINE
#define BASEDEFINE
#define CHL_Number 16 //模拟量通道数
#define DI_Number 32 //开入路数
#define DO_Number 14 //开入路数
#define Sample_Point 24 //每周波采样点数
#define AD_OneDataSize 0x100 //每个模拟量通道采样区长度
#define PULSENUM 4 //脉冲路数
#define REPORTRAM 100 //报告暂存区总数
#define SETTINGNUM 8 //定值区数
#define ALIAS_NAME 5
#define DIMENSION 5
#define EEP_REPORTNUM 64
#define VALUE_NAME 20 // value name length
#define SOE_NAME 20 // soe name length
typedef struct EEP_VALUE_STRUCT
{
CHAR value_name[VALUE_NAME]; // value name
CHAR value_alias[ALIAS_NAME]; // value alias
UNSIGNED value_index_number; // value index number
INT value_calculate_style; // value calculate style
CHAR value_dimension[DIMENSION]; // pointer to value dimension
UNSIGNED value_calculate_coefficient1; // value calculate coefficient
UNSIGNED value_calculate_coefficient2; // value calculate coefficient
UNSIGNED value_calculate_coefficient3; // value calculate coefficient
UNSIGNED value_calculate_coefficient4; // value calculate coefficient
UNSIGNED value_measure1; // value
UNSIGNED value_measure2; // value
UNSIGNED value_measure3; // value
UNSIGNED value_measure4; // value
UNSIGNED value_real1; // value real
UNSIGNED value_real2; // value real
UNSIGNED value_real3; // value real
UNSIGNED value_real4; // value real
UNSIGNED value_imaginary1; // value imaginary
UNSIGNED value_imaginary2; // value imaginary
UNSIGNED value_imaginary3; // value imaginary
UNSIGNED value_imaginary4; // value imaginary
}EEP_VALUE;
typedef struct EEP_REPORT_STRUCT
{
UNSIGNED uReportEEPNumL;
UNSIGNED uReportEEPNumH;
CHAR SOE_name[SOE_NAME]; // SOE name
UNSIGNED SOE_Inf; // SOE INF
UNSIGNED DPI; // DIP = 1 return; 2 = operate
UNSIGNED Relative_TimeL; // fault hold Time (fault_start -- fault_end time)
UNSIGNED Relative_TimeH; // fault hold Time (fault_start -- fault_end time)
UNSIGNED Fault_Number; // fault count
UNSIGNED Year; // year
UNSIGNED Month; // month
UNSIGNED Day; // day
UNSIGNED Hour; // hour
UNSIGNED Minute; // minute
UNSIGNED MillionsecondL; // Millionsecond
UNSIGNED MillionsecondH; // Millionsecond
UNSIGNED SIN; // return use(IEC103)
UNSIGNED pro_report_data_number;
EEP_VALUE Value[5];
}EEP_REPORT;
#define TIMELEN 100
typedef struct
{
UNSIGNED HourMinuteSec[TIMELEN];
UNSIGNED YearMonthDay[TIMELEN];
UNSIGNED DI[TIMELEN];
}TimeSTRU;
typedef struct
{
UNSIGNED QDB;
UNSIGNED Iaqdjs;
UNSIGNED Ibqdjs;
UNSIGNED Icqdjs;
UNSIGNED Izqdjs;
float* IqdPtr;
UNSIGNED WaitFlag;
UNSIGNED Iqdsj; //对应于故障开始时刻，为第一个突变点
/*
UNSIGNED year; //对应于突变量元件动作的时间，一般为故障1/3周后动作。
UNSIGNED month;
UNSIGNED date;
UNSIGNED hour;
UNSIGNED minute;
UNSIGNED msec;
*/
}IQDSTRU;
#define SAVE_SUBADDRESS 1
#define SAVE_PASSWORD 2
#define SAVE_SETZONE 3
#define SAVE_PTRATE 4
#define SAVE_CTRATE 5
#define SAVE_JUMPER 6
#define SAVE_SETTING 7
#define CLR_EEP_REPORT 8
#define SAVE_SCALE 9
#define SAVE_ANGLE 10
#define SAVE_REPORT 11
#define SAVE_PULSE 12
#define SAVE_TIME 13
typedef struct
{
UNSIGNED sec;
UNSIGNED min;
UNSIGNED hour;
UNSIGNED date;
UNSIGNED month;
UNSIGNED day;
UNSIGNED year;
UNSIGNED ctrl; //以burst方式写时钟时,必须包含ctrl,否则写不进
}Clock;
typedef struct EEP_SET_STRUCT
{
UNSIGNED value0;
UNSIGNED value1;
UNSIGNED value2;
UNSIGNED value3;
/*
UNSIGNED value0test;
UNSIGNED value1test;
UNSIGNED value2test;
UNSIGNED value3test;
*/
}EEP_SET;
typedef struct RUN_USET_STRUCT
{
UNSIGNED value;
/*
UNSIGNED valuetest;
*/
}RUN_USET;
typedef struct RUN_ISET_STRUCT
{
INT value;
/*
INT valuetest;
*/
}RUN_ISET;
typedef struct RUN_FSET_STRUCT
{
float value;
/*
float valuetest;
*/
}RUN_FSET;
#define MEASURE_NUMBER 13
typedef struct
{
CHAR *pMeasure_name;
float rating;
float value;
CHAR *pvalue_dimension;
}MEASTRU;
/* 开入通道 */
#define MC1 0 //脉冲1
#define MC2 1
#define MC3 2
#define MC4 3
#define YX1 4 //遥信1
#define YX2 5
#define YX3 6
#define YX4 7
#define YX5 8
#define YX6 9
#define YX7 10
#define YX8 11
#define YX9 12
#define THWXN 13 //弹簧未蓄能
#define BSCHZ 14 //闭锁重合闸
#define JXZT 15 //检修状态
#define TW 16 //跳位
#define YKYX 17 //遥控允许
#define SDTZ 18 //手动跳闸
#define HW 19 //合位
#define FG 20 //复归
#define SOE_NAME 20
typedef struct DIFUN
{
CHAR name[SOE_NAME];
CHAR on_name[SOE_NAME];
CHAR off_name[SOE_NAME];
UNSIGNED inf;
UNSIGNED asdu;
UNSIGNED counter_set;
VOID (*proutine)(struct DIFUN *);
UNSIGNED done;
UNSIGNED state;
UNSIGNED counter;
UNSIGNED time;
}DISTRU;
typedef struct
{
float value[AD_OneDataSize - 1];
UNSIGNED reserve;
}SAMPLE;
/* 信息代码 */
#define SpringCode 168 //弹簧未蓄能
#define ControlCircuitCode 203 //控制回路断线信息序号
#define SettingZoneErrorCode 223 //定值区出错
#define EepromErrorCode 196 //EEPROM出错
#define SettingErrorCode 222 //定值出错
#define PTCode 133 //PT回路断线
/* 模入通道 MAX336管脚 */
#define DC_Chn 0 //pin19
#define PIa_Chn 4 //pin23
#define PIb_Chn 14 //pin5
#define PIc_Chn 9 //pin10
#define PI0_Chn 6 //pin25
#define Ua_Chn 1 //pin20
#define Ub_Chn 3 //pin22
#define Uc_Chn 8 //pin11
#define U0_Chn 5 //pin24
#define Ux_Chn 2 //pin21
#define MIa_Chn 15 //pin4
#define MIb_Chn 10 //pin7
#define MIc_Chn 12 //pin9
//Ubr1 pin8 11
//Ubr2 pin26 7
//Ubr3 pin6 13
/* IO口地址 */
#define DIN1PORT 0x810000
#define DIN2PORT 0x811000
//DIN1为低16位,DIN2为高16位
//D0~D3为脉冲1~4;
//D4~D12为开入1~9;
//D13为弹簧未蓄能,D14为闭锁重合闸,D15为检修状态
//D16为跳位,D17为遥控允许,D18为手跳,D19为合位,D20为复归
#define OUTRET 0x1
#define GPSIN 0x2
#define DIN3PORT 0x812000
/* d0:out_ret d1:gps d2:inta d3:intb d4:intc d5:intd */
#define KEYPORT 0x813000
#define DOPORT 0x814000
#define CTRLPORT 0x815000
/* d0:runled d1:oe_485 d2:clr_hdog d3:close_n */
#define CTRL_DOG 2
#define CTRL_485 1
#define CTRL_RUNLED 0
#define CTRL_LIGHT 3
#define COM1PORT 0x816000
#define COM2PORT 0x817000
#define COM3PORT 0x818000
#define COM4PORT 0x819000
#define ADPORT 0x81A000
#define LCD1PORT 0x820000
#define LCD2PORT 0x821000
/* 开关量输出 */
typedef struct
{
UNSIGNED clock; //动作的时间
UNSIGNED state; //当前的状态
}DOSTRU;
#define BSJ 13
#define QDJ 0
#define GXJ 1
#define FGJ 12
#define TZJ 2
#define HZJ 7
#define YHJ 6
#define YTJ 5
#define BY1 3
#define BY2 4
#define BY3 9
#define BY4 10
#define BY5 11
#define Bsj() Switch_Output_off(BSJ)
#define BsjBack() Switch_Output_on(BSJ)
#define Qdj() Switch_Output_on(QDJ)
#define QdjBack() Switch_Output_off(QDJ)
#define Gxj() Switch_Output_on(GXJ)
#define GxjBack() Switch_Output_off(GXJ)
#define Fgj() Switch_Output_on(FGJ)
#define FgjBack() Switch_Output_off(FGJ)
#define Tzj() Switch_Output_on(TZJ)
#define TzjBack() Switch_Output_off(TZJ)
#define Hzj() Switch_Output_on(HZJ)
#define HzjBack() Switch_Output_off(HZJ)
#define Yhj() Switch_Output_on(YHJ)
#define YhjBack() Switch_Output_off(YHJ)
#define Ytj() Switch_Output_on(YTJ)
#define YtjBack() Switch_Output_off(YTJ)
#define By1() Switch_Output_on(BY1)
#define By1Back() Switch_Output_off(BY1)
#define By2() Switch_Output_on(BY2)
#define By2Back() Switch_Output_off(BY2)
#define By3() Switch_Output_on(BY3)
#define By3Back() Switch_Output_off(BY3)
#define By4() Switch_Output_on(BY4)
#define By4Back() Switch_Output_off(BY4)
#define By5() Switch_Output_on(BY5)
#define By5Back() Switch_Output_off(BY5)
#define clrdog() Ctrl_Output_on(CTRL_DOG);\
Ctrl_Output_off(CTRL_DOG);
#define enable485() Ctrl_Output_off(CTRL_485);
#define disable485() Ctrl_Output_on(CTRL_485);
#define lcdlighton() Ctrl_Output_on(CTRL_LIGHT);
#define lcdlightoff() Ctrl_Output_off(CTRL_LIGHT);
#define runledon() Ctrl_Output_reverse(CTRL_RUNLED);
#define NU_ENABLE_USE_INTERRUPTS 0x00010708 //正常运行时使用的中断
#define INTT1MASK 0x0200
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