#ifndef __GOOSE_APP_H #define __GOOSE_APP_H #define GOOSE_EQU_SIDE 8 // goose 通信单侧设备数量 #define GOOSE_EQU_SIDE_N 4 // goose 通信负荷侧设备个数 #define GOOSE_EQU_MAX (GOOSE_EQU_SIDE+GOOSE_EQU_SIDE_N) // goose 通信支持的设备总数 #define GOOSE_RECV_GOLBNUM 16 enum { GOOSE_CMD_TICK=0x11, //心跳报文 11 GOOSE_CMD_DATA, // 突变报文 12 GOOSE_CMD_GZGLOK, //故障隔离成功 }; enum { GOOSE_FIND_LL_NONE=0, // 寻找联络开关 GOOSE_FIND_LL_QD, // 寻找联络开关 启动 GOOSE_FIND_LL_OK, // 联络开关确认 }; #define FA_CMD_BUF_MAX 32 enum { GOOSE_SEND_TBL_GZ=0, // 节点故障 GOOSE_SEND_TBL_GL, // 隔离成功 GOOSE_SEND_TBL_JT, // 开关拒跳 GOOSE_SEND_TBL_GLBS, // 过流闭锁 #if defined GD_AREA_ZHONGSHAN || defined GD_AREA_ZHONGSHAN_2020 //中山要求通信异常，全系统均异常 GOOSE_SEND_TBL_STATUS, // 通信状态 GOOSE_SEND_TBL_FG, // 通信复归 #endif GOOSE_SEND_TBL_NUMBER, // 零序闭锁 }; enum { GOOSE_RECV_TBL_M01=0, //M侧节点故障 GOOSE_RECV_TBL_M02, //M侧节点故障 GOOSE_RECV_TBL_M03, //M侧节点故障 GOOSE_RECV_TBL_M04, //M侧节点故障 GOOSE_RECV_TBL_M05, //M侧节点故障 GOOSE_RECV_TBL_M06, //M侧节点故障 GOOSE_RECV_TBL_M07, //M侧节点故障 GOOSE_RECV_TBL_M08, //M侧节点故障 GOOSE_RECV_TBL_N01, //N侧节点故障 GOOSE_RECV_TBL_N02, //N侧节点故障 GOOSE_RECV_TBL_N03, //N侧节点故障 GOOSE_RECV_TBL_N04, //N侧节点故障 GOOSE_RECV_TBL_GL01, //开关隔离成功 GOOSE_RECV_TBL_GL02, //开关隔离成功 GOOSE_RECV_TBL_GL03, //开关隔离成功 GOOSE_RECV_TBL_GL04, //开关隔离成功 GOOSE_RECV_TBL_GL05, //开关隔离成功 GOOSE_RECV_TBL_GL06, //开关隔离成功 GOOSE_RECV_TBL_GL07, //开关隔离成功 GOOSE_RECV_TBL_GL08, //开关隔离成功 GOOSE_RECV_TBL_GL09, //开关隔离成功 GOOSE_RECV_TBL_GL10, //开关隔离成功 GOOSE_RECV_TBL_GL11, //开关隔离成功 GOOSE_RECV_TBL_GL12, //开关隔离成功 GOOSE_RECV_TBL_JT01, //开关拒跳 GOOSE_RECV_TBL_JT02, //开关拒跳 GOOSE_RECV_TBL_JT03, //开关拒跳 GOOSE_RECV_TBL_JT04, //开关拒跳 GOOSE_RECV_TBL_JT05, //开关拒跳 GOOSE_RECV_TBL_JT06, //开关拒跳 GOOSE_RECV_TBL_JT07, //开关拒跳 GOOSE_RECV_TBL_JT08, //开关拒跳 GOOSE_RECV_TBL_JT09, //开关拒跳 GOOSE_RECV_TBL_JT10, //开关拒跳 GOOSE_RECV_TBL_JT11, //开关拒跳 GOOSE_RECV_TBL_JT12, //开关拒跳 GOOSE_RECV_TBL_GLBS01, //过流闭锁01 GOOSE_RECV_TBL_GLBS02, //过流闭锁02 GOOSE_RECV_TBL_GLBS03, //过流闭锁03 GOOSE_RECV_TBL_GLBS04, //过流闭锁04 GOOSE_RECV_TBL_GLBS05, //过流闭锁05 GOOSE_RECV_TBL_GLBS06, //过流闭锁06 GOOSE_RECV_TBL_GLBS07, //过流闭锁07 GOOSE_RECV_TBL_GLBS08, //过流闭锁08 GOOSE_RECV_TBL_GLBS09, //过流闭锁09 GOOSE_RECV_TBL_GLBS10, //过流闭锁10 GOOSE_RECV_TBL_GLBS11, //过流闭锁11 GOOSE_RECV_TBL_GLBS12, //过流闭锁12 #if defined GD_AREA_ZHONGSHAN || defined GD_AREA_ZHONGSHAN_2020 //中山要求通信异常，全系统均异常 GOOSE_RECV_TBL_STATUS01, //节点通信异常状态 GOOSE_RECV_TBL_STATUS02, //节点通信异常状态 GOOSE_RECV_TBL_STATUS03, //节点通信异常状态 GOOSE_RECV_TBL_STATUS04, //节点通信异常状态 GOOSE_RECV_TBL_STATUS05, //节点通信异常状态 GOOSE_RECV_TBL_STATUS06, //节点通信异常状态 GOOSE_RECV_TBL_STATUS07, //节点通信异常状态 GOOSE_RECV_TBL_STATUS08, //节点通信异常状态 GOOSE_RECV_TBL_STATUS09, //节点通信异常状态 GOOSE_RECV_TBL_STATUS10, //节点通信异常状态 GOOSE_RECV_TBL_STATUS11, //节点通信异常状态 GOOSE_RECV_TBL_STATUS12, //节点通信异常状态 GOOSE_RECV_TBL_FG01, //节点通信异常 GOOSE_RECV_TBL_FG02, //节点通信异常 GOOSE_RECV_TBL_FG03, //节点通信异常 GOOSE_RECV_TBL_FG04, //节点通信异常 GOOSE_RECV_TBL_FG05, //节点通信异常 GOOSE_RECV_TBL_FG06, //节点通信异常 GOOSE_RECV_TBL_FG07, //节点通信异常 GOOSE_RECV_TBL_FG08, //节点通信异常 GOOSE_RECV_TBL_FG09, //节点通信异常 GOOSE_RECV_TBL_FG10, //节点通信异常 GOOSE_RECV_TBL_FG11, //节点通信异常 GOOSE_RECV_TBL_FG12, //节点通信异常 #endif GOOSE_RECV_TBL_NUMBER, // 接收数据个数 }; #define GOOSE_RECV_LOGIC_NUM GOOSE_RECV_TBL_GLBS12 // 参与goose逻辑的虚遥信 struct gse_tbl { char * name; char * sAddr; }; // 保护动作跳闸标志 typedef union UGOOSE_STU { DWORD wfFlag; struct { DWORD blxbs:1; //零序闭锁 DWORD bglbs:1; //过流闭锁 DWORD btw:1; //跳位 DWORD bfx:1; // 节点反方向故障bit 4 DWORD bzx:1; // 节点正方向故障bit 3 DWORD blx:1; // 节点零序故障 bit 5 DWORD btzsb:1; // 开关拒动 bit 2 DWORD bgzglok:1; // 隔离ok bit 1 DWORD bgl:1; // 节点故障 bit 0 DWORD bcomerr:1; //通信异常 DWORD bTstgz:1; DWORD bTstglok:1; DWORD bTstjt:1; DWORD bTstglbs:1; DWORD bTstcomerr:1; }bFlag; }UGOOSE_STU; typedef struct FA_GOOSE { UGOOSE_STU ug; DWORD ug_save; UGOOSE_STU ugside[GOOSE_EQU_MAX]; DWORD dTrecv[GOOSE_RECV_GOLBNUM]; int recvgolbnum; /*同61850模块交互的数据*/ int outval[GOOSE_SEND_TBL_NUMBER]; int inval[GOOSE_RECV_TBL_NUMBER]; bool bSend; int commstate; //goose 模块发送的通信状态==0 通信正常 ==1 通信异常 int commerr; int syscomerr; bool bComErr; //保护用 bool bNside; TIMERELAY tRstTime; // goose 信息延时复归 TIMERELAY tGooseStillTime; // goose 投入延迟复归 #if defined GD_AREA_ZHONGSHAN || defined GD_AREA_ZHONGSHAN_2020 u32 commerrst; //综合本机后的状态 u32 commerrfg; u32 commerrstsave; // 和本机状态比较，本机状态大于保存值，需发送，说明有新的中断信息 u32 commerrfgsave; TIMERELAY tErrfgtime; // 发送复归后，复归值清零时间继电器 #endif }FA_GOOSE; typedef union UGOCDIR { DWORD wfFlag; struct { DWORD bYY1:1; DWORD bYY2:1; DWORD bWY1:1; DWORD bWY2:1; DWORD bZXA:1; //A相正方向动作 DWORD bZXB:1; //B相正方向动作 DWORD bZXC:1; //C相正方向动作 DWORD bZX:1; //线路正向故障 DWORD bFXA:1; //A反方向动作 DWORD bFXB:1; //B相反方向动作 DWORD bFXC:1; //C相反方向动作 DWORD bFX:1; //线路反向故障 DWORD bWXA:1; //A相无方向动作 DWORD bWXB:1; //B相无方向动作 DWORD bWXC:1; //C相无方向动作 DWORD bWX:1; //线路无方向故障 DWORD bQDA:1; // A相启动 DWORD bQDB:1; // B相启动 DWORD bQDC:1; // C相启动 DWORD bQDLX:1; DWORD bLX:1; //线路零序故障 DWORD bGZ:1; //线路有故障 DWORD bGLBS:1; DWORD bCYY:1; DWORD bgzglok:1; DWORD btzsb:1; DWORD bcomerr:1; DWORD bcomerrbak:1; DWORD bllWY1:1; DWORD bllWY2:1; }bFlag; }UGOCDIR; typedef union UGOCFLAG { DWORD wfFlag; struct { DWORD bglQD:1; DWORD bglTz:1; DWORD bglTzH:1; //跳闸保持信号 DWORD bglQDWave:1; #if defined GD_AREA_ZHONGSHAN || defined GD_AREA_ZHONGSHAN_2020 || defined GD_AREA_MAIN_2020 DWORD bgl2QD:1; DWORD bgl2Tz:1; DWORD bgl2TzH:1; //跳闸保持信号 DWORD bgl2QDWave:1; #endif DWORD blxQD:1; DWORD blxTz:1; DWORD blxTzH:1; DWORD blxQDWave:1; DWORD bgzglQD:1; DWORD bgzglTz:1; //故障隔离跳闸 DWORD bgzglTzH:1; //故障隔离跳闸 DWORD bextQD:1; DWORD bextTz:1; DWORD bextTzH:1; DWORD bsdQD:1; //首端失压 故障隔离 DWORD bsdTz:1; // 跳闸 DWORD bsdTzH:1; // 跳闸 DWORD berrQD:1; //通信异常失压 故障隔离 DWORD berrTz:1; // 跳闸 DWORD berrTzH:1; // 跳闸 DWORD bllQD:1 ; // 联络合闸启动 DWORD bllWY_1:1 ; // 联络单侧失压 DWORD bllhz:1; //联络合闸动作 DWORD bllhzH:1; //联络合闸动作 DWORD bExtbs:1; DWORD bXBbs:1; DWORD bXBbs2:1; //过流2谐波闭锁 }bFlag; }UGOCFLAG; typedef union UCDFLAG { WORD wfFlag; struct { WORD bQD:1; WORD bCD:1; WORD bFD:1; }bFlag; }UCDFLAG; typedef struct FA_CD { UCDFLAG sta; TIMERELAY tCDTime; // 充电时间 TIMERELAY tWYTime; // 放电失压时间 }FA_CD; enum { FAG_GL1=0, // 过流1段 FAG_GL2, // 过流2段 FAG_LX, // 零序 FAG_BHNUMBER }; typedef struct TGOC_T { UGOCDIR psta; // 公用动作信息 #if defined GD_AREA_ZHONGSHAN || defined GD_AREA_ZHONGSHAN_2020 || defined GD_AREA_MAIN_2020 UGOCDIR psta2; // 过流2段用动作信息 #endif UGOCFLAG sta; // 故障动作信息 TIMERELAY tTZX_300ms; // 正相方向判断保持2秒 TIMERELAY tTFX_300ms; // 反相方向判断保持2秒 TIMERELAY tTWX_300ms; // 无方向判断报纸2秒 TIMERELAY tTLX_300ms; // 零序故障保持2秒 TIMERELAY tTGLBS_300ms; // 零序故障保持2秒 TIMERELAY tTHz1s; // 合闸位置保持1秒 FA_CD tglcd; //故障隔离充电 FA_CD tllcd; //故障联络充电 FA_CD tqccd; // 故障切除充电 bool b_side_gz; bool b_side_tzsb; bool bTzout; bool bslowEn; //缓动型条件满足 bool bgooseGz; bool bgooseBsHz; bool bextTzLed; // 动作灯 bool bglTzLed; // 动作灯 bool blxTzLed; // 动作灯 bool bsdTzLed; // 动作灯 bool berrTzLed; // 动作灯 bool bgzglTzLed; // 故障隔离动作灯 TIMERELAY tglFz25ms; // 幅值启动25ms TIMERELAY tglQDTime; // 时间继电器 TIMERELAY tglQD25ms; // 启动25ms,防干扰时间继电器,用于速断和零序加速，防止误出口 TIMERELAY tglslowTime; // 时间继电器 TIMERELAY tlxslowTime; // 时间继电器 #if defined GD_AREA_ZHONGSHAN || defined GD_AREA_ZHONGSHAN_2020 || defined GD_AREA_MAIN_2020 TIMERELAY tgl2Fz25ms; // 幅值启动25ms TIMERELAY tgl2QDTime; // 时间继电器 TIMERELAY tgl2QD25ms; // 启动25ms,防干扰时间继电器,用于速断和零序加速，防止误出口 TIMERELAY tgl2slowTime; // 时间继电器 TIMERELAY tTZX2_300ms; // 正相方向判断保持2秒 TIMERELAY tTFX2_300ms; // 反相方向判断保持2秒 TIMERELAY tTWX2_300ms; // 无方向判断报纸2秒 #endif #ifdef GD_AREA_ZHONGSHAN_2020 TOC_T tOc[FAG_BHNUMBER]; // 合闸加速跳 过流1 #endif TIMERELAY tlxFz25ms; // 幅值启动25ms TIMERELAY tlxQDTime; // 时间继电器 TIMERELAY tlxQD25ms; // 启动25ms,防干扰时间继电器,用于速断和零序加速，防止误出口 TIMERELAY tgzglTime; // 故障隔离时间 TIMERELAY tgoose15ms_gzgl; // 等待10ms goose 通信时间 TIMERELAY tsdlostTime; // 首端失压时间 TIMERELAY terrlostTime; //通信异常失压时间 TIMERELAY tllhzTime; //联络合闸时间 TIMERELAY tllQdTime; //联络合闸时间 TIMERELAY tgoosedelayms_ll; //联络 等待goose 通信时间 TIMERELAY tllWY1Time; //联络合闸时间 TIMERELAY tllWY2Time; //联络合闸时间 TIMERELAY tllYY1Time; //联络有压时间 TIMERELAY tllYY2Time; //联络有压时间 TIMERELAY tTzcheckTime; //跳闸失败检查时间 TIMERELAY tHzcheckTime; //跳闸失败检查时间 TIMERELAY tCYY3sdelayms; TIMERELAY tgzglokextTime; TIMERELAY ttzsbextTime; TIMERELAY tgzglokForbitTime; //故障隔离成功发送后，闭锁再次发送时间 TIMERELAY textbsTime; }TGOC_T; extern const struct gse_tbl g_goose_send_tbl[GOOSE_SEND_TBL_NUMBER]; extern const struct gse_tbl g_goose_recv_tbl[GOOSE_RECV_TBL_NUMBER]; extern FA_GOOSE tFAg; extern int g_bgseEnable; void fa_g_unpack(void); void fa_g_packet(bool bfirst); void fa_g_init(void); void GOC_dir_check(int sw,u32 dStep); void fag_oc_gl(int sw,u32 dStep); void fag_oc_lx(int sw,u32 dStep); void fa_g_app_time(int sw); void fag_bh(int sw,DWORD dStep); // sunxi 20190418 void goose_send_packet(u8 type,u8 *mac,u32 gData,struct timespec *pts,bool btick); void XBCalc_goc(int sw); // goose 谐波计算:处理标志:谐波闭锁动作 void fa_g_decode(int commstate); //通信异常判断 void fa_g_extinit(int num,int firstaddr); // app_goose.c中调用fa_g.c中的变量初始化 void fa_g_gocbrecvdT(int index); // app_goose.c中接收后调用，用于通信超时处理 #ifdef GD_AREA_ZHONGSHAN_2020 void fag_oc_acc(int sw,u32 dStep); // 分布式合闸加速跳闸 #endif #endif //========================== 本文件结束 ===============================