// VSNETStructDef.h #ifndef __VSNET_STRUCTDEF_H__ #define __VSNET_STRUCTDEF_H__ enum { VSNETALARMMSG_SERSTART = 1, // Server Start VSNETALARMMSG_MOTION, // Moving Detection Alarm VSNETALARMMSG_VIDEOLOST, // Video Lost Alarm VSNETALARMMSG_SENSOR, // Sensor Alarm VSNETALARMMSG_DISKFULL, // Disk Full Alarm VSNETALARMMSG_HIDEALARM, // Video Hide Alarm VSNETALARMMSG_SERSTOP, // Server Stop VSNETALARMMSG_DISKERROR, // Disk Error Alarm(smart) VSNETALARMMSG_ACCESSVIOLATION, // violative access VSNETALARMMSG_ANALYSESINGLELINEALARM = 11, // Intellective Analyses and single-line Alarm VSNETALARMMSG_ANALYSEDOUBLELINEALARM, // Intellective Analyses and double-line Alarm VSNETALARMMSG_ANALYSEREGIONENTRYALARM, // Alarm for entering Intellective Analyses Region VSNETALARMMSG_ANALYSEREGIONEXITALARM, // Alarm for Leaving Intellective Analyses Region VSNETALARMMSG_ANALYSEHOVERALARM, // Alarm for hovering Intellective Analyses Region VSNETALARMMSG_NETANOMALYALARM, // Network Anomaly Alarm VSNETALARMMSG_NVR_PUSENSOR, // NVR pu Sensor Alarm VSNETALARMMSG_DISKLOST, // Disk Lost Alarm VSNETALARMMSG_ALARM_IN_SHUT = 34, // Sensor Alarm stop VSNETALARMMSG_SGLINEALARM = 100, // Alarm for Intellective Analyses caution line(>=100 and <=109，Now There are 10 rules for caution line VSNETALARMMSG_NODISK = 110, // No Disk VSNETALARMMSG_NET_BROKEN, // network line broken VSNETALARMMSG_DISKUNHEALTH, // Disk is unhealth, please change disk timely. VSNETALARMMSG_PLATECHECK, // Alarm for plate check VSNETALARMMSG_FR_NETOFF, // Alarm for front device network off VSNETALARMMSG_FR_IPUPDATE, // Alarm for front device ip address update VSNETALARMMSG_IPUPDATE, // Alarm for device ip address update VSNETALARMMSG_GLOBAL_TEMP, // Alarm for global temperature limit VSNETALARMMSG_REGION_TEMP, // Alarm for region temperature limit VSNETALARMMSG_ALARM_IN, // Alarm in //特殊版本命令由120开始，依次累加 VSNETALARMMSG_IPCONFLICT = 120, // IP conflict //DX特殊命令由200开始依次累加 VSNETALARMMSG_USBSTATE = 200, // DX USB status 0:plugin 1:plugout VSNETALARMMSG_AUDIOCH = 201, // DX auidoch VSNETALARMMSG_DXSWITCHCH = 202, // DX Swtch Channel VSNETALARMMSG_DVDSTATE = 203, // DX DVD status 0:plugin 1:plugout VSNETALARMMSG_DISPDVDINFO = 204, // DX Notify to display DVD information: 0-no display; 1-get and display //报警命令由300以后开始，以此累加（范围：int 65535） VSNETALARMMSG_HM_INFRARED = 301, // 红外对射报警 VSNETALARMMSG_HM_DEMOLITION = 302, // 防拆报警 //VSNETALARMMSG_SD_SPACE_FULL = 400, ///=D1的h264编码 5 0 2 128 2 低照度模式 用作>=D1低照度下的h264编码 5 -4 3 255 4 增强模式 用作=D1的h264编码 *********************************************************************/ typedef struct { int m_nVppmode; /* VPP模式 0-关闭 1-正常 2-低照度 3-增强 4-手动 */ int m_nIeSth; /* IE Strength [0,10] */ int m_nSpSth; /* SP Strength [-4,5] */ int m_nDnSfCosSth; /* coarse DN sf Strength [0,3] */ int m_nDnSfIncSth; /* Inching of DN sf Strength [0,255] */ int m_nDnTfSth; /* DN tf Strength [0,4] */ } VSNET_ENC_VPP; typedef struct { int m_baudrate; // baud rate int decoderModel; // Protocol Type(Not Use) unsigned char m_databit; // Data bit unsigned char m_stopbit; // Stop bit unsigned char m_checkbit; // Check bit unsigned char m_flowcontrol; // Flow Control unsigned char decoderAddress; // Decoder Address unsigned char bReceive[3]; // Reserved } SERIAL485_PARAM; typedef struct { int baudrate; // baud rate char databit; // data bit char stopbit; // stop bit char checkbit; // check bit char flowcontrol; // flow control } VSSERIAL_INFO; typedef struct { int m_year; // Year unsigned char m_month; // Month unsigned char m_dayofmonth; // Day unsigned char m_dayofweek; // Week unsigned char m_hour; // Hour unsigned char m_minute; // Minute unsigned char m_second; // Second unsigned char bReceive[2]; // Reserved } TIME_PARAM; typedef struct { int m_bias; // Timezone in minutes } TIMEZONE_PARAM; typedef struct { unsigned char m_record[16]; // relate to recording unsigned char m_out[8]; // relate to output unsigned char m_enpreno[16]; // relate to preset point unsigned char m_preno[16]; // number of preset point to be called TIMELIST m_timelist; // detection time table } ALARMRECORD; typedef struct { int m_alarmmode; // Alarm Mode 0：OFF,1：ON int m_singlehost; // label of center for uploading alarm signal unsigned char m_record[16]; // relate to recording unsigned char m_out[8]; // relate to output unsigned char m_enpreno[16]; // relate to preset point unsigned char m_preno[16]; // number of preset point to be called unsigned char m_capjpeg[16]; // relate to capturing TIMELIST m_timelist; // detection time table } ALARMRECORDEX; typedef struct { int m_benab; // Alarm Enable ALARMRECORD m_alarmrec[8]; // parameter of relating to alarm } ALARMPARAM; typedef struct { int m_benab; // Alarm Enable ALARMRECORDEX m_alarmrec[8]; // parameter of relating to alarm } ALARMPARAMEX; typedef struct { int m_benab; // 使能 ALARMRECORDEX m_alarmrec[9]; // 1 + 8(外接报警盒上的8个报警输入) } ALARMPARAMEX_SEA; typedef struct { int m_chanuser[16]; // Channel unsigned char m_chanIP[16][20][4];// Linked IP Address } CONNECTIP; typedef struct { int m_chanuser[64]; // Channel unsigned char m_chanIP[64][20][48];// Linked IP Address } CONNECTIPEX; typedef struct { unsigned int m_videotag; // Video tag short m_width, m_height; // Video Size int m_bhaveaudio; // have audio or not int m_samplesize; // audio sampling frequency unsigned short m_audiotag; // audio tag unsigned short m_audiobitrate; // audio bit rate } VSTREAMINFO; typedef struct { unsigned int m_url; // URL address char m_sername[24]; // Server Address int m_ch; // channel int trantype; // transport type #ifndef USE_HANDLE_32 // Win下64位兼容 void* handle; // handle #else int handle; // handle #endif } VSUSERINFO; typedef struct { int m_benable; // hide detection enable int m_decval; // sensitivity of detection(1(lowest)---3(highest)) unsigned char m_out[8]; // output of relating alarm TIMELIST pTimeList; // detection time } CHANNELHIDEALARM; typedef struct { int m_benable; // hide detection enable int m_bsinglehost; // label of center for alarm signal int m_decval; // sensitivity of detection(1(lowest)---3(highest)) unsigned char m_out[8]; // output of relating alarm TIMELIST pTimeList; // detection time } CHANNELHIDEALARMEX; typedef struct { int m_benbale; // Regular Restart Enable int m_invalidtime; // interval time(HOUR AS UNIT，10h-240h:10 hours to 10 days) int m_rsthour; // Restart Hour int m_rstminute; // Restart Minute } VSTIMERRESET; typedef struct { char m_hostserverurl[40]; // IP of Recording Server char m_alarservermurl[40];// IP of Alarm Server unsigned short m_hostserverport; // Port of Recording Server unsigned short m_alarserverport; // Port of Alarm Server } VSREMOTEHOST; typedef struct { int m_streamType; // Stream Type:Video Stream、AV Stream int m_encodeType; // Image TypeCIF,2CIF,4CIF int m_Iinterval; // Key Frame interval(10-200) int m_videoFrameRate; // frame rate int m_bitratetype; // bit rate type：CBR & VBR int m_maxqueue; // VBR Quantified Coefficient(2-31) int m_minqueue; // CBR Quantified Coefficient(2-31) int m_maxbitrates; // CBR max bit rate(64K-8000K) } VSSUBCHANPARAM; typedef struct { int m_hds; // Total of Hard Disk int m_hdtype[8]; // Disk Type int m_hdstate[8]; // Disk State 0xff-错误，0xfe-空硬盘 int m_totalsize[8]; // Disk Size int m_freesize[8]; // free size } VSDISKSTATE; typedef struct { unsigned int m_channel; // Channel NO. unsigned short m_detectall; // all alarm unsigned char m_detect[18][22]; // alarm block } VSNETVIDEOMOVE_BLOCK; typedef struct { int m_busepppoe; // USE PPPOE char m_pppoename[64]; // PPPOE username char m_pppoepswd[64]; // PPPOE password } VSNETPPPOEPARAM; typedef struct { int m_packet_type; // packet type of recording(0:packing with file size; 1:packing with time) int m_packet_size; // packet size of recording，MB as UNIT int m_packet_time; // packet time of recording，Minute as UNIT int m_hdisk_reserved_size; // Reserved Space of DISK，MB as UNIT int m_hdisk_full_alarm; // whether alarm when free space less than reserved space of hard disk int m_hdisk_full_action; // the action when free space less than reserved space of hard disk(1:circular covering; 0:stop recording) } VSNETRECORDPARAM; typedef struct { int m_bsinglehost; // label of center for uploading unsigned char m_out[8]; // alarm output TIMELIST m_timelist; // detection time } VSNETVIDEOLOSTPARAM; typedef struct { unsigned char m_caprate; // frame rate of capturing (1-5) unsigned char m_encquant; // quality of capturing(JPEG,1-100) unsigned char m_encformat; // format of capturing(CIF,2CIF,4CIF) unsigned char m_reserved; // reserved int m_capnums; // frame number to be captured(-1:keep capturing) } VSNETJPEGCAPPARAM; /* 存储模式配置,tyto内部使用 */ typedef struct { int m_storagemode; // LC_STORAGEMODE_E int m_stilloption; // LC_STILLOPT_E int m_visibleoption; // LC_VISIBLEOPT_E int m_iroption; // LC_IROPT_E int m_spectrum; // LC_SPECTRUM_E int m_viscomprate; // LC_COMPRATE_E int m_ircomprate; // LC_COMPRATE_E int m_visoption; // LC_VISOPT_E int m_video_subtitle; // 1使能 } VSNETSTORAGEMODE; /* 视频输出模式配置 */ typedef struct { int m_hdmioutput_mode; // LC_HDMIMODE_E int m_vis_zoom; // 100,200,400 } VSNETVOUTMODE; typedef struct { int m_stillperiod; // 0~60s int m_stillishz; // 0,1 int m_videosnapshot; // 0,1 int m_imagenumbers; // Number of images to capture total - -1 for unlimited capture } VSNETSTILLPARAM; typedef struct { unsigned int m_id; //0, 1 unsigned int m_color; //COLOR_XX unsigned int m_on_msec; //led on msec unsigned int m_cycle_msec; //led on and off cycle msec } VSNETLEDCTRL; //the same as led_ctrl typedef struct { unsigned char m_sd1_mount; //0, 1 unsigned char m_sd2_mount; //0, 1 unsigned short m_sd_alarm_state; //0, 1 unsigned int m_sd1_space; //unit: Mb unsigned int m_sd2_space; //unit: Mb unsigned int m_sd1_total_space; //unit: Mb unsigned int m_sd2_total_space; //unit: Mb unsigned char m_sd1_state; // unsigned char m_sd2_state; // unsigned short m_reserve; //0, 1 } VSNETMSDSTATUS; //sd卡状态，tyto内部使用 typedef struct { float m_essivity; float m_bkgtmp;//Ambient temperature float m_atmktmp;//Atmosphere temperature float m_wintmp;//win_temperature float m_wintrans;//win_transmission float m_atmtrans;//atmosphere transmission float m_humidity;//Relative humidity float m_lenstrans;//Lens transmission float m_lensfnum;//Lens F number }VSNETRADPARAM;/*辐射量参数*/ typedef struct { unsigned short m_frequency; short m_orientation; unsigned int m_color; float m_zoom; }VSNETVIDEOPARAM;/*视频相关参数*/ typedef struct { char m_sn[20]; char m_pn[20]; char m_ver[20]; char m_devsn[20]; char m_devpn[20]; }VSNETCAMERAINFO;/*camera信息*/ typedef struct { float m_startupTemp; ///<启动温度，单位℃ float m_fpaTemp; /// 0升温，< 0降温 VSNET_HUMANCALI_STATE_S m_humancali_state; unsigned short m_LastFFCTime; //距上一次FFC的时间，单位S short m_s16Reserve; int m_s32Reserve[2];//保留 }VSNETSENSORSTATE; //Sensor状态 typedef struct { short m_OBJTemp; //目标温度，范围[0~450]C unsigned char m_ErrRange; //误差范围，±m_ErrRange C或者±m_ErrRange %C unsigned char m_GainMode; //0-当前增益，1-低增益，2-高增益 unsigned short m_MinFlux; //误差允许范围内m_OBJTemp对应的最小像素值 unsigned short m_MaxFlux; //误差允许范围内m_OBJTemp对应的最大像素值 }VSNETOBJFLUXRANGE; //目标像素范围 /* 高温报警参数 */ typedef struct { int m_enable; // function enable int m_typethreshold; // 0: >m_htempthreshold, 1: m_htempthreshold, 1: >0) (1-->>255) } VSNETVAREGIONERULE; typedef struct { int m_frm_bkgd; // frame number when background initialization finished int m_frm_pixels; // average value of background and covariance period for updating---per m_frm_pixels frame updating once int m_frm_object; // time for static object becomes background ---update moving point for a long time to background } VSNETVABACKGROUND; typedef struct { int m_obj_min_area; // min area of moving object int m_obj_max_area; // max area of moving object } VSNETVAOBJECTAREA; typedef struct { int m_alm_window_enable; // object rectangle enable int m_alm_dotline_enable; // point of object track enable int m_stabilization_enable; // image stabilization enable int m_region_shield_enable; // region shield enable unsigned int m_region_shield_msk[352 * 288 / 8 / 4]; // mask code of region shield after packing---store with bit (0-->>0) (1-->>255) } VSNETVAALARMSETTING; typedef struct { int m_enable; // 0:disable; 1:enable local preview int m_scale; // 0:1 picture; 1:4 pictures; 2:9 pictures; 3:16 pictures unsigned char m_vichn[16]; // select input channels for 16 output channels // nvr: index is vochn value is decch } VSNETVIEWPARAM; typedef struct { VSNETVIEWPARAM m_viewparam[VSNET_DVR_MAXVONUM]; } VSNETVIEWCFG; typedef struct { int m_time; // round look time int m_scale; // 0:1 picture; 1:4 pictures; 2:9 pictures; 3:16 pictures unsigned char m_vichn[16]; // select input channels for 16 output channels } VSNETLOOPPARAM; typedef struct { int m_enable; // 0:disable; 1:enable round look int m_loopnum; // group number of round look VSNETLOOPPARAM m_loopparam[20]; // parameter of round look } VSNETLOOPVIEW; typedef struct { VSNETLOOPVIEW m_loopview[VSNET_DVR_MAXVONUM]; } VSNETLOOPCFG; typedef struct { int m_enabled; // disk support smartctl or not,1:enable，0:disable int m_health; // disk check,1:passed, 0:failed. int m_temperature; // disk temperature int m_poweronhours; // disk power-on time int m_uncorrectalbe; // percentage of error sector scanned off line } VSNETSMARTPARAM; typedef struct { int m_disknum; // total of disk VSNETSMARTPARAM m_smartinfo[8]; // smart information of 8 disks } VSNETSMARTINFO; typedef struct { int m_enable; // nfs 1：enable， 0：disable char m_deviceip[40]; // device IP address char m_devicedir[40]; // device path } VSNETMNTNFS; typedef struct { int m_enable; // enable int m_singlehost; // label of center for uploading alarm signal int m_singlebuzzer; // buzzer trigger int m_magnify[VSNET_DVR_MAXVONUM]; // relating amplification int m_reseved1; // reserved unsigned char m_record[VSNET_DVR_MAXCH]; // relate to recording unsigned char m_capjpeg[VSNET_DVR_MAXCH]; // relate to capture unsigned char m_ftprecord[VSNET_DVR_MAXCH]; // ftp upload recording unsigned char m_ftpcapjpeg[VSNET_DVR_MAXCH]; // ftp upload alarm capturing unsigned char m_out[VSNET_DVR_MAXALARMOUT]; // relate to output unsigned char m_enable_ptz[VSNET_DVR_MAXCH]; // enable relate to cloud platform unsigned char m_enable_type[VSNET_DVR_MAXCH]; // ability type，1:call preset point，2:call track, 3:ONLY preset point,4:ONLY track unsigned char m_preno[VSNET_DVR_MAXCH]; // call preset point unsigned char m_pretrackno[VSNET_DVR_MAXCH]; // relating track number TIMELIST m_timelist; // check time table } VSNETDVRALARMPARAM; typedef struct { VSNETDVRALARMPARAM m_alarmparam; unsigned char m_alarmsenstive; // sensitivity of moving detection unsigned char m_reseved1; // reserved unsigned char m_reseved2; unsigned char m_reseved3; unsigned char m_detect[18][22]; // range to be detected } VSNETDVRMOTIONALARM; // parameter of moving detection typedef struct { VSNETDVRALARMPARAM m_alarmparam; int m_alarmmode; // alarm mode0：OFF,1：ON int m_senseorinterval; // interval time of sensor alarm char m_alarmname[32]; // sensor name } VSNETDVRSENSORALARM; // parameter of sensor alarm typedef struct { VSNETDVRALARMPARAM m_alarmparam; int m_decval; // detection sensitivity(1(lowest)---5(highest)) } VSNETDVRHIDEALARM; // hide alarm typedef struct { VSNETDVRALARMPARAM m_alarmparam; } VSNETDVRVILOSTALARM; // video lost typedef struct { VSNETDVRALARMPARAM m_diskfull; // disk full VSNETDVRALARMPARAM m_diskerror; // disk error VSNETDVRALARMPARAM m_accessviolation; // violative access VSNETDVRALARMPARAM m_nodisk; // no disk VSNETDVRALARMPARAM m_reseved1; // reserved VSNETDVRALARMPARAM m_reseved2; // reserved VSNETDVRALARMPARAM m_reseved3; // reserved VSNETDVRALARMPARAM m_reseved4; // reserved } VSNETDVROTHERALARM; // other parameter typedef struct { VSNETDVRALARMPARAM m_alarmparam; int m_capinterval; // interval time of capture, 0:snap one picture int m_alarmtime; // delay time of alarm float m_alarmtemp; // return difference temperature of alarm int m_alarmmode; // alarm mode, 0:higher than 1:lower than 2:outof 3:between float m_hightemp; // the highest temperature of alarm float m_lowtemp; // the lowest temperature of alarm }VSNETREGIONTEMPALARM; typedef struct { char m_deviceID[16]; // device ID char m_active; // status, 1 : active char m_reserved[3]; } VSNETREMOTECTRL; typedef struct { unsigned int m_right; // each bit represents a kind of right,from low to high,it is // local playback,long-distance playback,long-distance preview,talk,local cloud platform control, // long-distance cloud platform control、recording by hand、recording file backup、log management、 // system parameter setting,upgrading system,close device,management of user account number unsigned int m_right1; // reserved unsigned int m_netview; // 0~31 channel of long-distance preview unsigned int m_netview1; // 32~63 channel of long-distance preview unsigned int m_netplay; // 0~31 channel of long-distance preview unsigned int m_netplay1; // 32~63 channel of local playback unsigned int m_localplay; // 0~31 channel of local playback unsigned int m_localplay1; // 32~63 channel of local playback } VSNETDVRUSERRIGHT; typedef struct { VSNETDVRUSERRIGHT m_right; char m_groupname[20]; } VSNETDVRUSERGROUP; typedef struct { char m_username[20]; char m_password[20]; int m_groupnum; // right group of user VSNETDVRUSERRIGHT m_right; } VSNETDVRUSER; typedef struct { int m_usernum; // user number int m_groupnum; // number of valid groups VSNETDVRUSERGROUP m_group[8]; // 8 groups，initialize 4 groups ,reserve 4 groups VSNETDVRUSER m_user[32]; // 32 users，initialize 4 users } VSNETDVRSYSUSER; // extent user info(add the stauts of user) typedef struct { char m_status[32]; // the status of user(0:disbale, 1:enable) VSNETDVRSYSUSER m_dvrsysuser; } VSNETDVRSYSUSEREX; typedef struct { int bShow; // show(1),hide(0) char lpString[32]; // characters to be showed unsigned short x, y; // coordinate } TITALOSD_DVR; typedef struct { TIMEOSD m_time; // time TITALOSD_DVR m_tital[4]; // title BITSINFOOSD m_bits; // bit rate } CHANNOSD_DVR; typedef struct { int m_doublebits; // 1:double bit stream，0:single bit stream } VSNETDVRDOUBLEBITS; typedef struct { char m_name[9][32]; // name of switching button } VSNETSWITCHSCREENNAME; typedef struct { char m_servername[60]; // server name char m_serverip[16]; // IP address char m_servermask[16]; // network mask char m_gatewayAddr[16]; // gateway unsigned short m_serport; // data port char m_hostserverurl[40];// address of long-distance server unsigned short m_hostserverport; // port of long-distance server char m_pppoename[64]; // PPPOE username char m_pppoepswd[64]; // PPPOE password } VSNETBASENETPARAM; typedef struct { int m_ftp_timerec; // regular FTP uploading capture TIMELIST m_timeList; // capture time } VSNETFTPTIMEREC; typedef struct { int m_xoffset; // horizontal offset 0~32 int m_yoffset; // vertical offset 0~32 } VSNETVIDEOOFFSETEX; typedef struct { int m_state; // 3G state char m_ip[32]; // CenterIP char m_subnetmask[32]; // subnet mask for WCDMA dialing char m_gateway[32]; // gateway for WCDMA dialing char m_wcdma_dns_pri[32]; // primary DNS for WCDMA dialing char m_wcdma_dns_alt[32]; // Secondary DNS for WCDMA dialing } VSNET3GSTATE; typedef struct { int m_3gmode; // connection parameter -------->0-OFF 1-CDMA 2-evdo(3g cdma2000) 4-wcdma 8-tdcdma unsigned char m_cdmaname[64]; // reserve cdma username(dv-do username) unsigned char m_cdmapwd[64]; // reserve cdma password(dv-do password) char m_cdmadial[16]; // reserve cdma dialing number(dv-do dialing number) } VSNET3GPARAM; typedef struct { int m_3gmode; // connection parameter -------->0-OFF 1-CDMA 2-evdo(3g cdma2000) 4-wcdma 8-tdcdma unsigned char m_cdmaname[64]; // reserve cdma username(dv-do username) unsigned char m_cdmapwd[64]; // reserve cdma password(dv-do password) char m_cdmadial[16]; // reserve cdma dialing number(dv-do dialing number) unsigned char m_apnname[64]; // point name int m_keepalive; // keep connection alive int m_lcpechointerval; int m_lcpechofailure; int m_maxreceiveunit; int m_maxtransferunit; int m_networkconnectionmode; // online,dial for need,dial by hand int m_networkregistertype; // AUTO,2G,3G int m_radiobankset; // band setting,represented by bit int m_bandsaving; // reserved band int m_getdnsfromoperator; char m_dns_pri[32]; // Primary DNS char m_dns_alt[32]; // Secondary DNS int m_authtype; unsigned char m_expertoptions[128]; // extension parameter } VSNET3GPARAMEX; typedef struct { int m_pinprotection; // pin protection unsigned char m_pincode[64]; // pin code } VSNETPININFO; typedef struct { int m_simstatus; // sim status unsigned char m_simnumber[64]; // sim number char m_operator[20]; // provider int m_cur_cdma_network; // current network int m_sig_percent; // signal strength char m_imei[20]; // IMEI } VSNETSIMINFO; typedef struct { int m_smsdays; // message days int m_sms_sendip; // message sends IP address or not unsigned char m_smscellphone[64]; // number for receiving message unsigned char m_smscenternumber[64]; // number of message center unsigned char m_smscontent[128]; // content of message } VSNETSMSINFO; typedef struct { int m_logsize; // log size unsigned char * m_logstring; // log content unsigned char m_logfilename[64]; // log name } VSNETWCDMALOG; typedef struct { int m_check3gstatus; // check 3g status unsigned char m_pingipaddr[64]; // ping IP Address int m_pingipinterval; // interval of ping ip int m_pingbytes; // data size for ping int m_pingfailcnt; // redial number when ping failure } VSNETCHECK3GSTATUS; typedef struct { int m_nPhoneDisconnauto; // 短信电话激活无网络连接时自动断线：1：勾选；无传值：未勾选 int m_nPhoneDisconntimer; // 短信、电话激活上线无连接时等待时间 int m_nChkPhone; // 仅接受来自以下号码的短信或来电：1：勾选；无传值：未勾选 int m_nManualDisconnauto; // 手动控制无网络连接时自动断线：1：勾选；无传值：未勾选 int m_nManualDisconntimer; // 手动控制无连接等待时间 int m_nCuroption; // 0：设置参数; 1：立即上线；2：立即断开 char m_strPhonenumber[10][20]; // 可接受电话号码 int m_nAlarmDisconnenAble; // 报警模式下设置一定时间断开连接使能 int m_nAlarmDisconnTmSet; // 报警模式下设置断开连接时间 TIMELIST m_timeList; // 定时时间表 } VSNET_CHECK3GCONNPARAM; typedef struct { int m_nPhoneorSmsDisconnect; // 短信电话下线 VSNET_CHECK3GCONNPARAM m_connParam; } VSNET_CHECK3GCONNNET; typedef struct { int m_nResult; // 3G短信测试返回结果 char m_szTestMsg[256]; // 3G短信测试返回结果字符串 } VSNET_3GSMSTESTRES; typedef struct { int m_nLogSize; // 拨号日志文件大小，以Byte为单位 } VSNET_3GDIALUPLOG; typedef struct { char m_nSisNetState[120]; // 网络连接状态 VSNETSIMINFO m_sistate; } VSNET_3GSIMINFONET; typedef struct { int m_linkenable; // link enable int m_listenport; // monitor port } VSNETRTSPPARAM; // RTSP扩展参数 typedef struct { int m_linkenable; // RTSP使能，0-关闭，1-启动 int m_listenport; // RTSP监听端口 int m_udpstartport; // RTSP的UDP起始端口 } VSNETRTSPPARAMEX; // VLC参数 typedef struct { int m_linkenable; // VLC使能，0-关闭，1-启动 char m_dstaddr[16]; // VLC目标IP地址，只支持IP地址 int m_dstport; // VLC目标端口 int m_streamselect; // VLC流类型，0-PS流，1-TS流 } VSNETVLCPARAM; // VLC扩展参数 typedef struct { int m_linkenable; // VLC使能，0-关闭，1-启动 char m_dstaddr[64]; // VLC目标地址，支持IP地址和域名 int m_dstport; // VLC目标端口 int m_streamselect; // VLC流类型，0-PS流，1-TS流 } VSNETVLCPARAMEX; // NTP参数 typedef struct { int m_linkenable; // NTP使能，0-关闭，1-启动 char m_serveraddr[16]; // NTP服务器地址，只支持IP地址 int m_serverport; // NTP服务端口 int m_timezone; // 时区，取值范围-12 ~ 12 } VSNETNTPPARAM; // NTP扩展参数 typedef struct { int m_linkenable; // NTP使能，0-关闭，1-启动 char m_serveraddr[64]; // NTP服务器地址，支持IP地址和域名 int m_serverport; // NTP服务端口 int m_timezone; // 时区，取值范围-12 ~ 12 } VSNETNTPPARAMEX; typedef struct { VSNETRTSPPARAM m_rtsp; // RTSP parameter VSNETVLCPARAM m_vlc; // VLC parameter VSNETNTPPARAM m_ntp; // NTP parameter } VSNETPROTOCOLPARAM; typedef struct { VSNETRTSPPARAMEX m_rtsp; // RTSP parameter VSNETVLCPARAMEX m_vlc; // VLC parameter VSNETNTPPARAMEX m_ntp; // NTP parameter } VSNETPROTOCOLPARAMEX; typedef struct { int m_encodetype; // encoding type, 0:H.264, 1:MJPEG 2:MPEG4 3:H265 } VSNETENCODETYPE; //编码级别 编码为h264下才有效 目前就56设备支持 typedef struct { int m_encodeprofile; // encoding profile, 0:baseline, 1:MP, 2:HP } VSNETENCODEPROFILE; typedef struct { int m_remotestreamtype; // 0 主码流、1 子码流、2 第三码流 } VSNETREMOTESTREAMTYPE; typedef struct { unsigned int m_encryption; // 加密方式0:不加密1:SSL 2:STARTTLS }VSNETENCRYPTIONTYPE; typedef struct { short m_audiotag; // audio tag short m_auchs; // audio channel number short m_aurates; // audio bit rate short m_reserved; // reserved int m_ausample; // audio sampling frequency } VSNETTALKBOTHWAY; typedef struct { int m_locktime; } VSNETPTZCTRLTIME; #define MAX_MEM_NUM 10 #define MAX_PRO_NUM 10 typedef struct { int m_prono; // preset point int m_time; // time char m_proname[32]; // name of preset point } APP_CRUISE_PRO; typedef struct { int m_enable; // enable TIMECHECK m_cruise_time; // time char m_cruise_name[32]; // cruise name int m_line_enable; // enable superposition of cruise route int m_dot_enable; // enable superposition of cruise point int m_superpose_title; // superposition to title, value as:0，1，2，3 represent superposition to 1,2,3,4 title APP_CRUISE_PRO m_cruise_pro[MAX_PRO_NUM]; } APP_CRUISE_MEMBER; typedef struct { int m_enable; APP_CRUISE_MEMBER m_cruise_member[MAX_MEM_NUM]; } VSNETPROLOOPPARAM; typedef struct { char reccordName[60]; // record name } VSNETSERVERRECPARAM; // record command parameter of long-distance server typedef struct { int m_audio_bestir; } NETFILE_REMOTEAUDIOBESTIR; typedef struct { int videoin; } VSNETVIDEOENCMAPINFO; typedef struct { char m_value[8]; // show evidence } VSNETATTESTEXHIBIT; typedef struct { char m_actors[7]; // character array，from 0 to 5 represents 6 roles's channels，0 justice...，6 is end symbol } VSNETACTORSINFO; typedef struct { int m_enable; // enable unsigned int m_brecord[2]; // relate to recording unsigned int m_capjpeg[2]; // relate to jpeg capture unsigned int m_ftp_alarmrec[2]; // uploading recording of alarm relating to FTP unsigned int m_ftp_alarmcapjpeg[2]; // uploading alarm capture to FTP unsigned int m_outputmap[4]; // relate to output TIMELIST m_timelist; // detection time table } VSNETSMALARMLINK; // alarm relating of intellective analysis typedef struct { int m_enable; // 使能OSD边框功能 int m_size; // 边框大小 VSNET_RGB_COLOR m_color; // 边框颜色 int m_reserver; // 保留 } VSNET_CHANNOSD_BORDER;//OSD边框信息 typedef struct { unsigned char m_video; //视频 QOS 优先级 取值范围[0, 63] , TOS使用的是高6位，底层使用时注意移位 unsigned char m_audio; //音频 QOS 优先级 取值范围[0, 63] , TOS使用的是高6位，底层使用时注意移位 unsigned char m_reserver[2];//保留位 } VSNET_QOS_TOS;//音视频 qos优先级设置 获取 typedef struct { int m_num; //支持的通道数 unsigned short m_encode[256]; //前面m_num个存入支持的分辨率 }VSNET_RESOLUTION_LIST; typedef struct { int m_stream_num; //设备支持的码流总数 VSNET_RESOLUTION_LIST m_encode[4]; //每种码流支持的分辨率 int m_reserver[4]; }VSNET_DEV_RESOLUTION; #define VSNET_NETCFG_IPV6LEN 48 typedef struct { char m_localip[VSNET_NETCFG_IPV6LEN]; //局部IP，不可修改 //使用时暂时只需该参数，其他的保留 int m_local_fplen; //局部IP格式前缀长度 char m_ipaddr1[VSNET_NETCFG_IPV6LEN]; //服务器地址，用于动态获取IP，如DHCP int m_ip1_fplen; //IP格式前缀长度 char m_ipaddr2[VSNET_NETCFG_IPV6LEN]; //服务器地址，预留 int m_ip2_fplen; //IP格式前缀长度，预留 char m_gateway[VSNET_NETCFG_IPV6LEN]; //网关 char m_dns1[VSNET_NETCFG_IPV6LEN]; //DNS1 char m_dns2[VSNET_NETCFG_IPV6LEN]; //DNS2 char m_multiipaddr[VSNET_NETCFG_IPV6LEN]; //多播地址 }VSNET_NETCFG_IPV6; #define VSNET_SNMP_USER_BUFFER_LEN 64 //用户名长度 #define VSNET_SNMP_USER_PASSWORD_LEN 64 //密码长度 typedef struct { char m_name[VSNET_SNMP_USER_BUFFER_LEN];//用户名 char m_hmac_type;//鉴权方式 char m_hmac_passwd[VSNET_SNMP_USER_PASSWORD_LEN];//加密密码 char m_code_type;//加密方式 char m_code_passwd[VSNET_SNMP_USER_PASSWORD_LEN];//加密密码 char m_security_level;//0:无认证无加密； 1:认证不加密 2:认证加密 char m_reserve;//保留对齐 }VSNET_SNMP_USER_V3_T; typedef struct { char m_read_community[VSNET_SNMP_USER_BUFFER_LEN]; /*读共同体*/ char m_rw_community[VSNET_SNMP_USER_BUFFER_LEN]; /*写共同体*/ /*下面只用于v3版本*/ VSNET_SNMP_USER_V3_T m_read_user; //只读用户 VSNET_SNMP_USER_V3_T m_rw_user;//读写用户 int m_reserve[16];//保留 }VSNET_SNMP_USER_T; typedef struct { int m_selectVersion; //选择使用snmp版本 按位标识 VSNET_SNMP_USER_T m_user; //保存配置的用户信息 char m_trapaddr[16]; //陷阱地址 unsigned short m_pollPort; //轮询端口 unsigned short m_TrapPort; //陷阱端口 char m_reserve[64]; }VSNET_SNMP_CFG_T; typedef struct { VSNET_SNMP_CFG_T m_snmp; //配置信息 int m_default_flag; //snmp恢复默认标志 char m_reserve[4]; }VSNET_SNMP_T; // 智能分析扩展报警联动参数(最多支持16个视频通道) typedef struct { int m_enable; // enable unsigned int m_brecord[16]; // relate to recording unsigned int m_capjpeg[16]; // relate to jpeg capture unsigned int m_ftp_alarmrec[16]; // uploading recording of alarm relating to FTP unsigned int m_ftp_alarmcapjpeg[16]; // uploading alarm capture to FTP unsigned int m_outputmap[16]; // relate to output TIMELIST m_timelist; // detection time table } VSNETSMALARMLINK_EX; // 智能分析OSD叠加参数 typedef struct { int m_enable; // enable unsigned short m_x, m_y; // coordinate char m_text[32]; // content to be showed of OSD superposition } VSNETSMOSD; // 智能分析区域入侵\离开规则 typedef struct { int m_enable; // enable rule int m_enableosd; // OSD enable int m_enabledefregion; // enable default region char m_rulename[64]; // rule name unsigned int m_packed_msk[352 * 288 / 8 / 4]; // region mask---stored with bit (0-->>0) (1-->>255) VSNETSMALARMLINK m_alarmlink; // alarm relating VSNETSMOSD m_osd[2]; // OSD superposition of intellective analysis alarm } VSNETSMREGIONINOUT; // 智能分析扩展区域入侵\离开规则(最多支持16个视频通道) typedef struct { int m_enable; // enable rule int m_enableosd; // OSD enable int m_enabledefregion; // enable default region char m_rulename[64]; // rule name unsigned int m_packed_msk[352 * 288 / 8 /4]; // region mask---stored with bit (0-->>0) (1-->>255) VSNETSMALARMLINK_EX m_alarmlink; // alarm relating VSNETSMOSD m_osd[2]; // OSD superposition of intellective analysis alarm } VSNETSMREGIONINOUT_EX; // 智能分析徘徊规则 typedef struct { int m_enable; // enable rule int m_enableosd; // OSD enable int m_enabledefregion; // enable default region int m_hovertime; // standard time of hovering char m_rulename[64]; // rule name unsigned int m_packed_msk[352 * 288 / 8 / 4]; // region mask---stored with bit (0-->>0) (1-->>255) VSNETSMALARMLINK m_alarmlink; // alarm relating VSNETSMOSD m_osd[2]; // OSD superposition of intellective analysis alarm } VSNETSMREGIONHOVER; // 智能扩展分析徘徊规则(最多支持16个视频通道) typedef struct { int m_enable; // enable rule int m_enableosd; // OSD enable int m_enabledefregion; // enable default region int m_hovertime; // standard time of hovering char m_rulename[64]; // rule name unsigned int m_packed_msk[352 * 288 /8 / 4]; // region mask---stored with bit (0-->>0) (1-->>255) VSNETSMALARMLINK_EX m_alarmlink; //alarm relating VSNETSMOSD m_osd[2]; //OSD superposition of intellective analysis alarm } VSNETSMREGIONHOVER_EX; // 智能分析警戒线规则 typedef struct { int m_enable; // rule enable int m_sgline_drc; // single line direction 0:left 1:right 2:bidirectional int m_sgline_beg_x; // coordinate of single line alarm,top left int m_sgline_beg_y; // coordinate of single line alarm,top left int m_sgline_end_x; // coordinate of single line alarm,down right int m_sgline_end_y; // coordinate of single line alarm,down right char m_rulename[64]; // rule name unsigned char m_enableosd; // OSD enable VSNETSMALARMLINK m_alarmlink; // alarm relating VSNETSMOSD m_osd[2]; // OSD superposition of intellective analysis alarm } VSNETSMALARMLINE; // 智能分析扩展警戒线规则(最多支持16个视频通道) typedef struct { int m_enable; // rule enable int m_sgline_drc; // single line direction 0:left 1:right 2:bidirectional int m_sgline_beg_x; // coordinate of single line alarm,top left int m_sgline_beg_y; // coordinate of single line alarm,top left int m_sgline_end_x; // coordinate of single line alarm,down right int m_sgline_end_y; // coordinate of single line alarm,down right char m_rulename[64]; // rule name int m_enableosd; // OSD enable VSNETSMALARMLINK_EX m_alarmlink; // alarm relating VSNETSMOSD m_osd[2]; // OSD superposition of intellective analysis alarm } VSNETSMALARMLINE_EX; #if defined(TARGET_FJTS64LINE) #define SMART_MAXLINES 64 // max line count is 64 #else #define SMART_MAXLINES 10 // max line count is 10 #endif // 智能分析警戒线规则集 typedef struct { int m_count; // line count VSNETSMALARMLINE m_lines[SMART_MAXLINES]; } VSNETSMALARMLINES; // 智能分析扩展警戒线规则集(最多支持16个视频通道) typedef struct { int m_count; // line count VSNETSMALARMLINE_EX m_lines[SMART_MAXLINES]; } VSNETSMALARMLINES_EX; /**************************** 智能分析规则是否显示在客服端 *********************************************/ #define MAXSMPTNUM 64 typedef struct { #if defined(TARGET_FJTS64LINE) unsigned int m_nShowLineL; //是否显示拌线规则 按位表示 目前最多64条线可以表示 unsigned int m_nShowLineH; #else int m_nShowLine; //是否显示拌线规则 按位表示 目前最多10条线可以表示 #endif unsigned char m_bShowInRule; //是否显示区域侵入规则 unsigned char m_bShowOutRule; //是否显示区域离开规则 unsigned char m_bShowHoverRule;//是否显示区域侵入规则 unsigned char m_cReserved1; //保留 unsigned char m_cReserved2[4]; //保留 } VSNET_SMCLIENTSHOW; typedef struct { float m_nX; float m_nY; } VSNET_POINT; typedef struct { VSNET_POINT m_pt[MAXSMPTNUM];//区域规则点保存 int m_nPtNum; } VSNET_SMRECTRULE; /************************** 智能分析规则是否显示在客服端 --- 完 *************************************/ typedef struct { unsigned int m_alarmtime; // alarm time int m_alarmtype; // alarm type char m_alarmdesc[56]; // alarm description } VSNETALARMJPEGCAP; typedef struct { char m_num[8]; // pit number int m_bmotionjpg; // uploading moving capture to FTP int m_waittime; // wait time(second) for protecting from building bridge int m_front_sd; // front value } VSNETJNKYPARAM; typedef struct { char m_postaddr[32]; // post address unsigned short m_postport; // post port unsigned short m_reserved; // reserved for alignment } VSNETJNKYSERINFO; typedef struct { int m_cruise_day; // cruise date TIMELIST m_cruise_time; // cruise time int m_line_enable; // enable superposition of cruise route char m_osdstring[32]; // display character of OSD superposition int m_superpose_title; // superposition to title, value as:0，1，2，3 represent superposition to 1,2,3,4 title int m_staytime; // stay time of cruise point，3-255 seconds int m_cruise_pre[MAX_PRO_NUM]; // preset point number } VSNETPROLOOPPARAMEX; // server cruise parameter,no relationship with previous version VSNETPROLOOPPARAM #define HNDX_STROSD_NUM 8 #define HNDX_STROSD_LEN 40 typedef struct { int m_format; // not show，2003-09-12 15:23:33，2003-09-12 FRI 15:23:33，09-12-2003 15:23:33，09-12-2003 FRI 15:23:33，12-09-2003 15:23:33 int m_x; // x position，8-704 (multiple of 4) int m_y; // y position，10-576 } VSNETHNDXTIMEOSD; // time OSD typedef struct { int m_isshow; // show bit rate or not int m_x; // x position，8-704 (multiple of 4) int m_y; // y position，10-576 } VSNETHNDXBITRATEOSD; // bit rate OSD typedef struct { int m_x; // x position，8-704 (multiple of 4) int m_y; // y position，10-576 int m_color; // color 0:red 1:green 2:blue 3:white char m_str[HNDX_STROSD_LEN]; // String } VSNETHNDXOSDSTRING; // String OSD // OSD parameter typedef struct { VSNETHNDXBITRATEOSD m_bitrateosd; VSNETHNDXTIMEOSD m_timeosd; VSNETHNDXOSDSTRING m_stringosd[HNDX_STROSD_NUM]; } VSNETHNDXOSDATTR; // AAC parameter typedef struct { int m_enableaac; // AAC enable int m_enSmpRate; // AAC sampling frequency int m_BitWidth; // AAC bit width int m_BandWidth; // AAC band width } VSNETAUDIOAAC; typedef struct { int m_color_set; // 0: automatic, 1: by hand } VSNETHQCOLOR; // set mode typedef struct { int m_smart_sense; // intellective analysis of sensitivity } VSNETSMARTSENSE; typedef struct { int m_smart_tracktype; // intellective analysis of object type：0 all，1 human 2 vehicle } VSNETSMARTTRACKTYPE; typedef struct { char m_serurl[16]; // server IP address int m_serport; // server port char m_stationID[10]; // station number char m_reserve[2]; // reserved for alignment char m_clienturl[16]; // additional client ip int m_clientport; // client port char m_direction[4]; // station direction } VSNETCDRHPARAM; typedef struct { int m_enable; // ON or OFF int m_interval; // check interval float m_flowlow; // flow lower limit float m_flowhigh; // flow upper limit float m_phlow; // ph lower limit float m_phhigh; // ph upper limit float m_Densitylow[12]; // lower limit of 12 kinds of pollution float m_Densityhigh[12]; // upper limit of 12 kinds of pollution char m_Alarmflow[4]; // alarm ,flow relating to char m_Alarmph[4]; // alarm ,PH relating to char m_AlarmDensity[12][4]; // alarm ,pollution relating to } VSNETYWCODPARAM; typedef struct { char DeviceState[8]; // 8 devices float m_flow; // flow speed float m_ph; // PH float m_Density[12]; // lower limit of 12 kinds of pollution } VSNETYWCODDATA; typedef struct { char m_cmd[52]; // command of sampling machine for water quality } VSNETYWSZCYQCODE; typedef struct { char m_code[12]; // command of electromagnetism flowmeter } VSNETYWFLOWMETERCODE; typedef struct { int m_region_flg; // region flag of analysis for black degree,judge region or not int m_region_left; // region coordinate of analysis for black degree,top left int m_region_top; // region coordinate of analysis for black degree,top left int m_region_right; // region coordinate of analysis for black degree,down right int m_region_bottom; // region coordinate of analysis for black degree,down right } VSNET_BLACK_REGION; typedef struct { VSNET_BLACK_REGION m_region[10]; // region of analysis for black degree } VSNET_BLACK_REGIONTARGET; typedef struct { VSNET_BLACK_REGION m_region; // reference region for analysis for black degree } VSNET_BLACK_REGIONREFER; typedef struct { float m_min_val; // lowest value of black degree float m_max_val; // highest value of black degree } VSNET_BLACK_ALARMRANGE; typedef struct { VSNET_BLACK_REGION m_region; // region of analysis for black degree float m_value; // value of black degree } VSNET_BLACK_VALUE; typedef struct { VSNET_BLACK_VALUE m_report[10]; // report value of analysis for black degree } VSNET_BLACK_REPORT; typedef struct { int m_state; // state: open,close int m_limittime; // system limit times(hour) int m_runedtime; // device runned times(hour，only get valid) } VSNETYWDEVRUNTIME; typedef struct { unsigned char m_islock; // is lock the disk unsigned char m_reserved[3]; // reservation } VSNETBUFFLOCK; typedef struct { unsigned short m_serport; unsigned short m_webport; unsigned short m_rtspport; unsigned short m_p2pport; } VSNETCDHCPORT; typedef struct { unsigned int m_sigpercent; // signal power unsigned int m_rx_byte; // accepted flow unsigned int m_tx_byte; // sent flow } VSNETSIGAND3GFLOW; typedef struct { float m_gpsvx; float m_gpsvy; int m_gpsvsout; float m_gpsvspeed; float m_gpsvheight; char m_gpsvtime[32]; } VSNETHZFLGPSINFO; // Sensor坏点检测 typedef struct { unsigned short badpixelcount; // 设备返回实际检测的坏点数，设置时不关心 unsigned short badpixelcountmin; // 用户设置检测的最小坏点数 unsigned short badpixelcountmax; // 用户设置检测的最大坏点数 unsigned short reserved; // 保留 } VSNET_BADPIXEL_RET; // GZJieWei Parameter = VSNETGZJWUIDHEADER + Data typedef struct { int m_Mask1; // MSGHEAD_MASK1: 0X280028 int m_Vision; // message version: current = 1 int m_MgsType; // message type: m_MgsType = 8079 int m_ErrorCode; // message status code int m_DataSize; // message data size: max size = 32 bytes short m_Ex1; // extension 1 short m_Ex2; // extension 2 int m_Mask2; // MSGHEAD_MASK2: 0X280028 } VSNETGZJWUIDHEADER; // GZJieWei Parameter typedef struct { VSNETGZJWUIDHEADER m_MsgHead; char m_MsgData[32]; } VSNETGZJWUIDPARAM; // beijing huatuo typedef struct { int m_bEnable; // enable watcher, 1 enable, 0 disable int m_iTime; // check time > 0 int m_iPreset; // preset number } VSNETBJHTPTZWATCHER; #define VSNET_MAXRESOLUTIONNUM 100 // 支持的最大视频分辨率个数 // DVR的VO接口定义 typedef enum { ENUM_VSNET_VO_VGA = 0, // VO的VGA接口 ENUM_VSNET_VO_HDMI = 1 // VO的HDMI接口 } ENUM_VSNET_DVRVO; // DVR的单个VO设置参数 typedef struct { unsigned char m_bSupport; // 是否支持该VO接口（只能获取），0-不支持，1-支持 unsigned char m_supportResolution[VSNET_MAXRESOLUTIONNUM]; // 支持的分辨率（只能获取）,按照上面ENUM_VSNET_VIDEO_RESOLUTION定义的顺序,一个字节代表一个分辨率是否支持，1-支持，0-不支持 unsigned char m_bEnable; // 是否启用该接口，只有支持该接口时才允许设置，0-不支持，1-未启用，2-启用 unsigned char m_indentation; // VO的缩放系数，只有支持该接口时才允许设置范围0~255，(暂未使用) unsigned char m_resolution; // 当前的分辨率，只有支持该接口时才允许设置，取值按照上面ENUM_VSNET_VIDEO_RESOLUTION定义 } VSNET_DVRVOSETTS; // DVR的VO设置参数 typedef struct { VSNET_DVRVOSETTS m_vointerface[VSNET_DVR_MAXVONUM]; // DVR的VO参数设置，目前最多支持VSNET_DVR_MAXVONUM个VO接口，接口按照上面ENUM_VSNETVO的定义，0-VGA，1-HDMI } VSNET_DVRVOPARAM; /***********************新存储结构体*********************************/ //硬盘属性 typedef enum { VS_DISK_TYPE_RW, /**< 读写盘 */ VS_DISK_TYPE_RO, /**< 只读盘 */ VS_DISK_TYPE_RD, /**< 冗余盘 */ VS_DISK_TYPE_ALL, /**< 所有类型 */ VS_DISK_TYPE_BUTT, /**< 无效值 */ }VS_DISK_TYPE_E; typedef struct { int m_diskno[16]; /**< 硬盘号对应分组 普通盘组取值 [1-HD_MAXDISKNUM],冗余盘组取值-1*/ int m_chno[64]; /**< 通道号对应分组 普通盘组取值 [1-HD_MAXDISKNUM],冗余盘组取值-1*/ }VS_GROUP_CFG_T; typedef struct { int m_type; /**< 硬盘类型；注:请使用VS_DISK_TYPE_E里面的值*/ int m_lock; /**< 硬盘是否锁定 LC_TRUE锁定 LC_FALSE未锁定 */ }VS_DISK_ATTR_T; //硬盘配置 typedef struct { VS_DISK_ATTR_T m_disk[16]; }VS_DISK_CFG_T; //存储盘组配置信息 typedef struct { VS_GROUP_CFG_T m_groupcfg; /**< 分组配置 */ VS_DISK_CFG_T m_dattrcfg; /**< 硬盘属性 */ }VS_STORAGE_CFG_T; #define VS_SMART_ATTRIBUTES 30 #define VS_SMART_ATTRNAMELEN 32 #define VS_SMART_ATTRRAWVAL 32 typedef struct { unsigned char m_id; unsigned char m_curr; unsigned short m_flags; unsigned char m_worst; unsigned char m_thresh; char m_reserv[2]; unsigned char m_name[VS_SMART_ATTRNAMELEN]; unsigned char m_rawval[VS_SMART_ATTRRAWVAL]; }VS_SMART_ELEM_T; //硬盘SMART信息 typedef struct { int m_enabled; /**< 0不支持SMART，1支持SMART */ unsigned int m_version; VS_SMART_ELEM_T m_smart[VS_SMART_ATTRIBUTES]; }VS_SMART_INFO_T; // for DVR(LC78XX) ---add by buwp,2010-6-11 /********************************** DVR GUI ADD *****************************************/ typedef struct { unsigned char m_no; // the number of preseting position char m_name[31]; // the name of preseting position } VSNET_PTZ_PRESET_NO_T; typedef struct { int m_num; // Now, how many preseting position we have VSNET_PTZ_PRESET_NO_T m_presetno[255]; } VSNET_PTZ_PRESET_T; // Save PTZ preseting position typedef struct { int m_usernum; // how many user we have,now int m_groupnum; // how many valid user group we have ,now VSNETDVRUSERGROUP m_group[8]; // 8 groups, initialize 4 groups 4 are reserved VSNETDVRUSER m_user[32]; // 32 users, initialize 4 users } VSNET_SYSUSER_T; typedef struct { char m_status[32]; // the status of user(0:disbale, 1:enable) VSNET_SYSUSER_T m_user; } VSNETDVRSYSUSER_EX; // extent user info(add the stauts of user) typedef struct { int m_hdisk_attrib; // disk attribute 0:default(read/write); 1:redundance ; 2:readonly char m_hdisk_serialno[32]; // disk serial id int m_resev[40]; // reserved } VSNETDISKPARAM; typedef struct { int m_disk_count; // disk count VSNETDISKPARAM m_diskparam[16]; // disk param int m_disk_reduflag[64]; // disk redundance single, by channels } VSNETRECORDDISKPARAM; typedef struct { int m_type; // contorl type int m_value; // speed or address; CVT: H int m_paramfirst; // 3D:speed for H; CVT: V int m_paramsecond; // 3D:speed for V; CVT: speed for H int m_paramthird; // 3D:zoom parameter; CVT: speed for V } VSNETDVRPTZ; typedef struct { int m_zoom; // amplification factor int m_X; // centre coordinate X int m_Y; // centre coordinate Y } VSNET_PTZCTRL_ZOOM; typedef struct { int m_audio_type; // audio type int m_audio_bitrate; // bit rate: 16K,24K,32K,40K for G726 int m_audio_samplerate; // sample rate int m_audio_bitwidth; // bitwidth } VSNETAUDIO; typedef struct { unsigned char timer; // 0、HIDE 1、MM:SS:mm(00:00:00)2、HH:MM:SS(00:00:00) unsigned int positionx; // XPOS unsigned int positiony; // YPOS } CHANNELTIMEROSD; // SHTY typedef struct { int m_audio_timerec; // enable flag int m_packtime; // package time TIMELIST m_timeList; // capture time } VSNETVIDEOTIMEREC; // SHTY typedef struct { unsigned int m_recodch[8][16]; } VSNETSHTYALARMAUDIO; // SHTY typedef struct { unsigned int m_capTime[8]; } VSNETSHTYALARMCAPTIME; typedef struct { int m_denoise; // tvp5158 denoise level int m_reseved; // reserved } VSNET_TVP5158_DENOISE; /********************************** DVR GUI END *****************************************/ /********************************** NVR 通道设备管理参数 *****************************************/ //NVR 支持的分辨率类型 typedef enum { VSNET_NVR_FORMAT_16F, VSNET_NVR_FORMAT_8F, VSNET_NVR_FORMAT_8H, } VSNET_NVR_FORMAT_ENUM; typedef struct { VSNET_NVR_FORMAT_ENUM nNvrType; //NVR 支持的分辨率类型 } VSNET_NVR_FORMAT_TYPE; typedef struct { char m_szSerName[32]; //server name char m_szSerIp[20]; //server ip address unsigned short m_nSerport; //server port unsigned short m_nChannel; //the channel of server to be connected unsigned short m_nTransType; //the media transport type tcp/udp/multi unsigned short m_nChlinkState; //channel link state unsigned short m_nImgHeight; //image height unsigned short m_nImgWidth; //image width char m_szUserName[20]; //server user name char m_szPasswd[20]; //server password int m_reserved1; //reserved1 int m_reserved2; //reserved2 } VSNET_NVR_DEVINFO; typedef struct { char m_szSerName[32]; //server name char m_szSerIp[100]; //server ip address unsigned short m_nSerport; //server port unsigned short m_nChannel; //the channel of server to be connected unsigned short m_nTransType; //the media transport type tcp/udp/multi unsigned short m_nChlinkState; //channel link state unsigned short m_nImgHeight; //image height unsigned short m_nImgWidth; //image width char m_szUserName[20]; //server user name char m_szPasswd[20]; //server password int m_reserved1; //reserved1 int m_reserved2; //reserved2 } VSNET_NVR_DEVINFO_EX; typedef enum { NVR_FORMAT_NONE = 0, NVR_FORMAT_D1 = 1, NVR_FORMAT_720P = 3, NVR_FORMAT_1080P = 7, NVR_FORMAT_300W = 8, NVR_FORMAT_500W = 9, } VSNET_NVR_FORMAT_VALUE; //NVR 绑定设备的信息 typedef struct { int m_bEnable; //channel been used ? VSNET_NVR_FORMAT_VALUE m_nMaxSize; //max video format VSNET_NVR_DEVINFO m_vsDevInfo; //channel info } VSNET_NVR_CHINFO; //NVR 绑定设备的信息 typedef struct { int m_bEnable; //channel been used ? VSNET_NVR_FORMAT_VALUE m_nMaxSize; //max video format VSNET_NVR_DEVINFO_EX m_vsDevInfo; //channel info } VSNET_NVR_CHINFO_EX; typedef struct { VSNET_NVR_CHINFO m_channel[VSNET_DVR_MAXCH]; //channel info,记住查看,当VSNET_DVR_MAXCH改变时记得修改 } VSNET_NVR_CHANINFO; typedef struct { VSNET_NVR_CHINFO_EX m_channel[VSNET_DVR_MAXCH]; //channel info,记住查看,当VSNET_DVR_MAXCH改变时记得修改 } VSNET_NVR_CHANINFO_EX; typedef struct { int m_maxrecv; //最大接入带宽 int m_maxsend; //最大发送带宽 int m_currecv; //当前接入带宽 int m_cursend; //当前发送带宽 int m_reserved1; int m_reserved2; int m_reserved3; int m_reserved4; } VSNET_NVR_BANDWIDTH; #define NVR_MAX_LOGICHS 64 //通道类型参数结构体 typedef struct { int m_modify[NVR_MAX_LOGICHS]; //配置通道, 1->允许, 0->禁止 int m_chtype[NVR_MAX_LOGICHS]; //通道类型，模拟->1、数字->2、未使用->0 }VSNET_NVR_CHCTRL_CHTYPE_S; #define NVR_MAX_SUPPORTRANGE 16 //通道支持分辨率结构体 typedef struct { int m_support[NVR_MAX_SUPPORTRANGE]; //数组下标表示对应分辨率。数组中值表示分辨率是否支持(0:不支持；1:支持) //数组下标:0:D1 1:720P 2:1080P }VSNET_NVR_CHANNELFORMAT; /********************************** NVR 通道设备管理参数 完***************************************/ /* 双网卡工作模式配置 */ typedef struct { int m_workmode; /* 工作模式选择，0->负载均衡, 1->网络容错, 2->独立配置 */ int m_defaultgw; /* 默认网关选择，0->LAN1, 1->LAN2 */ }VSNET_NETCARD_WORKMODE_S; /********************************** 88258 STRUCT *****************************************/ #define MAX_CLIP_NUM 10 #define MAX_FAN_NUM 3 // fan number // CARD TYPE typedef enum { CLIP_TYPE_MASTER = 0, // master card CLIP_TYPE_DEC = 1, // decoder card CLIP_TYPE_ENC_D1 = 2, // D1 CLIP_TYPE_ENC_720P = 3, // 720P CLIP_TYPE_ENC_1080P = 4, // 1080 CLIP_TYPE_ALARM = 5, // ALARM CLIP_TYPE_DEVICE = 6, // DEVICE } APP_CLIP_TYPE; typedef enum { CLIP_SLOT_SUB0 = 0, // CLIP1 CLIP_SLOT_SUB1 = 1, // CLIP2 CLIP_SLOT_SUB2 = 2, // CLIP3 CLIP_SLOT_SUB3 = 3, // CLIP4 CLIP_SLOT_SUB4 = 4, // MASTER CLIP_SLOT_SUB5 = 5, // CLIP5 CLIP_SLOT_SUB6 = 6, // CLIP6 CLIP_SLOT_SUB7 = 7, // CLIP7 CLIP_SLOT_MASTER = 8, // CLIP8 CLIP_SLOT_MACHINE = 9, // ALARM CLIP_SLOT_ALARM = 10, // reserved } APP_CLIP_NO; typedef struct { int m_temperature; // Temperature int m_humidity; // humidity } VSNETHUMITUPARAM, *PVSNETHUMITUPARAM; // Temperature and humidity typedef struct { unsigned int m_speed; // fan speed： r/s unsigned char m_state; // state unsigned char m_reseved[3]; // reserved } VSNETFANSTATE, *PVSNETFANSTATE; // fan state typedef struct { unsigned char m_isexist; // Be Exist unsigned char m_type; // card type unsigned char m_state; // state unsigned char m_reseved[5]; // reserved } VSNETCLIPSTATE, *PVSNETCLIPSTATE; // clip card state typedef struct { VSNETCLIPSTATE m_stotstate; // slot state:master、clip、slot、alarm VSNETHUMITUPARAM m_humitu; // Temperature and humidity of card } VSNETBANCARDINFO, *PVSNETBANCARDINFO; typedef struct { unsigned char m_powerstate; // power state unsigned char m_reseved[7]; // reserved VSNETFANSTATE m_fanstate[MAX_FAN_NUM]; // fan state VSNETBANCARDINFO m_bancardinfo[MAX_CLIP_NUM]; // card information } VSNETDECVICEPARAM, *PVSNETDECVICEPARAM; /************************************ 88258 END ******************************************/ typedef struct { int m_clipstate; // clip card state int m_clipnum; // clip card num } VSNETUPDATESLOT; // NAS state Information #define NAS_STATE_UNENABLE 1 #define NAS_STATE_UNCONNECT 2 #define NAS_STATE_CONNECT 4 #define NAS_STATE_INUSE 8 typedef enum { MNT_CIFS, MNT_NFS, } MNTFILETYPE; typedef struct { char m_NASenable; // Enable NAS char m_reseved[3]; // reseved char m_NASip[32]; // NAS IP char m_NASpath[80]; // NAS path char m_NASuser[40]; // NAS username char m_NASpassword[40]; // NAS password MNTFILETYPE mnt_type; } VSNETNASINFO; typedef struct { int m_state; // Disk State 1、not use 2、Unlink 4.linked 8.on using int m_totalsize; // Disk Size int m_freesize; // free size } VSNETNASSTATE; typedef struct { VSNETNASINFO m_NASinfo[8]; VSNETNASSTATE m_NASstate[8]; } VSNETNASPARAM; typedef struct { char m_url[32]; // IP address int m_port; // data port } VSNETINFONET; typedef struct { VSNETINFONET m_netinfo[4]; // net information char m_sername[40]; // server name char m_username[20]; // user name char m_password[20]; // password int m_cardnum; // card number unsigned char m_isexist; // card be exist unsigned char m_type; // card type unsigned char m_state; // card state unsigned char m_reseved; // reseved } VSNETCARDINFO; typedef struct { VSNETCARDINFO m_cardinfo[8]; } VSNETCARDPARAM; // 探头当前状态 typedef struct { int m_nStatus[16]; //0 开 1闭合 -1无效 } VSNET_ALARM_IN_STATUS; /*******************************日记搜索定义******************************/ //集中编码器搜索日志的结构体中m_nMark的取值 /************************报********************警*****************/ /*主类型*/ #define LOG_ALARM_MAJOR 0x1 /*次类型*/ #define LOG_ALARM_MINOR_MOTIONDEC_START 0x101 /* 移动侦测开始*/ #define LOG_ALARM_MINOR_MOTIONDEC_STOP 0x111 /* 移动侦测结束*/ #define LOG_ALARM_MINOR_VIDEOLOST_START 0x102 /* 视频丢失开始*/ #define LOG_ALARM_MINOR_VIDEOLOST_STOP 0x112 /* 视频丢失结束*/ #define LOG_ALARM_MINOR_SENSOR_START 0x103 /* 探头报警开始*/ #define LOG_ALARM_MINOR_SENSOR_STOP 0x113 /* 探头报警结束*/ #define LOG_ALARM_MINOR_HIDEALARM_START 0x104 /* 遮挡报警开始*/ #define LOG_ALARM_MINOR_HIDEALARM_STOP 0x114 /* 遮挡报警结束*/ #define LOG_ALARM_MINOR_PUSENSOR_START 0x105 /* 前端探头报警开始*/ #define LOG_ALARM_MINOR_PUSENSOR_STOP 0x115 /* 前端探头报警结束*/ /************************异********************常*****************/ /*主类型*/ #define LOG_EXCEPTION_MAJOR 0x2 /*次类型*/ #define LOG_EXCEPTION_MINOR_ILLEGALACCESS 0x201 /* 非法访问*/ #define LOG_EXCEPTION_MINOR_HD_FULL 0x202 /* 硬盘满*/ #define LOG_EXCEPTION_MINOR_HD_ERROR 0x203 /* 硬盘错误*/ #define LOG_EXCEPTION_MINOR_NET_BROKEN 0x204 /* 网线断*/ #define LOG_EXCEPTION_MINOR_NET_TIMEOUT 0x205 /* 网络不通*/ #define LOG_EXCEPTION_MINOR_VIDEOMOODERROR 0x206 /* 视频制式错误*/ #define LOG_EXCEPTION_MINOR_IPADDRCONFLICT 0x207 /* IP地址冲突*/ #define LOG_EXCEPTION_MINOR_NODISK 0x208 /* 无硬盘*/ #define LOG_EXCEPTION_MINOR_HD_TOOMANYBADSECTOR 0x209 /* 坏扇区太多 */ #define LOG_EXCEPTION_MINOR_HD_DISKUNHEALTH 0x210 /* 磁盘状态不健康 */ #define LOG_EXCEPTION_MINOR_HD_DISKREMOVE 0x211 /* 硬盘被不正常移去 */ #define LOG_EXCEPTION_MINOR_VIDEOEXCEPTION 0x212 /* 视频异常 */ #define LOG_EXCEPTION_MINOR_CPUEXCEPTION 0x213 /* CPU 异常 */ #define LOG_EXCEPTION_MINOR_NETEXCEPTION 0x214 /* 网络 异常 */ #define LOG_EXCEPTION_MINOR_NOUSEABLEDISK 0x215 /* 无可用硬盘*/ #define LOG_EXCEPTION_MINOR_MACHINE_FAN_STOP 0x216 /* 风扇停止转动*/ #define LOG_EXCEPTION_MINOR_MACHINE_FAN_SINGULARITY 0x217 /*风扇异常*/ #define LOG_EXCEPTION_MINOR_MACHINE_BANCARD_SINGULARITY 0x218 /*板卡异常*/ #define LOG_EXCEPTION_MINOR_GET_VIDEOLOST_FAILED 0x219 /*获取视频丢失状态失败*/ #define LOG_EXCEPTION_MINOR_REBOOT 0x220 /* 设备异常重启 */ #define LOG_EXCEPTION_MINOR_DEVICE_RESOUT 0x221 /* 分辨率超出 */ #define LOG_EXCEPTION_MINOR_DEVICE_USERERROR 0x222 /* 用户名密码出错 */ #define LOG_EXCEPTION_MINOR_DEVICE_NORMAL 0x223 /* 网络连接成功 */ #define LOG_EXCEPTION_MINOR_DEVICE_USEROVER 0x224 /* 服务器通道满员 */ #define LOG_EXCEPTION_MINOR_DEVICE_SHUT 0x225 /* 连接断开 */ /************************操********************作*****************/ /*主类型*/ #define LOG_OPERAT_MAJOR 0x3 /*次类型*/ #define LOG_OPERAT_MINOR_START_DVR 0x301 /* 开机*/ #define LOG_OPERAT_MINOR_STOP_DVR 0x302 /* 关机*/ #define LOG_OPERAT_MINOR_LOCAL_LOGIN 0x303 /* 本地登陆*/ #define LOG_OPERAT_MINOR_LOCAL_CFG_PARM 0x304 /* 本地配置参数*/ #define LOG_OPERAT_MINOR_REMOTE_GET_PARM 0x305 /* 远程获得参数*/ #define LOG_OPERAT_MINOR_LOCAL_START_REC 0x306 /* 本地开始录像*/ #define LOG_OPERAT_MINOR_LOCAL_STOP_REC 0x307 /* 本地停止录像*/ #define LOG_OPERAT_MINOR_LOCAL_PLAYBYFILE 0x308 /* 本地按文件回放*/ #define LOG_OPERAT_MINOR_LOCAL_PLAYBYTIME 0x309 /* 本地按时间回放*/ #define LOG_OPERAT_MINOR_LOCAL_PTZCTRL 0x30A /* 本地云台控制*/ #define LOG_OPERAT_MINOR_LOCAL_PREVIEW 0x30B /* 本地预览*/ #define LOG_OPERAT_MINOR_LOCAL_UPGRADE 0x30C /* 本地升级*/ #define LOG_OPERAT_MINOR_LOCAL_COPYFILE 0x30D /* 本地备份文件*/ #define LOG_OPERAT_MINOR_REMOTE_ARM 0x30E /* 布防*/ #define LOG_OPERAT_MINOR_REMOTE_REBOOT 0x30F /* 远程重启*/ #define LOG_OPERAT_MINOR_START_VT 0x310 /* 开始语音对讲*/ #define LOG_OPERAT_MINOR_STOP_VT 0x311 /* 停止语音对讲*/ #define LOG_OPERAT_MINOR_MACHINE_BANCARD_ADD 0x312 /*子板卡插入*/ #define LOG_OPERAT_MINOR_MACHINE_BANCARD_DEL 0x313 /*子板卡拔出*/ #define LOG_OPERAT_MINOR_FORMATDISK 0x314 /* 格式化硬盘*/ #define LOG_OPERAT_MINOR_FORMATDISK_FAILED 0x315 /* 格式化硬盘失败*/ #define LOG_OPERAT_MINOR_DISK_LOCK 0x316 /* 锁定硬盘*/ #define LOG_OPERAT_MINOR_DISK_UNLOCK 0x317 /* 解锁硬盘*/ #define LOG_OPERAT_MINOR_START_LOOP 0x318 /* 开始轮巡*/ #define LOG_OPERAT_MINOR_STOP_LOOP 0x319 /* 停止轮巡*/ #define LOG_OPERAT_MINOR_START_AUDIO 0x320 /* 开始音频*/ #define LOG_OPERAT_MINOR_STOP_AUDIO 0x321 /* 停止音频*/ #define LOG_OPERAT_MINOR_START_NETWORK_TALK 0x322 /* 网络对讲开启*/ #define LOG_OPERAT_MINOR_STOP_NETWORK_TALK 0x323 /* 网络对讲停止*/ #define LOG_OPERAT_MINOR_LOCAL_PLAY_STOP 0x324 /* 本地回放结束*/ #define LOG_OPERAT_MINOR_LOCAL_START_TIMEREC 0x325 /* 开始本地定时录像*/ #define LOG_OPERAT_MINOR_LOCAL_STOP_TIMEREC 0x326 /* 停止本地定时录像*/ #define LOG_OPERAT_MINOR_LOCAL_START_HANDREC 0x327 /* 开始本地手动录像*/ #define LOG_OPERAT_MINOR_LOCAL_STOP_HANDREC 0x328 /* 停止本地手动录像*/ #define LOG_OPERAT_MINOR_DEVICE_ADD 0x32A /* 添加设备*/ #define LOG_OPERAT_MINOR_DEVICE_DEL 0x32B /* 删除设备*/ #define LOG_OPERAT_MINOR_DEVICE_MODIFY 0x32C /* 更改设备*/ #define LOG_OPERAT_MINOR_LOG_CLS 0x32D /* 清除日志*/ #define LOG_OPERAT_MINOR_USER_ADD 0x32E /* 添加用户*/ #define LOG_OPERAT_MINOR_USER_DEL 0x32F /* 删除用户*/ #define LOG_OPERAT_MINOR_USER_MODIFY 0x330 /* 更改用户*/ #define LOG_OPERAT_MINOR_TIME_MODIFY 0x331 /* 修改系统时间*/ #define LOG_OPERAT_MINOR_ZONE_MODIFY 0x332 /* 修改系统时区*/ #define LOG_OPERAT_MINOR_HARDDEFAULT 0x335 /* 硬件恢复默认 */ #define LOG_OPERAT_MINOR_LOADDEFAULT 0x336 /* 加载参数出错后恢复默认 */ #define LOG_OPERAT_MINOR_SAVEPARAM 0x337 /* 保存参数 */ #define LOG_OPERAT_MINOR_DEFAULTPARAM 0x338 /* 恢复默认参数 */ #define LOG_OPERAT_MINOR_REMOTE_LOGIN 0x340 /* 远程登录 */ enum SEARCH_DIARY_MARK { SEARCH_DIARY_MARK_TYPE = 1 << 0, //日志主类型 有效 SEARCH_DIARY_MARK_TYPE_SUB = 1 << 1, //日志次类型 有效 SEARCH_DIARY_MARK_CHANNEL = 1 << 2, //通道号有效 SEARCH_DIARY_MARK_CARDNUM = 1 << 3, //板卡号有效 SEARCH_DIARY_MARK_TIME = 1 << 4, //时间有效 }; //集中编码器搜索日志的结构体 typedef struct { int m_nMark; //规定那些值有效 见SEARCH_DIARY_MARK int m_nType; //日志主类型 int m_nTypeSub; //日志次类型 int m_nChannel; //通道号 对于集中编码器0-255 VSNETDIARY_NETTIME vsnStratTime; //开始时间 VSNETDIARY_NETTIME vsnStopTime; //结束时间 char m_szReseved[64]; //保留 } VSNET_SEARCH_DIARY; //集中编码器搜索日志返回 #define MAXDIARYNUM 256 typedef struct { int m_nMark; // 规定那些值有效 见SEARCH_DIARY_MARK int m_nChannel; // 通道号 对于集中编码器0-255 可算出板卡号 int m_nType; // 日志主类型 int m_nTypeSub; // 日志次类型 VSNETDIARY_NETTIME vsnTime; // 发生时间 char m_szReseved[12]; // 保留 } VSNET_DIARY_INFO_CONTENT; typedef struct { int m_nDiaryNum; //VSNET_DIARY_INFO_CONTENT有效个数 VSNET_DIARY_INFO_CONTENT m_vdicInfo[MAXDIARYNUM]; } VSNET_DIARY_INFO; /*******************************日记搜索定义 完**************************/ /************************************ 88258 END ******************************************/ /* * 智能识别结构定义，用于智能DVS * 修改时间：2011-03-23 * 修改人：zhangdw */ // 设备行为分析能力 typedef enum { VCA_ABILITY_BKPLATEANALYSIS = (1 << 0), // 车牌识别(识别做在管理软件上) VCA_ABILITY_PLATEANALYSIS = (1 << 1), // 车牌识别(识别做在前端设备上) VCA_ABILITY_INTELLIGENTANALYSIS = (1 << 2), // 允许智能行为分析(警戒线跨越、区域入侵、区域离开、徘徊) } ENUM_VCA_ABILITYS; typedef struct { int ability_type; // 行为分析能力类型 } VSNET_VCA_ABILITY; /* * 智能车牌识别结构定义，用于智能DVS * 修改时间：2011-03-22 * 修改人：zhangdw */ /************************************ 智能车牌 开始 ***************************************/ #ifndef MAX_VCA_PLATERECT_NUM #define MAX_VCA_PLATERECT_NUM 4 // 车牌分析最多车牌数 #endif #ifndef MAX_VCA_PLATECAP_NUM #define MAX_VCA_PLATECAP_NUM 3 // 车牌分析最多抓拍张数 #endif #ifndef MAX_VCA_PLATERSTR_NUM #define MAX_VCA_PLATERSTR_NUM 12 // 车牌分析车牌号码 字符长度 #endif #ifndef VCA_PLATE_JPGEND #define VCA_PLATE_JPGEND 0xABABAAB #endif typedef struct { short left; // 车牌信息左上角横坐标 short right; // 车牌信息右下角横坐标 short top; // 车牌信息左上角纵坐标 short bottom; // 车牌信息右下角纵坐标 } VSNET_VCA_PLATERECT; typedef struct { float left; // 分析区域左上角横坐标 float top; // 分析区域左上角纵坐标 float right; // 分析区域右下角横坐标 float bottom; // 分析区域右下角纵坐标 } VSNET_VCA_PLATERECTF; typedef struct { unsigned int version; // 车牌识别信息版本，0x01-V1.0 unsigned int time_stamp; // 分析时间戳，以毫秒为单位 unsigned int pos_num; // 当前帧定位到的车牌数目 VSNET_VCA_PLATERECT pos_rect[MAX_VCA_PLATERECT_NUM]; // 当前帧定位到的车牌在原始图像中的位置 unsigned char recog_num; // 识别出的车牌号数目 unsigned char reserverd1[3]; // 保留参数，置为0 unsigned int recog_gmttime[MAX_VCA_PLATERECT_NUM]; // 识别到的车牌最早出现的绝对时间，自1970年1月1日 00:00:00 开始的秒数,时区按GMT时区计算 unsigned char recog_number[MAX_VCA_PLATERECT_NUM][MAX_VCA_PLATERSTR_NUM]; // 识别出来的车牌字符 unsigned char recog_trust[MAX_VCA_PLATERECT_NUM]; // 车牌字符的置信度 unsigned char recog_brightness[MAX_VCA_PLATERECT_NUM];// 车牌亮度值1 ~ 255 unsigned char recog_color[MAX_VCA_PLATERECT_NUM]; // 车牌颜色 0:蓝底1:黄底2:白底－军牌3:白底－警牌4:黑牌5:未知 unsigned char recog_direction[MAX_VCA_PLATERECT_NUM]; // 车牌运动方向 0:未知方向 1:车牌从上到下运动 2:表示车牌从下到上运动 unsigned char recog_type[MAX_VCA_PLATERECT_NUM]; // 车牌类型 1:大型汽车号牌 2:小型汽车号牌 16:教练汽车号牌 23:警用汽车号牌 99:未知 unsigned int recog_speeds[MAX_VCA_PLATERECT_NUM]; // 车牌运动速度 unsigned char recog_carcolor[MAX_VCA_PLATERECT_NUM]; // 车身颜色 0:白色 1:银灰 2:黄色 3:粉色 4:红色 5:紫色 6:绿色 7:蓝色 8:棕色 9:黑色 99:其他 255: 未开启识别 } VSNET_VCA_PLATEINFO; typedef struct { unsigned int version; // 车牌识别抓拍信息版本，0x01-V1.0 unsigned char recog_num; // 识别出的车牌号数目 unsigned char cap_num; // 识别抓拍的张数 unsigned char reserverd1[2]; // 保留参数，置为0 unsigned int recog_gmttime[MAX_VCA_PLATERECT_NUM]; // 识别到的车牌最早出现的绝对时间，自1970年1月1日 00:00:00 开始的秒数,时区按GMT时区计算 unsigned char recog_number[MAX_VCA_PLATERECT_NUM][MAX_VCA_PLATERSTR_NUM]; // 识别出来的车牌字符 unsigned char recog_trust[MAX_VCA_PLATERECT_NUM]; // 车牌字符的置信度 unsigned char recog_brightness[MAX_VCA_PLATERECT_NUM];// 车牌亮度值1 ~ 255 unsigned char recog_color[MAX_VCA_PLATERECT_NUM]; // 车牌颜色 0:蓝底1:黄底2:白底－军牌3:白底－警牌4:黑牌5:未知 unsigned char recog_direction[MAX_VCA_PLATERECT_NUM]; // 车牌运动方向 0:未知方向 1:车牌从上到下运动 2:表示车牌从下到上运动 unsigned char recog_type[MAX_VCA_PLATERECT_NUM]; // 车牌类型 1:大型汽车号牌 2:小型汽车号牌 16:教练汽车号牌 23:警用汽车号牌 99:未知 unsigned int recog_speeds[MAX_VCA_PLATERECT_NUM]; // 车牌运动速度 unsigned char recog_carcolor[MAX_VCA_PLATERECT_NUM]; // 车身颜色 0:白色 1:银灰 2:黄色 3:粉色 4:红色 5:紫色 6:绿色 7:蓝色 8:棕色 9:黑色 99:其他 255: 未开启识别 } VSNET_VCA_PLATECAP; typedef struct { unsigned int cap_gmttime; // 抓拍绝对时间，自1970年1月1日 00:00:00 开始的秒数,时区按GMT时区计算 VSNET_VCA_PLATERECT cap_pos[MAX_VCA_PLATERECT_NUM]; // 识别到的车牌在抓拍图片中的位置 unsigned int cap_size; // 抓拍的数据大小，以字节为单位，不包含车牌定位信息大小 } VSNET_VCA_PLATEDATA; // 车牌识别-车牌大小 typedef struct { int plate_w_min; // 车牌最小宽度，以像素为单位 int plate_w_max; // 车牌最大宽度，以像素为单位 } VSNET_VCA_PLATEWIDTH; // 车牌识别默认省份 typedef struct { int trust_thresh; //信度的阈值低于该值 用默认省份代替 // 默认省份: // 云36，京37，冀38，吉39，宁40，川41，新42，晋43，桂44，沪45，津46，浙47， // 渝48，湘49，琼50，甘51，皖52，粤53，苏54，蒙55，藏56，豫57，贵58，赣59， // 辽60，鄂61，闽62，陕63，青64，鲁65，黑66 char plate_chn_default[MAX_VCA_PLATERSTR_NUM];//默认省份字符 } VSNET_VCA_PLATECHNDEFAULT; // 车牌识别汉字掩码 typedef struct { unsigned char plate_chn_mask[64]; // 按位表示中文汉字识别的掩码（提高字符识别的精度）， // 1-屏蔽该汉字识别，0-开始该汉字识别， // 汉字对应掩码顺序如下（从高到底）： // 云 京 冀 吉 宁 川 新 晋 桂 沪 津 浙 渝 湘 琼 甘 皖 粤 苏 蒙 藏 豫 贵 赣 辽 鄂 闽 陕 青 鲁 黑 // （目前只有31个省份汉字，其余位保留以后扩展更多汉字） } VSNET_VCA_PLATECHNMASK; // 车牌识别叠加模式 typedef enum { VCA_PLATEDRAW_RECT = 0x01, // 编码叠加车牌识别目标区域 VCA_PLATEDRAW_TARGET = 0x02, // 编码叠加车牌定位框 VCA_PLATEDRAW_CAPRECT = 0x04, // 抓拍叠加车牌识别目标区域 VCA_PLATEDRAW_CAPTARGET = 0x08 // 抓拍叠加车牌定位框 } ENUM_VCA_PLATEDRAW; // 车牌识别抓拍参数 typedef enum { VCA_PLATECAPMODE_QUALITY = 0, // 抓拍方式，最清晰的一张 VCA_PLATECAPMODE_LAST = 1 // 抓拍方式，最后的一张 } ENUM_VCA_PLATECAPMODE; // 车牌图片质量设置 typedef struct { unsigned short cap_quality; // 抓拍图像压缩率，取值1~100，数值越高表示质量越好 unsigned short cap_num; // 抓拍的图像张数，取值范围1~3 unsigned short cap_mode; // 抓拍方式，0-最清晰的一张，1-最后的一张 unsigned short cap_store; // 抓拍图片前端存储选项，0-不存储，1-存储 } VSNET_VCA_PLATECAPPARAM; // 车牌图片车牌字符叠加设置 画框请在车牌识别叠加模式中设置 typedef struct { unsigned char bEnable; // 是否启用jpg图片车牌号码叠加 unsigned char reserverd[3]; // 保留 float jpgosd_scale; // 字符显示比例0.5-2.0 float jpgosd_x; // 叠加车牌的x坐标 float jpgosd_y; // 叠加车牌的y坐标 } VSNET_VCA_PLATEJPGOSD; // 车牌模式 typedef struct { int plate_draw; // 识别叠加框 详细见ENUM_VCA_PLATEDRAW int deskew_flag; // 车牌识别是否对车牌做倾斜校正 } VSNET_VCA_PLATEMODE; // 车牌版本 typedef struct { char m_szDspVersion[16]; //DSP版本 char m_szDspDate[16]; //DSP日期 char m_szPlateVersion[16]; //算法版本 char m_szPlateDate[16]; //算法日期 } VSNET_VCA_PLATEVERSION; /************************************ 智能车牌 结束 ***************************************/ /************************************ SXSD START ******************************************/ #define SXSD_PARAM_MEB_NUM 11 #define SXSD_PARAM_DATA_NUM 7 typedef enum { SXSD_PARAM_METHANE_L = 0, // 低浓度甲烷 0-4% x.xx SXSD_PARAM_OXYGEN, // 氧气 0-25% xx.x0 SXSD_PARAM_CARBONM, // 一氧化碳 0-1000ppm xxxx SXSD_PARAM_CARBOND, // 二氧化碳 0-5% x.xx SXSD_PARAM_TEMPERAT, // 温度（单） -10℃-+70℃ xx.x0 SXSD_PARAM_WATERPRESS, // 水压 0-9999Pa xxxx(0.1-999.9KPa xxx.x0 0.01-99.99MPa xx.xx) SXSD_PARAM_WINDSPEED, // 风速 0.4—15m/s xx.x0 SXSD_PARAM_HYDROGEN, // 硫化氢 0-100ppm xxxx SXSD_PARAM_WATERLINE, // 水位 暂时不用 SXSD_PARAM_METHANE_H, // 高浓度甲烷 0%-100% xxx.x0 SXSD_PARAM_HUMIDITY // 湿度 0-100% xxx } ENUM_SXSD_PARAM; typedef struct { unsigned short m_nDataState; // 数据状态(用于实时数据传输)(0.无数据 1.正常 2.报警 3.异常) unsigned short m_nReserverd; // 对于SXSD_PARAM_WATERLIN 用来表示(0、普通 1、KP 2、MP)；其他占时保留 int m_nEvrmtValue; // 环境数据值 (带小数位 真值数据x100 注:只有一位小数用0补齐，显示时保留真值格式) int m_nAlarmData; // 报警浓度 下标由ENUM_SXSD_PARAM指定 int m_nTypeEvrmt; // 环境数据值标示value(0 - 6) 共7个数据（现在每数据有7种类型） } SXSD_DATA_PARAM; // 用于SXSD实时传输数据 typedef struct { char m_cAddressDis[20]; // 采集器地点(包含仓内、仓外) int m_nValueType[SXSD_PARAM_MEB_NUM]; // 对应m_pEvrmtValue的类型(值由 ENUM_SXSD_PARAM指定) SXSD_DATA_PARAM m_pEvrmtValue[SXSD_PARAM_MEB_NUM][SXSD_PARAM_DATA_NUM]; // 数据值 （共11组） } SXSD_REAL_DATA_TEAP; typedef struct { SXSD_REAL_DATA_TEAP m_pRealData[2]; //分别表示两组数据（仓内、仓外） } VSNET_SXSD_REAL_DATA; // 用于SXSD的报警阀值设置 typedef struct { char m_cAddressDis[20]; // 采集器地点(包含仓内、仓外) unsigned m_nXcoordinate; // OSD叠加垂直坐标值 unsigned m_nYcoordinate; // OSD叠加水平坐标值 int m_nValueType[SXSD_PARAM_MEB_NUM]; // OSD叠加类型(0-6) // (如：m_nOsdOrder[1]=SXSD_PARAM_OXYGEN,m_nValueType[1]=1, // 就说明OSD位置2的模拟量为 氧气2) int m_nOsdOrder[SXSD_PARAM_MEB_NUM]; // OSD叠加顺序 值为ENUM_SXSD_PARAM指定 数组中无记录为不显示 int m_nAlarmValue[SXSD_PARAM_MEB_NUM]; // 报警范围值 下标由ENUM_SXSD_PARAM指定 int m_nAlarmEnable[SXSD_PARAM_MEB_NUM]; // 报警有效标记 下标由ENUM_SXSD_PARAM指定（-1未收到数据，0传感器未链接，1传感器正常） } SXSD_TEMP_EVRMTPARAM; // 用于SXSD的参数设置 typedef struct { SXSD_TEMP_EVRMTPARAM m_pEventParam[2]; // 分别表示两组数据（仓内、仓外） } VSNET_SXSD_EVRMTPARAM; /************************************* SXSD ENDS ******************************************/ /************************************* HL-SAMMY STARTS ************************************/ // HL-SAMMY typedef struct { int m_nVideoMode; // video mode 0,single 1,mul int m_nChannel; // channels } VSNET_ROUNDVIDEO_OUT; /************************************* HL-SAMMY ENDS **************************************/ // 人车流量统计 typedef struct { int m_nVehicle; // 车计数 int m_nPedestrian; // 人计数 } VSNET_SMART_TARGETCOUNT; // 电流环信息 typedef struct { char m_flag[8]; // 是否超出阀值 char m_dlh_name[8][56]; // 电流环名字 char m_dlh_unit[8][16]; // 电流环单位 float m_dlh_value[8]; // 电流环数值 int m_dlh_precision[8]; // 精度 } VSNET_CURRENTLOOP; // 报警输入信息 typedef struct { int m_channel; int m_alarmin_states; // 报警输入状态 char m_alarmin_name[32]; // 探头名称 } VSNET_ALARMIN; // WHYB_D球机参数 typedef struct { int m_ptz_horizontal_angle; // 水平角度的100倍 int m_ptz_vertical_angle; // 垂直角度的100倍 int m_ptz_multiple; // 变倍倍数 int m_reverse; // 保留 } VSNETPTZ_WHYB; //SXKD 回传JPG typedef struct { int m_busnum; //车辆编号 0~255 int m_chno; //摄像机通道号 int m_jpegsize; //jpeg长度 int m_year; int m_mon; int m_day; int m_hour; int m_min; int m_sec; unsigned char m_jpgbuff[1024*200]; //JPG数据 }VSNET_SXKD_JPEG; /************************************* NVR begin ******************************************/ #define MAX_DEV_SEARCH_NUM 100 typedef struct { char sername[24]; unsigned char mac[8]; char ip[20]; // ip char mask[16]; // submask char gw[16]; // gateway char dns[16]; // DNS char multiip[16]; unsigned short wPortWeb, wPortSer, wPortMulti; unsigned short channel; unsigned short devtype; unsigned short reserve; } VSNETDEVINFO; // the device list of NVR dev search typedef struct { int m_total; // the number of device VSNETDEVINFO m_puinfo[MAX_DEV_SEARCH_NUM]; // info of each device } VSNETNVRDEVSEARCHINFO; typedef struct { char m_sername[32]; // server name char m_serip[20]; // server ip address unsigned short m_serport; // server port unsigned short m_channel; // the channel of server to be connected unsigned short m_transtype; // the media transport type tcp/udp/multi unsigned short m_chlinkstate; // channel link state unsigned short m_imgheight; // image height unsigned short m_imgwidth; // image width char m_username[20]; // server user name char m_passwd[20]; // server password int m_reserved1; //reserved1 int m_reserved2; //reserved2 } VSNETNVRDECCHINFO; typedef struct { int m_enable; // channel been used ? int m_maxsize; // max video format VSNETNVRDECCHINFO m_chinfo; // channel info } VSNETNVRDECCHSTATE; typedef struct { VSNETNVRDECCHSTATE m_channel[VSNET_DVR_MAXCH]; //channel info array }VSNETNVRDECCHANSTATE; typedef struct { int m_num; // number in data char m_chname[VSNET_DVR_MAXCH][20]; // name fo each channel int m_chimgsize[VSNET_DVR_MAXCH]; // replay channel image size 0:NO 1:D1 3:720P 7:1080P } VSNETNVRGUINOTIFYNODECABILITY; typedef struct { int m_enable; // pu time synchronous enable? 0 disable, 1 everyday 00:00 } VSNETNVRPUTIMESYN; /* usb连接状态 */ typedef struct { int m_ustate; // u盘连接状态， 1:已连接，0:未连接 int m_mstate; // 鼠标连接状态， 1:已连接，0:未连接 int m_estate; // esata连接状态， 1:已连接，0:未连接 int m_reserve[2]; // 保留位 }VSNET_NVR_USBSTATE_S; /************************************* NVR end ********************************************/ /************************************* SCDW begin ******************************************/ typedef struct { char m_code[32]; // 编码长度32位 }VSNETINVITECHANAL_INFO; typedef struct { int m_enable[32]; // 通道使能,32个通道 VSNETINVITECHANAL_INFO m_ch_info[32]; // 32个通道编码 }VSNETINVITECHANAL; /************************************* SCDW end ********************************************/ /************************************* ITS begin ******************************************/ //最大车道号 #define MAX_LANE_NUM 10 //最大车道线数量 #define MAX_LANE_LINE_NUM (MAX_LANE_NUM + 1) //最大触发类型数量 线圈*2 进入/离开2种状态 #define MAX_LANE_COIL_NUM 3 //#define LANE_COIL_TRIGG_NUM (MAX_LANE_COIL_NUM*2) //一个车道中，相邻两个线圈间的间隔数 #define MAX_DISTANCE_NUM (MAX_LANE_COIL_NUM-1) //每个车道的最大虚拟线圈个数 #define MAX_VCOILS_NUM_IN_LANE 1 //卡口编号长度 #define MAX_BAYONETID_SIZE 12 //最大IO输入个数 #define MAX_IOIN_NUM 4 //最大IO输出个数 #define MAX_IOOUT_NUM 4 //最大红绿灯组数 #define MAX_TRFL_NUM MAX_LANE_NUM // 每个线圈最多拥有的状态 进入/离开 #define MAX_COIL_STATE 2 // 图片对应的类型 #define CAP_TYPE_MANUAL (1<<0) /* 手动抓拍 */ #define CAP_TYPE_OVERSPEED (1<<1) /* 超速抓拍 */ #define CAP_TYPE_TRAFFICLIGHT (1<<2) /* 闯红灯抓拍 */ #define CAP_TYPE_BAYONET (1<<3) /* 卡口抓拍 */ #define CAP_TYPE_CAPTEST (1<<4) /* 抓拍测试 */ #define CAP_TYPE_TRAFFICLIGHT_L (1<<5) /*左转闯红灯*/ #define CAP_TYPE_TRAFFICLIGHT_R (1<<6) /*右转闯红灯*/ #define CAP_TYPE_CHANGE_LANE (1<<7) /*变道*/ #define CAP_TYPE_VIOLATION_LINE (1<<8) /*压线*/ #define CAP_TYPE_RETROGRADE (1<<9) /*逆行*/ #define CAP_TYPE_WRONG_LANE (1<<10) /*不按规定车道行驶*/ #define CAP_TYPE_LLLEGAL_TURN (1<<11) /*掉头违章*/ #define CAP_TYPE_YELLOWLIGHT_L (1<<12) /*左转闯黄灯*/ #define CAP_TYPE_YELLOWLIGHT (1<<13) /*直行闯黄灯*/ #define CAP_TYPE_YELLOWLIGHT_R (1<<14) /*右转闯黄灯*/ //不同业务模式下，不同线圈数的抓拍策略 typedef enum { VS_SCHEME_BAYONET_MANUAL = 100, //卡口用户自定义 VS_SCHEME_BAYONET_1C_1I = 111, //卡口单线圈入1抓 VS_SCHEME_BAYONET_2C_2I = 121, //卡口双线圈入2抓 VS_SCHEME_BAYONET_3C_3I = 131, //卡口三线圈入3抓 VS_BAYONET_RADAR_ARRIVE_IN = 141, //卡口雷达触发，来车进入雷达区域抓拍 VS_BAYONET_RADAR_ARRIVE_OUT = 142, //卡口雷达触发，来车离开雷达区域抓拍 VS_BAYONET_RADAR_LEAVE_IN = 143, //卡口雷达触发，去车进入雷达区域抓拍 VS_BAYONET_RADAR_LEAVE_OUT = 144, //卡口雷达触发，去车离开雷达区域抓拍 VS_SCHEME_EP_MANUAL = 200, //电警用户自定义 VS_SCHEME_EP_2C_1I2I2O = 221, //电警双线圈入1入2出2抓 VS_SCHEME_BAYEP_MANUAL = 300, //卡口电警用户自定义 VS_SCHEME_BAYEP_2C_1I2I2O = 321, //卡口电警双线圈入1入2出2抓 } VS_CAP_SCHEME; typedef enum { VS_CAP_BUSINESS_BAYONET=1, //卡口模式 VS_CAP_BUSINESS_EPOLICE, //电警模式 VS_CAP_BUSINESS_BAYONETEP //卡口式电警模式 } VS_CAP_BUSINESS_E; typedef enum { VS_CAP_TRIG_TYPE_VD=1, //车检器触发 VS_CAP_TRIG_TYPE_VC, //虚拟线圈触发 VS_CAP_TRIG_TYPE_SIO, //单IO触发 VS_CAP_TRIG_TYPE_RADAR, //雷达触发 VS_CAP_TRIG_TYPE_MANUAL, //手动触发 VS_CAP_TRIG_TYPE_MIX, //混合触发 } VS_CAP_TRIG_TYPE_E; typedef enum { VS_VDETECTOR_JIMU1, //极目1车检器 每车道1线圈 VS_VDETECTOR_JIMU2, //极目2车检器 单车道2线圈 VS_VDETECTOR_JIMU3, //极目3车检器 单车道3线圈 VS_VDETECTOR_JIMU2A, //极目2a车检器，三车道，一线圈 VS_VDETECTOR_JIMU3A, //极目3a车检器，三车道，两线圈 VS_VDETECTOR_MAXNUM //支持车检器数量 } VS_VDETECTOR_TYPE_E; typedef enum { VS_RADAR_APACHE2, // Apache II型雷达 VS_RADAR_CSRIN, // CSR-I N型雷达 VS_RADAR_MAXNUM, }VS_RADAR_TYPE_E; #ifndef MAX_RADAR_STATE #define MAX_RADAR_STATE 4 #endif typedef enum { VS_TRADAR_ARRIVE_IN, //来车进入雷达区域 VS_TRADAR_ARRIVE_OUT, //来车离开雷达区域 VS_TRADAR_LEAVE_IN, //去车进入雷达区域 VS_TRADAR_LEAVE_OUT, //去车离开雷达区域 }VS_TRADAR_STATE_E; typedef enum { // TCOIL_NONE, //无效 VS_TCOIL_IN, //进线圈 VS_TCOIL_OUT //出线圈 } VS_TCOIL_STAT_E; typedef enum { //TLIGHT_NONE, //无效 VS_TLIGHT_GREEN, //绿灯 VS_TLIGHT_RED //红灯 } VS_TLIGHT_STATE_E; // IO输入所接类型，需先配置相应的参数，然后再设置IO输入类型 typedef enum { VS_IO_TYPE_NONE, // 无效 VS_IO_TYPE_COIL, // 线圈 VS_IO_TYPE_TRAFFICNIGHT, // 红绿灯 VS_IO_TYPE_SYNSIG // 交流同步信号 } VS_CAP_IOIN_TYPE_E; //电压类型 typedef enum { VS_VOLTAGE_LOW, //低电平 VS_VOLTAGE_HIGH, //高电平 VS_VOLTAGE_PULSE, //脉冲 } VS_VOLTAGE_E; /** * @brief IO输入触发方式 */ typedef enum { VS_IO_EDGE_NONE = 0, /* 不触发 */ VS_IO_EDGE_RISING = 1, /* 上升沿 */ VS_IO_EDGE_DOWN = 2, /* 下降沿 */ VS_IO_EDGE_RIDO = 3, /* 上升沿及下降沿 */ } VS_IO_EDGE_E; typedef enum { VS_AC_SYNC_NONE, // 不同步 VS_AC_SYNC_POWER, // 电源同步 VS_AC_SYNC_IO // IO输入信号同步 } VS_AC_SYNC_TYPE_E; typedef enum { VS_FILL_LIGHT_STROBE=1, /* 频闪灯 */ VS_FILL_LIGHT_BURST, /* 爆闪灯 */ } VS_FILL_LIGHT_E; #define VS_MAX_COIL_STATE 2 //抓拍机OSD叠加大小 #define VS_OSD_NUM 14 typedef struct { int strobeMode; //频闪灯工作模式 : 0:关闭 1:常开 2:定时 3:自动 int brightThreshold; //频闪灯闪烁亮度阈值 : 范围 1~30 int StartHour; //频闪灯闪烁定时参数-开始时间(时) int StartMinute; //频闪灯闪烁定时参数-开始时间(分) int EndHour; //频闪灯闪烁定时参数-开始时间(时) int EndMinute; //频闪灯闪烁定时参数-开始时间(分) }VSNETSTROBEPARAM; //单个频闪灯参数 typedef struct { VSNETSTROBEPARAM m_strobe[MAX_IOOUT_NUM]; //设备频闪灯参数 } VSNETSTROBELIGHTCFG; //频闪灯工作模式 typedef struct { int flashtlightype; //闪光灯类型 : 1-频闪灯;2-爆闪灯 int flashrate; //闪光频率 : N次/秒(仅在爆闪灯模式可设) int flashmode; //闪烁模式 : 默认闪烁，不可设置 int defaultlevel; //IO默认电平 : 0-低电平/1-高电平 int effectlevel; //IO起效电平 : 0-低电平/1-高电平/2-脉冲 int multiplier; //倍频 : 1~15 int dutyratio; //占空比 : 0~40 int effectdelay; //IO起效延迟时间 : 0~40000μS int effectkeep; //IO起效持续时间 : } VSNETFLPARAM; //闪光灯参数 typedef struct { VSNETFLPARAM m_ioouts[MAX_IOOUT_NUM]; //io输出(闪光灯) } VSNETFLASHLIGHTCFG; //闪光灯配置参数 typedef struct { int syntype; //是否电源同步 : 0-不同步;1-电源同步;2-IO同步 int ioins; //可选IO输入号(按位、只读):0x01-IO1;0x02-IO2;0x04-IO3;0X08-IO4 int signalin; //信号输入口号 : 1~4（仅在选中IO同步时可以设置） int phase; //同步信号相位差 : 0~360 } VSNETSIGNALSYNCFG; //信号灯同步配置参数 typedef struct { unsigned char m_enable; //是否开启相应类型的使能状态 unsigned char m_type; //叠加类型 unsigned char m_res[2]; //保留 unsigned int m_posx; //起始坐标X unsigned int m_posy; //起始坐标Y } VSNETOSDSTYLE; //叠加字符的样式 typedef struct { unsigned char m_osdEnable; //osd使能标志 unsigned char m_osdMode; //叠加方式 0:连续叠加 1:分行叠加 2:高级叠加 unsigned char m_osdColorR; //颜色R unsigned char m_osdColorG; //颜色G unsigned char m_osdColorB; //颜色B unsigned char m_backColorR; //颜色R unsigned char m_backColorG; //颜色G unsigned char m_backColorB; //颜色B unsigned char m_osdSize; //OSD大小 2、4、6 unsigned char m_res[3]; unsigned int m_timeFormat; //时间格式 unsigned char m_locaStr[VSNET_CAPTURE_OSDSTR_LENTH]; //地点 unsigned char m_directStr[VSNET_CAPTURE_OSDSTR_LENTH]; //方向 unsigned char m_usrStr1[VSNET_CAPTURE_OSDSTR_LENTH]; //用户自定义1 unsigned char m_usrStr2[VSNET_CAPTURE_OSDSTR_LENTH]; //用户自定义1 VSNETOSDSTYLE m_osdinfo[VS_OSD_NUM]; } VSNETCAPJPEGOSD, VSNETH264OSD; //字符叠加参数 typedef struct { char capnum; //抓拍张数1~5，默认1 char capinterval; //抓拍帧间隔: 0~15，默认0(自适应) char reserved[2]; //保留 } VSNETMANUALCAPJPEGCFG; //手动抓拍JPEG配置参数 typedef struct { int enftpjpeg; //使能上传抓拍图片到FTP int quality; //抓拍质量 char tollgateid[32]; //卡口编号(12个字符) char deviceid[32]; //设备编号(3个字符) VSNETMANUALCAPJPEGCFG manualcap; } VSNETCAPBASICPARAM; //抓拍基本参数 typedef struct { int m_capmode; //业务模式: 1-卡口模式;2-电警模式;3-卡口电警模式 int m_triggermode; //触发模式: 1-车检器(电警/卡口电警业务模式仅支持车检器触发);2-视频;3-单IO;4-雷达触发 int m_device_type; //型号，车检器型号VDETECTOR_TYPE_E,雷达型号RADAR_TYPE_E } VSNETCAPMODECFG; //抓拍模式配置参数 typedef struct { short m_x; //x坐标 short m_y; //y坐标 short m_width; //虚拟线圈宽 short m_height; //虚拟线圈高 } VSNETVCOILRECT; //虚拟线圈参数 typedef struct { int m_enable; //进入/离开线圈是否抓拍 int m_capnum; //抓拍张数 int m_interval; //多张抓拍时的抓拍帧间隔 } VSNETCOILTRIGGER; //线圈触发参数 typedef struct { int m_ioinid; //触发输入IO编号 [1-4] VSNETCOILTRIGGER m_ct[MAX_COIL_STATE]; //线圈触发参数:m_ct[0]-进入;m_ct[1]-离开 } VSNETSIOCOIL; //单IO触发线圈参数 typedef struct { int m_assfl; //关联闪光灯编号: 0-不关联; 闪关灯1/2/3/4 VSNETSIOCOIL m_siocoil; //单IO触发线圈参数 } VSNETSIOLANE; //单IO触发车道参数 typedef struct { int m_iois; //可选的触发IO(按位、只读):0x01-IO1;0x02-IO2;0x04-IO3;0X08-IO4 VSNETSIOLANE m_siolane[MAX_LANE_NUM]; //车道参数 } VSNETIOMODECFG; //单IO模式配置参数 typedef struct { unsigned short m_vcoil_enable; // 0-不使能；1-使能 unsigned short m_speed_enable; // 测速使能 unsigned short m_direction; // 运动方向[0,359], 暂时不使用该参数 VSNETVCOILRECT m_rect; // 虚拟线圈坐标 //白天模式参数 unsigned short m_day_sensitivity; // 范围[1,100]，默认70，阴影面积占总面积的最小阈值 unsigned short m_day_R; // 范围[1,255]，默认20，两像素相似的度量阈值，单位灰度级 unsigned short m_day_phi; // 范围[1,20]，默认5，背景更新速度，每隔phi帧更新一次 unsigned short m_day_time_delay; // 大于等于1[1,400]，默认5，事件输出后的延迟，单位帧 } VSNETCOILREGIONPRM; typedef struct { int m_offset; //夜间提前触发偏移 VSNETCOILREGIONPRM m_region_param; //检测区域高级参数 VSNETCOILTRIGGER m_ct; //虚拟线圈没有进入/离开之分 } VSNETVCOIL; //虚拟线圈参数 typedef struct { int m_viewable; //是否显示虚拟线圈: 0-否;1-是 int m_assfl; //关联闪光灯编号 int m_vccount; //当前车道拥有的虚拟线圈个数(只读): 目前固定为1 VSNETVCOIL m_vcs[MAX_VCOILS_NUM_IN_LANE]; //虚拟线圈参数 } VSNETVCOILLANE; //视频触发模式车道参数 typedef struct { double m_x; //x坐标 double m_y; //y坐标 }VSNET_TRIGGERPOINT; typedef struct { VSNET_TRIGGERPOINT m_region[4]; //车道平面上的标定矩形的四个顶点在图像中的像素位置 int m_reg_width; //车道平面上的标定矩形的实际宽度，单位为米(m)，范围[1,100]，默认 int m_reg_height; //车道平面上的标定矩形的实际高度，单位为米(m)，范围[1,100]，默认10 } VSNET_TRIGGERALG; typedef struct { short m_dawn_start; // 黎明开始时间 short m_dawn_end; // 黎明结束时间 short m_dusk_start; // 黄昏开始时间 short m_dusk_end; // 黄昏结束时间 short m_regions_max; // 可设置的最大线圈数 short m_regions_num; // 当前使用的线圈数 VSNETVCOILLANE m_vclane[MAX_LANE_NUM]; // 虚拟线圈车道参数 VSNET_TRIGGERALG m_vcalg; // 测速区域参数 } VSNETVIDEOMODECFG; // 视频触发模式配置参数 typedef struct { int m_coil_width; //线圈宽度 VSNETCOILTRIGGER m_ct[MAX_COIL_STATE]; //线圈触发参数 } VSNETVDETECTORCOILS; //车检器触发线圈参数 typedef struct { int m_assfl; //关联闪光灯 [1-4] int m_asstraffic; //关联红绿灯 [1-4] int m_bcaptlight; //是否开启红绿灯抓拍 int m_bcap_ospeed; //是否开启超速抓拍 VS_CAP_SCHEME m_cap_scheme; //抓拍方案 int m_vehicle_mins; //最低限速 int m_vehicle_maxs; //最高限速 int m_coil_num; //车道线圈数量 int m_dsize[MAX_DISTANCE_NUM]; //相邻线圈距离(cm)，0表示1,2距离，1表示2,3距离 VSNETVDETECTORCOILS m_lane_coils[MAX_LANE_COIL_NUM];//线圈触发参数 } VSNETCAPLANE; //车检器触发抓拍车道参数 typedef struct { int m_cap_num; //抓拍张数 int m_cap_interval; //抓拍帧间隔 VSNETCAPLANE m_vdlane[MAX_LANE_NUM]; //车检器车道参数 } VSNETVEDETECTMODECFG; //车检器触发模式配置参数 typedef struct { int m_ioid; //红绿灯IO输入号: 1~4 } VSNETTRFLPARAM; //红绿灯参数 typedef struct { int m_ioins; //红绿灯可选的IO输入(按位、只读):0x01-IO1;0x02-IO2;0x04-IO3;0X08-IO4 VSNETTRFLPARAM m_trfls[MAX_TRFL_NUM]; //红绿灯组 } VSNETTRAFFICLIGHTCFG; //红绿灯配置参数 typedef struct { int iotype; //IO输入类型: 0-无效;1-线圈;2-红绿灯;3:交流同步信号 int state; //触发方式(根据输入类型不同而不同) } VSNETIOINPARAM; //单个IO输入参数 typedef struct { VSNETIOINPARAM m_ioins[MAX_IOIN_NUM]; //IO输入 } VSNETIOCFG; //IO输入配置 typedef struct { int m_count; //IO输入总数 } VSNET_IOINPUTCOUNT; typedef struct { int type; //0-不使能,1-黑名单,2-白名单 char blacklist[10][16]; //黑名单IP地址列表，最多为10个，点分十进制形式字符串 char whitelist[10][16]; //白名单IP地址列表，最多为10个，点分十进制形式字符串 } VSNETIPFILTERCFG; //IP地址过滤参数 typedef struct{ int m_timezone; //timezone int m_year; //year char m_month; //month char m_day; //day char m_hour; //hour char m_minute; //minute char m_second; //second char m_received[3]; //reserved }VSNETLOG_NETTIME; //日志时间信息 typedef struct { int m_nlogtype; //检索的日志类型:0-所有;1-报警日志;2-异常日志;3-操作日志 int m_nsearchtype; //过滤类型：0-不过滤;1-按时间;2-按关键字 char m_szkeyword[20]; //检索关键字 VSNETLOG_NETTIME m_vsnStratTime; //开始时间: 如果不考虑时间，就清零 VSNETLOG_NETTIME m_vsnStopTime; //结束时间 char m_bdownload; //区分是下载还是搜索 char m_szReseved[63]; //保留 } VSNETLOGSEARCH; //日志检索条件信息 typedef struct { int m_log_num; //日志序号 int m_log_type; //日志类型:1-报警日志;2-异常日志;3-操作日志 VSNETLOG_NETTIME m_log_time; //日志时间 char m_log_event[200]; //转化后的事件 } VSNETLOGINFO; //检索日志结果 typedef struct { char pStrFPGAVer[50]; // FPGA Version char pStrFPGABuildTime[50]; // FPGA Compile Time } VSNETFPGAVERSION; // FPGA版本信息 typedef struct { char pStrDSPVer[50]; // DSP Version char pStrDSPBuildTime[50]; // DSP Compile Time } VSNETDSPVERSION; // DSP版本信息 typedef struct { int m_enable_ftp; // label of FTP upload(reserved) char m_remote_IP[32]; // IP address unsigned short m_remote_port; // port char m_linkstatus; // FTP link state char m_reserved; //reserved for alignment char m_ftp_user[40]; // Ftp username char m_ftp_pwd[40]; // Ftp password char m_ftp_path[40]; // Ftp path } VSNETITSFTPINFO; // 抓拍机FTP参数 typedef struct { int filesystem[8]; //磁盘文件系统类型 int reserved[8]; //保留 } VSNETITSFILESYSTEM; //抓拍机文件系统参数 /*************************Capture parameter ********************************/ typedef struct { int m_capDayshtspd; // shutter speed 0~255 int m_capNightshtspd; // shutter speed 0~255 int m_capAwb; // balance mode 0:auto 1:sunny day 2:cloudy day 3:sodium lamp int m_capWbr; // balance by hand R 0~255 int m_capWbg; // balance by hand G 0~255 int m_capWbb; // balance by hand B 0~255 int m_capAgcOfDay; // automatic gain of day 0~255 int m_capAgcOfNight; // automatic gain of night 0~255 int m_capShpmode; // shapness mode 0:auto 1:manual int m_capShpdata; // shapness data 0~255 int m_capBri; // brightness 0~255 int m_capCon; // contrast 0~255 int m_capSat; // saturation 0~255 int m_capNoisemode; // noise mode 0:auto; 1:manual int m_capNoiselevel; // noise level 0~255 int m_capAgcOffset; // gain deviation value -512~512 int m_capReserve[4]; // reserver } VSNETCAPSENSORPARAM; /************************* Traffic lights parameter ********************************/ #define MAX_TRFL_AREA 6 //最大红绿灯区域数 typedef struct { int m_lightx; // Traffic lights X coordinate int m_lighty; // Traffic lights Y coordinate int m_lightw; // Traffic lights area weight int m_lighth; // Traffic lights area height int m_redLightr; // red light R 0~255 int m_redLightg; // red light G 0~255 int m_redLightb; // red light B 0~255 int m_yellowLightr; // yellow light R 0~255 int m_yellowLightg; // yellow light G 0~255 int m_yellowLightb; // yellow light B 0~255 int m_greenLightr; // green light R 0~255 int m_greenLightg; // green light G 0~255 int m_greenLightb; // green light B 0~255 } VSNETCAPTRFLPARAM; typedef struct { VSNETCAPTRFLPARAM m_capTrflparam[MAX_TRFL_AREA];//红绿灯区域 } VSNETCAPTRFLPARAMS; typedef struct { unsigned int m_paramtype; //恢复默认的参数类型:0x01-视频SENSOR参数;0x02-视频白平衡参数; //0x04-抓拍SENSOR参数;0x08-抓拍白平衡参数0x10-红绿灯校正参数 } VSNETITSDEFAULT; //恢复默认参数的类型 #define VER_STR_LEN 32 typedef struct { int m_directionFilter; //方向过滤 分三种 1 输出来向 2 输出去向 3 双向输出 int m_sensitive; //灵敏度 [1-16] int m_speed_min; //速度下限 [0 ~ 255],用于雷达检测 int m_angleCorrectArrival; //来车角度修正 [0 ~ 70] int m_angleCorrectAway; //去车角度修正 [0 ~ 70] char m_ver[VER_STR_LEN]; //版本号，用于获取 }VSNET_RADARPARAM; typedef struct { int m_conncettype[MAX_LANE_NUM]; //连接类型 0-485，1-232 VSNET_RADARPARAM m_radar[MAX_LANE_NUM]; }VSNET_CAPRADARCFG; typedef struct { int m_enable; //进入/离开/来车线圈是否抓拍 int m_capnum; //抓拍张数 int m_interval; //多张抓拍时的抓拍帧间隔 }VSNET_RADARTRIGGER; typedef struct { int m_associate_fl; //关联闪光灯 [1-4] 0不关联 int m_associate_traffic; //关联红绿灯组 [1-2] 0不关联 保留 int m_bcap_tlight; //是否开启红绿灯抓拍 1 开启，0关闭 保留 int m_bcap_ospeed; //是否开启超速抓拍 1 开启，0关闭 保留 int m_vehicle_mins; //最低限速 km/h 保留 int m_vehicle_maxs; //最高限速 km/h 保留 VS_CAP_SCHEME m_cap_scheme; //抓拍方案 int m_radarid; //车道对应的触发雷达编号，[1-MAX_LANE_NUM]， 0不关联 VSNET_RADARTRIGGER m_rt[MAX_RADAR_STATE]; //radar triger 保留 } VSNET_VRADARLANE; /** * @brief 雷达触发配置参数 */ typedef struct { VSNET_VRADARLANE m_rdlane[MAX_LANE_NUM]; //雷达车道参数 } VSNET_CAPVRADAR; /* 车牌识别算法配置参数结构体 */ typedef struct { char m_version[16]; // 算法版本号 char m_date[16]; // 算法日期 int m_type; // 算法类型: 0: 缺省 1: 单帧车牌识别算法 2: 多帧视频方式车牌识别算法 3: 电警违章算法 int m_lane_num; // 车道数，最多不超过4根 int m_lane_flag; // 车道号排列方式: 0: 从左向右排列 1: 从右向左排列 VSNETVCOILRECT m_plate_detect_area; // 车牌分析区域矩形框 int m_plate_w_min; // 车牌最小宽度 int m_plate_w_max; // 车牌最大宽度 unsigned char m_default_prov[3]; // 默认省份汉字的字符(2个字节)，第三个字节为'\0' char m_id_lane; //车道号 unsigned char m_chinese_trust_thresh; // 车牌识别置信度的阈值 unsigned char m_chinese_mask[31]; // 汉字识别的掩膜(提高字符识别的精度) 1: 屏蔽该汉字识别 0: 开启该汉字识别 // 云 京 冀 吉 宁 川 新 晋 桂 沪 津 浙 渝 湘 琼 甘 皖 粤 苏 蒙 藏 豫 贵 赣 辽 鄂 闽 陕 青 鲁 黑 // 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 } VSNET_PLATEREGIONPARAM; typedef struct { short m_x0; // 左 short m_x1; // 右 short m_y0; // 上 short m_y1; // 下 }VSNET_RECTS; typedef struct { int m_sign; // 红绿灯方向属性: 0：表示未启用，1：表示左转，2：表示直行，3：表示右转 int m_num; // 矩形框个数，最大不超过5 VSNET_RECTS m_lightrect[5]; // 红绿灯矩形区域 (最大不超过5) }VSNET_LIGHTLAYERS; typedef struct { int m_pax; //第一个点x坐标 int m_pay; //第一个点y坐标 int m_pbx; //第二个点x坐标 int m_pby; //第二个点y坐标 }VSNET_DOUBLEPOINT; /* 电警违章算法配置参数结构体 */ typedef struct VSNET_POLICEPARAM { int m_lanenum; // 车道总数 int m_lanetype[8]; // 车道方向类型: 0: 缺省 1: 左转 2: 直行 3: 右转 // 4: 左转直行 5: 直行右转 6: 左转右转 // 7: 左转直行右转 int m_blanepacc; //修改违章类型的使能 0: 无效 1: 有效 int m_lanepeccancy[8];// 每根车道有效的违章类型 // 1-10位的2进制位分别表示10种违章类型的有效性, 0: 无效 1: 有效 VSNET_DOUBLEPOINT m_laneline[9]; // 车道线(方向从左到右)，已CIF为基准算点的坐标 int m_detectline[4]; // 检测线位置 0:车辆直行停止线 1:越线前检测线(用于与车牌相交来判断是否到达直行停止线) // 2:越线后检测线 3:预留 VSNET_DOUBLEPOINT m_leftturnline; // 左转停止线位置(用2个点确定左转线)，已CIF为基准算点的坐标 VSNET_DOUBLEPOINT m_rightturnline; // 右转停止线位置，已CIF为基准算点的坐标 VSNET_LIGHTLAYERS m_lightlayers[3]; // 红绿灯参数结构体 0:左转信号灯属性 1:直行信号灯属性 2:右转信号灯属性 VSNET_DOUBLEPOINT m_turnroundline; // 掉头检测线 short m_received[8]; // 保留位 } VSNET_POLICEPARAM; typedef struct { int m_exflag; // 外部传入红绿灯标志 0: 内部分析 1: 外部传入 int m_traflight[3]; // 外部传入红绿灯信号, m_traflight[0]: 左转 m_traflight[1]: 直行 m_traflight[2]: 右转 // 0: 绿灯 1: 黄灯 2: 红灯 }VSNET_VPOLICETRAFFICLIGHT; typedef struct { int m_laneNum; //抓拍机当前车道数 }VSNET_ITSLANE; typedef struct { int m_lane; //待统计车道 int m_time; //统计时间 int m_ratio_min; //切换百分比下限 int m_ratio_max; //切换百分比下限 }VSNET_ITSMIXTRIGPARAM; //卡口混合抓拍触发配置参数 typedef struct { int m_lane_id[MAX_LANE_NUM]; //用于用户设置实际车道 int m_reserved[MAX_LANE_NUM]; //保留位 }VSNET_ITSLINEIDCFG; typedef struct { int m_lanenum; // 车道总数 VSNET_DOUBLEPOINT m_laneline[MAX_LANE_LINE_NUM]; // 车道线(方向从左到右)，以CIF为基准算点的坐标 int m_type_enable[MAX_LANE_NUM]; //违章类型使能标志 char m_reserved[32]; }VSNET_ITSBAYONETPOLICE; typedef struct { char m_enplat; //特写车牌使能 char m_enimagesynth; //违章图片合成 char m_enbayonetimg; //输出卡口图片使能 char reserved; //保留 }VSNET_ITSPROPERTYENABLE; typedef struct { short m_x; //x坐标 short m_y; //y坐标 short m_width; //区域宽度 short m_height; //区域高度 char reserved[4]; //保留 }VSNET_ITSWBCORRECTPARAM; //白平衡区域校正 typedef struct { int m_debugInfoShowEnable; //调试信息使能开关 }VSNET_ITSDEBUGINFOSHOW; /************************************* ITS end ..******************************************/ /************************************* CrossMenager START ..******************************************/ typedef struct { char m_benbale; // Regular Restart Enable char m_invalidtime; // interval time(HOUR AS UNIT，10h-240h:10 hours to 10 days) char m_rsthour; // Restart Hour char m_rstminute; // Restart Minute char m_rsfrdevice; // Restart front device int m_reserved; // Reserved } VSTIMERRESETEX; typedef struct { char m_hostserverurl[40]; // IP of Recording Server char m_alarservermurl[40];// IP of Alarm Server unsigned short m_hostserverport; // Port of Recording Server unsigned short m_alarserverport; // Port of Alarm Server char m_centerservermurl[40];// IP of Center Server char m_hostprocotocl; // procotocl of Recording Server char m_reserved[3]; // Reserved } VSREMOTEHOSTEX; typedef struct { VSNETDVRALARMPARAM m_diskfull; // disk full VSNETDVRALARMPARAM m_diskerror; // disk error VSNETDVRALARMPARAM m_nodisk; // no disk VSNETDVRALARMPARAM m_cpuexception; // cpu exception VSNETDVRALARMPARAM m_netexception; // network exception VSNETDVRALARMPARAM m_reseved; // reserved } VSNETOTHERALARMEX; // other parameter typedef struct { VSNETDVRALARMPARAM m_frontnetoff; // front network off } VSNETDVRFRNETOFFALARM; //车辆布控信息 #define MAX_PLATE_LEN (12) #define MAX_PLATE_NUN (10) #define MAX_PLATE_TYPE (5) typedef struct { int m_startyear; // Start Year char m_startmonth; // Start Month char m_startday; // Start Day char m_starthour; // Start Hour char m_startmin; // Start Minute int m_stopyear; // Stop Year char m_stopmonth; // Stop Month char m_stopday; // Stop Day char m_stophour; // Stop Hour char m_stopmin; // Stop Minute int m_reserved; // Reserved } VSNETPLATETIME; typedef struct { char m_platestr[MAX_PLATE_LEN]; VSNETPLATETIME m_timelist; //plate check time list } VSNETPLATE; typedef struct { VSNETPLATE m_plate[MAX_PLATE_NUN]; } VSNETPLATELIST; typedef struct { char m_enable[NVR_MAX_LOGICHS];//enable char m_plate_type; //plate type char m_trans_enable; //transmission enable short m_reserved; // Reserved VSNETPLATELIST m_plate_list[MAX_PLATE_TYPE]; //plate number list } VSNETPLATECHECK; typedef struct { int m_type; //查询的车辆类型 int m_start; //查询的开始时间 int m_stop; //查询的结束时间 char m_platenum[MAX_PLATE_LEN]; //查询的车牌号码 } VSNETPLATELOGQUERY; typedef struct { char m_sername[64]; //服务器名称 char m_serIP[20]; //服务器IP short m_ch; //通道号 short m_plate_type; //车辆类型 char m_platestr[MAX_PLATE_LEN]; //车牌号码 int m_captime; //抓拍时间 VSNETPLATETIME m_timelist; ///布控时间 } VSNETPLATELOGINFO; typedef struct { short m_page; //从第几页开始的结果 short m_num; //每一页显示的条数 int m_total; //查询到的总报警信息条数 int m_size; //m_context的存储空间 VSNETPLATELOGINFO * m_context; //查询的报警信息内容保存位置 int m_result_nr;//保存到m_context中的报警信息条数 } VSNETPLATELOGRESULT; typedef struct { VSNETPLATELOGQUERY m_search; //搜索条件 VSNETPLATELOGRESULT m_result; //搜索结果 } VSNETPLATELOGSEARCH; //定时上传信息 typedef struct { char m_enable; //transmission enable char m_protocol; //transmission protocol short m_reserved; //reserved unsigned short m_companytype;//transmission company type unsigned short m_customtype; //transmission custom type TIMECHECK m_timelist; //transmission time list }VSNETTIMETRANS; //违章类型参数 #define MAX_ILLEGAL_TYPE_NUM (16) #define MAX_TYPE_NAME_LEN (32) #define MAX_TYPE_CODE_NUM (12) typedef struct { int m_codeNum; //illegal code number char m_typename[MAX_TYPE_NAME_LEN]; //illegal type name unsigned short m_typecode[MAX_TYPE_CODE_NUM]; //illegal type code }VSNETTYPEINFO; typedef struct { short m_companynum; //illegal type number short m_customtnum; //illegal type number VSNETTYPEINFO m_companytype[MAX_ILLEGAL_TYPE_NUM]; // device illegal type VSNETTYPEINFO m_customtype[MAX_ILLEGAL_TYPE_NUM]; //user defined illegal type }VSNETILLEGALTYPE; //获取设备温度 typedef struct { short m_temperature; //device temperature short m_reserved[3]; //reserved }VSNETGETTEMPERATURE; #define MAX_DISK_GROUP_NUM (4) #define MAX_PIC_TYPE_NUM (4) //图片优先级信息 typedef struct { char m_priority[MAX_PIC_TYPE_NUM]; //covering priority 0:illegal 1:cross 2: reserved 3: reserved short m_keepday; //keep days for low priority short m_reserved; //reserved }VSNETPRIORITY; //图片分组信息 typedef struct { int m_totalsize; //total size, unit:Mb int m_usesize; //size has been used, unit:Mb int m_savesize; //allocation size, unit:Gb int m_reserved; //reserved }VSNETJPGGROUP; //图片存储信息 typedef struct { VSNETPRIORITY m_jpgprio; //priority info int m_groupnum; //group number VSNETJPGGROUP m_group[MAX_DISK_GROUP_NUM]; //group 1 - 4 int m_reserved; //reserved }VSNETJPGSAVEINFO; //定时录像参数 typedef struct { char m_benrecord; // Regular Recording Enable char m_reserved[3]; //reserved TIMELIST m_record; // Regular Recording Time Table }VSNETTIMEREC; //交通触发录像参数 typedef struct { char m_enable; //enable char m_pretime; //pre-recording time, traffic trigger: 0-30s char m_delaytime; //delay recording time,traffic trigger: 0-30s char m_reserved; //reserved }VSNETTRAFFICREC; //报警录像参数 typedef struct { short m_contime; //continuous recording time,alarm:30-1800s short m_reserved; //reserved }VSNETALARMREC; //录像类型优先级 typedef struct { char m_priority[4]; //covering priority 0:time 1:trffic 2:alarm 3:reserved int m_keepday; //keep days for low priority int m_reserved; //reserved }VSNETRECPRIORITY; //录像计划 typedef struct { VSNETTIMEREC m_time; //video type, timer VSNETTRAFFICREC m_trigger; //video type, traffic trigger VSNETALARMREC m_alarm; //video type, alarm VSNETRECPRIORITY m_priority; //priority info int m_reserved; //reserved }VSNETRECSAVEINFO; //更新道口主机下通道IP typedef struct { char m_devname[64]; //server name char m_channelIp[20]; //channel IP address int m_channel; //channel number int m_devtype; //device type 0: main device 1: channal device char m_resev[20]; //reserve }VSNETCHANNELINFOUPDATA; //道口主机日志信息 #define MAX_LOG_INFO_LEN (120) typedef struct { int m_logType; //日志类型 int m_chBlend; //1<<0: 通道1, 1<<1: 通道2, 1<<2: 通道3等 int m_startTime; //开始时间 int m_stopTime; //结束时间 char m_reserve[12]; //保留位 } VSNETLOGQUERY; typedef struct { int m_time; //日志时间 int m_chn; //通道号 int m_minor_type; //日志类型 char m_text[MAX_LOG_INFO_LEN]; //日志内容 } VSNETONELOGINFO; typedef struct { short m_originPos;//起始位置 short m_num; //每一页显示的条数 int m_total; //查询到的总日志信息条数 int m_size; //m_context的存储空间 VSNETONELOGINFO * m_context; //查询的日志信息内容保存位置 int m_result_nr;//保存到m_context中的日志信息条数 } VSNETLOGRESULT; typedef struct { VSNETLOGQUERY m_search; //搜索条件 VSNETLOGRESULT m_result; //搜索结果 } VSNETLOGINFOSEARCH; typedef struct { int m_formatState; //格式化状态（1：正在格式化中 0：未格式化 2：格式化结束） int m_formatErrID; //格式化错误值(0:格式化成功。其它错误) char m_reserve[12]; //保留位 }VSNETFORMATDISKSTATE; /************************************* CrossMenager END ..******************************************/ /************************************** DXHJ Custom Begin *********************************/ // DXHJ7304 server record case info typedef struct { char m_szCaseName[28]; // case name char m_szCaseID[28]; // case id char m_szCaseExecor[28]; // case execor char m_reverse1[28]; // court name char m_reverse2[28]; char m_reverse3[28]; } VSNETDXJBCASEINFO; //DXHJ_D 片头叠加信息 typedef struct { char m_szCaseName[40]; // 案件名称 char m_szCaseID[40]; // 案件编号 char m_szCaseExecor[40]; // 办案人员 char m_szCaseMcdw[40]; // 主管单位 char m_szCaseMsdw[40]; // 主审单位 char m_szCaseLocation[40]; // 办案地点 char m_szCaseReccor[40]; // 记录人员 char m_szCaseFilename[40]; // 录像文件名 char m_reverse1[28]; // court name char m_reverse2[28]; char m_reverse3[28]; } VSNETDXJBCASEINFOEX; // DXHJ7304 current max window chnannel no typedef struct { int m_iVGANO; char m_reverse[16]; } VSNETDXJBVGA; // DXHJ_D 服务器状态 typedef struct { int m_nCPUUsage; // CPU使用率 0~100 int m_nMemUsage; // 内存占用率 0~100 int m_bSerRec; // 服务器录像状态 char m_reverse[60]; // 保留 } VSNETDXHJWORKSTATUS; // DXHJ_D DVD控制 typedef struct { char m_value[8]; } VSNETDVDCTRL; // DXHJ_D 摄像机控制 typedef struct { char m_value[8]; } VSNETCAMCTRL; // DXHJ_D 视频切换方式 typedef struct { int m_enable; // 控制视频切换方式:0:手动,1:自动 char m_reverse[64]; // 保留 } VSNETAUTOORHANDCTRL; // ZGHY_D 服务器远程录像控制和返回参数 typedef struct { VSNETDXJBCASEINFO m_caseinfo; // 设置: 案件信息 int m_zgch[8]; // 设置: ZGHY通道录像参数, 1 开始, 0 不开始 char m_reccordName_get[64]; // 获取: 返回录像名 char m_diskserialnum[32]; // 获取: 磁盘序列号 int m_slot; // 获取: 卡槽位 char m_sharename[32]; // 获取: 磁盘共享名 } VSNETSERVERRECPARAM_ZGHY; // ZGHY_D OSD参数 typedef struct { char m_osd[400]; // OSD叠加内容 int m_speed; // 滚动速度 int m_width; // 给定OSD显示宽度 char m_reverse[64]; // 保留 } VSNETZGOSD; // ZGHY_D OSD参数2标题 typedef struct { int bShow; // show(1),hide(0) char lpString[64]; // characters to be showed unsigned short x, y; // coordinate } TITALOSD_ZGHY; // ZGHY_D OSD参数2 typedef struct { TIMEOSD m_time; // time TITALOSD_ZGHY m_tital[4]; // title BITSINFOOSD m_bits; // bit rate } CHANNOSD_ZGHY; // ZGHY_D RTMP信息 typedef struct { char m_hostname[48]; // RTMP主机地址 (IP或者域名) 默认 "0.0.0.0" int m_rtmpport; // RTMP端口 默认 1935 char m_appname[40]; // 应用实例名称 默认 live char m_streamname[48]; // RTMP流名称 默认 livestream } VSNETRTMPINFO; // ZGHY_D 磁盘切换阀值参数 typedef struct { int m_diskchangelimen; // 磁盘切换阀值（单位：MB） char m_reverse[64]; // 保留 } VSNETDISKCHANGELIMEN; // ZGHY_D 录像打包时间参数 typedef struct { int m_recpacktime; // 录像打包时间（单位：分钟） char m_reverse[64]; // 保留 } VSNETRECPACKTIME; // DXHJ 光盘信息 typedef struct { int m_state; // 当前状态 unsigned int m_totalsize; // 光盘总大小 unsigned int m_freesize; // 光盘剩余空间 unsigned int m_usedsize; // 已用空间 } VSNETCDROMINFO; // DXHJ 光驱&光盘信息 typedef struct { int m_cdcount; // 光驱总数 int m_state[8]; // 光驱当前状态 unsigned int m_totalsize[8]; // 光盘总大小 unsigned int m_freesize[8]; // 光盘剩余空间 unsigned int m_usedsize[8]; // 已用空间 } VSNETCDROMINFOEX; // DXHJ 画中画小画面位置信息 typedef struct { unsigned int m_index; // 小画面索引号 double m_fRatioLeft; /* 相对主画面的水平起始位置比例 */ double m_fRatioTop; /* 相对主画面的垂直起始位置比例 */ double m_fRatioWidth; /* 相对主画面的宽度缩放比例 */ double m_fRatioHeight; /* 相对主画面的高度缩放比例 */ } VSNETVMIXCHANRECT; // DXHJ 画中画画面顺序信息 typedef struct { int m_cncount; // 画面总个数 short m_order[8]; /* 画面顺序 */ } VSNETVMIXORDER; // DXHJ MAC地址 typedef struct { char m_pcmac[20]; } VSNETPCMACADDR; // DXHJ 聊天对象 typedef struct { char m_chator[20]; //消息目标对象用户名 char m_chaturl[16]; //消息目标对象IP地址 } VSNETCHATTO; // DXHJ 聊天消息 typedef struct { VSNETCHATTO m_chatto; char m_chatmsg[256];//消息内容 } VSNETCHATMSG; // DXHJ 录像状态通知 typedef struct { int m_nState; // 录像状态，0为出错，1为录像时间即将到 int m_nError; // 录像错误代码 int m_nDeviceType; // 录像错误存储设备类型 int m_nDeviceIndex; // 录像错误存储设备编号 int m_nTimeRemind; // 录像剩余时间 } VSNET_DX_SERRECSTATE; // DXHJ 最后一次录像信息 typedef struct { int m_nflag; //录像状态 0:录像完成 1:录像未完成 char m_filepath[256]; //录像文件路径 }VSNET_DX_RECORDFILEPATH; // DXHJ 上传审讯记录文档 typedef struct { int m_loadSign; //2：代表本机上传文档 1：代表远程上传文档 0：代表远程上传模板 char m_uPfilepath[256]; //审讯记录文档路径 }VSNET_DX_UPLOADFILE; /************************************** DXHJ Custom End ***********************************/ /************************************** SZWJ Start***********************************/ //SZWJ RTMP控制参数 #define RTMP_CMD_STOP 0 //停止RTMP #define RTMP_CMD_START 1 //启动RTMP #define RTMP_CMD_RESET 2 //重启RTMP #define RTMP_CMD_SETPARAM 3 //设置RTMP参数 #define APP_RTMPHOST_NUM 48 typedef struct { char m_hostip[APP_RTMPHOST_NUM]; //主机ip int m_hostport; //主机端口 char m_appname[APP_RTMPHOST_NUM]; //应用程序名称不能大于23个字符 char m_streamname[APP_RTMPHOST_NUM]; //流名称不能大于47个字符 }VSNETSZWJRTMPPARAM; typedef struct { int m_rtmpcmd; //rtmp命令号 VSNETSZWJRTMPPARAM m_rtmpparam; //RTMP_CMD_SETPARAM命令的参数 }VSNETSZWJRTMP; /************************************** SZWJ Custom End ***********************************/ /************************************** CDTY Start***********************************/ // CDTY_D WIFI和网络参数 typedef struct { int m_wifistate; // wifi状态：0:未连接, 1:已连接 int m_wifisignal; // wifi信号强度 int m_nettype; // 网络类型：0-正常模式，1-NAT,2-UPNP } VSNET_CDTY_PARAM; /************************************** CDTY End***********************************/ /************************************** HBR Start***********************************/ // HBR 云台控制类型 typedef struct { int m_serialport; //云台控制串口类型 0:485 1:232 }VSNET_SERIALPORT; typedef struct { char m_sharpness; //锐度 -2：错误 -1：不启用 0 - 9 锐度值 char re[3]; //保留 }VSNETHBEPARAM; /************************************** HBR End***********************************/ /************************************** FJTS Start***********************************/ //FJTS_D 获取硬件序列号 typedef struct { char m_romno[80]; // 硬件序列号 } VSNET_FJTS_ROMNO; /************************************** FJTS End***********************************/ /************************************** SHRZ Start ***********************************/ #define VSNET_SHRZ_ALARMTYPENUM 4 //SD卡状态 typedef struct { int m_loadstate; //SD卡挂载状态:-1-无卡 0-挂载失败 1-挂载成功 VSDISKSTATE m_sdstate;//SD卡详细信息 } VSNET_SHRZ_SDSTATE; //3G信号强度 typedef struct { int m_signal; } VSNET_SHRZ_3GSIGNAL; //报警状态 typedef struct { int m_type;//报警类型 int m_state;//状态:0-未报警，1-报警 } VSNET_SHRZ_ALARM; typedef struct { VSNET_SHRZ_ALARM m_alarm[VSNET_SHRZ_ALARMTYPENUM]; } VSNET_SHRZ_ALARMSTATE; /************************************** SHRZ End ***********************************/ /************************************** XASY Start ***********************************/ //电流环配置 typedef struct { int m_enable; //使能开关 1 - 开; 0 - 关 float m_maxquantum; //电流环量程值上限 float m_minquantum; //电流环量程值下限 float m_dlhvalvemax; //电流环报警阀值上限 float m_dlhvalvemin; //电流环报警阀值下限 int m_dlhprecision; //精度 float m_dlhadjust; //偏差基准调整 char m_dlhunit[16]; //电流环单位 char m_dlhname[56]; //电流环名字 char m_dlhmout[4]; //电流环超出报警阀值联动报警输出 1 - 开; 0 - 关 } VSNET_XASY_DLH_QUANTUM_T; #define APP_DLH_NUM 1 //电流环上板个数,目前为1 #define APP_DLH_CH_NUM 8*APP_DLH_NUM //电流环最大路数 typedef struct { float m_currentValue[APP_DLH_CH_NUM]; //电流值 }VSNET_XASY_CURRENT_LOOPVALUE; /************************************** XASY End ***********************************/ /************************************** SZYW Start ***********************************/ //控制音频监听 typedef struct { int m_state; //音频开启状态 1 - 开; 0 - 关 } VSNET_SZYW_AUDIO_LISTENING; /************************************** SZYW End ***********************************/ /************************************** XT Start ***********************************/ //3D变倍功能参数 typedef struct { int m_zoom; // 放大倍数MAX(h/H, w/W)*255 当为0时表示不放大，只移动 int m_x; // 中心坐标(x/W)*255 int m_y; // 中心坐标(y/H)*255 int m_type; // 控制类型(保留，暂不使用) } VSNET_XT_PELCO_3D; // 说明 h:矩形高 w:矩形宽 H:窗口高 W:窗口宽 矩形中心坐标:(x,y) typedef struct { int m_startx; int m_starty; int m_endx; int m_endy; }VSNET_XT_3D_POSXY; // 三维定焦 //球机物理位置参数 typedef struct { int m_x; // x轴坐标 int m_y; // y轴坐标 int m_z; // z轴坐标 int m_reverse[2]; // 保留位 }VSNET_XT_LOCATION; /************************************** XT End ***********************************/ /************************************** SXZT Start ***********************************/ //车牌和危险品信息上报结构体 typedef struct { unsigned long dwLowDateTime; unsigned long dwHighDateTime; } VSNET_FILETIME; typedef struct { char m_szSerId[52]; //转发服务器编号 char m_szSerName[40]; //当时的设备名称 int m_nChno; //当时的摄像机通道号 //危险品相关 int m_bDanger; //是否存在危险品信息 char m_szDangerFileName[260]; //危险品图片在转发服务器上的绝对路径 VSNET_VCA_PLATERECT m_dgRect; //当前帧定位到的危险品在原始图像中的位置 VSNET_FILETIME m_dgTime; //危险品抓拍时间 //车牌相关 int m_bPlate; //是否存在车牌信息 char m_szPtPlateFileName[260]; //车牌图片在转发服务器上的绝对路径 char m_szPtNumber[12]; //车牌号码 int m_nPtColor; //车牌颜色(0:蓝底 1:黄底 2:白底－军牌 3:白底－警牌 4:黑牌 5:红牌 6:绿牌 99:未知) int m_nPtTrust; //置信度(0-100) VSNET_FILETIME m_ptTime; //车牌抓拍时间 int m_nPtType; //车牌类型(1:大型汽车号牌 2:小型汽车号牌 16:教练汽车号牌 23:警用汽车号牌 99:未知) int m_nPtCarColor; //车身颜色(0:白色 1:银灰 2:黄色 3:粉色 4:红色 5:紫色 6:绿色 7:蓝色 8:棕色 9:黑色 99:其他 255: 未开启识别) int m_nPtSpeed; //车辆速度 int m_nPtbrightness; //车牌亮度 int m_nPtDirection; //运动方向(0:未知方向 1:车牌从上到下运动 2:表示车牌从下到上运动) int m_nPtWidth; //车牌宽度 VSNET_VCA_PLATERECT m_ptRect; //当前帧定位到的车牌在原始图像中的位置 } VSNET_SXZT_DANGER_PLATE; /************************************** SXZT End ***********************************/ /************************************** HT Start *********************************/ typedef struct { int m_carinfo; //巡检车信息显示状态 (0:不显示 1:显示) int m_sensorinfo; //传感器信息显示状态 (0:不显示 1:显示) int m_streaminfo; //码流信息显示状态 (0:不显示 1:显示) int m_ptzinfo; //云台信息显示状态 (0:不显示 1:显示) char m_carname[20]; //巡检车名字 }VSNET_HTOSDCTL; //传感器报警阈值 /*typedef struct { float m_O2_max; //氧气 float m_O2_min; float m_H2S_max; //H2S float m_H2S_min; float m_CO_max; //CO float m_CO_min; float m_burn_max; //可燃气体 float m_burn_min; float m_temperature_max; //温度 float m_temperature_min; float m_humidity_max; //湿度 float m_humidity_min; float m_in_tem_max; //机内温度 float m_in_tem_min; float m_smog_max; //烟雾传感器 float m_smog_min; float m_bright_max; //光照传感器 float m_bright_min; float m_capacity_max; //电量 float m_capacity_min; float m_current_max; //电流 float m_current_min; float m_voltage_max; //电压 float m_voltage_min; unsigned int m_reserve[2];//保留 }VSNET_HTSENSOR_THRESHOLD;*/ //机器人ip信息 typedef struct { char m_robot_ip_addr[16]; //ip地址 int m_robot_port; //端口号 }VSNST_HT_ROBOT_ADDR; /************************************** HT End **********************************/ /************************************** SZYV Start*********************************/ typedef struct { int bEnable; // 1使能 0清除 unsigned short Days; // 只有在bEnable为1的时候才用到该值,超时天数 unsigned short reserve; // 保留 }VSNET_SZYW_OVERTIME; /************************************** SZYV End **********************************/ /************************************** PowerVersion_ISM Start*********************************/ //通知设备持续录像 typedef struct { int m_nType;// 0 手动录像， 1 移动侦测联动触发，2 视频丢失联动触发，3 视频遮挡联动触发 4未知其它报警联动 int m_nDurableTime; //持续时间（秒）,持续时间到后，结束录像。 } VSNET_RECORD_LINKAGE; //预置点轮训设置 typedef struct { int m_nPresetNo; //预置点号 从0 到 255. int m_nDurableTime; //单位：秒。当前预置点停留时间：5秒-1800秒 } VSNET_PTZ_LOOP_ITEM; #define VSNET_MAX_LOOP_NUM 20 //预置点轮训设置 typedef struct { int m_nIndex; //轮巡参数组号[0,19] int m_nNum; // VSNET_PTZ_LOOP_ITEM 的个数 VSNET_PTZ_LOOP_ITEM m_loopInfo[VSNET_MAX_LOOP_NUM]; // 每个预置点信息 最多支持设置20个 } VSNET_PTZ_LOOP; //设备状态 typedef struct { float m_fCpuUse; // cpu使用率 float m_fMemUse; // 内存使用率 float m_fDiskUse; // 硬盘使用率 float m_fNetworkUse; // 网络使用率 } VSNET_SER_SYSTEM_STATUS; //设定一段时间的osd叠加 typedef struct { int m_nTitle; //叠加位置： 0 ：覆盖标题一，1：覆盖标题二，2覆盖标题三，3覆盖标题四。 int m_nDurableTime; //单位：秒。叠加OSD时间：5秒-1800秒。超过该时间后还原为原来的叠加字符。 char m_szString[32]; //叠加字符 } VSNET_OSD_LINKAGE; // 设置守望功能 typedef struct { int m_bEnalbe; // 守望功能使能 int m_nPresetNo; // 守望功能调用的预置点 int m_nReturnTime; // 单位：秒，间隔时间5-1800秒。当摄像机不在守望功能设置的预置点后，在m_nReturnTime时间后自动调用m_nPresetNo设置的预置点。 // 云台预置点轮训，和联动预置点调用优先。报警预置点调用延迟时间结束后，再m_nReturnTime时间后，调用守望预置点。 } VSNET_PTZ_KEEP; // 联动调用预置点 typedef struct { int m_nPresetNo; // 联动调用预置点，点号 int m_nDurableTime; // 停留时间。单位：秒，间隔时间5-1800秒。（在该时间内，守望功能无效） } VSNET_PTZ_LINKAGE; // NVR通道布防 typedef struct { int m_bEnable; // 通道使能 } VSNET_CHANNEL_ALARM; /************************************** PowerVersion_ISM End **********************************/ /************************************** ELF Start*********************************/ typedef struct { unsigned int m_elf9500_num; //转辙机编号 unsigned int m_elf9500_client_port;//UDP通信上位机端口号 unsigned int m_elf9500_local_port; //转辙机udp端口号 char m_elf9500_client_ip[16];//上位机ip }VSNET_ELF_PARAM; //转辙机参数 typedef struct { int m_elf_video_time; //录像最长时间 int m_elf_passcar_cap_time;//过车间隔抓拍和采集的时间 int m_elf_heat_beat_time; //与数据采集板的心跳间隔时间 int m_elf_get_data_time;//数据请求间隔时间 }VSNET_ELF_OVER_TIME;//转辙机超时时间 typedef struct { char m_elf_type; //转辙机类型，1:单通道，2:有两个通道 char m_elf_ch; //摄像机通道选择 char m_rev[6]; //预留6个字节 }VSNET_ELF_CCH_REV;//转辙机摄像头通道和预留字节 typedef struct { char m_elf_elect; //电流参数 char m_elf_flap_start; //振动启动参数 char m_elf_flap_way; //振动方向 char m_rev[5]; //铁大需要要预留2个字节，这里为了字节对齐预留5个字节，使用时使用前2个即可 }VSNET_ELF_HEAT_PARAM;//转辙机心跳包中的参数数据 /************************************** ELF end*********************************/ /************************************** VINET Start ***********************************/ typedef struct { int m_Action; //状态 0为恢复，1为开始放大 2为缩小 int m_AreaX; // int m_AreaY; int m_AreaWidth; int m_AreaHeight; }VSNET_VINET_3DZOOM;//VINET 3D放大 /************************************** VINET End ***********************************/ /************************************** JXYY_TITLE Start ***********************************/ typedef enum { OSD_SIZE_16_16 = 0, OSD_SIZE_32_16, OSD_SIZE_24_24, OSD_SIZE_32_32, OSD_SIZE_48_48, OSD_SIZE_64_64, OSD_SIZE_128_128, OSD_SIZE_128_256, OSD_SIZE_END }VSNET_OSD_SIZE_E;//汉字字符显示大小 typedef struct { int x; int y; int osd_size;//osd大小类型 char lpstr[48]; }VSNET_JXYY_TITLE; typedef struct { int x; int y; int osd_size;//osd大小类型 VSNET_OSD_SIZE_E }VSNET_JXYY_TIME; typedef struct { VSNET_JXYY_TIME m_time[4]; VSNET_JXYY_TIME m_bit[4]; VSNET_JXYY_TITLE m_title[4][8];//4个码流每个码流8个标题 }VSNET_JXYY_OSD; /************************************** JXYY_TITLE End ***********************************/ /************************* HMDL Start *************************/ #define HM_ALARMHOST_CH_COUNT 12 // 报警主机通道数 typedef struct { int m_enable; // 使能 char m_hostname[64]; // 报警主机名字 char m_ip[32]; // 报警主机IP char m_netmask[32]; // 报警主机子网掩码 char m_gateway[32]; // 报警主机网关 int m_DTP_port; // 报警主机端口(Datastream Target port) int m_P2P_port; // 报警主机端口(P2P/GCL Target/local Port) }VSNET_HM_ALARMHOST_BASEINFO; // 报警主机基本参数 typedef struct { int m_enable; // 使能 int m_flag; // 0\1 标记触发标记(0 - 常开，1 - 常闭) char m_chname[64]; // 报警主机通道名称 }VSNET_HM_ALARMHOST_CHANNELINFO_ITM; typedef struct { VSNET_HM_ALARMHOST_CHANNELINFO_ITM m_alarmhost_chinfo[HM_ALARMHOST_CH_COUNT]; }VSNET_HM_ALARMHOST_CHANNELINFO; // 报警主机通道参数 typedef struct { int m_alarm_type; // 报警类型，红外对射 - 0 防拆 - 1 int m_record_enable; // 录像使能 int m_nvr_ch; // NVR 录像、抓拍通道 int m_ptz_enable; // 预置位使能 int m_ptz_preset; // 预置点号 int m_capture_enable; // 抓拍使能 }VSNET_HM_ALARMHOST_LINKAGE_ITM; typedef struct { VSNET_HM_ALARMHOST_LINKAGE_ITM m_linkage[HM_ALARMHOST_CH_COUNT]; }VSNET_HM_ALARMHOST_LINKAGE; // 报警主机通道报警联动参数 /************************** HMDL End **************************/ typedef struct { short m_x; short m_y; short m_wide; short m_high; }VSNET_BLACKCLIPPING_INFO; // 黑边裁剪信息 //慧拓热成像osd叠加温度信息 typedef struct { unsigned short m_tmp_x; //x坐标 unsigned short m_tmp_y; //y坐标 float m_tmp_value; //温度值 } VSNET_HT_TMP_VALUE; typedef struct { VSNET_HT_TMP_VALUE m_tmp_max; //最大温度 VSNET_HT_TMP_VALUE m_tmp_min; //最低温度 float m_tmp_avg; //平均温度 unsigned short m_lenth; //原始图像的长度 unsigned short m_width; //原始图像的宽度 } VSNET_HT_TMP_OSD; typedef struct { char m_osdstr_l[20][50]; //左OSD叠加内容 char m_osdstr_r[20][50]; //右OSD叠加内容 } VSNET_ROBOT_OSD; typedef struct { int m_hour; //时 int m_minute;//分 int m_second;//秒 int m_year; //年 int m_month; //月 int m_day; //日 int m_D; //1:定位无效; 2:2D定位; 3:3D定位; float m_PDOP; //精度因子 1~2理想 2~3极好 4~6好 char m_status;//状态, A=数据有效; V=数据无效 char m_mode; //M=手动(强制操作在 2D 或 3D 模式),A=自动 char m_ew; //东西方向(W=西, E=东) char m_ns; //南北方向( N=北, S=南) double m_lat; //纬度 double m_lng; //经度 double m_speed; //速度 单位:Knot（节） }VSNET_NMEA_GPSINFO; /************************** GW CENSOR BEGIN **************************/ typedef struct { int m_ch; // 0 - 15 int b_enable; // 1: 布防 0: 撤防 }VSNET_GW_SENSOR_DEFENCE_INFO; // 探头布放/撤防信息 /************************** GW CENSOR ENd ****************************/ typedef struct { int m_msxenable; //msx使能[关:0,开:1] int m_reserved[2]; //预留 }VSNET_MSXENABLE; typedef struct { int m_msxstrength; //msx融合强度(高/中/低) 0:低 1:中 2:高 int m_reserved[2]; //预留 }VSNET_MSXSTRENGTH; typedef struct { int m_msxdistance; //msx融合距离[-200, 200] int m_reserved[2]; //预留 }VSNET_MSXDISTANCE; typedef struct { int m_s32x; //x坐标值 int m_s32y; //y坐标值 }VSNET_PIXELCOORD; typedef struct { int m_filetype; //0-Radiometric jpeg， 1-TIFF , 2-8-bit jpeg int m_period; //抓拍间隔，范围0~60s,0-指单张抓拍 int m_reserved[4]; //预留 m_reserved[0]:0-可见光，1-红外，2-可见光+红外 }VSNET_IRSTILLCAPCONFIG; typedef struct { int m_bstart; //0-停止抓拍，1-启动抓拍 int m_isadvanced; //高级配置标志，=1支持高级配置，后续高级配置参数有效 VSNET_IRSTILLCAPCONFIG m_advanced; //高级配置 }VSNET_IRSTILLCAPTURE; //红外设备抓拍 typedef struct { int m_tempunit; //温度单位 0-℃，1-℉ int m_emissivity; //发射率 x 100,范围0~50 int m_skycond; //天空条件 int m_humidity; //湿度 int m_airtemp; //大气温度，单位℃ int m_bkgtemp; //背景温度，单位℃ int m_airtrans; //大气传输率 x 1000 int m_targetdistance; //目标距离 int m_reserved[8]; //预留 }VSNET_IRRADCONFIG; typedef struct { int m_osdenable; //0-禁用，1-开启 int m_isadvanced; //高级配置标志，=1支持高级配置，后续高级配置参数有效 VSNET_IRRADCONFIG m_advanced; //高级配置 }VSNET_IRRADCONFIGURE; //红外辐射配置 typedef struct { char m_bri; // 亮度，[-128,128] char m_con; // 对比度，[16,48] char m_res[2]; // 保留 } VSNET_IR_VIPARAM; // 红外亮度、对比度参数配置 typedef struct { char m_en; // DDE开关，1 使能，0 禁用 char m_level; // DDE级别，0 低，1 中，2 高 char m_res[2]; // 保留 } VSNET_IR_DDEPARAM; // 红外DDE参数配置 typedef struct { int m_mode; // 自动拉伸策略，0 平均温-最高温，1 最低温-最高温 } VSNET_IR_STRETCHMODE; // 红外拉伸策略配置 typedef struct { int m_devtype; // int m_resolution; // 640:640x512, 320:320x256, 336:336x256 int m_lens_hfov; // in deg int m_frame_rate; // 6:60Hz, 9:9Hz } VSNET_IRINFO_S; // 红外摄像头信息 // typedef struct { int m_BBCount; //待校准的黑体总数 ，默认为5 } VSNET_IR_BBCALICOUNT; //黑体校准总数信息 typedef struct { int m_BBNo; //黑体编号，从0开始编号 int m_BBtemp; //黑体温度，单位C } VSNET_IR_BBCALIINFO; //黑体校准信息 typedef struct { unsigned int offset; //数据块起始地址偏移量 unsigned int datasize; //数据块大小 //offset:0 datasize:SDK_PTE_IMG_REGSTN //offset:sizeof(SDK_PTE_IMG_REGSTN) datasize:DISTORT_PARAM } VSNET_FLASH_DATA; typedef struct { int m_VisEn; //可见光标记使能 int m_IREn; //红外标记使能 int m_reserve[3]; //保留 } VSNET_IR_MARKPARAM; //PCB预览显示标记参数 typedef struct { int datavalid; //数据块有效 12表示有效 double adH[9]; //单应矩阵 int offsetx; //水平偏移 int offsety; //垂直偏移 } SDK_PTE_IMG_REGSTN; //图像校准参数 flash 偏移0（PC端私有数据存储在设备FLASH中，DEVICE端不关心） /*** * @brief相机畸变参数 PCB2.5 */ typedef struct { int datavalid; //数据块标记 12表示有效 double ir_camera_matrix[9];//内参矩阵 double vis_camera_matrix[9];//内参矩阵 double ir_dist_coeff[8];//畸变参数 double vis_dist_coeff[8];//畸变参数 }DISTORT_PARAM; typedef struct { int m_hour; //时 int m_minute; //分 int m_second; //秒 int m_msec; //毫秒 int m_state; //定位状态，A = 数据可用，V = 数据不可用。 double m_lat; //纬度 int m_lat_zone; //纬度区分，北半球（N）或南半球(S) double m_lon; //经度 int m_lon_zone; //经度区分，东（E）半球或西（W）半球 float m_height_msl; //海平面高度 float m_speed; //相对位移速度，0.0 至 1851.8 knots float m_heading; //相对位移方向，000.0 至 359.9度 int m_year; //年 int m_month; //月 int m_day; //日 int checksum1; //校验值1 int m_moon_line; //天空中收到讯号的卫星总数 int m_moon_fixed;//定位的卫星总数 int m_moon_num; //天空中的卫星总数，00 至 12 int m_number; //卫星编号 int m_noise; //讯号噪声比（C/No）， 00 至 99 dB；无表未接收到讯号 int checksum2; //校验值2 char reserve[20]; }VSNET_GPSINFO; typedef struct { int x;//图像区左上角显示横坐标 int y;//图像区左上角显示纵坐标 int w;//图像区宽度 x+w ∈[0,10000] int h;//图像区高度 y+h ∈[0,10000] }_tagCALTEMPINAREA; typedef struct { _tagCALTEMPINAREA area[TEMP_AREA_NUM]; }VSNET_CALTEMPINAREA;//画框测温 /*********************串口配置 beg*************************/ typedef enum { PROTOCOL_PWM = 0, PROTOCOL_MAVLINK, PROTOCOL_CVBS, PROTOCOL_END, }SERIAL_PROTOCOL_TYPE; typedef enum { EN_CFL_DISABLED = 0, /////禁用 EN_CFL_IR_COLOR_LUT, /////调色板 EN_CFL_IR_SCENE, /////场景 EN_CFL_RECORD_MODE, /////录制模式 EN_CFL_RECORD_STATUS, /////录制控制状态 EN_CFL_IR_ZOOM, /////红外变倍 EN_CFL_VIS_ZOOM, /////可见光变倍 EN_CFL_IR_DO_FFC, /////FFC EN_CFL_IR_ROI, /////感兴趣区域 EN_CFL_IR_SCENE_LOCK, /////场景锁定 EN_CFL_SYNC_SIGNAL, /////同步信号,仅对PWM1 EN_CFL_DISPLAY_VIDEO_MODE, /////视频显示模式 EN_CFL_RECORD_SNAPHOT, /////录像过程中手动抓拍 EN_CFL_END, ///// }PWM_FUNC_LIST; typedef enum { IR_COLOR_WHITEHOT = 0, IR_COLOR_BLACKHOT, IR_COLOR_FUSION, IR_COLOR_RAINBOW, IR_COLOR_GLOWBOW, IR_COLOR_IRONBOW = 5, IR_COLOR_GREYRED, IR_COLOR_SPEIA, IR_COLOR_LAVA, IR_COLOR_COLOR, IR_COLOR_INSTALERT, IR_COLOR_RAIN, IR_COLOR_REDHOT, IR_COLOR_GREENHOT, IR_COLOR_ARCTIC, IR_COLOR_HOTMETAL = 100, IR_COLOR_WHITEHOT_ISO = 200, IR_COLOR_BLACKHOT_ISO, IR_COLOR_FUSION_ISO, IR_COLOR_RAINBOW_ISO, IR_COLOR_GLOWBOW_ISO, IR_COLOR_IRONBOW_WHITEHOT_ISO, IR_COLOR_IRONBOW_BLACKHOT_ISO, IR_COLOR_SPEIA_ISO, IR_COLOR_MIDRANGE_WHITEHOT_ISO, IR_COLOR_MIDRANGE_BLACKHOT_ISO, IR_COLOR_ICEFIRE_ISO, IR_COLOR_RAINBOWHC_ISO, IR_COLOR_REDHOT_ISO, IR_COLOR_GREENHOT_ISO2RANGE, IR_COLOR_ARCTIC_BLACKHOT_ISO, IR_COLOR_END, }IR_COLOR_LUT_TYPE; typedef enum { IR_SCENE_DEFAULT = 0, IR_SCENE_LINEAR, IR_SCENE_SEAORSKY, IR_SCENE_OUTDOOR, IR_SCENE_INDOOR, IR_SCENE_MANUAL, IR_SCENE_CUSTOM1, IR_SCENE_CUSTOM2, IR_SCENE_MARITIME, IR_SCENE_SAR, IR_SCENE_FIRE, IR_SCENE_AGRICULTURE, IR_SCENE_INSPECTION, IR_SCENE_WDR, IR_SCENE_CONTRAST, IR_SCENE_END, }IR_SCENE_TYPE; typedef enum { RECORD_MODE_VIDEO = 0, RECORD_MODE_STILL_CAPTURE, }RECORD_MODE_TYPE; typedef enum { RECORD_STOP = 0, RECORD_START, RECORD_STATUS_END, }RECORD_STATUS_TYPE; typedef enum { IR_ZOOM_X100 = 0, IR_ZOOM_X200, IR_ZOOM_X400, IR_ZOOM_END, }IR_ZOOM_TYPE; typedef enum { VISIBLE_ZOOM_X100 = 0, VISIBLE_ZOOM_X200, VISIBLE_ZOOM_X400, VISIBLE_ZOOM_END, }VISIBLE_ZOOM_TYPE; //typedef enum //{ // IR_DO_FFC_0 = 0, // IR_DO_FFC_1, // IR_DO_FFC_END, //}IR_DO_FFC_TYPE; typedef enum { IR_ROI_0 = 0, IR_ROI_10, IR_ROI_25, IR_ROI_33, IR_ROI_50, IR_ROI_66, IR_ROI_75, IR_ROI_100, IR_ROI_END, }IR_ROI_TYPE; //typedef enum //{ // IR_SCENE_LOCK_DISABLE = 0, // IR_SCENE_LOCK_ENABLE, // IR_SCENE_LOCK_END, //}IR_SCENE_LOCK_TYPE; //typedef enum { // SYNC_SIGNAL_VAL = 1, // SYNC_SIGNAL_END, //}SYNC_SIGNAL_TYPE; typedef enum { DISPLAY_VIDEO_MODE_IR = 0, DISPLAY_VIDEO_MODE_VISIBLE, DISPLAY_VIDEO_MODE_PIP, DISPLAY_VIDEO_MODE_END, }DISPLAY_VIDEO_MODE_TYPE; typedef enum { PWM_STATE_LOW = 0, PWM_STATE_HIGH, PWM_STATE_MED, PWM_STATE_END, }PWM_STATE; typedef enum _MAVLINK_SERIAL_BAUD{ MAVLINK_SERIAL_BAUD_57600 = 57600, MAVLINK_SERIAL_BAUD_115200 = 115200, MAVLINK_SERIAL_BAUD_230400 = 230400, }MAVLINK_SERIAL_BAUD; typedef struct { int func; //通道功能，定义为PWM_FUNC_LIST int statenum; //通道档位 2-高低档 3-高中低3档 其他无效 int state[PWM_STATE_END]; //状态值 }VSNET_PWM_INFO;//通道档位信息 typedef struct { int baudrate; //波特率 int reserve[3]; //保留 }VSNET_MAVLINK_INFO;//通道档位信息 typedef struct { int reserve[4]; //保留 }VSNET_CVBS_INFO;//通道档位信息 #ifndef PWM_NUM_MAX #define PWM_NUM_MAX 4 #endif typedef struct { int protype; //配置类型标记,定义为SERIAL_PROTOCOL_TYPE VSNET_PWM_INFO pwm[PWM_NUM_MAX]; //PWM模式时使用 VSNET_MAVLINK_INFO mavlink; //MAVLINK模式时使用 VSNET_CVBS_INFO cvbs; //CVBS模式时使用 }VSNET_SERIAL_PROTOCOL; /***********************串口配置 end***************************/ typedef enum { ALARM_LINK_NONE = 0, ALARM_LINK_NOTIFY = (1 << 0), //联动通知 ALARM_LINK_SNAPSHOT = (1 << 1), //联动抓拍 ALARM_LINK_RECORD = (1 << 2), //联动录像 ALARM_LINK_END, }TEMP_ALARM_LINK_TYPE; typedef struct { int enH; //高温报警使能 int tempH; //高温 (℃) int enL; //低温报警使能 int tempL; //低温 (℃) int linkaction; //联动动作, 见TEMP_ALARM_LINK_TYPE定义 int snapshots; //报警联动抓拍连续抓拍次数(最多连拍3张) //int recordduration; //报警联动录像时长 //int indicator; //指示 int reserve[4]; //保留 }VSNET_TEMP_ALARM_PARAM; typedef struct { int TempUnit; //温度单位，0 - C, 1 - F int OSDTempMeter; //点测温 0 - 不使能, 1 - 中心点测温，2-场景测温 int Emissivity; //辐射率，范围50 ~ 100(uranus:0~100) int AirTemp; //大气温度，范围-50 ~ 127℃(uranus:-50~327) int SkyCond; //天空条件，范围0 ~ 100(uranus:0 25 75) int Humidity; //湿度，范围0 ~ 100(uranus:30 45 60) int SubjectDistance; //目标距离，范围0 ~ 2000 米(uranus:500) int reserve[4]; //保留 }VSNET_RADIOMETRY_PARAM; // 0:FFF, 1:TIFF, 2:RAW, 3:JPG, 4:LCR, 5:SIR typedef enum { VSNET_CAPTURE_TYPE_FFF = 0, VSNET_CAPTURE_TYPE_TIFF = 1, VSNET_CAPTURE_TYPE_RAW = 2, VSNET_CAPTURE_TYPE_JPG = 3, VSNET_CAPTURE_TYPE_LCR = 4, VSNET_CAPTURE_TYPE_SIR = 5, VSNET_CAPTURE_TYPE_FIR = 6, VSNET_CAPTURE_TYPE_DLT664 = 7, VSNET_CAPTURE_TYPE_END } VSNETCAPTURETYPE; #if defined(GE01_FACTORY) /*digital output******************/ typedef enum { VSNET_DIGITAL_OUTPUT_CMOS = 0x00, VSNET_DIGITAL_OUTPUT_14BIT_RAW = 0x01, VSNET_DIGITAL_OUTPUT_LVDS = 0x02, VSNET_DIGITAL_OUTPUT_TYPE_END } VSNETIRDIGITALOUTPUTTYPE; typedef enum { VSNET_DIGITAL_OUTPUT_CMOS_DISABLE = 0x00, VSNET_DIGITAL_OUTPUT_BT656 = 0x01, VSNET_DIGITAL_OUTPUT_CMOS_8BIT_YUV = 0x02, VSNET_DIGITAL_OUTPUT_CMOS_14BIT_RAW = 0x03, VSNET_DIGITAL_OUTPUT_CMOS_MODE_END } VSNETIRDIGITALOUTPUTCMOSMODE; typedef struct { unsigned char m_type;//参见 VSNETIRDIGITALOUTPUTTYPE unsigned char m_mode; }VSNETIRDIGITALOUTPUT; //红外机芯数字视频输出模式 /*sensor temp******************/ typedef enum { VSNET_FPA_TEMP_X100 = 0x00, VSNET_HOUSEING_TEMP_X100 = 0x01, VSNET_SHUTTER_TEMP_X100 = 0x02, VSNET_SENSOR_TEMP_END = 0x08 } VSNETIRSENSORTYPE; typedef struct { unsigned int m_typemask; unsigned short m_tempC[VSNET_SENSOR_TEMP_END];//单位C，参见 VSNETIRSENSORTYPE }VSNETIRSENSORTEMP; //红外机芯传感器温度 /*FFC PARAMS******************/ typedef enum { VSNET_FFC_MANUAL = 0x00,//手动 VSNET_FFC_AUTO = 0x01,//自动 VSNET_FFC_EXTERNAL = 0x02,//外部 VSNET_FFC_MODE_END } VSNETIRFFCMODE; typedef struct { unsigned char m_mode; //参见 VSNETIRFFCMODE unsigned char m_reserve[3]; //保留 unsigned int m_periods; //自动快门，时间周期，单位帧数 unsigned int m_tempdelta; //自动快门，温度差，单位0.1C }VSNETIRFFCPARAMS; //红外快门参数 /*GSK & GFID 电压******************/ typedef struct { unsigned char m_type; //0-GSK,1-GFID unsigned char m_reserve; //保留 unsigned short m_voltage; //电压，单位0.1V; GSK-(1.7~3.6)V, GFID-(1~2.9)V }VSNETIRREGISTERVOLTAGE; //红外探测器寄存器电压参数 /*降噪/时域滤波******************/ typedef enum { VSNET_DENOISE_TIME_DOMAIN_FLITERING = 0x00,///< Time domain filtering VSNET_DENOISE_OTHER = 0x01, VSNET_DENOISE_TYPE_END, } VSNETIRDENOISETYPE; /*降噪/时域滤波******************/ typedef struct { unsigned char m_enable; //0-不使能，1-使能 unsigned char m_type; //降噪算法,VSNETIRDENOISETYPE unsigned char m_value; //滤波系数，范围0~100 unsigned char m_reserve; //保留 }VSNETIRDENOISEPARAMS; //红外降噪参数，又称时域滤波 /*测温区域选择******************/ typedef struct { unsigned char m_index; //区域索引，最大可支持6个区域，从0开始，范围0 ~5 unsigned char m_reserve[3]; //保留 }VSNETIRTEMPREGIONS;//红外测温区域选择 /*写FLASH******************/ typedef enum { VSNET_FLASH_TYPE_K = 0x00, VSNET_FLASH_TYPE_B = 0x01, VSNET_FLASH_TYPE_BLIND = 0x02, VSNET_FLASH_TYPE_SENSOR = 0x03, VSNET_FLASH_TYPE_FPGA_FW = 0x04, VSNET_FLASH_TYPE_END } VSNETFLASHTYPE; typedef struct { unsigned char m_type; //参见 VSNETFLASHTYPE unsigned char m_index; //索引 unsigned char m_reserve[2]; //保留 }VSNETIRWRITEFLASH;//红外写FLASH typedef struct { unsigned char m_HighToLowTempThreshold;//[50, 160], 单位C unsigned char m_HighToLowPopulationThreshold;//[0, 100] unsigned char m_HLowToHighTempThreshold;// [50, 160], 单位C unsigned char m_LowToHighPopulationThreshold;// [0, 100] }VSNETIRGAINSWITCHPARAMS;//红外自动增益切换 typedef struct { unsigned short m_CINT;///< 积分电容，单位 0.1PF unsigned short m_TINT;///< 积分时间,，单位PSYNC周期 }VSNETIRGAININTERGRATIONPARAMS;//红外增益积分参数 typedef struct{ char m_privatestr[128];//私有信息预留128bytes //信息格式:ID_年_月_日_时_分_秒_经度_纬度_高度_海拔_GPS移动速度_GPS移动方向_保留1_保留2_保留3 }VSNETCDUSR_INFO;//M10创动客户定制 typedef struct { unsigned int m_sd1_space; //unit: Mb 剩余容量 unsigned int m_sd1_total_space; //unit: Mb 总容量 } VSNETCDUSR_MSDSTATUS;//M10创动客户定制 #endif /* 温度对比报警参数 */ typedef struct { int m_enable; // function enable short m_rgn[2]; // 对比的区域 int m_source; // 报警来源，0:max, 1:min, 2:avg int m_typethreshold; // 0: >m_tempthreshold, 1: A) 1: 向右(A->B) 2: 双向(A<->B) }VSNET_SMART_ANALYSIS_LINEPARAM; typedef struct { VSNET_SMART_ANALYSIS_LINEPARAM m_line[VSNET_MAX_DEFENSE_NUM]; }VSNET_SMART_ANALYSIS_CORDONPARAM; //智能分析检测相关参数(进入区域、离开区域、物品遗留、物品搬移) typedef struct { int m_enable; //使能 VSNET_SMART_ANALYSIS_CHECKREGPARAM m_region[VSNET_MAX_DEFENSE_NUM]; }VSNET_SMART_ANALYSIS_INFOPARAM; typedef enum { EN_SM_ANAL_CORDON = 0, EN_SM_ANAL_REGIONENTRY, EN_SM_ANAL_REGIONLEAVE, EN_SM_ANAL_GOODSLEFT, EN_SM_ANAL_GOODSMOVE, EN_SM_ANAL_MAX, }VSNET_SMART_ANALYSIS_TYPE; /*智能分析结构*/ typedef union { VSNET_SMART_ANALYSIS_CORDONPARAM m_cordon; VSNET_SMART_ANALYSIS_INFOPARAM m_smart_analysis_info; }VSNET_SMART_ANALYSIS; typedef struct { int m_analysistype;//类型 VSNET_SMART_ANALYSIS m_analysis; }VSNET_SMART_ANALYSIS_CONFIGPARAM; /* 智能分析报警参数 */ typedef struct { int m_enable; // smart analysis enable int m_singlehost; // label of center for uploading alarm signal unsigned char m_record[16]; // relate to recording unsigned char m_out[8]; // relate to output 1:ON, 0：OFF unsigned char m_enpreno[16]; // relate to preset point unsigned char m_preno[16]; // number of preset point to be called unsigned char m_capjpeg[16]; // relate to capturing TIMELIST m_timelist; // detection time table define ETI_TIME_DAYTYPE } VSNET_SMART_ANALYSIS_ALARMPARAM; /****************智能分析相关参数 end******************/ typedef struct { float m_wintemp_offset; ///<窗口温度补偿 }VSNETWINCALIBPARAM;/*窗口补偿参数，用于温度校准*/ // 可见光抗闪模式 typedef enum { ANTIFLICKER_MODE_OUTSIDE = 0x0, //室外模式，关闭抗闪 ANTIFLICKER_MODE_INSIDE_50HZ = 0x1, //室内50HZ模式 ANTIFLICKER_MODE_INSIDE_60HZ = 0x2, //室内60HZ模式 ANTIFLICKER_MODE_BUTT }VSNET_ANTIFLICKER_MODE; // 测温区域位置偏移参数，仅可见光通道有效 typedef struct { VSNETIMAGEFUSEOFFSET m_offset[REGIONTEMPNUM]; //偏移范围[-32, 32] }VSNET_TEMPREGION_OFFSET; typedef struct { VSNETIMAGEFUSEOFFSET m_offset[REGIONTEMPNUMEX]; //偏移范围[-32, 32] }VSNET_TEMPREGION_OFFSET_EX; // 通道类型 typedef enum { VSNET_CHNTYPE_VIS = 0, //可见光 VSNET_CHNTYPE_IR, //红外 VSNET_CHNTYPE_BUTT }VSNET_CHNTYPE_E; // 鼠标测温，坐标[-1, -1]表示禁用鼠标测温功能 typedef struct { int m_s32x; //x坐标值, [0, 图像宽-1] int m_s32y; //y坐标值, [0, 图像高-1] float m_val; //点温度, 单位:摄氏度 }VSNET_PIXELCOORD_EX; //巡航 #define VSNET_SERIAL_MAX_CRUISE_GROUP (6) #define VSNET_SERIAL_MAX_CRUISE (255) typedef struct { int m_preset_no; int m_speed; int m_duration; }VSNET_SERIAL_CRUISE_INFO; typedef struct { int m_count; VSNET_SERIAL_CRUISE_INFO m_cruise_info[VSNET_SERIAL_MAX_CRUISE]; }VSNET_SERIAL_CRUISEPARAM; // GB28181参数 typedef struct { char m_SIPServerID[32]; //服务器ID, 如34020000002000000001 char m_SIPServerIP[64]; //服务器IP, 如192.168.1.12 char m_DomainName[32]; //服务器域, 如34020000 char m_Password[32]; //密码 char m_UserId[32]; //设备ID, 如34020000001320000001 unsigned short m_SIPServerPort; //服务器端口 unsigned short m_LocalSipPort; //设备端口 unsigned short m_TransUDP; //使用UDP, 1:enable, 0:disable unsigned short m_Reserved; //保留 char m_AudioId[32]; //音频通道ID, 如34020000001330000001 char m_AlarmId[32]; //报警通道ID, 如34020000001340000001 unsigned int m_Expires; //注册有效期(秒) unsigned int m_MaxHeartBeatTimes;//最大心跳次数, 保留 unsigned int m_HeartBeatTime; //心跳间隔(秒), 保留 int m_Unregister; //注册状态, 0:不在线, 1:已注册, 2:已注销 int m_EnableGB28181; //接入使能, 1:enable, 0:disable char m_videoId1[32]; //视频通道1ID char m_videoId2[32]; //视频通道2ID }VSNET_GB28181PARAM_S; // Onvif参数 typedef struct { int m_enable; //使能开关 1:enable, 0:disable }VSNET_ONVIFPARAM_S; //Onvif 端口 typedef struct { unsigned short m_onvif_port; //端口号 char m_reserve[2]; //保留 } VSNET_ONVIFPORT_S; // 融合模式 typedef enum { VSNET_MSXMODE_MSX = 0, //融合 VSNET_MSXMODE_BLEND = 1, //全彩 VSNET_MSXMODE_MIX = 2, //高清 VSNET_MSXMODE_BLEND_MSX = 3, //全彩融合，保留 VSNET_MSXMODE_MIX_MSX = 4, //高清融合 VSNET_MSXMODE_BUTT }VSNET_MSXMODE_E; // 融合模式参数 typedef struct { int m_mode; //融合模式, VSNET_MSXMODE_E }VSNET_MSXMODE_S; // mail加密方式 typedef enum { VSNET_MAILEENCRYP_NONE = 0, VSNET_MAILEENCRYP_SSL = 1, VSNET_MAILEENCRYP_STARTTLS = 2, VSNET_MAILEENCRYP_BUTT }VSNET_MAILEXINFO_E; // mail高级参数 typedef struct { int m_encryption; //加密方式0:不加密1:SSL 2:STARTTLS, VSNET_MAILEXINFO_E }VSNET_MAILEXINFO_S; // 图像翻转参数 typedef struct { int m_vflip; // vertical overset 0:OFF; 1:ON int m_hmirror; // horizontal overset 0:OFF; 1:ON }VSNET_IMAGEFLIP_S; typedef struct { int m_enable; //融合功能使能开关 0:关闭 1:开启 int m_strength; //融合强度(高/中/低) 0:低 1:中 2:高 int m_mode; //融合模式, VSNET_MSXMODE_E }VSNETIMAGEFUSEPARAM_EX; #define VSNET_POLYGON_POINT_NUM (15) typedef struct { int m_point_num; //多边形顶点数 VSNET_PIXELCOORD m_reg[VSNET_POLYGON_POINT_NUM]; //多边形顶点坐标 }VSNET_POLYGONTEMP_INFO_S; //多边形信息 typedef struct { VSNET_POLYGONTEMP_INFO_S m_region[REGIONTEMPNUM]; }VSNET_POLYGONTEMP_PARAM_S; //多边形测温 typedef struct { VSNET_POLYGONTEMP_INFO_S m_region[REGIONTEMPNUMEX]; }VSNET_POLYGONTEMP_PARAMEX_S; //多边形测温 typedef struct { int m_type; //应用模式，0:正常, 1:医疗 int m_mode; //校准模式，0:自动, 1:手动 unsigned short m_x; //参考区域-x unsigned short m_y; //参考区域-y unsigned short m_width; //参考区域-width unsigned short m_height; //参考区域-height float m_val; //参考区域的理论温度, 单位C }VSNET_HUMANCALI_PARAM_S; //人体测温校准参数 typedef struct { int m_en; //开关，0:不使能, 1:使能 unsigned short m_x; //区域-x unsigned short m_y; //区域-y unsigned short m_width; //区域-width unsigned short m_height; //区域-height }VSNET_TEMPSHIELD_S; //测温屏蔽区域参数 typedef struct { VSNET_TEMPSHIELD_S m_reg[4]; //区域参数 }VSNET_TEMPSHIELD_PARAM_S; //测温屏蔽参数 typedef struct { float m_scale; //缩放比例 float m_offset_x; //水平偏移 float m_offset_y; //垂直偏移 float m_reserve[8]; //保留 }VSNET_HUMANCALI_VISMATCHIR_PARAM_S; typedef struct { short m_TNormal; //x100, 单位C short m_THuman; //x100, 单位C }HUMANCALI_TEMPMAP_S; typedef struct { unsigned char m_type; // 0-human, 1-其他 unsigned char m_count; // < 30 unsigned char m_reserve[2]; // 保留 HUMANCALI_TEMPMAP_S m_map[30]; }VSNET_HUMANCALI_TEMPMAP_S; //人体校准温度映射表 typedef struct { int m_unit; //温度单位，0 - ℃, 1 - ℉, 2 - k }VSNET_TEMPUNIT_S; typedef enum { VSNET_EXPTIME_DEFAULT = 0, //默认值 VSNET_EXPTIME_33MS, //30Hz: 1/30, 25Hz: 1/25 VSNET_EXPTIME_16MS, //30Hz: 1/60, 25Hz: 1/50 VSNET_EXPTIME_10MS, //30Hz: 1/100, 25Hz: 1/100 VSNET_EXPTIME_4MS, //30Hz: 1/250, 25Hz: 1/215 VSNET_EXPTIME_2MS, //30Hz: 1/500, 25Hz: 1/425 VSNET_EXPTIME_1MS, //30Hz: 1/1000, 25Hz: 1/1000 VSNET_EXPTIME_END }VSNET_EXPTIME_E; typedef struct { int m_mode; //曝光模式，0 - 自动, 1 - 手动 int m_exptime; //曝光时间，VSNET_EXPTIME_E，自动模式下，用作最大曝光时间; 手动模式下，用作手动曝光时间 }VSNET_EXPOSUREPARAM_S; //曝光参数 typedef enum { VSNET_EXPTIME_EX_DEF = 0, //默认值 VSNET_EXPTIME_EX_33MS, //30Hz: 1/30, 25Hz: 1/25 VSNET_EXPTIME_EX_16MS, //30Hz: 1/60, 25Hz: 1/50 VSNET_EXPTIME_EX_10MS, //30Hz: 1/100, 25Hz: 1/100 VSNET_EXPTIME_EX_5MS, //30Hz: 1/200, 25Hz: 1/200 VSNET_EXPTIME_EX_4MS, //30Hz: 1/250, 25Hz: 1/215 VSNET_EXPTIME_EX_2MS, //30Hz: 1/500, 25Hz: 1/425 VSNET_EXPTIME_EX_1MS, //30Hz: 1/1000, 25Hz: 1/1000 VSNET_EXPTIME_EX_0P5MS, //30Hz: 1/2000, 25Hz: 1/2000 VSNET_EXPTIME_EX_0P25MS, //30Hz: 1/4000, 25Hz: 1/4000 VSNET_EXPTIME_EX_0P16MS, //30Hz: 1/6000, 25Hz: 1/6000 VSNET_EXPTIME_EX_0P125MS, //30Hz: 1/8000, 25Hz: 1/8000 VSNET_EXPTIME_EX_0P1MS, //30Hz: 1/1000, 25Hz: 1/10000 VSNET_EXPTIME_EX_0P0625MS, //30Hz: 1/16000, 25Hz: 1/16000 VSNET_EXPTIME_EX_BUTT = 14 }VSNET_EXPTIME_EX_E; typedef struct { int m_mode; //曝光模式，0 - 自动, 1 - 手动 int m_exptime; //曝光时间，VSNET_EXPTIME_EX_E，自动模式下，用作最大曝光时间; 手动模式下，用作手动曝光时间 int m_maxExptime; //最大曝光时间 [0x0, 0xFFFFFFFF] int m_s32Rev; unsigned int m_nAgain; //固定模拟增益 [0x400, 0xFFFFFFFF] unsigned int m_nDgain; //固定数字增益 [0x400, 0xFFFFFFFF] unsigned int m_nMaxAgain; //最大数字增益 自动模式使用 [0x400, 0xFFFFFFFF] unsigned int m_nMaxDgain; //最大数字增益 自动模式使用 [0x400, 0xFFFFFFFF] unsigned int m_u32Rev[8]; }VSNET_EXPOSUREPARAMEX_S; //曝光参数扩展 typedef struct { int m_temposd_mode; //1<<0: 最高温 1<<1: 最低温 1<<2: 平均温 }VSNET_TEMPOSDMODE_PARAM_S; //温度叠加模式 typedef struct { int m_reg_enable; //PIP区域使能 int m_reg_startx; //PIP区域起始坐标x int m_reg_starty; //PIP区域起始坐标y int m_reg_width; //PIP区域宽 int m_reg_height; //PIP区域高 }VSNET_PIP_REGION_PARAM_S; typedef struct { VSNETTEMPVALUE m_region_temp[REGIONTEMPNUMEX]; //区域温度信息, 扩展区域数 }VSNETREGIONTTEMPVALUE_EX; typedef struct { VSNETREGIONTEMP m_region_temp[REGIONTEMPNUMEX]; //最高温值, 扩展区域数 }VSNETREGIONTEMPLIST_EX; // 区域测温osd参数, 扩展区域数 typedef struct { VSNET_REGIONOSD m_rgnosd[REGIONTEMPNUMEX]; }VSNET_REGIONOSDPARAM_EX; typedef struct { int m_enable; //区域测温使能 VSNETREGION m_max; //最高温值 VSNETREGION m_min; //最低温值 VSNETREGION m_avg; //平均温值 VSNETREGION m_cen; //中心点温值 }VSNETREGIONTEMPEX; typedef struct { VSNETREGIONTEMPEX m_glb_temp; //全局温值 VSNETREGIONTEMPEX m_region_temp[REGIONTEMPNUMEX]; //最高温值 }VSNETREGIONTEMPLISTEX; typedef struct { int m_regbase; //寄存器起始地址 int m_recv[2]; //预留 }VSNETMODBUSPARAM_S; typedef struct { int m_enable; //0:关,1:开 int m_time; //挡片关闭时间, 单位s }VSNETANTIBURNPARAM_S;/* 防灼伤参数 */ /*****AD96 param start*****/ typedef struct { char m_deviceName[24]; char m_deviceSerialNo[24]; char m_reserved[32]; // 保留 }VSNETHANDHELDDEVPARAM; typedef struct { unsigned int m_calTime; //最新校准时间, UTC时间，单位-秒 }VSNETHANDHELDDEVTEMPCALTIME; //智能识别测温感兴趣区域 typedef struct { short m_thr_yh; //[0,255] short m_thr_yl; //[0,255] short m_thr_uh; //[0,255] short m_thr_ul; //[0,255] short m_thr_vh; //[0,255] short m_thr_vl; //[0,255] }VSNETSMARTTHRPARAM; //可见光YUV在[l,h]范围的部分为红外测温区域 /*****AD96 param end *****/ /*iRay 宫格定制参数*/ #define GRIDS_RGN_MAX_NUM 64 //宫格数最多64, 相当于区域测温64个 typedef struct { char name[16]; /*rgn name*/ char osdType; /*0:不叠加;1:最低温;2:最高温;3:平均温*/ char osdTrackTempEn; /*温度点追踪叠加使能:0:不叠加;1:低温点追踪(不支持);2:高温点追踪*/ char reserve[6]; float overhtempthreshold; /*超最高温叠加阀值*/ }VSNETGRIDSATTRS; typedef struct { short mode; /*AGC_GRID_MODE_E 0:disable, 1:4x4, 2:6x6, 3:8x8*/ short reserve; VSNETGRIDSATTRS gridsAttr[GRIDS_RGN_MAX_NUM]; }VSNETGRIDSPARAM; typedef struct { VSNETTEMPVALUE m_region_temp[GRIDS_RGN_MAX_NUM]; //区域温度信息, 扩展区域数64 }VSNETREGIONTTEMPVALUE_EX2; /*iRay 宫格定制参数 end*/ //滨海安消定制 #if defined(_WIN32) #define PACKED_1 #pragma pack(push) #pragma pack(1) //1 byte alignment #else #define PACKED_1 __attribute__((packed, aligned(1))) #endif #define ALG_DETECT_RGN_MAX_NUM 9 enum ALG_LEVEL_E{ ALG_LEVEL_SHIELD = 0, // 不检测模式 ALG_LEVEL_SENSITIVE = 1, // 管廊模式（见光报） ---极灵敏 ALG_LEVEL_NORMAL = 2, // 正常模式 ALG_LEVEL_OBTUSR = 3, // 迟钝模式 }; typedef struct //区域 { unsigned char u8Vilad; //是否启用该区域 0 不启用 1启用 unsigned char u8Level; //所属区域等级: ALG_LEVEL_E unsigned char u8Rsvd[2]; //保留 unsigned char u8Rect_x; //x坐标， [0-100]百分比 (*0.01) unsigned char u8Rect_y; //y坐标， [0-100]百分比 (*0.01) unsigned char u8Rect_w; //区域宽，[0-100]百分比 (*0.01) unsigned char u8Rect_h; //区域高，[0-100]百分比 (*0.01) //给温度使用 short s16LowTempThreshold; //低温预警阈值 温度预警阈值【*】实际值除以十，保留一位小数 例如：值为 1805 实际为 180.5 度 short s16HightTempThreshold; //高温预警阈值 温度预警阈值【*】实际值除以十，保留一位小数 例如：值为 1805 实际为 180.5 度 unsigned short u16TempRiseThreshold; //温升预警阈值 unsigned short u16TempRiseDelayTime; //温升预警持续时间（秒） }PACKED_1 ALG_REGIONAL_S; typedef struct // 火焰检测参数 { unsigned char u8Open; //启用标识 unsigned char u8FireLevel; //FIREDETECT_LEVEL_E unsigned char u8Rsvd[34]; //保留 unsigned short u16RowPixel; //报警框竖直位移调整[-500,500]，默认值：0 【*】 unsigned short u16ColPixel; //报警框水平位移调整[-500,500]，默认值：0 【*】 unsigned char u8VaryDegreeFire; //火焰大小变化阈值[1,100]；默认值：20 【*】 unsigned char u8VaryDegreeFirePos; //火焰位置变化阈值[1,100]；默认值：20 【*】 ALG_REGIONAL_S stRegional[ALG_DETECT_RGN_MAX_NUM]; //9个区域 }PACKED_1 ALG_FIREPARAM_S; typedef struct //烟雾检测参数 { unsigned char u8SmokeMode; //感烟方式：0：不感烟；1：视觉感烟（默认值）；2、光束感烟 unsigned char u8SmokeLevel; //FIREDETECT_LEVEL_E unsigned char u8VaryDegreeSmoke; //烟雾大小变化阈值[1,100]，默认值：20 【*】 unsigned char u8VaryDegreeSmokePos; //烟雾位置变化阈值[1,100]，默认值：20 【*】 unsigned char u8Rsvd[8]; //保留 ALG_REGIONAL_S stRegional[ALG_DETECT_RGN_MAX_NUM]; //反光板矩形框列表；设定反光板屏蔽框上限为9个 有标识该区域是否有效【*】 }PACKED_1 ALG_SMOGPARAM_S; typedef struct //温度检测参数 { unsigned char u8Open; //是否启用 unsigned char u8Rsvd[3]; //保留 ALG_REGIONAL_S stRegional[ALG_DETECT_RGN_MAX_NUM]; //9个区域 }PACKED_1 ALG_TEMPPARAM_S; typedef struct // 扩展参数 { unsigned char u8PrivateNet; //是否启用私有网络协议 unsigned short u16PrivatePort; //默认 31111 unsigned char u8Rsvd1; unsigned char u8FireWater; //是否启用水炮定位 unsigned char u8Rsvd2[23]; unsigned short u16FireWater_h; //水炮水平视场角 unsigned short u16FireWater_t; //水炮垂直视场角 unsigned char u8Alarmhost; //是否启用报警主机 unsigned char u8AlarmhostId; //本地报警主机ID unsigned short u16AlarmhostPort; // char szAlarmhostIp[32]; //服务器地址 }PACKED_1 ALG_EXTPARAM_S; typedef struct//整个AI部分参数 { ALG_FIREPARAM_S stFireParam; //火焰检测参数 ALG_SMOGPARAM_S stSmogParam; //烟雾检测参数 ALG_TEMPPARAM_S stTempParam; //温度检测参数 ALG_EXTPARAM_S stExtParam; unsigned char u8DrawLineFlag; //是否划线 0:不划线 1:划线 unsigned char u8LensFlag; //镜头焦距（鱼眼=>1,2.8mm=>2,4mm=>3,6mm=>4,8mm=>5,12mm=>6,16mm=>7,25mm=>8, //即传入实参是：1,2,3,4,5,6,7,8，默认值为4（即6mm））【*】 //OSD显示设置 unsigned char u8OSDAlarmPosition; //(左上=>1,右上=>2,左下=>3,右下=>4，默认值：1) 【*】 unsigned char u8OSDAlarmInfo; //（显示框=>1,显示框和概率=>2,显示框和概率和坐标=>3,默认值：1）【*】 unsigned char IsCheckCovered; //true: 遮挡检测（默认值）； false: 不检测 【*】 unsigned char IsCheckContaminated; //true: 污染检测=遮挡检测（默认值）； false: 不检测 【*】 unsigned char IsCheckRotated; //true: 偏转检测（默认值）； false: 不检测 【*】 unsigned char IsCheckNet; //true: 检测网络故障 unsigned short u16AlarmAutoResetTime; //报警自动复位时间[0,1800Secs]：报警后若干时间后自动复位；默认“0”时，不自动复位；否则，按设置时间选项自动复位; unsigned char u8Rsvd[30]; }PACKED_1 VSNET_ALG_FIRE_DETECT; #if defined(_WIN32) #pragma pack(pop)//恢复对齐状态 #endif //滨海安消定制结束 typedef struct { unsigned short AlarmType; /**<报警类型*/ unsigned short AlarmSigVal; /**<报警信号*/ unsigned short Channel; /**<通道*/ char Reserve[2]; int DataSize; /**<数据长度*/ unsigned char* DataAddr; /**<数据*/ }VSNET_BH_SECURITY_FIRE; #endif// __VSNET_STRUCTDEF_H__