Geo++® SSR2OBS - Online Help


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Index

Examples
SSR2OBS Introduction
Program Request
Return Codes
SSR2OBS Options
-1029dbg[=]n  - enable ssr2obs epoch status output via RTCM 1029 UTF8 message [0]
-always_ph  - add DGP flag PHCL without phase bias SSR also
-atx_sv=FNAME   - read Satellite Antenna PCV corrections from file: FNAME
+av[=]x - auto-vacuum SDB database every x seconds [300] (0=disabled)
-bf[=]nnnn - busy flush' when input not idle for nnnn milliseconds  [7000]
-C - do not connect to GNMAIN
-cdis[=]x - set which SSR parameters are to be ignored/discarded
-creq[=]x - set required SSR parameters required for using SSR epochs
-d - debug off
-datumdef=FNAME - datum trafo defined in file FNAME
-dbcz[=]x.x - detect broken ssrz input connection feature, timeout [s], default 0=disabled
-dbce[=]x.x - detect broken ephemeris input connection feature, timeout [s], default 0=disabled
-debug[=]n - enable debug output, n is bitmask for different debug info
-dis-XXX - disable GNSS: XXX one of [GPS,GLO,GAL,BDS]
-dly[=]x.x - startup delay [0.0] s
+dLS=NAME  - enable stdout logging (redirection) to file [GN_DATA\]NAMEddds.out
+dLE=NAME  - enable stderr logging (redirection) to file [GN_DATA\]NAMEddds.err
+dLE  - redirect stderr output into stdout file/pipe
-dgp[=]NAME - enable Shrd DGP output with name NAME
-dnb - SSR debug option: delayed_next_best epoch
+dPOS=NAME   - enable rover position/GGA loggin to file [GN_DATA\]NAMEddds.log
-edb=PATH    - enable ephemeris database usage, specify path
-eph[n]=address - read ephemerides messages from server address [tcp_addr:port]
-ET,P=x.x  - set Epoch Maximum Prediction Time to x.x [s] [5.0]
-g - disable GLONASS data output
-glo[=]xxx - introtuce GLONASS observation biases for GLO Class xxx (use -glo=? to show possible GLO classes xxx)
-i[=]address - rover pos and time from GGA+ZDA input [tcp_addr:port,port,comX,...]
-IA[=]n - set iono-aiding mode [0|1], default is 0
-II,MB=n   - set Iono Interpolation min number of stations [0]
-II,MD=x.x - set Iono Interpolation max station distance [km] [500.000000]
-II,MR=n   - set Iono Interpolation min number of fixed signals per RX/SV [2]
-II,MS=n   - set Iono Interpolation min number of fixed SVs per station [0]
-II,ND=x.x - set Iono Interpolation max nearest station distance [km] [100.000000]
-II,O=n    - set Iono Interpolation Order to n (0<=n<=2) [1]
-II,WS=x.x - set Iono Interpolation Weight Scale to x.x [1.0]
-II,WP=n   - set Iono Interpolation Weight Power to n (n>=1) [3]
-IPF=n  - enable/set iono filter mode [0|1], default is 0
-maxa[=]x.x - max SSR age (seconds after end of epoch validity) [15.0]
-MC[n]=group-addr[,if]  - join UDP multicast group on specified interface
-meta[=dir] - enable metadata storage/cache at filesystem path 'dir', default='.\s2odata'
-meta_dr - disable reading SSRZ metadata from file storage
-meta_dw - disable writing SSRZ metadata to file storage
-meta_dis - ignore/discard SSRZ metadata received by SSRZ input stream
-meta_co - enable coalescing of metadata files
-mina[=]x.x - min SSR age (seconds before start of epoch validity) [-5.0]
-minsv[=]n - minimum number of SVs per GNSS [2]
+move=spd   - simulate moving rover with speed spd [km/h]
-n[=]name - (set GN_IP rcvr_id to name (default: shrd DGP name or TCP/IP output server port or process PID)
-N[n]=name[,user:pwd]  - select SSRZ NTRIP source name with User:Password
-NE[n]=name[,user:pwd - select Ephemeris NTRIP source name with User:Password
-nognip - don't start GN_IP thread (implies '-C' argument)
-o[=]address - RTCM output address or '-', which means do output to GGA channel
-of[=]nnnn - overrun flush' when input has more than nnnn bytes pendings [8000]
-ont - enable fake NTRIP server on RTCM output server
-oss[=]port - RTCM output simplex server port number
-pid[=]nnn - use SSR Provider ID nnn [default -1 == any]
-prof - enable runtime profiling
-ptides[=]n  - include permanent tides' influence in output [0|1], default is 0
-quiet - be more quiet on stderr
-rdist[=]n  - distance of virtual reference from user position [100m]
-re[=]x - output epoch offset to last GGA [1.0]
-refdatum=NAME - datum for DGP/RTCM output
-rfix[=]B,L,h - fixed virtual reference position [deg,deg,m] with B = latitude x.xxxx,  L = longitude x.xxxx, h = ellips. height
-ri[=]x.x - output interval [1.0]
-ro[=]x.x - output offset to last GGA [0.8]
-rtcm - enable RTCM output
-rtcmid[=]n - set RtcmReferenceStationId to n for RTCM output [0=auto]
-rtcmmsm - enable RTCM MSM output (with SSRZ input only)
-rtcmres - enable RTCM Network Residuals messages (experimental)
-rupd[=]x.x - update virtual reference position at least every x.x s or not at all [-1.0s]
+sdbpurge[=][x[,i[,j]]] - delete content older than x seconds from SDB database
-sid[=]nnn - use SSR Solution ID nnn [default -1 == any]
-sm - enable shared memory Ephemeris
-sn[=]name - set shared SSR name [gppssrdb.sdb]
-ssrdatum=NAME - assume SSR is in datum NAME
-ssr_in=FNAME  - start SSR_IN thread(s) with options given in FNAME options file
-ssr_in:: - start SSR_IN thread(s), treat all following cmdline args as ssr_in args
+syst - assume system time beeing correct to a few minutes (then NMEA ZDA not required)
-TI,MB=n   - set Tropo Interpolation min number of stations [0]
-TI,MD=x.x - set Tropo Interpolation max station distance [km] [500.000000]
-TI,ND
=x.x - set Tropo Interpolation max nearest station distance [km] [100.000000]
-TI,O=n    - set Tropo Interpolation Order to n (0<=n<=2) [1]
-TI,WS=x.x - set Tropo Interpolation Weight Scale to x.x [1.0]
-TI,WP
=n   - set Tropo Interpolation Weight Power to n (n>=1) [3]
-TI,MS
=n   - set Tropo Interpolation min number of fixed SVs per station [4]
-tropo[=]n - which troposphere model to use [2|3|4|5|25|35|45|55], default is 45
-unfix_sv - add DGP flag PHCL without integer or widelane ambiguity fix flag also
-VRS=dist  - moving VRS instead of PRS, with min. update distance dist [m], -1.0=off
-xstropo - disable use of SSR troposphere
-z[n]=address  - activate SSRZ mode and connect to SSRZ server address [tcp_addr:port]
-zid=name  - gives the SSRZ input a name (used also for storage of metadata and crypto keys)


Geo++® GmbH $Revision: #37 $, $Date: 2024/02/15 $.