| Short Arg. | Long Arg. | Description |
-IF | Input RINEX observation file. | |
-OF | Name of output RINEX observation file. |
| Configuration | ||
|---|---|---|
| Short Arg. | Long Arg. | Description |
-f<file> | File containing more options. | |
-nav<file> | RINEX navigation or SP3 file(s). | |
| Reference Position | ||
-RxLLH <l,l,h> | Receiver position (static) in geodetic lat, lon, alt (deg,deg,m). | |
-RxXYZ <x,y,z> | Receiver position (static) in ECEF coordinates (m). | |
-Rxhere | Reference site positions (time) from this file (i.e. -IF<RINEXFile>). | |
-RXRinex <fn> | Reference site positions(time) from another RINEX file named <fn>. | |
-RxFlat <fn> | Reference site positions and times given in a flat file named <fn>. | |
-Rxhelp | Enter Rxhelp for a description of the -RxFlat file format. | |
-RAIM | Reference site positions computed via RAIM (requires P1,P2,EP). | |
| The following two arguments apply if -RAIM is found. | ||
--noRAIMedit | Do not edit data based on RAIM solution. | |
--RAIMhead | Output average RAIM solution to RINEX header (if -HDf also appears). | |
--noRefout | Do not output reference solution to RINEX. | |
--MinElev | Minimum satellite elevation in degrees for output. | |
| Residual/Correction Computation | ||
--debias <OT,l> | Debias new output type <OT>: trigger a bias reset with limit <l>. | |
--Callow | Allow C1 to replace P1 when P1 is not available. | |
--Cforce | Force C/A code pseudorange C1 to replace P1. | |
--IonoHt <ht> | Height of ionosphere in km (default 400). This is neded for LA, LO, VR, VP. | |
--Tgd | Apply the Tgd from BC ephemeris to SR, SP, VR, and VP. | |
--SVonly <prn> | Process this satellite only. | |
| Output Files | ||
--Log<file> | Output log file name (rc.log). | |
| Help | ||
--verbose | Print extended output. | |
--debug | Print debugging information. | |
-h | --help | Print syntax and quit. |
| OT Description | Units | Required Input | ||||
|---|---|---|---|---|---|---|
| ER Ephemeris Range | meters | EP | PS | |||
| RI Iono Delay, Range | meters | P1 | ||||
| PI Iono Delay, Phase | meters | L1 | L2 | |||
| TR Tropospheric Delay | meters | EP | PS | |||
| RL Relativity Correction | meters | EP | ||||
| SC SV Clock Bias | meters | EP | ||||
| EL Elevation Angle | degrees | EP | PS | |||
| AZ Azimuth Angle | degrees | EP | PS | |||
| SR Slant TEC (PR) | TECU | P1 | ||||
| SP Slant TEC (Ph) | TECU | L1 | L2 | EP | PS | |
| VR Vertical TEC (PR) | TECU | P1 | EP | PS | ||
| VP Vertical TEC(Ph) | TECU | L1 | L2 | EP | PS | |
| LA Lat Iono Intercept | degrees | EP | PS | |||
| LO Lon Iono Intercept | degrees | EP | PS | |||
| P3 TFC(IF) Pseudorange | meters | P1 | ||||
| L3 TFC(IF) Phase | meters | L1 | L2 | P1 | ||
| P4 Geofree Pseudorange | meters | P1 | ||||
| L4 Geofree Phase | meters | L1 | L2 | |||
| P5 WideLane? Pseudorange | meters | P1 | ||||
| L5 WideLane? Phase | meters | L1 | L2 | |||
| MP Multipath (=M3) | meters | L1 | L2 | |||
| M1 L1 Range minus Phase | meters | L1 | P1 | |||
| M2 L2 Range minus Phase | meters | L2 | ||||
| M3 IF Range minus Phase | meters | L1 | L2 | P1 | ||
| M4 GF Range minus Phase | meters | L1 | L2 | P1 | ||
| XR Non-dispersive Range | meters | L1 | L2 | P1 | ||
| X1 Ionospheric Delay | L1 | L2 | P1 | |||
| X1 Range Error L1 | meters | L1 | L2 | P1 | ||
| X2 Range Error L2 | meters | L1 | L2 | P1 | ||
| SX Satellite ECEF-X | meters | EP | ||||
| SY Satellite ECEF-Y | meters | EP | ||||
| SZ Satellite ECEF-Z | meters | EP | ||||