1%\documentclass{article} 2%\usepackage{fancyvrb} 3%\usepackage{perltex} 4%\usepackage{xcolor} 5%\usepackage{listings} 6%\usepackage{longtable} 7%\usepackage{multirow} 8%\input{src/cmd} 9%\begin{document} 10 11\index{RinDump!application writeup} 12\section{\emph{RinDump}} 13\subsection{Overview} 14The application reads a RINEX file and dumps the obervation types in columns. Output is to the screen, with one time tag and one satellite per line. 15 16\subsection{Usage} 17\subsubsection{\emph{RinDump}} 18\begin{\outputsize} 19\begin{longtable}{lll} 20%\multicolumn{3}{c}{\application{RinDump}}\\ 21\multicolumn{3}{l}{\textbf{Optional Arguments}}\\ 22\entry{Short Arg.}{Long Arg.}{Description}{1} 23\entry{}{--pos}{Output only positions from aux headers; sat and obs are ignored.}{2} 24\entry{-n}{--num}{Make output purely numeric (no header, no system char on sats).}{2} 25\entry{}{--format $<$file$>$}{Output times in CommonTime format (Default: \%4F \%10.3g).}{2} 26\entry{}{--file $<$file$>$}{RINEX observation file; this option may be repeated.}{2} 27\entry{}{--obs $<$obs$>$}{RINEX observation type, found in file header.}{1} 28\entry{}{--sat $<$sat$>$}{RINEX satellite ID (e.g. G31 for GPS PRN 31).}{1} 29\entry{-h}{--help}{Print this and quit.}{1} 30\end{longtable} 31 32\begin{verbatim} 33RinDump usage: RinDump [-n] <rinex obs file> [<satellite(s)> <obstype(s)>] 34 35The optional argument -n tells RinDump its output should be purely numeric. 36\end{verbatim} 37\end{\outputsize} 38 39\subsection{Examples} 40\begin{\outputsize} 41\begin{lstlisting} 42> RinDump algo1580.06o 3 4 5 43 44# Rinexdump file: algo1580.06o Satellites: G03 G04 G05 Observations: ALL 45# Week GPS_sow Sat L1 L S L2 L S C1 L S 461378 259200.000 G03 -3843024.647 0 3 -2994560.443 0 1 23796436.087 0 0 471378 259230.000 G03 -3954052.735 0 3 -3081075.654 0 2 23775308.750 0 0 481378 259260.000 G03 -4064994.465 0 2 -3167523.561 0 3 23754197.617 0 0 49 50 . . . 51 52 P2 L S P1 L S S1 L S S2 L S 5323796439.457 0 0 23796436.350 0 0 21.100 0 0 11.000 0 0 5423775311.168 0 0 23775308.182 0 0 22.100 0 0 17.800 0 0 5523754199.648 0 0 23754196.550 0 0 17.000 0 0 18.600 0 0 56 57 . . . 58\end{lstlisting} 59\end{\outputsize} 60 61\subsection{Notes} 62MATLAB and Octave can read the purely numeric output. 63 64%\end{document} 65