this is for holding javascript data
Nick Konidaris edited wave.tex
about 9 years ago
Commit id: d09a00c39fe9d025717d636fa288c49bdc49feab
deletions | additions
diff --git a/wave.tex b/wave.tex
index 0fe963a..a4f1ebd 100644
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\subsubsection{Input}
\begin{itemize}
\item
\verb{\$arcname.fits} \verb|$arcname.fits| -- Arclamp image where a \$arcname is something like Hg, Cd, Zn, Xe, etc...
\item
\verb{cat_Hg.fits.txt} \verb|cat_Hg.fits.txt| -- Is the result of SexTractor on finding the locations of the Mercury lines.
\item
\verb{dome.fits_segments.npy} \verb|dome.fits_segments.npy| -- Trace locations from trace finding module.
\end{itemize}
\subsubsection{Output}
dome.fits\_segments.npy \verb|dome.fits_segments.npy| contains a list (length the number of segments) of dictionaries. Each dictionary contains information about the location of each segment.
\begin{itemize}
\item
ok \verb|ok| (boolean) -- The segment has more than 50 illuminated pixels
\item
mean\_ys \verb|mean_ys| ([float]) -- The mean Y location of each pixel in the trace. It's length is usually between 200 to 270 pixels long.
\item
xs \verb|xs| ([float]) -- The X location of each pixel. It's length is the same as means. The ridgeline of the trace is constructed from the points in (xs, means).
\item
trace\_sigma \verb|trace_sigma| (float) -- The 1 $\sigma$ width of the trace. An in focus image should have a FWHM of about 2.5 pixels and thus sigma should be about 1.06.
\item
coeffs_y \verb|coeffs_y| ([float]) -- A list of polynomial coefficients of order len(poly)-1 that is the best fit line to (xs, means). The bulk of this step's work is to derive poly.
\end{itemize}