CalDB_data_items.tex

\subsection{Static and external calibration database data items}\label{ssec:caldb_items_structures}
Static calibrations are data which are updated very rarely only and stay unchanged the most of the time or arise from external sources. The first data are created by specific calibration recipes invoked only once in a while (e.g. the detector linearity and gain determination section~\ref{sssec:metis_det_lingain}). External data either created individually for each frame by \ac{ESO} as in case of the \EXTCALIB{PERSISTENCE_MAP}, or taken from external databases (e.g. \ac{HITRAN} in case of the \EXTCALIB{ATM_LINE_CAT}).

\subsubsection{General calibration database item structures}\label{sssec:generalcaldbdatastructs}
This section describes items of the static calibration database, which are used in all/more than one, the \ac{IMG} and the \ac{LSS} pipelines. This concerns mainly the detector calibration files.

\paragraph{\STATCALIB{GAIN_MAP_det}}\label{dataitem:gain_map_det}\label{dataitem:gainmap}
\label{dataitem:gain_map_2rg}\label{dataitem:gain_map_geo}\label{dataitem:gain_map_ifu}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{GAIN_MAP_det}\\[0.3cm]
Description: & Gain map\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{GAIN_MAP_det}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{GAIN_MAP_det}\\[0.3cm]
Created by recipe: & \REC{metis_det_lingain} \\
Input for:    & \REC{metis_det_dark} \\
              & \REC{metis_ifu_wavecal} \\
              & \REC{metis_ifu_rsrf} \\
              & \REC{metis_ifu_reduce} \\
              & \REC{metis_ifu_distortion} \\
              & \REC{metis_lm_img_flat} \\
              & \REC{metis_lm_img_basic_reduce} \\
              & \REC{metis_lm_img_distortion} \\
              & \REC{metis_n_img_flat} \\
              & \REC{metis_n_img_chopnod} \\
              & \REC{metis_n_img_distortion} \\
              & \REC{metis_LM_lss_rsrf} \\
              & \REC{metis_LM_lss_trace} \\
              & \REC{metis_LM_lss_wave} \\
              & \REC{metis_LM_lss_std} \\
              & \REC{metis_LM_lss_sci} \\
              & \REC{metis_N_lss_rsrf} \\
              & \REC{metis_N_lss_trace} \\
              & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
              & \REC{metis_pupil_imaging} \\
              & \REC{metis_img_chophome} \\
              & \REC{metis_lm_adc_slitloss} \\
              & \REC{metis_n_adc_slitloss} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & Correcting for differences in gain.\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG},  \FITS{PRO.TECH},  \FITS{DET.ID})}
    \item \texttt{hdrl\_image * images[]: Images image}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}


\paragraph{\PROD{BADPIX_MAP_det}}\label{dataitem:badpix_map_det}\label{dataitem:badpixmap}

\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \PROD{BADPIX_MAP_det}\\[0.3cm]
Description: & Bad pixel map. Also contains detector masks. \\[0.3cm]
\FITS{PRO.CATG}: & \CODE{BADPIX_MAP_det}\\
OCA keywords: & \FITS{PRO.CATG} \\
\FITS{DO.CATG}: & \CODE{BADPIX_MAP_det}\\[0.3cm]
Created by recipe: & \REC{metis_det_lingain} \\
                  & \REC{metis_ifu_rsrf} \\
                  & \REC{metis_det_dark} \\
                  & \REC{metis_lm_img_flat} \\
                  & \REC{metis_n_img_flat} \\
Input for:    & \REC{metis_det_lingain} \\
              & \REC{metis_det_dark} \\
              & \REC{metis_ifu_wavecal} \\
              & \REC{metis_ifu_rsrf} \\
              & \REC{metis_ifu_reduce} \\
              & \REC{metis_ifu_distortion} \\
              & \REC{metis_lm_img_flat} \\
              & \REC{metis_lm_img_basic_reduce} \\
              & \REC{metis_lm_img_distortion} \\
              & \REC{metis_n_img_flat} \\
              & \REC{metis_n_img_chopnod} \\
              & \REC{metis_n_img_distortion} \\
              & \REC{metis_LM_lss_rsrf} \\
              & \REC{metis_LM_lss_trace} \\
              & \REC{metis_LM_lss_wave} \\
              & \REC{metis_LM_lss_std} \\
              & \REC{metis_LM_lss_sci} \\
              & \REC{metis_N_lss_rsrf} \\
              & \REC{metis_N_lss_trace} \\
              & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
              & \REC{metis_lm_adc_slitloss} \\
              & \REC{metis_n_adc_slitloss} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
 \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG}}
    \item \texttt{cpl\_image * images[]: one image per detector with only the data quality layer in use}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

\paragraph{\PROD{BADPIX_MAP_2RG}}\label{dataitem:badpix_map_2rg}
See \PROD{BADPIX_MAP_det}.

\paragraph{\PROD{BADPIX_MAP_GEO}}\label{dataitem:badpix_map_geo}
See \PROD{BADPIX_MAP_det}.

\paragraph{\PROD{BADPIX_MAP_IFU}}\label{dataitem:badpix_map_ifu}
See \PROD{BADPIX_MAP_det}.

\paragraph{\PROD{LINEARITY_det}}\label{dataitem:linearity_det}\label{dataitem:linearity}\label{dataitem:linearity_lm}\label{dataitem:linearity_ifu}\label{dataitem:linearity_n}\label{dataitem:linearity_2rg}\label{dataitem:linearity_geo}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \PROD{LINEARITY_det}\\[0.3cm]
Description: & Coefficients for the pixel non-linearity correction\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LINEARITY_det}\\
OCA keywords: & \FITS{PRO.CATG} \\
\FITS{DO.CATG}: & \CODE{LINEARITY_det}\\[0.3cm]
Created by recipe: & \REC{metis_det_lingain} \\
Input for:    & \REC{metis_det_dark} \\
              & \REC{metis_ifu_wavecal} \\
              & \REC{metis_ifu_rsrf} \\
              & \REC{metis_ifu_reduce} \\
              & \REC{metis_ifu_distortion} \\
              & \REC{metis_lm_img_flat} \\
              & \REC{metis_lm_img_basic_reduce} \\
              & \REC{metis_lm_img_distortion} \\
              & \REC{metis_n_img_flat} \\
              & \REC{metis_n_img_chopnod} \\
              & \REC{metis_n_img_distortion} \\
              & \REC{metis_LM_lss_rsrf} \\
              & \REC{metis_LM_lss_trace} \\
              & \REC{metis_LM_lss_wave} \\
              & \REC{metis_LM_lss_std} \\
              & \REC{metis_LM_lss_sci} \\
              & \REC{metis_N_lss_rsrf} \\
              & \REC{metis_N_lss_trace} \\
              & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
              & \REC{metis_img_chophome} \\
              & \REC{metis_lm_adc_slitloss} \\
              & \REC{metis_n_adc_slitloss} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{LM_RSRF_RAW}}\label{drsstructure:LM_RSRF_RAW}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG}}
    \item \texttt{hdrl\_image * images[]: list of images with coefficients for the non-linearity correction}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

\paragraph{\PROD{MASTER_DARK_det}}\label{dataitem:master_dark_det}
\label{dataitem:masterdark}
Depending on context, a \PROD{MASTER_DARK_det} can refer to either a
\begin{enumerate}
\item \PROD{MASTER_DARK_GEO}
\item \PROD{MASTER_DARK_2RG}
\item \PROD{MASTER_DARK_IFU}
\end{enumerate}


\paragraph{\PROD{MASTER_DARK_2RG}}\label{dataitem:master_dark_2rg}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \PROD{MASTER_DARK_2RG}\\[0.3cm]
Description: & Master dark frame for LM detector data \\[0.3cm]
\FITS{PRO.CATG}: & \CODE{MASTER_DARK_2RG} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}, \FITS{DRS.FILTER}\\
\FITS{DO.CATG}: & \CODE{MASTER_DARK_2RG}\\[0.3cm]
%Template: & \TPL{METIS_gen_cal_dark},  \TPL{METIS_gen_cal_Insdark}\\
Created by: & \REC{metis_det_dark} \\
Input for:    & \REC{metis_lm_img_flat} \\
              & \REC{metis_lm_img_basic_reduce} \\
              & \REC{metis_LM_lss_rsrf} \\
              & \REC{metis_LM_lss_trace} \\
              & \REC{metis_LM_lss_wave} \\
              & \REC{metis_LM_lss_std} \\
              & \REC{metis_LM_lss_sci} \\
              & \REC{metis_img_chophome} \\
              & \REC{metis_lm_adc_slitloss} \\
& \REC{metis_lm_img_basic_reduce}\\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME}, \FITS{DRS.FILTER})}
    \item \texttt{hdrl\_image * image: Single image}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}




\paragraph{\PROD{MASTER_DARK_GEO}}\label{dataitem:master_dark_geo}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \PROD{MASTER_DARK_GEO}\\[0.3cm]
Description: & Master dark frame for N detector data \\[0.3cm]
\FITS{PRO.CATG}: & \CODE{MASTER_DARK_GEO} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}, \FITS{DRS.FILTER}\\
\FITS{DO.CATG}: & \CODE{MASTER_DARK_GEO}\\[0.3cm]
%Template: & \TPL{METIS_gen_cal_dark},  \TPL{METIS_gen_cal_Insdark}\\
Created by: & \REC{metis_det_dark} \\
Input for:    & \REC{metis_N_lss_rsrf} \\
              & \REC{metis_N_lss_trace} \\
              & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
              & \REC{metis_n_adc_slitloss} \\
              & \REC{metis_n_img_flat} \\
              & \REC{metis_n_img_chopnod} \\
% The n-band does not have a basic_reduce recipe (according to the association map)
% & \CODE{metis_n_img_basic_reduce}\\
% The equivalent would be metis_n_img_chopnod, but that incorrectly does not have a MASTER_DARK as input
% TODO: Add MASTER_DARK_GEO to metis_n_img_chopnod
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME}, \FITS{DRS.FILTER})}
    \item \texttt{hdrl\_image * image: Single image}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}



\subsubsection{IFU calibration database item structures}\label{sssec:lmscaldbdatastructs}


\paragraph{\PROD{RSRF_IFU}}\label{dataitem:rsrf_ifu}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \PROD{RSRF_IFU}\\[0.3cm]
Description: & 2D relative spectral response function \\[0.3cm]
\FITS{PRO.CATG}: & \CODE{RSRF_IFU}\\
OCA keywords: & \FITS{PRO.CATG}, \FITS{DRS.IFU}\\
\FITS{DO.CATG}: & \CODE{RSRF_IFU}\\[0.3cm]
Created by: & \REC{metis_ifu_rsrf}\\
Input for:    & \REC{metis_ifu_reduce} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
% Purpose: & \\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG}, \FITS{DRS.IFU})}
    \item \texttt{hdrl\_image * images[]: Four images with spectral response of each pixel}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}


\subsubsection{IMG calibration database item structures}\label{sssec:imgcaldbdatastructs}



\paragraph{\PROD{det_DISTORTION_TABLE}}\label{dataitem:det_distortion_table}
Depending on context, a \PROD{det_DISTORTION_TABLE} can refer to either a
\begin{enumerate}
\item \PROD{N_DISTORTION_TABLE}
\item \PROD{LM_DISTORTION_TABLE}
\item \PROD{IFU_DISTORTION_TABLE}
\end{enumerate}


\paragraph{\PROD{LM_DISTORTION_TABLE}}\label{dataitem:lm_distortion_table}
\begin{recipedef}
\textbf{\ac{FITS} TABLE file structure:}\\
Name: & \PROD{LM_DISTORTION_TABLE}\\[0.3cm]
Description: & Table of distortion information\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LM_DISTORTION_TABLE} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}, \FITS{DRS.FILTER}\\
\FITS{DO.CATG}: & \CODE{LM_DISTORTION_TABLE}\\[0.3cm]
Created by: & \REC{metis_lm_img_distortion} \\
Input for:    & \REC{metis_lm_img_calibrate} \\
              & \REC{metis_img_adi_cgrph} \\
              & \REC{metis_lm_adi_app} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{LM_DISTORTION_TABLE}}\label{drsstructure:LM_DISTORTION_TABLE}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME}, \FITS{DRS.FILTER})}
    \item \texttt{cpl\_table * table}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}


\paragraph{\PROD{N_DISTORTION_TABLE}}\label{dataitem:n_distortion_table}
\begin{recipedef}
\textbf{\ac{FITS} TABLE file structure:}\\
Name: & \PROD{N_DISTORTION_TABLE}\\[0.3cm]
Description: & Table of distortion information\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{N_DISTORTION_TABLE} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}, \FITS{DRS.FILTER}\\
\FITS{DO.CATG}: & \CODE{N_DISTORTION_TABLE}\\[0.3cm]
Created by: & \REC{metis_n_img_distortion} \\
Input for:    & \REC{metis_n_img_calibrate} \\
              & \REC{metis_img_adi_cgrph} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
%Data item structure: & see \ref{drsstructure:nrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{N_DISTORTION_TABLE}}\label{drsstructure:N_DISTORTION_TABLE}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME}, \FITS{DRS.FILTER})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}


\paragraph{\PROD{det_DISTORTION_MAP}}\label{dataitem:det_distortion_map}
Depending on context, a \PROD{det_DISTORTION_MAP} can refer to either a
\begin{enumerate}
\item \PROD{N_DISTORTION_MAP}
\item \PROD{LM_DISTORTION_MAP}
% \item \PROD{ifu_distortion_map}
\end{enumerate}


\paragraph{\PROD{LM_DISTORTION_MAP}}\label{dataitem:lm_distortion_map}
\begin{recipedef}
\textbf{\ac{FITS} IMAGE file structure:}\\
Name: & \PROD{LM_DISTORTION_MAP}\\[0.3cm]
Description: & Map of pixel scale across the detector\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LM_DISTORTION_MAP} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}, \FITS{DRS.FILTER}\\
\FITS{DO.CATG}: & \CODE{LM_DISTORTION_MAP}\\[0.3cm]
%Template: & \TPL{METIS_img_lm_cal_distortion}\\
Created by: & \REC{metis_lm_img_distortion} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
%Data item structure: & see \ref{drsstructure:nrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{LM_DISTORTION_MAP}}\label{drsstructure:LM_DISTORTION_MAP}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME}, \FITS{DRS.FILTER})}
    \item \texttt{cpl\_image * map}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}



\paragraph{\PROD{N_DISTORTION_MAP}}\label{dataitem:n_distortion_map}
\begin{recipedef}
\textbf{\ac{FITS} IMAGE file structure:}\\
Name: & \PROD{N_DISTORTION_MAP}\\[0.3cm]
Description: & Map of pixel scale across the detector\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{N_DISTORTION_MAP} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}, \FITS{DRS.FILTER}\\
\FITS{DO.CATG}: & \CODE{N_DISTORTION_MAP}\\[0.3cm]
%Template: & \TPL{METIS_img_n_cal_distortion}\\
Created by: & \REC{metis_n_img_distortion}\\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
%Data item structure: & see \ref{drsstructure:nrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{N_DISTORTION_MAP}}\label{drsstructure:N_DISTORTION_MAP}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME}, \FITS{DRS.FILTER})}
    \item \texttt{cpl\_image * map}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}


%  TODO: Perhaps bring this back if we want to use data quality layers and propagate those
% \paragraph{\EXTCALIB{LM_DETECTOR_MASK}}\label{dataitem:lm_detector_mask}
% \begin{recipedef}
% \textbf{\ac{FITS} file structure:}\\
% Name: & \EXTCALIB{LM_DETECTOR_MASK}\\[0.3cm]
% Description: & Masked region for LM detector \\[0.3cm]
% \FITS{DPR.CATG}: & \CODE{LM_DETECTOR_MASK}\\
% OCA keywords: & \FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME}\\
% \FITS{DO.CATG}: & \CODE{LM_DETECTOR_MASK}\\[0.3cm]
% Input for recipes: & \REC{metis_lm_img_basic_reduce}\\
% Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
% \end{recipedef}
% \begin{datastructdef}
% \textbf{Corresponding \ac{CPL} structure:}
% \begin{enumerate}
%     \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME})}
%     \item \texttt{hdrl\_image * image: Single image}
%     \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
% \end{enumerate}
% \end{datastructdef}




\paragraph{\EXTCALIB{FLUXSTD_CATALOG}}\label{dataitem:fluxstd_catalog}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{FLUXSTD_CATALOG}\\[0.3cm]
Description: & Catalog of standard stars \\[0.3cm]
\FITS{PRO.CATG}: & \CODE{FLUXSTD_CATALOG}\\
OCA keywords: & None \\
\FITS{DO.CATG}: & \CODE{FLUXSTD_CATALOG}\\[0.3cm]
Input for:    & \REC{metis_lm_img_std_process} \\
              & \REC{metis_n_img_std_process} \\
              & \REC{metis_ifu_telluric} \\
\end{recipedef}
% \begin{datastructdef}
% \textbf{Corresponding \ac{CPL} structure:}
% \begin{enumerate}
%     \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{DPR.CATG},  \FITS{DPR.TECH},  \FITS{DPR.TYPE},  \FITS{INS.OPTI3.NAME},  \FITS{INS.OPTI9.NAME},  \FITS{INS.OPTI10.NAME})}
%     \item \texttt{hdrl\_image * image: Single image}
%     \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
% \end{enumerate}
% \end{datastructdef}


\paragraph{\EXTCALIB{PINHOLE_TABLE}}\label{dataitem:pinhole_table}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{PINHOLE_TABLE}\\[0.3cm]
Description: & Table of pinhole locations. \\[0.3cm]
\FITS{PRO.CATG}: & \CODE{PINHOLE_TABLE} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{PINHOLE_TABLE}\\[0.3cm]
% TODO: Source
Input for:    & \REC{metis_ifu_distortion} \\
              & \REC{metis_lm_img_distortion} \\
              & \REC{metis_n_img_distortion} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{hdrl\_table * image: table with pinhole locations}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}



\paragraph{\PROD{FLUXCAL_TAB}}\label{dataitem:fluxcal_tab}
% TODO: FLUXCAL_TAB is wrong, it should be an image, see https://github.com/AstarVienna/METIS_DRLD/issues/87
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \PROD{FLUXCAL_TAB}\\[0.3cm]
Description: & Conversion between instrumental and physical flux units. \\[0.3cm]
\FITS{PRO.CATG}: & \CODE{FLUXCAL_TAB} \\[0.3cm]
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{FLUXCAL_TAB}\\[0.3cm]
Input for:    & \REC{metis_ifu_calibrate} \\
              & \REC{metis_lm_img_calibrate} \\
              & \REC{metis_n_img_calibrate} \\
Created by:   & \REC{metis_ifu_telluric} \\
              & \REC{metis_lm_img_std_process} \\
              & \REC{metis_n_img_std_process} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{hdrl\_table * table: table}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}



%\clearpage
\subsubsection{LSS calibration database item structures}\label{sssec:lsscaldbdatastructs}
\textbf{External calibration data}
% ##################################################################################### 
\paragraph{\EXTCALIB{PERSISTENCE_MAP}}\label{dataitem:persistence_map}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{PERSISTENCE_MAP}\\[0.3cm]
Description: & Persistence map\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{PERSISTENCE_MAP}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{PERSISTENCE_MAP}\\[0.3cm]
Source: & created by \ac{ESO} with recipe \REC{metis_det_persistence}\\
Input for:    & \REC{metis_det_dark} \\
              & \REC{metis_ifu_wavecal} \\
              & \REC{metis_ifu_rsrf} \\
              & \REC{metis_ifu_reduce} \\
              & \REC{metis_ifu_distortion} \\
              & \REC{metis_lm_img_flat} \\
              & \REC{metis_lm_img_basic_reduce} \\
              & \REC{metis_lm_img_distortion} \\
              & \REC{metis_n_img_flat} \\
              & \REC{metis_n_img_chopnod} \\
              & \REC{metis_n_img_distortion} \\
              & \REC{metis_LM_lss_rsrf} \\
              & \REC{metis_LM_lss_trace} \\
              & \REC{metis_LM_lss_wave} \\
              & \REC{metis_LM_lss_std} \\
              & \REC{metis_LM_lss_sci} \\
              & \REC{metis_N_lss_rsrf} \\
              & \REC{metis_N_lss_trace} \\
              & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
              & \REC{metis_img_chophome} \\
              & \REC{metis_lm_adc_slitloss} \\
              & \REC{metis_n_adc_slitloss} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & removal of persistence patterns\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG},  \FITS{PRO.TECH},  \FITS{DET.ID}) }
    \item \texttt{hdrl\_image * image: Single image}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}


\paragraph{\EXTCALIB{ATM_LINE_CAT}}\label{dataitem:atm_line_cat}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{ATM_LINE_CAT}\\[0.3cm]
Description: & Line list of atmospheric emission and absorption lines\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{ATM_LINE_CAT}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{ATM_LINE_CAT}\\[0.3cm]
Source: & \ac{HITRAN} database (\url{https://hitran.org/})\\
Input for:    & \REC{metis_LM_lss_std} \\
              & \REC{metis_LM_lss_sci} \\
              & \REC{metis_LM_lss_mf_model} \\
              & \REC{metis_LM_lss_mf_calctrans} \\
              & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
              & \REC{metis_N_lss_mf_model} \\
              & \REC{metis_N_lss_mf_calctrans} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & wavelength calibration\\
        & sky emission removal\\
        & telluric correction\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{LM_RSRF_RAW}}\label{drsstructure:LM_RSRF_RAW}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\EXTCALIB{AO_PSF_MODEL}}\label{dataitem:ao_psf_model}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{AO_PSF_MODEL}\\[0.3cm]
Description: & Model of the \ac{AO} induced \ac{PSF}\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{AO_PSF_MODEL}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{AO_PSF_MODEL}\\[0.3cm]
Source: & \ac{PSF} modelling \\
Input for:    & \REC{metis_LM_lss_std} \\
              & \REC{metis_N_lss_std} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & flux calibration\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{LM_RSRF_RAW}}\label{drsstructure:LM_RSRF_RAW}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{hdrl\_imagelist * image: Three image layers (data, error, mask)}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\EXTCALIB{ATM_PROFILE}}\label{dataitem:atm_profile}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{ATM_PROFILE}\\[0.3cm]
Description: & atmospheric profile containing height information on temperature, pressure and molecular abundances\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{ATM_PROFILE}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{ATM_PROFILE}\\[0.3cm]
Source: & Taken from \url{https://eodg.atm.ox.ac.uk/RFM/atm/}\\
Input for:    & \REC{metis_ifu_telluric} \\
              & \REC{metis_LM_lss_mf_model} \\
              & \REC{metis_LM_lss_mf_calctrans} \\
              & \REC{metis_N_lss_mf_model} \\
              & \REC{metis_N_lss_mf_calctrans} \\
Comment: & Currently the \texttt{equ.atm} is standard. Refinement with data from L-HATPRO radiometer desired.\\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & telluric correction\\
%Data item structure: & see \ref{drsstructure:lmrsrfraw}\\
\end{recipedef}
%\paragraph{\PROD{LM_RSRF_RAW}}\label{drsstructure:LM_RSRF_RAW}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\textbf{Static calibration data}
\paragraph{\EXTCALIB{LASER_TAB}}\label{dataitem:laser_tab}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{LASER_TAB}\\[0.3cm]
Description: & Line list of the \ac{WCU} laser sources\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LASER_TAB}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{LASER_TAB}\\[0.3cm]
Source: & Lab measurements during \ac{AIT} phase\\
Input for:    & \REC{metis_LM_lss_wave} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & wavelength calibration\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
%\paragraph{\STATCALIB{TSS_MODEL_CAT}}\label{dataitem:tss_model_cat}
%TBWritten
% ##################################################################################### 
%\paragraph{\STATCALIB{TSS_CONT_TAB}}\label{dataitem:tss_cont_tab}
%TBWritten


% ##################################################################################### 
\paragraph{\STATCALIB{REF_STD_CAT}}\label{dataitem:ref_std_cat}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{REF_STD_CAT}\\[0.3cm]
Description: & Catalogue of flux standard stars (reference spectra)\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{REF_STD_CAT}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{REF_STD_CAT}\\[0.3cm]
Source: & most probably same as \ac{CRIRES} and \ac{VISIR}; see also~\cite{METIS-calibration_plan} \\
Input for:    & \REC{metis_LM_lss_std} \\
              & \REC{metis_N_lss_std} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & flux calibration\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\STATCALIB{LM_ADC_SLITLOSS}}\label{dataitem:lm_adc_slitloss}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{LM_ADC_SLITLOSS}\\[0.3cm]
Description: & Table of the LM-band slitlosses as function of the object position across the slit\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LM_ADC_SLITLOSS}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{LM_ADC_SLITLOSS}\\[0.3cm]
Source: & recipe \REC{metis_lm_adc_slitloss} (see Section~\ref{sssec:adc_slitlosses} and~\cite{METIS-calibration_plan}) \\
Input for:    & \REC{metis_LM_lss_std} \\
              & \REC{metis_LM_lss_sci} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & flux calibration\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\STATCALIB{N_ADC_SLITLOSS}}\label{dataitem:n_adc_slitloss}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{N_ADC_SLITLOSS}\\[0.3cm]
Description: & Table of the N-band slitlosses as function of the object position across the slit\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{N_ADC_SLITLOSS}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{N_ADC_SLITLOSS}\\[0.3cm]
Source: & recipe \REC{metis_n_adc_slitloss} (see Section~\ref{sssec:adc_slitlosses} and~\cite{METIS-calibration_plan}) \\
Input for:    & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & flux calibration\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\STATCALIB{LSF_KERNEL}}\label{dataitem:lsf_kernel}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{LSF_KERNEL}\\[0.3cm]
Description: & Wavelength dependent model of the \ac{LSF}\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LSF_KERNEL}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{LSF_KERNEL}\\[0.3cm]
Source: & Determined during \ac{AIT} phase and commissioning\\
Input for:    & \REC{metis_ifu_telluric} \\
              & \REC{metis_LM_lss_mf_model} \\
              & \REC{metis_LM_lss_mf_calctrans} \\
              & \REC{metis_N_lss_mf_model} \\
              & \REC{metis_N_lss_mf_calctrans} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & telluric correction\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\STATCALIB{N_LSS_DIST_SOL}}\label{dataitem:n_lss_dist_sol}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{N_LSS_DIST_SOL}\\[0.3cm]
Description: & N-band geometrical distortion solution\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{N_LSS_DIST_SOL}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{N_LSS_DIST_SOL}\\[0.3cm]
Source: & Determined during \ac{AIT} phase with N-band laser sources\\
Input for:    & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & wavelength calibration / rectification\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\STATCALIB{N_LSS_WAVE_GUESS}}\label{dataitem:n_lss_wave_guess}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{N_LSS_WAVE_GUESS}\\[0.3cm]
Description: & First guess of the N-band wavelength solution\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{N_LSS_WAVE_GUESS}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{N_LSS_WAVE_GUESS}\\[0.3cm]
Source: & During \ac{AIT} phase N-band laser sources will be available to create the first guess of the wavelength solution\\
Input for:    & \REC{metis_N_lss_std} \\
              & \REC{metis_N_lss_sci} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & wavelength calibration\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{cpl\_table * table: Tables}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\STATCALIB{LM_SYNTH_TRANS}}\label{dataitem:lm_synth_trans}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{LM_SYNTH_TRANS}\\[0.3cm]
Description: & Synthetic transmission curve to be used for telluric correction of flux standard stars\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LM_SYNTH_TRANS}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{LM_SYNTH_TRANS}\\[0.3cm]
Source: & Calculated by \texttt{molecfit} with averaged parameters\\
Input for:    & \REC{metis_LM_lss_std} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & telluric correction of flux standard stars\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{hdrl\_spectrum1D * spectrum: Spectrum}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}

% ##################################################################################### 
\paragraph{\STATCALIB{N_SYNTH_TRANS}}\label{dataitem:n_synth_trans}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \STATCALIB{N_SYNTH_TRANS}\\[0.3cm]
Description: & Synthetic transmission curve to be used for telluric correction of flux standard stars\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{N_SYNTH_TRANS}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{N_SYNTH_TRANS}\\[0.3cm]
Source: & Calculated by \texttt{molecfit} with averaged parameters\\
Input for:    & \REC{metis_N_lss_std} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & telluric correction of flux standard stars\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{cpl\_propertylist * keywords: Primary keywords (\FITS{PRO.CATG})}
    \item \texttt{hdrl\_spectrum1D * spectrum: Spectrum}
    \item \texttt{cpl\_propertylist * plistarray[]: Extension keywords}
\end{enumerate}
\end{datastructdef}
%\paragraph{\PROD{}}\label{dataitem:}
%\paragraph{\PROD{}}\label{dataitem:}
%\paragraph{\PROD{}}\label{dataitem:}

\subsubsection{ADI calibration database item structures}\label{sssec:adicaldbdatastructs}


\paragraph{\EXTCALIB{LM_ON_AXIS_PSF_TEMPLATE}}\label{dataitem:lm_on_axis_psf_template}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{LM_ON_AXIS_PSF_TEMPLATE}\\[0.3cm]
Description: & PSF template for centroiding in coronagraphic images\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{LM_ON_AXIS_PSF_TEMPLATE}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{LM_ON_AXIS_PSF_TEMPLATE}\\[0.3cm]
Source: & obtained from simulated images or high SNR observations\\
Input for:    & \REC{metis_img_adi_cgrph} \\
              & \REC{metis_lm_adi_app} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & centroiding of ADI images\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{metis\_image *template}
\end{enumerate}
\end{datastructdef}



\paragraph{\EXTCALIB{N_ON_AXIS_PSF_TEMPLATE}}\label{dataitem:n_on_axis_psf_template}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{N_ON_AXIS_PSF_TEMPLATE}\\[0.3cm]
Description: & PSF template for centroiding in coronagraphic images\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{N_ON_AXIS_PSF_TEMPLATE}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{N_ON_AXIS_PSF_TEMPLATE}\\[0.3cm]
Source: & obtained from simulated images or high SNR observations\\
Input for:    & \REC{metis_img_adi_cgrph} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & centroiding of ADI images\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{metis\_image *template}
\end{enumerate}
\end{datastructdef}


\paragraph{\EXTCALIB{IFU_ON_AXIS_PSF_TEMPLATE}}\label{dataitem:ifu_on_axis_psf_template}
\begin{recipedef}
\textbf{\ac{FITS} file structure:}\\
Name: & \EXTCALIB{IFU_ON_AXIS_PSF_TEMPLATE}\\[0.3cm]
Description: & PSF template for centroiding in coronagraphic images\\[0.3cm]
\FITS{PRO.CATG}: & \CODE{IFU_ON_AXIS_PSF_TEMPLATE}\\
OCA keywords: & \FITS{PRO.CATG}\\
\FITS{DO.CATG}: & \CODE{IFU_ON_AXIS_PSF_TEMPLATE}\\[0.3cm]
Source: & obtained from simulated images or high SNR observations\\
Input for:    & \REC{metis_ifu_adi_cgrph} \\
Processing \ac{FITS} Keywords: & provided at \ac{PAE}\\
Purpose: & centroiding of ADI images\\
\end{recipedef}
\begin{datastructdef}
\textbf{Corresponding \ac{CPL} structure:}
\begin{enumerate}
    \item \texttt{metis\_image *template}
\end{enumerate}
\end{datastructdef}