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Merge updates to AP
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leannep committed Jan 11, 2025
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2 changes: 1 addition & 1 deletion access.tex
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Expand Up @@ -35,4 +35,4 @@ \subsection{Community Brokers }
Alerts are fully world-public and will be accessible via one or more of the nine Rubin-endorsed Community Brokers\footnote{See \url{https://www.lsst.org/scientists/alert-brokers}}.
During the commissioning period, Rubin will work with the Community Brokers to integrate them \citedsp{rtn-010}.
Community access to early alerts will depend on the readiness of the Community Brokers.
At this stage, we are expecting the first alerts from commissioning to become available via Community Brokers sometime following System First Light \citedsp{rtn-061}.
At this stage, we are expecting the first alerts from commissioning to become available via Community Brokers sometime following System First Light \citeds{RTN-061}.
7 changes: 0 additions & 7 deletions alertproduction.tex
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Expand Up @@ -46,10 +46,3 @@ \section{Alert Production in Commissioning and Early Operations}
%\label{tab:prompt-data-products}
%\end{table}


SSP = sending data to the MPC
Add in sending data to the MPC - this is part of AP

SDQA on data to MPC - do not fully have got V\&V in a good loop

Get DRB up and working ... Bob say yes/no. Neeed for AP adn SS
5 changes: 3 additions & 2 deletions commissioning.tex
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Expand Up @@ -35,9 +35,10 @@ \subsection{Commissioning Milestones}
This milestone was achieved on 24 October 2024.

\textbf {LSSTCam First Photon}: The first image of the night sky produced by photons passing through the Rubin optical system and detected by the LSST Science Camera (LSSTCam).
Currently expected in April 2025.

\textbf {System First Light}: Defined as the point at which we can routinely acquire science-grade imaging across the LSSTCam full focal plane and have a well understood technical path towards meeting the Construction Completeness criteria \citeds{sitcomtn-061}.
Also referred to as \textbf{First Light}.
Currently expected for 4 July 2025.

LSSTCam First Photon occurs following the successful completion of system integration.
There are no quality criteria applied to achieving neither the ComCam nor LSSTCam First Photon milestones.
Expand All @@ -54,7 +55,7 @@ \subsection{Commissioning Observations}
Commissioning data collection is planned to take place in phases.
The \textit{On-Sky Engineering} phase may be carried out with either ComCam and/or LSSTCam, depending on future re-optimization of the sequence of integration activities (\S~\ref{ssec:commissioning-schedule})
During the \textit{System Optimization} phase, a set of observations designed to help optimize the system will be taken during the System Optimization phase before the Science Validation Surveys are carried out.
The SV Surveys are designed to support scientific analyses that validate the system's performance, and allow Rubin to demonstrate operations readiness \citeds{SITCOMTN-005}.
The SV Surveys are designed to support scientific analyses tha t validate the system's performance, and allow Rubin to demonstrate operations readiness \citeds{SITCOMTN-005}.

\begin{figure}[htb]
\centering
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24 changes: 12 additions & 12 deletions intro.tex
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Expand Up @@ -32,9 +32,9 @@ \subsection{Early Science scenarios } \label{ssec:scenarios}
The Operations team is tracking the progress of the commissioning activities (\S~\ref{sec:commissioning}) as they relate to Early Science opportunities to ensure that the community has timely access to science-ready data products while the survey begins its relentless coverage of the sky leading to DR1.
As of \currentdate, and following the ComCam on sky commissioning campaign,

\subsection{Transition to Operations and Early Science } \label{ssec:scenarios}
\subsection{Transition to Operations and Early Science } \label{ssec:transition}

The Operations team is tracking the progress of the commissioning activities (\S~\ref{sec:commissioning}) to identify opportunities for Early Science and address the goals described in \S~\ref{sec:motivation}
The Operations team is tracking the progress of the commissioning activities (\S~\ref{sec:commissioning}) to identify opportunities for Early Science and address the goals described in \S~\ref{ssec:motivation}
All Early Science data products are opportunistic on the commissioning activities, meaning that a detailed description of the Early Science data will only be possible ponce the commissioning data hve been acquired and. analyzed.

%%%%%-------
Expand All @@ -60,16 +60,16 @@ \subsection{Transition to Operations and Early Science } \label{ssec:scenarios}
These two scenarios presented are current as of \currentdate, but are subject to change as the commissioning program is executed.
At some future point, a single option will be adopted and executed, and at that time, the details will be more fully specified.

\section{Additional Considerations for releasing data }
\label{sec:embargo}
30 days in commissioning
80 hours in operations
what is affected
FirstLook constraints
Security Review

stretvh goal == technical
TBD/under discussion = political / policy
\subsection{Additional Considerations for releasing data }
\label{ssec:additional}
%30 days in commissioning
%80 hours in operations
%what is affected
%FirstLook constraints
%Security Review
%
%stretch goal == technical
%TBD/under discussion = political / policy


%%%% ---- V5
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4 changes: 2 additions & 2 deletions tables/rubin_early_pp_scenario.tex
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Expand Up @@ -22,8 +22,8 @@
\textbf{Alerts} & Alert volume and latency will improve throughout the commissioning period. Aiming for ``near-live'' brokered Alert stream by the end of LSSTCam Commissioning. &
Continued ramp up of the alert stream contingent on the availability of templates. Alerts expected to reach near full volume and fidelity after DR1. Alert stream latency in year 1 is 120 seconds. \\ \arrayrulecolor{gray}\hline
%
\textbf{PP Processed Visit Images} & Commissioning of the PP image differencing and incremental template building. Prompt image release is embargoed during commissioning (\S~\ref{sec:embargo}). & Access to unvetted processed visit images as prompt products in the first 6 months of the LSST is TBD. \\ \arrayrulecolor{gray}\hline
\textbf{PP Difference Images} & Difference imaging will be somewhat limited, since the image template sky coverage will be sparse. Prompt image release is embargoed during commissioning (\S~\ref{sec:embargo}). & Difference imaging will steadily increase as incremental template building increases the templates available. Prompt access to unvetted PP difference images is TBD. \\\hline
\textbf{PP Processed Visit Images} & Commissioning of the PP image differencing and incremental template building. Prompt image release is embargoed during commissioning (\S~\ref{ssec:additional}). & Access to unvetted processed visit images as prompt products in the first 6 months of the LSST is TBD. \\ \arrayrulecolor{gray}\hline
\textbf{PP Difference Images} & Difference imaging will be somewhat limited, since the image template sky coverage will be sparse. Prompt image release is embargoed during commissioning (\S~\ref{ssec:additional}). & Difference imaging will steadily increase as incremental template building increases the templates available. Prompt access to unvetted PP difference images is TBD. \\\hline
%
\textbf{PP Catalogs} & Queryable PPDB available at shared risk. & PPDB available for query. \\
(DIASources, DIAObjects, DIAForcedSources) & & \\\hline
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21 changes: 10 additions & 11 deletions tables/rubin_ops_timeline.tex
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Expand Up @@ -59,29 +59,28 @@
&&&&&&&&&&&&
\\\hline


\tiny Rubin First Look (RFL) & \tiny Jun 2025
% & & &&&&&&&&&& % 2024
& & & & & & \cellcolor{TLOrange2} & & & &&& % 2025
& & &&&&&&&&&& % 2026
& & &&&&&&&&&& % 2027
& & &&&&&&&&&& % 2028
\\\hline
\tiny Data Preview 1 (DP1) & \tiny Jun 2025 -- Jul 2025
% & & & & & & & &&& & & % 2024
& & & & & &\cellcolor{TLOrange2} & \cellcolor{TLOrange2} &&&&& % 2025
& & & & & &\cellcolor{TLOrange2} & \cellcolor{TLOrange3} &&&&& % 2025
& & && &&&&&&&& % 2026
& & &&&&&&&&&& % 2027
& & &&&&&&&&&& % 2028
\\\hline

\tiny Rubin First Light (RFL) & \tiny Jul 2025
\tiny System First Light (SFL) & \tiny Jul 2025
% & & &&&&&&&&&& % 2024
& & & & & & & \cellcolor{TLOrange2} & & &&& % 2025
& & &&&&&&&&&& % 2026
& & &&&&&&&&&& % 2027
& & &&&&&&&&&& % 2028
\\\hline

\tiny First Look LSSTCam Data (FLL) & \tiny Jul 2025
% & & &&&&&&&&&& % 2024
& & & & & & & \cellcolor{TLOrange2} & \cellcolor{TLOrange2} & &&& % 2025
& & &&&&&&&&&& % 2026
& & &&&&&&&&&& % 2027
& & &&&&&&&&&& % 2028
\\\hline
%
\tiny Rubin First Alerts (RFA) & \tiny Jul 2025 -- Sep 2025
% & & &&&&&&&&&& % 2024
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2 changes: 1 addition & 1 deletion timeline.tex
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Expand Up @@ -11,7 +11,7 @@ \section{Roadmap and Timeline} \label{sec:timeline}
Over the course of the commissioning period, we expect these data ranges to shrink as our understanding of the remaining schedule uncertainty improves.
However, there is still the possibility of the assumptions underlying these distributions being wrong; this is just our best estimate at the current time.

\input{tables/rubin_ops_timeline}
\input{tables/rubin_ops_timeline_simple}

The next key milestone in the Early Science Program is the release of DP1, expected sometime between October 2024 -- July 2025.
The start of Rubin Operations is currently expected to be sometime between May 2025 and September 2025.
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