% NOAOPROP.TEX -- template for NOAO STANDARD telescope proposals.
% Revised for the 2014A observing semester (Feb 2014 - Jul 2014)
% For later semesters, the current form may be obtained from our Web
% page at http://www.noao.edu/noaoprop/noaoprop.html

% DEADLINE FOR SUBMISSIONS: 11:59pm MST THURSDAY SEPTEMBER 26, 2013

% This LaTeX template has been returned to you upon request through
% our Web-based proposal form.  The template has been customized for
% you based on the run information that you entered via the Web form.
% As an option you may complete this form locally and submit it by
% email following the instructions below.  If the run information is
% incomplete you should go back to the Web form, complete all the
% suggested run information and then obtain another customized 
% template before proceeding.  In particular, Gemini run information 
% including targets and instrument configuration must be completed 
% through the Web form.
%
% WEB FORM SUBMISSION:
% If you have not modified this document locally, we encourage web
% submissions using the "Proposal Submission" button on the web
% proposal form.  Be sure to click on the second prompt on the
% following page to complete submission.   Skip to step #3 below
% for some additional information.
%
% FILE UPLOAD SUBMISSION:
% If you have modified this document locally and are ready to submit, 
% you do not need to return to the web form.  Instead, you may submit
% this template and figure files by following the instructions 
% below.
%
%   1. Before submitting this form electronically, run it through latex
%      and print it out to make certain that it looks the way that you
%      wish the review panel to see it.
%   
%   2. Upload THIS file (NOT the PostScript or PDF version) and
%      all figures on the web at http://www.noao.edu/noaoprop/submit/
%
%   3. If the proposal is a thesis or if the principal investigator is a
%      a graduate student, the student's faculty advisor must complete
%      the online form at http://www.noao.edu/noaoprop/thesis/
%      This form should be completed within two business days after the
%      deadline.  Graduate students proposing thesis observations should
%      consult NOAO policies concerning thesis programs and travel support.
%
%   4. QUESTIONS?  If you have questions about submitting your proposal
%      send email to noaoprop-help@noao.edu.  Information about
%      instrumentation can be found at the NOAO Web 
%      site at http://www.noao.edu/noaoprop/noaoprop.html.  Specific 
%      instrumentation or facility questions for CTIO, KPNO, and 
%      Keck, can also be sent to the respective sites at ctio@noao.edu, 
%      kpno@noao.edu, and keck@noao.edu.
%      Gemini questions can be  emailed to the US mirror scientists 
%      at nssc@noao.edu.
%
%   5. When your proposal is received at NOAO you will be sent an
%      automatic email message verifying its receipt along with a
%      proposal ID number.  If you do not receive this message within
%      15 minutes of the time you sent your proposal send email to
%      noaoprop-help@noao.edu for assistance.  You may track your
%      proposal processing by the proposal ID number at the following
%      web page:   http://www.noao.edu/cgi-bin/noaoprop/propstatus
% ___________________________________________________________________
% THE FORM STARTS HERE
%

% Please do not modify or delete this line.
\documentclass[11pt]{article}
\usepackage{nprop216}


% Please do not modify or delete this line.
\begin{document}

% Uncomment the following line and enter a previous semester and ID
% (e.g. 01B-0987) if you wish to flag this proposal as a resubmission
%\pastid{}

% Please do not modify or delete this line.
\proposaltype{Standard}
% Do not delete the following uncommented line which is required for Gemini 
% proposals.  This line indicates whether or not the proposal is being 
% submitted to multiple partner countries - only "yes" or "no" is valid.
\geminidata{mpartners}{no}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% SCIENTIFIC CATEGORIES
%
% Please select a "scientific category" that best describes your
% program by uncommenting only ONE of the selections below.  Your
% \sciencecategory selection will be used to assign a review panel to
% your proposal.  DO NOT MODIFY THE SELECTION YOU UNCOMMENT.  A
% description of each of these categories is available on our Web page
% at http://www.noao.edu/noaoprop/help/scicat.html

% EXTRA-GALACTIC LIST (do not uncomment this line)
%\sciencecategory{Active Galaxies}
%\sciencecategory{Cosmology}
%\sciencecategory{Large Scale Struc.}
\sciencecategory{Clusters of Galaxies}
%\sciencecategory{High Z Galaxies}
%\sciencecategory{Low Z Galaxies}
%\sciencecategory{Resolved Galaxies}
%\sciencecategory{Stellar Pops (EGAL)}
%\sciencecategory{EGAL - Other}

% GALACTIC/LOCAL GROUP LIST (do not uncomment this line)
%\sciencecategory{Star Clusters}
%\sciencecategory{Stellar Pops (GAL)}
%\sciencecategory{HII Reg., PN, etc.}
%\sciencecategory{ISM}
%\sciencecategory{Star Forming Regions}
%\sciencecategory{Young Stellar Obj.}
%\sciencecategory{Massive Stars}
%\sciencecategory{Low Mass Stars}
%\sciencecategory{Stellar Remnants}
%\sciencecategory{Galactic - Other}

% SOLAR SYSTEM LIST (do not uncomment this line)
%\sciencecategory{Kuiper Belt Objects}
%\sciencecategory{Small Bodies \& Moons}
%\sciencecategory{Planets}
%\sciencecategory{Extrasolar Planets}
%\sciencecategory{Solar System - Other}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TITLE
%
% Give a descriptive title for the proposal in the \title command.
%
% Note that a title can be quite long; LaTeX will break the title into
% separate lines automatically.  If you wish to indicate line breaks
% yourself, do so with a `\\' command at the appropriate point in
% the title text.  Use both upper and lower case letters (NOT ALL CAPS).

\title{Title}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% INVESTIGATOR'S (PI AND CoI) INFORMATION BLOCKS
%
% Please give the PI's name (first name first followed by middle
% initial and last name), affiliation, department and complete mailing
% address, as well as an email address.  Also give a complete phone
% number, and a number for a fax machine if you have access to one.
% You must also indicate the principal investigator's status with one
% of the one-letter codes inside the \invstatus{} curly braces, as
% indicated below.
%
% The affil{}, \department{}, \address{} (use a comma separate list as
% needed), \city{}, \state{}, \zipcode{}, and \country{} (for non-US
% addresses) fields will be used together as your full postal mailing
% address.  Please be sure this information is complete.  Note that
% some institutions will not deliver postal mail if a department is
% not included in the postal mailing address.  Non-US addresses should
% include the country and any local postal codes.
%
% The fax number does not print on the form.
%
% For each CoI please include a name, affiliation, email address and
% investigator's status within the \begin{CoI} and \end{CoI} lines.
%
% For each \invstatus{} field, please fill in the appropriate
% investigator status code from the following list.  If the investigator
% is a graduate student, indicate "T" if this proposal is related to a
% thesis project, or "G" otherwise.  This code should represent the
% status of the individuals at the time of the proposal submission.
% This information is necessary to assist us with our required reporting
% to the NSF.
%
% \invstatus{P} % investigator has obtained PhD or doctorate
% \invstatus{T} % investigator is grad student, proposal is thesis
% \invstatus{G} % investigator is grad student, proposal not thesis
% \invstatus{U} % investigator is an undergraduate student
% \invstatus{O} % investigator has other status (none of the above)
%
%
% DO NOT remove the \begin{PI} and \end{PI}.  Only one individual's
% name per \name field is allowed.

\begin{PI}
\name{Student Name}
\affil{}
\department{}
\address{}
\city{}
\state{}
\zipcode{}
\country{}
\email{}
\phone{}
\fax{}
\invstatus{G}
\end{PI}

%\begin{CoI}
%\name{}
%\affil{}
%\email{}
%\invstatus{}
%\end{CoI}

%\begin{CoI}
%\name{}
%\affil{}
%\email{}
%\invstatus{}
%\end{CoI}

%\begin{CoI}
%\name{}
%\affil{}
%\email{}
%\invstatus{}
%\end{CoI}

%\begin{CoI}
%\name{}
%\affil{}
%\email{}
%\invstatus{}
%\end{CoI}



% You can supply more CoI blocks, but only the first six will be
% printed in the main body of the proposal - others will be printed
% in the right margin.  All investigator names will be available to
% the review panel and stored in our database.

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% ABSTRACT
%
% Give a general abstract of the scientific justification appropriate
% for a non-specialist.  Write between the \begin{abstract} and 
% \end{abstract} lines.  Limit yourself to approximately 175 words.
% Abstracts of accepted proposals will be made publicly available.

% DO NOT remove the \begin{abstract} and \end{abstract} lines.

\begin{abstract}

\end{abstract}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% SUMMARY OF OBSERVING RUNS REQUESTED
%
% List a summary of the details of the observing runs being requested,
% for UP TO SIX runs.  The parameters for each run are segregated
% between \begin{obsrun} and \end{obsrun} lines.  Please be sure
% that the information is isolated properly for each run.
%
%   \begin{obsrun}
%   \telescope{}        % For example, \telescope{KP-4m}
%   \instrument{}       % For example, \instrument{ECHUV + T2KB}
%   \numnights{}        % For example, \numnights{6}
%   \lunardays{}        % For example, \lunardays{grey}
%   \optimaldates{}     % For example, \optimaldates{Sep - Nov}
%   \acceptabledates{}  % For example, \acceptabledates{Aug - Jan}
%   \end{obsrun}
%
% The following telescope identifiers MUST be used in the \telescope{}
% field.  Some of the telescope identifiers must include an observatory
% code as well since the same form can be used to submit a single 
% proposal for all facilities available through NOAO.
%
% Gemini: GEM-N, GEM-NQ, GEM-S, GEM-SQ
% Keck: Keck-I, Keck-II
% AAO: AAT
% CTIO: CT-4m, SOAR, CT-1.5m, CT-1.3m, CT-0.9m
% KPNO: KP-4m, WIYN, KP-2.1m, KP-0.9m
%
% Select the instrument and detector identifiers from the list on our
% Web page at http://www.noao.edu/noaoprop/help/facilities.html.
% The correct codes MUST be used to ensure your correct
% instrument + detector combination.
%
% \numnights should give the number of nights of the run (for queue
% observations, use fractional 10-hour equivalent nights, e.g.
% 3 hours = 0.3 nights).  Formats such as 5x0.5 are acceptable.
%
% \lunardays should contain the word "darkest", "dark", "grey", or
% "bright", which in turn reflects the number of nights from new moon
% where darkest<=3, dark<=7, grey<=10, bright<=14.  Particular lunar 
% phase requirements dictated by the science program (e.g., "<=12", 
% "+9, -6", or "full moon more than 2 hours away from Taurus") should
% be noted in the "scheduling constraints or non-usable dates" section 
% below.
%
% \optimaldates should contain the range of OPTIMAL months, as shown 
% below.
%
% \acceptabledates should give the range of ACCEPTABLE months (i.e.,
% you would not accept time outside those limits).
% NOTE THAT DUE TO INSTRUMENT BLOCKING RESTRICTIONS YOU SHOULD MAKE 
% THIS RANGE AS GENEROUS AS POSSIBLE.
%
% For QUEUE-SCHEDULED observations, you may set the date range to the 
% full semester range and set \lunardays to the brightest moon your
% observations could tolerate if the program were scheduled classically.
%
% To enter the acceptable and optimal date ranges, please use two
% dash-separated months with 3-letter abbreviations for the month
% (Jan, Feb, Mar, Apr, May, Jun, Jul, Aug, Sep, Oct, Nov, Dec).
% For example:  \optimaldates{Nov - Dec}.
% We appreciate your help in not using vague range specifications
% like "October dark run" or "mid-January" which will require human
% intervention.
%
% FOR LONGTERM STATUS PROPOSALS SPECIFY ONLY THE RUNS FOR THE CURRENT
% SEMESTER, AND NOT FOR ANY SUBSEQUENT SEMESTERS.

% DO NOT remove any of the \begin{obsrun} and \end{obsrun} blocks, 
% even if the blocks are empty.

%%%
%%% Comment out the WIYN observing run below if you will be using the Mayall.
%%% Comment out the Mayall observing run if you will be using WIYN.
%%% 


\begin{obsrun}
\telescope{WIYN}
%
% Choose your desired WIYN instrument from the choices below and uncomment it
%
%\instrument{pODI}
\instrument{HYDRB + STA1}
%\instrument{HYDRR + STA1}
%\instrument{SPSPKB + STA1}
%\instrument{SPSPKR + STA1}
%\instrument{WHIRC}
%\instrument{HEXPK}
%\instrument{GRDPK}
%
%
% Update the parameters below to accurately reflect your observing proposal request.
%
\numnights{1}
\lunardays{bright}
\optimaldates{Aug - Jan}
\acceptabledates{Aug - Jan}
\end{obsrun}

%\begin{obsrun}
%\telescope{KP-4m}
%
% Choose your desired 4m instrument from the choices below and uncomment it
%
%\instrument{MOSA}
%\instrument{NEWFIRM}
%\instrument{Phoenix}
%\instrument{KOSMOS}
%\instrument{KOSMOSM}
%\instrument{RCSPL + T2KA}
%\instrument{RCSPM + T2KA}
%\instrument{RCSPL + LB1A}
%\instrument{RCSPM + LB1A}
%\instrument{ECHLR + T2KA}
%\instrument{ECHLB + T2KA}
%\instrument{ECHUV + T2KA}
%\numnights{1}
%\lunardays{bright}
%\optimaldates{Aug - Jan}
%\acceptabledates{Aug - Jan}
%\end{obsrun}


% If there are scheduling constraints or non-usable dates for any of
% the runs specified, (i.e., other than the default lunar phase 
% requirements or when your object is up) please give the dates by 
% filling in the curly braces in \unusabledates{}.  Note here if you 
% are requesting runs in an "either/or" situation, e.g. run 1 or run 2, 
% but not both. This is also the place to advise us of any special 
% constraints which affect the scheduling of your observing run (e.g. 
% "schedule run #1 before run #2" or "run dates must be coordinated 
% with HST observations").
% 
% Please limit your text to 4 lines on the printed copy.

\unusabledates{}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% In the following "essay question" sections, the delimiting pieces of
% markup (\justification, \expdesign, etc.) act as LaTeX \section*{}
% commands.  If the author wanted to have numbered subsections within
% any of these, LaTeX's \subsection could be used.
%
% DO NOT REDUCE THE FONT SIZE, and do not otherwise fiddle with the
% format to get more on a page.  We will reset any changes back to the
% default font.

% SCIENTIFIC JUSTIFICATION
%
% Give the scientific justification for the proposed observations.
% This section should consist of paragraphs of text followed by any
% references and up to three figures and captions.  Be sure to include
% overall significance to astronomy.  THE SCIENTIFIC JUSTIFICATION
% SHOULD BE LIMITED TO ONE PAGE (the review panels have requested that
% we not send them more than one page), with up to two additional pages
% for references, figures (no more than three), and captions. 

% If you wish to use our "reference" environment, follow the following
% example (journal commands are compatible with AASTeX v4.0):
%
%\begin{references}
%\reference Armandroff \& Massey 1991 \aj, 102, 927.
%\reference Berkhuijsen \& Humphreys 1989 \aap, 214, 68.
%\reference Massey 1993 in Massive Stars: Their Lives in the 
% Interstellar Medium (Review), ed. J. P. Cassinelli and E. B. 
% Churchwell, p. 168.
%\reference Massey \& Armandroff 1999, in prep.
%\end{references}

% Only EPS figures may be included with your proposal.  In order to
% include an EPS plot, you should use the LaTeX "figure" environment.
% The plot file is included with the \plotone{FILENAME} command; two
% side-by-side plot files can be included by typing
% \plottwo{FILENAME1}{FILENAME2}.  Use \caption{} to specify a caption.
% The \epsscale{} command can be used to scale \plotone plots if they
% appear too large on the printed page.  Contact us if you have any
% figure questions or encounter any problems with figures
% (noaoprop-help@noao.edu).
%
% \begin{figure}
% \epsscale{0.85}
% \plotone{sample.eps}
% \caption{Sample figure showing important results.}
% \end{figure}
%
% If you need to rotate or make other transformations to a figure, you
% may use the \plotfiddle command:
% \plotfiddle{PSFILE}{VSIZE}{ROTANG}{HSCALE}{VSCALE}{HTRANS}{VTRANS}
% \plotfiddle{sample.eps}{2.6in}{-90.}{32.}{32.}{-250}{225}
% where HSCALE and VSCALE are percentages and HTRANS and VTRANS are
% in PostScript units, 72 PS units = 1 inch.
%
% Note that the Web form provides several useful and simple figure 
% options.

\sciencejustification

\clearpage


% EXPERIMENTAL DESIGN
%
% This section should consist of text only (no figures).
% There is a limit of one page of printed text.

% Describe your overall observational program.  How will these 
% observations contribute toward the accomplishment of the goals 
% outlined in the science justification?  If you've requested 
% long-term status, justify why this is necessary for successful 
% completion of the science.
%
% NOTE: In previous versions of the proposal form, this section
% requested details about the use of non-NOAO observing facilities. 
% Such information should now be entered in the following "Other
% Facilities" section.

\expdesign

% PROPRIETARY PERIOD
% 
% Enter the proprietary period for your data between the braces.
% The normal duration is 18 months from when the data are taken at
% the telescope.  Requests for longer proprietary periods must
% be approved by the NOAO Director.

\proprietaryperiod{18 months}


% OTHER FACILITIES OR RESOURCES
% 
% This section should consist of text only (no figures).
% Please limit to about a half page of printed text.
% 
% 1) We are interested in understanding how observations made through
% NOAO observing opportunities complement or support data from other
% facilities both on the ground and in space.   We will use this
% information to guide the evolution of the NOAO program; it will not
% affect the success of your proposal in the evaluation process.
% Please describe how the proposed observations complement data from  
% other facilities, including private observatories and both ground-
% and space-based telescopes.  In addressing this question, take a
% broad view of your research program.  Are the data to be obtained 
% through this proposal going to help select samples for detailed
% observations using larger telescopes or from space observatories?
% Are these data going to be directly combined with data obtained
% elsewhere to test a hypothesis?  Will these observations have
% relevance to other observations, even though the proposal stands
% on its own?  For each of these other facilities, indicate the nature
% of the observations (yours or those of others), and describe the
% importance of the observations proposed here in the context of the
% entire program.
%
% 2) Do you currently have a grant that would provide resources
% to support the data processing, analysis, and publication of the
% observations proposed here?

\otherfacilities



% LONG-TERM DETAILS
%
% If you are requesting long-term status for this proposal briefly 
% state the requirements for telescope time (telescope, instrument, 
% number of nights) needed in subsequent semesters to complete this 
% project in \longtermdetails (be sure to uncomment the 
% \longtermdetails line below).
%
% If this is a long-term request you MAY ALSO NEED to modify the
% \proposaltype keyword at the top of this form changing "Standard"
% to "Longterm" (where is says "Please do not modify or delete this 
% line!").  It is this keyword that will flag this proposal as a 
% long-term status request, regardless of what may be entered here 
% in \longtermdetails!
%
% If this is not a long-term status request then please ignore this
% section.
%
%
%\longtermdetails


% PAST USE
%
% How effectively have you used the facilities available through NOAO
% in the past?
% List allocations of telescope time on facilities available through 
% NOAO to the Principal Investigator during the past 2 years, together 
% with the current status of the data (cite publications where 
% appropriate).  Mark any allocations of time related to the current 
% proposal with a \relatedwork{} command.

\thepast

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% OBSERVING RUN DETAILS - REQUIRED FOR EACH OBSERVING RUN REQUESTED
%
% For each run requested earlier in the \begin{obsruns}-\end{obsruns}
% sections of this proposal form, further run information must be
% specified.  Enter this block of information for each non-Gemini run.

% The \runid field must contain the run number plus 
% telescope/instrument-detector information as it appears for each 
% run in the obsruns sections. For example, 
% \runid{1}{KP-4m/ECHUV + T2KB}.


%runid{1}{WIYN/pODI}
\runid{1}{WIYN/HYDRB + STA1}
%\runid{1}{WIYN/HYDRR + STA1}
%\runid{1}{WIYN/SPSPKB + STA1}
%\runid{1}{WIYN/SPSPKR + STA1}
%\runid{1}{WIYN/WHIRC}
%\runid{1}{WIYN/HEXPK}
%\runid{1}{WIYN/GRDPK}


%
% 4m telescope run options (choose the one that matches your instrument choice above)
%
%\runid{1}{KP-4m/MOSA}
%\runid{1}{KP-4m/NEWFIRM}
%\runid{1}{KP-4m/Phoenix}
%\runid{1}{KP-4m/KOSMOS}
%\runid{1}{KP-4m/KOSMOSM}
%\runid{1}{KP-4m/RCSPL + T2KA}
%\runid{1}{KP-4m/RCSPM + T2KA}
%\runid{1}{KP-4m/RCSPL + LB1A}
%\runid{1}{KP-4m/RCSPM + LB1A}
%\runid{1}{KP-4m/ECHLR + T2KA}
%\runid{1}{KP-4m/ECHLB + T2KA}
%\runid{1}{KP-4m/ECHUV + T2KA}
%



% Describe the observations to be made during this observing run in
% the \technicaldescription section. Justify the specific telescope,
% the number of nights, the instrument, and the lunar phase requested.
% List objects, coordinates, and magnitudes (or surface brightness, if
% appropriate) using a LaTeX-coded table in this section or optionally
% enter the target information using the Target Tables described at
% the end of this template.  Target Tables of objects are required for 
% queue runs.
%
% Exposure time calculators (ETCs) for some optical and IR 
% instruments in use at CTIO and at KPNO are available to assist 
% you with the preparation of your proposal.  See the Web pages:
%    Imaging ETC      - http://www.noao.edu/gateway/ccdtime/
%    Spectroscopy ETC - http://www.noao.edu/gateway/spectime/

\technicaldescription




% Several instrument configuration parameters are requested.  Fill
% these in as appropriate for each run. 
%
% \begin{configuration}
% \filters{}            % List here any filters that you plan to use.
% \grating{}            % List any gratings/grisms need with this run.
% \order{}              % Specify any grating order(s).
% \crossdisperser{}     % List cross disperser, if needed.
% \slit{}               % Enter slit widths you plan to use.
% \multislit{}          % yes or no only
% \wstart{}             % Starting wavelength of wavelength range.
% \wend{}               % Ending wavelength of wavelength range.
% \cable{}              % For CTIO/Hydra: enter 2.0".  For WIYN: enter
%                         red, blue, or densepak.
% \corrector{}          % Enter red or blue for KP-coude, CAM5.
% \collimator{}         % Enter collimator needed.
% \adc{}                % If user selectable, enter yes or no only.
% \end{configuration}
%
% Details about these fields are available in the online help for the
% Web form at http://www.noao.edu/noaoprop/help/standard.html#iconfig

\begin{configuration}
\filters{}
\grating{}
\order{}
\crossdisperser{}       
\slit{}
\multislit{}            
\wstart{}
\wend{}
\cable{}
\corrector{}            
\collimator{}             
\adc{}
\end{configuration}



% COORDINATE RANGES OF PRINCIPLE TARGETS   
% Use the \targetsra and \targetsdec fields to specify the range
% of right ascension (in hours) and declination (in degrees) of your
% principle targets for this observing run.
%
% For example:
%
%  \targetsra{14 to 17}
%  \targetsdec{-10 to 35}

\targetsra{10 to 11}			% RA range in hours
\targetsdec{-10 to +30}			% Dec. range in degrees



% Use \specialrequest to describe briefly any special or non-standard
% usage of instrumentation. 
\specialrequest


% If you plan to submit any Target Tables for this run they must be
% entered here.  Target Tables are required for all queue runs.

% TARGET TABLES
%
% Target Tables are required for all queue runs and are
% are optional for classically scheduled runs.  Target
% Tables, if included, are associated with each run in the observing
% run details section of the proposal form and must follow the 
% \specialrequest in each section.
%
% CT-1.3m tables require that all the fields in the target table be
% specified.  For other tables specific fields may be deleted EXCEPT 
% for the \obscomment command as mentioned below.
%
% Queue investigators should supply good coordinates
% with the \ra and \dec commands since these values may be used to
% observe your fields.
%
% Note that for iterative targets, only the parameters that need
% to be changed have to be specified.  Once a parameter is specified in
% a targettable environment, it is retained until explicitly changed.
%
% The \obscomment command is REQUIRED for each target entry and
% must be the last item; this command forces each target line to be
% printed.  If no comment is needed, leave the argument blank.
%
% The \begin{targettable}{} command for each table must contain the
% telescope/instrument-detector information for that particular run,
% i.e,. \begin{targettable}{KP-4m/ECHUV + T2KB}.
%
% HINTS: Long tables do not break across pages. If it is necessary to
% continue a table across a page you must start a new table.  Use
% /clearpage before the \begin{targettable} command for the new table.
%
%\begin{targettable}{}
%\objid{}           % specify a 3-digit number for each target.
%\object{}          % 20 characters maximum
%\ra{}              % e.g., xx:xx:xx.x
%\dec{}             % e.g., +-xx:xx:xx.x
%\epoch{}           % e.g., 1950.3
%\magnitude{}
%\filter{}
%\exptime{}         % in seconds PER EXPOSURE
%\nexposures{}      % Number of exposures
%\moondays{}        % Days from new moon, use a number 0-14
%\skycond{}         % "spec" or "phot"
%\seeing{}          % max allowable PSF FWHM (arcsecs)
%\obscomment{}      % 20 characters maximum - REQUIRED COMMAND
%  - repeat target entry parameters as needed to complete Table -
%\end{targettable}


%
% Make sure that the correct telescope and instrument code are listed at the beginning
% of the target table; the example below for WIYN Hydra in the blue should be changed
% for any other instrument or telescope that you plan to use
% 


\begin{targettable}{Run 1: WIYN/HYDRB + STA1}

\objid{1}
\object{Object1}
\ra{01 00 00}
\dec{+12 00 00}
\epoch{2000}
\magnitude{15}
\filter{B}
\exptime{120}
\nexposures{15}
\moondays{0}
\skycond{phot}
\seeing{1.0}
\obscomment{}

\objid{2}
\object{Object2}
\ra{02 00 00}
\dec{-10 00 00}
\epoch{2000}
\magnitude{11}
\filter{V}
\exptime{500}
\nexposures{18}
\moondays{4}
\skycond{phot}
\seeing{1.0}
\obscomment{}

\end{targettable}


%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% Detailed information as noted below must be provided for all runs 
% up to SIX runs.  Since Gemini runs must be specified through the 
% Web form this section only applies to non-Gemini runs - use the 
% Web form to generate detailed information and target tables for 
% Gemini runs.  Target Tables are required for queue runs but
% are optional for classical observing.
%
%\runid{}{}
%\technicaldescription
%\begin{configuration}
%\filters{}
%\grating{}
%\order{}
%\crossdisperser{}
%\slit{}
%\multislit{}
%\wstart{}
%\wend{}
%\cable{}
%\corrector{}
%\collimator{}
%\adc{}
%\end{configuration}
%\specialrequest    % remove and not use for HET runs
%\begin{targettable}{}
%\objid{}           % specify a 3-digit number for each target
%\object{}          % 20 characters maximum
%\ra{}              % e.g., xx:xx:xx.x
%\dec{}             % e.g., +-xx:xx:xx.x
%\epoch{}           % e.g., 1950.3
%\magnitude{}
%\filter{}
%\exptime{}         % in seconds PER EXPOSURE
%\nexposures{}      % Number of exposures
%\moondays{}        % Days from new moon, use a number 0-14
%\skycond{}         % "spec" or "phot"
%\seeing{}          % max allowable PSF FWHM (arcsecs)
%\obscomment{}      % 20 characters maximum - REQUIRED COMMAND
%  - repeat target entry parameters as needed to complete Table -
%\end{targettable}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% Please do not modify or delete this line.
\end{document}

% PROPOSAL SUBMISSION (if not submitting from the online proposal form):
%
%
% Upload the completed proposal latex file and figures at: 
%            http://www.noao.edu/noaoprop/submit/
%
%
% Thank you for your interest in NOAO.  Contact us at
% noaoprop-help@noao.edu if you have any suggestions or comments.
