This page details the (non-SOCS) SIMS Epics and their descriptions.
Updated: 2015-10-27 15:41
Refactor SEDs including PCA SEDs and SED fitting
Planned Story Points = None
Statement of Work
No description provided.
update GalFast to include LMC, SMC, the bulge, and O, B, and A stars
Planned Story Points = None
Statement of Work
No description provided.
Validate and release the galaxy model
Planned Story Points = None
Statement of Work
No description provided.
Update the model of variable stars
Planned Story Points = None
Statement of Work
No description provided.
Generate OBA stars and potentially LMC and SMC distribution using GalFast
Planned Story Points = None
Statement of Work
No description provided.
Implement bright stars (with appropriate positions on the sky)
Planned Story Points = 54.0
Statement of Work
No description provided.
Generate a cloud model that works across all simulations
Planned Story Points = None
Statement of Work
No description provided.
Issues for generating and solving self-calibration data sets
Planned Story Points = None
Statement of Work
No description provided.
Generate an updated sky model that matches site observations
Planned Story Points = None
Statement of Work
No description provided.
Implement realistic morphologies in catsim and phosim
Planned Story Points = None
Statement of Work
No description provided.
Generate errors (photometric, astrometric and shape) that are derived from either phosim or from signal-to-noise calculations
Planned Story Points = None
Statement of Work
No description provided.
Write GalSim Interface
Planned Story Points = None
Statement of Work
No description provided.
Add code to translate sky position into position on the focal plane
Planned Story Points = None
Statement of Work
No description provided.
test that phosim and catsim agree on calculated physical quantities
Planned Story Points = None
Statement of Work
No description provided.
test that I can make things
Planned Story Points = None
Statement of Work
No description provided.
Add SNIa to catalogs of galaxies generated by catsim
Planned Story Points = None
Statement of Work
Given a catalog of SNIa in the sky, one should be able to use the information in OpSIMs outputs to generate a set of SNIa fluxes/magnitudes. The task here is to generate such a catalog that will make such a calculation possible.
As a test, one should be able to obtain band magnitudes with a given transmission filter from throughputs.
Documentation and Reports
Planned Story Points = None
Statement of Work
No description provided.
Make a sky brightness model and validate using data
Planned Story Points = None
Statement of Work
No description provided.
Effort to encourage and manage community metrics, and extend MAF cadence metrics.
Planned Story Points = None
Statement of Work
No description provided.
Plotting inside the slicers has become ungainly. Let's move viz tools to separate module. Will have to figure out how to define which plots go with a slicer.
Planned Story Points = None
Statement of Work
No description provided.
Upgrades to web viz layer, to make things clearer/more readable/enable comparison plots.
Planned Story Points = None
Statement of Work
No description provided.
Improve MAF fidelity by adding focal plane layout, vignetting, etc.
Planned Story Points = None
Statement of Work
Add real focal plane layout.
Add vignetting in focal plane.
End result: improve fidelity of depth estimates
MAF driver script + pex_config
Planned Story Points = None
Statement of Work
No description provided.
Support for cadence workshop
Planned Story Points = None
Statement of Work
No description provided.
Use cases and mechanics of generating comparison plots for all binners
Planned Story Points = None
Statement of Work
No description provided.
Refactor the MAF driver to be more modular. Enable better control of plotting (separate from running metrics). Enable better control of complex metrics. Enable running 'unusual' slicers (movieSlicer, userDefinedPointings).
Planned Story Points = None
Statement of Work
No description provided.
Refactor MAF db classes to allow DBObject use, and allow hooks into slicers for iterating through chunks
Planned Story Points = None
Statement of Work
No description provided.
Development of material for the dry run and cadence workshop at August 2014 all-hands
Planned Story Points = None
Statement of Work
No description provided.
Metrics required by opsim
Planned Story Points = None
Statement of Work
No description provided.
Write and add unit tests to MAF
Planned Story Points = None
Statement of Work
No description provided.
Create solar system Slicer / simulation capability
Planned Story Points = None
Statement of Work
No description provided.
An Epic to hold presentation layer issues (for now)
Planned Story Points = None
Statement of Work
No description provided.
Supporting self calibration simulations. Generating mock catalogs and solving photometric system.
Planned Story Points = None
Statement of Work
No description provided.
For the workshop
Planned Story Points = None
Statement of Work
No description provided.
Provide more documentation for MAF
Planned Story Points = None
Statement of Work
No description provided.
split SSTAR/firstlook & determine SRD metrics required
Planned Story Points = None
Statement of Work
No description provided.
MAF material for Cambridge and Bremerton workshops
Planned Story Points = None
Statement of Work
No description provided.
Create Variability Stream from LSST simulations
Planned Story Points = None
Statement of Work
Create Variability Stream from LSST simulations integrating with Opsim and Catsim
testing different protocols and enviroments
Planned Story Points = None
Statement of Work
We encountered different problems with low level communication from size of tcp packets to perfomance decrease - permanent epic for testing different aspects of system
getting esper to work with alertsim
Planned Story Points = None
Statement of Work
We need to install ESPER and test whether it is suitable for use in delivery/filtering of alerts
generate and transmit simulated cutouts
Planned Story Points = None
Statement of Work
generate simple cutout
test different ways to transmit images in alertstream
Comments from MAF users
Planned Story Points = None
Statement of Work
No description provided.
MAF upgrades and support for the cadence white paper
Planned Story Points = None
Statement of Work
No description provided.
Create SSO diasources from Catsim
Planned Story Points = 43.0
Statement of Work
6. Support NEO development work – 10/1/13 – 9/30/14
a. Implement functionality to ingest NEO asteroids models into the simulations framework.
b. Generate data to support the DM evaluation of the Moving Objects Pipeline algorithms and to support trade studies to evaluate the LSST capabilities for detecting asteroids
Compare sky model results to observations
Planned Story Points = 59.0
Statement of Work
3. Validation and delivery of an unified LSST sky model – 10/1/15 – 9/30/16
a. Extension of the sky model for the LSST site to include the effects of the solar cycle
b. Extension of the sky model to account for twilight observations
c. Validation and documentation of the sky model in preparation for an internal review
mixed vendor focal plane
Planned Story Points = 10.0
Statement of Work
Requested.
Develop interface to SysML base on DBObject classes
Planned Story Points = 54.0
Statement of Work
5. Development of an interface to the System Engineering SysML database – 10/1/15 – 9/30/16
a. Evaluation of an interface to the SysML database using the database access tools developed for the catalog simulations
b. Dependent on the outcome of this evaluation, development of a simple query interface to the SysML database to support access to the project designs and requirements. Delivery of that interface to the project.
Validate SSO catalogs
Planned Story Points = None
Statement of Work
Validate MAF and Catsim catalogs
provide CatSim code to support NEO catalog generation
Planned Story Points = None
Statement of Work
No description provided.
Recreate SSO catalogs on fatboy
Planned Story Points = None
Statement of Work
No description provided.