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SRM_Task_List

The Science Roadmap contains the Latex document with key projects, objectives and tasks. This repo parses the latex document to extract the tasks as issues (with associated prerequisites, labels, and milestones)

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srm_task_list's Issues

WL1-DC1-SW2:T5

Define the range of values for each null test that would be considered ``null '' . i.e. for a systematics-free catalog with appropriate noise properties, what range of values could be obtained from each null test.

WL1-DC1-SW1:T2

Adapt \TJPForecast from \deliverableref TJP1-DC1-SW1 for WL systematics requirements within the framework of \deliverableref D:CI:DC1-WLF Prereq #378 Prereq #310

WL2-DC1-SW2:T5

For each of these systematics, verify that the systematic is adequately tested by at least one of the null tests. i.e. Does a catalog with a significant systematic trigger a failure of at least one null test. If not, this means we either need to add another null test or find some other way to set a prior on the level of the systematic. Prereq #23 Prereq #22 Prereq #27 Prereq #26 Prereq #25 Prereq #24 Prereq #312 Prereq #391

WL2-DC1-SW1:T3

Deploy the systematics software framework on DESC computing resources under the environment developed in \deliverableref CI5 . Prereq #390 Prereq #655 Prereq #653

WL1-DC1-SW1:T3

Develop an approximate framework to propagate image-level systematics to shear two-point function biases via shear calibration errors using the \WLImSim code. This pipeline should accomodate sensor effects, PSF inference errors, and source extraction errors (including deblending), but in a fast and flexible implementation (trading physical fidelity for speed of development and execution). Prereq #378 Prereq #310

WL1-DC1-DP0:T3

Interface available models for brighter-fatter (\deliverableref SABF2 ) and static sensor effects (\deliverableref SAST2 ) with \GalSim. Prereq #567 Prereq #566 Prereq #565 Prereq #576 Prereq #575 Prereq #574 Prereq #573

WL2-DC1-SW4:T2

Define null tests that can be performed given the LSST cadence, deep drilling fields, colors, and ancillary data sets.

WL1-DC1-DP0:T2

Validate needs for and use of single-pupil atmosphere simulation tools to predict finite-exposure PSF features. Prereq #567 Prereq #566 Prereq #565 Prereq #576 Prereq #575 Prereq #574 Prereq #573

WL1-DC1-RQ1:T1

Determine tolerance on the accuracy of WCS maps (both Jacobian for each exposures and registration between exposures). Prereq #383 Prereq #3 Prereq #2 Prereq #1 Prereq #378 Prereq #310 Prereq #572

WL1-DC1-RQ1:T4

Determine tolerances additive shear biases. Include requirements on incorporating PSF uncertainties, noise models, and sensor effects. Prereq #383 Prereq #3 Prereq #2 Prereq #1 Prereq #378 Prereq #310 Prereq #572

WL3-DC2-RQ0:T3

Validate the DC2 mock lightcone galaxy (and maybe lensing) inputs for WL DC2 analysis. Generate new shears and magnifications for the input galaxy catalog as needed. Prereq #16 Prereq #11 Prereq #15 Prereq #14 Prereq #13 Prereq #12 Prereq #21 Prereq #20 Prereq #19 Prereq #18 Prereq #17 Prereq #567 Prereq #566 Prereq #565 Prereq #576 Prereq #575 Prereq #574 Prereq #573 Prereq #38 Prereq #37 Prereq #36 Prereq #35 Prereq #34 Prereq #33 Prereq #47 Prereq #46 Prereq #45 Prereq #44 Prereq #43 Prereq #42 Prereq #41 Prereq #40 Prereq #39 Prereq #391 Prereq #552 Prereq #547

WL3-DC2-RQ0:T1

Determine required size and depth of simulations. This will involve estimating how accurately we will want to be testing the shear null tests, how many galaxies we will need to achieve this level of precision, what kind of tomography is required. These requirements should then be tranlated into size and depth requirements. Prereq #16 Prereq #11 Prereq #15 Prereq #14 Prereq #13 Prereq #12 Prereq #21 Prereq #20 Prereq #19 Prereq #18 Prereq #17 Prereq #567 Prereq #566 Prereq #565 Prereq #576 Prereq #575 Prereq #574 Prereq #573 Prereq #38 Prereq #37 Prereq #36 Prereq #35 Prereq #34 Prereq #33 Prereq #47 Prereq #46 Prereq #45 Prereq #44 Prereq #43 Prereq #42 Prereq #41 Prereq #40 Prereq #39 Prereq #391 Prereq #552 Prereq #547

WL1-DC1-SW2:T1

Define the null tests to be automated based on Stage III dark energy survey inputs.

WL1-DC1-SW2:T4

Confirm that DM will be providing all the necessary metadata that we need for our null tests. e.g. various temperatures, wind speed and direction, etc. (This may be a very quick task, since I think they are already planning to provide all of these things and much more.)

WL2-DC1-SW4:T3

Define null tests based on the mask information produced by \deliverableref D:CX-DC1-Mask-SW1 .

WL2-DC1-SW4:T4

Enhance and validate the null test pipeline, including automation.

WL1-DC1-SW1:T1

Develop a preliminary likelihood module for WL analysis data vector for \deliverableref CX2-WL1-DC1-SW1 to put in \TJPForecast. Prereq #378 Prereq #310

WL2-DC1-SW2:T2

Develop parametric systematics model for baryonic mass and galaxy biasing in WL cross-correlations. Prereq #23 Prereq #22 Prereq #27 Prereq #26 Prereq #25 Prereq #24 Prereq #312 Prereq #391

WL3-DC2-RQ0:T2

Determine the most useful applied shear and convergence. (Ray-tracing through the DC2 light cone, Gaussian shears from a cosmological power spectrum, or something even simpler?) Prereq #16 Prereq #11 Prereq #15 Prereq #14 Prereq #13 Prereq #12 Prereq #21 Prereq #20 Prereq #19 Prereq #18 Prereq #17 Prereq #567 Prereq #566 Prereq #565 Prereq #576 Prereq #575 Prereq #574 Prereq #573 Prereq #38 Prereq #37 Prereq #36 Prereq #35 Prereq #34 Prereq #33 Prereq #47 Prereq #46 Prereq #45 Prereq #44 Prereq #43 Prereq #42 Prereq #41 Prereq #40 Prereq #39 Prereq #391 Prereq #552 Prereq #547

WL1-DC1-SW2:T3

Validate the null test pipeline with DC1 data and relevant pre-cursor data sets.

WL1-DC1-RQ1:T6

Collect a set of standard assumptions, based on the first year of LSST data, to be used in setting requirements, such as number density, sky fraction, and redshift/angular bins. Share these with the collaboration. Prereq #383 Prereq #3 Prereq #2 Prereq #1 Prereq #378 Prereq #310 Prereq #572 Prereq #383 Prereq #3 Prereq #2 Prereq #1 Prereq #378 Prereq #310 Prereq #572

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