Skip to content
/ lsstpsf Public

Optimising LSST Observing Strategy for Weak Lensing systematics

0 stars 0 forks Branches Tags Activity
Star
Notifications You must be signed in to change notification settings

hsnee/lsstpsf

BranchesTags

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

363 Commits
hsc_plots
hsc_plots
 
 
newcutnpys
newcutnpys
 
 
npys
npys
 
 
objs
objs
 
 
paper_results
paper_results
 
 
.gitignore
.gitignore
 
 
CCL_round_trip.ipynb
CCL_round_trip.ipynb
 
 
CSAB.py
CSAB.py
 
 
CotB.pdf
CotB.pdf
 
 
FoM_Emulator_porting.ipynb
FoM_Emulator_porting.ipynb
 
 
GalSize.ipynb
GalSize.ipynb
 
 
Galsimtests.ipynb
Galsimtests.ipynb
 
 
HSCS16A_combinedarea_1000rea_full_xi_p.mean_sqrtvar
HSCS16A_combinedarea_1000rea_full_xi_p.mean_sqrtvar
 
 
Josh's metric.ipynb
Josh's metric.ipynb
 
 
ModelErrors.ipynb
ModelErrors.ipynb
 
 
ModelErrors.py
ModelErrors.py
 
 
ModelErrorsNew.ipynb
ModelErrorsNew.ipynb
 
 
Peter's Metric.ipynb
Peter's Metric.ipynb
 
 
README.md
README.md
 
 
WLSysMafMetric_ported.ipynb
WLSysMafMetric_ported.ipynb
 
 
airmass.ipynb
airmass.ipynb
 
 
area_mediandepth_relationship.ipynb
area_mediandepth_relationship.ipynb
 
 
area_vs_depth.ipynb
area_vs_depth.ipynb
 
 
dec_hist.ipynb
dec_hist.ipynb
 
 
ebv_effect.ipynb
ebv_effect.ipynb
 
 
errors.ipynb
errors.ipynb
 
 
methodology.ipynb
methodology.ipynb
 
 
metrics playground.ipynb
metrics playground.ipynb
 
 
moon_visibility.ipynb
moon_visibility.ipynb
 
 
new_runs_results.ipynb
new_runs_results.ipynb
 
 
new_sims_metrics_comparison.ipynb
new_sims_metrics_comparison.ipynb
 
 
paper_Results.ipynb
paper_Results.ipynb
 
 
paper_plots.ipynb
paper_plots.ipynb
 
 
plotDitherPatterns.ipynb
plotDitherPatterns.ipynb
 
 
rho_requirements.txt
rho_requirements.txt
 
 
rolling.ipynb
rolling.ipynb
 
 
rotational angle distribution test.ipynb
rotational angle distribution test.ipynb
 
 
saveDitherPositions.ipynb
saveDitherPositions.ipynb
 
 
whyditherplot.ipynb
whyditherplot.ipynb
 
 

Repository files navigation

The main code for replicating analysis in the paper is in CSAB.py.

Most of the other notebooks are either:

  • exploratory notebooks
  • notebooks that run parts of the code
  • notebooks that make 1 calculation for an ad-hoc thing in the paper
  • notebooks that generate plots for the paper.

Most of the other files are either post-processings of OpSim runs or pickled results.

About

Optimising LSST Observing Strategy for Weak Lensing systematics

Topics

psf cosmology gravitational-lensing weak-lensing

Resources

Readme
Activity

Stars

0 stars

Watchers

3 watching

Forks

0 forks
Report repository

Releases

No releases published

Packages

No packages published

Contributors 5

Languages