PSF Library =========== The following three files have been generated by AnisoCADO for use with SimCADO. .. warning:: These files are ~1 GB in size. ======= ======= =========== ======= =============== ============================ Profile Seeing Zenith Wind Turbulence File Link Distance Speed Profile ------- ------- ----------- ------- --------------- ---------------------------- arcsec degree m/s Rel Cn2 ======= ======= =========== ======= =============== ============================ Good 0.4 0 8.8 ESO Quartile 1 AnisoCADO_Q1_ Median 0.67 30 10 ESO Median AnisoCADO_Median_ Bad 1.0 60 13 ESO Quartile 4 AnisoCADO_Q4_ ======= ======= =========== ======= =============== ============================ .. _AnisoCADO_Q1: https://scopesim.univie.ac.at/InstPkgSvr/psfs/AnisoCADO_SCAO_FVPSF_4mas_EsoQ1_20190328.fits .. _AnisoCADO_Median: https://scopesim.univie.ac.at/InstPkgSvr/psfs/AnisoCADO_SCAO_FVPSF_4mas_EsoMedian_20190328.fits .. _AnisoCADO_Q4: https://scopesim.univie.ac.at/InstPkgSvr/psfs/AnisoCADO_SCAO_FVPSF_4mas_EsoQ4_20190328.fits PSF radial profiles and images ------------------------------ Below are links to a summary image of each PSF and wavelength held in the SimCADO PSF database. Please contact the SimCADO team if you would like access to the files which are not listed above. .. .. execute_code:: :hide_code: import requests url = "https://scopesim.univie.ac.at/InstPkgSvr/psfs/psf_summary/" file = "summary.txt" response = requests.get(url + file) response = response.text.split("\r\n") for line in response: print(line.split(".fits")[0]) print("`{} <{}{}>.fits`_".format(line, url, line.split(".fits")[0])) `AnisoCADO_SCAO_FVPSF_4mas_EsoMedian_20190328.fits[2](0)-0.87um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoMedian_20190328.fits[3](0)-1.05um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoMedian_20190328.fits[4](0)-1.25um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoMedian_20190328.fits[5](0)-1.65um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoMedian_20190328.fits[6](0)-2.15um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ1_20190328.fits[2](0)-0.87um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ1_20190328.fits[3](0)-1.05um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ1_20190328.fits[4](0)-1.25um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ1_20190328.fits[5](0)-1.65um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ1_20190328.fits[6](0)-2.15um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ4_20190328.fits[2](0)-0.87um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ4_20190328.fits[3](0)-1.05um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ4_20190328.fits[4](0)-1.25um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ4_20190328.fits[5](0)-1.65um.png `_ `AnisoCADO_SCAO_FVPSF_4mas_EsoQ4_20190328.fits[6](0)-2.15um.png `_ `Default_PSF_SCAO.fits[0](0)-1.65um.png `_ `Default_PSF_SCAO.fits[1](0)-0.9um.png `_ `Default_PSF_SCAO.fits[2](0)-1.2um.png `_ `Default_PSF_SCAO.fits[3](0)-2.2um.png `_ `MORFEO_MCAO_FVPSF_1.5mas_20181203.fits[2](0)-1.635um.png `_ `MORFEO_MCAO_FVPSF_1.5mas_20181203.fits[3](0)-0.86um.png `_ `MORFEO_MCAO_FVPSF_1.5mas_20181203.fits[4](0)-1.245um.png `_ `MORFEO_MCAO_FVPSF_1.5mas_20181203.fits[5](0)-2.145um.png `_ `MORFEO_MCAO_FVPSF_4mas_20181203.fits[2](0)-1.635um.png `_ `MORFEO_MCAO_FVPSF_4mas_20181203.fits[3](0)-0.86um.png `_ `MORFEO_MCAO_FVPSF_4mas_20181203.fits[4](0)-1.245um.png `_ `MORFEO_MCAO_FVPSF_4mas_20181203.fits[5](0)-2.145um.png `_ `MORFEO_SCAO_FVPSF_1.5mas_20181203.fits[2](4)-1.635um.png `_ `MORFEO_SCAO_FVPSF_1.5mas_20181203.fits[3](4)-0.86um.png `_ `MORFEO_SCAO_FVPSF_1.5mas_20181203.fits[4](4)-1.245um.png `_ `MORFEO_SCAO_FVPSF_1.5mas_20181203.fits[5](4)-2.145um.png `_ `MORFEO_SCAO_FVPSF_1.5mas_20181203.fits[6](4)-1.02um.png `_ `MORFEO_SCAO_FVPSF_4mas_20181203.fits[2](24)-1.635um.png `_ `MORFEO_SCAO_FVPSF_4mas_20181203.fits[3](24)-0.86um.png `_ `MORFEO_SCAO_FVPSF_4mas_20181203.fits[4](24)-1.245um.png `_ `MORFEO_SCAO_FVPSF_4mas_20181203.fits[5](24)-2.145um.png `_ `MORFEO_SCAO_FVPSF_4mas_20181203.fits[6](24)-1.02um.png `_ `POPPY_NIR_Diff_limited_CONST_PSF_1mas_20181210.fits[0](0)-1.2um.png `_ `POPPY_NIR_Diff_limited_CONST_PSF_1mas_20181210.fits[1](0)-1.6um.png `_ `POPPY_NIR_Diff_limited_CONST_PSF_1mas_20181210.fits[2](0)-2.2um.png `_