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← Revision 17 as of 2019-08-07 08:17:51 ⇥
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Deletions are marked like this. | Additions are marked like this. |
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* eFEDS simulation Version 4 (EroAGN + EroClusters) | * eFEDS simulation Version 4 (EroAgn + EroClusters) |
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* Attitude file Sim3 (typical depth 2.9ks, 127 deg^2) vs Sim4 (typical depth 2.2ks, 144 deg^2) | * Attitude file Sim3 (typical depth 2.9ks, 127 deg^2^ ) vs Sim4 (typical depth 2.2ks, 144 deg^2^ ) |
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Below compares Sim3,PipelineV7 (left), Sim3,PipelineV8 (middle) and Sim4,PipelineV9 (right): | === Below compares Sim3,PipelineV7 (left), Sim3,V8 (middle) and Sim4,V9 (right): === * Note: Essential parameters were changed between Pipeline V7 and V8 to improve point-source detection efficiency. But they remain the same between V8 and V9. |
A comparison between eFEDS_Sim3 and eFEDS_Sim4
* eFEDS simulation Version 3
- eFEDS attitude file according to the launch date of June 12. Typical depth 2.9ks.
- sixte-2.5.9, simput-2.4.5, with default instrument files.
- AGN simput: eFEDS_AGN_simput_v3.fits Multiply Flux by 1.7 (a temporary solution to a Simput bug)
- cluster simput: cwg_clusters/v0.1/efeds_mock.simput
- galactic background: eFEDS_bkg_simput.fits
* eFEDS simulation Version 4 (EroAgn + EroClusters)
- eFEDS attitude file according to the launch date of July 13. Typical depth 2.2ks.
- sixte-2.5.10, simput-2.4.5, with the new PANTER PSF model (tm1_2dpsf_190219v03.fits) and a new vignetting curve (erosita_vignetting_v3.0.fits).
- AGN simput: eFEDS_AGN_simput_v4.fits, the same as _v3, just cropped for the new field.
- cluster simput: cwg_clusters/v2/eFEDS_cls_v2_simput.fits
- galactic background: eFEDS_bkg_v2_simput.fits, the same as last version, just re-made for the new field.
* Attitude file Sim3 (typical depth 2.9ks, 127 deg2 ) vs Sim4 (typical depth 2.2ks, 144 deg2 )
Below compares Sim3,PipelineV7 (left), Sim3,V8 (middle) and Sim4,V9 (right):
* Note: Essential parameters were changed between Pipeline V7 and V8 to improve point-source detection efficiency. But they remain the same between V8 and V9.
* Input -- output fluxes
* Input -- output counts
* Detection fraction as a function of input counts
* Detection fraction as a function of input fluxes
* Spurious fraction
* logN-logS based on ersensmap (Sim3,V8)