Whole Footprint (photometric)
Red = Data, Green = Randoms

Up-close patch (photometric)
Red = Data, Green = Randoms

Whole Footprint (spectroscopic)
Magenta = Data, Cyan = Randoms

Up-close patch (spectroscopic)
Magenta = Data, Cyan = Randoms

Whole Footprint (both)
Spectroscopic: Magenta = Data, Cyan = Randoms
Photometric: Red = Data, Green = Randoms

Up-close patch (both)
Spectroscopic: Magenta = Data, Cyan = Randoms
Photometric: Red = Data, Green = Randoms


Distribution of Dec (spectroscopic)
Magenta = Data, Cyan = Randoms

Distribution of Dec (photometric)
Red= Data, Green = Randoms

Distribution of Dec (both)
Spectroscopic: Magenta = Data, Cyan = Randoms
Photometric: Red = Data, Green = Randoms

Distribution of RA (spectroscopic)
Magenta = Data, Cyan = Random

Distribution of RA (both)
Spectroscopic: Magenta = Data, Cyan = Randoms
Photometric: Red = Data, Green = Randoms

Distribution of Redshift (z) (spectroscopic)
Magenta = Data, Cyan = Randoms

Distribution of Redshift (z)
Red = spectroscopic redshifts, Magenta = photometric photo-z's

No comments:
Post a Comment