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AAOmega File Format (or, which spectrum is which object?) | ||||||||
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< < | When analysing data from an AAOmega run, one needs to be able to map the combined spectra returned from the reduction task back to individual objects from the input catalogue. All the relevant information is contained within the combined output file(s). The page that follows describes how to recover this information. The process is simple, once one follows the logic. However, it can seem rather convoluted at first sight. Please send any questions, comments and suggestion you may have on how to make this information more digestible, to Rob Sharp. | |||||||
> > | When analysing data from an AAOmega run, one needs to map the combined spectra produced by the reduction back to individual objects from the input catalogue. All the relevant information is contained within the combined output file(s). This page describes how to recover this information. The process is simple, once one follows the logic. It can seem rather convoluted at first sight. Please send any questions, comments and suggestion you may have on how to make this information more digestible, to Rob Sharp or Ron Heald. | |||||||
File Extensions | ||||||||
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< < | This table gives a summary of the 2dfdr output file content, for either an individual reduced frame (....red.fits files) or a combined reduced frame (combined_frames.fits files). The file is a standard Multi-Extension FITS![]() | |||||||
> > | This table gives a summary of a AAOmega 2dfdr output file content, for either an individual reduced frame (....red.fits files) or a combined reduced frame (combined_frames.fits files). The file is a standard Multi-Extension FITS![]() | |||||||
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< < | -- RonHeald - 02 Feb 2009 | |||||||
> > | -- RonHeald - 023 Oct 2009 |