.. _SHEAOCSPointingTimeSeries: Shear AOCS Pointing Timeseries ------------------------------------------- Metadata ______________________ +------------------------------------------------+----------------------------------------------------------------------------------------------+ | Data product name | DpdSheAocsPointingTimeseries | +------------------------------------------------+----------------------------------------------------------------------------------------------+ | Data product custodian | SHE | +------------------------------------------------+----------------------------------------------------------------------------------------------+ | Name of the Schema file | .. raw:: html | | | | | | `euc-she-AocsPointingTimeseries.xsd `_ | +------------------------------------------------+----------------------------------------------------------------------------------------------+ | Processing Element(s) creating/using the data | **Creators:** | | product | | | | * SHE_AOCS_VisExposurePointingError | | | | | | **Consumers:** | | | | | | * SHE_PSF_PDC_Pipeline | | | * SHE_PSF_Fitting_Pipeline | +------------------------------------------------+----------------------------------------------------------------------------------------------+ | Processing function using the data product | SHE | +------------------------------------------------+----------------------------------------------------------------------------------------------+ | Proposed for inclusion in EAS/SAS | This product is proposed for inclusion in the SAS: no | | | | | | This is an internal product, created for processing the PSF data to removing guiding errors. | +------------------------------------------------+----------------------------------------------------------------------------------------------+ Detailed description of the data product ======================================== .. DetailedDescStart An XML data product containing a FITS file which stores a time series of the pointing data for a given exposure (table with timestamp, and rotation about the spacecraft’s x, y and z axes) .. DetailedDescEnd