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Tartarus Home Tartarus at Imperial College London ASCA Sequence List

Description of Tartarus Products


Products are provided in four different tar files. The file "xxxxxxxx_v3.1_all.tar.gz" contains all products available for a certain observing sequence, where "xxxxxxxx" is the sequence number of the observation. Imaging, spectral and timing products only are contained in the files "*_image.tar.gz", "*_spectral.tar.gz" and "*_timing.tar.gz", respectively.

Four lists of products (i.e., all, image, spectral, timing) are given below. A brief description of each product file is given, along with the name of the Tartarus processing task that produced it.

For sequences in which the object was not detected only the "_all.tar.gz" file is produced and it contains only a limited set of products. These product files are listed at the bottom of the page.

These lists of products are provided also in the tar files for each observing sequence.

xxxxxxxx_v3.1_all.tar.gz

File name Task Description
yyyy.mm.dd.hh:mm.xxxxxxxx.seq run_tartarus Log file of processing. The date (yyyy.mm.dd) and time (hh:mm) are indicated in the file name.
xxxxxxxx_gis2_sky_init_large.jpeg t_cent GIS2 sky image showing the region used for source detection.
xxxxxxxx_gis2_sky_init.gif t_cent GIS2 sky image showing the region used for source detection.
xxxxxxxx_gis_sky_bin2_large.jpeg t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning with nominal RA/Dec shown.
xxxxxxxx_gis_sky_bin2.gif t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning with nominal RA/Dec shown.
xxxxxxxx_gis_veron_large.jpeg t_veron Combined GIS2 and GIS3 sky imaged, smoothed with a sigma=2-pixel gaussian, with Veron 2001 objects overlaid.
xxxxxxxx_gis_veron.gif t_veron Combined GIS2 and GIS3 sky imaged, smoothed with a sigma=2-pixel gaussian, with Veron 2001 objects overlaid.
xxxxxxxx_sis0_det_large.jpeg t_detimg SIS0 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis0_det.gif t_detimg SIS0 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis0_det_sm_large.jpeg t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis0_det_sm.gif t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis1_det_large.jpeg t_detimg SIS1 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis1_det.gif t_detimg SIS1 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis1_det_sm_large.jpeg t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis1_det_sm.gif t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis2_det_large.jpeg t_detimg GIS2 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis2_det.gif t_detimg GIS2 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis2_det_sm_large.jpeg t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis2_det_sm.gif t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis3_det_large.jpeg t_detimg GIS3 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis3_det.gif t_detimg GIS3 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis3_det_sm_large.jpeg t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis3_det_sm.gif t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis0.evt t_scrn SIS0 screened event file with no energy or region filtering.
xxxxxxxx_sis1.evt t_scrn SIS1 screened event file with no energy or region filtering.
xxxxxxxx_gis2.evt t_scrn GIS2 screened event file with no energy or region filtering.
xxxxxxxx_gis3.evt t_scrn GIS3 screened event file with no energy or region filtering.
xxxxxxxx_sis0_src.evt t_prod SIS0 source events in the energy range 0.5-10 keV.
xxxxxxxx_sis0_src_full2.evt t_prod SIS0 source events in the energy range 0.6-10 keV.
xxxxxxxx_sis0_src_soft.evt t_prod SIS0 source events in the energy range 0.5-2 keV.
xxxxxxxx_sis0_src_soft2.evt t_prod SIS0 source events in the energy range 0.6-2 keV.
xxxxxxxx_sis0_src_hard.evt t_prod SIS0 source events in the energy range 2-10 keV.
xxxxxxxx_sis0_bgd.evt t_prod SIS0 background events in the energy range 0.5-10 keV.
xxxxxxxx_sis0_bgd_full2.evt t_prod SIS0 background events in the energy range 0.6-10 keV.
xxxxxxxx_sis0_bgd_soft.evt t_prod SIS0 background events in the energy range 0.5-2 keV.
xxxxxxxx_sis0_bgd_soft2.evt t_prod SIS0 background events in the energy range 0.6-2 keV.
xxxxxxxx_sis0_bgd_hard.evt t_prod SIS0 background events in the energy range 2-10 keV.
xxxxxxxx_sis1_src.evt t_prod SIS0 source events in the energy range 0.5-10 keV.
xxxxxxxx_sis1_src_full2.evt t_prod SIS0 source events in the energy range 0.6-10 keV.
xxxxxxxx_sis1_src_soft.evt t_prod SIS0 source events in the energy range 0.5-2 keV.
xxxxxxxx_sis1_src_soft2.evt t_prod SIS0 source events in the energy range 0.6-2 keV.
xxxxxxxx_sis1_src_hard.evt t_prod SIS0 source events in the energy range 2-10 keV.
xxxxxxxx_sis1_bgd.evt t_prod SIS0 background events in the energy range 0.5-10 keV.
xxxxxxxx_sis1_bgd_full2.evt t_prod SIS0 background events in the energy range 0.6-10 keV.
xxxxxxxx_sis1_bgd_soft.evt t_prod SIS0 background events in the energy range 0.5-2 keV.
xxxxxxxx_sis1_bgd_soft2.evt t_prod SIS0 background events in the energy range 0.6-2 keV.
xxxxxxxx_sis1_bgd_hard.evt t_prod SIS0 background events in the energy range 2-10 keV.
xxxxxxxx_gis2_src.evt t_prod GIS2 source events in the energy range 0.75-10 keV.
xxxxxxxx_gis2_src_hard.evt t_prod GIS2 source events in the energy range 2-10 keV.
xxxxxxxx_gis2_bgd.evt t_prod GIS2 background events in the energy range 0.75-10 keV.
xxxxxxxx_gis2_bgd_hard.evt t_prod GIS2 background events in the energy range 2-10 keV.
xxxxxxxx_gis3_src.evt t_prod GIS3 source events in the energy range 0.75-10 keV.
xxxxxxxx_gis3_src_hard.evt t_prod GIS3 source events in the energy range 2-10 keV.
xxxxxxxx_gis3_bgd.evt t_prod GIS3 background events in the energy range 0.75-10 keV.
xxxxxxxx_gis3_bgd_hard.evt t_prod GIS3 background events in the energy range 2-10 keV.
xxxxxxxx_sis0_bgd.pha t_prod SIS0 background spectrum.
xxxxxxxx_sis0_src_20.pha t_spec SIS0 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_sis1_bgd.pha t_prod SIS1 background spectrum.
xxxxxxxx_sis1_src_20.pha t_spec SIS1 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_gis2_bgd.pha t_prod GIS2 background spectrum.
xxxxxxxx_gis2_src_20.pha t_spec GIS2 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_gis3_bgd.pha t_prod GIS3 background spectrum.
xxxxxxxx_gis3_src_20.pha t_spec GIS3 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_sis0.rmf t_spec SIS0 redistribution matrix.
xxxxxxxx_sis0.arf t_spec SIS0 ancillary reasponse file.
xxxxxxxx_sis1.rmf t_spec SIS1 redistribution matrix.
xxxxxxxx_sis1.arf t_spec SIS1 ancillary reasponse file.
xxxxxxxx_gis2.rmf t_spec GIS2 redistribution matrix.
xxxxxxxx_gis2.arf t_spec GIS2 ancillary reasponse file.
xxxxxxxx_gis3.rmf t_spec GIS3 redistribution matrix.
xxxxxxxx_gis3.arf t_spec GIS3 ancillary reasponse file.
xxxxxxxx_webfit_fullf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-10 keV power-law model.
xxxxxxxx_webfit_nhfullf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-10 keV absorbed power-law model.
xxxxxxxx_webfit_softf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-2 keV power-law model.
xxxxxxxx_webfit_nhsoftf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-2 keV absorbed power-law model.
xxxxxxxx_webfit_hardf.xcm t_fits XSPEC script that reads in spectra and shows the initial 2-10 keV power-law model.
xxxxxxxx_webfit_nhhardf.xcm t_fits XSPEC script that reads in spectra and shows the initial 2-10 keV absorbed power-law model.
xxxxxxxx_sis_src_16s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_16s_soft.flc t_lcvs Combined SIS0+SIS1 0.5-2 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_5760s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_16s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_256s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 256 s time resolution.
xxxxxxxx_sis_src_5760s_hard.flc t_lcvs Combined SIS0+SIS1 2-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_16s_hard.flc t_lcvs Combined SIS0+SIS1 2-10 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_256s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV source light curve with 256 s time resolution.
xxxxxxxx_sis_src_5760s_soft2.flc t_lcvs Combined SIS0+SIS1 0.6-2 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_16s_soft2.flc t_lcvs Combined SIS0+SIS1 0.6-2 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_5760s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_5760s_soft.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_bgd_16s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_16s_soft2.flc t_lcvs Combined SIS0+SIS1 0.6-2 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_5760s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV background light curve with 5760 s time resolution.
xxxxxxxx_sis_bgd_16s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_16s_soft.flc t_lcvs Combined SIS0+SIS1 0.5-2 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_16s_hard.flc t_lcvs Combined SIS0+SIS1 2-10 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_5760s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV background light curve with 5760 s time resolution.
xxxxxxxx_gis_src_16s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV source light curve with 16 s time resolution.
xxxxxxxx_gis_src_256s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV source light curve with 256 s time resolution.
xxxxxxxx_gis_src_5760s_hard.flc t_lcvs Combined GIS2+GIS3 2-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_gis_src_16s_hard.flc t_lcvs Combined GIS2+GIS3 2-10 keV source light curve with 16 s time resolution.
xxxxxxxx_gis_src_5760s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_gis_bgd_16s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV background light curve with 16 s time resolution.
xxxxxxxx_gis_bgd_16s_hard.flc t_lcvs Combined GIS2+GIS3 2-10 keV background light curve with 16 s time resolution.
xxxxxxxx_gis_bgd_5760s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV background light curve with 5760 s time resolution.
xxxxxxxx_sis0_sky.img t_prod SIS0 sky image using default (4-pixel) binning.
xxxxxxxx_sis0_det.img t_scrn SIS0 detector image using default (4-pixel) binning.
xxxxxxxx_sis0_det_sm.img t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_sis1_sky.img t_prod SIS1 sky image using default (4-pixel) binning.
xxxxxxxx_sis1_det.img t_scrn SIS1 detector image using default (4-pixel) binning.
xxxxxxxx_sis1_det_sm.img t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis2_sky.img t_prod GIS2 sky image using default (1-pixel) binning.
xxxxxxxx_gis2_det.img t_scrn GIS2 detector image using default (1-pixel) binning.
xxxxxxxx_gis2_det_sm.img t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis3_sky.img t_prod GIS3 sky image using default (1-pixel) binning.
xxxxxxxx_gis3_det.img t_scrn GIS3 detector image using default (1-pixel) binning.
xxxxxxxx_gis3_det_sm.img t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis_veron.img t_veron Combined GIS2 and GIS3 sky image, smoothed with a sigma=2-pixel gaussian.
xxxxxxxx_gis2_sky_bin2.img t_cent GIS2 sky image using 2-pixel binning.
xxxxxxxx_gis3_sky_bin2.img t_cent GIS3 sky image using 2-pixel binning.
xxxxxxxx_gis_sky_bin2.img t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning.
xxxxxxxx_gis2_sky_init.img t_cent GIS2 sky image with default (1-pixel) binning.
xxxxxxxx_sis0.expo t_expo SIS0 exposure map created with the source spectrum.
xxxxxxxx_sis0_1.4.expo t_expo SIS0 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_sis0_1.7.expo t_expo SIS0 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_sis0_2.0.expo t_expo SIS0 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_sis1.expo t_expo SIS1 exposure map created with the source spectrum.
xxxxxxxx_sis1_1.4.expo t_expo SIS1 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_sis1_1.7.expo t_expo SIS1 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_sis1_2.0.expo t_expo SIS1 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_gis2.expo t_expo GIS2 exposure map created with the source spectrum.
xxxxxxxx_gis2_1.4.expo t_expo GIS2 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_gis2_1.7.expo t_expo GIS2 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_gis2_2.0.expo t_expo GIS2 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_gis3.expo t_expo GIS3 exposure map created with the source spectrum.
xxxxxxxx_gis3_1.4.expo t_expo GIS3 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_gis3_1.7.expo t_expo GIS3 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_gis3_2.0.expo t_expo GIS3 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_sis0_src.reg t_cent SIS0 source extraction region.
xxxxxxxx_sis0_bgd.reg t_cent SIS0 background extraction region.
xxxxxxxx_sis1_src.reg t_cent SIS1 source extraction region.
xxxxxxxx_sis1_bgd.reg t_cent SIS1 background extraction region
xxxxxxxx_gis2_src.reg t_cent GIS2 source extraction region.
xxxxxxxx_gis2_bgd.reg t_cent GIS2 background extraction region.
xxxxxxxx_gis3_src.reg t_cent GIS3 source extraction region.
xxxxxxxx_gis3_bgd.reg t_cent GIS3 background extraction region.
gis2_det_src.reg t_cent GIS2 source region used to determine if object was detected.
gis2_det_bgd.reg t_cent GIS3 background region used to determine if object was detected.

xxxxxxxx_v3.1_image.tar.gz

File name Task Description
xxxxxxxx_gis2_sky_init_large.jpeg t_cent GIS2 sky image showing the region used for source detection.
xxxxxxxx_gis2_sky_init.gif t_cent GIS2 sky image showing the region used for source detection.
xxxxxxxx_gis_sky_bin2_large.jpeg t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning with nominal RA/Dec shown.
xxxxxxxx_gis_sky_bin2.gif t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning with nominal RA/Dec shown.
xxxxxxxx_gis_veron_large.jpeg t_veron Combined GIS2 and GIS3 sky imaged, smoothed with a sigma=2-pixel gaussian, with Veron 2001 objects overlaid.
xxxxxxxx_gis_veron.gif t_veron Combined GIS2 and GIS3 sky imaged, smoothed with a sigma=2-pixel gaussian, with Veron 2001 objects overlaid.
xxxxxxxx_sis0_det_large.jpeg t_detimg SIS0 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis0_det.gif t_detimg SIS0 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis0_det_sm_large.jpeg t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis0_det_sm.gif t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis1_det_large.jpeg t_detimg SIS1 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis1_det.gif t_detimg SIS1 detector image using default (4-pixel) binning with extraction regions shown.
xxxxxxxx_sis1_det_sm_large.jpeg t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis1_det_sm.gif t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis2_det_large.jpeg t_detimg GIS2 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis2_det.gif t_detimg GIS2 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis2_det_sm_large.jpeg t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis2_det_sm.gif t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis3_det_large.jpeg t_detimg GIS3 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis3_det.gif t_detimg GIS3 detector image using default (1-pixel) binning with extraction regions shown.
xxxxxxxx_gis3_det_sm_large.jpeg t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_gis3_det_sm.gif t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian with extraction regions shown.
xxxxxxxx_sis0.evt t_scrn SIS0 screened event file with no energy or region filtering.
xxxxxxxx_sis1.evt t_scrn SIS1 screened event file with no energy or region filtering.
xxxxxxxx_gis2.evt t_scrn GIS2 screened event file with no energy or region filtering.
xxxxxxxx_gis3.evt t_scrn GIS3 screened event file with no energy or region filtering.
xxxxxxxx_sis0_sky.img t_prod SIS0 sky image using default (4-pixel) binning.
xxxxxxxx_sis0_det.img t_scrn SIS0 detector image using default (4-pixel) binning.
xxxxxxxx_sis0_det_sm.img t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_sis1_sky.img t_prod SIS1 sky image using default (4-pixel) binning.
xxxxxxxx_sis1_det.img t_scrn SIS1 detector image using default (4-pixel) binning.
xxxxxxxx_sis1_det_sm.img t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis2_sky.img t_prod GIS2 sky image using default (1-pixel) binning.
xxxxxxxx_gis2_det.img t_scrn GIS2 detector image using default (1-pixel) binning.
xxxxxxxx_gis2_det_sm.img t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis3_sky.img t_prod GIS3 sky image using default (1-pixel) binning.
xxxxxxxx_gis3_det.img t_scrn GIS3 detector image using default (1-pixel) binning.
xxxxxxxx_gis3_det_sm.img t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis_veron.img t_veron Combined GIS2 and GIS3 sky image, smoothed with a sigma=2-pixel gaussian.
xxxxxxxx_gis2_sky_bin2.img t_cent GIS2 sky image using 2-pixel binning.
xxxxxxxx_gis3_sky_bin2.img t_cent GIS3 sky image using 2-pixel binning.
xxxxxxxx_gis_sky_bin2.img t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning.
xxxxxxxx_gis2_sky_init.img t_cent GIS2 sky image with default (1-pixel) binning.
xxxxxxxx_sis0.expo t_expo SIS0 exposure map created with the source spectrum.
xxxxxxxx_sis0_1.4.expo t_expo SIS0 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_sis0_1.7.expo t_expo SIS0 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_sis0_2.0.expo t_expo SIS0 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_sis1.expo t_expo SIS1 exposure map created with the source spectrum.
xxxxxxxx_sis1_1.4.expo t_expo SIS1 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_sis1_1.7.expo t_expo SIS1 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_sis1_2.0.expo t_expo SIS1 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_gis2.expo t_expo GIS2 exposure map created with the source spectrum.
xxxxxxxx_gis2_1.4.expo t_expo GIS2 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_gis2_1.7.expo t_expo GIS2 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_gis2_2.0.expo t_expo GIS2 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_gis3.expo t_expo GIS3 exposure map created with the source spectrum.
xxxxxxxx_gis3_1.4.expo t_expo GIS3 exposure map created with a simulated power-law spectrum with a photon index of 1.4.
xxxxxxxx_gis3_1.7.expo t_expo GIS3 exposure map created with a simulated power-law spectrum with a photon index of 1.7.
xxxxxxxx_gis3_2.0.expo t_expo GIS3 exposure map created with a simulated power-law spectrum with a photon index of 2.0.
xxxxxxxx_sis0_src.reg t_cent SIS0 source extraction region.
xxxxxxxx_sis0_bgd.reg t_cent SIS0 background extraction region.
xxxxxxxx_sis1_src.reg t_cent SIS1 source extraction region.
xxxxxxxx_sis1_bgd.reg t_cent SIS1 background extraction region
xxxxxxxx_gis2_src.reg t_cent GIS2 source extraction region.
xxxxxxxx_gis2_bgd.reg t_cent GIS2 background extraction region.
xxxxxxxx_gis3_src.reg t_cent GIS3 source extraction region.
xxxxxxxx_gis3_bgd.reg t_cent GIS3 background extraction region.
gis2_det_src.reg t_cent GIS2 source region used to determine if object was detected.
gis2_det_bgd.reg t_cent GIS3 background region used to determine if object was detected.

xxxxxxxx_v3.1_spectral.tar.gz

File name Task Description
xxxxxxxx_sis0_bgd.pha t_prod SIS0 background spectrum.
xxxxxxxx_sis0_src_20.pha t_spec SIS0 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_sis1_bgd.pha t_prod SIS1 background spectrum.
xxxxxxxx_sis1_src_20.pha t_spec SIS1 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_gis2_bgd.pha t_prod GIS2 background spectrum.
xxxxxxxx_gis2_src_20.pha t_spec GIS2 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_gis3_bgd.pha t_prod GIS3 background spectrum.
xxxxxxxx_gis3_src_20.pha t_spec GIS3 source spectrum with standard grouping and minimum 20 counts per channel.
xxxxxxxx_sis0.rmf t_spec SIS0 redistribution matrix.
xxxxxxxx_sis0.arf t_spec SIS0 ancillary reasponse file.
xxxxxxxx_sis1.rmf t_spec SIS1 redistribution matrix.
xxxxxxxx_sis1.arf t_spec SIS1 ancillary reasponse file.
xxxxxxxx_gis2.rmf t_spec GIS2 redistribution matrix.
xxxxxxxx_gis2.arf t_spec GIS2 ancillary reasponse file.
xxxxxxxx_gis3.rmf t_spec GIS3 redistribution matrix.
xxxxxxxx_gis3.arf t_spec GIS3 ancillary reasponse file.
xxxxxxxx_webfit_fullf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-10 keV power-law model.
xxxxxxxx_webfit_nhfullf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-10 keV absorbed power-law model.
xxxxxxxx_webfit_softf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-2 keV power-law model.
xxxxxxxx_webfit_nhsoftf.xcm t_fits XSPEC script that reads in spectra and shows the initial 0.6-2 keV absorbed power-law model.
xxxxxxxx_webfit_hardf.xcm t_fits XSPEC script that reads in spectra and shows the initial 2-10 keV power-law model.
xxxxxxxx_webfit_nhhardf.xcm t_fits XSPEC script that reads in spectra and shows the initial 2-10 keV absorbed power-law model.

xxxxxxxx_v3.1_timing.tar.gz

File name Task Description
xxxxxxxx_sis0_src.evt t_prod SIS0 source events in the energy range 0.5-10 keV.
xxxxxxxx_sis0_src_full2.evt t_prod SIS0 source events in the energy range 0.6-10 keV.
xxxxxxxx_sis0_src_soft.evt t_prod SIS0 source events in the energy range 0.5-2 keV.
xxxxxxxx_sis0_src_soft2.evt t_prod SIS0 source events in the energy range 0.6-2 keV.
xxxxxxxx_sis0_src_hard.evt t_prod SIS0 source events in the energy range 2-10 keV.
xxxxxxxx_sis0_bgd.evt t_prod SIS0 background events in the energy range 0.5-10 keV.
xxxxxxxx_sis0_bgd_full2.evt t_prod SIS0 background events in the energy range 0.6-10 keV.
xxxxxxxx_sis0_bgd_soft.evt t_prod SIS0 background events in the energy range 0.5-2 keV.
xxxxxxxx_sis0_bgd_soft2.evt t_prod SIS0 background events in the energy range 0.6-2 keV.
xxxxxxxx_sis0_bgd_hard.evt t_prod SIS0 background events in the energy range 2-10 keV.
xxxxxxxx_sis1_src.evt t_prod SIS0 source events in the energy range 0.5-10 keV.
xxxxxxxx_sis1_src_full2.evt t_prod SIS0 source events in the energy range 0.6-10 keV.
xxxxxxxx_sis1_src_soft.evt t_prod SIS0 source events in the energy range 0.5-2 keV.
xxxxxxxx_sis1_src_soft2.evt t_prod SIS0 source events in the energy range 0.6-2 keV.
xxxxxxxx_sis1_src_hard.evt t_prod SIS0 source events in the energy range 2-10 keV.
xxxxxxxx_sis1_bgd.evt t_prod SIS0 background events in the energy range 0.5-10 keV.
xxxxxxxx_sis1_bgd_full2.evt t_prod SIS0 background events in the energy range 0.6-10 keV.
xxxxxxxx_sis1_bgd_soft.evt t_prod SIS0 background events in the energy range 0.5-2 keV.
xxxxxxxx_sis1_bgd_soft2.evt t_prod SIS0 background events in the energy range 0.6-2 keV.
xxxxxxxx_sis1_bgd_hard.evt t_prod SIS0 background events in the energy range 2-10 keV.
xxxxxxxx_gis2_src.evt t_prod GIS2 source events in the energy range 0.75-10 keV.
xxxxxxxx_gis2_src_hard.evt t_prod GIS2 source events in the energy range 2-10 keV.
xxxxxxxx_gis2_bgd.evt t_prod GIS2 background events in the energy range 0.75-10 keV.
xxxxxxxx_gis2_bgd_hard.evt t_prod GIS2 background events in the energy range 2-10 keV.
xxxxxxxx_gis3_src.evt t_prod GIS3 source events in the energy range 0.75-10 keV.
xxxxxxxx_gis3_src_hard.evt t_prod GIS3 source events in the energy range 2-10 keV.
xxxxxxxx_gis3_bgd.evt t_prod GIS3 background events in the energy range 0.75-10 keV.
xxxxxxxx_gis3_bgd_hard.evt t_prod GIS3 background events in the energy range 2-10 keV.
xxxxxxxx_sis_src_16s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_16s_soft.flc t_lcvs Combined SIS0+SIS1 0.5-2 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_5760s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_16s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_256s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 256 s time resolution.
xxxxxxxx_sis_src_5760s_hard.flc t_lcvs Combined SIS0+SIS1 2-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_16s_hard.flc t_lcvs Combined SIS0+SIS1 2-10 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_256s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV source light curve with 256 s time resolution.
xxxxxxxx_sis_src_5760s_soft2.flc t_lcvs Combined SIS0+SIS1 0.6-2 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_16s_soft2.flc t_lcvs Combined SIS0+SIS1 0.6-2 keV source light curve with 16 s time resolution.
xxxxxxxx_sis_src_5760s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_src_5760s_soft.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_sis_bgd_16s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_16s_soft2.flc t_lcvs Combined SIS0+SIS1 0.6-2 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_5760s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV background light curve with 5760 s time resolution.
xxxxxxxx_sis_bgd_16s_full2.flc t_lcvs Combined SIS0+SIS1 0.6-10 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_16s_soft.flc t_lcvs Combined SIS0+SIS1 0.5-2 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_16s_hard.flc t_lcvs Combined SIS0+SIS1 2-10 keV background light curve with 16 s time resolution.
xxxxxxxx_sis_bgd_5760s.flc t_lcvs Combined SIS0+SIS1 0.5-10 keV background light curve with 5760 s time resolution.
xxxxxxxx_gis_src_16s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV source light curve with 16 s time resolution.
xxxxxxxx_gis_src_256s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV source light curve with 256 s time resolution.
xxxxxxxx_gis_src_5760s_hard.flc t_lcvs Combined GIS2+GIS3 2-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_gis_src_16s_hard.flc t_lcvs Combined GIS2+GIS3 2-10 keV source light curve with 16 s time resolution.
xxxxxxxx_gis_src_5760s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV source light curve with 5760 s time resolution.
xxxxxxxx_gis_bgd_16s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV background light curve with 16 s time resolution.
xxxxxxxx_gis_bgd_16s_hard.flc t_lcvs Combined GIS2+GIS3 2-10 keV background light curve with 16 s time resolution.
xxxxxxxx_gis_bgd_5760s.flc t_lcvs Combined GIS2+GIS3 0.75-10 keV background light curve with 5760 s time resolution.

xxxxxxxx_v3.1_all.tar.gz (object not detected)

File name Task Description
yyyy.mm.dd.hh:mm.xxxxxxxx.seq run_tartarus Log file of processing. The date (yyyy.mm.dd) and time (hh:mm) are indicated in the file name.
xxxxxxxx_gis2_sky_init_large.jpeg t_cent GIS2 sky image showing the region used for source detection.
xxxxxxxx_gis2_sky_init.gif t_cent GIS2 sky image showing the region used for source detection.
xxxxxxxx_gis_sky_bin2_large.jpeg t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning with nominal RA/Dec shown.
xxxxxxxx_gis_sky_bin2.gif t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning with nominal RA/Dec shown.
xxxxxxxx_gis_veron_large.jpeg t_veron Combined GIS2 and GIS3 sky imaged, smoothed with a sigma=2-pixel gaussian, with Veron 2001 objects overlaid.
xxxxxxxx_gis_veron.gif t_veron Combined GIS2 and GIS3 sky imaged, smoothed with a sigma=2-pixel gaussian, with Veron 2001 objects overlaid.
xxxxxxxx_sis0_det_large.jpeg t_detimg SIS0 detector image using default (4-pixel) binning.
xxxxxxxx_sis0_det.gif t_detimg SIS0 detector image using default (4-pixel) binning.
xxxxxxxx_sis0_det_sm_large.jpeg t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_sis0_det_sm.gif t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_sis1_det_large.jpeg t_detimg SIS1 detector image using default (4-pixel) binning.
xxxxxxxx_sis1_det.gif t_detimg SIS1 detector image using default (4-pixel) binning.
xxxxxxxx_sis1_det_sm_large.jpeg t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_sis1_det_sm.gif t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis2_det_large.jpeg t_detimg GIS2 detector image using default (1-pixel) binning.
xxxxxxxx_gis2_det.gif t_detimg GIS2 detector image using default (1-pixel) binning.
xxxxxxxx_gis2_det_sm_large.jpeg t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis2_det_sm.gif t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis3_det_large.jpeg t_detimg GIS3 detector image using default (1-pixel) binning.
xxxxxxxx_gis3_det.gif t_detimg GIS3 detector image using default (1-pixel) binning.
xxxxxxxx_gis3_det_sm_large.jpeg t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis3_det_sm.gif t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_sis0.evt t_scrn SIS0 screened event file with no energy or region filtering.
xxxxxxxx_sis1.evt t_scrn SIS1 screened event file with no energy or region filtering.
xxxxxxxx_gis2.evt t_scrn GIS2 screened event file with no energy or region filtering.
xxxxxxxx_gis3.evt t_scrn GIS3 screened event file with no energy or region filtering.
xxxxxxxx_sis0_sky_cent.img t_cent SIS0 sky image using default (4-pixel) binning.
xxxxxxxx_sis0_det.img t_scrn SIS0 detector image using default (4-pixel) binning.
xxxxxxxx_sis0_det_sm.img t_detimg SIS0 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_sis1_sky_cent.img t_cent SIS1 sky image using default (4-pixel) binning.
xxxxxxxx_sis1_det.img t_scrn SIS1 detector image using default (4-pixel) binning.
xxxxxxxx_sis1_det_sm.img t_detimg SIS1 detector image using default (4-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis2_sky_cent.img t_cent GIS2 sky image using default (1-pixel) binning.
xxxxxxxx_gis2_det.img t_scrn GIS2 detector image using default (1-pixel) binning.
xxxxxxxx_gis2_det_sm.img t_detimg GIS2 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis3_sky_cent.img t_cent GIS3 sky image using default (1-pixel) binning.
xxxxxxxx_gis3_det.img t_scrn GIS3 detector image using default (1-pixel) binning.
xxxxxxxx_gis3_det_sm.img t_detimg GIS3 detector image using default (1-pixel) binning and smoothed with a sigma=1-pixel gaussian.
xxxxxxxx_gis_veron.img t_veron Combined GIS2 and GIS3 sky image, smoothed with a sigma=2-pixel gaussian.
xxxxxxxx_gis2_sky_bin2.img t_cent GIS2 sky image using 2-pixel binning.
xxxxxxxx_gis3_sky_bin2.img t_cent GIS3 sky image using 2-pixel binning.
xxxxxxxx_gis_sky_bin2.img t_cent Combined GIS2 and GIS3 sky image using 2-pixel binning.
xxxxxxxx_gis2_sky_init.img t_cent GIS2 sky image with default (1-pixel) binning.
gis2_det_src.reg t_cent GIS2 source region used to determine if object was detected.
gis2_det_bgd.reg t_cent GIS3 background region used to determine if object was detected.




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