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Quicklook

Most science data obtained on the telescope are available here about five minutes after the exposure is complete. Data here are quicklook reductions only. They may not use the most up to date calibrations and have not undergone any detailed quality control inspection. Exactly what data formats are available as QUICKLOOKs varies between instruments. See the descriptions for each instrument at the foot of the page.

ProposalUser Name  02/10   01/10   30/09   29/09   28/09 
JL26A01 Dan Perley 14 11 - 11 -
JL26A08 Dan Perley 12 - - 12 -
JL26B02 Ola Bochenek - 34 - - -
JL26B06 Jacob Wise 11 9 - - -
JL26B09a Joel Velasco 7 7 - 7 -
JL26B09b Joel Velasco 5 - - 5 -
PL26B04 Rob Eyles-Ferris 36 36 - 14 -
PL26B06 Shubham Srivastav 6 - - - -
PL26B07 Justyn Maund 25 4 - 7 -
PL26B11 John Mills 15 - - 15 -
PL26B20 Apostolos Christou - 28 - - -
CL26B02 Alicia Lopez-Oramas 2 - - - -
CL26B06 Lluis Galbany 26 31 - 21 -
CL26B07 Rodrigo Gil-Merino - 6 - - -
CALIB CALIB 45 - - 25 -
IOOStand LTOps 36 20 - 32 -
MANUAL UNKNOWN 3 4 2 4 -
NSOPrior3 Andy Newsam 9 2 - 7 -
NSO_Priority_1 Andy Newsam 4 6 - 3 -
NSO_Priority_2 Andy Newsam 1 6 - 7 -
NSO_Priority_3 Andy Newsam 20 14 - 12 -
PZ25A02 Klaas Wiersema 112 48 - 64 -
SPRATArc LTOps 2 2 2 2 2
SPRATBias LTOps 20 20 20 20 20
SPRATDark LTOps 4 4 4 4 4
SPRATFlat LTOps 4 4 - 4 -
Standards LT_RCS - - - 88 -
UNKNOWN UNKNOWN 4 6 8 6 10

Which data formats are available as QUICKLOOKs varies between instruments.

  • IO:O : Generally all data observed are available here fully reduced.
  • RISE : Only a sparsely sampled subset, not every frame taken, will appear here due to the high data rate from this instrument.
  • SPRAT : All data will be available here, including the full, wavelength-calibrated, extracted spectrum. Typically only the 'normalized flux' version will be available with the absolute flux calibrated version added during the full reduction next working day.
  • MOPTOP : Only a sparsely sampled subset, not every frame taken, will appear here due to the high data rate from this instrument. It is intended to be sufficient to confirm the group has been observed and check the pointing is correct. Using just four rotor positions (1-4) it is possible to measure polarisation, assuming the target is bright enough to be detected in single, unstacked frames.

For all instruments, final reductions are available from the searchable data archive and Recent Data web pages next working day.