== IPP Progress Report for the week 2099.11.16 - 2209.11.20 == [[PageOutline]] (Up to [wiki:IPP_Progress_Reports IPP Progress Reports]) === Eugene Magnier === === Heather Flewelling === * chased down lots of processing problems * thousand of diffs failed, a full ipp016 was the cause, and some incorrect queries also caused problems. Bill and Paul helped out to debug this mess. * a few failures from each stage, mostly caused by the 0 byte neb bug. These have been dealt with, and Chris put in a fix that prevents them. The 0 byte bug often occurs when there is a high load on a machine. * manned summitcopy and registration again, since there was stuff to download. investigated registration failures. * figured out which raw files exist only on cabinet 2. * started copying megacam files into nebulous, about halfway done. (do 'neb-ls megacam' to find them) * started md09 processing. working on diffs and greater. things are distributing. yay. * started md10 processing. chips are in, should go through to warp this weekend. * created a nebulous volume log on wiki. http://svn.pan-starrs.ifa.hawaii.edu/trac/ipp/wiki/NebulousVolumes * mask fractions for random chips and warps in throughput.20091104: * http://svn.pan-starrs.ifa.hawaii.edu/trac/ipp/wiki/WarpMasksStatistics * http://svn.pan-starrs.ifa.hawaii.edu/trac/ipp/wiki/ChipMasksStatistics === Bill Giebink === * Got DIMM operational by repairing relays; serviced DIMM * Located and prepared requisitions for replacement and spare relays. * Attended scaffold training. * Spent a small amount of time on realtest. * Worked with Tom and Steph to setup a laptop to serve accelerometer data. === Paul Price === * Stack photometry * Warp compared with warp: 0.016 mag (aperture) to 0.024 mag (PSF) scatter * Warp compared with stack: 0.076 mag (PSF) scatter * These STS warps have bad PSFs! Generating own stack with "good" inputs failed because bad PSFs despite iq_m[234] being decent: double images and/or triangular PSFs. * Kepler is sparse in terms of PS1 coverage; ditto SA92. * Using Gene's flattest exposures. Photometry comparison residuals: * warp-warp PSF 0.010 * warp-warp Aper 0.010 * warp-stack PSF 0.016 * warp-stack Aper 0.014 * Very pleased to see Nigel's values photometry comparison plots: good aperture photometry suggests stack pixels are fine. * Using simtest to verify that stack pixels are fine. * Discovered RA=0 boundary bug in DVO/getstar * 1 simtest stack failed; no time to investigate * Simtest run in /data/ipp022.0/price/stack/simtest * Fixed headers (WCS, concept values, software versions) for unconvolved stacks. * Threading for pmReadoutFake, trunk@26202. If there are problems with this while I'm away, "svn merge -c -26202" should remove this change. * Fixed division by zero in magic_tree.pl that was preventing STS processing. * Preparing for UK trip. === Bill Sweeney === * Worked with people at MPIA to get the current version of the IPP built and installed at their site. * Installed a data store at MPIA for them to use to submit postage stamp requests * Modified the ipp data store tools to work through a proxy server. * Helped monitor and debug issues in the destreaking and distribution portions of the pipeline. * Figured out why diffs were taking so long to bundle. There was a bug in the pending query that caused runs to get bundled multiple times. Fixed this and deleted the duplicates from the data store. * Finished postage stamp server "get_image" functionality. This will allow users to randomly select and download gpc1 data through the postage stamp server. * Added the ability to select psf, cmf, and background model image to be included in postage stamp data products. * At this point the processing portions of the postage stamp server are functionally complete. (The documentation needs to be updated though). === Chris Waters === * Crosstalk: Finished and tested crosstalk masking in psastro. On test exposure, correctly identified and masked all crosstalk artifacts known to follow the rules defined by John Tonry. * Data quality statistics: Wrote new task/script/tool group to create fits table bundles of exposure statistics for transfer to OTIS. All code is written, but no testing has been performed to confirm functionality.