These are data files that are publicly available using DataSource('exp=EXPNAME:run=NNN'), where NNN can be found in the first column below, and EXPNAME is xpptut15 for the first table below, and cxitut13 for the second table below.
xpptut15 starting run number | Data origin (expt, run(s)) | Comments |
---|---|---|
AMO | ||
290 | amoc0113 217,219 | see run 280 notes |
280 | amoi0216 32,34, | (from Timur Osipov) if I remember it correctly there were two acqires boards (1 and 2?) one broken into 4 channels and the second one just one (or two) channel. The one with 4 channels would be the coordinates for the square delay-line (0 - x1, 1 - x2, 2 - y1, 3 - y2), the other one, with the fewer channels, should be the MCP - TOF channel for the delay line. As for the phosphor screen detector the files from the commissioning of the LAMP (amoc0113) should work - runs 217, 219, 220 each is a couple minutes long with opal images of the phosphor detector. |
390 | amod3814, 85 | (from Timur Osipov) HEX anode data: amod3814, runs 85, 88, 90, etc. any decently sized files. Channel assignments including ACQIRIS: PINOUT |
340 | amo06516 10,15,19 | pnccd flat-field data (1.74 keV photons from Si k-alpha) |
350 | amo01616 125 | (From Alex Reid) Andor camera: Portable X-ray Spectrometer RIXS measurement on CoO, grating in 2nd order, beam energy 780 eV. Andor only read out every 7000 events or so. |
360 | amo01616 20 | (From Alex Reid) Emission spectra on Cu measured using the SXR portable spectrometer with Andor detector in full vertical binning mode (120 Hz readout rate) |
310 | amol9416 272 | long gain 6 dark for front pnCCD |
620 | amox23616 104,131,137 | xtcav dark (104), lasing-off (131), lasing-on runs (137) |
CXI | ||
101,102,124 | cxii0314 | xtcav: 101: lasing off, 102: dark, 124: lasing on |
270 | cxi06216 22 | crystallography run |
380 | cxilp9915 162 | (From TJ Lane) dark run contains two CSPAD cameras (front/back aka DS1/DSD) in a single datastream at CXI |
370 | cxilp7315 21 | (From Sebatien Boutet) Two laser flash data for jet speed measurement using Opal1K camera at 120Hz. Also contains 120Hz cspad. |
580 | cxilw5019 248 thru 250 | (Requested by Mark Hunter) Lysozyme data on jungfrau4M detector |
610 | cxilu9218 12 | SF6 geometry calibration data on jungfrau4M detector |
MEC | ||
460 | mec70013 454 | two princetons PI-MTE with weak XRTS signal. Also has Opals and cspads. |
470 | meco1416 250, 256 | PCI experiment, images here from the PI-PIXIS camera. run 470: 10 dark images, run 471: images with X-ray beam and fringes |
480 | mecls3115 157 thru 168 | data of optical beam (long pulse) on OPAL camera. run 489 is good: it has some images with different camera positions and ~20 events. |
500 | mecdaq115 71, 72 | data of standard configuration, with 3 quads and 2 140k. run 500: calibration data on LaB6, at 7.2keV. run 501: calibration data on CeO2 at 7.2keV |
510 | mecx24215 72, 121 | run 510: images on our Peter Optique with the Neo. run 511: data on both the IPM3, GMD and PIP diode (MEC-TCTR-DI-01:FEX) behind the chamber |
650 | mecx45520 14 | run 14: XRTS spectrometer data on an epix100 |
680 | meclw5919 runs 160, 161, 177 | 161 is XRD calib, 160 is XRTS and 177 is XPCS |
690 | mecl1007521 runs 509, 519, 520, 638, 639 | Photon energy: 10 keV. Calibration data with CeO2 |
MFX | ||
430 | mfx11116 664, 677 | High and lower-flux Jungfrau 1Megapixel attenuation scans |
410 | mfx11116 691,694 | Jungfrau 0.5M data |
550 | mfxx45919 9-18 | Scattering from water droplets on ePix10k |
570 | mfxx45919 80-85 | Protein crystal scattering from droplets on ePix10k |
590 | meclx9920 634 | MecTargetChamber.0:Epix10kaQuad.0/1/2/3 |
660 | mfxc00118 239 | Rayonix powder diffraction pattern: azimuthal integration training set |
670 | mfxx49820 15-19 | Crystallography practice data for 2023 Users Workshop run by Fred Poitevin and Valerio Mariani |
SXR | ||
520 | sxrx21715 191 | Saturated digitizer data |
450 | sxrx20915 40,64 | "front" pnCCD runs in gain 5 from Phil Hart. run 40: dark. run 64: Fe55 flat-field data |
440 | sxrx21715, 193 | both acqiris and new high speed digitizer waveforms excited by x-rays |
420 | sxrx24615 | Timetool data (spatial) |
400 | sxri0215, 155 | SXR time resolved XAS scan using FCCD detector in full vertical binning mode with MCP I0. |
330 | sxr82112 197 | Practice encoder data for determining pump-probe time (but no extra time-tool information) |
XCS | ||
260 | xcs01116 81,82,83,120 | epix100: 81(dark), 82,83(vonHamos), 120(speckle) |
XPP | ||
54,59 | XPP test DAQ Runs | 59 contains slow epics data |
140 | xppi0813 75-85,87 | 87 is dark, also has timetool epics values |
160 | xppc0114 287 | |
170 | xppc0115 270 | |
180 | xppf2115 | 189,190,192, detector is cspad 140k, data are "samr" scans. |
190 | xpp72213 324,300 | detector is cspad 140k, data are most likely delay scans. |
200 | xppd0115 375,366 | 366 is dark, 375 is delay scan, detector is a cspad 140k. |
210 | xppi3815 224,225 | ccmE_vernier scan, detector is a diode on the end station IPM (diodeU), channel3. A 140k is used for the spectrometer. |
220 | xppi3815 100-104 | delay scans. |
230 | xpph4915 17 | |
240 | xppc0115 328,335 | 328 is rayonix with 2x2 binning, 335 has 10x10 |
250 | xpp02016 225,272,300 | New delay scan implementation |
320 | xppl4416 283,284 | XPP cspad data and shows powder rings. LaB6 is the sample. |
600 | xppx53620 74 | |
630 | xppx49520 267,602 | Split-pulse XPCS data. (Sparse) photons on jungfrau1M & epix100 detectors. |
650 | xpplv9818 127 | Jungfrau time-resolved diffraction training set |
MISC | ||
300 | diamcc14 920,921,922 | xtcav: dark,lasing-off,lasing-on xtcav. s00 renamed to s80 |
530 | detdaq17 256 (modified! to fix incorrect detid's) | Jungfrau 4M. NOTE: actual data was copied from files with "fixed up" detid's in /reg/d/psdm/det/detdaq17/scratch/philiph/jungfrau/ASC/e968-r1256-s00-c00.xtc /reg/d/psdm/det/detdaq17/scratch/philiph/jungfrau/ASC/e968-r1256-s01-c00.xtc |
540 | xcsx35617 421 | Epix10ka2M dark run |
700 | detdaq20 227,228 | A dark epix100 run (227) and Fe55 data (228) courtesy of Phil Hart. |
See https://github.com/chrisvam/psana_cpo/blob/master/xpptut15_copy.py for a script to copy runs into xpptut15, which automatically updates the run number in the filename and for the xtc begin-run transition. It also attempts to copy over relevant calibration constants and assign appropriate run ranges. This method of making data public is messy for psana1, but much cleaner for psana2 (where we just need to copy xtc files to a publicly readable location, since all calibration is fetched via http).
cxitut13 run number | Data origin | Comments |
---|---|---|
10 | cxi06216 22 | lysozyme crystallography tutorial data |
11 | cxi06216 17 | dark data for the above |
20 | cxi00516 6 | 8keV flat-field data on DsaCsPad |
30 | cxi12016 24 | Diode wire scan with Imp detector |