These are data files that are publicly available using DataSource('exp=xpptut15:run=NNN'), where NNN can be found in the first column below.
| xpptut15 starting run number | data origin | Comments |
|---|---|---|
| 54,59 | XPP test DAQ Runs | 59 contains epics |
| 101,102,124 | cxii0314 | xtcav: 101: lasing off, 102: dark, 124: lasing on |
| 140 | xppi0813 75-85,87 | 87 is dark |
| 160 | xppc0114 287 | |
| 170 | xppc0115 270 | |
| 180 | xppf2115 | 189,190,192 |
| 190 | xpp72213 324,300 | |
| 200 | xppd0115 375,366 | |
| 210 | xppi3815 224,225 | |
| 220 | xppi3815 100-104 | |
| 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 |
| 260 | xcs01116 81,82,83,120 | EPIX: 81(dark), 82,83(vonHamos), 120(speckle) |
| 270 | cxi06216 22 | crystallography run |
| 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. |
| 290 | amoc0113 217,219 | see run 280 notes |
| 300 | diamcc14 920,921,922 | xtcav: dark,lasing-off,lasing-on xtcav. s00 renamed to s80 |
| 310 | amol9416 272 | long gain 6 dark for front pnCCD |
See ~cpo/ipsana/xpptut15_copy.py for a script to copy runs into /reg/d/psdm/xpp/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.
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