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crystallography run 290amoc0113  217219(From Sebatien Boutet) Two laser flash data for jet speed measurement using Opal1K camera at 120Hz. Also contains 120Hz cspad.(from Timur Osipov)  HEX anode data: amod3814, runs 85, 88, 90, etc. any decently sized files. Channel assignments including ACQIRIS: PINOUT
 xpptut15 starting run numberData origin  Comments
54,59XPP test DAQ Runs59 contains slow epics data
101,102,124cxii0314xtcav: 101: lasing off, 102: dark, 124: lasing on
140xppi0813 75-85,8787 is dark, also has timetool epics values
160xppc0114 287 
170xppc0115 270 
180xppf2115189,190,192, detector is cspad 140k, data are "samr" scans.
190xpp72213  324,300detector is cspad 140k, data are most likely delay scans.
200xppd0115  375,366366 is dark, 375 is delay scan, detector is a cspad 140k.
210xppi3815  224,225ccmE_vernier scan, detector is a diode on the end station IPM (diodeU), channel3. A 140k is used for the spectrometer.
220xppi3815  100-104delay scans.
230xpph4915  17 
240xppc0115  328,335328 is rayonix with 2x2 binning, 335 has 10x10
250xpp02016 225,272,300New delay scan implementation 
260xcs01116  81,82,83,120EPIX: 81(dark), 82,83(vonHamos), 120(speckle)
AMO  
 290amoc0113  217,219 see run 280 notes270cxi06216  22
280amoi0216  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.

390amod3814,  see run 280 notes
300diamcc14  920,921,922xtcav: dark,lasing-off,lasing-on xtcav. s00 renamed to s80
310amol9416  272long gain 6 dark for front pnCCD
320xppl4416 283,284XPP cspad data and shows powder rings. LaB6 is the sample.
330sxr82112 197Practice encoder data for determining pump-probe time (but no extra time-tool information)
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)370

cxilp7315

21

310amol9416  272long gain 6 dark for front pnCCD
   
CXI  
101,102,124cxii0314xtcav: 101: lasing off, 102: dark, 124: lasing on
270cxi06216  22crystallography 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.
   
MEC  
   
MFX  
430

mfx11116 r664, 677

High and lower-flux Jungfrau 1Megapixel attenuation scans
410mfx11116 691,694Jungfrau 0.5M data
   
SXR  
440sxrx21715both acqiris and new high speed digitizer waveforms excited by x-rays
420sxrx24615Timetool data (spatial)390amod3814, 85
400sxri0215, 155

SXR time resolved XAS scan using FCCD detector in full vertical binning mode with MCP I0. 

330sxr82112 197Practice encoder data for determining pump-probe time (but no extra time-tool information)
   
XCS 
410mfx11116 691,694Jungfrau 0.5M data
420sxrx24615Timetool data (spatial)
430

mfx11116 r664, 677

High and lower-flux Jungfrau 1Megapixel attenuation scans
 
260xcs01116  81,82,83,120EPIX: 81(dark), 82,83(vonHamos), 120(speckle)
   
XPP  
54,59XPP test DAQ Runs59 contains slow epics data
140xppi0813 75-85,8787 is dark, also has timetool epics values
160xppc0114 287 
170xppc0115 270 
180xppf2115189,190,192, detector is cspad 140k, data are "samr" scans.
190xpp72213  324,300detector is cspad 140k, data are most likely delay scans.
200xppd0115  375,366366 is dark, 375 is delay scan, detector is a cspad 140k.
210xppi3815  224,225ccmE_vernier scan, detector is a diode on the end station IPM (diodeU), channel3. A 140k is used for the spectrometer.
220xppi3815  100-104delay scans.
230xpph4915  17 
240xppc0115  328,335328 is rayonix with 2x2 binning, 335 has 10x10
250xpp02016 225,272,300New delay scan implementation 
320xppl4416 283,284XPP cspad data and shows powder rings. LaB6 is the sample.
MISC  
300diamcc14  920,921,922xtcav: dark,lasing-off,lasing-on xtcav. s00 renamed to s80
   440sxrx21715both acqiris and new high speed digitizer waveforms excited by x-rays

See https://github.com/chrisvam/psana_cpo/blob/master/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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