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saveFlyData.xml
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<?xml version="1.0"?>
<!--
You MUST set EPICS_CA_MAX_ARRAY_BYTES to >= 1280000 to read the maximum
number of data points the MCS can be told to acquire (9idcLAX:3820:MaxChannels).
This is programmed into the Python code that reads this file.
This file will be validated (as an initial step) by the data capture (saveFlyData.py) program.
Additionally, you can check this file for validity and that all PVs exist with this command line program::
/APSshare/anaconda/x86_64/bin/python check_saveFlyData.py
-->
<saveFlyData version="1.2">
<triggerPV pvname="9idcLAX:USAXSfly:Start"
start_value="1"
start_text="Busy"
done_value="0"
done_text="Done" />
<timeoutPV pvname="9idcLAX:USAXS:FS_timeout" units="s" />
<NX_structure> <!-- http://download.nexusformat.org/doc/html/classes/base_classes/ -->
<group name="/" class="file">
<attribute name="instrument" value="APS USAXS at 9-ID-C" />
<attribute name="scan_mode" value="USAXS fly scan" />
<attribute name="canSAS_class" value="SASroot" />
<attribute name="default" value="entry" />
<group name="entry" class="NXentry">
<attribute name="canSAS_class" value="SASentry" />
<attribute name="default" value="flyScan" />
<field name="program_name">
<!-- version of this configuration file -->
<attribute name="config_version" value="1.2" />
<text>saveFlyData.py</text>
</field>
<PV label="title" pvname="9idcLAX:USAXS:sampleTitle" string="true" />
<PV label="experiment_identifier" pvname="9idcLAX:GUPNumber" />
<PV label="run_cycle" pvname="9idcLAX:RunCycle" />
<group name="instrument" class="NXinstrument">
<attribute name="canSAS_class" value="SASinstrument" />
<field name="name">
<attribute name="short_name" value="USAXS" />
<text>APS USAXS at 9-ID-C</text>
</field>
<group name="source" class="NXsource">
<PV label="incident_wavelength" pvname="9ida:BraggLambdaRdbkAO">
<attribute name="units" value="Angstrom" />
</PV>
</group>
<group name="monochromator" class="NXmonochromator">
<PV label="energy" pvname="9ida:BraggERdbkAO">
<attribute name="units" value="keV" />
</PV>
<link name="wavelength" source="/entry/instrument/source/incident_wavelength" />
</group>
</group>
<group name="user" class="NXuser">
<attribute name="canSAS_class" value="SASuser" />
<PV label="name" pvname="9idcLAX:UserName" />
</group>
<group name="sample" class="NXsample">
<attribute name="canSAS_class" value="SASsample" />
<PV label="name" pvname="9idcLAX:USAXS:sampleTitle" string="true" />
<PV label="thickness" pvname="9idcLAX:USAXS:SampleThickness" />
<PV label="description" pvname="9idcSample:Description" />
<PV label="chemical_formula" pvname="9idcSample:ChemicalFormula" />
<PV label="temperature" pvname="9idcSample:Temperature">
<attribute name="units" value="C" />
</PV>
<PV label="concentration" pvname="9idcSample:Concentration">
<attribute name="units" value="g/cm3" />
</PV>
<PV label="volume_fraction" pvname="9idcSample:VolumeFraction" />
<PV label="scattering_length_density" pvname="9idcSample:ScatteringLengthDensity">
<attribute name="units" value="cm/cm3" />
</PV>
<PV label="magnetic_field" pvname="9idcSample:MagneticField" />
<PV label="stress_field" pvname="9idcSample:StressField" />
<PV label="electric_field" pvname="9idcSample:ElectricField">
<attribute name="units" value="V" />
</PV>
<PV label="x_translation" pvname="9idcSample:XTranslation">
<attribute name="units" value="mm" />
</PV>
<PV label="rotation_angle" pvname="9idcSample:RotationAngle">
<attribute name="units" value="degrees" />
</PV>
<PV label="magnetic_field_direction" pvname="9idcSample:MagneticFieldDir" />
<PV label="stress_field_direction" pvname="9idcSample:StressFieldDir" />
<PV label="electric_field_direction" pvname="9idcSample:ElectricFieldDir" />
</group>
<group name="flyScan" class="NXdata">
<!-- this raw data group is not SASdata, that comes from data reduction -->
<attribute name="signal" value="mca3" />
<!-- positioners -->
<PV label="AR_PulsePositions" pvname="9idcLAX:traj1:PulsePositions">
<attribute name="units" value="degrees" />
</PV>
<PV label="AR_NumPulsePositions" pvname="9idcLAX:traj1:NumPulsePositions" />
<PV label="AR_PulseMode" pvname="9idcLAX:traj1:PulseMode" />
<!--
PulseMode is a string describing the type of scan:
1. Fixed: fixed pulses as before (we should have that nailed down by now already)
2. Array: use PulsePositions
3. TrajPts: use trajectory points (the 200 points in current trajectory)
-->
<PV label="AR_waypoints" pvname="9idcLAX:traj1:M1Traj" length_limit="AR_count">
<attribute name="units" value="degrees" />
</PV>
<PV label="AR_count" pvname="9idcLAX:traj1:Nelements" />
<PV label="AR_pulses" pvname="9idcLAX:traj1:Npulses">
<attribute name="units" value="pulses" />
</PV>
<PV label="AR_start" pvname="9idcLAX:USAXS:ARstart">
<!-- pushed here by SPEC usaxs_flyscan.txt macro -->
<attribute name="units" value="degrees" />
</PV>
<PV label="AR_increment" pvname="9idcLAX:USAXS:MinStep">
<attribute name="units" value="degrees" />
</PV>
<PV label="AR_MinStepTraj" pvname="9idcLAX:USAXS:MinStepTraj">
<!-- minimum step of trajectory waypoints -->
<attribute name="units" value="degrees" />
</PV>
<PV label="AR_Finish" pvname="9idcLAX:USAXS:Finish">
<attribute name="units" value="degrees" />
</PV>
<PV label="StartOffset" pvname="9idcLAX:USAXS:StartOffset">
<attribute name="units" value="degrees" />
</PV>
<PV label="time_elapsed" pvname="9idcLAX:traj1:ElapsedTime" acquire_after_scan="true">
<attribute name="units" value="s" />
</PV>
<PV label="time_total" pvname="9idcLAX:traj1:Time">
<attribute name="units" value="s" />
</PV>
<!-- detectors -->
<PV label="mca_clock_frequency" pvname="9idcLAX:3820:clock_frequency">
<attribute name="units" value="1/s" />
</PV>
<PV label="mca_channels" pvname="9idcLAX:3820:CurrentChannel" acquire_after_scan="true" />
<PV label="mca_channel_max" pvname="9idcLAX:3820:MaxChannels" />
<PV label="mca_channels_used" pvname="9idcLAX:3820:NuseAll" acquire_after_scan="true">
<attribute name="meaning" value="number of Struck channels to use" />
</PV>
<PV label="mca1_name" pvname="9idcLAX:3820:scaler1.NM1" />
<PV label="mca1" pvname="9idcLAX:3820:mca1" length_limit="mca_channels" acquire_after_scan="true"> <!-- counts of 50 MHz clock -->
<attribute name="units" value="pulses" />
<attribute name="USAXS_name" value="clock_pulses" />
</PV>
<PV label="mca2_name" pvname="9idcLAX:3820:scaler1.NM2" />
<PV label="mca2" pvname="9idcLAX:3820:mca2" length_limit="mca_channels" acquire_after_scan="true">
<attribute name="units" value="counts" />
<attribute name="USAXS_name" value="I0" />
</PV>
<PV label="mca3_name" pvname="9idcLAX:3820:scaler1.NM3" />
<PV label="mca3" pvname="9idcLAX:3820:mca3" length_limit="mca_channels" acquire_after_scan="true">
<attribute name="signal" value="1" />
<attribute name="units" value="pulses" />
<!-- <attribute name="axes" value="AR" /> -->
<!-- The proper ordinate is obtained via the MAC channel index:
AR[i] = AR_start + AR_increment * i
Can the AR array be made available in EPICS?
-->
<attribute name="USAXS_name" value="upd" />
</PV>
<!-- 2014-02-28, PRJ
The following PVs record amplifier gain changes
and the corresponding MCS channel number at which the change occurred
for each of four detector amplifiers. (Two monitors and two UPD amplifiers)
Choice of the UPD amplifier in use is found in: 9idcUSX:femto:model
which takes either of these two values:
* 0: "DLPCA200"
* 1: "DDPCA300"
-->
<PV label="upd_flyScan_amplifier" pvname="9idcUSX:femto:model" /> <!--saves as number, not string-->
<PV label="upd_flyScan_amplifier_ZNAM" pvname="9idcUSX:femto:model.ZNAM" />
<PV label="upd_flyScan_amplifier_ONAM" pvname="9idcUSX:femto:model.ONAM" />
<!-- these record when the amplifiers have changed gain during the fly scan -->
<PV label="changes_I0_mcsChan" pvname="9idcLAX:USAXSfly:I0:mcsChan" acquire_after_scan="true" />
<PV label="changes_I0_ampGain" pvname="9idcLAX:USAXSfly:I0:ampGain" acquire_after_scan="true" />
<PV label="changes_I0_ampReqGain" pvname="9idcLAX:USAXSfly:I0:ampReqGain" acquire_after_scan="true" />
<PV label="changes_I00_mcsChan" pvname="9idcLAX:USAXSfly:I00:mcsChan" acquire_after_scan="true" />
<PV label="changes_I00_ampGain" pvname="9idcLAX:USAXSfly:I00:ampGain" acquire_after_scan="true" />
<PV label="changes_I00_ampReqGain" pvname="9idcLAX:USAXSfly:I00:ampReqGain" acquire_after_scan="true" />
<PV label="changes_DLPCA200_mcsChan" pvname="9idcLAX:USAXSfly:DLPCA200:mcsChan" acquire_after_scan="true" />
<PV label="changes_DLPCA200_ampGain" pvname="9idcLAX:USAXSfly:DLPCA200:ampGain" acquire_after_scan="true" />
<PV label="changes_DLPCA200_ampReqGain" pvname="9idcLAX:USAXSfly:DLPCA200:ampReqGain" acquire_after_scan="true" />
<PV label="changes_DDPCA300_mcsChan" pvname="9idcLAX:USAXSfly:DDPCA300:mcsChan" acquire_after_scan="true" />
<PV label="changes_DDPCA300_ampGain" pvname="9idcLAX:USAXSfly:DDPCA300:ampGain" acquire_after_scan="true" />
<PV label="changes_DDPCA300_ampReqGain" pvname="9idcLAX:USAXSfly:DDPCA300:ampReqGain" acquire_after_scan="true" />
<!-- 2016-06-21,prj: PV not needed and removed from IOC now, take it out here, too
<PV label="AYDYstart" pvname="9idcLAX:USAXSfly:AYDYstart">
<attribute name="meaning"
value="point number when to start moving ay and dy stages" />
</PV>
-->
<PV label="dyMaxSpeed" pvname="9idcLAX:USAXSfly:dyMaxSpeed" />
<PV label="ayMaxSpeed" pvname="9idcLAX:USAXSfly:ayMaxSpeed" />
<PV label="arMaxSpeed" pvname="9idcLAX:USAXSfly:arMaxSpeed" />
<!-- do not save these three PVs, they are not quite the same as the three above
<PV label="FS_AyMaxSpeed" pvname="9idcLAX:USAXS:FS_AyMaxSpeed" />
<PV label="FS_DyMaxSpeed" pvname="9idcLAX:USAXS:FS_DyMaxSpeed" />
<PV label="FS_ArMaxSpeed" pvname="9idcLAX:USAXS:FS_ArMaxSpeed" />
-->
<PV label="FS_ElapsedTime" pvname="9idcLAX:USAXS:FS_ElapsedTime" acquire_after_scan="true" />
<PV label="FS_NumberOfPoints" pvname="9idcLAX:USAXS:FS_NumberOfPoints">
<attribute name="meaning" value="number of waypoints in trajectory scan" />
</PV>
<PV label="FS_ScanTime" pvname="9idcLAX:USAXS:FS_ScanTime" />
<PV label="changes_AR_PSOpulse" pvname="9idcLAX:USAXSfly:AR:mcsChan" acquire_after_scan="true" />
<PV label="changes_AR_angle" pvname="9idcLAX:USAXSfly:AR:pos" acquire_after_scan="true" >
<attribute name="meaning" value="AR readback when PSO pulse fired with 10Hz jitter" />
</PV>
<PV label="is_2D_USAXS_scan" pvname="9idcLAX:USAXS:is2DUSAXSscan" >
<attribute name="meaning" value="does this scan use 2D collimated geometry" />
</PV>
</group> <!-- entry:NXentry/flyScan:NXdata -->
<!-- metadata -->
<group name="metadata" class="NXcollection"> <!-- metadata:NXcollection -->
<!-- beam line conditions -->
<PV label="SR_current" pvname="S:SRcurrentAI">
<attribute name="units" value="A" />
</PV>
<PV label="ID_E" pvname="ID09:Energy">
<attribute name="units" value="keV" />
</PV>
<PV label="DCM_energy" pvname="9ida:BraggERdbkAO">
<attribute name="units" value="keV" />
</PV>
<PV label="DCM_wavelength" pvname="9ida:BraggLambdaRdbkAO">
<attribute name="units" value="Angstrom" />
</PV>
<PV label="DCM_theta" pvname="9ida:m10.RBV">
<attribute name="units" value="degrees" />
</PV>
<!-- beam line mirrors -->
<PV label="VDM_Stripe" pvname="9ida:m5.RBV" />
<PV label="VDM_Pitch" pvname="9ida:m6.RBV" />
<PV label="VDM_Vertical" pvname="9ida:m7.RBV" />
<PV label="VDM_T" pvname="9ida:m8.RBV" />
<PV label="mir_slitb" pvname="9ida:m28.RBV" />
<PV label="mir_slitl" pvname="9ida:m27.RBV" />
<PV label="mir_slitr" pvname="9ida:m25.RBV" />
<PV label="mir_slitt" pvname="9ida:m26.RBV" />
<!-- SPEC -->
<PV label="SPEC_macro_file_string19" pvname="9idcLAX:string19" string="true" />
<PV label="SPEC_macro_file" pvname="9idcLAX:USAXS:macroFile" string="true" />
<PV label="SPEC_data_file" pvname="9idcLAX:USAXS:specFile" string="true" />
<PV label="SPEC_data_dir" pvname="9idcLAX:USAXS:userDir" string="true" />
<PV label="spec_scan" pvname="9idcLAX:USAXS:specScan" string="true" />
<PV label="state" pvname="9idcLAX:USAXS:state" string="true" />
<PV label="timeStamp" pvname="9idcLAX:USAXS:timeStamp" string="true" />
<!-- USAXS terms -->
<PV label="analyzer_distance" pvname="9idcLAX:USAXS:SAD" />
<PV label="detector_distance" pvname="9idcLAX:USAXS:SDD" />
<PV label="UATerm" pvname="9idcLAX:USAXS:UATerm" />
<PV label="MR_center" pvname="9idcLAX:USAXS:MRcenter" />
<PV label="MSR_center" pvname="9idcLAX:USAXS:MSRcenter" />
<PV label="AR_center" pvname="9idcLAX:USAXS:ARcenter" />
<PV label="ASR_center" pvname="9idcLAX:USAXS:ASRcenter" />
<PV label="ARenc_0" pvname="9idcLAX:USAXS:Q.B" />
<PV label="feedback_ON" pvname="9idcLAX:fbe:omega:on" />
<PV label="UPDsize" pvname="9idcLAX:USAXS:UPDsize" />
<!-- USAXS sample slit positions -->
<PV label="uslit_v_center" pvname="9idcLAX:m58:c2:m5" />
<PV label="uslit_h_center" pvname="9idcLAX:m58:c2:m6" />
<PV label="uslit_v_gap" pvname="9idcLAX:m58:c2:m7" />
<PV label="uslit_h_gap" pvname="9idcLAX:m58:c2:m8" />
<!-- USAXS sample pin transmission -->
<PV label="measure_trans_pin" pvname="9idcLAX:USAXS:TR_MeasurePinTrans" />
<PV label="trans_pin_aypos" pvname="9idcLAX:USAXS:TR_AyPosition" />
<PV label="trans_pin_time" pvname="9idcLAX:USAXS:TR_MeasurementTime" />
<PV label="trans_pin_counts" pvname="9idcLAX:USAXS:TR_pinCounts" />
<PV label="trans_pin_gain" pvname="9idcLAX:USAXS:TR_pinGain" />
<PV label="trans_I0_counts" pvname="9idcLAX:USAXS:TR_I0Counts" />
<PV label="trans_I0_gain" pvname="9idcLAX:USAXS:TR_I0Gain" />
<PV label="hhl_slitb" pvname="9ida:m20.RBV" />
<PV label="hhl_slitl" pvname="9ida:m19.RBV" />
<PV label="hhl_slitr" pvname="9ida:m17.RBV" />
<PV label="hhl_slitt" pvname="9ida:m18.RBV" />
<!-- I0 amplifier gains at start of scan and gains and measured backgrounds -->
<PV label="I0AmpGain" pvname="9idcUSX:fem02:seq01:gain" />
<PV label="I0_gain0" pvname="9idcUSX:pd02:seq01:gain0" />
<PV label="I0_bkg0" pvname="9idcUSX:pd02:seq01:bkg0" />
<PV label="I0_bkg_err0" pvname="9idcUSX:pd02:seq01:bkgErr0" />
<PV label="I0_gain1" pvname="9idcUSX:pd02:seq01:gain1" />
<PV label="I0_bkg1" pvname="9idcUSX:pd02:seq01:bkg1" />
<PV label="I0_bkg_err1" pvname="9idcUSX:pd02:seq01:bkgErr1" />
<PV label="I0_gain2" pvname="9idcUSX:pd02:seq01:gain2" />
<PV label="I0_bkg2" pvname="9idcUSX:pd02:seq01:bkg2" />
<PV label="I0_bkg_err2" pvname="9idcUSX:pd02:seq01:bkgErr2" />
<PV label="I0_gain3" pvname="9idcUSX:pd02:seq01:gain3" />
<PV label="I0_bkg3" pvname="9idcUSX:pd02:seq01:bkg3" />
<PV label="I0_bkg_err3" pvname="9idcUSX:pd02:seq01:bkgErr3" />
<PV label="I0_gain4" pvname="9idcUSX:pd02:seq01:gain4" />
<PV label="I0_bkg4" pvname="9idcUSX:pd02:seq01:bkg4" />
<PV label="I0_bkg_err4" pvname="9idcUSX:pd02:seq01:bkgErr4" />
<!-- I00 amplifier gains at start of scan and gains and measured backgrounds -->
<PV label="I00AmpGain" pvname="9idcUSX:fem03:seq01:gain" />
<PV label="I00_gain0" pvname="9idcUSX:pd03:seq01:gain0" />
<PV label="I00_bkg0" pvname="9idcUSX:pd03:seq01:bkg0" />
<PV label="I00_bkg_err0" pvname="9idcUSX:pd03:seq01:bkgErr0" />
<PV label="I00_gain1" pvname="9idcUSX:pd03:seq01:gain1" />
<PV label="I00_bkg1" pvname="9idcUSX:pd03:seq01:bkg1" />
<PV label="I00_bkg_err1" pvname="9idcUSX:pd03:seq01:bkgErr1" />
<PV label="I00_gain2" pvname="9idcUSX:pd03:seq01:gain2" />
<PV label="I00_bkg2" pvname="9idcUSX:pd03:seq01:bkg2" />
<PV label="I00_bkg_err2" pvname="9idcUSX:pd03:seq01:bkgErr2" />
<PV label="I00_gain3" pvname="9idcUSX:pd03:seq01:gain3" />
<PV label="I00_bkg3" pvname="9idcUSX:pd03:seq01:bkg3" />
<PV label="I00_bkg_err3" pvname="9idcUSX:pd03:seq01:bkgErr3" />
<PV label="I00_gain4" pvname="9idcUSX:pd03:seq01:gain4" />
<PV label="I00_bkg4" pvname="9idcUSX:pd03:seq01:bkg4" />
<PV label="I00_bkg_err4" pvname="9idcUSX:pd03:seq01:bkgErr4" />
<!-- photodiode amplifier gains and measured backgrounds -->
<!-- these names will go away in the near future but are here now to allow downstream s/w to work -->
<PV label="upd_gain0" pvname="9idcUSX:pd01:seq02:gain0" />
<PV label="upd_bkg0" pvname="9idcUSX:pd01:seq02:bkg0" />
<PV label="upd_bkg_err0" pvname="9idcUSX:pd01:seq02:bkgErr0" />
<PV label="upd_gain1" pvname="9idcUSX:pd01:seq02:gain1" />
<PV label="upd_bkg1" pvname="9idcUSX:pd01:seq02:bkg1" />
<PV label="upd_bkgErr1" pvname="9idcUSX:pd01:seq02:bkgErr1" />
<PV label="upd_gain2" pvname="9idcUSX:pd01:seq02:gain2" />
<PV label="upd_bkg2" pvname="9idcUSX:pd01:seq02:bkg2" />
<PV label="upd_bkgErr2" pvname="9idcUSX:pd01:seq02:bkgErr2" />
<PV label="upd_gain3" pvname="9idcUSX:pd01:seq02:gain3" />
<PV label="upd_bkg3" pvname="9idcUSX:pd01:seq02:bkg3" />
<PV label="upd_bkgErr3" pvname="9idcUSX:pd01:seq02:bkgErr3" />
<PV label="upd_gain4" pvname="9idcUSX:pd01:seq02:gain4" />
<PV label="upd_bkg4" pvname="9idcUSX:pd01:seq02:bkg4" />
<PV label="upd_bkgErr4" pvname="9idcUSX:pd01:seq02:bkgErr4" />
<!-- photodiode DLPCA-200 amplifier gains and measured backgrounds -->
<PV label="DLPCA200_gain0" pvname="9idcUSX:pd01:seq01:gain0" />
<PV label="DLPCA200_bkg0" pvname="9idcUSX:pd01:seq01:bkg0" />
<PV label="DLPCA200_bkg_err0" pvname="9idcUSX:pd01:seq01:bkgErr0" />
<PV label="DLPCA200_gain1" pvname="9idcUSX:pd01:seq01:gain1" />
<PV label="DLPCA200_bkg1" pvname="9idcUSX:pd01:seq01:bkg1" />
<PV label="DLPCA200_bkgErr1" pvname="9idcUSX:pd01:seq01:bkgErr1" />
<PV label="DLPCA200_gain2" pvname="9idcUSX:pd01:seq01:gain2" />
<PV label="DLPCA200_bkg2" pvname="9idcUSX:pd01:seq01:bkg2" />
<PV label="DLPCA200_bkgErr2" pvname="9idcUSX:pd01:seq01:bkgErr2" />
<PV label="DLPCA200_gain3" pvname="9idcUSX:pd01:seq01:gain3" />
<PV label="DLPCA200_bkg3" pvname="9idcUSX:pd01:seq01:bkg3" />
<PV label="DLPCA200_bkgErr3" pvname="9idcUSX:pd01:seq01:bkgErr3" />
<PV label="DLPCA200_gain4" pvname="9idcUSX:pd01:seq01:gain4" />
<PV label="DLPCA200_bkg4" pvname="9idcUSX:pd01:seq01:bkg4" />
<PV label="DLPCA200_bkgErr4" pvname="9idcUSX:pd01:seq01:bkgErr4" />
<!-- photodiode DDPCA-300 amplifier gains and measured backgrounds -->
<PV label="DDPCA300_gain0" pvname="9idcUSX:pd01:seq02:gain0" />
<PV label="DDPCA300_bkg0" pvname="9idcUSX:pd01:seq02:bkg0" />
<PV label="DDPCA300_bkg_err0" pvname="9idcUSX:pd01:seq02:bkgErr0" />
<PV label="DDPCA300_gain1" pvname="9idcUSX:pd01:seq02:gain1" />
<PV label="DDPCA300_bkg1" pvname="9idcUSX:pd01:seq02:bkg1" />
<PV label="DDPCA300_bkgErr1" pvname="9idcUSX:pd01:seq02:bkgErr1" />
<PV label="DDPCA300_gain2" pvname="9idcUSX:pd01:seq02:gain2" />
<PV label="DDPCA300_bkg2" pvname="9idcUSX:pd01:seq02:bkg2" />
<PV label="DDPCA300_bkgErr2" pvname="9idcUSX:pd01:seq02:bkgErr2" />
<PV label="DDPCA300_gain3" pvname="9idcUSX:pd01:seq02:gain3" />
<PV label="DDPCA300_bkg3" pvname="9idcUSX:pd01:seq02:bkg3" />
<PV label="DDPCA300_bkgErr3" pvname="9idcUSX:pd01:seq02:bkgErr3" />
<PV label="DDPCA300_gain4" pvname="9idcUSX:pd01:seq02:gain4" />
<PV label="DDPCA300_bkg4" pvname="9idcUSX:pd01:seq02:bkg4" />
<PV label="DDPCA300_bkgErr4" pvname="9idcUSX:pd01:seq02:bkgErr4" />
<!-- photodiode amplifier range-changing setpoints -->
<PV label="upd_gainU" pvname="9idcUSX:pd01:seq02:gainU" />
<PV label="upd_gainD" pvname="9idcUSX:pd01:seq02:gainD" />
<!-- amplifier range-change mask times -->
<PV label="upd_amp_change_mask_time0" pvname="9idcLAX:USAXS:FS_AmpR1BlockTime" />
<PV label="upd_amp_change_mask_time1" pvname="9idcLAX:USAXS:FS_AmpR2BlockTime" />
<PV label="upd_amp_change_mask_time2" pvname="9idcLAX:USAXS:FS_AmpR3BlockTime" />
<PV label="upd_amp_change_mask_time3" pvname="9idcLAX:USAXS:FS_AmpR4BlockTime" />
<PV label="upd_amp_change_mask_time4" pvname="9idcLAX:USAXS:FS_AmpR5BlockTime" />
<!-- shutters -->
<PV label="CCD_shutter" pvname="9idcRIO:Galil2Bo0_CMD" />
<PV label="Ti_pf42_b3" pvname="9idcRIO:Galil2Bo14_CMD" />
<PV label="Ti_pf42_b4" pvname="9idcRIO:Galil2Bo15_CMD" />
<PV label="d_beam_available" pvname="9idcLAX:blCalc:userCalc1" />
<!-- PSS PVs for 9-ID -->
<PV label="doors_closed" pvname="PA:09ID:STA_C_NO_ACCESS.VAL" />
<PV label="white_shtr_opened" pvname="PA:09ID:STA_A_FES_OPEN_PL.VAL" />
<PV label="mono_shtr_opened" pvname="PA:09ID:STA_B_SBS_OPEN_PL.VAL" />
<PV label="pf4_trans" pvname="9idcUSX:pf4:trans" />
<PV label="pf4_thickness_Al" pvname="9idcUSX:pf4:filterAl" />
<PV label="pf4_thickness_Gl" pvname="9idcUSX:pf4:filterGlass" />
<PV label="pf4_thickness_Ti" pvname="9idcUSX:pf4:filterTi" />
<!-- piezos -->
<!--PV label="M2Rp_VDC" pvname="9idcUSX:rmm01:ana01:ao02" />
<PV label="M2Rp_rbv" pvname="9idcUSX:ath01:ana01:ai02" />
<PV label="MSRp_VDC" pvname="9idcUSX:rmm01:ana01:ao04" />
<PV label="MSRp_rbv" pvname="9idcUSX:ath01:ana01:ai04" />
<PV label="A2Rp_VDC" pvname="9idcUSX:rmm01:ana01:ao01" />
<PV label="A2Rp_rbv" pvname="9idcUSX:ath01:ana01:ai01" />
<PV label="ASRp_VDC" pvname="9idcUSX:rmm01:ana01:ao03" />
<PV label="ASRp_rbv" pvname="9idcUSX:ath01:ana01:ai03" /-->
<!-- other positioners -->
<PV label="GuardBot" pvname="9idcLAX:mxv:c0:m6.RBV" />
<PV label="GuardInB" pvname="9idcLAX:mxv:c0:m4.RBV" />
<PV label="GuardOutB" pvname="9idcLAX:mxv:c0:m3.RBV" />
<PV label="GuardTop" pvname="9idcLAX:mxv:c0:m5.RBV" />
<PV label="I0_stage" pvname="9idcLAX:m58:c1:m5.RBV" />
<PV label="M1TPico" pvname="9idcUSX:pic:m5.RBV" />
<PV label="M2TPico" pvname="9idcUSX:pic:m6.RBV" />
<!-- USAXS positioners -->
<!-- 2018-01-30,prj: <PV label="asr" pvname="9idcLAX:xps:c0:m6.RBV" /> -->
<!-- 2018-01-30,prj: <PV label="ast" pvname="9idcLAX:xps:c0:m4.RBV" /> -->
<PV label="asx" pvname="9idcLAX:m58:c1:m3.RBV" />
<PV label="asy" pvname="9idcLAX:m58:c1:m4.RBV" />
<PV label="ax" pvname="9idcLAX:m58:c0:m5.RBV" />
<PV label="ay" pvname="9idcLAX:aero:c1:m1.RBV" />
<PV label="az" pvname="9idcLAX:m58:c0:m7.RBV" />
<PV label="sx" pvname="9idcLAX:m58:c2:m1.RBV" />
<PV label="sy" pvname="9idcLAX:m58:c2:m2.RBV" />
<PV label="dx" pvname="9idcLAX:m58:c2:m3.RBV" />
<PV label="dy" pvname="9idcLAX:aero:c2:m1.RBV" />
<PV label="m1y" pvname="9idcLAX:m58:c0:m4.RBV" />
<!-- 2018-01-30,prj: <PV label="mr" pvname="9idcLAX:xps:c0:m1.RBV" /> -->
<PV label="mr_enc" pvname="9idcLAX:mr:encoder" />
<!-- 2018-01-30,prj: <PV label="msr" pvname="9idcLAX:xps:c0:m5.RBV" /> -->
<!-- 2018-01-30,prj: <PV label="mst" pvname="9idcLAX:xps:c0:m3.RBV" /> -->
<PV label="msx" pvname="9idcLAX:m58:c1:m1.RBV" />
<PV label="msy" pvname="9idcLAX:m58:c1:m2.RBV" />
<PV label="mx" pvname="9idcLAX:m58:c0:m2.RBV" />
<PV label="my" pvname="9idcLAX:m58:c0:m3.RBV" />
<PV label="pin_x" pvname="9idcLAX:mxv:c0:m1.RBV" />
<PV label="pin_y" pvname="9idcLAX:mxv:c0:m2.RBV" />
<PV label="pin_z" pvname="9idcLAX:mxv:c0:m8.RBV" />
<PV label="tcam" pvname="9idcLAX:m58:c1:m6.RBV" />
<PV label="ccd_dx" pvname="9idcLAX:USAXS:CCD_dx" />
<PV label="ccd_dy" pvname="9idcLAX:USAXS:CCD_dy" />
<PV label="diode_dx" pvname="9idcLAX:USAXS:Diode_dx" />
<PV label="diode_dy" pvname="9idcLAX:USAXS:Diode_dy" />
<!-- Linkam ci94 -->
<PV label="linkam_ci94_temp1" pvname="9idcLAX:ci94:temp" />
<PV label="linkam_ci94_temp2" pvname="9idcLAX:ci94:temp2" />
<PV label="linkam_ci94_errors" pvname="9idcLAX:ci94:errorByte" />
<PV label="linkam_ci94_limit" pvname="9idcLAX:ci94:setLimit" />
<PV label="linkam_ci94_rate" pvname="9idcLAX:ci94:setRate" />
<PV label="linkam_ci94_status" pvname="9idcLAX:ci94:status" />
<!-- Linkam T96 -->
<PV label="linkam_T96_temp" pvname="9idcLINKAM:tc1:temperature_RBV" />
<PV label="linkam_T96_status" pvname="9idcLINKAM:tc1:heating" />
<PV label="linkam_T96_rate" pvname="9idcLINKAM:tc1:rampRate_RBV" />
<PV label="linkam_T96_limit" pvname="9idcLINKAM:tc1:rampLimit_RBV" />
<PV label="linkam_T96_errors" pvname="9idcLINKAM:tc1:statusError_RBV" />
<PV label="linkam_T96_ln2Status" pvname="9idcLINKAM:tc1:lnpStatus_RBV" />
<PV label="linkam_T96_pressure" pvname="9idcLINKAM:tc1:vacuumLimit_RBV" />
<PV label="linkam_T96_vacuumStatus" pvname="9idcLINKAM:tc1:vacuumStatus_RBV" />
<!-- Temperatures -->
<PV label="Hutch_Temperature_C" pvname="9idcLAX:adam1:rtd0" />
<PV label="RTD1_Temperature_C" pvname="9idcLAX:adam1:rtd1" />
<PV label="RTD2_Temperature_C" pvname="9idcLAX:adam1:rtd2" />
<PV label="RTD3_Temperature_C" pvname="9idcLAX:adam1:rtd3" />
<PV label="RTD4_Temperature_C" pvname="9idcLAX:adam1:rtd4" />
<PV label="RTD5_Temperature_C" pvname="9idcLAX:adam1:rtd5" />
<!-- Beamtime Scheduling System experiment info -->
<PV label="BSS_activity" pvname="9id_bss:activity" string="true" />
<PV label="BSS_badge" pvname="9id_bss:badge" string="true" />
<PV label="BSS_bss_name" pvname="9id_bss:bss_name" string="true" />
<PV label="BSS_contact" pvname="9id_bss:contact" string="true" />
<PV label="BSS_email" pvname="9id_bss:email" string="true" />
<PV label="BSS_institution" pvname="9id_bss:institution" string="true" />
<PV label="BSS_station" pvname="9id_bss:station" string="true" />
<PV label="BSS_team_others" pvname="9id_bss:team_others" string="true" />
<PV label="BSS_time_begin" pvname="9id_bss:time_begin" string="true" />
<PV label="BSS_time_end" pvname="9id_bss:time_end" string="true" />
<PV label="BSS_timestamp" pvname="9id_bss:timestamp" string="true" />
<PV label="BSS_title" pvname="9id_bss:title" string="true" />
<!-- apsbss experiment metadata -->
<PV label="ESAF_number" pvname="9idc:bss:esaf:id" string="true" />
<PV label="ESAF_title" pvname="9idc:bss:esaf:title" string="true" />
<PV label="ESAF_raw" pvname="9idc:bss:esaf:raw" string="true">
<attribute name="text_format" value="yaml" />
</PV>
<PV label="Proposal_number" pvname="9idc:bss:proposal:id" string="true" />
<PV label="Proposal_title" pvname="9idc:bss:proposal:title" string="true" />
<PV label="Proposal_raw" pvname="9idc:bss:proposal:raw" string="true">
<attribute name="text_format" value="yaml" />
</PV>
</group> <!-- entry:NXentry/metadata:NXcollection -->
</group> <!-- entry:NXentry -->
</group> <!-- file -->
</NX_structure>
</saveFlyData>