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BOLD entries are important and often used by Users ...

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The User DAQs can be configured to save a certain set of predefined parameters. The parameters are grouped in so-called subsystems which are described below.

The actual configuration has to be done using the RCGUI. To look what DOOCS properties are actually saved within one specific subsystem one can use the "show properties in subsystems" button.

Common subsystems (for FLASH1 and FLASH2)

DAQ internal servers (needed to run the DAQ)

Name of the subsystemfunctiondescription
FL1/2USER1/2/3_ALL_MAIN_DAQDAQ Server (HAS TO BE INCLUDED!)Main DAQ server
FL1/2USER1/2/3_DAQ_FAST_COLLECTORDAQ Server (HAS TO BE INCLUDED!)Main DAQ server
FL1/2USER1/2/3_EVBDAQ Server (HAS TO BE INCLUDED!)Main DAQ server / Event builder
FL1/2USER1/2/3_EVB_RAWDAQ Server (HAS TO BE INCLUDED!)Main DAQ server / Event builder
FL1/2USER1/2/3_DAQ_MONITORDAQ Server (SHOULD TO BE INCLUDED!)DAQ MONITOR server to check and send data

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Subsystems for FLASH1

FL1 Photon Diagnostics

Name of the subsystemfunctiondescription
FL1USER1/2/3_PHFLUX_COPYDAQ ServerServer that COPIES the pulse energy per pulse of the FEL (GMD Values) that are calculated in the PBD DAQ. If GMD values are needed in the user DAQ THIS ONE should be used
PHOTON_DIAG_GMD_BEAM_POSITIONPhoton Diag Information (always saved in photon diag stream)Gas monitor detector Positioninformation of the XUV Beam.
PHOTON_DIAG_VLS_ONLINE_SPECTROMETER_CAMERAPhoton Diag Information (usually saved in photon diag stream)Data of the online spectrometer. The spectrometer has to be moved in and set up ! check with your local contact
PHOTON_DIAG_TUNNEL_SPECTROMETER_CAMERAPhoton Diag Information (always saved in photon diag stream)The Data of the XUV spectrometer located in the FLASH1 tunnel. (The spectra are anyway always when the mirror reflects XUV light to the detector in the GMD_DATA)
PHOTON_DIAG_APERTURES_TUNNELPhoton Diag Information (always saved in photon diag stream)Position of the apertures in the FLASH1 tunnel
PHOTON_DIAG_MCP_TUNNELPhoton Diag Information (always saved in photon diag stream)MCP tool in the photon diag. section in the tunnel - Needs experts to be operated! Usually not active

old stuff - this needs lots of data and computation and  thus can fail - it is better to be replaced by the PHFLUX_COPY server:

FL1USER1/2_PHOTON_DIAG_GMD_PHFLUX_SERVERDAQ ServerServer that calculates the pulse energy per pulse of the FEL (GMD Values). ATTENTION - IT NEEDS SEVERAL THINGS TO BE INCLUDED in order to work !!!: PHOTON_DIAG_GMD , FL1USER1/2_ENERGY_DOGLEG, ELECTRON_BUNCH_CHARGE, MAGNETS and FLASH.BPM
PHOTON_DIAG_GMDPhoton Diag Information (also in GMD stream)Gas monitor detector. Measuring the pulse energy of the FEL . HAS TO BE COMBINED WITH EXP2_PHOTON_DIAG_GMD_PHFLUX_SERVER AND ELECTRON_BUNCH_CHARGE

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FL1 Electron Diagnostics

Name of the subsystemfunctiondescription
FLASH.BAM.DAQ (ELECTRON_BEAM_ARRIVAL_MONITOR)Electron Beam diagnostics (also in GMD stream)Arrivaltime of the electrons for each bunch
ELECTRON_BUNCH_CHARGEElectron Beam diagnosticsBunch charge for each electron bunch along the accelerator
ELECTRON_BUNCH_COMPRESSION_MONITORElectron Beam diagnosticsBunch compression monitors. They give a relative measure for the electron bunch duration
FLASH.BPM (ELECTRON_BEAM_POSITION_MONITOR)Electron Beam diagnosticsBeam position of the electron bunch for different positions in the accelerator
FL1USER1/2/3_ENERGY_COPYElectron Beam diagnosticsServer that calculates the electron energy and the resulting XUV wavelength for each bunch. IT NEEDS THE MAGNETS, ELECTRON_BUNCH_CHARGE and FLASH.BPM to be included in order to work !!!
TIMING_INFO_1General timing informationbunch pattern of the FEL ( FLASH1)

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FL1 Beamlines

Name of the subsystemfunctiondescription
PHOTONDIAG_FAST_SHUTTERSFast shutter status (also in GMD stream)ADC readout of the status of the BL and the PG shutter (0 is closed / 1 is open)
PG_FILTER_WHEELSPG Beamline dataPosition information of the 3 PG filter wheels
PG_APERTURE_UNIT_WAUPG Beamline dataSlit positions of the (water cooled) aperture unit  in front of the mono
PG_MONOPG Beamline datasettings of the PG monochromator
PG2_EXIT_SLITPG Beamline datasettings of the exit slit (including the set dispersion)
PG2_SPLIT_AND_DELAYPG Beamline dataPG2 Split and delay unit motor positions and encoder readings
PG2_MCPPG Beamline dataMCP tool at the PG2
PG0_VME_ADCPG Beamline dataADCs of the PG0 VME
PG2_VME_ADCPG Beamline dataADCs of the PG2 VME

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Experiment related infrastructure (integrated at the beamline)

Name of the subsystemfunctiondescription
EXPERIMENT_GHZ_ADC_BL1Data from the ExperimentsMTCA based 2/4 Gsample ADC available via patch panel at the beamline
EXPERIMENT_GHZ_ADC_BL2Data from the ExperimentsMTCA based 2/4 Gsample ADC available via patch panel at the beamline
EXPERIMENT_GHZ_ADC_BL3Data from the ExperimentsMTCA based 2/4 Gsample ADC available via patch panel at the beamline
EXPERIMENT_GHZ_ADC_PGData from the ExperimentsMTCA based 2/4 Gsample ADC available via patch panel at the beamline
EXPERIMENT_MHZ_ADC_BL1Data from the ExperimentsMTCA based 108 Msample ADC available via patch panel at the beamline
EXPERIMENT_MHZ_ADC_BL2Data from the ExperimentsMTCA based 108 Msample ADC available via patch panel at the beamline
EXPERIMENT_MHZ_ADC_BL3Data from the ExperimentsMTCA based 108 Msample ADC available via patch panel at the beamline
EXPERIMENT_MHZ_ADC_PGData from the ExperimentsMTCA based 108 Msample ADC available via patch panel at the beamline
EXPERIMENT_ADC_PULSE_HEIGHT_BL1Data from the Experiments

This server integrates the area below the peaks detected by the

108 Msample ADC and delivers one value per FEL pulse in the train.

EXPERIMENT_ADC_PULSE_HEIGHT_BL2Data from the Experiments

This server integrates the area below the peaks detected by the

108 Msample ADC and delivers one value per FEL pulse in the train.

EXPERIMENT_ADC_PULSE_HEIGHT_BL3Data from the Experiments

This server integrates the area below the peaks detected by the

108 Msample ADC and delivers one value per FEL pulse in the train.

EXPERIMENT_ADC_PULSE_HEIGHT_PGData from the Experiments

This server integrates the area below the peaks detected by the

108 Msample ADC and delivers one value per FEL pulse in the train.

EXPERIMENT_ADC_DMA_PARAMData from the ExperimentsSample rates of the ADCs (for technical reasons this saves the rates of ALL fast ADCs at FLASH ...)
EXPERIMENT_ADC_TRIG_TIMINGData from the ExperimentsSaves the timing settings of the ADC boards. (for technical reasons this saves the timings of ALL fast ADCs at FLASH ...)
EXPERIMENT_PROPERTY_SERVER_PARAMETERData from the ExperimentsParameters 20 and 21 of the FS-FL property server. This numbers can be set by an external program.

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Subsystems for User experiments

Name of the subsystemfunctiondescription
EXPERIMENT_GOTTHARD1Data from user experimentsdata from the (mobile) PSI Gotthard fast line detector detector
EXPERIMENT_KALYPSOSoon to come fast line detector for users ...
EXPERIMENT_MOTT_DETECT_ADCData from user experimentsdata from the MOTT detector
EXPERIMENT_HEXTOFData from user experimentsdata from the HEXTOF detector
EXPERIMENT_HEXTOF_MOTORSData from user experimentsMotor positions of the aparatus
EXPERIMENT_THEMIS_DETECTOR_4QData from user experimentsdata from the THEMIS detector
EXPERIMENT_MULTIPData from user experimentssome cameras associated to the MULTIP experiment
EXPERIMENT_MULTIP_CAM2Data from user experimentssome more cameras associated to the MULTIP experiment
EXPERIMENT_MUSIXData from user experimentssome cameras associated to the MUSiX experiment
EXPERIMENT_MUSIX_MOTORSData from user experimentssome motors associated to the MUSiX experiment
EXPERIMENT_COOKIEBOX_ADCDATA from 16 GHz ADCsused for the Petra cookiebox (only available on User3 upto now)


FL1 PPlaser

Name of the subsystemfunctiondescription
PP_LASER_ADCPump-Probe Laser DataADCs used to measure photodiode signals looking at the laser beam
PP_LASER_DIAG_SLOWPump-Probe Laser DataThe encoder of the delayline ( actually  saved as fast 10 Hz data!), delay settings, streak camera  etc
PP_LASER_SYNCHRONIZATIONPump-Probe Laser DataInfo about the quality of the synchronization of the laser
CAMERA_PPLAS_HASFPPLASCAMCamera imagesCameras in the laser hutch
FLASH.FEL.FLAPPRACKPump-Probe Laser Datavalues of the drift correlator ?
PP_LASER_BL1_CORRPump-Probe Laser DataLaser pulse duration setup at BL1 / CAMP

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THz Beamline

Name of the subsystemfunctiondescription
THZ_BEAMLINE_DELAYTHz Beamline DataPositions of the THz Delayline

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FL1 Cameras

Name of the subsystemfunctiondescription
CAMERA_BL_HASFBLCAM1Camera imagesCAMP beamline cameras on on HASFBLCAM1
CAMERA_BL_HASFBLCAM2Camera imagescameras on on HASFBLCAM2 ( also mainly CAMP usage)



CAMERA_PG_HASVUVPGFW4Camera imagesCameras at PG
CAMERA_PG_HASVUVPG1Camera imagesPG ROIs & Images of Cameras (1,2A,2B,3,3.2,4.2) (Computer hasvuvpgfw1; PG1 Rack)
CAMERA_PG_HASVUVPG2Camera imagesPG ROIs & Images of Cameras (ANDOR,4,6,7SES)
CAMERA_PG_HASVUVFW01Camera imagesPG2 Experiment camera ports, flexible to use for user experiments (HASVUVFW01 in PG2 Rack)
CAMERA_ICCD8Camera imagesPCO camera (meanwhile permanently installed at the FL2 Spectrometer)

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Leftovers ..

Name of the subsystemfunctiondescription
FL1USER1/2_ENERGY_DOGLEGElectron Beam diagnosticsServer that calculates the electron energy and the resulting XUV wavelength for each bunch. IT NEEDS THE MAGNETS, ELECTRON_BUNCH_CHARGE and FLASH.BPM to be included in order to work !!!
EXP2_MAGNIXXDAQ Serverused to provide ADC (Aquiris) data plus GMD , delay etc for the same bunch ID -
FL1USER2_SPECTGROUP_MLDAQ ServerMiddle layer server that cuts spectra in smaller chunks and saves the relevant part … the more elegant way is to use the grouping option of the ADCs
FL1USER2_CALIB_SERVERSDAQ Server???
FL1USER2_IMAGE_SCAN_MLDAQ Server???
EXPERIMENT_ACQIRIS_CPCI1Data from the ExperimentsACQIRIS CPCI1 data (Finis ACQ)
EXPERIMENT_ACQIRIS_CPCI2Data from the ExperimentsACQIRIS CPCI2 data

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Subsystems for FLASH2

FL2 Photon Diagnostics

Name of the subsystemfunctiondescription
FLASH2.XGM.INTENSITYPhoton Diag Information (always saved in photon diag stream)Pulse resolved FEL pulse energy measured by the GMD
FLASH2.XGM.SLOWPhoton Diag Information (always saved in photon diag stream)Averaged FEL pulse energy measured by the GMD



FL2_PHOTON_DIAG_MCPPhoton Diag Information (always saved in photon diag stream)MCP tool in the photon diag. section in the tunnel - Needs experts to be operated! Usually not active






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FL2 Electron Diagnostics

Name of the subsystemfunctiondescription
FLASH.BAM.DAQ (ELECTRON_BEAM_ARRIVAL_MONITOR)Electron Beam diagnostics (also in GMD stream)Arrival time of the electrons for each bunch. The BAM measures in the common accelerator section from FL1 and FL2. Thus arrival times of FL1 and FL2 are saved in the same trace ...
ELECTRON_BUNCH_CHARGEElectron Beam diagnosticsBunch charge for each electron bunch along the accelerator
ELECTRON_BUNCH_COMPRESSION_MONITORElectron Beam diagnosticsBunch compression monitors. They give a relative measure for the electron bunch duration
FLASH.BPM (Electron Beam Position Monitor)Electron Beam diagnosticsBeam position of the electron bunch for different sections in the accelerator



TIMING_INFO_1General timing informationbunch pattern of the FEL ( FLASH2) ??????????????????????????????????????????????????????????????

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FL2 Beamlines

Name of the subsystemfunctiondescription
FL2_PHOTONDIAG_FAST_SHUTTERSFast shutter status ( always saved  in the photon Diag DAQ as well)ADC readout of the status of the FL2 shutter (0 is closed / 1 is open)
























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