Table of Contents

Package psana

Package psana ¶

High-level wrapper module for psana.

Typical usage:

from psana import *

setConfigFile('config-file.cfg')   # optional, default is to use psana.cfg if present
setOption("psana.modules", "EventKeys")   # can set/change options from script

# define "data source" specifying experiment and run number
datasrc = DataSource("exp=cxi63112:run=111")

# specify source device for data   
cam_src = Source("CxiDg4.0:Tm6740.0")

# loop over all events in a data source
for evt in datasrc.events():
    frame = evt.get(Camera.FrameV1, cam_src)
    image = frame.data16()

This software was developed for the LCLS project. If you use all or part of it, please give an appropriate acknowledgment.

Version: $Id: __init__.py 12589 2016-09-08 20:16:55Z cpo@SLAC.STANFORD.EDU $

Author: Andy Salnikov

Class psana.AliasMap ¶

class psana.AliasMap¶

Python wrapper for psana AliasMap class. Usually the instances of this class are created by the framework itself and returned to the client from framework methods. Clients can instantiate objects of this type directly, this may not be very useful in general but could be helpful during testing.

add(alias:string, source:Src)¶: Add one more alias to the map.

alias(source:Src)¶: Find matching alias name for given Src. If specified Src does not exist in the map then empty string will be returned.

clear()¶: Remove all aliases.

src(alias:string)¶: Find matching Src for given alias name. If specified alias name does not exist in the map then default-constructed instance of Src will be returned.

srcs()¶: return a tuple of Pds::Src

Class psana.BldInfo ¶

class psana.BldInfo¶

Class which defines addresses for BLD devices. Constructor can take either one or two arguments, both of them should be integer numbers. With two arguments they are (process_id, type), one argument is just type.

class Type¶

Python class which emulates C++ enumeration. It defines class attributes whose values are integer numbers, so that you can use EnumType.EnumValue notation to access the values. Instances of this class are integer numbers which when converted to string give the name of the corresponding class attribute, e.g. str(Enum.SomeConst) => “Enum.SomeConst” (but repr(Enum.SomeConst) => 42)

This class defines following constants: AMO_AIN_01=61 CxiDg1_Imb01=27 CxiDg1_Pim=31 CxiDg2_Imb01=28 CxiDg2_Imb02=29 CxiDg2_Pim=32 CxiDg3_Imb01=30 CxiDg3_Pim=33 CxiDg3_Spec=44 EBeam=0 EOrbits=63 FEEGasDetEnergy=2 FEE_SPEC0=46 GMD=26 HX2_BEAMMON_01=67 MEC_HXM_IPM_01=25 MEC_LAS_EM_01=20 MEC_TCTR_DI_01=22 MEC_TCTR_PIP_01=21 MEC_XT2_IPM_02=23 MEC_XT2_IPM_03=24 MEC_XT2_PIM_02=42 MEC_XT2_PIM_03=43 MFX_BEAMMON_01=62 MfxDg1_Pim=64 MfxDg2_Pim=65 NH2_SB1_IPM_01=3 NH2_SB1_IPM_02=45 NumberOf=68 PhaseCavity=1 SXR_AIN_01=66 SXR_SPEC0=47 XCS_AIN_01=60 XCS_DEC_mono=19 XCS_DIO_01=5 XCS_DIO_02=7 XCS_DIO_03=9 XCS_DIO_03m=11 XCS_DIO_04=54 XCS_DIO_05=56 XCS_DIO_mono=18 XCS_IPM_01=4 XCS_IPM_02=6 XCS_IPM_03=8 XCS_IPM_03m=10 XCS_IPM_04=53 XCS_IPM_05=55 XCS_IPM_gon=57 XCS_IPM_ladm=58 XCS_IPM_mono=17 XCS_USR_IPM_01=49 XCS_USR_IPM_02=50 XCS_USR_IPM_03=51 XCS_USR_IPM_04=52 XCS_YAG_1=12 XCS_YAG_2=13 XCS_YAG_3=15 XCS_YAG_3m=14 XCS_YAG_mono=16 XPP_AIN_01=59 XPP_SPEC0=48 XppEnds_Ipm0=40 XppEnds_Ipm1=41 XppMon_Pim0=34 XppMon_Pim1=35 XppSb2_Ipm=36 XppSb3_Ipm=37 XppSb3_Pim=38 XppSb4_Pim=39

AMO_AIN_01 = 61¶

CxiDg1_Imb01 = 27¶

CxiDg1_Pim = 31¶

CxiDg2_Imb01 = 28¶

CxiDg2_Imb02 = 29¶

CxiDg2_Pim = 32¶

CxiDg3_Imb01 = 30¶

CxiDg3_Pim = 33¶

CxiDg3_Spec = 44¶

EBeam = 0¶

EOrbits = 63¶

FEEGasDetEnergy = 2¶

FEE_SPEC0 = 46¶

GMD = 26¶

HX2_BEAMMON_01 = 67¶

MEC_HXM_IPM_01 = 25¶

MEC_LAS_EM_01 = 20¶

MEC_TCTR_DI_01 = 22¶

MEC_TCTR_PIP_01 = 21¶

MEC_XT2_IPM_02 = 23¶

MEC_XT2_IPM_03 = 24¶

MEC_XT2_PIM_02 = 42¶

MEC_XT2_PIM_03 = 43¶

MFX_BEAMMON_01 = 62¶

MfxDg1_Pim = 64¶

MfxDg2_Pim = 65¶

NH2_SB1_IPM_01 = 3¶

NH2_SB1_IPM_02 = 45¶

NumberOf = 68¶

PhaseCavity = 1¶

SXR_AIN_01 = 66¶

SXR_SPEC0 = 47¶

XCS_AIN_01 = 60¶

XCS_DEC_mono = 19¶

XCS_DIO_01 = 5¶

XCS_DIO_02 = 7¶

XCS_DIO_03 = 9¶

XCS_DIO_03m = 11¶

XCS_DIO_04 = 54¶

XCS_DIO_05 = 56¶

XCS_DIO_mono = 18¶

XCS_IPM_01 = 4¶

XCS_IPM_02 = 6¶

XCS_IPM_03 = 8¶

XCS_IPM_03m = 10¶

XCS_IPM_04 = 53¶

XCS_IPM_05 = 55¶

XCS_IPM_gon = 57¶

XCS_IPM_ladm = 58¶

XCS_IPM_mono = 17¶

XCS_USR_IPM_01 = 49¶

XCS_USR_IPM_02 = 50¶

XCS_USR_IPM_03 = 51¶

XCS_USR_IPM_04 = 52¶

XCS_YAG_1 = 12¶

XCS_YAG_2 = 13¶

XCS_YAG_3 = 15¶

XCS_YAG_3m = 14¶

XCS_YAG_mono = 16¶

XPP_AIN_01 = 59¶

XPP_SPEC0 = 48¶

XppEnds_Ipm0 = 40¶

XppEnds_Ipm1 = 41¶

XppMon_Pim0 = 34¶

XppMon_Pim1 = 35¶

XppSb2_Ipm = 36¶

XppSb3_Ipm = 37¶

XppSb3_Pim = 38¶

XppSb4_Pim = 39¶

BldInfo.processId() → int¶: Returns process ID number.

BldInfo.type() → int¶: Returns detector type.

BldInfo.typeName() → string¶: Returns detector name.

Class psana.ClockTime ¶

class psana.ClockTime¶

Class which defines clock time. Uses two 32 bit unsigned integers for seconds since Jan 1, 1970 and nanoseconds.

asDouble() → float¶: Returns time in seconds (since Jan 1, 1970)

isZero() → string¶: Returns true if time is 0.

nanoseconds() → int¶: Returns nanoseconds part of time.

seconds() → int¶: Returns seconds part of time (since Jan 1, 1970)

Class psana.DetInfo ¶

class psana.DetInfo¶

Class which defines detector-level addresses. Constructor can take either four or five arguments, all of them should be integer numbers. With four arguments they are (detector, detector_id, device, device_id), five arguments are (process_id, detector, detector_id, device, device_id).

class Detector¶

This class defines following constants: AmoBPS=7 AmoETOF=3 AmoEndstation=23 AmoGD=2 AmoIMS=1 AmoITOF=4 AmoMBES=5 AmoVMI=6 BldEb=10 Camp=8 CxiDg1=27 CxiDg2=28 CxiDg3=29 CxiDg4=30 CxiDs1=32 CxiDs2=33 CxiDsd=36 CxiDsu=34 CxiEndstation=24 CxiKb1=31 CxiSc1=35 CxiSc2=38 EpicsArch=9 FeeHxSpectrometer=45 Lamp=47 MecEndstation=26 MecFdi=42 MecTargetChamber=44 MecTimeTool=43 MecXrtsBack=41 MecXrtsForw=40 MecXuvSpectrometer=39 MfxDg1=49 MfxDg2=50 MfxEndstation=48 NoDetector=0 NumDetector=52 SxrBeamline=11 SxrEndstation=12 XcsBeamline=37 XcsEndstation=25 XppEndstation=22 XppGon=20 XppLas=21 XppMonPim=15 XppSb1Ipm=13 XppSb1Pim=14 XppSb2Ipm=16 XppSb3Ipm=17 XppSb3Pim=18 XppSb4Pim=19 XrayTransportDiagnostic=46 XrtDiag=51

AmoBPS = 7¶

AmoETOF = 3¶

AmoEndstation = 23¶

AmoGD = 2¶

AmoIMS = 1¶

AmoITOF = 4¶

AmoMBES = 5¶

AmoVMI = 6¶

BldEb = 10¶

Camp = 8¶

CxiDg1 = 27¶

CxiDg2 = 28¶

CxiDg3 = 29¶

CxiDg4 = 30¶

CxiDs1 = 32¶

CxiDs2 = 33¶

CxiDsd = 36¶

CxiDsu = 34¶

CxiEndstation = 24¶

CxiKb1 = 31¶

CxiSc1 = 35¶

CxiSc2 = 38¶

EpicsArch = 9¶

FeeHxSpectrometer = 45¶

Lamp = 47¶

MecEndstation = 26¶

MecFdi = 42¶

MecTargetChamber = 44¶

MecTimeTool = 43¶

MecXrtsBack = 41¶

MecXrtsForw = 40¶

MecXuvSpectrometer = 39¶

MfxDg1 = 49¶

MfxDg2 = 50¶

MfxEndstation = 48¶

NoDetector = 0¶

NumDetector = 52¶

SxrBeamline = 11¶

SxrEndstation = 12¶

XcsBeamline = 37¶

XcsEndstation = 25¶

XppEndstation = 22¶

XppGon = 20¶

XppLas = 21¶

XppMonPim = 15¶

XppSb1Ipm = 13¶

XppSb1Pim = 14¶

XppSb2Ipm = 16¶

XppSb3Ipm = 17¶

XppSb3Pim = 18¶

XppSb4Pim = 19¶

XrayTransportDiagnostic = 46¶

XrtDiag = 51¶

class DetInfo.Device¶

This class defines following constants: AcqTDC=11 Acqiris=2 Andor=25 Archon=42 ControlsCamera=41 Cspad=10 Cspad2x2=13 DualAndor=38 Encoder=9 Epix=29 Epix100a=35 Epix10k=34 EpixS=36 EpixSampler=31 Evr=1 Fccd=7 Fccd960=33 Fexamp=14 Fli=23 Gotthard=37 Gsc16ai=15 Imp=28 Ipimb=8 Jungfrau=43 LeCroy=40 NoDevice=0 NumDevice=44 OceanOptics=20 Opal1000=3 Opal1600=21 Opal2000=18 Opal4000=19 Opal8000=22 OrcaFl40=27 Phasics=16 Pimax=32 Princeton=6 Quartz4A150=24 Rayonix=30 Timepix=17 Tm6740=4 USDUSB=26 Wave8=39 Xamps=12 pnCCD=5

AcqTDC = 11¶

Acqiris = 2¶

Andor = 25¶

Archon = 42¶

ControlsCamera = 41¶

Cspad = 10¶

Cspad2x2 = 13¶

DualAndor = 38¶

Encoder = 9¶

Epix = 29¶

Epix100a = 35¶

Epix10k = 34¶

EpixS = 36¶

EpixSampler = 31¶

Evr = 1¶

Fccd = 7¶

Fccd960 = 33¶

Fexamp = 14¶

Fli = 23¶

Gotthard = 37¶

Gsc16ai = 15¶

Imp = 28¶

Ipimb = 8¶

Jungfrau = 43¶

LeCroy = 40¶

NoDevice = 0¶

NumDevice = 44¶

OceanOptics = 20¶

Opal1000 = 3¶

Opal1600 = 21¶

Opal2000 = 18¶

Opal4000 = 19¶

Opal8000 = 22¶

OrcaFl40 = 27¶

Phasics = 16¶

Pimax = 32¶

Princeton = 6¶

Quartz4A150 = 24¶

Rayonix = 30¶

Timepix = 17¶

Tm6740 = 4¶

USDUSB = 26¶

Wave8 = 39¶

Xamps = 12¶

pnCCD = 5¶

DetInfo.detId() → int¶: Returns detector ID number.

DetInfo.detName() → string¶: Returns detector name.

DetInfo.detector() → int¶: Returns detector type.

DetInfo.devId() → int¶: Returns device ID number.

DetInfo.devName() → string¶: Returns device name.

DetInfo.device() → int¶: Returns device type.

DetInfo.processId() → int¶: Returns process ID number.

Class psana.DgramList ¶

class psana.DgramList¶

Python wrapper for psana DgramList class. Usually the instances of this class are created by the framework itself and returned to the client from framework methods. This is a list of datagrams comprising an event. Exposed on the Python side are the list of filenames, and offsets into those files. Clients can instantiate objects of this type directly, this may not be very useful in general but could be helpful during testing.

getFileNames()¶: Get list of xtc filenames that are in this DgramList for a given event. Note .inprogress extensions typically indicate reading from live data.

getOffsets()¶: Get offsets into the xtc filenames of datagrams in this DgramList.

Class psana.Env ¶

class psana.Env¶

Python wrapper for psana Env C++ class. Instances of this class are created by the framework itself and returned to the client from framework methods.

aliasMap() → object¶: Access to alias map (AliasMap) object, returns None if alias map is not defined.

calibDir() → str¶: Returns path the calibration directory for current instrument/experiment, typically “/reg/d/psdm/INSTR/exper/calib” but can be changed from in job configuration.

calibStore() → object¶: Access to Calibration Store (EnvObjectStore) object.

configStore() → object¶: Access to Configuration Store (EnvObjectStore) object.

epicsStore() → object¶: Access to EPICS Store (EpicsStore) object.

expNum() → int¶: Returns experiment number or 0.

experiment() → str¶: Returns experiment name.

fwkName() → str¶: Returns name of the framework. This method is supposed to be defined across different frameworks. It returns the name of the current framework, e.g. when client code runs inside pyana framework it will return string “pyana”, inside psana framework it will return “psana”. This method should be used as a primary mechanism for distinguishing between different frameworks in cases when client needs to execute framework-specific code.

getConfig(...) → object¶: Pyana compatibility method, shortcut for self.configStore().get(), deprecated.

hmgr() → object¶: Access to histogram manager.

instrument() → str¶: Returns instrument name.

jobName() → str¶: Returns job name.

jobNameSub() → str¶: Returns combination of job name and subprocess index as a string which is unique for all subprocesses in a job.

subprocess() → int¶: Returns sub-process number. In case of multi-processing job it will be a non-negative numberranging from 0 to a total number of sub-processes. In case of single-process job it will return -1.

Class psana.EnvObjectStore ¶

class psana.EnvObjectStore¶

Python wrapper for psana EnvObjectStore class. Usually the instances of this class are created by the framework itself and returned to the client from framework methods. Clients can instantiate objects of this type directly, this may not be very useful in general but could be helpful during testing. The main method of this class are get() which allows you to retrieve data from the store.

get(...) → object¶

Finds and retrieves objects from a store. This is an overloaded method which can accept variable number of parameters:

get(type, src) - find object of specified type and source address
get(type, src, key:string) - find object of specified type and source address with the given key

pyana compatibility methods (deprecated):

get(int, addr:Source) - equivalent to get(type, addr) where type is deduced from integer assumed to be Pds::TypeId::Type value
get(int, addr:string) - equivalent to get(type, Source(addr)) where type is deduced from integer assumed to be Pds::TypeId::Type value
get(int) - equivalent to get(int, "")

In the first method type argument can be a type object or a list of type objects. If the list is given then object is returned whose type matches any one from the list. The src argument can be an instance of Source or Src types.

keys([src]) → list¶: Get the list of event keys (type EventKey) for objects in the store. Optional argument can be either Source instance or string. Without argument keys for all sources are returned.

put(...) → None¶

Store new object in the store. This is an overloaded method which can accept a variable number of parameters:

put(object,src)
put(object) - equivalent to put(type, Source(None), "")

The src argument can be an instance of Source or Src types. If Source instance is used for the src argument it must describe the source exactly (cannot contain wildcards).

Class psana.EpicsStore ¶

class psana.EpicsStore¶

Wrapper for C++ class PSEnv::EpicsStore. This class stores state of all EPICS corresponding to current event.

alias(pvName:string) → string¶: Get alias name for specified PV name. If specified PV is not found or does not have an alias an empty string is returned.

aliases() → list of strings¶: Get the list of PV aliases, returned list includes the names of all alias names but no PV names.

getPV(name:string) → object¶: Find EPICS PV given its PV or alias name. Returns an instance of one of the PV types (one of subclasses of Epics.EpicsPvHeader). If PV name cannot be found None is returned.

names() → list of strings¶: Get the full list of PV names and aliases, returned list includes the names of all PVs and aliases.

pvName(alias:string) → string¶: Get PV name for specified alias name. If specified alias is not found an empty string is returned.

pvNames() → list of strings¶: Get the list of PV names, returned list includes the names of all PVs but no alias names.

status(name:string) → tuple¶: Get status information for a given PV or alias name. Returns triplet (status, severity, time) corresponding to the last stored measurement. Time is returned as a floating number specifying seconds since UNIX Epoch. If name is not found None is returned.

value(name:string[, index:int]) → number or string¶: Get current value of PV. Returned type depends on PV type, for numeric or enum types integer or float is returned, for string types string is returned. Optional index specifies array index for array PVs, if index is out of range None is returned. Missing index means the same as index 0. If name is not found then None is returned.

Class psana.Event ¶

class psana.Event¶

Python wrapper for psana Event class. Usually the instances of this class are created by the framework itself and returned to the client from framework methods. Clients can instantiate objects of this type directly, this may not be very useful in general but could be helpful during testing. The main methods of this class are get() and put() which allow you to retrieve data from the event or add new data to the event.

get(...) → object¶

Finds and retrieves objects from event. This is an overloaded method which can accept variable number of parameters:

get(type, src, key:string)
get(type, src) - equivalent to get(type, src, "")
get(type, key:string) - equivalent to get(type, Source(None), key)
get(type) - equivalent to get(type, Source(None), "")

pyana compatibility methods (deprecated):

get(string) - gets any Python object stored with put(object, string)
get(int, addr:Source) - equivalent to get(type, addr, "") where type is deduced from integer assumed to be Pds::TypeId::Type value
get(int, addr:string) - equivalent to get(type, Source(addr), "") where type is deduced from integer assumed to be Pds::TypeId::Type value
get(int) - equivalent to get(int, "")

In the first four methods type argument can be a type object or a list of type objects. If the list is given then object is returned whose type matches any one from the list. The src argument can be an instance of Source or Src types.

keys([src]) → list¶: Get the list of event keys (type EventKey) for objects in the event. Optional argument can be either Source instance or string. Without argument keys for all sources are returned.

put(...) → None¶

Store new object in the event. This is an overloaded method which can accept variable number of parameters:

put(object, src, key:string)
put(object, src) - equivalent to put(object, src, "")
put(object, key:string) - equivalent to put(object, Source(None), key)
put(object) - equivalent to put(type, Source(None), "")

The src argument can be an instance of Source or Src types. If Source instance is used for the src argument it must describe the source exactly (cannot contain wildcards).

remove(...) → bool¶

Remove object of given type from the event. This is an overloaded method which can accept variable number of parameters:

remove(type, src, key:string)
remove(type, src) - equivalent to remove(type, src, "")
remove(type, key:string) - equivalent to remove(type, Source(None), key)
remove(type) - equivalent to remove(type, Source(None), "")

Returns false if object did not exist before this call, true if object existed and was removed.

run() → int¶: Get the run number form event. If run number is not known -1 is returned. This is a pyana compatibility method which is deprectated.

Class psana.EventId ¶

class psana.EventId¶

Event ID should include enough information to uniquely identify an event (and possibly a location of the event in data file). Currently we include event timestamp and run number into Event ID.

fiducials() → int¶: Returns fiducials counter for the event. Note that MCC sends fiducials as 17-bit number which overflows frequently (fiducials clock runs at 360Hz) so this number is not unique. In some cases (e.g. when reading from old HDF5 files) fiducials is not know, 0 will be returned in this case.

idxtime() → EventTime¶: Return the time for event, in a class suitable for use with indexing.

run() → int¶: Return the run number for event. If run number is not known -1 will be returned.

ticks() → int¶: Returns 119MHz counter within the fiducial. Returns the value of 119MHz counter within the fiducial for the event code which initiated the readout. In some cases (e.g. when reading from old HDF5 files) ticks are not know, 0 will be returned in this case.

time() → tuple¶: Return the time for event, which is tuple containing seconds and nanoseconds.

vector() → int¶: Returns event counter since Configure. Note that counter is saved as 15-bits integer and will overflow frequently. In some cases (e.g. when reading from old HDF5 files) counter is not know, 0 will be returned in this case.

Class psana.EventIter ¶

class psana.EventIter¶

Class which supports iteration over events contained in a particular DataSource, Run, or Step instance. Iterator returns event (Event) objects which contain all experimental data for particular event.

next¶

Class psana.EventKey ¶

class psana.EventKey¶

Class describing a key of the data object in event.

alias() → string¶: Returns alias name for source or empty string if alias is not defined.

key() → string¶: Returns string key.

src() → object¶: Returns data source address (Src).

type() → type¶: Returns Python type (class) or None if type cannot be deduced.

Class psana.EventTime ¶

class psana.EventTime¶

Python wrapper for psana EventTime type

fiducial() → int¶: Returns fiducial count for this timestamp

nanoseconds() → int¶: Returns nanoseconds count for this timestamp

seconds() → int¶: Returns seconds count for this timestamp

time() → int¶: Returns time count for this timestamp

Class psana.ndarray_float32_1 ¶

class psana.ndarray_float32_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float32_2 ¶

class psana.ndarray_float32_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float32_3 ¶

class psana.ndarray_float32_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float32_4 ¶

class psana.ndarray_float32_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float32_5 ¶

class psana.ndarray_float32_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float32_6 ¶

class psana.ndarray_float32_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float64_1 ¶

class psana.ndarray_float64_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float64_2 ¶

class psana.ndarray_float64_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float64_3 ¶

class psana.ndarray_float64_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float64_4 ¶

class psana.ndarray_float64_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float64_5 ¶

class psana.ndarray_float64_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_float64_6 ¶

class psana.ndarray_float64_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int16_1 ¶

class psana.ndarray_int16_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int16_2 ¶

class psana.ndarray_int16_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int16_3 ¶

class psana.ndarray_int16_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int16_4 ¶

class psana.ndarray_int16_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int16_5 ¶

class psana.ndarray_int16_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int16_6 ¶

class psana.ndarray_int16_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int32_1 ¶

class psana.ndarray_int32_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int32_2 ¶

class psana.ndarray_int32_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int32_3 ¶

class psana.ndarray_int32_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int32_4 ¶

class psana.ndarray_int32_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int32_5 ¶

class psana.ndarray_int32_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int32_6 ¶

class psana.ndarray_int32_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int64_1 ¶

class psana.ndarray_int64_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int64_2 ¶

class psana.ndarray_int64_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int64_3 ¶

class psana.ndarray_int64_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int64_4 ¶

class psana.ndarray_int64_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int64_5 ¶

class psana.ndarray_int64_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int64_6 ¶

class psana.ndarray_int64_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int8_1 ¶

class psana.ndarray_int8_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int8_2 ¶

class psana.ndarray_int8_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int8_3 ¶

class psana.ndarray_int8_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int8_4 ¶

class psana.ndarray_int8_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int8_5 ¶

class psana.ndarray_int8_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_int8_6 ¶

class psana.ndarray_int8_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint16_1 ¶

class psana.ndarray_uint16_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint16_2 ¶

class psana.ndarray_uint16_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint16_3 ¶

class psana.ndarray_uint16_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint16_4 ¶

class psana.ndarray_uint16_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint16_5 ¶

class psana.ndarray_uint16_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint16_6 ¶

class psana.ndarray_uint16_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint32_1 ¶

class psana.ndarray_uint32_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint32_2 ¶

class psana.ndarray_uint32_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint32_3 ¶

class psana.ndarray_uint32_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint32_4 ¶

class psana.ndarray_uint32_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint32_5 ¶

class psana.ndarray_uint32_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint32_6 ¶

class psana.ndarray_uint32_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint64_1 ¶

class psana.ndarray_uint64_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint64_2 ¶

class psana.ndarray_uint64_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint64_3 ¶

class psana.ndarray_uint64_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint64_4 ¶

class psana.ndarray_uint64_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint64_5 ¶

class psana.ndarray_uint64_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint64_6 ¶

class psana.ndarray_uint64_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint8_1 ¶

class psana.ndarray_uint8_1¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint8_2 ¶

class psana.ndarray_uint8_2¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint8_3 ¶

class psana.ndarray_uint8_3¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint8_4 ¶

class psana.ndarray_uint8_4¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint8_5 ¶

class psana.ndarray_uint8_5¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ndarray_uint8_6 ¶

class psana.ndarray_uint8_6¶: Special Python type which wraps C++ ndarray. The instances of this type are not used directly, but the type itself is used as an argument for Event.get() method.

Class psana.ProcInfo ¶

class psana.ProcInfo¶

Class which defines detector-level addresses. Constructor takes three arguments, all of them should be integer numbers: level, process ID, and IP address.

ipAddr() → int¶: Returns IP address as integer number.

processId() → int¶: Returns process ID number.

Class psana.PSAna ¶

class psana.PSAna(configFile: str[, options: dict]) → instance¶

Python wrapper for psana framework class (PSAna). Constructor takes the name of the configuration file (typically “psana.cfg”) and optional dictionary of configuration options. Keys in the options dictionary are option names, name has format “section.option” where “section” is the name of the section in configuration file (such as “psana” or “psana_examples.DumpPrinceton”). Value can be any string, possibly empty, non-string values will be converted to strings using str() call. Options from a dictionary override corresponding options in configuration file.

Objects of this type cannot be directly instantiated in user code, users will typically use high-level wrappers for the framework (see psana).

dataSource(input, ...) → DataSource¶: Returns data source object (_DataSource), accepts a list of strings or any number of string arguments. Strings can be either names of files or datasets.

Class psana.Run ¶

class psana.Run¶

Python wrapper for psana Run type. Run type represents data originating from a single run and it contains one or more steps (calib cycles) which in turn contain events. This class provides ways to iterate over individual steps in a run or over all events contained in all steps of this run. Actual iteration is implemented in StepIter and EventIter classes, this class serves as a factory for iterator instances.

end() -> forces endrun (for use with indexing)¶

env() → object¶: Returns environment object

event() → array¶: Returns a randomly accessed event using timestamp argument

events() → iterator¶: Returns iterator for contained events (EventIter)

nsteps() → int¶: Returns number of steps (a.k.a. calib-cycles) for a run. works only with random access (indexing).

run() → int¶: Returns run number, -1 if unknown

steps()¶

self.Steps() -> iterator

Returns iterator for contained steps (StepIter)

times() → array¶: Returns tuple of event timestamps for a run for random access with indexing

Class psana.RunIter ¶

class psana.RunIter¶

Class which supports iteration over runs contained in a particular DataSource instance. Iterator returns instances of Run class.

next¶

Class psana.Source ¶

class psana.Source¶

Class which defines matching criteria for source addresses returned from Event.get() method. This class provides several constructors:

Source() without arguments matches data from any source address
Source(None) will match data that do not have associated address (such as EventId data)
Source(Src) with argument of type psana.Src will match data that have the same address
Source(int) where argument should be one of the BldInfo.Type enum constants, will match data coming from that particular BLD source
Source(int, int, int, int) where argument should be (DetInfo.Detector, int, DetInfo.Device, int) will match data coming from that particular DAQ (DetInfo) source
Source(string) where string provides matching criteria, e.g. ‘DetInfo(CxiDg1.*:Cspad2x2.0)’

Main utility of this class consists entirely of being passed down to Event.get() method.

srcMatch([aliases:AliasMap]) → :py:class:`SrcMatch`¶: Returns object which can be used to match Src instances. If Source instance was constructed from a string then this method tries to resolve string as an alias. If alias is not found then it tries to parse the string according to the definitions above. If parsing fails then exception is thrown. Optional argument provides alias map instance which can be obtained from environment object (Env). If alias map is not provided then alias names are not resolved (aliases cannot be used in this case).

Class psana.Src ¶

class psana.Src¶: Base class which defines generic XTC data source “address”. One cannot make instances of this class directly, instead use one of the classes DetInfo, BldInfo, or ProcInfo

Class psana.SrcMatch ¶

class psana.SrcMatch¶

Helper class which provides logic for matching Source values to Src instances.

This is an abstraction of the set of addresses. Having this set one can askquestions like: - does a specific address (Src instance) belong to the set (match() method). - does other set (another SrcMatch instance) contains this set completely (so that for example one could ask question like “will this set match cspad-only devices”) - check if this is a special “no-source” match (matching only data that do not come from any device) - check if this is “exact” match (matching only one specific device, or no-source)

in_(match:SrcMatch) → bool¶: Returns true if set of addresses matched by this instance is contained entirely in the set of addresses matched by an argument. One can also use expression match1 in match2 which is equivalent to match1.in_(match2).

isExact() → bool¶: Returns true if it is exact match, no-source is also exact.

isNoSource() → bool¶: Returns true if it matches no-source only.

match(src:Src) → bool¶: Match source with Src object.

Class psana.Step ¶

class psana.Step¶

Python wrapper for psana Step type. Step type represents data originating from a single step (calib cycle) which contains events. This class provides way to iterate over individual events contained in a Step. Actual iteration is implemented in EventIter class, this class serves as a factory for iterator instances.

env() → object¶: Returns environment object

events() → iterator¶: Returns iterator for contained events (EventIter)

Class psana.StepIter ¶

class psana.StepIter¶

Class which supports iteration over steps (calib cycles) contained in a particular DataSource or Run instance. Iterator returns instances of Step class.

next¶

Module psana.Acqiris ¶

The Python wrapper module for Acqiris types

Class psana.Acqiris.ConfigV1 ¶

class psana.Acqiris.ConfigV1¶

Class containing all Acqiris configuration data.

Raises an exception This class cannot be instantiated from Python

channelMask((ConfigV1)arg1) → int :¶: Bit mask for channels.

horiz((ConfigV1)arg1) → HorizV1 :¶: Configuration for horizontal axis

nbrBanks((ConfigV1)arg1) → int :¶: Total number of banks.

nbrChannels((ConfigV1)arg1) → int :¶: Number of channels calculated from channel bit mask.

nbrConvertersPerChannel((ConfigV1)arg1) → int :¶: Number of ADCs per channel.

trig((ConfigV1)arg1) → TrigV1 :¶: Trigger configuration.

vert((ConfigV1)arg1) → list :¶: Configuration for vertical axis (one per channel).

MaxChan = 20¶

TypeId = 4¶

Version = 1¶

Class psana.Acqiris.DataDescV1 ¶

class psana.Acqiris.DataDescV1¶

Class containing waveform data (DataDescV1Elem) for all channels.

Raises an exception This class cannot be instantiated from Python

data((DataDescV1)arg1, (int)arg2) → DataDescV1Elem :¶: Waveform data, one object per channel.

data_shape((DataDescV1)arg1) → object¶

TypeId = 3¶

Version = 1¶

Class psana.Acqiris.DataDescV1Elem ¶

class psana.Acqiris.DataDescV1Elem¶

Class representing Acqiris waveforms from single channel.

Raises an exception This class cannot be instantiated from Python

indexFirstPoint((DataDescV1Elem)arg1) → int¶

nbrSamplesInSeg((DataDescV1Elem)arg1) → int :¶: Number of samples in one segment.

nbrSegments((DataDescV1Elem)arg1) → int :¶: Number of segments.

timestamp((DataDescV1Elem)arg1) → list :¶: Timestamps, one timestamp per segment.

waveforms((DataDescV1Elem)arg1) → numpy.ndarray :¶: Waveforms data, two-dimensional array [nbrSegments()]*[nbrSamplesInSeg()]. Note that unlike in pdsdata this already takes into account value of the indexFirstPoint so that client code does not need to correct for this offset.

BitShift = 6¶

NumberOfBits = 10¶

_extraSize = 32¶

Class psana.Acqiris.HorizV1 ¶

class psana.Acqiris.HorizV1¶

Class containing Acqiris configuration data for horizontal axis.

Raises an exception This class cannot be instantiated from Python

delayTime((HorizV1)arg1) → float :¶: Delay time.

nbrSamples((HorizV1)arg1) → int :¶: Number of samples.

nbrSegments((HorizV1)arg1) → int :¶: Number of segments.

sampInterval((HorizV1)arg1) → float :¶: Interval for single sample.

Class psana.Acqiris.TdcAuxIO ¶

class psana.Acqiris.TdcAuxIO¶

configuration for auxiliary IO channel.

Raises an exception This class cannot be instantiated from Python

class Channel¶

IOAux1 = psana.Acqiris.Channel.IOAux1¶

IOAux2 = psana.Acqiris.Channel.IOAux2¶

names = {'IOAux1': psana.Acqiris.Channel.IOAux1, 'IOAux2': psana.Acqiris.Channel.IOAux2}¶

values = {1: psana.Acqiris.Channel.IOAux1, 2: psana.Acqiris.Channel.IOAux2}¶

class TdcAuxIO.Mode¶

BankSwitch = psana.Acqiris.Mode.BankSwitch¶

Marker = psana.Acqiris.Mode.Marker¶

OutputHi = psana.Acqiris.Mode.OutputHi¶

OutputLo = psana.Acqiris.Mode.OutputLo¶

names = {'BankSwitch': psana.Acqiris.Mode.BankSwitch, 'Marker': psana.Acqiris.Mode.Marker, 'OutputLo': psana.Acqiris.Mode.OutputLo, 'OutputHi': psana.Acqiris.Mode.OutputHi}¶

values = {32: psana.Acqiris.Mode.OutputLo, 1: psana.Acqiris.Mode.BankSwitch, 2: psana.Acqiris.Mode.Marker, 33: psana.Acqiris.Mode.OutputHi}¶

class TdcAuxIO.Termination¶

Z50 = psana.Acqiris.Termination.Z50¶

ZHigh = psana.Acqiris.Termination.ZHigh¶

names = {'Z50': psana.Acqiris.Termination.Z50, 'ZHigh': psana.Acqiris.Termination.ZHigh}¶

values = {0: psana.Acqiris.Termination.ZHigh, 1: psana.Acqiris.Termination.Z50}¶

TdcAuxIO.channel((TdcAuxIO)arg1) → Channel¶

TdcAuxIO.mode((TdcAuxIO)arg1) → Mode¶

TdcAuxIO.term((TdcAuxIO)arg1) → Termination¶

Class psana.Acqiris.TdcChannel ¶

class psana.Acqiris.TdcChannel¶

Configuration for Acqiris TDC channel.

Raises an exception This class cannot be instantiated from Python

class Channel¶

Common = psana.Acqiris.Channel.Common¶

Input1 = psana.Acqiris.Channel.Input1¶

Input2 = psana.Acqiris.Channel.Input2¶

Input3 = psana.Acqiris.Channel.Input3¶

Input4 = psana.Acqiris.Channel.Input4¶

Input5 = psana.Acqiris.Channel.Input5¶

Input6 = psana.Acqiris.Channel.Input6¶

Veto = psana.Acqiris.Channel.Veto¶

names = {'Input2': psana.Acqiris.Channel.Input2, 'Input3': psana.Acqiris.Channel.Input3, 'Input1': psana.Acqiris.Channel.Input1, 'Input6': psana.Acqiris.Channel.Input6, 'Input4': psana.Acqiris.Channel.Input4, 'Input5': psana.Acqiris.Channel.Input5, 'Veto': psana.Acqiris.Channel.Veto, 'Common': psana.Acqiris.Channel.Common}¶

values = {1: psana.Acqiris.Channel.Input1, 2: psana.Acqiris.Channel.Input2, 3: psana.Acqiris.Channel.Input3, 4: psana.Acqiris.Channel.Input4, 5: psana.Acqiris.Channel.Input5, 6: psana.Acqiris.Channel.Input6, -2: psana.Acqiris.Channel.Veto, -1: psana.Acqiris.Channel.Common}¶

class TdcChannel.Mode¶

Active = psana.Acqiris.Mode.Active¶

Inactive = psana.Acqiris.Mode.Inactive¶

names = {'Active': psana.Acqiris.Mode.Active, 'Inactive': psana.Acqiris.Mode.Inactive}¶

values = {0: psana.Acqiris.Mode.Active, 1: psana.Acqiris.Mode.Inactive}¶

class TdcChannel.Slope¶

Negative = psana.Acqiris.Slope.Negative¶

Positive = psana.Acqiris.Slope.Positive¶

names = {'Positive': psana.Acqiris.Slope.Positive, 'Negative': psana.Acqiris.Slope.Negative}¶

values = {0: psana.Acqiris.Slope.Positive, 1: psana.Acqiris.Slope.Negative}¶

TdcChannel._mode_int((TdcChannel)arg1) → int :¶: Bitfield value, should not be used directly. Use mode() and slope() in the client code.

TdcChannel.channel((TdcChannel)arg1) → Channel :¶: Channel type as integer number, clients should use channel() method instead.

TdcChannel.level((TdcChannel)arg1) → float¶

TdcChannel.mode((TdcChannel)arg1) → Mode¶

TdcChannel.slope((TdcChannel)arg1) → Slope¶

Class psana.Acqiris.TdcConfigV1 ¶

class psana.Acqiris.TdcConfigV1¶

Class with complete Acqiris TDC configuration.

Raises an exception This class cannot be instantiated from Python

auxio((TdcConfigV1)arg1) → list :¶: Axiliary configurations, one object per channel.

channels((TdcConfigV1)arg1) → list :¶: Channel configurations, one object per channel.

veto((TdcConfigV1)arg1) → TdcVetoIO¶

NAuxIO = 2¶

NChannels = 8¶

TypeId = 36¶

Version = 1¶

Class psana.Acqiris.TdcDataV1 ¶

class psana.Acqiris.TdcDataV1¶

Acqiris TDS data object is a container for TdcDataV1_Item object (or their sub-types).

Raises an exception This class cannot be instantiated from Python

data((TdcDataV1)arg1) → list :¶: Access TDC data items.

TypeId = 37¶

Version = 1¶

Class psana.Acqiris.TdcDataV1Channel ¶

class psana.Acqiris.TdcDataV1Channel¶

Class for the “channel” TDC data object.

Raises an exception This class cannot be instantiated from Python

overflow((TdcDataV1Channel)arg1) → int :¶: Returns overflow status.

ticks((TdcDataV1Channel)arg1) → int :¶: Returns number of ticks.

time((TdcDataV1Channel)arg1) → float :¶: Ticks converted to time, tick resolution is 50 picosecond.

Class psana.Acqiris.TdcDataV1Common ¶

class psana.Acqiris.TdcDataV1Common¶

Class for the “common” TDC data object.

Raises an exception This class cannot be instantiated from Python

nhits((TdcDataV1Common)arg1) → int :¶: Returns number of hits.

overflow((TdcDataV1Common)arg1) → int :¶: Returns overflow status.

Class psana.Acqiris.TdcDataV1_Item ¶

class psana.Acqiris.TdcDataV1_Item¶

Base class for all Acqiris TDC data objects.

Raises an exception This class cannot be instantiated from Python

class Source¶

AuxIO = psana.Acqiris.Source.AuxIO¶

Chan1 = psana.Acqiris.Source.Chan1¶

Chan2 = psana.Acqiris.Source.Chan2¶

Chan3 = psana.Acqiris.Source.Chan3¶

Chan4 = psana.Acqiris.Source.Chan4¶

Chan5 = psana.Acqiris.Source.Chan5¶

Chan6 = psana.Acqiris.Source.Chan6¶

Comm = psana.Acqiris.Source.Comm¶

names = {'Chan5': psana.Acqiris.Source.Chan5, 'Chan4': psana.Acqiris.Source.Chan4, 'Chan6': psana.Acqiris.Source.Chan6, 'Chan1': psana.Acqiris.Source.Chan1, 'Chan3': psana.Acqiris.Source.Chan3, 'Chan2': psana.Acqiris.Source.Chan2, 'Comm': psana.Acqiris.Source.Comm, 'AuxIO': psana.Acqiris.Source.AuxIO}¶

values = {0: psana.Acqiris.Source.Comm, 1: psana.Acqiris.Source.Chan1, 2: psana.Acqiris.Source.Chan2, 3: psana.Acqiris.Source.Chan3, 4: psana.Acqiris.Source.Chan4, 5: psana.Acqiris.Source.Chan5, 6: psana.Acqiris.Source.Chan6, 7: psana.Acqiris.Source.AuxIO}¶

TdcDataV1_Item.bf_ofv_((TdcDataV1_Item)arg1) → int¶

TdcDataV1_Item.bf_val_((TdcDataV1_Item)arg1) → int¶

TdcDataV1_Item.source((TdcDataV1_Item)arg1) → Source :¶: Source of this data object, use returned enum to distinguish between actual types of data objecs and cast appropriately.

TdcDataV1_Item.value((TdcDataV1_Item)arg1) → int :¶: Value as integer number whiis composed of several bit fields. Do not use value directly, instead cast this object to one of the actual types and use corresponding methods.

Class psana.Acqiris.TdcDataV1Marker ¶

class psana.Acqiris.TdcDataV1Marker¶

Class for the “marker” TDC data object.

Raises an exception This class cannot be instantiated from Python

class Type¶

AuxIOMarker = psana.Acqiris.Type.AuxIOMarker¶

AuxIOSwitch = psana.Acqiris.Type.AuxIOSwitch¶

EventCntSwitch = psana.Acqiris.Type.EventCntSwitch¶

MemFullSwitch = psana.Acqiris.Type.MemFullSwitch¶

names = {'AuxIOSwitch': psana.Acqiris.Type.AuxIOSwitch, 'MemFullSwitch': psana.Acqiris.Type.MemFullSwitch, 'AuxIOMarker': psana.Acqiris.Type.AuxIOMarker, 'EventCntSwitch': psana.Acqiris.Type.EventCntSwitch}¶

values = {0: psana.Acqiris.Type.AuxIOSwitch, 1: psana.Acqiris.Type.EventCntSwitch, 2: psana.Acqiris.Type.MemFullSwitch, 16: psana.Acqiris.Type.AuxIOMarker}¶

TdcDataV1Marker.type((TdcDataV1Marker)arg1) → Type :¶: Returns type of the marker.

Class psana.Acqiris.TdcVetoIO ¶

class psana.Acqiris.TdcVetoIO¶

Class with configuration data for Veto IO channel.

Raises an exception This class cannot be instantiated from Python

class Channel¶

ChVeto = psana.Acqiris.Channel.ChVeto¶

names = {'ChVeto': psana.Acqiris.Channel.ChVeto}¶

values = {13: psana.Acqiris.Channel.ChVeto}¶

class TdcVetoIO.Mode¶

InvertedSwitchVeto = psana.Acqiris.Mode.InvertedSwitchVeto¶

InvertedVeto = psana.Acqiris.Mode.InvertedVeto¶

SwitchVeto = psana.Acqiris.Mode.SwitchVeto¶

Veto = psana.Acqiris.Mode.Veto¶

names = {'Veto': psana.Acqiris.Mode.Veto, 'InvertedSwitchVeto': psana.Acqiris.Mode.InvertedSwitchVeto, 'SwitchVeto': psana.Acqiris.Mode.SwitchVeto, 'InvertedVeto': psana.Acqiris.Mode.InvertedVeto}¶

values = {1: psana.Acqiris.Mode.Veto, 2: psana.Acqiris.Mode.SwitchVeto, 3: psana.Acqiris.Mode.InvertedVeto, 4: psana.Acqiris.Mode.InvertedSwitchVeto}¶

class TdcVetoIO.Termination¶

Z50 = psana.Acqiris.Termination.Z50¶

ZHigh = psana.Acqiris.Termination.ZHigh¶

names = {'Z50': psana.Acqiris.Termination.Z50, 'ZHigh': psana.Acqiris.Termination.ZHigh}¶

values = {0: psana.Acqiris.Termination.ZHigh, 1: psana.Acqiris.Termination.Z50}¶

TdcVetoIO.channel((TdcVetoIO)arg1) → Channel¶

TdcVetoIO.mode((TdcVetoIO)arg1) → Mode¶

TdcVetoIO.term((TdcVetoIO)arg1) → Termination¶

Class psana.Acqiris.TimestampV1 ¶

class psana.Acqiris.TimestampV1¶

Class representing Acqiris timestamp value.

Raises an exception This class cannot be instantiated from Python

pos((TimestampV1)arg1) → float :¶: Horizontal position, for the segment, of the first (nominal) data point with respect to the origin of the nominal trigger delay in seconds.

timeStampHi((TimestampV1)arg1) → int¶

timeStampLo((TimestampV1)arg1) → int¶

value((TimestampV1)arg1) → int :¶: 64-bit trigger timestamp, in units of picoseconds. The timestamp is the trigger time with respect to an arbitrary time origin.

Class psana.Acqiris.TrigV1 ¶

class psana.Acqiris.TrigV1¶

Class containing Acqiris configuration data for triggering.

Raises an exception This class cannot be instantiated from Python

class Coupling¶

AC = psana.Acqiris.Coupling.AC¶

AC50ohm = psana.Acqiris.Coupling.AC50ohm¶

DC = psana.Acqiris.Coupling.DC¶

DC50ohm = psana.Acqiris.Coupling.DC50ohm¶

HFreject = psana.Acqiris.Coupling.HFreject¶

names = {'AC50ohm': psana.Acqiris.Coupling.AC50ohm, 'AC': psana.Acqiris.Coupling.AC, 'HFreject': psana.Acqiris.Coupling.HFreject, 'DC': psana.Acqiris.Coupling.DC, 'DC50ohm': psana.Acqiris.Coupling.DC50ohm}¶

values = {0: psana.Acqiris.Coupling.DC, 1: psana.Acqiris.Coupling.AC, 2: psana.Acqiris.Coupling.HFreject, 3: psana.Acqiris.Coupling.DC50ohm, 4: psana.Acqiris.Coupling.AC50ohm}¶

class TrigV1.Slope¶

HFDivide = psana.Acqiris.Slope.HFDivide¶

IntoWindow = psana.Acqiris.Slope.IntoWindow¶

Negative = psana.Acqiris.Slope.Negative¶

OutOfWindow = psana.Acqiris.Slope.OutOfWindow¶

Positive = psana.Acqiris.Slope.Positive¶

SpikeStretcher = psana.Acqiris.Slope.SpikeStretcher¶

names = {'IntoWindow': psana.Acqiris.Slope.IntoWindow, 'Positive': psana.Acqiris.Slope.Positive, 'Negative': psana.Acqiris.Slope.Negative, 'OutOfWindow': psana.Acqiris.Slope.OutOfWindow, 'HFDivide': psana.Acqiris.Slope.HFDivide, 'SpikeStretcher': psana.Acqiris.Slope.SpikeStretcher}¶

values = {0: psana.Acqiris.Slope.Positive, 1: psana.Acqiris.Slope.Negative, 2: psana.Acqiris.Slope.OutOfWindow, 3: psana.Acqiris.Slope.IntoWindow, 4: psana.Acqiris.Slope.HFDivide, 5: psana.Acqiris.Slope.SpikeStretcher}¶

class TrigV1.Source¶

External = psana.Acqiris.Source.External¶

Internal = psana.Acqiris.Source.Internal¶

names = {'Internal': psana.Acqiris.Source.Internal, 'External': psana.Acqiris.Source.External}¶

values = {1: psana.Acqiris.Source.Internal, -1: psana.Acqiris.Source.External}¶

TrigV1.coupling((TrigV1)arg1) → int¶

TrigV1.input((TrigV1)arg1) → int :¶: Trigger source

TrigV1.level((TrigV1)arg1) → float :¶: Trigger level.

TrigV1.slope((TrigV1)arg1) → int :¶: Triggering slope.

Class psana.Acqiris.VertV1 ¶

class psana.Acqiris.VertV1¶

Class containing Acqiris configuration data for vertical axis.

Raises an exception This class cannot be instantiated from Python

class Bandwidth¶

MHz20 = psana.Acqiris.Bandwidth.MHz20¶

MHz200 = psana.Acqiris.Bandwidth.MHz200¶

MHz25 = psana.Acqiris.Bandwidth.MHz25¶

MHz35 = psana.Acqiris.Bandwidth.MHz35¶

MHz700 = psana.Acqiris.Bandwidth.MHz700¶

None = psana.Acqiris.Bandwidth.None¶

names = {'None': psana.Acqiris.Bandwidth.None, 'MHz700': psana.Acqiris.Bandwidth.MHz700, 'MHz200': psana.Acqiris.Bandwidth.MHz200, 'MHz20': psana.Acqiris.Bandwidth.MHz20, 'MHz35': psana.Acqiris.Bandwidth.MHz35, 'MHz25': psana.Acqiris.Bandwidth.MHz25}¶

values = {0: psana.Acqiris.Bandwidth.None, 1: psana.Acqiris.Bandwidth.MHz25, 2: psana.Acqiris.Bandwidth.MHz700, 3: psana.Acqiris.Bandwidth.MHz200, 4: psana.Acqiris.Bandwidth.MHz20, 5: psana.Acqiris.Bandwidth.MHz35}¶

class VertV1.Coupling¶

AC = psana.Acqiris.Coupling.AC¶

AC50ohm = psana.Acqiris.Coupling.AC50ohm¶

DC = psana.Acqiris.Coupling.DC¶

DC50ohm = psana.Acqiris.Coupling.DC50ohm¶

GND = psana.Acqiris.Coupling.GND¶

names = {'AC50ohm': psana.Acqiris.Coupling.AC50ohm, 'AC': psana.Acqiris.Coupling.AC, 'DC': psana.Acqiris.Coupling.DC, 'GND': psana.Acqiris.Coupling.GND, 'DC50ohm': psana.Acqiris.Coupling.DC50ohm}¶

values = {0: psana.Acqiris.Coupling.GND, 1: psana.Acqiris.Coupling.DC, 2: psana.Acqiris.Coupling.AC, 3: psana.Acqiris.Coupling.DC50ohm, 4: psana.Acqiris.Coupling.AC50ohm}¶

VertV1.bandwidth((VertV1)arg1) → int :¶: Bandwidth enumeration.

VertV1.coupling((VertV1)arg1) → int :¶: Coupling mode.

VertV1.fullScale((VertV1)arg1) → float :¶: Full vertical scale.

VertV1.offset((VertV1)arg1) → float :¶: Offset value.

VertV1.slope((VertV1)arg1) → float :¶: Calculated slope.

Module psana.Alias ¶

The Python wrapper module for Alias types

Class psana.Alias.ConfigV1 ¶

class psana.Alias.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

numSrcAlias((ConfigV1)arg1) → int :¶: Number of alias definitions

srcAlias((ConfigV1)arg1) → list :¶: SrcAlias configuration objects

TypeId = 69¶

Version = 1¶

Class psana.Alias.SrcAlias ¶

class psana.Alias.SrcAlias¶

Raises an exception This class cannot be instantiated from Python

aliasName((SrcAlias)arg1) → str :¶: Alias name for src identifier

aliasName_shape((SrcAlias)arg1) → object¶

src((SrcAlias)arg1) → psana.Src :¶: The src identifier

AliasNameMax = 31¶

Module psana.Andor ¶

The Python wrapper module for Andor types

Class psana.Andor.ConfigV1 ¶

class psana.Andor.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class EnumFanMode¶

ENUM_FAN_ACQOFF = psana.Andor.EnumFanMode.ENUM_FAN_ACQOFF¶

ENUM_FAN_FULL = psana.Andor.EnumFanMode.ENUM_FAN_FULL¶

ENUM_FAN_LOW = psana.Andor.EnumFanMode.ENUM_FAN_LOW¶

ENUM_FAN_NUM = psana.Andor.EnumFanMode.ENUM_FAN_NUM¶

ENUM_FAN_OFF = psana.Andor.EnumFanMode.ENUM_FAN_OFF¶

names = {'ENUM_FAN_FULL': psana.Andor.EnumFanMode.ENUM_FAN_FULL, 'ENUM_FAN_OFF': psana.Andor.EnumFanMode.ENUM_FAN_OFF, 'ENUM_FAN_NUM': psana.Andor.EnumFanMode.ENUM_FAN_NUM, 'ENUM_FAN_LOW': psana.Andor.EnumFanMode.ENUM_FAN_LOW, 'ENUM_FAN_ACQOFF': psana.Andor.EnumFanMode.ENUM_FAN_ACQOFF}¶

values = {0: psana.Andor.EnumFanMode.ENUM_FAN_FULL, 1: psana.Andor.EnumFanMode.ENUM_FAN_LOW, 2: psana.Andor.EnumFanMode.ENUM_FAN_OFF, 3: psana.Andor.EnumFanMode.ENUM_FAN_ACQOFF, 4: psana.Andor.EnumFanMode.ENUM_FAN_NUM}¶

ConfigV1.baselineClamp((ConfigV1)arg1) → int¶

ConfigV1.binX((ConfigV1)arg1) → int¶

ConfigV1.binY((ConfigV1)arg1) → int¶

ConfigV1.coolingTemp((ConfigV1)arg1) → float¶

ConfigV1.exposureEventCode((ConfigV1)arg1) → int¶

ConfigV1.exposureTime((ConfigV1)arg1) → float¶

ConfigV1.fanMode((ConfigV1)arg1) → EnumFanMode¶

ConfigV1.frameSize((ConfigV1)arg1) → int :¶: Total size in bytes of the Frame object

ConfigV1.gainIndex((ConfigV1)arg1) → int¶

ConfigV1.height((ConfigV1)arg1) → int¶

ConfigV1.highCapacity((ConfigV1)arg1) → int¶

ConfigV1.numDelayShots((ConfigV1)arg1) → int¶

ConfigV1.numPixels((ConfigV1)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

ConfigV1.numPixelsX((ConfigV1)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

ConfigV1.numPixelsY((ConfigV1)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

ConfigV1.orgX((ConfigV1)arg1) → int¶

ConfigV1.orgY((ConfigV1)arg1) → int¶

ConfigV1.readoutSpeedIndex((ConfigV1)arg1) → int¶

ConfigV1.width((ConfigV1)arg1) → int¶

ConfigV1.TypeId = 60¶

ConfigV1.Version = 1¶

Class psana.Andor.ConfigV2 ¶

class psana.Andor.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class EnumCropMode¶

ENUM_CROP_EX = psana.Andor.EnumCropMode.ENUM_CROP_EX¶

ENUM_CROP_NUM = psana.Andor.EnumCropMode.ENUM_CROP_NUM¶

ENUM_CROP_OFF = psana.Andor.EnumCropMode.ENUM_CROP_OFF¶

ENUM_CROP_ON = psana.Andor.EnumCropMode.ENUM_CROP_ON¶

names = {'ENUM_CROP_EX': psana.Andor.EnumCropMode.ENUM_CROP_EX, 'ENUM_CROP_OFF': psana.Andor.EnumCropMode.ENUM_CROP_OFF, 'ENUM_CROP_ON': psana.Andor.EnumCropMode.ENUM_CROP_ON, 'ENUM_CROP_NUM': psana.Andor.EnumCropMode.ENUM_CROP_NUM}¶

values = {0: psana.Andor.EnumCropMode.ENUM_CROP_OFF, 1: psana.Andor.EnumCropMode.ENUM_CROP_ON, 2: psana.Andor.EnumCropMode.ENUM_CROP_EX, 3: psana.Andor.EnumCropMode.ENUM_CROP_NUM}¶

class ConfigV2.EnumFanMode¶

ENUM_FAN_ACQOFF = psana.Andor.EnumFanMode.ENUM_FAN_ACQOFF¶

ENUM_FAN_FULL = psana.Andor.EnumFanMode.ENUM_FAN_FULL¶

ENUM_FAN_LOW = psana.Andor.EnumFanMode.ENUM_FAN_LOW¶

ENUM_FAN_NUM = psana.Andor.EnumFanMode.ENUM_FAN_NUM¶

ENUM_FAN_OFF = psana.Andor.EnumFanMode.ENUM_FAN_OFF¶

names = {'ENUM_FAN_FULL': psana.Andor.EnumFanMode.ENUM_FAN_FULL, 'ENUM_FAN_OFF': psana.Andor.EnumFanMode.ENUM_FAN_OFF, 'ENUM_FAN_NUM': psana.Andor.EnumFanMode.ENUM_FAN_NUM, 'ENUM_FAN_LOW': psana.Andor.EnumFanMode.ENUM_FAN_LOW, 'ENUM_FAN_ACQOFF': psana.Andor.EnumFanMode.ENUM_FAN_ACQOFF}¶

values = {0: psana.Andor.EnumFanMode.ENUM_FAN_FULL, 1: psana.Andor.EnumFanMode.ENUM_FAN_LOW, 2: psana.Andor.EnumFanMode.ENUM_FAN_OFF, 3: psana.Andor.EnumFanMode.ENUM_FAN_ACQOFF, 4: psana.Andor.EnumFanMode.ENUM_FAN_NUM}¶

ConfigV2.baselineClamp((ConfigV2)arg1) → int¶

ConfigV2.binX((ConfigV2)arg1) → int¶

ConfigV2.binY((ConfigV2)arg1) → int¶

ConfigV2.coolingTemp((ConfigV2)arg1) → float¶

ConfigV2.cropMode((ConfigV2)arg1) → EnumCropMode¶

ConfigV2.exposureEventCode((ConfigV2)arg1) → int¶

ConfigV2.exposureTime((ConfigV2)arg1) → float¶

ConfigV2.fanMode((ConfigV2)arg1) → EnumFanMode¶

ConfigV2.frameSize((ConfigV2)arg1) → int :¶: Total size in bytes of the Frame object

ConfigV2.gainIndex((ConfigV2)arg1) → int¶

ConfigV2.height((ConfigV2)arg1) → int¶

ConfigV2.highCapacity((ConfigV2)arg1) → int¶

ConfigV2.numDelayShots((ConfigV2)arg1) → int¶

ConfigV2.numPixels((ConfigV2)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

ConfigV2.numPixelsX((ConfigV2)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

ConfigV2.numPixelsY((ConfigV2)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

ConfigV2.orgX((ConfigV2)arg1) → int¶

ConfigV2.orgY((ConfigV2)arg1) → int¶

ConfigV2.readoutSpeedIndex((ConfigV2)arg1) → int¶

ConfigV2.width((ConfigV2)arg1) → int¶

ConfigV2.TypeId = 60¶

ConfigV2.Version = 2¶

Class psana.Andor.FrameV1 ¶

class psana.Andor.FrameV1¶

Raises an exception This class cannot be instantiated from Python

data((FrameV1)arg1) → numpy.ndarray¶

readoutTime((FrameV1)arg1) → float¶

shotIdStart((FrameV1)arg1) → int¶

temperature((FrameV1)arg1) → float¶

TypeId = 61¶

Version = 1¶

Module psana.Andor3d ¶

The Python wrapper module for Andor3d types

Class psana.Andor3d.ConfigV1 ¶

class psana.Andor3d.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class EnumFanMode¶

ENUM_FAN_ACQOFF = psana.Andor3d.EnumFanMode.ENUM_FAN_ACQOFF¶

ENUM_FAN_FULL = psana.Andor3d.EnumFanMode.ENUM_FAN_FULL¶

ENUM_FAN_LOW = psana.Andor3d.EnumFanMode.ENUM_FAN_LOW¶

ENUM_FAN_NUM = psana.Andor3d.EnumFanMode.ENUM_FAN_NUM¶

ENUM_FAN_OFF = psana.Andor3d.EnumFanMode.ENUM_FAN_OFF¶

names = {'ENUM_FAN_FULL': psana.Andor3d.EnumFanMode.ENUM_FAN_FULL, 'ENUM_FAN_OFF': psana.Andor3d.EnumFanMode.ENUM_FAN_OFF, 'ENUM_FAN_NUM': psana.Andor3d.EnumFanMode.ENUM_FAN_NUM, 'ENUM_FAN_LOW': psana.Andor3d.EnumFanMode.ENUM_FAN_LOW, 'ENUM_FAN_ACQOFF': psana.Andor3d.EnumFanMode.ENUM_FAN_ACQOFF}¶

values = {0: psana.Andor3d.EnumFanMode.ENUM_FAN_FULL, 1: psana.Andor3d.EnumFanMode.ENUM_FAN_LOW, 2: psana.Andor3d.EnumFanMode.ENUM_FAN_OFF, 3: psana.Andor3d.EnumFanMode.ENUM_FAN_ACQOFF, 4: psana.Andor3d.EnumFanMode.ENUM_FAN_NUM}¶

ConfigV1.baselineClamp((ConfigV1)arg1) → int¶

ConfigV1.binX((ConfigV1)arg1) → int¶

ConfigV1.binY((ConfigV1)arg1) → int¶

ConfigV1.coolingTemp((ConfigV1)arg1) → float¶

ConfigV1.exposureEventCode((ConfigV1)arg1) → int¶

ConfigV1.exposureStartDelay((ConfigV1)arg1) → int¶

ConfigV1.exposureTime((ConfigV1)arg1) → float¶

ConfigV1.fanMode((ConfigV1)arg1) → EnumFanMode¶

ConfigV1.frameSize((ConfigV1)arg1) → int :¶: Total size in bytes of the Frame object

ConfigV1.gainIndex((ConfigV1)arg1) → int¶

ConfigV1.height((ConfigV1)arg1) → int¶

ConfigV1.highCapacity((ConfigV1)arg1) → int¶

ConfigV1.numDelayShots((ConfigV1)arg1) → int¶

ConfigV1.numPixels((ConfigV1)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

ConfigV1.numPixelsPerSensor((ConfigV1)arg1) → int :¶: calculate total frame size in pixels per sensor based on the current ROI and binning settings

ConfigV1.numPixelsX((ConfigV1)arg1) → int :¶: calculate frame X size in pixels per sensor based on the current ROI and binning settings

ConfigV1.numPixelsY((ConfigV1)arg1) → int :¶: calculate frame Y size in pixels per sensor based on the current ROI and binning settings

ConfigV1.numSensors((ConfigV1)arg1) → int¶

ConfigV1.orgX((ConfigV1)arg1) → int¶

ConfigV1.orgY((ConfigV1)arg1) → int¶

ConfigV1.readoutSpeedIndex((ConfigV1)arg1) → int¶

ConfigV1.width((ConfigV1)arg1) → int¶

ConfigV1.TypeId = 96¶

ConfigV1.Version = 1¶

Class psana.Andor3d.FrameV1 ¶

class psana.Andor3d.FrameV1¶

Raises an exception This class cannot be instantiated from Python

data((FrameV1)arg1) → numpy.ndarray¶

readoutTime((FrameV1)arg1) → float¶

shotIdStart((FrameV1)arg1) → int¶

temperature((FrameV1)arg1) → numpy.ndarray¶

TypeId = 97¶

Version = 1¶

Module psana.Arraychar ¶

The Python wrapper module for Arraychar types

Class psana.Arraychar.DataV1 ¶

class psana.Arraychar.DataV1¶

Raises an exception This class cannot be instantiated from Python

data((DataV1)arg1) → numpy.ndarray¶

numChars((DataV1)arg1) → int¶

TypeId = 82¶

Version = 1¶

Module psana.Bld ¶

The Python wrapper module for Bld types

Class psana.Bld.BldDataAcqADCV1 ¶

class psana.Bld.BldDataAcqADCV1¶

Combined structure which includes Acqiris.ConfigV1 and Acqiris.DataDescV1 objects.

Raises an exception This class cannot be instantiated from Python

config((BldDataAcqADCV1)arg1) → ConfigV1¶

data((BldDataAcqADCV1)arg1) → DataDescV1¶

TypeId = 65¶

Version = 1¶

Class psana.Bld.BldDataAnalogInputV1 ¶

class psana.Bld.BldDataAnalogInputV1¶

Structure which contains voltage data from an analog input device.

Raises an exception This class cannot be instantiated from Python

channelVoltages((BldDataAnalogInputV1)arg1) → numpy.ndarray :¶: Array of voltage values were each entry represents a channel of the analog input device.

numChannels((BldDataAnalogInputV1)arg1) → int :¶: The number of active channels on the analog input device.

TypeId = 94¶

Version = 1¶

Class psana.Bld.BldDataBeamMonitorV1 ¶

class psana.Bld.BldDataBeamMonitorV1¶

Intensity and Position Measurements

Raises an exception This class cannot be instantiated from Python

TotalIntensity((BldDataBeamMonitorV1)arg1) → float :¶: Value of Total Intensity, in J.

X_Position((BldDataBeamMonitorV1)arg1) → float :¶: Value of X Position, in m.

Y_Position((BldDataBeamMonitorV1)arg1) → float :¶: Value of Y Position, in m.

peakA((BldDataBeamMonitorV1)arg1) → numpy.ndarray :¶: Peak Amplitude of Channel

peakT((BldDataBeamMonitorV1)arg1) → numpy.ndarray :¶: Location of Peak Amplitude of Channel

NCHANNELS = 16¶

TypeId = 98¶

Version = 1¶

Class psana.Bld.BldDataEBeamV0 ¶

class psana.Bld.BldDataEBeamV0¶

Beam parameters.

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

names = {'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage}¶

BldDataEBeamV0.damageMask((BldDataEBeamV0)arg1) → int :¶: Damage mask.

BldDataEBeamV0.ebeamCharge((BldDataEBeamV0)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV0.ebeamL3Energy((BldDataEBeamV0)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV0.ebeamLTUAngX((BldDataEBeamV0)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV0.ebeamLTUAngY((BldDataEBeamV0)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV0.ebeamLTUPosX((BldDataEBeamV0)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV0.ebeamLTUPosY((BldDataEBeamV0)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV0.TypeId = 15¶

BldDataEBeamV0.Version = 0¶

Class psana.Bld.BldDataEBeamV1 ¶

class psana.Bld.BldDataEBeamV1¶

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

EbeamPkCurrBC2Damage = psana.Bld.DamageMask.EbeamPkCurrBC2Damage¶

names = {'EbeamPkCurrBC2Damage': psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 64: psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage}¶

BldDataEBeamV1.damageMask((BldDataEBeamV1)arg1) → int :¶: Damage mask.

BldDataEBeamV1.ebeamCharge((BldDataEBeamV1)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV1.ebeamL3Energy((BldDataEBeamV1)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV1.ebeamLTUAngX((BldDataEBeamV1)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV1.ebeamLTUAngY((BldDataEBeamV1)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV1.ebeamLTUPosX((BldDataEBeamV1)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV1.ebeamLTUPosY((BldDataEBeamV1)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV1.ebeamPkCurrBC2((BldDataEBeamV1)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV1.TypeId = 15¶

BldDataEBeamV1.Version = 1¶

Class psana.Bld.BldDataEBeamV2 ¶

class psana.Bld.BldDataEBeamV2¶

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamEnergyBC2Damage = psana.Bld.DamageMask.EbeamEnergyBC2Damage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

EbeamPkCurrBC2Damage = psana.Bld.DamageMask.EbeamPkCurrBC2Damage¶

names = {'EbeamPkCurrBC2Damage': psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamEnergyBC2Damage': psana.Bld.DamageMask.EbeamEnergyBC2Damage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 64: psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 128: psana.Bld.DamageMask.EbeamEnergyBC2Damage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage}¶

BldDataEBeamV2.damageMask((BldDataEBeamV2)arg1) → int :¶: Damage mask.

BldDataEBeamV2.ebeamCharge((BldDataEBeamV2)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV2.ebeamEnergyBC2((BldDataEBeamV2)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV2.ebeamL3Energy((BldDataEBeamV2)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV2.ebeamLTUAngX((BldDataEBeamV2)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV2.ebeamLTUAngY((BldDataEBeamV2)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV2.ebeamLTUPosX((BldDataEBeamV2)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV2.ebeamLTUPosY((BldDataEBeamV2)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV2.ebeamPkCurrBC2((BldDataEBeamV2)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV2.TypeId = 15¶

BldDataEBeamV2.Version = 2¶

Class psana.Bld.BldDataEBeamV3 ¶

class psana.Bld.BldDataEBeamV3¶

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamEnergyBC1Damage = psana.Bld.DamageMask.EbeamEnergyBC1Damage¶

EbeamEnergyBC2Damage = psana.Bld.DamageMask.EbeamEnergyBC2Damage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

EbeamPkCurrBC1Damage = psana.Bld.DamageMask.EbeamPkCurrBC1Damage¶

EbeamPkCurrBC2Damage = psana.Bld.DamageMask.EbeamPkCurrBC2Damage¶

names = {'EbeamPkCurrBC2Damage': psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamPkCurrBC1Damage': psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamEnergyBC2Damage': psana.Bld.DamageMask.EbeamEnergyBC2Damage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage, 'EbeamEnergyBC1Damage': psana.Bld.DamageMask.EbeamEnergyBC1Damage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 64: psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 128: psana.Bld.DamageMask.EbeamEnergyBC2Damage, 256: psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage, 512: psana.Bld.DamageMask.EbeamEnergyBC1Damage}¶

BldDataEBeamV3.damageMask((BldDataEBeamV3)arg1) → int :¶: Damage mask.

BldDataEBeamV3.ebeamCharge((BldDataEBeamV3)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV3.ebeamEnergyBC1((BldDataEBeamV3)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV3.ebeamEnergyBC2((BldDataEBeamV3)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV3.ebeamL3Energy((BldDataEBeamV3)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV3.ebeamLTUAngX((BldDataEBeamV3)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV3.ebeamLTUAngY((BldDataEBeamV3)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV3.ebeamLTUPosX((BldDataEBeamV3)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV3.ebeamLTUPosY((BldDataEBeamV3)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV3.ebeamPkCurrBC1((BldDataEBeamV3)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV3.ebeamPkCurrBC2((BldDataEBeamV3)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV3.TypeId = 15¶

BldDataEBeamV3.Version = 3¶

Class psana.Bld.BldDataEBeamV4 ¶

class psana.Bld.BldDataEBeamV4¶

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamEnergyBC1Damage = psana.Bld.DamageMask.EbeamEnergyBC1Damage¶

EbeamEnergyBC2Damage = psana.Bld.DamageMask.EbeamEnergyBC2Damage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

EbeamPkCurrBC1Damage = psana.Bld.DamageMask.EbeamPkCurrBC1Damage¶

EbeamPkCurrBC2Damage = psana.Bld.DamageMask.EbeamPkCurrBC2Damage¶

EbeamUndAngXDamage = psana.Bld.DamageMask.EbeamUndAngXDamage¶

EbeamUndAngYDamage = psana.Bld.DamageMask.EbeamUndAngYDamage¶

EbeamUndPosXDamage = psana.Bld.DamageMask.EbeamUndPosXDamage¶

EbeamUndPosYDamage = psana.Bld.DamageMask.EbeamUndPosYDamage¶

names = {'EbeamPkCurrBC2Damage': psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamPkCurrBC1Damage': psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamUndPosYDamage': psana.Bld.DamageMask.EbeamUndPosYDamage, 'EbeamUndAngYDamage': psana.Bld.DamageMask.EbeamUndAngYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamEnergyBC2Damage': psana.Bld.DamageMask.EbeamEnergyBC2Damage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage, 'EbeamUndPosXDamage': psana.Bld.DamageMask.EbeamUndPosXDamage, 'EbeamEnergyBC1Damage': psana.Bld.DamageMask.EbeamEnergyBC1Damage, 'EbeamUndAngXDamage': psana.Bld.DamageMask.EbeamUndAngXDamage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4096: psana.Bld.DamageMask.EbeamUndAngXDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 1024: psana.Bld.DamageMask.EbeamUndPosXDamage, 8192: psana.Bld.DamageMask.EbeamUndAngYDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 64: psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 128: psana.Bld.DamageMask.EbeamEnergyBC2Damage, 256: psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage, 512: psana.Bld.DamageMask.EbeamEnergyBC1Damage, 2048: psana.Bld.DamageMask.EbeamUndPosYDamage}¶

BldDataEBeamV4.damageMask((BldDataEBeamV4)arg1) → int :¶: Damage mask.

BldDataEBeamV4.ebeamCharge((BldDataEBeamV4)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV4.ebeamEnergyBC1((BldDataEBeamV4)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV4.ebeamEnergyBC2((BldDataEBeamV4)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV4.ebeamL3Energy((BldDataEBeamV4)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV4.ebeamLTUAngX((BldDataEBeamV4)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV4.ebeamLTUAngY((BldDataEBeamV4)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV4.ebeamLTUPosX((BldDataEBeamV4)arg1) → float :¶: LTU beam position (BPMS:LTU1:720 through 750) in mm.

BldDataEBeamV4.ebeamLTUPosY((BldDataEBeamV4)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV4.ebeamPkCurrBC1((BldDataEBeamV4)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV4.ebeamPkCurrBC2((BldDataEBeamV4)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV4.ebeamUndAngX((BldDataEBeamV4)arg1) → float :¶: Undulator launch feedback beam x-angle in mrad.

BldDataEBeamV4.ebeamUndAngY((BldDataEBeamV4)arg1) → float :¶: Undulator launch feedback beam y-angle in mrad.

BldDataEBeamV4.ebeamUndPosX((BldDataEBeamV4)arg1) → float :¶: Undulator launch feedback (BPMs U4 through U10) beam x-position in mm.

BldDataEBeamV4.ebeamUndPosY((BldDataEBeamV4)arg1) → float :¶: Undulator launch feedback beam y-position in mm.

BldDataEBeamV4.TypeId = 15¶

BldDataEBeamV4.Version = 4¶

Class psana.Bld.BldDataEBeamV5 ¶

class psana.Bld.BldDataEBeamV5¶

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamDumpChargeDamage = psana.Bld.DamageMask.EbeamDumpChargeDamage¶

EbeamEnergyBC1Damage = psana.Bld.DamageMask.EbeamEnergyBC1Damage¶

EbeamEnergyBC2Damage = psana.Bld.DamageMask.EbeamEnergyBC2Damage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

EbeamPkCurrBC1Damage = psana.Bld.DamageMask.EbeamPkCurrBC1Damage¶

EbeamPkCurrBC2Damage = psana.Bld.DamageMask.EbeamPkCurrBC2Damage¶

EbeamUndAngXDamage = psana.Bld.DamageMask.EbeamUndAngXDamage¶

EbeamUndAngYDamage = psana.Bld.DamageMask.EbeamUndAngYDamage¶

EbeamUndPosXDamage = psana.Bld.DamageMask.EbeamUndPosXDamage¶

EbeamUndPosYDamage = psana.Bld.DamageMask.EbeamUndPosYDamage¶

EbeamXTCAVAmplDamage = psana.Bld.DamageMask.EbeamXTCAVAmplDamage¶

EbeamXTCAVPhaseDamage = psana.Bld.DamageMask.EbeamXTCAVPhaseDamage¶

names = {'EbeamPkCurrBC2Damage': psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 'EbeamDumpChargeDamage': psana.Bld.DamageMask.EbeamDumpChargeDamage, 'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamXTCAVAmplDamage': psana.Bld.DamageMask.EbeamXTCAVAmplDamage, 'EbeamPkCurrBC1Damage': psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamUndPosYDamage': psana.Bld.DamageMask.EbeamUndPosYDamage, 'EbeamUndAngYDamage': psana.Bld.DamageMask.EbeamUndAngYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamXTCAVPhaseDamage': psana.Bld.DamageMask.EbeamXTCAVPhaseDamage, 'EbeamEnergyBC2Damage': psana.Bld.DamageMask.EbeamEnergyBC2Damage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage, 'EbeamUndPosXDamage': psana.Bld.DamageMask.EbeamUndPosXDamage, 'EbeamEnergyBC1Damage': psana.Bld.DamageMask.EbeamEnergyBC1Damage, 'EbeamUndAngXDamage': psana.Bld.DamageMask.EbeamUndAngXDamage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4096: psana.Bld.DamageMask.EbeamUndAngXDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 1024: psana.Bld.DamageMask.EbeamUndPosXDamage, 8192: psana.Bld.DamageMask.EbeamUndAngYDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 64: psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 128: psana.Bld.DamageMask.EbeamEnergyBC2Damage, 256: psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 16384: psana.Bld.DamageMask.EbeamXTCAVAmplDamage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage, 512: psana.Bld.DamageMask.EbeamEnergyBC1Damage, 32768: psana.Bld.DamageMask.EbeamXTCAVPhaseDamage, 65536: psana.Bld.DamageMask.EbeamDumpChargeDamage, 2048: psana.Bld.DamageMask.EbeamUndPosYDamage}¶

BldDataEBeamV5.damageMask((BldDataEBeamV5)arg1) → int :¶: Damage mask.

BldDataEBeamV5.ebeamCharge((BldDataEBeamV5)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV5.ebeamDumpCharge((BldDataEBeamV5)arg1) → float :¶: Bunch charge at Dump in num. electrons

BldDataEBeamV5.ebeamEnergyBC1((BldDataEBeamV5)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV5.ebeamEnergyBC2((BldDataEBeamV5)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV5.ebeamL3Energy((BldDataEBeamV5)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV5.ebeamLTUAngX((BldDataEBeamV5)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV5.ebeamLTUAngY((BldDataEBeamV5)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV5.ebeamLTUPosX((BldDataEBeamV5)arg1) → float :¶: LTU beam position (BPMS:LTU1:720 through 750) in mm.

BldDataEBeamV5.ebeamLTUPosY((BldDataEBeamV5)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV5.ebeamPkCurrBC1((BldDataEBeamV5)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV5.ebeamPkCurrBC2((BldDataEBeamV5)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV5.ebeamUndAngX((BldDataEBeamV5)arg1) → float :¶: Undulator launch feedback beam x-angle in mrad.

BldDataEBeamV5.ebeamUndAngY((BldDataEBeamV5)arg1) → float :¶: Undulator launch feedback beam y-angle in mrad.

BldDataEBeamV5.ebeamUndPosX((BldDataEBeamV5)arg1) → float :¶: Undulator launch feedback (BPMs U4 through U10) beam x-position in mm.

BldDataEBeamV5.ebeamUndPosY((BldDataEBeamV5)arg1) → float :¶: Undulator launch feedback beam y-position in mm.

BldDataEBeamV5.ebeamXTCAVAmpl((BldDataEBeamV5)arg1) → float :¶: XTCAV Amplitude in MVolt.

BldDataEBeamV5.ebeamXTCAVPhase((BldDataEBeamV5)arg1) → float :¶: XTCAV Phase in degrees.

BldDataEBeamV5.TypeId = 15¶

BldDataEBeamV5.Version = 5¶

Class psana.Bld.BldDataEBeamV6 ¶

class psana.Bld.BldDataEBeamV6¶

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamDumpChargeDamage = psana.Bld.DamageMask.EbeamDumpChargeDamage¶

EbeamEnergyBC1Damage = psana.Bld.DamageMask.EbeamEnergyBC1Damage¶

EbeamEnergyBC2Damage = psana.Bld.DamageMask.EbeamEnergyBC2Damage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

EbeamPhotonEnergyDamage = psana.Bld.DamageMask.EbeamPhotonEnergyDamage¶

EbeamPkCurrBC1Damage = psana.Bld.DamageMask.EbeamPkCurrBC1Damage¶

EbeamPkCurrBC2Damage = psana.Bld.DamageMask.EbeamPkCurrBC2Damage¶

EbeamUndAngXDamage = psana.Bld.DamageMask.EbeamUndAngXDamage¶

EbeamUndAngYDamage = psana.Bld.DamageMask.EbeamUndAngYDamage¶

EbeamUndPosXDamage = psana.Bld.DamageMask.EbeamUndPosXDamage¶

EbeamUndPosYDamage = psana.Bld.DamageMask.EbeamUndPosYDamage¶

EbeamXTCAVAmplDamage = psana.Bld.DamageMask.EbeamXTCAVAmplDamage¶

EbeamXTCAVPhaseDamage = psana.Bld.DamageMask.EbeamXTCAVPhaseDamage¶

names = {'EbeamPkCurrBC2Damage': psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 'EbeamDumpChargeDamage': psana.Bld.DamageMask.EbeamDumpChargeDamage, 'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamXTCAVAmplDamage': psana.Bld.DamageMask.EbeamXTCAVAmplDamage, 'EbeamPkCurrBC1Damage': psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 'EbeamPhotonEnergyDamage': psana.Bld.DamageMask.EbeamPhotonEnergyDamage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamUndPosYDamage': psana.Bld.DamageMask.EbeamUndPosYDamage, 'EbeamUndAngYDamage': psana.Bld.DamageMask.EbeamUndAngYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamXTCAVPhaseDamage': psana.Bld.DamageMask.EbeamXTCAVPhaseDamage, 'EbeamEnergyBC2Damage': psana.Bld.DamageMask.EbeamEnergyBC2Damage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage, 'EbeamUndPosXDamage': psana.Bld.DamageMask.EbeamUndPosXDamage, 'EbeamEnergyBC1Damage': psana.Bld.DamageMask.EbeamEnergyBC1Damage, 'EbeamUndAngXDamage': psana.Bld.DamageMask.EbeamUndAngXDamage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4096: psana.Bld.DamageMask.EbeamUndAngXDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 1024: psana.Bld.DamageMask.EbeamUndPosXDamage, 8192: psana.Bld.DamageMask.EbeamUndAngYDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 64: psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 128: psana.Bld.DamageMask.EbeamEnergyBC2Damage, 256: psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 16384: psana.Bld.DamageMask.EbeamXTCAVAmplDamage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage, 512: psana.Bld.DamageMask.EbeamEnergyBC1Damage, 131072: psana.Bld.DamageMask.EbeamPhotonEnergyDamage, 32768: psana.Bld.DamageMask.EbeamXTCAVPhaseDamage, 65536: psana.Bld.DamageMask.EbeamDumpChargeDamage, 2048: psana.Bld.DamageMask.EbeamUndPosYDamage}¶

BldDataEBeamV6.damageMask((BldDataEBeamV6)arg1) → int :¶: Damage mask.

BldDataEBeamV6.ebeamCharge((BldDataEBeamV6)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV6.ebeamDumpCharge((BldDataEBeamV6)arg1) → float :¶: Bunch charge at Dump in num. electrons

BldDataEBeamV6.ebeamEnergyBC1((BldDataEBeamV6)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV6.ebeamEnergyBC2((BldDataEBeamV6)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV6.ebeamL3Energy((BldDataEBeamV6)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV6.ebeamLTU250((BldDataEBeamV6)arg1) → float :¶: LTU250 BPM value in mm, used to compute photon energy. from BPMS:LTU1:250:X

BldDataEBeamV6.ebeamLTU450((BldDataEBeamV6)arg1) → float :¶: LTU450 BPM value in mm, used to compute photon energy. from BPMS:LTU1:450:X

BldDataEBeamV6.ebeamLTUAngX((BldDataEBeamV6)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV6.ebeamLTUAngY((BldDataEBeamV6)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV6.ebeamLTUPosX((BldDataEBeamV6)arg1) → float :¶: LTU beam position (BPMS:LTU1:720 through 750) in mm.

BldDataEBeamV6.ebeamLTUPosY((BldDataEBeamV6)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV6.ebeamPhotonEnergy((BldDataEBeamV6)arg1) → float :¶: computed photon energy, in eV

BldDataEBeamV6.ebeamPkCurrBC1((BldDataEBeamV6)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV6.ebeamPkCurrBC2((BldDataEBeamV6)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV6.ebeamUndAngX((BldDataEBeamV6)arg1) → float :¶: Undulator launch feedback beam x-angle in mrad.

BldDataEBeamV6.ebeamUndAngY((BldDataEBeamV6)arg1) → float :¶: Undulator launch feedback beam y-angle in mrad.

BldDataEBeamV6.ebeamUndPosX((BldDataEBeamV6)arg1) → float :¶: Undulator launch feedback (BPMs U4 through U10) beam x-position in mm.

BldDataEBeamV6.ebeamUndPosY((BldDataEBeamV6)arg1) → float :¶: Undulator launch feedback beam y-position in mm.

BldDataEBeamV6.ebeamXTCAVAmpl((BldDataEBeamV6)arg1) → float :¶: XTCAV Amplitude in MVolt.

BldDataEBeamV6.ebeamXTCAVPhase((BldDataEBeamV6)arg1) → float :¶: XTCAV Phase in degrees.

BldDataEBeamV6.TypeId = 15¶

BldDataEBeamV6.Version = 6¶

Class psana.Bld.BldDataEBeamV7 ¶

class psana.Bld.BldDataEBeamV7¶

BldDataEBeamV7 is the same as BldDataEBeamV6. A sign-error error was discovered in the calculation of the photon energy that goes into the ebeam bld. This is fixed on the accelerator side, but we will increment the ebeam bld version number to V7 so the data is clearly marked as changed.

Raises an exception This class cannot be instantiated from Python

class DamageMask¶

EbeamChargeDamage = psana.Bld.DamageMask.EbeamChargeDamage¶

EbeamDumpChargeDamage = psana.Bld.DamageMask.EbeamDumpChargeDamage¶

EbeamEnergyBC1Damage = psana.Bld.DamageMask.EbeamEnergyBC1Damage¶

EbeamEnergyBC2Damage = psana.Bld.DamageMask.EbeamEnergyBC2Damage¶

EbeamL3EnergyDamage = psana.Bld.DamageMask.EbeamL3EnergyDamage¶

EbeamLTUAngXDamage = psana.Bld.DamageMask.EbeamLTUAngXDamage¶

EbeamLTUAngYDamage = psana.Bld.DamageMask.EbeamLTUAngYDamage¶

EbeamLTUPosXDamage = psana.Bld.DamageMask.EbeamLTUPosXDamage¶

EbeamLTUPosYDamage = psana.Bld.DamageMask.EbeamLTUPosYDamage¶

EbeamPhotonEnergyDamage = psana.Bld.DamageMask.EbeamPhotonEnergyDamage¶

EbeamPkCurrBC1Damage = psana.Bld.DamageMask.EbeamPkCurrBC1Damage¶

EbeamPkCurrBC2Damage = psana.Bld.DamageMask.EbeamPkCurrBC2Damage¶

EbeamUndAngXDamage = psana.Bld.DamageMask.EbeamUndAngXDamage¶

EbeamUndAngYDamage = psana.Bld.DamageMask.EbeamUndAngYDamage¶

EbeamUndPosXDamage = psana.Bld.DamageMask.EbeamUndPosXDamage¶

EbeamUndPosYDamage = psana.Bld.DamageMask.EbeamUndPosYDamage¶

EbeamXTCAVAmplDamage = psana.Bld.DamageMask.EbeamXTCAVAmplDamage¶

EbeamXTCAVPhaseDamage = psana.Bld.DamageMask.EbeamXTCAVPhaseDamage¶

names = {'EbeamPkCurrBC2Damage': psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 'EbeamDumpChargeDamage': psana.Bld.DamageMask.EbeamDumpChargeDamage, 'EbeamLTUAngYDamage': psana.Bld.DamageMask.EbeamLTUAngYDamage, 'EbeamLTUPosXDamage': psana.Bld.DamageMask.EbeamLTUPosXDamage, 'EbeamXTCAVAmplDamage': psana.Bld.DamageMask.EbeamXTCAVAmplDamage, 'EbeamPkCurrBC1Damage': psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 'EbeamPhotonEnergyDamage': psana.Bld.DamageMask.EbeamPhotonEnergyDamage, 'EbeamLTUPosYDamage': psana.Bld.DamageMask.EbeamLTUPosYDamage, 'EbeamUndPosYDamage': psana.Bld.DamageMask.EbeamUndPosYDamage, 'EbeamUndAngYDamage': psana.Bld.DamageMask.EbeamUndAngYDamage, 'EbeamLTUAngXDamage': psana.Bld.DamageMask.EbeamLTUAngXDamage, 'EbeamChargeDamage': psana.Bld.DamageMask.EbeamChargeDamage, 'EbeamXTCAVPhaseDamage': psana.Bld.DamageMask.EbeamXTCAVPhaseDamage, 'EbeamEnergyBC2Damage': psana.Bld.DamageMask.EbeamEnergyBC2Damage, 'EbeamL3EnergyDamage': psana.Bld.DamageMask.EbeamL3EnergyDamage, 'EbeamUndPosXDamage': psana.Bld.DamageMask.EbeamUndPosXDamage, 'EbeamEnergyBC1Damage': psana.Bld.DamageMask.EbeamEnergyBC1Damage, 'EbeamUndAngXDamage': psana.Bld.DamageMask.EbeamUndAngXDamage}¶

values = {32: psana.Bld.DamageMask.EbeamLTUAngYDamage, 1: psana.Bld.DamageMask.EbeamChargeDamage, 2: psana.Bld.DamageMask.EbeamL3EnergyDamage, 4096: psana.Bld.DamageMask.EbeamUndAngXDamage, 4: psana.Bld.DamageMask.EbeamLTUPosXDamage, 1024: psana.Bld.DamageMask.EbeamUndPosXDamage, 8192: psana.Bld.DamageMask.EbeamUndAngYDamage, 8: psana.Bld.DamageMask.EbeamLTUPosYDamage, 64: psana.Bld.DamageMask.EbeamPkCurrBC2Damage, 128: psana.Bld.DamageMask.EbeamEnergyBC2Damage, 256: psana.Bld.DamageMask.EbeamPkCurrBC1Damage, 16384: psana.Bld.DamageMask.EbeamXTCAVAmplDamage, 16: psana.Bld.DamageMask.EbeamLTUAngXDamage, 512: psana.Bld.DamageMask.EbeamEnergyBC1Damage, 131072: psana.Bld.DamageMask.EbeamPhotonEnergyDamage, 32768: psana.Bld.DamageMask.EbeamXTCAVPhaseDamage, 65536: psana.Bld.DamageMask.EbeamDumpChargeDamage, 2048: psana.Bld.DamageMask.EbeamUndPosYDamage}¶

BldDataEBeamV7.damageMask((BldDataEBeamV7)arg1) → int :¶: Damage mask.

BldDataEBeamV7.ebeamCharge((BldDataEBeamV7)arg1) → float :¶: Beam charge in nC.

BldDataEBeamV7.ebeamDumpCharge((BldDataEBeamV7)arg1) → float :¶: Bunch charge at Dump in num. electrons

BldDataEBeamV7.ebeamEnergyBC1((BldDataEBeamV7)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV7.ebeamEnergyBC2((BldDataEBeamV7)arg1) → float :¶: Beam position in mm (related to beam energy).

BldDataEBeamV7.ebeamL3Energy((BldDataEBeamV7)arg1) → float :¶: Beam energy in MeV.

BldDataEBeamV7.ebeamLTU250((BldDataEBeamV7)arg1) → float :¶: LTU250 BPM value in mm, used to compute photon energy. from BPMS:LTU1:250:X

BldDataEBeamV7.ebeamLTU450((BldDataEBeamV7)arg1) → float :¶: LTU450 BPM value in mm, used to compute photon energy. from BPMS:LTU1:450:X

BldDataEBeamV7.ebeamLTUAngX((BldDataEBeamV7)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV7.ebeamLTUAngY((BldDataEBeamV7)arg1) → float :¶: LTU beam angle in mrad.

BldDataEBeamV7.ebeamLTUPosX((BldDataEBeamV7)arg1) → float :¶: LTU beam position (BPMS:LTU1:720 through 750) in mm.

BldDataEBeamV7.ebeamLTUPosY((BldDataEBeamV7)arg1) → float :¶: LTU beam position in mm.

BldDataEBeamV7.ebeamPhotonEnergy((BldDataEBeamV7)arg1) → float :¶: computed photon energy, in eV

BldDataEBeamV7.ebeamPkCurrBC1((BldDataEBeamV7)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV7.ebeamPkCurrBC2((BldDataEBeamV7)arg1) → float :¶: Beam current in Amps.

BldDataEBeamV7.ebeamUndAngX((BldDataEBeamV7)arg1) → float :¶: Undulator launch feedback beam x-angle in mrad.

BldDataEBeamV7.ebeamUndAngY((BldDataEBeamV7)arg1) → float :¶: Undulator launch feedback beam y-angle in mrad.

BldDataEBeamV7.ebeamUndPosX((BldDataEBeamV7)arg1) → float :¶: Undulator launch feedback (BPMs U4 through U10) beam x-position in mm.

BldDataEBeamV7.ebeamUndPosY((BldDataEBeamV7)arg1) → float :¶: Undulator launch feedback beam y-position in mm.

BldDataEBeamV7.ebeamXTCAVAmpl((BldDataEBeamV7)arg1) → float :¶: XTCAV Amplitude in MVolt.

BldDataEBeamV7.ebeamXTCAVPhase((BldDataEBeamV7)arg1) → float :¶: XTCAV Phase in degrees.

BldDataEBeamV7.TypeId = 15¶

BldDataEBeamV7.Version = 7¶

Class psana.Bld.BldDataEOrbitsV0 ¶

class psana.Bld.BldDataEOrbitsV0¶

Orbit parameters.

Raises an exception This class cannot be instantiated from Python

fBPM_TMIT((BldDataEOrbitsV0)arg1) → numpy.ndarray :¶: Array of BPM TMIT values (Nel)

fBPM_X((BldDataEOrbitsV0)arg1) → numpy.ndarray :¶: Array of BPM X values (mm)

fBPM_Y((BldDataEOrbitsV0)arg1) → numpy.ndarray :¶: Array of BPM Y values (mm)

nBPMS((BldDataEOrbitsV0)arg1) → int :¶: Number of BPM in each array

TypeId = 103¶

Version = 0¶

Class psana.Bld.BldDataFEEGasDetEnergy ¶

class psana.Bld.BldDataFEEGasDetEnergy¶

Four energy measurements from Front End Enclosure Gas Detector. PV names: GDET:FEE1:11:ENRC, GDET:FEE1:12:ENRC, GDET:FEE1:21:ENRC, GDET:FEE1:22:ENRC.

Raises an exception This class cannot be instantiated from Python

f_11_ENRC((BldDataFEEGasDetEnergy)arg1) → float :¶: Value of GDET:FEE1:11:ENRC, in mJ.

f_12_ENRC((BldDataFEEGasDetEnergy)arg1) → float :¶: Value of GDET:FEE1:12:ENRC, in mJ.

f_21_ENRC((BldDataFEEGasDetEnergy)arg1) → float :¶: Value of GDET:FEE1:21:ENRC, in mJ.

f_22_ENRC((BldDataFEEGasDetEnergy)arg1) → float :¶: Value of GDET:FEE1:22:ENRC, in mJ.

TypeId = 14¶

Version = 0¶

Class psana.Bld.BldDataFEEGasDetEnergyV1 ¶

class psana.Bld.BldDataFEEGasDetEnergyV1¶

Six energy measurements from Front End Enclosure Gas Detector. PV names: GDET:FEE1:241:ENRC, GDET:FEE1:242:ENRC,

GDET:FEE1:361:ENRC, GDET:FEE1:362:ENRC, GDET:FEE1:363:ENRC, and GDET:FEE1:364:ENRC

Each pair of methods (e.g. f_11_ENRC(), f_12_ENRC() contains identical measurements using two different phototubes. “11” and “12” are before the gas attenuation. “21” and “22” are after gas attenuation. “63” and “64” are duplicate measurements of “21” and “22” respectively.

The difference is that they cover a smaller (10%) dynamic range. When the beam is weak, 361 and 362 don’t have good S/N, these 2 extra PVs should be used instead. Dehong Zhang suggests that the threshold for “weak” is around 0.5 mJ.

Raises an exception This class cannot be instantiated from Python

f_11_ENRC((BldDataFEEGasDetEnergyV1)arg1) → float :¶: First energy measurement (mJ) before attenuation. (pv name GDET:FEE1:241:ENRC)

f_12_ENRC((BldDataFEEGasDetEnergyV1)arg1) → float :¶: Second (duplicate!) energy measurement (mJ) after attenuation. (pv name GDET:FEE1:242:ENRC)

f_21_ENRC((BldDataFEEGasDetEnergyV1)arg1) → float :¶: First energy measurement (mJ) after attenuation. (pv name GDET:FEE1:361:ENRC)

f_22_ENRC((BldDataFEEGasDetEnergyV1)arg1) → float :¶: Second (duplicate!) energy measurement (mJ) after attenuation. (pv name GDET:FEE1:362:ENRC)

f_63_ENRC((BldDataFEEGasDetEnergyV1)arg1) → float :¶: First energy measurement (mJ) for small signals (<0.5 mJ), after attenuation. (pv name GDET:FEE1:363:ENRC)

f_64_ENRC((BldDataFEEGasDetEnergyV1)arg1) → float :¶: Second (duplicate!) energy measurement (mJ) for small signals (<0.5mJ), after attenutation. (pv name GDET:FEE1:364:ENRC)

TypeId = 14¶

Version = 1¶

Class psana.Bld.BldDataGMDV0 ¶

class psana.Bld.BldDataGMDV0¶

Gas Monitor Detector data.

Raises an exception This class cannot be instantiated from Python

chargeQ((BldDataGMDV0)arg1) → float :¶: Charge Q

current((BldDataGMDV0)arg1) → float :¶: Current from Keithley Electrometer

gasType((BldDataGMDV0)arg1) → str :¶: String describing gas type

hvMeshElectron((BldDataGMDV0)arg1) → float :¶: HV Mesh Electron

hvMeshIon((BldDataGMDV0)arg1) → float :¶: HV Mesh Ion

hvMultIon((BldDataGMDV0)arg1) → float :¶: HV Mult Ion

keithleyPulseIntensity((BldDataGMDV0)arg1) → float :¶: Pulse Intensity derived from ION cup current

multPulseIntensity((BldDataGMDV0)arg1) → float :¶: Pulse Intensity derived from Electron Multiplier

photonEnergy((BldDataGMDV0)arg1) → float :¶: Photon Energy

pressure((BldDataGMDV0)arg1) → float :¶: Pressure from Spinning Rotor Gauge

pulseEnergy((BldDataGMDV0)arg1) → float :¶: Pulse Energy derived from Electron Multiplier

pulseEnergyFEE((BldDataGMDV0)arg1) → float :¶: Pulse Energy from FEE Gas Detector

temperature((BldDataGMDV0)arg1) → float :¶: Temp from PT100

transmission((BldDataGMDV0)arg1) → float :¶: Transmission derived from Electron Multiplier

transmissionFEE((BldDataGMDV0)arg1) → float :¶: Transmission from FEE Gas Detector

TypeId = 64¶

Version = 0¶

Class psana.Bld.BldDataGMDV1 ¶

class psana.Bld.BldDataGMDV1¶

Gas Monitor Detector data.

Raises an exception This class cannot be instantiated from Python

bgValuePerSample((BldDataGMDV1)arg1) → float :¶: Avg background value per sample in raw A/D counts

correctedSumPerPulse((BldDataGMDV1)arg1) → float :¶: Bg corrected waveform integrated within limits in raw A/D counts

milliJoulesAverage((BldDataGMDV1)arg1) → float :¶: Average pulse energy from ION cup current (mJ)

milliJoulesPerPulse((BldDataGMDV1)arg1) → float :¶: Shot to shot pulse energy (mJ)

relativeEnergyPerPulse((BldDataGMDV1)arg1) → float :¶: Shot by shot pulse energy in arbitrary units

TypeId = 64¶

Version = 1¶

Class psana.Bld.BldDataGMDV2 ¶

class psana.Bld.BldDataGMDV2¶

Gas Monitor Detector data.

Raises an exception This class cannot be instantiated from Python

milliJoulesAverage((BldDataGMDV2)arg1) → float :¶: Average pulse energy from ION cup current (mJ). Not as robust as relativeEnergyPerPulse() method.

milliJoulesPerPulse((BldDataGMDV2)arg1) → float :¶: Shot to shot pulse energy (mJ). Not as robust as relativeEnergyPerPulse() method.

rawAvgBkgd((BldDataGMDV2)arg1) → float :¶: Avg background value per waveform in raw A/D counts. Not typically used by the user.

relativeEnergyPerPulse((BldDataGMDV2)arg1) → float :¶: Shot by shot pulse energy in arbitrary units. The most stable measurement. Most users should use this.

sumAllPeaksFiltBkgd((BldDataGMDV2)arg1) → float :¶: Sum of all peaks, normalized w/ filt bkgd level. Not typically used by the user.

sumAllPeaksRawBkgd((BldDataGMDV2)arg1) → float :¶: Sum of all peaks, normalized w/ raw avg bkgd level. Not typically used by the user.

TypeId = 64¶

Version = 2¶

Class psana.Bld.BldDataIpimbV0 ¶

class psana.Bld.BldDataIpimbV0¶

Combined structure which includes Ipimb.DataV1, Ipimb.ConfigV1, and Lusi.IpmFexV1 objects.

Raises an exception This class cannot be instantiated from Python

ipimbConfig((BldDataIpimbV0)arg1) → ConfigV1¶

ipimbData((BldDataIpimbV0)arg1) → DataV1¶

ipmFexData((BldDataIpimbV0)arg1) → IpmFexV1¶

TypeId = 35¶

Version = 0¶

Class psana.Bld.BldDataIpimbV1 ¶

class psana.Bld.BldDataIpimbV1¶

Combined structure which includes Ipimb.DataV2, Ipimb.ConfigV2, and Lusi.IpmFexV1 objects.

Raises an exception This class cannot be instantiated from Python

ipimbConfig((BldDataIpimbV1)arg1) → ConfigV2¶

ipimbData((BldDataIpimbV1)arg1) → DataV2¶

ipmFexData((BldDataIpimbV1)arg1) → IpmFexV1¶

TypeId = 35¶

Version = 1¶

Class psana.Bld.BldDataPhaseCavity ¶

class psana.Bld.BldDataPhaseCavity¶

PV names: UND:R02:IOC:16:BAT:FitTime1, UND:R02:IOC:16:BAT:FitTime2, UND:R02:IOC:16:BAT:Charge1, UND:R02:IOC:16:BAT:Charge2

Raises an exception This class cannot be instantiated from Python

charge1((BldDataPhaseCavity)arg1) → float :¶: UND:R02:IOC:16:BAT:Charge1 value in pico-columbs.

charge2((BldDataPhaseCavity)arg1) → float :¶: UND:R02:IOC:16:BAT:Charge2 value in pico-columbs.

fitTime1((BldDataPhaseCavity)arg1) → float :¶: UND:R02:IOC:16:BAT:FitTime1 value in pico-seconds.

fitTime2((BldDataPhaseCavity)arg1) → float :¶: UND:R02:IOC:16:BAT:FitTime2 value in pico-seconds.

TypeId = 16¶

Version = 0¶

Class psana.Bld.BldDataPimV1 ¶

class psana.Bld.BldDataPimV1¶

Combined structure which includes Pulnix.TM6740ConfigV2, Lusi.PimImageConfigV1, and Camera.FrameV1 objects.

Raises an exception This class cannot be instantiated from Python

camConfig((BldDataPimV1)arg1) → TM6740ConfigV2¶

frame((BldDataPimV1)arg1) → FrameV1¶

pimConfig((BldDataPimV1)arg1) → PimImageConfigV1¶

TypeId = 42¶

Version = 1¶

Class psana.Bld.BldDataSpectrometerV0 ¶

class psana.Bld.BldDataSpectrometerV0¶

Structure which contains image projections for spectrometers.

Raises an exception This class cannot be instantiated from Python

hproj((BldDataSpectrometerV0)arg1) → numpy.ndarray¶

vproj((BldDataSpectrometerV0)arg1) → numpy.ndarray¶

TypeId = 72¶

Version = 0¶

Class psana.Bld.BldDataSpectrometerV1 ¶

class psana.Bld.BldDataSpectrometerV1¶

Structure which contains image projections and fit parameters for spectrometers. Changes from V0 include extending size of hproj, removal of vproj,

and addition of fit parameters.

Raises an exception This class cannot be instantiated from Python

FWHM((BldDataSpectrometerV1)arg1) → numpy.ndarray :¶: Peak FWHM array, length given by nPeaks PV: TBD

baseline((BldDataSpectrometerV1)arg1) → float :¶: Baseline level for calculated values PV: TBD

com((BldDataSpectrometerV1)arg1) → float :¶: Baseline-subtracted center of mass PV: TBD

comRaw((BldDataSpectrometerV1)arg1) → float :¶: Raw center of mass, no baseline subtraction PV: TBD

hproj((BldDataSpectrometerV1)arg1) → numpy.ndarray :¶: Projection of spectrum onto energy axis PV TBD

hproj_y1((BldDataSpectrometerV1)arg1) → int :¶: First row of pixels used in projection ROI PV TBD

hproj_y2((BldDataSpectrometerV1)arg1) → int :¶: Last row of pixels used in projection ROI PV: TBD

integral((BldDataSpectrometerV1)arg1) → float :¶: Integrated area under spectrum (no baseline subtraction) PV: TBD

nPeaks((BldDataSpectrometerV1)arg1) → int :¶: Number of peak fits performed PV: TBD

peakHeight((BldDataSpectrometerV1)arg1) → numpy.ndarray :¶: Peak height array, length given by nPeaks PV: TBD

peakPos((BldDataSpectrometerV1)arg1) → numpy.ndarray :¶: Peak position array, length given by nPeaks PV: TBD

width((BldDataSpectrometerV1)arg1) → int :¶: Width of camera frame and thus size of hproj array PV TBD

TypeId = 72¶

Version = 1¶

Class psana.Bld.BldDataUsdUsbV1 ¶

class psana.Bld.BldDataUsdUsbV1¶

Combined structure which includes UsdUsb.ConfigV1, UsdUsb.FexConfigV1, UsdUsb.DataV1, and UsdUsb.FexDataV1 objects.

Raises an exception This class cannot be instantiated from Python

config((BldDataUsdUsbV1)arg1) → ConfigV1¶

data((BldDataUsdUsbV1)arg1) → DataV1¶

fexConfig((BldDataUsdUsbV1)arg1) → FexConfigV1¶

fexData((BldDataUsdUsbV1)arg1) → FexDataV1¶

TypeId = 104¶

Version = 1¶

Module psana.Camera ¶

The Python wrapper module for Camera types

Class psana.Camera.ControlsCameraConfigV1 ¶

class psana.Camera.ControlsCameraConfigV1¶

Class containing configuration data for cameras recorded by the controls recorder.

Raises an exception This class cannot be instantiated from Python

class ColorMode¶

Bayer = psana.Camera.ColorMode.Bayer¶

Mono = psana.Camera.ColorMode.Mono¶

RGB1 = psana.Camera.ColorMode.RGB1¶

names = {'Mono': psana.Camera.ColorMode.Mono, 'Bayer': psana.Camera.ColorMode.Bayer, 'RGB1': psana.Camera.ColorMode.RGB1}¶

values = {0: psana.Camera.ColorMode.Mono, 1: psana.Camera.ColorMode.Bayer, 2: psana.Camera.ColorMode.RGB1}¶

ControlsCameraConfigV1.color_mode((ControlsCameraConfigV1)arg1) → ColorMode :¶: The color mode of the camera.

ControlsCameraConfigV1.depth((ControlsCameraConfigV1)arg1) → int :¶: Number of bits per pixel.

ControlsCameraConfigV1.exposure_time((ControlsCameraConfigV1)arg1) → float :¶: The configured exposure time of the camera in seconds.

ControlsCameraConfigV1.gain((ControlsCameraConfigV1)arg1) → float :¶: Camera gain value.

ControlsCameraConfigV1.height((ControlsCameraConfigV1)arg1) → int :¶: Number of pixels in a column.

ControlsCameraConfigV1.manufacturer((ControlsCameraConfigV1)arg1) → str :¶: The manufacturer of the camera.

ControlsCameraConfigV1.model((ControlsCameraConfigV1)arg1) → str :¶: The model name of the camera.

ControlsCameraConfigV1.width((ControlsCameraConfigV1)arg1) → int :¶: Number of pixels in a row.

ControlsCameraConfigV1.DESC_CHAR_MAX = 48¶

ControlsCameraConfigV1.TypeId = 105¶

ControlsCameraConfigV1.Version = 1¶

Class psana.Camera.FrameCoord ¶

class psana.Camera.FrameCoord¶

Class representing the coordinates of pixels inside the camera frame.

Raises an exception This class cannot be instantiated from Python

column((FrameCoord)arg1) → int :¶: Column index (x value).

row((FrameCoord)arg1) → int :¶: Row index (y value).

Class psana.Camera.FrameFccdConfigV1 ¶

class psana.Camera.FrameFccdConfigV1¶

This class was never defined/implemented.

Raises an exception This class cannot be instantiated from Python

TypeId = 20¶

Version = 1¶

Class psana.Camera.FrameFexConfigV1 ¶

class psana.Camera.FrameFexConfigV1¶

Class containing configuration data for online frame feature extraction process.

Raises an exception This class cannot be instantiated from Python

class Forwarding¶

FullFrame = psana.Camera.Forwarding.FullFrame¶

NoFrame = psana.Camera.Forwarding.NoFrame¶

RegionOfInterest = psana.Camera.Forwarding.RegionOfInterest¶

names = {'RegionOfInterest': psana.Camera.Forwarding.RegionOfInterest, 'FullFrame': psana.Camera.Forwarding.FullFrame, 'NoFrame': psana.Camera.Forwarding.NoFrame}¶

values = {0: psana.Camera.Forwarding.NoFrame, 1: psana.Camera.Forwarding.FullFrame, 2: psana.Camera.Forwarding.RegionOfInterest}¶

class FrameFexConfigV1.Processing¶

GssFullFrame = psana.Camera.Processing.GssFullFrame¶

GssRegionOfInterest = psana.Camera.Processing.GssRegionOfInterest¶

GssThreshold = psana.Camera.Processing.GssThreshold¶

NoProcessing = psana.Camera.Processing.NoProcessing¶

names = {'NoProcessing': psana.Camera.Processing.NoProcessing, 'GssFullFrame': psana.Camera.Processing.GssFullFrame, 'GssThreshold': psana.Camera.Processing.GssThreshold, 'GssRegionOfInterest': psana.Camera.Processing.GssRegionOfInterest}¶

values = {0: psana.Camera.Processing.NoProcessing, 1: psana.Camera.Processing.GssFullFrame, 2: psana.Camera.Processing.GssRegionOfInterest, 3: psana.Camera.Processing.GssThreshold}¶

FrameFexConfigV1.forward_prescale((FrameFexConfigV1)arg1) → int :¶: Prescale of events with forwarded frames

FrameFexConfigV1.forwarding((FrameFexConfigV1)arg1) → Forwarding :¶: frame forwarding policy

FrameFexConfigV1.masked_pixel_coordinates((FrameFexConfigV1)arg1) → list :¶: Location of masked pixel coordinates.

FrameFexConfigV1.number_of_masked_pixels((FrameFexConfigV1)arg1) → int :¶: Count of masked pixels to exclude from processing.

FrameFexConfigV1.processing((FrameFexConfigV1)arg1) → Processing :¶: algorithm to apply to frames to produce processed output

FrameFexConfigV1.roiBegin((FrameFexConfigV1)arg1) → FrameCoord :¶: Coordinate of start of rectangular region of interest (inclusive).

FrameFexConfigV1.roiEnd((FrameFexConfigV1)arg1) → FrameCoord :¶: Coordinate of finish of rectangular region of interest (exclusive).

FrameFexConfigV1.threshold((FrameFexConfigV1)arg1) → int :¶: Pixel data threshold value to apply in processing.

FrameFexConfigV1.TypeId = 7¶

FrameFexConfigV1.Version = 1¶

Class psana.Camera.FrameV1 ¶

class psana.Camera.FrameV1¶

Raises an exception This class cannot be instantiated from Python

_int_pixel_data((FrameV1)arg1) → numpy.ndarray :¶: Pixel data as array of bytes, method is for internal use only, use data8() or data16() for access to the data.

data16((FrameV1)arg1) → numpy.ndarray :¶: Returns pixel data array when stored data type is 16-bit (depth() is greater than 8). If data type is 8-bit then empty array is returned, use data8() method in this case.

data8((FrameV1)arg1) → numpy.ndarray :¶: Returns pixel data array when stored data type is 8-bit (depth() is less than 9). If data type is 16-bit then empty array is returned, use data16() method in this case.

depth((FrameV1)arg1) → int :¶: Number of bits per pixel.

depth_bytes((FrameV1)arg1) → int :¶: Number of bytes per pixel.

height((FrameV1)arg1) → int :¶: Number of pixels in a column.

offset((FrameV1)arg1) → int :¶: Fixed offset/pedestal value of pixel data.

width((FrameV1)arg1) → int :¶: Number of pixels in a row.

TypeId = 2¶

Version = 1¶

Class psana.Camera.TwoDGaussianV1 ¶

class psana.Camera.TwoDGaussianV1¶

Raises an exception This class cannot be instantiated from Python

integral((TwoDGaussianV1)arg1) → int¶

major_axis_tilt((TwoDGaussianV1)arg1) → float¶

major_axis_width((TwoDGaussianV1)arg1) → float¶

minor_axis_width((TwoDGaussianV1)arg1) → float¶

xmean((TwoDGaussianV1)arg1) → float¶

ymean((TwoDGaussianV1)arg1) → float¶

TypeId = 5¶

Version = 1¶

Module psana.ControlData ¶

The Python wrapper module for ControlData types

Class psana.ControlData.ConfigV1 ¶

class psana.ControlData.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

duration((ConfigV1)arg1) → psana.ClockTime :¶: Maximum duration of the scan.

events((ConfigV1)arg1) → int :¶: Maximum number of events per scan.

npvControls((ConfigV1)arg1) → int :¶: Number of PVControl objects in this configuration.

npvMonitors((ConfigV1)arg1) → int :¶: Number of PVMonitor objects in this configuration.

pvControls((ConfigV1)arg1) → list :¶: PVControl configuration objects

pvMonitors((ConfigV1)arg1) → list :¶: PVMonitor configuration objects

uses_duration((ConfigV1)arg1) → int :¶: returns true if the configuration uses duration control.

uses_events((ConfigV1)arg1) → int :¶: returns true if the configuration uses events limit.

TypeId = 10¶

Version = 1¶

Class psana.ControlData.ConfigV2 ¶

class psana.ControlData.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

duration((ConfigV2)arg1) → psana.ClockTime :¶: Maximum duration of the scan.

events((ConfigV2)arg1) → int :¶: Maximum number of events per scan.

npvControls((ConfigV2)arg1) → int :¶: Number of PVControl objects in this configuration.

npvLabels((ConfigV2)arg1) → int :¶: Number of PVLabel objects in this configuration.

npvMonitors((ConfigV2)arg1) → int :¶: Number of PVMonitor objects in this configuration.

pvControls((ConfigV2)arg1) → list :¶: PVControl configuration objects

pvLabels((ConfigV2)arg1) → list :¶: PVLabel configuration objects

pvMonitors((ConfigV2)arg1) → list :¶: PVMonitor configuration objects

uses_duration((ConfigV2)arg1) → int :¶: returns true if the configuration uses duration control.

uses_events((ConfigV2)arg1) → int :¶: returns true if the configuration uses events limit.

TypeId = 10¶

Version = 2¶

Class psana.ControlData.ConfigV3 ¶

class psana.ControlData.ConfigV3¶

Raises an exception This class cannot be instantiated from Python

duration((ConfigV3)arg1) → psana.ClockTime :¶: Maximum duration of the scan.

events((ConfigV3)arg1) → int :¶: Maximum number of events per scan.

npvControls((ConfigV3)arg1) → int :¶: Number of PVControl objects in this configuration.

npvLabels((ConfigV3)arg1) → int :¶: Number of PVLabel objects in this configuration.

npvMonitors((ConfigV3)arg1) → int :¶: Number of PVMonitor objects in this configuration.

pvControls((ConfigV3)arg1) → list :¶: PVControl configuration objects

pvLabels((ConfigV3)arg1) → list :¶: PVLabel configuration objects

pvMonitors((ConfigV3)arg1) → list :¶: PVMonitor configuration objects

uses_duration((ConfigV3)arg1) → int :¶: returns true if the configuration uses duration control.

uses_events((ConfigV3)arg1) → int :¶: returns true if the configuration uses events limit.

uses_l3t_events((ConfigV3)arg1) → int :¶: returns true if the configuration uses l3trigger events limit.

TypeId = 10¶

Version = 3¶

Class psana.ControlData.PVControl ¶

class psana.ControlData.PVControl¶

Raises an exception This class cannot be instantiated from Python

array((PVControl)arg1) → int :¶: Returns true if the control is an array.

index((PVControl)arg1) → int :¶: Index of the control PV (for arrays) or NoArray.

name((PVControl)arg1) → str :¶: Name of the control.

value((PVControl)arg1) → float :¶: Value for this control.

NameSize = 32¶

NoArray = 4294967295¶

Class psana.ControlData.PVLabel ¶

class psana.ControlData.PVLabel¶

Raises an exception This class cannot be instantiated from Python

name((PVLabel)arg1) → str :¶: PV name.

value((PVLabel)arg1) → str :¶: Label value.

NameSize = 32¶

ValueSize = 64¶

Class psana.ControlData.PVMonitor ¶

class psana.ControlData.PVMonitor¶

Raises an exception This class cannot be instantiated from Python

array((PVMonitor)arg1) → int :¶: Returns true if the monitor is an array.

hiValue((PVMonitor)arg1) → float :¶: Highest value for this monitor.

index((PVMonitor)arg1) → int :¶: Index of the control PV (for arrays) or NoArray.

loValue((PVMonitor)arg1) → float :¶: Lowest value for this monitor.

name((PVMonitor)arg1) → str :¶: Name of the control.

NameSize = 32¶

NoArray = 4294967295¶

Module psana.CsPad ¶

The Python wrapper module for CsPad types

Class psana.CsPad.ConfigV1 ¶

class psana.CsPad.ConfigV1¶

Configuration data for complete CsPad device.

Raises an exception This class cannot be instantiated from Python

activeRunMode((ConfigV1)arg1) → int¶

asicMask((ConfigV1)arg1) → int¶

badAsicMask0((ConfigV1)arg1) → int¶

badAsicMask1((ConfigV1)arg1) → int¶

concentratorVersion((ConfigV1)arg1) → int¶

eventCode((ConfigV1)arg1) → int¶

inactiveRunMode((ConfigV1)arg1) → int¶

numAsicsRead((ConfigV1)arg1) → int¶

numQuads((ConfigV1)arg1) → int¶

numSect((ConfigV1)arg1) → int¶

payloadSize((ConfigV1)arg1) → int¶

quadMask((ConfigV1)arg1) → int¶

quads((ConfigV1)arg1, (int)arg2) → ConfigV1QuadReg¶

quads_shape((ConfigV1)arg1) → object¶

runDelay((ConfigV1)arg1) → int¶

tdi((ConfigV1)arg1) → int¶

TypeId = 29¶

Version = 1¶

Class psana.CsPad.ConfigV1QuadReg ¶

class psana.CsPad.ConfigV1QuadReg¶

Configuration data for single quadrant.

Raises an exception This class cannot be instantiated from Python

acqDelay((ConfigV1QuadReg)arg1) → int¶

ampIdle((ConfigV1QuadReg)arg1) → int¶

dataMode((ConfigV1QuadReg)arg1) → int¶

digDelay((ConfigV1QuadReg)arg1) → int¶

dp((ConfigV1QuadReg)arg1) → CsPadDigitalPotsCfg¶

edgeSelect((ConfigV1QuadReg)arg1) → numpy.ndarray¶

gm((ConfigV1QuadReg)arg1) → CsPadGainMapCfg :¶: Gain map.

injTotal((ConfigV1QuadReg)arg1) → int¶

intTime((ConfigV1QuadReg)arg1) → int¶

prstSel((ConfigV1QuadReg)arg1) → int¶

readClkHold((ConfigV1QuadReg)arg1) → int¶

readClkSet((ConfigV1QuadReg)arg1) → int¶

ro((ConfigV1QuadReg)arg1) → CsPadReadOnlyCfg :¶: read-only configuration

rowColShiftPer((ConfigV1QuadReg)arg1) → int¶

shiftSelect((ConfigV1QuadReg)arg1) → numpy.ndarray¶

Class psana.CsPad.ConfigV2 ¶

class psana.CsPad.ConfigV2¶

Configuration data for complete CsPad device.

Raises an exception This class cannot be instantiated from Python

activeRunMode((ConfigV2)arg1) → int¶

asicMask((ConfigV2)arg1) → int¶

badAsicMask0((ConfigV2)arg1) → int¶

badAsicMask1((ConfigV2)arg1) → int¶

concentratorVersion((ConfigV2)arg1) → int¶

eventCode((ConfigV2)arg1) → int¶

inactiveRunMode((ConfigV2)arg1) → int¶

numAsicsRead((ConfigV2)arg1) → int¶

numAsicsStored((ConfigV2)arg1, (int)arg2) → int :¶: Number of ASICs in given quadrant

numQuads((ConfigV2)arg1) → int :¶: Total number of quadrants in setup

numSect((ConfigV2)arg1) → int :¶: Total number of sections (2x1) in all quadrants

payloadSize((ConfigV2)arg1) → int¶

quadMask((ConfigV2)arg1) → int¶

quads((ConfigV2)arg1, (int)arg2) → ConfigV1QuadReg¶

quads_shape((ConfigV2)arg1) → object¶

roiMask((ConfigV2)arg1, (int)arg2) → int :¶: ROI mask for given quadrant

roiMasks((ConfigV2)arg1) → int¶

runDelay((ConfigV2)arg1) → int¶

tdi((ConfigV2)arg1) → int¶

TypeId = 29¶

Version = 2¶

Class psana.CsPad.ConfigV2QuadReg ¶

class psana.CsPad.ConfigV2QuadReg¶

Configuration data for single quadrant.

Raises an exception This class cannot be instantiated from Python

acqDelay((ConfigV2QuadReg)arg1) → int¶

ampIdle((ConfigV2QuadReg)arg1) → int¶

ampReset((ConfigV2QuadReg)arg1) → int¶

dataMode((ConfigV2QuadReg)arg1) → int¶

digCount((ConfigV2QuadReg)arg1) → int¶

digDelay((ConfigV2QuadReg)arg1) → int¶

digPeriod((ConfigV2QuadReg)arg1) → int¶

dp((ConfigV2QuadReg)arg1) → CsPadDigitalPotsCfg¶

edgeSelect((ConfigV2QuadReg)arg1) → numpy.ndarray¶

gm((ConfigV2QuadReg)arg1) → CsPadGainMapCfg :¶: Gain map.

injTotal((ConfigV2QuadReg)arg1) → int¶

intTime((ConfigV2QuadReg)arg1) → int¶

prstSel((ConfigV2QuadReg)arg1) → int¶

readClkHold((ConfigV2QuadReg)arg1) → int¶

readClkSet((ConfigV2QuadReg)arg1) → int¶

ro((ConfigV2QuadReg)arg1) → CsPadReadOnlyCfg :¶: read-only configuration

rowColShiftPer((ConfigV2QuadReg)arg1) → int¶

shiftSelect((ConfigV2QuadReg)arg1) → numpy.ndarray¶

Class psana.CsPad.ConfigV3 ¶

class psana.CsPad.ConfigV3¶

Configuration data for complete CsPad device.

Raises an exception This class cannot be instantiated from Python

activeRunMode((ConfigV3)arg1) → int¶

asicMask((ConfigV3)arg1) → int¶

badAsicMask0((ConfigV3)arg1) → int¶

badAsicMask1((ConfigV3)arg1) → int¶

concentratorVersion((ConfigV3)arg1) → int¶

eventCode((ConfigV3)arg1) → int¶

inactiveRunMode((ConfigV3)arg1) → int¶

numAsicsRead((ConfigV3)arg1) → int¶

numAsicsStored((ConfigV3)arg1, (int)arg2) → int :¶: Number of ASICs in given quadrant

numQuads((ConfigV3)arg1) → int :¶: Total number of quadrants in setup

numSect((ConfigV3)arg1) → int :¶: Total number of sections (2x1) in all quadrants

payloadSize((ConfigV3)arg1) → int¶

protectionEnable((ConfigV3)arg1) → int¶

protectionThresholds((ConfigV3)arg1) → list¶

quadMask((ConfigV3)arg1) → int¶

quads((ConfigV3)arg1, (int)arg2) → ConfigV1QuadReg¶

quads_shape((ConfigV3)arg1) → object¶

roiMask((ConfigV3)arg1, (int)arg2) → int :¶: ROI mask for given quadrant

roiMasks((ConfigV3)arg1) → int¶

runDelay((ConfigV3)arg1) → int¶

tdi((ConfigV3)arg1) → int¶

TypeId = 29¶

Version = 3¶

Class psana.CsPad.ConfigV3QuadReg ¶

class psana.CsPad.ConfigV3QuadReg¶

Configuration data for single quadrant.

Raises an exception This class cannot be instantiated from Python

acqDelay((ConfigV3QuadReg)arg1) → int¶

ampIdle((ConfigV3QuadReg)arg1) → int¶

ampReset((ConfigV3QuadReg)arg1) → int¶

biasTuning((ConfigV3QuadReg)arg1) → int¶

dataMode((ConfigV3QuadReg)arg1) → int¶

digCount((ConfigV3QuadReg)arg1) → int¶

digDelay((ConfigV3QuadReg)arg1) → int¶

digPeriod((ConfigV3QuadReg)arg1) → int¶

dp((ConfigV3QuadReg)arg1) → CsPadDigitalPotsCfg¶

edgeSelect((ConfigV3QuadReg)arg1) → numpy.ndarray¶

gm((ConfigV3QuadReg)arg1) → CsPadGainMapCfg :¶: Gain map.

injTotal((ConfigV3QuadReg)arg1) → int¶

intTime((ConfigV3QuadReg)arg1) → int¶

pdpmndnmBalance((ConfigV3QuadReg)arg1) → int¶

prstSel((ConfigV3QuadReg)arg1) → int¶

readClkHold((ConfigV3QuadReg)arg1) → int¶

readClkSet((ConfigV3QuadReg)arg1) → int¶

ro((ConfigV3QuadReg)arg1) → CsPadReadOnlyCfg :¶: read-only configuration

rowColShiftPer((ConfigV3QuadReg)arg1) → int¶

shiftSelect((ConfigV3QuadReg)arg1) → numpy.ndarray¶

Class psana.CsPad.ConfigV4 ¶

class psana.CsPad.ConfigV4¶

Configuration data for complete CsPad device.

Raises an exception This class cannot be instantiated from Python

activeRunMode((ConfigV4)arg1) → int¶

asicMask((ConfigV4)arg1) → int¶

badAsicMask0((ConfigV4)arg1) → int¶

badAsicMask1((ConfigV4)arg1) → int¶

concentratorVersion((ConfigV4)arg1) → int¶

eventCode((ConfigV4)arg1) → int¶

inactiveRunMode((ConfigV4)arg1) → int¶

numAsicsRead((ConfigV4)arg1) → int¶

numAsicsStored((ConfigV4)arg1, (int)arg2) → int :¶: Number of ASICs in given quadrant

numQuads((ConfigV4)arg1) → int :¶: Total number of quadrants in setup

numSect((ConfigV4)arg1) → int :¶: Total number of sections (2x1) in all quadrants

payloadSize((ConfigV4)arg1) → int¶

protectionEnable((ConfigV4)arg1) → int¶

protectionThresholds((ConfigV4)arg1) → list¶

quadMask((ConfigV4)arg1) → int¶

quads((ConfigV4)arg1, (int)arg2) → ConfigV2QuadReg¶

quads_shape((ConfigV4)arg1) → object¶

roiMask((ConfigV4)arg1, (int)arg2) → int :¶: ROI mask for given quadrant

roiMasks((ConfigV4)arg1) → int¶

runDelay((ConfigV4)arg1) → int¶

tdi((ConfigV4)arg1) → int¶

TypeId = 29¶

Version = 4¶

Class psana.CsPad.ConfigV5 ¶

class psana.CsPad.ConfigV5¶

Configuration data for complete CsPad device.

Raises an exception This class cannot be instantiated from Python

activeRunMode((ConfigV5)arg1) → int¶

asicMask((ConfigV5)arg1) → int¶

badAsicMask0((ConfigV5)arg1) → int¶

badAsicMask1((ConfigV5)arg1) → int¶

concentratorVersion((ConfigV5)arg1) → int¶

eventCode((ConfigV5)arg1) → int¶

inactiveRunMode((ConfigV5)arg1) → int¶

internalTriggerDelay((ConfigV5)arg1) → int¶

numAsicsRead((ConfigV5)arg1) → int¶

numAsicsStored((ConfigV5)arg1, (int)arg2) → int :¶: Number of ASICs in given quadrant

numQuads((ConfigV5)arg1) → int :¶: Total number of quadrants in setup

numSect((ConfigV5)arg1) → int :¶: Total number of sections (2x1) in all quadrants

payloadSize((ConfigV5)arg1) → int¶

protectionEnable((ConfigV5)arg1) → int¶

protectionThresholds((ConfigV5)arg1) → list¶

quadMask((ConfigV5)arg1) → int¶

quads((ConfigV5)arg1, (int)arg2) → ConfigV3QuadReg¶

quads_shape((ConfigV5)arg1) → object¶

roiMask((ConfigV5)arg1, (int)arg2) → int :¶: ROI mask for given quadrant

roiMasks((ConfigV5)arg1) → int¶

runDelay((ConfigV5)arg1) → int¶

tdi((ConfigV5)arg1) → int¶

TypeId = 29¶

Version = 5¶

Class psana.CsPad.CsPadDigitalPotsCfg ¶

class psana.CsPad.CsPadDigitalPotsCfg¶

Class defining configuration for CsPad POTs?

Raises an exception This class cannot be instantiated from Python

pots((CsPadDigitalPotsCfg)arg1) → numpy.ndarray¶

Class psana.CsPad.CsPadGainMapCfg ¶

class psana.CsPad.CsPadGainMapCfg¶

Class defining ASIC gain map.

Raises an exception This class cannot be instantiated from Python

gainMap((CsPadGainMapCfg)arg1) → numpy.ndarray :¶: Array with the gain map for single ASIC.

Class psana.CsPad.CsPadReadOnlyCfg ¶

class psana.CsPad.CsPadReadOnlyCfg¶

Class defining read-only configuration.

Raises an exception This class cannot be instantiated from Python

shiftTest((CsPadReadOnlyCfg)arg1) → int¶

version((CsPadReadOnlyCfg)arg1) → int¶

Class psana.CsPad.DataModes ¶

class psana.CsPad.DataModes¶

names = {'shiftTest': psana.CsPad.DataModes.shiftTest, 'reserved': psana.CsPad.DataModes.reserved, 'testData': psana.CsPad.DataModes.testData, 'normal': psana.CsPad.DataModes.normal}¶

normal = psana.CsPad.DataModes.normal¶

reserved = psana.CsPad.DataModes.reserved¶

shiftTest = psana.CsPad.DataModes.shiftTest¶

testData = psana.CsPad.DataModes.testData¶

values = {0: psana.CsPad.DataModes.normal, 1: psana.CsPad.DataModes.shiftTest, 2: psana.CsPad.DataModes.testData, 3: psana.CsPad.DataModes.reserved}¶

Class psana.CsPad.DataV1 ¶

class psana.CsPad.DataV1¶

CsPad data from whole detector.

Raises an exception This class cannot be instantiated from Python

quads((DataV1)arg1, (int)arg2) → ElementV1 :¶: Data objects, one element per quadrant. The size of the array is determined by the numQuads() method of the configuration object.

quads_shape((DataV1)arg1) → object¶

TypeId = 28¶

Version = 1¶

Class psana.CsPad.DataV2 ¶

class psana.CsPad.DataV2¶

CsPad data from whole detector.

Raises an exception This class cannot be instantiated from Python

quads((DataV2)arg1, (int)arg2) → ElementV2 :¶: Data objects, one element per quadrant. The size of the array is determined by the numQuads() method of the configuration object.

quads_shape((DataV2)arg1) → object¶

TypeId = 28¶

Version = 2¶

Class psana.CsPad.ElementV1 ¶

class psana.CsPad.ElementV1¶

CsPad data from single CsPad quadrant.

Raises an exception This class cannot be instantiated from Python

acq_count((ElementV1)arg1) → int¶

common_mode((ElementV1)arg1, (int)arg2) → float :¶: Common mode value for a given section, section number can be 0 to config.numAsicsRead()/2. Will return 0 for data read from XTC, may be non-zero after calibration.

data((ElementV1)arg1) → numpy.ndarray¶

fiducials((ElementV1)arg1) → int¶

frame_type((ElementV1)arg1) → int¶

lane((ElementV1)arg1) → int :¶: Lane number.

op_code((ElementV1)arg1) → int¶

quad((ElementV1)arg1) → int :¶: Quadrant number.

sb_temp((ElementV1)arg1) → numpy.ndarray¶

sectionMask((ElementV1)arg1) → int :¶: Returns section mask for this quadrant. Mask can contain up to 8 bits in the lower byte, total bit count gives the number of sections active.

seq_count((ElementV1)arg1) → int :¶: Counter incremented on every event.

ticks((ElementV1)arg1) → int¶

tid((ElementV1)arg1) → int¶

virtual_channel((ElementV1)arg1) → int :¶: Virtual channel number.

Nsbtemp = 4¶

Class psana.CsPad.ElementV2 ¶

class psana.CsPad.ElementV2¶

CsPad data from single CsPad quadrant.

Raises an exception This class cannot be instantiated from Python

acq_count((ElementV2)arg1) → int¶

common_mode((ElementV2)arg1, (int)arg2) → float :¶: Common mode value for a given section, section number can be 0 to config.numSect(). Will return 0 for data read from XTC, may be non-zero after calibration.

data((ElementV2)arg1) → numpy.ndarray¶

fiducials((ElementV2)arg1) → int¶

frame_type((ElementV2)arg1) → int¶

lane((ElementV2)arg1) → int :¶: Lane number.

op_code((ElementV2)arg1) → int¶

quad((ElementV2)arg1) → int :¶: Quadrant number.

sb_temp((ElementV2)arg1) → numpy.ndarray¶

sectionMask((ElementV2)arg1) → int :¶: Returns section mask for this quadrant. Mask can contain up to 8 bits in the lower byte, total bit count gives the number of sections active.

seq_count((ElementV2)arg1) → int¶

ticks((ElementV2)arg1) → int¶

tid((ElementV2)arg1) → int¶

virtual_channel((ElementV2)arg1) → int :¶: Virtual channel number.

Nsbtemp = 4¶

Class psana.CsPad.ProtectionSystemThreshold ¶

class psana.CsPad.ProtectionSystemThreshold¶

Raises an exception This class cannot be instantiated from Python

adcThreshold((ProtectionSystemThreshold)arg1) → int¶

pixelCountThreshold((ProtectionSystemThreshold)arg1) → int¶

Class psana.CsPad.RunModes ¶

class psana.CsPad.RunModes¶

ExternalTriggerDrop = psana.CsPad.RunModes.ExternalTriggerDrop¶

ExternalTriggerSendToRCE = psana.CsPad.RunModes.ExternalTriggerSendToRCE¶

NoRunning = psana.CsPad.RunModes.NoRunning¶

NumberOfRunModes = psana.CsPad.RunModes.NumberOfRunModes¶

RunAndSendToRCE = psana.CsPad.RunModes.RunAndSendToRCE¶

RunAndSendTriggeredByTTL = psana.CsPad.RunModes.RunAndSendTriggeredByTTL¶

RunButDrop = psana.CsPad.RunModes.RunButDrop¶

names = {'ExternalTriggerSendToRCE': psana.CsPad.RunModes.ExternalTriggerSendToRCE, 'NoRunning': psana.CsPad.RunModes.NoRunning, 'RunButDrop': psana.CsPad.RunModes.RunButDrop, 'ExternalTriggerDrop': psana.CsPad.RunModes.ExternalTriggerDrop, 'RunAndSendToRCE': psana.CsPad.RunModes.RunAndSendToRCE, 'RunAndSendTriggeredByTTL': psana.CsPad.RunModes.RunAndSendTriggeredByTTL, 'NumberOfRunModes': psana.CsPad.RunModes.NumberOfRunModes}¶

values = {0: psana.CsPad.RunModes.NoRunning, 1: psana.CsPad.RunModes.RunButDrop, 2: psana.CsPad.RunModes.RunAndSendToRCE, 3: psana.CsPad.RunModes.RunAndSendTriggeredByTTL, 4: psana.CsPad.RunModes.ExternalTriggerSendToRCE, 5: psana.CsPad.RunModes.ExternalTriggerDrop, 6: psana.CsPad.RunModes.NumberOfRunModes}¶

Module psana.CsPad2x2 ¶

The Python wrapper module for CsPad2x2 types

Class psana.CsPad2x2.ConfigV1 ¶

class psana.CsPad2x2.ConfigV1¶

Configuration data for 2x2 CsPad device.

Raises an exception This class cannot be instantiated from Python

activeRunMode((ConfigV1)arg1) → int¶

asicMask((ConfigV1)arg1) → int¶

badAsicMask((ConfigV1)arg1) → int¶

concentratorVersion((ConfigV1)arg1) → int¶

inactiveRunMode((ConfigV1)arg1) → int¶

numAsicsRead((ConfigV1)arg1) → int¶

numAsicsStored((ConfigV1)arg1) → int :¶: Number of ASICs in given quadrant

payloadSize((ConfigV1)arg1) → int¶

protectionEnable((ConfigV1)arg1) → int¶

protectionThreshold((ConfigV1)arg1) → ProtectionSystemThreshold¶

quad((ConfigV1)arg1) → ConfigV1QuadReg¶

roiMask((ConfigV1)arg1) → int¶

tdi((ConfigV1)arg1) → int¶

TypeId = 43¶

Version = 1¶

Class psana.CsPad2x2.ConfigV1QuadReg ¶

class psana.CsPad2x2.ConfigV1QuadReg¶

Configuration data for single “quadrant” which for 2x2 means a single 2x2.

Raises an exception This class cannot be instantiated from Python

PeltierEnable((ConfigV1QuadReg)arg1) → int¶

acqDelay((ConfigV1QuadReg)arg1) → int¶

ampIdle((ConfigV1QuadReg)arg1) → int¶

ampReset((ConfigV1QuadReg)arg1) → int¶

dataMode((ConfigV1QuadReg)arg1) → int¶

digCount((ConfigV1QuadReg)arg1) → int¶

digDelay((ConfigV1QuadReg)arg1) → int¶

digPeriod((ConfigV1QuadReg)arg1) → int¶

dp((ConfigV1QuadReg)arg1) → CsPad2x2DigitalPotsCfg¶

edgeSelect((ConfigV1QuadReg)arg1) → int¶

gm((ConfigV1QuadReg)arg1) → CsPad2x2GainMapCfg :¶: Gain map.

humidThold((ConfigV1QuadReg)arg1) → int¶

injTotal((ConfigV1QuadReg)arg1) → int¶

intTime((ConfigV1QuadReg)arg1) → int¶

kdConstant((ConfigV1QuadReg)arg1) → int¶

kiConstant((ConfigV1QuadReg)arg1) → int¶

kpConstant((ConfigV1QuadReg)arg1) → int¶

prstSel((ConfigV1QuadReg)arg1) → int¶

readClkHold((ConfigV1QuadReg)arg1) → int¶

readClkSet((ConfigV1QuadReg)arg1) → int¶

ro((ConfigV1QuadReg)arg1) → CsPad2x2ReadOnlyCfg :¶: read-only configuration

rowColShiftPer((ConfigV1QuadReg)arg1) → int¶

setPoint((ConfigV1QuadReg)arg1) → int¶

shiftSelect((ConfigV1QuadReg)arg1) → int¶

Class psana.CsPad2x2.ConfigV2 ¶

class psana.CsPad2x2.ConfigV2¶

Configuration data for 2x2 CsPad device.

Raises an exception This class cannot be instantiated from Python

activeRunMode((ConfigV2)arg1) → int¶

asicMask((ConfigV2)arg1) → int¶

badAsicMask((ConfigV2)arg1) → int¶

concentratorVersion((ConfigV2)arg1) → int¶

inactiveRunMode((ConfigV2)arg1) → int¶

numAsicsRead((ConfigV2)arg1) → int¶

numAsicsStored((ConfigV2)arg1) → int :¶: Number of ASICs in given quadrant

payloadSize((ConfigV2)arg1) → int¶

protectionEnable((ConfigV2)arg1) → int¶

protectionThreshold((ConfigV2)arg1) → ProtectionSystemThreshold¶

quad((ConfigV2)arg1) → ConfigV2QuadReg¶

roiMask((ConfigV2)arg1) → int¶

runTriggerDelay((ConfigV2)arg1) → int¶

tdi((ConfigV2)arg1) → int¶

TypeId = 43¶

Version = 2¶

Class psana.CsPad2x2.ConfigV2QuadReg ¶

class psana.CsPad2x2.ConfigV2QuadReg¶

Configuration data for single “quadrant” which for 2x2 means a single 2x2.

Raises an exception This class cannot be instantiated from Python

PeltierEnable((ConfigV2QuadReg)arg1) → int¶

acqDelay((ConfigV2QuadReg)arg1) → int¶

ampIdle((ConfigV2QuadReg)arg1) → int¶

ampReset((ConfigV2QuadReg)arg1) → int¶

biasTuning((ConfigV2QuadReg)arg1) → int :¶: bias tuning is used, but not written; 2 bits per nibble, C2,C1,I5,I2; bit order rc00rc00rc00rc

dataMode((ConfigV2QuadReg)arg1) → int¶

digCount((ConfigV2QuadReg)arg1) → int¶

digDelay((ConfigV2QuadReg)arg1) → int¶

digPeriod((ConfigV2QuadReg)arg1) → int¶

dp((ConfigV2QuadReg)arg1) → CsPad2x2DigitalPotsCfg¶

edgeSelect((ConfigV2QuadReg)arg1) → int¶

gm((ConfigV2QuadReg)arg1) → CsPad2x2GainMapCfg :¶: Gain map.

humidThold((ConfigV2QuadReg)arg1) → int¶

injTotal((ConfigV2QuadReg)arg1) → int¶

intTime((ConfigV2QuadReg)arg1) → int¶

kdConstant((ConfigV2QuadReg)arg1) → int¶

kiConstant((ConfigV2QuadReg)arg1) → int¶

kpConstant((ConfigV2QuadReg)arg1) → int¶

pdpmndnmBalance((ConfigV2QuadReg)arg1) → int :¶: pMOS and nMOS Displacement and Main; used but not written and not in GUI yet; hard-wired to zero in GUI; 2 bits per nibble, bit order pd00pm00nd00nm

prstSel((ConfigV2QuadReg)arg1) → int¶

readClkHold((ConfigV2QuadReg)arg1) → int¶

readClkSet((ConfigV2QuadReg)arg1) → int¶

ro((ConfigV2QuadReg)arg1) → CsPad2x2ReadOnlyCfg :¶: read-only configuration

rowColShiftPer((ConfigV2QuadReg)arg1) → int¶

setPoint((ConfigV2QuadReg)arg1) → int¶

shiftSelect((ConfigV2QuadReg)arg1) → int¶

Class psana.CsPad2x2.CsPad2x2DigitalPotsCfg ¶

class psana.CsPad2x2.CsPad2x2DigitalPotsCfg¶

Class defining configuration for CsPad POTs?

Raises an exception This class cannot be instantiated from Python

pots((CsPad2x2DigitalPotsCfg)arg1) → numpy.ndarray¶

Class psana.CsPad2x2.CsPad2x2GainMapCfg ¶

class psana.CsPad2x2.CsPad2x2GainMapCfg¶

Class defining ASIC gain map.

Raises an exception This class cannot be instantiated from Python

gainMap((CsPad2x2GainMapCfg)arg1) → numpy.ndarray :¶: Array with the gain map for single ASIC.

Class psana.CsPad2x2.CsPad2x2ReadOnlyCfg ¶

class psana.CsPad2x2.CsPad2x2ReadOnlyCfg¶

Class defining read-only configuration.

Raises an exception This class cannot be instantiated from Python

shiftTest((CsPad2x2ReadOnlyCfg)arg1) → int¶

version((CsPad2x2ReadOnlyCfg)arg1) → int¶

Class psana.CsPad2x2.DataModes ¶

class psana.CsPad2x2.DataModes¶

names = {'shiftTest': psana.CsPad2x2.DataModes.shiftTest, 'reserved': psana.CsPad2x2.DataModes.reserved, 'testData': psana.CsPad2x2.DataModes.testData, 'normal': psana.CsPad2x2.DataModes.normal}¶

normal = psana.CsPad2x2.DataModes.normal¶

reserved = psana.CsPad2x2.DataModes.reserved¶

shiftTest = psana.CsPad2x2.DataModes.shiftTest¶

testData = psana.CsPad2x2.DataModes.testData¶

values = {0: psana.CsPad2x2.DataModes.normal, 1: psana.CsPad2x2.DataModes.shiftTest, 2: psana.CsPad2x2.DataModes.testData, 3: psana.CsPad2x2.DataModes.reserved}¶

Class psana.CsPad2x2.ElementV1 ¶

class psana.CsPad2x2.ElementV1¶

CsPad data from single 2x2 element.

Raises an exception This class cannot be instantiated from Python

acq_count((ElementV1)arg1) → int¶

common_mode((ElementV1)arg1, (int)arg2) → float :¶: Common mode value for a given section, section number can be 0 or 1. Will return 0 for data read from XTC, may be non-zero after calibration.

data((ElementV1)arg1) → numpy.ndarray¶

fiducials((ElementV1)arg1) → int¶

frame_type((ElementV1)arg1) → int¶

lane((ElementV1)arg1) → int :¶: Lane number.

op_code((ElementV1)arg1) → int¶

quad((ElementV1)arg1) → int :¶: Quadrant number.

sb_temp((ElementV1)arg1) → numpy.ndarray¶

seq_count((ElementV1)arg1) → int¶

ticks((ElementV1)arg1) → int¶

tid((ElementV1)arg1) → int¶

virtual_channel((ElementV1)arg1) → int :¶: Virtual channel number.

Nsbtemp = 4¶

TypeId = 41¶

Version = 1¶

Class psana.CsPad2x2.ProtectionSystemThreshold ¶

class psana.CsPad2x2.ProtectionSystemThreshold¶

Raises an exception This class cannot be instantiated from Python

adcThreshold((ProtectionSystemThreshold)arg1) → int¶

pixelCountThreshold((ProtectionSystemThreshold)arg1) → int¶

Class psana.CsPad2x2.RunModes ¶

class psana.CsPad2x2.RunModes¶

ExternalTriggerDrop = psana.CsPad2x2.RunModes.ExternalTriggerDrop¶

ExternalTriggerSendToRCE = psana.CsPad2x2.RunModes.ExternalTriggerSendToRCE¶

NoRunning = psana.CsPad2x2.RunModes.NoRunning¶

NumberOfRunModes = psana.CsPad2x2.RunModes.NumberOfRunModes¶

RunAndSendToRCE = psana.CsPad2x2.RunModes.RunAndSendToRCE¶

RunAndSendTriggeredByTTL = psana.CsPad2x2.RunModes.RunAndSendTriggeredByTTL¶

RunButDrop = psana.CsPad2x2.RunModes.RunButDrop¶

names = {'ExternalTriggerSendToRCE': psana.CsPad2x2.RunModes.ExternalTriggerSendToRCE, 'NoRunning': psana.CsPad2x2.RunModes.NoRunning, 'RunButDrop': psana.CsPad2x2.RunModes.RunButDrop, 'ExternalTriggerDrop': psana.CsPad2x2.RunModes.ExternalTriggerDrop, 'RunAndSendToRCE': psana.CsPad2x2.RunModes.RunAndSendToRCE, 'RunAndSendTriggeredByTTL': psana.CsPad2x2.RunModes.RunAndSendTriggeredByTTL, 'NumberOfRunModes': psana.CsPad2x2.RunModes.NumberOfRunModes}¶

values = {0: psana.CsPad2x2.RunModes.NoRunning, 1: psana.CsPad2x2.RunModes.RunButDrop, 2: psana.CsPad2x2.RunModes.RunAndSendToRCE, 3: psana.CsPad2x2.RunModes.RunAndSendTriggeredByTTL, 4: psana.CsPad2x2.RunModes.ExternalTriggerSendToRCE, 5: psana.CsPad2x2.RunModes.ExternalTriggerDrop, 6: psana.CsPad2x2.RunModes.NumberOfRunModes}¶

Module psana.datasource ¶

Function psana.datasource.DataSource ¶

psana.datasource.DataSource(*args, **kwargs)[source]¶: Makes an instance of the data source object (psana._DataSource). Arguments can be either a single list of strings or any number of strings, each string represents either an input file name or event collection.

Function psana.datasource.setConfigFile ¶

psana.datasource.setConfigFile(name)[source]¶

Set the name of the psana configuration file, default configuration file name is psana.cfg. If you want to avoid reading any configuration file then set it to empty string.

Configuration file name set with setConfigFile() is used in a next call to DataSource().

Function psana.datasource.setOption ¶

psana.datasource.setOption(name, value)[source]¶

Set the psana configuration option, this will override any configuration option in a file. Option name has format “section.option” where “section” is the name of the section in configuration file (such as “psana” or “psana_examples.DumpPrinceton”). Value can be any string, possibly empty, non-string values will be converted to strings using str() call.

Configuration options set with setOption() are used in a next call to DataSource().

Function psana.datasource.setOptions ¶

psana.datasource.setOptions(mapping)[source]¶

Set the psana configuration option, this will override any configuration option in a file. Argument to this calls is a mapping (dictionary) whose keys are option names. Option name has format “section.option” where “section” is the name of the section in configuration file (such as “psana” or “psana_examples.DumpPrinceton”). Value can be any string, possibly empty, non-string values will be converted to strings using str() call.

Configuration options set with setOptions() are used in a next call to DataSource().

Module psana.det_interface ¶

Function psana.det_interface.Detector ¶

psana.det_interface.Detector(name, local_env=None, accept_missing=False)[source]¶

Create a python Detector from a string identifier.

source_string : str

A string identifying a piece of data to access, examples include:

‘cspad’ # a DAQ detector alias
‘XppGon.0:Cspad.0’ # a DAQ detector full-name
‘DIAG:FEE1:202:241:Data’ # an EPICS variable name (or alias)
‘EBeam’ # a BldInfo identifier

The idea is that you should be able to pass something that makes sense to you as a human here, and you automatically get the right detector object in return.

local_env : psana.Env

The psana environment object associated with the psana.DataSource you are interested in (from method DataSource.env()).

accept_missing : bool

If False, KeyError exception will be raised if “name” is not present in the current DataSource. If True, an object will be returned that returns None for all method calls. This allows software to not crash if a detector is missing from a run.

A psana-python detector object. Try detector(psana.Event) to access your data.

The Detector method returns an object that has methods that change depending on the detector type. To see help for a particular detector type execute commands similar to the following

env = DataSource(‘exp=xpptut15:run=54’).env() det = Detector(‘cspad’,env)

and then use the standard ipython “det?” command (and tab completion) to see the documentation for that particular detector type.

Function psana.det_interface.DetNames ¶

psana.det_interface.DetNames(nametype='detectors', local_env=None)[source]¶

Return tuples of detector names. Nametype should be one of ‘detectors’,’epics’,’all’. ‘detectors’ returns the names of all standard detectors included in the data. ‘epics’ returns the names of all epics variables (epics variables are typically updated at 1Hz with information about slow quantities like temperatures, voltages, motor positions). ‘all’ returns both of the above.

Each detector can have 3 names: a “full name”, a simpler “daq alias”, or a “user alias”. The last two are optional.

This routine takes an optional “DataSource.Env” argument. If not provided the Env from the most recently created DataSource will be used. It typically only needs to be specified when using multiple DataSource instances simultaneously.

Module psana.Encoder ¶

The Python wrapper module for Encoder types

Class psana.Encoder.ConfigV1 ¶

class psana.Encoder.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class count_mode_type¶

COUNT_END = psana.Encoder.count_mode_type.COUNT_END¶

HALT = psana.Encoder.count_mode_type.HALT¶

LIMIT = psana.Encoder.count_mode_type.LIMIT¶

WRAP_FULL = psana.Encoder.count_mode_type.WRAP_FULL¶

WRAP_PRESET = psana.Encoder.count_mode_type.WRAP_PRESET¶

names = {'WRAP_FULL': psana.Encoder.count_mode_type.WRAP_FULL, 'LIMIT': psana.Encoder.count_mode_type.LIMIT, 'HALT': psana.Encoder.count_mode_type.HALT, 'COUNT_END': psana.Encoder.count_mode_type.COUNT_END, 'WRAP_PRESET': psana.Encoder.count_mode_type.WRAP_PRESET}¶

values = {0: psana.Encoder.count_mode_type.WRAP_FULL, 1: psana.Encoder.count_mode_type.LIMIT, 2: psana.Encoder.count_mode_type.HALT, 3: psana.Encoder.count_mode_type.WRAP_PRESET, 4: psana.Encoder.count_mode_type.COUNT_END}¶

class ConfigV1.quad_mode¶

CLOCK_DIR = psana.Encoder.quad_mode.CLOCK_DIR¶

QUAD_END = psana.Encoder.quad_mode.QUAD_END¶

X1 = psana.Encoder.quad_mode.X1¶

X2 = psana.Encoder.quad_mode.X2¶

X4 = psana.Encoder.quad_mode.X4¶

names = {'X2': psana.Encoder.quad_mode.X2, 'X1': psana.Encoder.quad_mode.X1, 'QUAD_END': psana.Encoder.quad_mode.QUAD_END, 'X4': psana.Encoder.quad_mode.X4, 'CLOCK_DIR': psana.Encoder.quad_mode.CLOCK_DIR}¶

values = {0: psana.Encoder.quad_mode.CLOCK_DIR, 1: psana.Encoder.quad_mode.X1, 2: psana.Encoder.quad_mode.X2, 3: psana.Encoder.quad_mode.X4, 4: psana.Encoder.quad_mode.QUAD_END}¶

ConfigV1.chan_num((ConfigV1)arg1) → int¶

ConfigV1.count_mode((ConfigV1)arg1) → count_mode_type¶

ConfigV1.input_num((ConfigV1)arg1) → int¶

ConfigV1.input_rising((ConfigV1)arg1) → int¶

ConfigV1.quadrature_mode((ConfigV1)arg1) → quad_mode¶

ConfigV1.ticks_per_sec((ConfigV1)arg1) → int¶

ConfigV1.TypeId = 25¶

ConfigV1.Version = 1¶

Class psana.Encoder.ConfigV2 ¶

class psana.Encoder.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class count_mode_type¶

COUNT_END = psana.Encoder.count_mode_type.COUNT_END¶

HALT = psana.Encoder.count_mode_type.HALT¶

LIMIT = psana.Encoder.count_mode_type.LIMIT¶

WRAP_FULL = psana.Encoder.count_mode_type.WRAP_FULL¶

WRAP_PRESET = psana.Encoder.count_mode_type.WRAP_PRESET¶

names = {'WRAP_FULL': psana.Encoder.count_mode_type.WRAP_FULL, 'LIMIT': psana.Encoder.count_mode_type.LIMIT, 'HALT': psana.Encoder.count_mode_type.HALT, 'COUNT_END': psana.Encoder.count_mode_type.COUNT_END, 'WRAP_PRESET': psana.Encoder.count_mode_type.WRAP_PRESET}¶

values = {0: psana.Encoder.count_mode_type.WRAP_FULL, 1: psana.Encoder.count_mode_type.LIMIT, 2: psana.Encoder.count_mode_type.HALT, 3: psana.Encoder.count_mode_type.WRAP_PRESET, 4: psana.Encoder.count_mode_type.COUNT_END}¶

class ConfigV2.quad_mode¶

CLOCK_DIR = psana.Encoder.quad_mode.CLOCK_DIR¶

QUAD_END = psana.Encoder.quad_mode.QUAD_END¶

X1 = psana.Encoder.quad_mode.X1¶

X2 = psana.Encoder.quad_mode.X2¶

X4 = psana.Encoder.quad_mode.X4¶

names = {'X2': psana.Encoder.quad_mode.X2, 'X1': psana.Encoder.quad_mode.X1, 'QUAD_END': psana.Encoder.quad_mode.QUAD_END, 'X4': psana.Encoder.quad_mode.X4, 'CLOCK_DIR': psana.Encoder.quad_mode.CLOCK_DIR}¶

values = {0: psana.Encoder.quad_mode.CLOCK_DIR, 1: psana.Encoder.quad_mode.X1, 2: psana.Encoder.quad_mode.X2, 3: psana.Encoder.quad_mode.X4, 4: psana.Encoder.quad_mode.QUAD_END}¶

ConfigV2.chan_mask((ConfigV2)arg1) → int¶

ConfigV2.count_mode((ConfigV2)arg1) → count_mode_type¶

ConfigV2.input_num((ConfigV2)arg1) → int¶

ConfigV2.input_rising((ConfigV2)arg1) → int¶

ConfigV2.quadrature_mode((ConfigV2)arg1) → quad_mode¶

ConfigV2.ticks_per_sec((ConfigV2)arg1) → int¶

ConfigV2.TypeId = 25¶

ConfigV2.Version = 2¶

Class psana.Encoder.DataV1 ¶

class psana.Encoder.DataV1¶

Raises an exception This class cannot be instantiated from Python

encoder_count((DataV1)arg1) → int¶

timestamp((DataV1)arg1) → int¶

value((DataV1)arg1) → int :¶: Lower 24 bits of encoder_count as signed integer value.

TypeId = 24¶

Version = 1¶

Class psana.Encoder.DataV2 ¶

class psana.Encoder.DataV2¶

Raises an exception This class cannot be instantiated from Python

encoder_count((DataV2)arg1) → numpy.ndarray¶

timestamp((DataV2)arg1) → int¶

value((DataV2)arg1, (int)arg2) → int :¶: Lower 24 bits of encoder_count as signed integer value.

NEncoders = 3¶

TypeId = 24¶

Version = 2¶

Module psana.Epics ¶

The Python wrapper module for Epics types

Class psana.Epics.ConfigV1 ¶

class psana.Epics.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

getPvConfig((ConfigV1)arg1) → list¶

numPv((ConfigV1)arg1) → int¶

TypeId = 54¶

Version = 1¶

Class psana.Epics.dbr_ctrl_char ¶

class psana.Epics.dbr_ctrl_char¶

Raises an exception This class cannot be instantiated from Python

lower_alarm_limit((dbr_ctrl_char)arg1) → int¶

lower_ctrl_limit((dbr_ctrl_char)arg1) → int¶

lower_disp_limit((dbr_ctrl_char)arg1) → int¶

lower_warning_limit((dbr_ctrl_char)arg1) → int¶

severity((dbr_ctrl_char)arg1) → int¶

status((dbr_ctrl_char)arg1) → int¶

units((dbr_ctrl_char)arg1) → str¶

units_shape((dbr_ctrl_char)arg1) → object¶

upper_alarm_limit((dbr_ctrl_char)arg1) → int¶

upper_ctrl_limit((dbr_ctrl_char)arg1) → int¶

upper_disp_limit((dbr_ctrl_char)arg1) → int¶

upper_warning_limit((dbr_ctrl_char)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_CTRL_CHAR¶

Class psana.Epics.dbr_ctrl_double ¶

class psana.Epics.dbr_ctrl_double¶

Raises an exception This class cannot be instantiated from Python

lower_alarm_limit((dbr_ctrl_double)arg1) → float¶

lower_ctrl_limit((dbr_ctrl_double)arg1) → float¶

lower_disp_limit((dbr_ctrl_double)arg1) → float¶

lower_warning_limit((dbr_ctrl_double)arg1) → float¶

precision((dbr_ctrl_double)arg1) → int¶

severity((dbr_ctrl_double)arg1) → int¶

status((dbr_ctrl_double)arg1) → int¶

units((dbr_ctrl_double)arg1) → str¶

units_shape((dbr_ctrl_double)arg1) → object¶

upper_alarm_limit((dbr_ctrl_double)arg1) → float¶

upper_ctrl_limit((dbr_ctrl_double)arg1) → float¶

upper_disp_limit((dbr_ctrl_double)arg1) → float¶

upper_warning_limit((dbr_ctrl_double)arg1) → float¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_CTRL_DOUBLE¶

Class psana.Epics.dbr_ctrl_enum ¶

class psana.Epics.dbr_ctrl_enum¶

Raises an exception This class cannot be instantiated from Python

no_str((dbr_ctrl_enum)arg1) → int¶

severity((dbr_ctrl_enum)arg1) → int¶

status((dbr_ctrl_enum)arg1) → int¶

strings((dbr_ctrl_enum)arg1, (int)arg2) → str¶

strings_shape((dbr_ctrl_enum)arg1) → object¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_CTRL_ENUM¶

Class psana.Epics.dbr_ctrl_float ¶

class psana.Epics.dbr_ctrl_float¶

Raises an exception This class cannot be instantiated from Python

lower_alarm_limit((dbr_ctrl_float)arg1) → float¶

lower_ctrl_limit((dbr_ctrl_float)arg1) → float¶

lower_disp_limit((dbr_ctrl_float)arg1) → float¶

lower_warning_limit((dbr_ctrl_float)arg1) → float¶

precision((dbr_ctrl_float)arg1) → int¶

severity((dbr_ctrl_float)arg1) → int¶

status((dbr_ctrl_float)arg1) → int¶

units((dbr_ctrl_float)arg1) → str¶

units_shape((dbr_ctrl_float)arg1) → object¶

upper_alarm_limit((dbr_ctrl_float)arg1) → float¶

upper_ctrl_limit((dbr_ctrl_float)arg1) → float¶

upper_disp_limit((dbr_ctrl_float)arg1) → float¶

upper_warning_limit((dbr_ctrl_float)arg1) → float¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_CTRL_FLOAT¶

Class psana.Epics.dbr_ctrl_long ¶

class psana.Epics.dbr_ctrl_long¶

Raises an exception This class cannot be instantiated from Python

lower_alarm_limit((dbr_ctrl_long)arg1) → int¶

lower_ctrl_limit((dbr_ctrl_long)arg1) → int¶

lower_disp_limit((dbr_ctrl_long)arg1) → int¶

lower_warning_limit((dbr_ctrl_long)arg1) → int¶

severity((dbr_ctrl_long)arg1) → int¶

status((dbr_ctrl_long)arg1) → int¶

units((dbr_ctrl_long)arg1) → str¶

units_shape((dbr_ctrl_long)arg1) → object¶

upper_alarm_limit((dbr_ctrl_long)arg1) → int¶

upper_ctrl_limit((dbr_ctrl_long)arg1) → int¶

upper_disp_limit((dbr_ctrl_long)arg1) → int¶

upper_warning_limit((dbr_ctrl_long)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_CTRL_LONG¶

Class psana.Epics.dbr_ctrl_short ¶

class psana.Epics.dbr_ctrl_short¶

Raises an exception This class cannot be instantiated from Python

lower_alarm_limit((dbr_ctrl_short)arg1) → int¶

lower_ctrl_limit((dbr_ctrl_short)arg1) → int¶

lower_disp_limit((dbr_ctrl_short)arg1) → int¶

lower_warning_limit((dbr_ctrl_short)arg1) → int¶

severity((dbr_ctrl_short)arg1) → int¶

status((dbr_ctrl_short)arg1) → int¶

units((dbr_ctrl_short)arg1) → str¶

units_shape((dbr_ctrl_short)arg1) → object¶

upper_alarm_limit((dbr_ctrl_short)arg1) → int¶

upper_ctrl_limit((dbr_ctrl_short)arg1) → int¶

upper_disp_limit((dbr_ctrl_short)arg1) → int¶

upper_warning_limit((dbr_ctrl_short)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_CTRL_SHORT¶

Class psana.Epics.dbr_sts_string ¶

class psana.Epics.dbr_sts_string¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_sts_string)arg1) → int¶

status((dbr_sts_string)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_CTRL_STRING¶

Class psana.Epics.dbr_time_char ¶

class psana.Epics.dbr_time_char¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_time_char)arg1) → int¶

stamp((dbr_time_char)arg1) → epicsTimeStamp¶

status((dbr_time_char)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_TIME_CHAR¶

Class psana.Epics.dbr_time_double ¶

class psana.Epics.dbr_time_double¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_time_double)arg1) → int¶

stamp((dbr_time_double)arg1) → epicsTimeStamp¶

status((dbr_time_double)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_TIME_DOUBLE¶

Class psana.Epics.dbr_time_enum ¶

class psana.Epics.dbr_time_enum¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_time_enum)arg1) → int¶

stamp((dbr_time_enum)arg1) → epicsTimeStamp¶

status((dbr_time_enum)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_TIME_ENUM¶

Class psana.Epics.dbr_time_float ¶

class psana.Epics.dbr_time_float¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_time_float)arg1) → int¶

stamp((dbr_time_float)arg1) → epicsTimeStamp¶

status((dbr_time_float)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_TIME_FLOAT¶

Class psana.Epics.dbr_time_long ¶

class psana.Epics.dbr_time_long¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_time_long)arg1) → int¶

stamp((dbr_time_long)arg1) → epicsTimeStamp¶

status((dbr_time_long)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_TIME_LONG¶

Class psana.Epics.dbr_time_short ¶

class psana.Epics.dbr_time_short¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_time_short)arg1) → int¶

stamp((dbr_time_short)arg1) → epicsTimeStamp¶

status((dbr_time_short)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_TIME_SHORT¶

Class psana.Epics.dbr_time_string ¶

class psana.Epics.dbr_time_string¶

Raises an exception This class cannot be instantiated from Python

severity((dbr_time_string)arg1) → int¶

stamp((dbr_time_string)arg1) → epicsTimeStamp¶

status((dbr_time_string)arg1) → int¶

DBR_TYPE_ID = psana.Epics.DbrTypes.DBR_TIME_STRING¶

Class psana.Epics.DbrTypes ¶

class psana.Epics.DbrTypes¶

DBR_CHAR = psana.Epics.DbrTypes.DBR_CHAR¶

DBR_CTRL_CHAR = psana.Epics.DbrTypes.DBR_CTRL_CHAR¶

DBR_CTRL_DOUBLE = psana.Epics.DbrTypes.DBR_CTRL_DOUBLE¶

DBR_CTRL_ENUM = psana.Epics.DbrTypes.DBR_CTRL_ENUM¶

DBR_CTRL_FLOAT = psana.Epics.DbrTypes.DBR_CTRL_FLOAT¶

DBR_CTRL_LONG = psana.Epics.DbrTypes.DBR_CTRL_LONG¶

DBR_CTRL_SHORT = psana.Epics.DbrTypes.DBR_CTRL_SHORT¶

DBR_CTRL_STRING = psana.Epics.DbrTypes.DBR_CTRL_STRING¶

DBR_DOUBLE = psana.Epics.DbrTypes.DBR_DOUBLE¶

DBR_ENUM = psana.Epics.DbrTypes.DBR_ENUM¶

DBR_FLOAT = psana.Epics.DbrTypes.DBR_FLOAT¶

DBR_GR_CHAR = psana.Epics.DbrTypes.DBR_GR_CHAR¶

DBR_GR_DOUBLE = psana.Epics.DbrTypes.DBR_GR_DOUBLE¶

DBR_GR_ENUM = psana.Epics.DbrTypes.DBR_GR_ENUM¶

DBR_GR_FLOAT = psana.Epics.DbrTypes.DBR_GR_FLOAT¶

DBR_GR_LONG = psana.Epics.DbrTypes.DBR_GR_LONG¶

DBR_GR_SHORT = psana.Epics.DbrTypes.DBR_GR_SHORT¶

DBR_GR_STRING = psana.Epics.DbrTypes.DBR_GR_STRING¶

DBR_LONG = psana.Epics.DbrTypes.DBR_LONG¶

DBR_SHORT = psana.Epics.DbrTypes.DBR_SHORT¶

DBR_STRING = psana.Epics.DbrTypes.DBR_STRING¶

DBR_STS_CHAR = psana.Epics.DbrTypes.DBR_STS_CHAR¶

DBR_STS_DOUBLE = psana.Epics.DbrTypes.DBR_STS_DOUBLE¶

DBR_STS_ENUM = psana.Epics.DbrTypes.DBR_STS_ENUM¶

DBR_STS_FLOAT = psana.Epics.DbrTypes.DBR_STS_FLOAT¶

DBR_STS_LONG = psana.Epics.DbrTypes.DBR_STS_LONG¶

DBR_STS_SHORT = psana.Epics.DbrTypes.DBR_STS_SHORT¶

DBR_STS_STRING = psana.Epics.DbrTypes.DBR_STS_STRING¶

DBR_TIME_CHAR = psana.Epics.DbrTypes.DBR_TIME_CHAR¶

DBR_TIME_DOUBLE = psana.Epics.DbrTypes.DBR_TIME_DOUBLE¶

DBR_TIME_ENUM = psana.Epics.DbrTypes.DBR_TIME_ENUM¶

DBR_TIME_FLOAT = psana.Epics.DbrTypes.DBR_TIME_FLOAT¶

DBR_TIME_INT = psana.Epics.DbrTypes.DBR_TIME_INT¶

DBR_TIME_LONG = psana.Epics.DbrTypes.DBR_TIME_LONG¶

DBR_TIME_SHORT = psana.Epics.DbrTypes.DBR_TIME_SHORT¶

DBR_TIME_STRING = psana.Epics.DbrTypes.DBR_TIME_STRING¶

names = {'DBR_STRING': psana.Epics.DbrTypes.DBR_STRING, 'DBR_GR_ENUM': psana.Epics.DbrTypes.DBR_GR_ENUM, 'DBR_CTRL_ENUM': psana.Epics.DbrTypes.DBR_CTRL_ENUM, 'DBR_GR_SHORT': psana.Epics.DbrTypes.DBR_GR_SHORT, 'DBR_TIME_FLOAT': psana.Epics.DbrTypes.DBR_TIME_FLOAT, 'DBR_GR_CHAR': psana.Epics.DbrTypes.DBR_GR_CHAR, 'DBR_CTRL_LONG': psana.Epics.DbrTypes.DBR_CTRL_LONG, 'DBR_ENUM': psana.Epics.DbrTypes.DBR_ENUM, 'DBR_LONG': psana.Epics.DbrTypes.DBR_LONG, 'DBR_TIME_ENUM': psana.Epics.DbrTypes.DBR_TIME_ENUM, 'DBR_TIME_INT': psana.Epics.DbrTypes.DBR_TIME_INT, 'DBR_CTRL_STRING': psana.Epics.DbrTypes.DBR_CTRL_STRING, 'DBR_CTRL_FLOAT': psana.Epics.DbrTypes.DBR_CTRL_FLOAT, 'DBR_CTRL_CHAR': psana.Epics.DbrTypes.DBR_CTRL_CHAR, 'DBR_STS_FLOAT': psana.Epics.DbrTypes.DBR_STS_FLOAT, 'DBR_TIME_LONG': psana.Epics.DbrTypes.DBR_TIME_LONG, 'DBR_GR_STRING': psana.Epics.DbrTypes.DBR_GR_STRING, 'DBR_CTRL_DOUBLE': psana.Epics.DbrTypes.DBR_CTRL_DOUBLE, 'DBR_STS_SHORT': psana.Epics.DbrTypes.DBR_STS_SHORT, 'DBR_STS_LONG': psana.Epics.DbrTypes.DBR_STS_LONG, 'DBR_TIME_STRING': psana.Epics.DbrTypes.DBR_TIME_STRING, 'DBR_TIME_SHORT': psana.Epics.DbrTypes.DBR_TIME_SHORT, 'DBR_TIME_CHAR': psana.Epics.DbrTypes.DBR_TIME_CHAR, 'DBR_DOUBLE': psana.Epics.DbrTypes.DBR_DOUBLE, 'DBR_CHAR': psana.Epics.DbrTypes.DBR_CHAR, 'DBR_SHORT': psana.Epics.DbrTypes.DBR_SHORT, 'DBR_GR_LONG': psana.Epics.DbrTypes.DBR_GR_LONG, 'DBR_TIME_DOUBLE': psana.Epics.DbrTypes.DBR_TIME_DOUBLE, 'DBR_CTRL_SHORT': psana.Epics.DbrTypes.DBR_CTRL_SHORT, 'DBR_GR_FLOAT': psana.Epics.DbrTypes.DBR_GR_FLOAT, 'DBR_GR_DOUBLE': psana.Epics.DbrTypes.DBR_GR_DOUBLE, 'DBR_STS_ENUM': psana.Epics.DbrTypes.DBR_STS_ENUM, 'DBR_STS_STRING': psana.Epics.DbrTypes.DBR_STS_STRING, 'DBR_STS_CHAR': psana.Epics.DbrTypes.DBR_STS_CHAR, 'DBR_STS_DOUBLE': psana.Epics.DbrTypes.DBR_STS_DOUBLE, 'DBR_FLOAT': psana.Epics.DbrTypes.DBR_FLOAT}¶

values = {0: psana.Epics.DbrTypes.DBR_STRING, 1: psana.Epics.DbrTypes.DBR_SHORT, 2: psana.Epics.DbrTypes.DBR_FLOAT, 3: psana.Epics.DbrTypes.DBR_ENUM, 4: psana.Epics.DbrTypes.DBR_CHAR, 5: psana.Epics.DbrTypes.DBR_LONG, 6: psana.Epics.DbrTypes.DBR_DOUBLE, 7: psana.Epics.DbrTypes.DBR_STS_STRING, 8: psana.Epics.DbrTypes.DBR_STS_SHORT, 9: psana.Epics.DbrTypes.DBR_STS_FLOAT, 10: psana.Epics.DbrTypes.DBR_STS_ENUM, 11: psana.Epics.DbrTypes.DBR_STS_CHAR, 12: psana.Epics.DbrTypes.DBR_STS_LONG, 13: psana.Epics.DbrTypes.DBR_STS_DOUBLE, 14: psana.Epics.DbrTypes.DBR_TIME_STRING, 15: psana.Epics.DbrTypes.DBR_TIME_SHORT, 16: psana.Epics.DbrTypes.DBR_TIME_FLOAT, 17: psana.Epics.DbrTypes.DBR_TIME_ENUM, 18: psana.Epics.DbrTypes.DBR_TIME_CHAR, 19: psana.Epics.DbrTypes.DBR_TIME_LONG, 20: psana.Epics.DbrTypes.DBR_TIME_DOUBLE, 21: psana.Epics.DbrTypes.DBR_GR_STRING, 22: psana.Epics.DbrTypes.DBR_GR_SHORT, 23: psana.Epics.DbrTypes.DBR_GR_FLOAT, 24: psana.Epics.DbrTypes.DBR_GR_ENUM, 25: psana.Epics.DbrTypes.DBR_GR_CHAR, 26: psana.Epics.DbrTypes.DBR_GR_LONG, 27: psana.Epics.DbrTypes.DBR_GR_DOUBLE, 28: psana.Epics.DbrTypes.DBR_CTRL_STRING, 29: psana.Epics.DbrTypes.DBR_CTRL_SHORT, 30: psana.Epics.DbrTypes.DBR_CTRL_FLOAT, 31: psana.Epics.DbrTypes.DBR_CTRL_ENUM, 32: psana.Epics.DbrTypes.DBR_CTRL_CHAR, 33: psana.Epics.DbrTypes.DBR_CTRL_LONG, 34: psana.Epics.DbrTypes.DBR_CTRL_DOUBLE}¶

Class psana.Epics.EpicsPvCtrlChar ¶

class psana.Epics.EpicsPvCtrlChar¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvCtrlChar)arg1) → numpy.ndarray¶

dbr((EpicsPvCtrlChar)arg1) → dbr_ctrl_char¶

value((EpicsPvCtrlChar)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvCtrlDouble ¶

class psana.Epics.EpicsPvCtrlDouble¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvCtrlDouble)arg1) → numpy.ndarray¶

dbr((EpicsPvCtrlDouble)arg1) → dbr_ctrl_double¶

value((EpicsPvCtrlDouble)arg1, (int)arg2) → float¶

Class psana.Epics.EpicsPvCtrlEnum ¶

class psana.Epics.EpicsPvCtrlEnum¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvCtrlEnum)arg1) → numpy.ndarray¶

dbr((EpicsPvCtrlEnum)arg1) → dbr_ctrl_enum¶

value((EpicsPvCtrlEnum)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvCtrlFloat ¶

class psana.Epics.EpicsPvCtrlFloat¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvCtrlFloat)arg1) → numpy.ndarray¶

dbr((EpicsPvCtrlFloat)arg1) → dbr_ctrl_float¶

value((EpicsPvCtrlFloat)arg1, (int)arg2) → float¶

Class psana.Epics.EpicsPvCtrlHeader ¶

class psana.Epics.EpicsPvCtrlHeader¶

Base class for all CTRL-type PV values.

Raises an exception This class cannot be instantiated from Python

pvName((EpicsPvCtrlHeader)arg1) → str :¶: PV name.

Class psana.Epics.EpicsPvCtrlLong ¶

class psana.Epics.EpicsPvCtrlLong¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvCtrlLong)arg1) → numpy.ndarray¶

dbr((EpicsPvCtrlLong)arg1) → dbr_ctrl_long¶

value((EpicsPvCtrlLong)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvCtrlShort ¶

class psana.Epics.EpicsPvCtrlShort¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvCtrlShort)arg1) → numpy.ndarray¶

dbr((EpicsPvCtrlShort)arg1) → dbr_ctrl_short¶

value((EpicsPvCtrlShort)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvCtrlString ¶

class psana.Epics.EpicsPvCtrlString¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvCtrlString)arg1, (int)arg2) → str¶

data_shape((EpicsPvCtrlString)arg1) → object¶

dbr((EpicsPvCtrlString)arg1) → dbr_sts_string¶

value((EpicsPvCtrlString)arg1, (int)arg2) → str¶

Class psana.Epics.EpicsPvHeader ¶

class psana.Epics.EpicsPvHeader¶

Base class for EPICS data types stored in XTC files.

Raises an exception This class cannot be instantiated from Python

dbrType((EpicsPvHeader)arg1) → int :¶: DBR structure type.

isCtrl((EpicsPvHeader)arg1) → int :¶: Returns 1 if PV is one of CTRL types, 0 otherwise.

isTime((EpicsPvHeader)arg1) → int :¶: Returns 1 if PV is one of TIME types, 0 otherwise.

numElements((EpicsPvHeader)arg1) → int :¶: Number of elements in EPICS DBR structure

pvId((EpicsPvHeader)arg1) → int :¶: PV ID number assigned by DAQ.

severity((EpicsPvHeader)arg1) → int :¶: Returns severity value for the PV.

status((EpicsPvHeader)arg1) → int :¶: Returns status value for the PV.

Class psana.Epics.EpicsPvTimeChar ¶

class psana.Epics.EpicsPvTimeChar¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvTimeChar)arg1) → numpy.ndarray¶

dbr((EpicsPvTimeChar)arg1) → dbr_time_char¶

value((EpicsPvTimeChar)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvTimeDouble ¶

class psana.Epics.EpicsPvTimeDouble¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvTimeDouble)arg1) → numpy.ndarray¶

dbr((EpicsPvTimeDouble)arg1) → dbr_time_double¶

value((EpicsPvTimeDouble)arg1, (int)arg2) → float¶

Class psana.Epics.EpicsPvTimeEnum ¶

class psana.Epics.EpicsPvTimeEnum¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvTimeEnum)arg1) → numpy.ndarray¶

dbr((EpicsPvTimeEnum)arg1) → dbr_time_enum¶

value((EpicsPvTimeEnum)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvTimeFloat ¶

class psana.Epics.EpicsPvTimeFloat¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvTimeFloat)arg1) → numpy.ndarray¶

dbr((EpicsPvTimeFloat)arg1) → dbr_time_float¶

value((EpicsPvTimeFloat)arg1, (int)arg2) → float¶

Class psana.Epics.EpicsPvTimeHeader ¶

class psana.Epics.EpicsPvTimeHeader¶

Base class for all TIME-type PV values.

Raises an exception This class cannot be instantiated from Python

stamp((EpicsPvTimeHeader)arg1) → epicsTimeStamp :¶: EPICS timestamp value.

Class psana.Epics.EpicsPvTimeLong ¶

class psana.Epics.EpicsPvTimeLong¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvTimeLong)arg1) → numpy.ndarray¶

dbr((EpicsPvTimeLong)arg1) → dbr_time_long¶

value((EpicsPvTimeLong)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvTimeShort ¶

class psana.Epics.EpicsPvTimeShort¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvTimeShort)arg1) → numpy.ndarray¶

dbr((EpicsPvTimeShort)arg1) → dbr_time_short¶

value((EpicsPvTimeShort)arg1, (int)arg2) → int¶

Class psana.Epics.EpicsPvTimeString ¶

class psana.Epics.EpicsPvTimeString¶

Raises an exception This class cannot be instantiated from Python

data((EpicsPvTimeString)arg1, (int)arg2) → str¶

data_shape((EpicsPvTimeString)arg1) → object¶

dbr((EpicsPvTimeString)arg1) → dbr_time_string¶

value((EpicsPvTimeString)arg1, (int)arg2) → str¶

Class psana.Epics.epicsTimeStamp ¶

class psana.Epics.epicsTimeStamp¶

EPICS timestamp type, includes seconds and nanoseconds. EPICS epoch corresponds to 1990-01-01 00:00:00Z.

Raises an exception This class cannot be instantiated from Python

nsec((epicsTimeStamp)arg1) → int :¶: Nanoseconds within second.

sec((epicsTimeStamp)arg1) → int :¶: Seconds since Jan 1, 1990 00:00 UTC

Class psana.Epics.PvConfigV1 ¶

class psana.Epics.PvConfigV1¶

Raises an exception This class cannot be instantiated from Python

description((PvConfigV1)arg1) → str¶

interval((PvConfigV1)arg1) → float¶

pvId((PvConfigV1)arg1) → int¶

iMaxPvDescLength = 64¶

Module psana.Epix ¶

The Python wrapper module for Epix types

Class psana.Epix.Asic100aConfigV1 ¶

class psana.Epix.Asic100aConfigV1¶

Raises an exception This class cannot be instantiated from Python

CCK_RegDelayEnable((Asic100aConfigV1)arg1) → int¶

ColumnStartAddr((Asic100aConfigV1)arg1) → int¶

ColumnStopAddr((Asic100aConfigV1)arg1) → int¶

EXEC_DelayEnable((Asic100aConfigV1)arg1) → int¶

LVDS_ImpedenceMatchingEnable((Asic100aConfigV1)arg1) → int¶

RowStartAddr((Asic100aConfigV1)arg1) → int¶

RowStopAddr((Asic100aConfigV1)arg1) → int¶

VRefBaselineDac((Asic100aConfigV1)arg1) → int¶

automaticTestModeEnable((Asic100aConfigV1)arg1) → int¶

balconyDriverCurrent((Asic100aConfigV1)arg1) → int¶

balconyEnable((Asic100aConfigV1)arg1) → int¶

bandGapReferenceTemperatureCompensationBits((Asic100aConfigV1)arg1) → int¶

chipID((Asic100aConfigV1)arg1) → int¶

digitalMonitor1Enable((Asic100aConfigV1)arg1) → int¶

digitalMonitor2Enable((Asic100aConfigV1)arg1) → int¶

digitalMonitorMux1((Asic100aConfigV1)arg1) → int¶

digitalMonitorMux2((Asic100aConfigV1)arg1) → int¶

dummyMask((Asic100aConfigV1)arg1) → int¶

dummyTest((Asic100aConfigV1)arg1) → int¶

extraRowsLowReferenceValue((Asic100aConfigV1)arg1) → int¶

fastPowerPulsingEnable((Asic100aConfigV1)arg1) → int¶

fastPowerPulsingSpeed((Asic100aConfigV1)arg1) → int¶

highResolutionModeTest((Asic100aConfigV1)arg1) → int¶

interleavedReadOutEnable((Asic100aConfigV1)arg1) → int¶

outputDriverDacReferenceBias((Asic100aConfigV1)arg1) → int¶

outputDriverDrivingCapabilitiesAndStability((Asic100aConfigV1)arg1) → int¶

outputDriverInputCommonMode0((Asic100aConfigV1)arg1) → int¶

outputDriverInputCommonMode1((Asic100aConfigV1)arg1) → int¶

outputDriverInputCommonMode2((Asic100aConfigV1)arg1) → int¶

outputDriverInputCommonMode3((Asic100aConfigV1)arg1) → int¶

outputDriverOutputDynamicRange0((Asic100aConfigV1)arg1) → int¶

outputDriverOutputDynamicRange1((Asic100aConfigV1)arg1) → int¶

outputDriverOutputDynamicRange2((Asic100aConfigV1)arg1) → int¶

outputDriverOutputDynamicRange3((Asic100aConfigV1)arg1) → int¶

outputDriverTemperatureCompensationEnable((Asic100aConfigV1)arg1) → int¶

outputDriverTemperatureCompensationGain0((Asic100aConfigV1)arg1) → int¶

outputDriverTemperatureCompensationGain1((Asic100aConfigV1)arg1) → int¶

outputDriverTemperatureCompensationGain2((Asic100aConfigV1)arg1) → int¶

outputDriverTemperatureCompensationGain3((Asic100aConfigV1)arg1) → int¶

pixelBufferAndPreamplifierDrivingCapabilities((Asic100aConfigV1)arg1) → int¶

pixelFilterLevel((Asic100aConfigV1)arg1) → int¶

pixelOutputBufferCurrent((Asic100aConfigV1)arg1) → int¶

preamplifierCurrent((Asic100aConfigV1)arg1) → int¶

programmableReadoutDelay((Asic100aConfigV1)arg1) → int¶

pulserCounterDirection((Asic100aConfigV1)arg1) → int¶

pulserReset((Asic100aConfigV1)arg1) → int¶

pulserSync((Asic100aConfigV1)arg1) → int¶

pulserVsPixelOnDelay((Asic100aConfigV1)arg1) → int¶

syncPinEnable((Asic100aConfigV1)arg1) → int¶

testBackEnd((Asic100aConfigV1)arg1) → int¶

testMode((Asic100aConfigV1)arg1) → int¶

testModeWithDarkFrame((Asic100aConfigV1)arg1) → int¶

testPointSystemInputCommonMode((Asic100aConfigV1)arg1) → int¶

testPointSystemOutputDynamicRange((Asic100aConfigV1)arg1) → int¶

testPointSystemTemperatureCompensationEnable((Asic100aConfigV1)arg1) → int¶

testPointSystemTemperatureCompensationGain((Asic100aConfigV1)arg1) → int¶

testPointSytemInputSelect((Asic100aConfigV1)arg1) → int¶

testPulserCurrent((Asic100aConfigV1)arg1) → int¶

testPulserLevel((Asic100aConfigV1)arg1) → int¶

Class psana.Epix.Asic10kConfigV1 ¶

class psana.Epix.Asic10kConfigV1¶

Raises an exception This class cannot be instantiated from Python

ColStartAddr((Asic10kConfigV1)arg1) → int¶

ColStopAddr((Asic10kConfigV1)arg1) → int¶

CompEnOn((Asic10kConfigV1)arg1) → int¶

CompEn_0((Asic10kConfigV1)arg1) → int¶

CompEn_1((Asic10kConfigV1)arg1) → int¶

CompEn_2((Asic10kConfigV1)arg1) → int¶

CompTH_DAC((Asic10kConfigV1)arg1) → int¶

DelCckReg((Asic10kConfigV1)arg1) → int¶

DelExec((Asic10kConfigV1)arg1) → int¶

Dm1En((Asic10kConfigV1)arg1) → int¶

Dm2En((Asic10kConfigV1)arg1) → int¶

FELmode((Asic10kConfigV1)arg1) → int¶

FastppEnable((Asic10kConfigV1)arg1) → int¶

FilterDac((Asic10kConfigV1)arg1) → int¶

IsEn((Asic10kConfigV1)arg1) → int¶

Monost((Asic10kConfigV1)arg1) → int¶

Ocb((Asic10kConfigV1)arg1) → int¶

PixelCb((Asic10kConfigV1)arg1) → int¶

PpOcbS2d((Asic10kConfigV1)arg1) → int¶

Preamp((Asic10kConfigV1)arg1) → int¶

PulserSync((Asic10kConfigV1)arg1) → int¶

RO_rst_en((Asic10kConfigV1)arg1) → int¶

RoMonost((Asic10kConfigV1)arg1) → int¶

RowStartAddr((Asic10kConfigV1)arg1) → int¶

RowStopAddr((Asic10kConfigV1)arg1) → int¶

S2d((Asic10kConfigV1)arg1) → int¶

S2dDac((Asic10kConfigV1)arg1) → int¶

S2dDacBias((Asic10kConfigV1)arg1) → int¶

S2dGr((Asic10kConfigV1)arg1) → int¶

S2dTComp((Asic10kConfigV1)arg1) → int¶

S2dTcDac((Asic10kConfigV1)arg1) → int¶

TC((Asic10kConfigV1)arg1) → int¶

TestBe((Asic10kConfigV1)arg1) → int¶

TpsDac((Asic10kConfigV1)arg1) → int¶

TpsGr((Asic10kConfigV1)arg1) → int¶

TpsMux((Asic10kConfigV1)arg1) → int¶

TpsTComp((Asic10kConfigV1)arg1) → int¶

TpsTcDac((Asic10kConfigV1)arg1) → int¶

VRefDac((Asic10kConfigV1)arg1) → int¶

Vld1_b((Asic10kConfigV1)arg1) → int¶

atest((Asic10kConfigV1)arg1) → int¶

chipID((Asic10kConfigV1)arg1) → int¶

digMon1((Asic10kConfigV1)arg1) → int¶

digMon2((Asic10kConfigV1)arg1) → int¶

dummyG((Asic10kConfigV1)arg1) → int¶

dummyGA((Asic10kConfigV1)arg1) → int¶

dummyMask((Asic10kConfigV1)arg1) → int¶

dummyTest((Asic10kConfigV1)arg1) → int¶

dummyUpper12bits((Asic10kConfigV1)arg1) → int¶

emph_bc((Asic10kConfigV1)arg1) → int¶

emph_bd((Asic10kConfigV1)arg1) → int¶

hrTest((Asic10kConfigV1)arg1) → int¶

monostPulser((Asic10kConfigV1)arg1) → int¶

pbit((Asic10kConfigV1)arg1) → int¶

pulser((Asic10kConfigV1)arg1) → int¶

pulserDac((Asic10kConfigV1)arg1) → int¶

pulserR((Asic10kConfigV1)arg1) → int¶

sabTest((Asic10kConfigV1)arg1) → int¶

slvdSBit((Asic10kConfigV1)arg1) → int¶

test((Asic10kConfigV1)arg1) → int¶

testVDTransmitter((Asic10kConfigV1)arg1) → int¶

vrefLow((Asic10kConfigV1)arg1) → int¶

Class psana.Epix.AsicConfigV1 ¶

class psana.Epix.AsicConfigV1¶

Raises an exception This class cannot be instantiated from Python

ColStartAddr((AsicConfigV1)arg1) → int¶

ColStopAddr((AsicConfigV1)arg1) → int¶

DelCckReg((AsicConfigV1)arg1) → int¶

DelExec((AsicConfigV1)arg1) → int¶

Dm1En((AsicConfigV1)arg1) → int¶

Dm2En((AsicConfigV1)arg1) → int¶

FastppEnable((AsicConfigV1)arg1) → int¶

FilterDac((AsicConfigV1)arg1) → int¶

IsEn((AsicConfigV1)arg1) → int¶

Monost((AsicConfigV1)arg1) → int¶

Ocb((AsicConfigV1)arg1) → int¶

PixelCb((AsicConfigV1)arg1) → int¶

PpOcbS2d((AsicConfigV1)arg1) → int¶

Preamp((AsicConfigV1)arg1) → int¶

RoMonost((AsicConfigV1)arg1) → int¶

RowStartAddr((AsicConfigV1)arg1) → int¶

RowStopAddr((AsicConfigV1)arg1) → int¶

S2d((AsicConfigV1)arg1) → int¶

S2dDac((AsicConfigV1)arg1) → int¶

S2dDacBias((AsicConfigV1)arg1) → int¶

S2dGr((AsicConfigV1)arg1) → int¶

S2dTComp((AsicConfigV1)arg1) → int¶

S2dTcDac((AsicConfigV1)arg1) → int¶

TC((AsicConfigV1)arg1) → int¶

TestBe((AsicConfigV1)arg1) → int¶

TpsDac((AsicConfigV1)arg1) → int¶

TpsGr((AsicConfigV1)arg1) → int¶

TpsMux((AsicConfigV1)arg1) → int¶

TpsTComp((AsicConfigV1)arg1) → int¶

TpsTcDac((AsicConfigV1)arg1) → int¶

VRefDac((AsicConfigV1)arg1) → int¶

atest((AsicConfigV1)arg1) → int¶

chipID((AsicConfigV1)arg1) → int¶

digMon1((AsicConfigV1)arg1) → int¶

digMon2((AsicConfigV1)arg1) → int¶

dummyMask((AsicConfigV1)arg1) → int¶

dummyTest((AsicConfigV1)arg1) → int¶

hrTest((AsicConfigV1)arg1) → int¶

monostPulser((AsicConfigV1)arg1) → int¶

pbit((AsicConfigV1)arg1) → int¶

pulser((AsicConfigV1)arg1) → int¶

pulserDac((AsicConfigV1)arg1) → int¶

sabTest((AsicConfigV1)arg1) → int¶

slvdSBit((AsicConfigV1)arg1) → int¶

test((AsicConfigV1)arg1) → int¶

Class psana.Epix.Config100aV1 ¶

class psana.Epix.Config100aV1¶

Raises an exception This class cannot be instantiated from Python

R0Mode((Config100aV1)arg1) → int¶

SyncDelay((Config100aV1)arg1) → int¶

SyncMode((Config100aV1)arg1) → int¶

SyncWidth((Config100aV1)arg1) → int¶

acqToAsicR0Delay((Config100aV1)arg1) → int¶

adcClkHalfT((Config100aV1)arg1) → int¶

adcPipelineDelay((Config100aV1)arg1) → int¶

adcReadsPerPixel((Config100aV1)arg1) → int¶

adcStreamMode((Config100aV1)arg1) → int¶

analogCardId0((Config100aV1)arg1) → int¶

analogCardId1((Config100aV1)arg1) → int¶

asicAcq((Config100aV1)arg1) → int¶

asicAcqControl((Config100aV1)arg1) → int¶

asicAcqLToPPmatL((Config100aV1)arg1) → int¶

asicAcqWidth((Config100aV1)arg1) → int¶

asicGR((Config100aV1)arg1) → int¶

asicGRControl((Config100aV1)arg1) → int¶

asicMask((Config100aV1)arg1) → int¶

asicPPmatToReadout((Config100aV1)arg1) → int¶

asicPixelConfigArray((Config100aV1)arg1) → numpy.ndarray¶

asicPpbe((Config100aV1)arg1) → int¶

asicPpbeControl((Config100aV1)arg1) → int¶

asicPpmat((Config100aV1)arg1) → int¶

asicPpmatControl((Config100aV1)arg1) → int¶

asicR0((Config100aV1)arg1) → int¶

asicR0ClkControl((Config100aV1)arg1) → int¶

asicR0Control((Config100aV1)arg1) → int¶

asicR0ToAsicAcq((Config100aV1)arg1) → int¶

asicR0Width((Config100aV1)arg1) → int¶

asicRoClk((Config100aV1)arg1) → int¶

asicRoClkHalfT((Config100aV1)arg1) → int¶

asics((Config100aV1)arg1, (int)arg2) → Asic100aConfigV1¶

asics_shape((Config100aV1)arg1) → object¶

baseClockFrequency((Config100aV1)arg1) → int¶

calibPixelConfigArray((Config100aV1)arg1) → numpy.ndarray :¶: Calibration row config map is one row for every two calib rows

calibrationRowCountPerASIC((Config100aV1)arg1) → int :¶: for epix100a 96*4 = 384

dacSetting((Config100aV1)arg1) → int¶

daqTrigDelay((Config100aV1)arg1) → int¶

digitalCardId0((Config100aV1)arg1) → int¶

digitalCardId1((Config100aV1)arg1) → int¶

environmentalRowCountPerASIC((Config100aV1)arg1) → int¶

numberOfAsics((Config100aV1)arg1) → int :¶: Number of columns in a readout unit

numberOfAsicsPerColumn((Config100aV1)arg1) → int¶

numberOfAsicsPerRow((Config100aV1)arg1) → int¶

numberOfCalibrationRows((Config100aV1)arg1) → int :¶: Number of calibration rows in a readout unit

numberOfColumns((Config100aV1)arg1) → int :¶: Number of pixel columns in a readout unit

numberOfEnvironmentalRows((Config100aV1)arg1) → int :¶: Number of rows in a readout unit

numberOfPixelsPerAsicRow((Config100aV1)arg1) → int :¶: for epix100a 352

numberOfReadableRows((Config100aV1)arg1) → int :¶: Number of readable pixel rows in a readout unit

numberOfReadableRowsPerAsic((Config100aV1)arg1) → int¶

numberOfRows((Config100aV1)arg1) → int :¶: Number of pixel rows in a readout unit

numberOfRowsPerAsic((Config100aV1)arg1) → int¶

prepulseR0Delay((Config100aV1)arg1) → int¶

prepulseR0En((Config100aV1)arg1) → int¶

prepulseR0Width((Config100aV1)arg1) → int¶

runTrigDelay((Config100aV1)arg1) → int¶

scopeADCThreshold((Config100aV1)arg1) → int¶

scopeADCsameplesToSkip((Config100aV1)arg1) → int¶

scopeArmMode((Config100aV1)arg1) → int¶

scopeChanAwaveformSelect((Config100aV1)arg1) → int¶

scopeChanBwaveformSelect((Config100aV1)arg1) → int¶

scopeEnable((Config100aV1)arg1) → int¶

scopeTraceLength((Config100aV1)arg1) → int¶

scopeTrigChan((Config100aV1)arg1) → int¶

scopeTrigEdge((Config100aV1)arg1) → int¶

scopeTrigHoldoff((Config100aV1)arg1) → int¶

scopeTrigOffset((Config100aV1)arg1) → int¶

testPatternEnable((Config100aV1)arg1) → int¶

version((Config100aV1)arg1) → int¶

TypeId = 84¶

Version = 1¶

Class psana.Epix.Config100aV2 ¶

class psana.Epix.Config100aV2¶

Raises an exception This class cannot be instantiated from Python

R0Mode((Config100aV2)arg1) → int¶

SyncDelay((Config100aV2)arg1) → int¶

SyncMode((Config100aV2)arg1) → int¶

SyncWidth((Config100aV2)arg1) → int¶

acqToAsicR0Delay((Config100aV2)arg1) → int¶

adcClkHalfT((Config100aV2)arg1) → int¶

adcPipelineDelay((Config100aV2)arg1) → int¶

adcPipelineDelay0((Config100aV2)arg1) → int¶

adcPipelineDelay1((Config100aV2)arg1) → int¶

adcPipelineDelay2((Config100aV2)arg1) → int¶

adcPipelineDelay3((Config100aV2)arg1) → int¶

adcReadsPerPixel((Config100aV2)arg1) → int¶

adcStreamMode((Config100aV2)arg1) → int¶

analogCardId0((Config100aV2)arg1) → int¶

analogCardId1((Config100aV2)arg1) → int¶

asicAcq((Config100aV2)arg1) → int¶

asicAcqControl((Config100aV2)arg1) → int¶

asicAcqLToPPmatL((Config100aV2)arg1) → int¶

asicAcqWidth((Config100aV2)arg1) → int¶

asicGR((Config100aV2)arg1) → int¶

asicGRControl((Config100aV2)arg1) → int¶

asicMask((Config100aV2)arg1) → int¶

asicPPmatToReadout((Config100aV2)arg1) → int¶

asicPixelConfigArray((Config100aV2)arg1) → numpy.ndarray¶

asicPpbe((Config100aV2)arg1) → int¶

asicPpbeControl((Config100aV2)arg1) → int¶

asicPpmat((Config100aV2)arg1) → int¶

asicPpmatControl((Config100aV2)arg1) → int¶

asicR0((Config100aV2)arg1) → int¶

asicR0ClkControl((Config100aV2)arg1) → int¶

asicR0Control((Config100aV2)arg1) → int¶

asicR0ToAsicAcq((Config100aV2)arg1) → int¶

asicR0Width((Config100aV2)arg1) → int¶

asicRoClk((Config100aV2)arg1) → int¶

asicRoClkHalfT((Config100aV2)arg1) → int¶

asics((Config100aV2)arg1, (int)arg2) → Asic100aConfigV1¶

asics_shape((Config100aV2)arg1) → object¶

baseClockFrequency((Config100aV2)arg1) → int¶

calibPixelConfigArray((Config100aV2)arg1) → numpy.ndarray :¶: Calibration row config map is one row for every two calib rows

calibrationRowCountPerASIC((Config100aV2)arg1) → int :¶: for epix100a 96*4 = 384

carrierId0((Config100aV2)arg1) → int¶

carrierId1((Config100aV2)arg1) → int¶

dacSetting((Config100aV2)arg1) → int¶

digitalCardId0((Config100aV2)arg1) → int¶

digitalCardId1((Config100aV2)arg1) → int¶

enableAutomaticRunTrigger((Config100aV2)arg1) → int¶

environmentalRowCountPerASIC((Config100aV2)arg1) → int¶

epixRunTrigDelay((Config100aV2)arg1) → int¶

evrDaqCode((Config100aV2)arg1) → int¶

evrRunCode((Config100aV2)arg1) → int¶

evrRunTrigDelay((Config100aV2)arg1) → int¶

numberOf125MhzTicksPerRunTrigger((Config100aV2)arg1) → int¶

numberOfAsics((Config100aV2)arg1) → int :¶: Number of columns in a readout unit

numberOfAsicsPerColumn((Config100aV2)arg1) → int¶

numberOfAsicsPerRow((Config100aV2)arg1) → int¶

numberOfCalibrationRows((Config100aV2)arg1) → int :¶: Number of calibration rows in a readout unit

numberOfColumns((Config100aV2)arg1) → int :¶: Number of pixel columns in a readout unit

numberOfEnvironmentalRows((Config100aV2)arg1) → int :¶: Number of rows in a readout unit

numberOfPixelsPerAsicRow((Config100aV2)arg1) → int :¶: for epix100a 352

numberOfReadableRows((Config100aV2)arg1) → int :¶: Number of readable pixel rows in a readout unit

numberOfReadableRowsPerAsic((Config100aV2)arg1) → int¶

numberOfRows((Config100aV2)arg1) → int :¶: Number of pixel rows in a readout unit

numberOfRowsPerAsic((Config100aV2)arg1) → int¶

prepulseR0Delay((Config100aV2)arg1) → int¶

prepulseR0En((Config100aV2)arg1) → int¶

prepulseR0Width((Config100aV2)arg1) → int¶

scopeADCThreshold((Config100aV2)arg1) → int¶

scopeADCsameplesToSkip((Config100aV2)arg1) → int¶

scopeArmMode((Config100aV2)arg1) → int¶

scopeChanAwaveformSelect((Config100aV2)arg1) → int¶

scopeChanBwaveformSelect((Config100aV2)arg1) → int¶

scopeEnable((Config100aV2)arg1) → int¶

scopeTraceLength((Config100aV2)arg1) → int¶

scopeTrigChan((Config100aV2)arg1) → int¶

scopeTrigEdge((Config100aV2)arg1) → int¶

scopeTrigHoldoff((Config100aV2)arg1) → int¶

scopeTrigOffset((Config100aV2)arg1) → int¶

testPatternEnable((Config100aV2)arg1) → int¶

usePgpEvr((Config100aV2)arg1) → int¶

version((Config100aV2)arg1) → int¶

TypeId = 84¶

Version = 2¶

Class psana.Epix.Config10KV1 ¶

class psana.Epix.Config10KV1¶

Raises an exception This class cannot be instantiated from Python

DoutPipelineDelay((Config10KV1)arg1) → int :¶: new

R0Mode((Config10KV1)arg1) → int :¶: new

SyncDelay((Config10KV1)arg1) → int :¶: new

SyncMode((Config10KV1)arg1) → int :¶: new

SyncWidth((Config10KV1)arg1) → int :¶: new

acqToAsicR0Delay((Config10KV1)arg1) → int¶

adcClkHalfT((Config10KV1)arg1) → int¶

adcPipelineDelay((Config10KV1)arg1) → int¶

adcReadsPerPixel((Config10KV1)arg1) → int¶

adcStreamMode((Config10KV1)arg1) → int¶

analogCardId0((Config10KV1)arg1) → int¶

analogCardId1((Config10KV1)arg1) → int¶

asicAcq((Config10KV1)arg1) → int¶

asicAcqControl((Config10KV1)arg1) → int¶

asicAcqLToPPmatL((Config10KV1)arg1) → int¶

asicAcqWidth((Config10KV1)arg1) → int¶

asicGR((Config10KV1)arg1) → int¶

asicGRControl((Config10KV1)arg1) → int¶

asicMask((Config10KV1)arg1) → int¶

asicPixelConfigArray((Config10KV1)arg1) → numpy.ndarray¶

asicPpbe((Config10KV1)arg1) → int¶

asicPpbeControl((Config10KV1)arg1) → int¶

asicPpmat((Config10KV1)arg1) → int¶

asicPpmatControl((Config10KV1)arg1) → int¶

asicR0((Config10KV1)arg1) → int¶

asicR0ClkControl((Config10KV1)arg1) → int¶

asicR0Control((Config10KV1)arg1) → int¶

asicR0ToAsicAcq((Config10KV1)arg1) → int¶

asicR0Width((Config10KV1)arg1) → int¶

asicRoClk((Config10KV1)arg1) → int¶

asicRoClkHalfT((Config10KV1)arg1) → int¶

asics((Config10KV1)arg1, (int)arg2) → Asic10kConfigV1¶

asics_shape((Config10KV1)arg1) → object¶

baseClockFrequency((Config10KV1)arg1) → int :¶: for epix10k 48*4

dacSetting((Config10KV1)arg1) → int¶

daqTrigDelay((Config10KV1)arg1) → int¶

digitalCardId0((Config10KV1)arg1) → int¶

digitalCardId1((Config10KV1)arg1) → int¶

lastRowExclusions((Config10KV1)arg1) → int¶

numberOfAsics((Config10KV1)arg1) → int :¶: Number of columns in a readout unit

numberOfAsicsPerColumn((Config10KV1)arg1) → int¶

numberOfAsicsPerRow((Config10KV1)arg1) → int¶

numberOfColumns((Config10KV1)arg1) → int :¶: Number of columns in a readout unit

numberOfPixelsPerAsicRow((Config10KV1)arg1) → int :¶: for epix10k 176

numberOfRows((Config10KV1)arg1) → int :¶: Number of rows in a readout unit

numberOfRowsPerAsic((Config10KV1)arg1) → int¶

prepulseR0Delay((Config10KV1)arg1) → int¶

prepulseR0En((Config10KV1)arg1) → int¶

prepulseR0Width((Config10KV1)arg1) → int¶

runTrigDelay((Config10KV1)arg1) → int¶

scopeADCThreshold((Config10KV1)arg1) → int¶

scopeADCsameplesToSkip((Config10KV1)arg1) → int¶

scopeArmMode((Config10KV1)arg1) → int¶

scopeChanAwaveformSelect((Config10KV1)arg1) → int¶

scopeChanBwaveformSelect((Config10KV1)arg1) → int¶

scopeEnable((Config10KV1)arg1) → int¶

scopeTraceLength((Config10KV1)arg1) → int¶

scopeTrigChan((Config10KV1)arg1) → int¶

scopeTrigEdge((Config10KV1)arg1) → int¶

scopeTrigHoldoff((Config10KV1)arg1) → int¶

scopeTrigOffset((Config10KV1)arg1) → int¶

testPatternEnable((Config10KV1)arg1) → int¶

version((Config10KV1)arg1) → int¶

TypeId = 83¶

Version = 1¶

Class psana.Epix.ConfigV1 ¶

class psana.Epix.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

acqToAsicR0Delay((ConfigV1)arg1) → int¶

adcClkHalfT((ConfigV1)arg1) → int¶

adcPipelineDelay((ConfigV1)arg1) → int¶

adcReadsPerPixel((ConfigV1)arg1) → int¶

adcStreamMode((ConfigV1)arg1) → int¶

analogCardId0((ConfigV1)arg1) → int¶

analogCardId1((ConfigV1)arg1) → int¶

asicAcq((ConfigV1)arg1) → int¶

asicAcqControl((ConfigV1)arg1) → int¶

asicAcqLToPPmatL((ConfigV1)arg1) → int¶

asicAcqWidth((ConfigV1)arg1) → int¶

asicGR((ConfigV1)arg1) → int¶

asicGRControl((ConfigV1)arg1) → int¶

asicMask((ConfigV1)arg1) → int¶

asicPixelMaskArray((ConfigV1)arg1) → numpy.ndarray¶

asicPixelTestArray((ConfigV1)arg1) → numpy.ndarray¶

asicPpbe((ConfigV1)arg1) → int¶

asicPpbeControl((ConfigV1)arg1) → int¶

asicPpmat((ConfigV1)arg1) → int¶

asicPpmatControl((ConfigV1)arg1) → int¶

asicR0((ConfigV1)arg1) → int¶

asicR0ClkControl((ConfigV1)arg1) → int¶

asicR0Control((ConfigV1)arg1) → int¶

asicR0ToAsicAcq((ConfigV1)arg1) → int¶

asicR0Width((ConfigV1)arg1) → int¶

asicRoClk((ConfigV1)arg1) → int¶

asicRoClkHalfT((ConfigV1)arg1) → int¶

asics((ConfigV1)arg1, (int)arg2) → AsicConfigV1¶

asics_shape((ConfigV1)arg1) → object¶

baseClockFrequency((ConfigV1)arg1) → int :¶: for epix100 96*4

dacSetting((ConfigV1)arg1) → int¶

daqTrigDelay((ConfigV1)arg1) → int¶

digitalCardId0((ConfigV1)arg1) → int¶

digitalCardId1((ConfigV1)arg1) → int¶

lastRowExclusions((ConfigV1)arg1) → int¶

numberOfAsics((ConfigV1)arg1) → int :¶: Number of columns in a readout unit

numberOfAsicsPerColumn((ConfigV1)arg1) → int¶

numberOfAsicsPerRow((ConfigV1)arg1) → int¶

numberOfColumns((ConfigV1)arg1) → int :¶: Number of columns in a readout unit

numberOfPixelsPerAsicRow((ConfigV1)arg1) → int :¶: for epix100 352

numberOfRows((ConfigV1)arg1) → int :¶: Number of rows in a readout unit

numberOfRowsPerAsic((ConfigV1)arg1) → int :¶: generally 2 x 2

prepulseR0Delay((ConfigV1)arg1) → int¶

prepulseR0En((ConfigV1)arg1) → int¶

prepulseR0Width((ConfigV1)arg1) → int¶

runTrigDelay((ConfigV1)arg1) → int¶

testPatternEnable((ConfigV1)arg1) → int¶

version((ConfigV1)arg1) → int¶

TypeId = 74¶

Version = 1¶

Class psana.Epix.ElementV1 ¶

class psana.Epix.ElementV1¶

Raises an exception This class cannot be instantiated from Python

acqCount((ElementV1)arg1) → int¶

excludedRows((ElementV1)arg1) → numpy.ndarray¶

fiducials((ElementV1)arg1) → int¶

frame((ElementV1)arg1) → numpy.ndarray¶

frameNumber((ElementV1)arg1) → int¶

lane((ElementV1)arg1) → int¶

lastWord((ElementV1)arg1) → int¶

temperatures((ElementV1)arg1) → numpy.ndarray¶

ticks((ElementV1)arg1) → int¶

vc((ElementV1)arg1) → int¶

TypeId = 75¶

Version = 1¶

Class psana.Epix.ElementV2 ¶

class psana.Epix.ElementV2¶

Raises an exception This class cannot be instantiated from Python

acqCount((ElementV2)arg1) → int¶

calibrationRows((ElementV2)arg1) → numpy.ndarray¶

environmentalRows((ElementV2)arg1) → numpy.ndarray¶

fiducials((ElementV2)arg1) → int¶

frame((ElementV2)arg1) → numpy.ndarray¶

frameNumber((ElementV2)arg1) → int¶

lane((ElementV2)arg1) → int¶

lastWord((ElementV2)arg1) → int¶

temperatures((ElementV2)arg1) → numpy.ndarray¶

ticks((ElementV2)arg1) → int¶

vc((ElementV2)arg1) → int¶

TypeId = 75¶

Version = 2¶

Class psana.Epix.ElementV3 ¶

class psana.Epix.ElementV3¶

Raises an exception This class cannot be instantiated from Python

acqCount((ElementV3)arg1) → int¶

calibrationRows((ElementV3)arg1) → numpy.ndarray¶

environmentalRows((ElementV3)arg1) → numpy.ndarray¶

fiducials((ElementV3)arg1) → int¶

frame((ElementV3)arg1) → numpy.ndarray¶

frameNumber((ElementV3)arg1) → int¶

lane((ElementV3)arg1) → int¶

lastWord((ElementV3)arg1) → int¶

temperatures((ElementV3)arg1) → numpy.ndarray¶

ticks((ElementV3)arg1) → int¶

vc((ElementV3)arg1) → int¶

TypeId = 75¶

Version = 3¶

Module psana.EpixSampler ¶

The Python wrapper module for EpixSampler types

Class psana.EpixSampler.ConfigV1 ¶

class psana.EpixSampler.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

adcClkHalfT((ConfigV1)arg1) → int¶

adcPipelineDelay((ConfigV1)arg1) → int¶

analogCardId0((ConfigV1)arg1) → int¶

analogCardId1((ConfigV1)arg1) → int¶

baseClockFrequency((ConfigV1)arg1) → int¶

daqSetting((ConfigV1)arg1) → int¶

daqTrigDelay((ConfigV1)arg1) → int¶

digitalCardId0((ConfigV1)arg1) → int¶

digitalCardId1((ConfigV1)arg1) → int¶

numberOfChannels((ConfigV1)arg1) → int¶

runTrigDelay((ConfigV1)arg1) → int¶

sampleInterval_sec((ConfigV1)arg1) → float¶

samplesPerChannel((ConfigV1)arg1) → int¶

testPatternEnable((ConfigV1)arg1) → int¶

version((ConfigV1)arg1) → int¶

TypeId = 76¶

Version = 1¶

Class psana.EpixSampler.ElementV1 ¶

class psana.EpixSampler.ElementV1¶

Raises an exception This class cannot be instantiated from Python

acqCount((ElementV1)arg1) → int¶

fiducials((ElementV1)arg1) → int¶

frame((ElementV1)arg1) → numpy.ndarray¶

frameNumber((ElementV1)arg1) → int¶

lane((ElementV1)arg1) → int¶

lastWord((ElementV1)arg1) → int¶

temperatures((ElementV1)arg1) → numpy.ndarray¶

ticks((ElementV1)arg1) → int¶

vc((ElementV1)arg1) → int¶

TypeId = 77¶

Version = 1¶

Module psana.EvrData ¶

The Python wrapper module for EvrData types

Class psana.EvrData.ConfigV1 ¶

class psana.EvrData.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

noutputs((ConfigV1)arg1) → int¶

npulses((ConfigV1)arg1) → int¶

output_maps((ConfigV1)arg1) → list¶

pulses((ConfigV1)arg1) → list¶

TypeId = 8¶

Version = 1¶

Class psana.EvrData.ConfigV2 ¶

class psana.EvrData.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class BeamCode¶

Off = psana.EvrData.BeamCode.Off¶

On = psana.EvrData.BeamCode.On¶

names = {'On': psana.EvrData.BeamCode.On, 'Off': psana.EvrData.BeamCode.Off}¶

values = {0: psana.EvrData.BeamCode.Off, 1: psana.EvrData.BeamCode.On}¶

class ConfigV2.RateCode¶

NumberOfRates = psana.EvrData.RateCode.NumberOfRates¶

Single = psana.EvrData.RateCode.Single¶

names = {'r30Hz': psana.EvrData.RateCode.r30Hz, 'r0_5Hz': psana.EvrData.RateCode.r0_5Hz, 'NumberOfRates': psana.EvrData.RateCode.NumberOfRates, 'r120Hz': psana.EvrData.RateCode.r120Hz, 'r10Hz': psana.EvrData.RateCode.r10Hz, 'r60Hz': psana.EvrData.RateCode.r60Hz, 'Single': psana.EvrData.RateCode.Single, 'r1Hz': psana.EvrData.RateCode.r1Hz, 'r5Hz': psana.EvrData.RateCode.r5Hz}¶

r0_5Hz = psana.EvrData.RateCode.r0_5Hz¶

r10Hz = psana.EvrData.RateCode.r10Hz¶

r120Hz = psana.EvrData.RateCode.r120Hz¶

r1Hz = psana.EvrData.RateCode.r1Hz¶

r30Hz = psana.EvrData.RateCode.r30Hz¶

r5Hz = psana.EvrData.RateCode.r5Hz¶

r60Hz = psana.EvrData.RateCode.r60Hz¶

values = {0: psana.EvrData.RateCode.r120Hz, 1: psana.EvrData.RateCode.r60Hz, 2: psana.EvrData.RateCode.r30Hz, 3: psana.EvrData.RateCode.r10Hz, 4: psana.EvrData.RateCode.r5Hz, 5: psana.EvrData.RateCode.r1Hz, 6: psana.EvrData.RateCode.r0_5Hz, 7: psana.EvrData.RateCode.Single, 8: psana.EvrData.RateCode.NumberOfRates}¶

ConfigV2.beam((ConfigV2)arg1) → BeamCode¶

ConfigV2.noutputs((ConfigV2)arg1) → int¶

ConfigV2.npulses((ConfigV2)arg1) → int¶

ConfigV2.opcode((ConfigV2)arg1) → int¶

ConfigV2.output_maps((ConfigV2)arg1) → list¶

ConfigV2.pulses((ConfigV2)arg1) → list¶

ConfigV2.rate((ConfigV2)arg1) → RateCode¶

ConfigV2.TypeId = 8¶

ConfigV2.Version = 2¶

ConfigV2.baseRate = 40¶

ConfigV2.beamOn = 100¶

ConfigV2.singleShot = 150¶

Class psana.EvrData.ConfigV3 ¶

class psana.EvrData.ConfigV3¶

Raises an exception This class cannot be instantiated from Python

eventcodes((ConfigV3)arg1) → list¶

neventcodes((ConfigV3)arg1) → int¶

noutputs((ConfigV3)arg1) → int¶

npulses((ConfigV3)arg1) → int¶

output_maps((ConfigV3)arg1) → list¶

pulses((ConfigV3)arg1) → list¶

TypeId = 8¶

Version = 3¶

Class psana.EvrData.ConfigV4 ¶

class psana.EvrData.ConfigV4¶

Raises an exception This class cannot be instantiated from Python

eventcodes((ConfigV4)arg1) → list¶

neventcodes((ConfigV4)arg1) → int¶

noutputs((ConfigV4)arg1) → int¶

npulses((ConfigV4)arg1) → int¶

output_maps((ConfigV4)arg1) → list¶

pulses((ConfigV4)arg1) → list¶

TypeId = 8¶

Version = 4¶

Class psana.EvrData.ConfigV5 ¶

class psana.EvrData.ConfigV5¶

Raises an exception This class cannot be instantiated from Python

eventcodes((ConfigV5)arg1) → list¶

neventcodes((ConfigV5)arg1) → int¶

noutputs((ConfigV5)arg1) → int¶

npulses((ConfigV5)arg1) → int¶

output_maps((ConfigV5)arg1) → list¶

pulses((ConfigV5)arg1) → list¶

seq_config((ConfigV5)arg1) → SequencerConfigV1¶

EvrOutputs = 10¶

MaxPulses = 32¶

TypeId = 8¶

Version = 5¶

Class psana.EvrData.ConfigV6 ¶

class psana.EvrData.ConfigV6¶

Raises an exception This class cannot be instantiated from Python

eventcodes((ConfigV6)arg1) → list¶

neventcodes((ConfigV6)arg1) → int¶

noutputs((ConfigV6)arg1) → int¶

npulses((ConfigV6)arg1) → int¶

output_maps((ConfigV6)arg1) → list¶

pulses((ConfigV6)arg1) → list¶

seq_config((ConfigV6)arg1) → SequencerConfigV1¶

MaxOutputs = 256¶

MaxPulses = 256¶

TypeId = 8¶

Version = 6¶

Class psana.EvrData.ConfigV7 ¶

class psana.EvrData.ConfigV7¶

Raises an exception This class cannot be instantiated from Python

eventcodes((ConfigV7)arg1) → list¶

neventcodes((ConfigV7)arg1) → int¶

noutputs((ConfigV7)arg1) → int¶

npulses((ConfigV7)arg1) → int¶

output_maps((ConfigV7)arg1) → list¶

pulses((ConfigV7)arg1) → list¶

seq_config((ConfigV7)arg1) → SequencerConfigV1¶

MaxOutputs = 256¶

MaxPulses = 256¶

TypeId = 8¶

Version = 7¶

Class psana.EvrData.DataV3 ¶

class psana.EvrData.DataV3¶

Raises an exception This class cannot be instantiated from Python

fifoEvents((DataV3)arg1) → list :¶: FIFOEvent list

numFifoEvents((DataV3)arg1) → int :¶: length of FIFOEvent list

TypeId = 19¶

Version = 3¶

Class psana.EvrData.DataV4 ¶

class psana.EvrData.DataV4¶

Raises an exception This class cannot be instantiated from Python

fifoEvents((DataV4)arg1) → list :¶: FIFOEvent list

numFifoEvents((DataV4)arg1) → int :¶: length of FIFOEvent list

present((DataV4)arg1, (int)arg2) → int :¶: Returns 1 if the opcode is present in the EVR FIFO, otherwise 0.

TypeId = 19¶

Version = 4¶

Class psana.EvrData.EventCodeV3 ¶

class psana.EvrData.EventCodeV3¶

Raises an exception This class cannot be instantiated from Python

code((EventCodeV3)arg1) → int¶

isReadout((EventCodeV3)arg1) → int¶

isTerminator((EventCodeV3)arg1) → int¶

maskClear((EventCodeV3)arg1) → int¶

maskSet((EventCodeV3)arg1) → int¶

maskTrigger((EventCodeV3)arg1) → int¶

Class psana.EvrData.EventCodeV4 ¶

class psana.EvrData.EventCodeV4¶

Raises an exception This class cannot be instantiated from Python

code((EventCodeV4)arg1) → int¶

isReadout((EventCodeV4)arg1) → int¶

isTerminator((EventCodeV4)arg1) → int¶

maskClear((EventCodeV4)arg1) → int¶

maskSet((EventCodeV4)arg1) → int¶

maskTrigger((EventCodeV4)arg1) → int¶

reportDelay((EventCodeV4)arg1) → int¶

reportWidth((EventCodeV4)arg1) → int¶

Class psana.EvrData.EventCodeV5 ¶

class psana.EvrData.EventCodeV5¶

Raises an exception This class cannot be instantiated from Python

code((EventCodeV5)arg1) → int¶

desc((EventCodeV5)arg1) → str¶

desc_shape((EventCodeV5)arg1) → object¶

isCommand((EventCodeV5)arg1) → int¶

isLatch((EventCodeV5)arg1) → int¶

isReadout((EventCodeV5)arg1) → int¶

maskClear((EventCodeV5)arg1) → int¶

maskSet((EventCodeV5)arg1) → int¶

maskTrigger((EventCodeV5)arg1) → int¶

releaseCode((EventCodeV5)arg1) → int¶

reportDelay((EventCodeV5)arg1) → int¶

reportWidth((EventCodeV5)arg1) → int¶

DescSize = 16¶

Class psana.EvrData.EventCodeV6 ¶

class psana.EvrData.EventCodeV6¶

Raises an exception This class cannot be instantiated from Python

code((EventCodeV6)arg1) → int¶

desc((EventCodeV6)arg1) → str¶

desc_shape((EventCodeV6)arg1) → object¶

isCommand((EventCodeV6)arg1) → int¶

isLatch((EventCodeV6)arg1) → int¶

isReadout((EventCodeV6)arg1) → int¶

maskClear((EventCodeV6)arg1) → int¶

maskSet((EventCodeV6)arg1) → int¶

maskTrigger((EventCodeV6)arg1) → int¶

readoutGroup((EventCodeV6)arg1) → int¶

releaseCode((EventCodeV6)arg1) → int¶

reportDelay((EventCodeV6)arg1) → int¶

reportWidth((EventCodeV6)arg1) → int¶

DescSize = 16¶

MaxReadoutGroup = 7¶

Class psana.EvrData.FIFOEvent ¶

class psana.EvrData.FIFOEvent¶

Raises an exception This class cannot be instantiated from Python

eventCode((FIFOEvent)arg1) → int :¶: event code (range 0-255)

timestampHigh((FIFOEvent)arg1) → int :¶: 119 MHz timestamp (fiducial)

timestampLow((FIFOEvent)arg1) → int :¶: 360 Hz timestamp

Class psana.EvrData.IOChannel ¶

class psana.EvrData.IOChannel¶

Raises an exception This class cannot be instantiated from Python

infos((IOChannel)arg1) → list¶

name((IOChannel)arg1) → str¶

name_shape((IOChannel)arg1) → object¶

ninfo((IOChannel)arg1) → int¶

MaxInfos = 8¶

NameLength = 12¶

Class psana.EvrData.IOChannelV2 ¶

class psana.EvrData.IOChannelV2¶

Raises an exception This class cannot be instantiated from Python

infos((IOChannelV2)arg1) → list :¶: List of Detectors connected

name((IOChannelV2)arg1) → str :¶: Name of channel

name_shape((IOChannelV2)arg1) → object¶

ninfo((IOChannelV2)arg1) → int :¶: Number of Detectors connected

output((IOChannelV2)arg1) → OutputMapV2 :¶: Output connector

MaxInfos = 16¶

NameLength = 64¶

Class psana.EvrData.IOConfigV1 ¶

class psana.EvrData.IOConfigV1¶

Raises an exception This class cannot be instantiated from Python

channels((IOConfigV1)arg1) → list¶

conn((IOConfigV1)arg1) → Conn¶

nchannels((IOConfigV1)arg1) → int¶

TypeId = 26¶

Version = 1¶

Class psana.EvrData.IOConfigV2 ¶

class psana.EvrData.IOConfigV2¶

Raises an exception This class cannot be instantiated from Python

channels((IOConfigV2)arg1) → list :¶: List of Configured output channels

nchannels((IOConfigV2)arg1) → int :¶: Number of Configured output channels

TypeId = 26¶

Version = 2¶

Class psana.EvrData.OutputMap ¶

class psana.EvrData.OutputMap¶

Raises an exception This class cannot be instantiated from Python

class Conn¶

FrontPanel = psana.EvrData.Conn.FrontPanel¶

UnivIO = psana.EvrData.Conn.UnivIO¶

names = {'UnivIO': psana.EvrData.Conn.UnivIO, 'FrontPanel': psana.EvrData.Conn.FrontPanel}¶

values = {0: psana.EvrData.Conn.FrontPanel, 1: psana.EvrData.Conn.UnivIO}¶

class OutputMap.Source¶

DBus = psana.EvrData.Source.DBus¶

Force_High = psana.EvrData.Source.Force_High¶

Force_Low = psana.EvrData.Source.Force_Low¶

Prescaler = psana.EvrData.Source.Prescaler¶

Pulse = psana.EvrData.Source.Pulse¶

names = {'Force_Low': psana.EvrData.Source.Force_Low, 'DBus': psana.EvrData.Source.DBus, 'Force_High': psana.EvrData.Source.Force_High, 'Prescaler': psana.EvrData.Source.Prescaler, 'Pulse': psana.EvrData.Source.Pulse}¶

values = {0: psana.EvrData.Source.Pulse, 1: psana.EvrData.Source.DBus, 2: psana.EvrData.Source.Prescaler, 3: psana.EvrData.Source.Force_High, 4: psana.EvrData.Source.Force_Low}¶

OutputMap.conn((OutputMap)arg1) → Conn¶

OutputMap.conn_id((OutputMap)arg1) → int¶

OutputMap.map((OutputMap)arg1) → int :¶: Returns encoded source value.

OutputMap.source((OutputMap)arg1) → Source¶

OutputMap.source_id((OutputMap)arg1) → int¶

OutputMap.value((OutputMap)arg1) → int¶

Class psana.EvrData.OutputMapV2 ¶

class psana.EvrData.OutputMapV2¶

Raises an exception This class cannot be instantiated from Python

class Conn¶

FrontPanel = psana.EvrData.Conn.FrontPanel¶

UnivIO = psana.EvrData.Conn.UnivIO¶

names = {'UnivIO': psana.EvrData.Conn.UnivIO, 'FrontPanel': psana.EvrData.Conn.FrontPanel}¶

values = {0: psana.EvrData.Conn.FrontPanel, 1: psana.EvrData.Conn.UnivIO}¶

class OutputMapV2.Source¶

DBus = psana.EvrData.Source.DBus¶

Force_High = psana.EvrData.Source.Force_High¶

Force_Low = psana.EvrData.Source.Force_Low¶

Prescaler = psana.EvrData.Source.Prescaler¶

Pulse = psana.EvrData.Source.Pulse¶

names = {'Force_Low': psana.EvrData.Source.Force_Low, 'DBus': psana.EvrData.Source.DBus, 'Force_High': psana.EvrData.Source.Force_High, 'Prescaler': psana.EvrData.Source.Prescaler, 'Pulse': psana.EvrData.Source.Pulse}¶

values = {0: psana.EvrData.Source.Pulse, 1: psana.EvrData.Source.DBus, 2: psana.EvrData.Source.Prescaler, 3: psana.EvrData.Source.Force_High, 4: psana.EvrData.Source.Force_Low}¶

OutputMapV2.conn((OutputMapV2)arg1) → Conn¶

OutputMapV2.conn_id((OutputMapV2)arg1) → int¶

OutputMapV2.map((OutputMapV2)arg1) → int :¶: Returns encoded source value.

OutputMapV2.module((OutputMapV2)arg1) → int¶

OutputMapV2.source((OutputMapV2)arg1) → Source¶

OutputMapV2.source_id((OutputMapV2)arg1) → int¶

OutputMapV2.value((OutputMapV2)arg1) → int¶

Class psana.EvrData.PulseConfig ¶

class psana.EvrData.PulseConfig¶

Raises an exception This class cannot be instantiated from Python

_input_control_value((PulseConfig)arg1) → int :¶: Pulse input control

_output_control_value((PulseConfig)arg1) → int :¶: Pulse output control

clear((PulseConfig)arg1) → int¶

delay((PulseConfig)arg1) → int :¶: delay in 119MHz clks

map_reset_enable((PulseConfig)arg1) → int¶

map_set_enable((PulseConfig)arg1) → int¶

map_trigger_enable((PulseConfig)arg1) → int¶

polarity((PulseConfig)arg1) → int¶

prescale((PulseConfig)arg1) → int :¶: pulse event prescale

pulse((PulseConfig)arg1) → int :¶: internal pulse generation channel

set((PulseConfig)arg1) → int¶

trigger((PulseConfig)arg1) → int¶

width((PulseConfig)arg1) → int :¶: width in 119MHz clks

Clear_Shift = 16¶

Map_Reset_Ena_Shift = 2¶

Map_Set_Ena_Shift = 1¶

Map_Trigger_Ena_Shift = 3¶

Polarity_Shift = 0¶

Set_Shift = 8¶

Trigger_Shift = 0¶

Class psana.EvrData.PulseConfigV3 ¶

class psana.EvrData.PulseConfigV3¶

Raises an exception This class cannot be instantiated from Python

delay((PulseConfigV3)arg1) → int :¶: Delay in 119MHz clks

polarity((PulseConfigV3)arg1) → int :¶: 0 -> positive polarity , 1 -> negative polarity

prescale((PulseConfigV3)arg1) → int :¶: Clock divider

pulseId((PulseConfigV3)arg1) → int¶

width((PulseConfigV3)arg1) → int :¶: Width in 119MHz clks

Class psana.EvrData.SequencerConfigV1 ¶

class psana.EvrData.SequencerConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Source¶

Disable = psana.EvrData.Source.Disable¶

names = {'r30Hz': psana.EvrData.Source.r30Hz, 'r0_5Hz': psana.EvrData.Source.r0_5Hz, 'r120Hz': psana.EvrData.Source.r120Hz, 'r10Hz': psana.EvrData.Source.r10Hz, 'r60Hz': psana.EvrData.Source.r60Hz, 'Disable': psana.EvrData.Source.Disable, 'r1Hz': psana.EvrData.Source.r1Hz, 'r5Hz': psana.EvrData.Source.r5Hz}¶

r0_5Hz = psana.EvrData.Source.r0_5Hz¶

r10Hz = psana.EvrData.Source.r10Hz¶

r120Hz = psana.EvrData.Source.r120Hz¶

r1Hz = psana.EvrData.Source.r1Hz¶

r30Hz = psana.EvrData.Source.r30Hz¶

r5Hz = psana.EvrData.Source.r5Hz¶

r60Hz = psana.EvrData.Source.r60Hz¶

values = {0: psana.EvrData.Source.r120Hz, 1: psana.EvrData.Source.r60Hz, 2: psana.EvrData.Source.r30Hz, 3: psana.EvrData.Source.r10Hz, 4: psana.EvrData.Source.r5Hz, 5: psana.EvrData.Source.r1Hz, 6: psana.EvrData.Source.r0_5Hz, 7: psana.EvrData.Source.Disable}¶

SequencerConfigV1.beam_source((SequencerConfigV1)arg1) → Source¶

SequencerConfigV1.cycles((SequencerConfigV1)arg1) → int¶

SequencerConfigV1.entries((SequencerConfigV1)arg1) → list¶

SequencerConfigV1.length((SequencerConfigV1)arg1) → int¶

SequencerConfigV1.sync_source((SequencerConfigV1)arg1) → Source¶

Class psana.EvrData.SequencerEntry ¶

class psana.EvrData.SequencerEntry¶

Raises an exception This class cannot be instantiated from Python

delay((SequencerEntry)arg1) → int¶

eventcode((SequencerEntry)arg1) → int¶

Class psana.EvrData.SrcConfigV1 ¶

class psana.EvrData.SrcConfigV1¶

Describes configuration of self-contained event generator.

Raises an exception This class cannot be instantiated from Python

eventcodes((SrcConfigV1)arg1) → list¶

neventcodes((SrcConfigV1)arg1) → int¶

noutputs((SrcConfigV1)arg1) → int¶

npulses((SrcConfigV1)arg1) → int¶

output_maps((SrcConfigV1)arg1) → list¶

pulses((SrcConfigV1)arg1) → list¶

MaxOutputs = 12¶

MaxPulses = 12¶

TypeId = 78¶

Version = 1¶

Class psana.EvrData.SrcEventCode ¶

class psana.EvrData.SrcEventCode¶

Describes configuration of self-contained event generator.

Raises an exception This class cannot be instantiated from Python

code((SrcEventCode)arg1) → int :¶: Assigned eventcode.

desc((SrcEventCode)arg1) → str :¶: Optional description.

desc_shape((SrcEventCode)arg1) → object¶

maskTriggerP((SrcEventCode)arg1) → int :¶: Bit mask of persistent pulse triggers.

maskTriggerR((SrcEventCode)arg1) → int :¶: Bit mask of running pulse triggers.

period((SrcEventCode)arg1) → int :¶: Repetition period in 119 MHz counts or 0 for external source.

readoutGroup((SrcEventCode)arg1) → int :¶: Assigned readout group.

DescSize = 16¶

MaxReadoutGroup = 7¶

Module psana.FCCD ¶

The Python wrapper module for FCCD types

Class psana.FCCD.FccdConfigV1 ¶

class psana.FCCD.FccdConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Depth¶

Sixteen_bit = psana.FCCD.Depth.Sixteen_bit¶

names = {'Sixteen_bit': psana.FCCD.Depth.Sixteen_bit}¶

values = {16: psana.FCCD.Depth.Sixteen_bit}¶

class FccdConfigV1.Output_Source¶

Output_FIFO = psana.FCCD.Output_Source.Output_FIFO¶

Output_Pattern4 = psana.FCCD.Output_Source.Output_Pattern4¶

names = {'Output_FIFO': psana.FCCD.Output_Source.Output_FIFO, 'Output_Pattern4': psana.FCCD.Output_Source.Output_Pattern4}¶

values = {0: psana.FCCD.Output_Source.Output_FIFO, 4: psana.FCCD.Output_Source.Output_Pattern4}¶

FccdConfigV1.height((FccdConfigV1)arg1) → int¶

FccdConfigV1.outputMode((FccdConfigV1)arg1) → int¶

FccdConfigV1.trimmedHeight((FccdConfigV1)arg1) → int¶

FccdConfigV1.trimmedWidth((FccdConfigV1)arg1) → int¶

FccdConfigV1.width((FccdConfigV1)arg1) → int¶

FccdConfigV1.Column_Pixels = 576¶

FccdConfigV1.Row_Pixels = 500¶

FccdConfigV1.Trimmed_Column_Pixels = 480¶

FccdConfigV1.Trimmed_Row_Pixels = 480¶

FccdConfigV1.TypeId = 21¶

FccdConfigV1.Version = 1¶

Class psana.FCCD.FccdConfigV2 ¶

class psana.FCCD.FccdConfigV2¶

Raises an exception This class cannot be instantiated from Python

class Depth¶

Eight_bit = psana.FCCD.Depth.Eight_bit¶

Sixteen_bit = psana.FCCD.Depth.Sixteen_bit¶

names = {'Eight_bit': psana.FCCD.Depth.Eight_bit, 'Sixteen_bit': psana.FCCD.Depth.Sixteen_bit}¶

values = {8: psana.FCCD.Depth.Eight_bit, 16: psana.FCCD.Depth.Sixteen_bit}¶

class FccdConfigV2.Output_Source¶

Output_FIFO = psana.FCCD.Output_Source.Output_FIFO¶

Test_Pattern1 = psana.FCCD.Output_Source.Test_Pattern1¶

Test_Pattern2 = psana.FCCD.Output_Source.Test_Pattern2¶

Test_Pattern3 = psana.FCCD.Output_Source.Test_Pattern3¶

Test_Pattern4 = psana.FCCD.Output_Source.Test_Pattern4¶

names = {'Test_Pattern3': psana.FCCD.Output_Source.Test_Pattern3, 'Test_Pattern1': psana.FCCD.Output_Source.Test_Pattern1, 'Test_Pattern2': psana.FCCD.Output_Source.Test_Pattern2, 'Output_FIFO': psana.FCCD.Output_Source.Output_FIFO, 'Test_Pattern4': psana.FCCD.Output_Source.Test_Pattern4}¶

values = {0: psana.FCCD.Output_Source.Output_FIFO, 1: psana.FCCD.Output_Source.Test_Pattern1, 2: psana.FCCD.Output_Source.Test_Pattern2, 3: psana.FCCD.Output_Source.Test_Pattern3, 4: psana.FCCD.Output_Source.Test_Pattern4}¶

FccdConfigV2.ccdEnable((FccdConfigV2)arg1) → int¶

FccdConfigV2.dacVoltages((FccdConfigV2)arg1) → numpy.ndarray¶

FccdConfigV2.exposureTime((FccdConfigV2)arg1) → int¶

FccdConfigV2.focusMode((FccdConfigV2)arg1) → int¶

FccdConfigV2.height((FccdConfigV2)arg1) → int¶

FccdConfigV2.outputMode((FccdConfigV2)arg1) → int¶

FccdConfigV2.trimmedHeight((FccdConfigV2)arg1) → int¶

FccdConfigV2.trimmedWidth((FccdConfigV2)arg1) → int¶

FccdConfigV2.waveforms((FccdConfigV2)arg1) → numpy.ndarray¶

FccdConfigV2.width((FccdConfigV2)arg1) → int¶

FccdConfigV2.Column_Pixels = 1152¶

FccdConfigV2.NVoltages = 17¶

FccdConfigV2.NWaveforms = 15¶

FccdConfigV2.Row_Pixels = 500¶

FccdConfigV2.Trimmed_Column_Pixels = 480¶

FccdConfigV2.Trimmed_Row_Pixels = 480¶

FccdConfigV2.TypeId = 21¶

FccdConfigV2.Version = 2¶

Module psana.Fli ¶

The Python wrapper module for Fli types

Class psana.Fli.ConfigV1 ¶

class psana.Fli.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

binX((ConfigV1)arg1) → int¶

binY((ConfigV1)arg1) → int¶

coolingTemp((ConfigV1)arg1) → float¶

exposureEventCode((ConfigV1)arg1) → int¶

exposureTime((ConfigV1)arg1) → float¶

frameSize((ConfigV1)arg1) → int :¶: Total size in bytes of the Frame object, including image and frame header.

gainIndex((ConfigV1)arg1) → int¶

height((ConfigV1)arg1) → int¶

numDelayShots((ConfigV1)arg1) → int¶

numPixels((ConfigV1)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

numPixelsX((ConfigV1)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

numPixelsY((ConfigV1)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

orgX((ConfigV1)arg1) → int¶

orgY((ConfigV1)arg1) → int¶

readoutSpeedIndex((ConfigV1)arg1) → int¶

width((ConfigV1)arg1) → int¶

TypeId = 55¶

Version = 1¶

Class psana.Fli.FrameV1 ¶

class psana.Fli.FrameV1¶

Raises an exception This class cannot be instantiated from Python

data((FrameV1)arg1) → numpy.ndarray¶

readoutTime((FrameV1)arg1) → float¶

shotIdStart((FrameV1)arg1) → int¶

temperature((FrameV1)arg1) → float¶

TypeId = 56¶

Version = 1¶

Module psana.Generic1D ¶

The Python wrapper module for Generic1D types

Class psana.Generic1D.ConfigV0 ¶

class psana.Generic1D.ConfigV0¶

Raises an exception This class cannot be instantiated from Python

class Sample_Type¶

FLOAT32 = psana.Generic1D.Sample_Type.FLOAT32¶

FLOAT64 = psana.Generic1D.Sample_Type.FLOAT64¶

UINT16 = psana.Generic1D.Sample_Type.UINT16¶

UINT32 = psana.Generic1D.Sample_Type.UINT32¶

UINT8 = psana.Generic1D.Sample_Type.UINT8¶

names = {'FLOAT64': psana.Generic1D.Sample_Type.FLOAT64, 'UINT16': psana.Generic1D.Sample_Type.UINT16, 'UINT8': psana.Generic1D.Sample_Type.UINT8, 'FLOAT32': psana.Generic1D.Sample_Type.FLOAT32, 'UINT32': psana.Generic1D.Sample_Type.UINT32}¶

values = {0: psana.Generic1D.Sample_Type.UINT8, 1: psana.Generic1D.Sample_Type.UINT16, 2: psana.Generic1D.Sample_Type.UINT32, 3: psana.Generic1D.Sample_Type.FLOAT32, 4: psana.Generic1D.Sample_Type.FLOAT64}¶

ConfigV0.Depth((ConfigV0)arg1, (int)arg2) → int¶

ConfigV0.Length((ConfigV0)arg1) → numpy.ndarray :¶: Waveform Length

ConfigV0.NChannels((ConfigV0)arg1) → int :¶: Number of channels

ConfigV0.Offset((ConfigV0)arg1) → numpy.ndarray :¶: Waveform Delay Samples

ConfigV0.Period((ConfigV0)arg1) → numpy.ndarray :¶: Waveform Sampling Period

ConfigV0.SampleType((ConfigV0)arg1) → numpy.ndarray :¶: Waveform Sample Type

ConfigV0.data_offset((ConfigV0)arg1, (int)arg2) → int¶

ConfigV0.TypeId = 99¶

ConfigV0.Version = 0¶

Class psana.Generic1D.DataV0 ¶

class psana.Generic1D.DataV0¶

Raises an exception This class cannot be instantiated from Python

_int_data((DataV0)arg1) → numpy.ndarray¶

data_f32((DataV0)arg1, (int)arg2) → numpy.ndarray¶

data_f64((DataV0)arg1, (int)arg2) → numpy.ndarray¶

data_size((DataV0)arg1) → int¶

data_u16((DataV0)arg1, (int)arg2) → numpy.ndarray¶

data_u32((DataV0)arg1, (int)arg2) → numpy.ndarray¶

data_u8((DataV0)arg1, (int)arg2) → numpy.ndarray¶

TypeId = 100¶

Version = 0¶

Module psana.GenericPgp ¶

The Python wrapper module for GenericPgp types

Class psana.GenericPgp.CDimension ¶

class psana.GenericPgp.CDimension¶

Raises an exception This class cannot be instantiated from Python

columns((CDimension)arg1) → int¶

rows((CDimension)arg1) → int¶

Class psana.GenericPgp.ConfigV1 ¶

class psana.GenericPgp.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

aux_dim((ConfigV1)arg1) → CDimension :¶: Dimensions of the auxillary data from the array

env_dim((ConfigV1)arg1) → CDimension :¶: Dimensions of the environmental data from the array

frame_dim((ConfigV1)arg1) → CDimension :¶: Dimensions of the frame data from the array

id((ConfigV1)arg1) → int :¶: Serial number identifying the array

lastRowExclusions((ConfigV1)arg1) → int :¶: Number of rows in the auxillary data

numberOfAsics((ConfigV1)arg1) → int :¶: Number of elements in environmental data

numberOfColumns((ConfigV1)arg1) → int :¶: Number of columns in a readout unit

numberOfRows((ConfigV1)arg1) → int :¶: Number of rows in a readout unit

number_of_registers((ConfigV1)arg1) → int :¶: Number of registers in the sequence array

number_of_sequences((ConfigV1)arg1) → int :¶: Number of (sub)sequences of register operations in the array

number_of_streams((ConfigV1)arg1) → int¶

payload((ConfigV1)arg1) → numpy.ndarray :¶: Stream and Register Data

payload_size((ConfigV1)arg1) → int¶

pixel_settings((ConfigV1)arg1) → numpy.ndarray¶

sequence((ConfigV1)arg1) → list :¶: Register Operations

sequence_length((ConfigV1)arg1) → numpy.ndarray :¶: Lengths of (sub)sequence register operations in the array

stream((ConfigV1)arg1) → list :¶: Stream readout configuration

TypeId = 85¶

Version = 1¶

Class psana.GenericPgp.CRegister ¶

class psana.GenericPgp.CRegister¶

Raises an exception This class cannot be instantiated from Python

class Action¶

Flush = psana.GenericPgp.Action.Flush¶

RegisterRead = psana.GenericPgp.Action.RegisterRead¶

RegisterVerify = psana.GenericPgp.Action.RegisterVerify¶

RegisterWrite = psana.GenericPgp.Action.RegisterWrite¶

RegisterWriteA = psana.GenericPgp.Action.RegisterWriteA¶

Spin = psana.GenericPgp.Action.Spin¶

Usleep = psana.GenericPgp.Action.Usleep¶

names = {'Usleep': psana.GenericPgp.Action.Usleep, 'RegisterVerify': psana.GenericPgp.Action.RegisterVerify, 'Flush': psana.GenericPgp.Action.Flush, 'RegisterRead': psana.GenericPgp.Action.RegisterRead, 'Spin': psana.GenericPgp.Action.Spin, 'RegisterWrite': psana.GenericPgp.Action.RegisterWrite, 'RegisterWriteA': psana.GenericPgp.Action.RegisterWriteA}¶

values = {0: psana.GenericPgp.Action.RegisterRead, 1: psana.GenericPgp.Action.RegisterWrite, 2: psana.GenericPgp.Action.RegisterWriteA, 3: psana.GenericPgp.Action.RegisterVerify, 4: psana.GenericPgp.Action.Spin, 5: psana.GenericPgp.Action.Usleep, 6: psana.GenericPgp.Action.Flush}¶

CRegister.action((CRegister)arg1) → Action :¶: Configuration action

CRegister.address((CRegister)arg1) → int :¶: Register access address

CRegister.datasize((CRegister)arg1) → int :¶: Size of register access (in uint32_t’s)

CRegister.mask((CRegister)arg1) → int :¶: Register value mask

CRegister.offset((CRegister)arg1) → int :¶: Payload offset

Class psana.GenericPgp.CStream ¶

class psana.GenericPgp.CStream¶

Raises an exception This class cannot be instantiated from Python

config_offset((CStream)arg1) → int :¶: Location of configuration data

config_type((CStream)arg1) → int :¶: Configuration data type ID

data_type((CStream)arg1) → int :¶: Event data type ID

pgp_channel((CStream)arg1) → int :¶: PGP virtual channel ID

Module psana.Gsc16ai ¶

The Python wrapper module for Gsc16ai types

Class psana.Gsc16ai.ConfigV1 ¶

class psana.Gsc16ai.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class DataFormat¶

DataFormat_OffsetBinary = psana.Gsc16ai.DataFormat.DataFormat_OffsetBinary¶

DataFormat_TwosComplement = psana.Gsc16ai.DataFormat.DataFormat_TwosComplement¶

names = {'DataFormat_TwosComplement': psana.Gsc16ai.DataFormat.DataFormat_TwosComplement, 'DataFormat_OffsetBinary': psana.Gsc16ai.DataFormat.DataFormat_OffsetBinary}¶

values = {0: psana.Gsc16ai.DataFormat.DataFormat_TwosComplement, 1: psana.Gsc16ai.DataFormat.DataFormat_OffsetBinary}¶

class ConfigV1.InputMode¶

InputMode_Differential = psana.Gsc16ai.InputMode.InputMode_Differential¶

InputMode_Vref = psana.Gsc16ai.InputMode.InputMode_Vref¶

InputMode_Zero = psana.Gsc16ai.InputMode.InputMode_Zero¶

names = {'InputMode_Zero': psana.Gsc16ai.InputMode.InputMode_Zero, 'InputMode_Differential': psana.Gsc16ai.InputMode.InputMode_Differential, 'InputMode_Vref': psana.Gsc16ai.InputMode.InputMode_Vref}¶

values = {0: psana.Gsc16ai.InputMode.InputMode_Differential, 1: psana.Gsc16ai.InputMode.InputMode_Zero, 2: psana.Gsc16ai.InputMode.InputMode_Vref}¶

class ConfigV1.TriggerMode¶

TriggerMode_ExtNeg = psana.Gsc16ai.TriggerMode.TriggerMode_ExtNeg¶

TriggerMode_ExtPos = psana.Gsc16ai.TriggerMode.TriggerMode_ExtPos¶

TriggerMode_IntClk = psana.Gsc16ai.TriggerMode.TriggerMode_IntClk¶

names = {'TriggerMode_ExtNeg': psana.Gsc16ai.TriggerMode.TriggerMode_ExtNeg, 'TriggerMode_ExtPos': psana.Gsc16ai.TriggerMode.TriggerMode_ExtPos, 'TriggerMode_IntClk': psana.Gsc16ai.TriggerMode.TriggerMode_IntClk}¶

values = {0: psana.Gsc16ai.TriggerMode.TriggerMode_ExtPos, 1: psana.Gsc16ai.TriggerMode.TriggerMode_ExtNeg, 2: psana.Gsc16ai.TriggerMode.TriggerMode_IntClk}¶

class ConfigV1.VoltageRange¶

VoltageRange_10V = psana.Gsc16ai.VoltageRange.VoltageRange_10V¶

VoltageRange_2_5V = psana.Gsc16ai.VoltageRange.VoltageRange_2_5V¶

VoltageRange_5V = psana.Gsc16ai.VoltageRange.VoltageRange_5V¶

names = {'VoltageRange_2_5V': psana.Gsc16ai.VoltageRange.VoltageRange_2_5V, 'VoltageRange_5V': psana.Gsc16ai.VoltageRange.VoltageRange_5V, 'VoltageRange_10V': psana.Gsc16ai.VoltageRange.VoltageRange_10V}¶

values = {0: psana.Gsc16ai.VoltageRange.VoltageRange_10V, 1: psana.Gsc16ai.VoltageRange.VoltageRange_5V, 2: psana.Gsc16ai.VoltageRange.VoltageRange_2_5V}¶

ConfigV1.autocalibEnable((ConfigV1)arg1) → int¶

ConfigV1.dataFormat((ConfigV1)arg1) → DataFormat¶

ConfigV1.firstChan((ConfigV1)arg1) → int¶

ConfigV1.fps((ConfigV1)arg1) → int¶

ConfigV1.inputMode((ConfigV1)arg1) → InputMode¶

ConfigV1.lastChan((ConfigV1)arg1) → int¶

ConfigV1.numChannels((ConfigV1)arg1) → int¶

ConfigV1.timeTagEnable((ConfigV1)arg1) → int¶

ConfigV1.triggerMode((ConfigV1)arg1) → TriggerMode¶

ConfigV1.voltageRange((ConfigV1)arg1) → VoltageRange¶

ConfigV1.HighestChannel = 15¶

ConfigV1.HighestFps = 120¶

ConfigV1.LowestChannel = 0¶

ConfigV1.LowestFps = 1¶

ConfigV1.TypeId = 46¶

ConfigV1.Version = 1¶

Class psana.Gsc16ai.DataV1 ¶

class psana.Gsc16ai.DataV1¶

Raises an exception This class cannot be instantiated from Python

channelValue((DataV1)arg1) → numpy.ndarray¶

timestamp((DataV1)arg1) → numpy.ndarray¶

TypeId = 47¶

Version = 1¶

Module psana.Imp ¶

The Python wrapper module for Imp types

Class psana.Imp.ConfigV1 ¶

class psana.Imp.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Registers¶

Adc_delay = psana.Imp.Registers.Adc_delay¶

BiasDac_data = psana.Imp.Registers.BiasDac_data¶

Bias_data = psana.Imp.Registers.Bias_data¶

Cal_data = psana.Imp.Registers.Cal_data¶

Cal_range = psana.Imp.Registers.Cal_range¶

Cal_strobe = psana.Imp.Registers.Cal_strobe¶

NumberOfRegisters = psana.Imp.Registers.NumberOfRegisters¶

NumberOfSamples = psana.Imp.Registers.NumberOfSamples¶

Range = psana.Imp.Registers.Range¶

Reset = psana.Imp.Registers.Reset¶

TrigDelay = psana.Imp.Registers.TrigDelay¶

names = {'Reset': psana.Imp.Registers.Reset, 'Cal_data': psana.Imp.Registers.Cal_data, 'BiasDac_data': psana.Imp.Registers.BiasDac_data, 'TrigDelay': psana.Imp.Registers.TrigDelay, 'Adc_delay': psana.Imp.Registers.Adc_delay, 'NumberOfSamples': psana.Imp.Registers.NumberOfSamples, 'NumberOfRegisters': psana.Imp.Registers.NumberOfRegisters, 'Range': psana.Imp.Registers.Range, 'Bias_data': psana.Imp.Registers.Bias_data, 'Cal_strobe': psana.Imp.Registers.Cal_strobe, 'Cal_range': psana.Imp.Registers.Cal_range}¶

values = {0: psana.Imp.Registers.Range, 1: psana.Imp.Registers.Cal_range, 2: psana.Imp.Registers.Reset, 3: psana.Imp.Registers.Bias_data, 4: psana.Imp.Registers.Cal_data, 5: psana.Imp.Registers.BiasDac_data, 6: psana.Imp.Registers.Cal_strobe, 7: psana.Imp.Registers.NumberOfSamples, 8: psana.Imp.Registers.TrigDelay, 9: psana.Imp.Registers.Adc_delay, 10: psana.Imp.Registers.NumberOfRegisters}¶

ConfigV1.adcDelay((ConfigV1)arg1) → int¶

ConfigV1.biasDacData((ConfigV1)arg1) → int¶

ConfigV1.biasData((ConfigV1)arg1) → int¶

ConfigV1.calData((ConfigV1)arg1) → int¶

ConfigV1.calRange((ConfigV1)arg1) → int¶

ConfigV1.calStrobe((ConfigV1)arg1) → int¶

ConfigV1.numberOfSamples((ConfigV1)arg1) → int¶

ConfigV1.range((ConfigV1)arg1) → int¶

ConfigV1.reset((ConfigV1)arg1) → int¶

ConfigV1.trigDelay((ConfigV1)arg1) → int¶

ConfigV1.MaxNumberOfSamples = 1023¶

ConfigV1.TypeId = 68¶

ConfigV1.Version = 1¶

Class psana.Imp.ElementV1 ¶

class psana.Imp.ElementV1¶

Raises an exception This class cannot be instantiated from Python

frameNumber((ElementV1)arg1) → int¶

lane((ElementV1)arg1) → int¶

laneStatus((ElementV1)arg1) → LaneStatus¶

range((ElementV1)arg1) → int¶

samples((ElementV1)arg1) → list¶

vc((ElementV1)arg1) → int¶

TypeId = 67¶

Version = 1¶

Class psana.Imp.LaneStatus ¶

class psana.Imp.LaneStatus¶

Raises an exception This class cannot be instantiated from Python

cellErrCount((LaneStatus)arg1) → int¶

linkDownCount((LaneStatus)arg1) → int¶

linkErrCount((LaneStatus)arg1) → int¶

locLinked((LaneStatus)arg1) → int¶

powersOkay((LaneStatus)arg1) → int¶

remLinked((LaneStatus)arg1) → int¶

rxCount((LaneStatus)arg1) → int¶

zeros((LaneStatus)arg1) → int¶

Class psana.Imp.Sample ¶

class psana.Imp.Sample¶

Raises an exception This class cannot be instantiated from Python

channels((Sample)arg1) → numpy.ndarray¶

channelsPerDevice = 4¶

Module psana.Ipimb ¶

The Python wrapper module for Ipimb types

Class psana.Ipimb.ConfigV1 ¶

class psana.Ipimb.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class CapacitorValue¶

c_100pF = psana.Ipimb.CapacitorValue.c_100pF¶

c_10nF = psana.Ipimb.CapacitorValue.c_10nF¶

c_1pF = psana.Ipimb.CapacitorValue.c_1pF¶

names = {'c_1pF': psana.Ipimb.CapacitorValue.c_1pF, 'c_100pF': psana.Ipimb.CapacitorValue.c_100pF, 'c_10nF': psana.Ipimb.CapacitorValue.c_10nF}¶

values = {0: psana.Ipimb.CapacitorValue.c_1pF, 1: psana.Ipimb.CapacitorValue.c_100pF, 2: psana.Ipimb.CapacitorValue.c_10nF}¶

ConfigV1.calStrobeLength((ConfigV1)arg1) → int¶

ConfigV1.calibrationRange((ConfigV1)arg1) → int¶

ConfigV1.calibrationVoltage((ConfigV1)arg1) → float¶

ConfigV1.capacitorValue((ConfigV1)arg1, (int)arg2) → CapacitorValue :¶: Returns CapacitorValue enum for given channel number (0..3).

ConfigV1.capacitorValues((ConfigV1)arg1) → numpy.ndarray :¶: Returns array of CapacitorValue enums.

ConfigV1.chargeAmpRange((ConfigV1)arg1) → int¶

ConfigV1.chargeAmpRefVoltage((ConfigV1)arg1) → float¶

ConfigV1.diodeBias((ConfigV1)arg1) → float¶

ConfigV1.errors((ConfigV1)arg1) → int¶

ConfigV1.resetDelay((ConfigV1)arg1) → int¶

ConfigV1.resetLength((ConfigV1)arg1) → int¶

ConfigV1.serialID((ConfigV1)arg1) → int¶

ConfigV1.status((ConfigV1)arg1) → int¶

ConfigV1.trigDelay((ConfigV1)arg1) → int¶

ConfigV1.triggerCounter((ConfigV1)arg1) → int¶

ConfigV1.TypeId = 23¶

ConfigV1.Version = 1¶

Class psana.Ipimb.ConfigV2 ¶

class psana.Ipimb.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class CapacitorValue¶

c_10nF = psana.Ipimb.CapacitorValue.c_10nF¶

c_120pF = psana.Ipimb.CapacitorValue.c_120pF¶

c_1pF = psana.Ipimb.CapacitorValue.c_1pF¶

c_24pF = psana.Ipimb.CapacitorValue.c_24pF¶

c_3p3nF = psana.Ipimb.CapacitorValue.c_3p3nF¶

c_4p7pF = psana.Ipimb.CapacitorValue.c_4p7pF¶

c_620pF = psana.Ipimb.CapacitorValue.c_620pF¶

expert = psana.Ipimb.CapacitorValue.expert¶

names = {'c_3p3nF': psana.Ipimb.CapacitorValue.c_3p3nF, 'expert': psana.Ipimb.CapacitorValue.expert, 'c_120pF': psana.Ipimb.CapacitorValue.c_120pF, 'c_4p7pF': psana.Ipimb.CapacitorValue.c_4p7pF, 'c_24pF': psana.Ipimb.CapacitorValue.c_24pF, 'c_1pF': psana.Ipimb.CapacitorValue.c_1pF, 'c_620pF': psana.Ipimb.CapacitorValue.c_620pF, 'c_10nF': psana.Ipimb.CapacitorValue.c_10nF}¶

values = {0: psana.Ipimb.CapacitorValue.c_1pF, 1: psana.Ipimb.CapacitorValue.c_4p7pF, 2: psana.Ipimb.CapacitorValue.c_24pF, 3: psana.Ipimb.CapacitorValue.c_120pF, 4: psana.Ipimb.CapacitorValue.c_620pF, 5: psana.Ipimb.CapacitorValue.c_3p3nF, 6: psana.Ipimb.CapacitorValue.c_10nF, 7: psana.Ipimb.CapacitorValue.expert}¶

ConfigV2.adcDelay((ConfigV2)arg1) → int¶

ConfigV2.calStrobeLength((ConfigV2)arg1) → int¶

ConfigV2.calibrationRange((ConfigV2)arg1) → int¶

ConfigV2.calibrationVoltage((ConfigV2)arg1) → float¶

ConfigV2.capacitorValue((ConfigV2)arg1, (int)arg2) → CapacitorValue :¶: Returns CapacitorValue enum for given channel number (0..3).

ConfigV2.capacitorValues((ConfigV2)arg1) → numpy.ndarray :¶: Returns array of CapacitorValue enums.

ConfigV2.chargeAmpRange((ConfigV2)arg1) → int¶

ConfigV2.chargeAmpRefVoltage((ConfigV2)arg1) → float¶

ConfigV2.diodeBias((ConfigV2)arg1) → float¶

ConfigV2.errors((ConfigV2)arg1) → int¶

ConfigV2.resetDelay((ConfigV2)arg1) → int¶

ConfigV2.resetLength((ConfigV2)arg1) → int¶

ConfigV2.serialID((ConfigV2)arg1) → int¶

ConfigV2.status((ConfigV2)arg1) → int¶

ConfigV2.trigDelay((ConfigV2)arg1) → int¶

ConfigV2.trigPsDelay((ConfigV2)arg1) → int¶

ConfigV2.triggerCounter((ConfigV2)arg1) → int¶

ConfigV2.TypeId = 23¶

ConfigV2.Version = 2¶

Class psana.Ipimb.DataV1 ¶

class psana.Ipimb.DataV1¶

Raises an exception This class cannot be instantiated from Python

channel0((DataV1)arg1) → int :¶: Raw counts value returned from channel 0.

channel0Volts((DataV1)arg1) → float :¶: Value of of channel0() converted to Volts.

channel1((DataV1)arg1) → int :¶: Raw counts value returned from channel 1.

channel1Volts((DataV1)arg1) → float :¶: Value of of channel1() converted to Volts.

channel2((DataV1)arg1) → int :¶: Raw counts value returned from channel 2.

channel2Volts((DataV1)arg1) → float :¶: Value of of channel2() converted to Volts.

channel3((DataV1)arg1) → int :¶: Raw counts value returned from channel 3.

channel3Volts((DataV1)arg1) → float :¶: Value of of channel3() converted to Volts.

checksum((DataV1)arg1) → int¶

config0((DataV1)arg1) → int¶

config1((DataV1)arg1) → int¶

config2((DataV1)arg1) → int¶

triggerCounter((DataV1)arg1) → int¶

TypeId = 22¶

Version = 1¶

Class psana.Ipimb.DataV2 ¶

class psana.Ipimb.DataV2¶

Raises an exception This class cannot be instantiated from Python

channel0((DataV2)arg1) → int :¶: Raw counts value returned from channel 0.

channel0Volts((DataV2)arg1) → float :¶: Value of of channel0() converted to Volts.

channel0ps((DataV2)arg1) → int :¶: Raw counts value returned from channel 0.

channel0psVolts((DataV2)arg1) → float :¶: Value of of channel0ps() converted to Volts.

channel1((DataV2)arg1) → int :¶: Raw counts value returned from channel 1.

channel1Volts((DataV2)arg1) → float :¶: Value of of channel1() converted to Volts.

channel1ps((DataV2)arg1) → int :¶: Raw counts value returned from channel 1.

channel1psVolts((DataV2)arg1) → float :¶: Value of of channel1ps() converted to Volts.

channel2((DataV2)arg1) → int :¶: Raw counts value returned from channel 2.

channel2Volts((DataV2)arg1) → float :¶: Value of of channel2() converted to Volts.

channel2ps((DataV2)arg1) → int :¶: Raw counts value returned from channel 2.

channel2psVolts((DataV2)arg1) → float :¶: Value of of channel2ps() converted to Volts.

channel3((DataV2)arg1) → int :¶: Raw counts value returned from channel 3.

channel3Volts((DataV2)arg1) → float :¶: Value of of channel3() converted to Volts.

channel3ps((DataV2)arg1) → int :¶: Raw counts value returned from channel 3.

channel3psVolts((DataV2)arg1) → float :¶: Value of of channel3ps() converted to Volts.

checksum((DataV2)arg1) → int¶

config0((DataV2)arg1) → int¶

config1((DataV2)arg1) → int¶

config2((DataV2)arg1) → int¶

triggerCounter((DataV2)arg1) → int :¶: Trigger counter value.

TypeId = 22¶

Version = 2¶

ipimbAdcRange = 5¶

ipimbAdcSteps = 65536¶

Module psana.Jungfrau ¶

The Python wrapper module for Jungfrau types

Class psana.Jungfrau.ConfigV1 ¶

class psana.Jungfrau.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class GainMode¶

FixedGain1 = psana.Jungfrau.GainMode.FixedGain1¶

FixedGain2 = psana.Jungfrau.GainMode.FixedGain2¶

ForcedGain1 = psana.Jungfrau.GainMode.ForcedGain1¶

ForcedGain2 = psana.Jungfrau.GainMode.ForcedGain2¶

HighGain0 = psana.Jungfrau.GainMode.HighGain0¶

Normal = psana.Jungfrau.GainMode.Normal¶

names = {'ForcedGain1': psana.Jungfrau.GainMode.ForcedGain1, 'FixedGain1': psana.Jungfrau.GainMode.FixedGain1, 'ForcedGain2': psana.Jungfrau.GainMode.ForcedGain2, 'Normal': psana.Jungfrau.GainMode.Normal, 'FixedGain2': psana.Jungfrau.GainMode.FixedGain2, 'HighGain0': psana.Jungfrau.GainMode.HighGain0}¶

values = {0: psana.Jungfrau.GainMode.Normal, 1: psana.Jungfrau.GainMode.FixedGain1, 2: psana.Jungfrau.GainMode.FixedGain2, 3: psana.Jungfrau.GainMode.ForcedGain1, 4: psana.Jungfrau.GainMode.ForcedGain2, 5: psana.Jungfrau.GainMode.HighGain0}¶

class ConfigV1.SpeedMode¶

Half = psana.Jungfrau.SpeedMode.Half¶

Quarter = psana.Jungfrau.SpeedMode.Quarter¶

names = {'Quarter': psana.Jungfrau.SpeedMode.Quarter, 'Half': psana.Jungfrau.SpeedMode.Half}¶

values = {0: psana.Jungfrau.SpeedMode.Quarter, 1: psana.Jungfrau.SpeedMode.Half}¶

ConfigV1.biasVoltage((ConfigV1)arg1) → int :¶: The bias applied to the sensor in volts.

ConfigV1.exposureTime((ConfigV1)arg1) → float :¶: The exposure time in seconds.

ConfigV1.frameSize((ConfigV1)arg1) → int :¶: Total size in bytes of the Frame object

ConfigV1.gainMode((ConfigV1)arg1) → GainMode :¶: The gain mode set for the camera.

ConfigV1.numPixels((ConfigV1)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

ConfigV1.numberOfColumnsPerModule((ConfigV1)arg1) → int :¶: The number of columns per module.

ConfigV1.numberOfModules((ConfigV1)arg1) → int :¶: The number of modules in a physical camera.

ConfigV1.numberOfRowsPerModule((ConfigV1)arg1) → int :¶: The number of rows per module.

ConfigV1.speedMode((ConfigV1)arg1) → SpeedMode :¶: The camera clock speed setting.

ConfigV1.triggerDelay((ConfigV1)arg1) → float :¶: Internal delay from receiving a trigger input until the start of an acquisiton in seconds.

ConfigV1.TypeId = 107¶

ConfigV1.Version = 1¶

Class psana.Jungfrau.ElementV1 ¶

class psana.Jungfrau.ElementV1¶

Raises an exception This class cannot be instantiated from Python

fiducials((ElementV1)arg1) → int :¶: The LCLS timing fiducial associated with the detector frame.

frame((ElementV1)arg1) → numpy.ndarray¶

frameNumber((ElementV1)arg1) → int :¶: The internal frame counter number of the detector.

ticks((ElementV1)arg1) → int :¶: The LCLS timing tick associated with the detector frame.

TypeId = 108¶

Version = 1¶

Module psana.L3T ¶

The Python wrapper module for L3T types

Class psana.L3T.ConfigV1 ¶

class psana.L3T.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

desc((ConfigV1)arg1) → str :¶: The description string

desc_len((ConfigV1)arg1) → int :¶: Length of the description string

desc_shape((ConfigV1)arg1) → object¶

module_id((ConfigV1)arg1) → str :¶: The module identification string

module_id_len((ConfigV1)arg1) → int :¶: Length of the module identification string

module_id_shape((ConfigV1)arg1) → object¶

TypeId = 70¶

Version = 1¶

Class psana.L3T.DataV1 ¶

class psana.L3T.DataV1¶

Raises an exception This class cannot be instantiated from Python

accept((DataV1)arg1) → int :¶: Module trigger decision

TypeId = 71¶

Version = 1¶

Class psana.L3T.DataV2 ¶

class psana.L3T.DataV2¶

Raises an exception This class cannot be instantiated from Python

class Bias¶

Biased = psana.L3T.Bias.Biased¶

Unbiased = psana.L3T.Bias.Unbiased¶

names = {'Unbiased': psana.L3T.Bias.Unbiased, 'Biased': psana.L3T.Bias.Biased}¶

values = {0: psana.L3T.Bias.Unbiased, 1: psana.L3T.Bias.Biased}¶

class DataV2.Result¶

Fail = psana.L3T.Result.Fail¶

None = psana.L3T.Result.None¶

Pass = psana.L3T.Result.Pass¶

names = {'Fail': psana.L3T.Result.Fail, 'None': psana.L3T.Result.None, 'Pass': psana.L3T.Result.Pass}¶

values = {0: psana.L3T.Result.Fail, 1: psana.L3T.Result.Pass, 2: psana.L3T.Result.None}¶

DataV2.accept((DataV2)arg1) → int¶

DataV2.bias((DataV2)arg1) → Bias :¶: Returns L3T Bias : Unbiased = recorded independent of decision

DataV2.result((DataV2)arg1) → Result :¶: Returns L3T Decision : None = insufficient information/resources

DataV2.TypeId = 71¶

DataV2.Version = 2¶

Module psana.Lusi ¶

The Python wrapper module for Lusi types

Class psana.Lusi.DiodeFexConfigV1 ¶

class psana.Lusi.DiodeFexConfigV1¶

Raises an exception This class cannot be instantiated from Python

base((DiodeFexConfigV1)arg1) → numpy.ndarray¶

scale((DiodeFexConfigV1)arg1) → numpy.ndarray¶

NRANGES = 3¶

TypeId = 32¶

Version = 1¶

Class psana.Lusi.DiodeFexConfigV2 ¶

class psana.Lusi.DiodeFexConfigV2¶

Raises an exception This class cannot be instantiated from Python

base((DiodeFexConfigV2)arg1) → numpy.ndarray¶

scale((DiodeFexConfigV2)arg1) → numpy.ndarray¶

NRANGES = 16¶

TypeId = 32¶

Version = 2¶

Class psana.Lusi.DiodeFexV1 ¶

class psana.Lusi.DiodeFexV1¶

Raises an exception This class cannot be instantiated from Python

value((DiodeFexV1)arg1) → float¶

TypeId = 33¶

Version = 1¶

Class psana.Lusi.IpmFexConfigV1 ¶

class psana.Lusi.IpmFexConfigV1¶

Raises an exception This class cannot be instantiated from Python

diode((IpmFexConfigV1)arg1) → list¶

xscale((IpmFexConfigV1)arg1) → float¶

yscale((IpmFexConfigV1)arg1) → float¶

NCHANNELS = 4¶

TypeId = 30¶

Version = 1¶

Class psana.Lusi.IpmFexConfigV2 ¶

class psana.Lusi.IpmFexConfigV2¶

Raises an exception This class cannot be instantiated from Python

diode((IpmFexConfigV2)arg1) → list¶

xscale((IpmFexConfigV2)arg1) → float¶

yscale((IpmFexConfigV2)arg1) → float¶

NCHANNELS = 4¶

TypeId = 30¶

Version = 2¶

Class psana.Lusi.IpmFexV1 ¶

class psana.Lusi.IpmFexV1¶

Raises an exception This class cannot be instantiated from Python

channel((IpmFexV1)arg1) → numpy.ndarray¶

sum((IpmFexV1)arg1) → float¶

xpos((IpmFexV1)arg1) → float¶

ypos((IpmFexV1)arg1) → float¶

NCHANNELS = 4¶

TypeId = 31¶

Version = 1¶

Class psana.Lusi.PimImageConfigV1 ¶

class psana.Lusi.PimImageConfigV1¶

Raises an exception This class cannot be instantiated from Python

xscale((PimImageConfigV1)arg1) → float¶

yscale((PimImageConfigV1)arg1) → float¶

TypeId = 34¶

Version = 1¶

Module psana.mpi_datasource ¶

Class psana.mpi_datasource.MPIDataSource ¶

class psana.mpi_datasource.MPIDataSource(ds_string, **kwargs)[source]¶

A wrapper for psana.Datasource that maintains the same interface but hides distribution of events to many MPI cores to simplify user analysis code.

Create a wrapper for psana.Datasource that maintains the same interface but hides distribution of events to many MPI cores to simplify user analysis code.

ds_string : str: A DataSource string, e.g. “exp=xpptut15:run=54:smd” that specifies the experiment and run to access.

>>> ds = psana.MPIDataSource('exp=xpptut15:run=54:smd')
>>> smldata = ds.small_data('my.h5')
>>> cspad = psana.Detector('cspad')
>>> for evt in ds.events():
>>>     mu = np.mean( cspad.calib(evt)
>>>     smldata.append(cspad_mean=mu)

psana.DataSource: The serial data access method this class is based on
MPIDataSource.small_data: Method to create a SmallData object that can aggregate data in a parallel fashion.

_event_gen(psana_level)[source]¶: psana_level is a DataSource, Run, Step object with a .events() method

break_after(n_events)[source]¶

Limit the datasource to n_events (max global events).

Unfortunately, you CANNOT break safely out of an event iteration loop when running in parallel. Sometimes, one core will break, but his buddies will keep chugging. Then they get stuck waiting for him to catch up, with no idea that he’s given up!

Instead, use this function to stop iteration safely.

n_events : int: The GLOBAL number of events to include in the datasource (ie. break out of an event loop after this number of events have been processed)

detnames(which='detectors')[source]¶

List the detectors contained in this datasource.

which : str: One of: “detectors”, “epics”, “all”.

detnames : str: A list of detector names and aliases

env()[source]¶

events()[source]¶: Returns a python generator of events.

runs()[source]¶

small_data(filename=None, save_on_gather=False, gather_interval=100)[source]¶

Returns an object that manages small per-event data as well as non-event data (e.g. a sum of an image over a run)

filename : string, optional: A filename to use for saving the small data
save_on_gather: bool, optional (default False): If true, save data to HDF5 file everytime results are gathered from all MPI cores
gather_interval: unsigned int, optional (default 100): If set to unsigned integer “N”, gather results from all MPI cores every “N” events. Events are counted separately on each core. If not set, only gather results from all cores at end-run.

>>> ds = psana.MPIDataSource('exp=xpptut15:run=54:smd')
>>> smldata = ds.small_data('my.h5')
>>> cspad = psana.Detector('cspad')
>>> for evt in ds.events():
>>>     mu = np.mean( cspad.calib(evt)
>>>     smldata.append(cspad_mean=mu)

steps()[source]¶

master¶

Class psana.mpi_datasource.Step ¶

class psana.mpi_datasource.Step(psana_step, ds_parent)[source]¶

An object that represents a set of events within a run taken under identical conditions (also known as a calib-cycle.

Create an MPIDataSource compatible Step object.

psana_step : psana.Step: An instance of psana.Step
ds_parent : psana.DataSoure: The DataSource object that created the Step

env()[source]¶

events()[source]¶: Returns a python generator of events.

Module psana.OceanOptics ¶

The Python wrapper module for OceanOptics types

Class psana.OceanOptics.ConfigV1 ¶

class psana.OceanOptics.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

exposureTime((ConfigV1)arg1) → float¶

nonlinCorrect((ConfigV1)arg1) → numpy.ndarray¶

strayLightConstant((ConfigV1)arg1) → float¶

waveLenCalib((ConfigV1)arg1) → numpy.ndarray¶

TypeId = 52¶

Version = 1¶

Class psana.OceanOptics.ConfigV2 ¶

class psana.OceanOptics.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

deviceType((ConfigV2)arg1) → int¶

exposureTime((ConfigV2)arg1) → float¶

nonlinCorrect((ConfigV2)arg1) → numpy.ndarray¶

strayLightConstant((ConfigV2)arg1) → float¶

waveLenCalib((ConfigV2)arg1) → numpy.ndarray¶

TypeId = 52¶

Version = 2¶

Class psana.OceanOptics.DataV1 ¶

class psana.OceanOptics.DataV1¶

Raises an exception This class cannot be instantiated from Python

data((DataV1)arg1) → numpy.ndarray¶

durationOfFrame((DataV1)arg1) → float¶

frameCounter((DataV1)arg1) → int¶

nonlinerCorrected((DataV1)arg1, (int)arg2) → float¶

numDelayedFrames((DataV1)arg1) → int¶

numDiscardFrames((DataV1)arg1) → int¶

numSpectraInData((DataV1)arg1) → int¶

numSpectraInQueue((DataV1)arg1) → int¶

numSpectraUnused((DataV1)arg1) → int¶

timeFrameEnd((DataV1)arg1) → timespec64¶

timeFrameFirstData((DataV1)arg1) → timespec64¶

timeFrameStart((DataV1)arg1) → timespec64¶

TypeId = 53¶

Version = 1¶

iActivePixelIndex = 22¶

iDataReadSize = 8192¶

iNumPixels = 3840¶

Class psana.OceanOptics.DataV2 ¶

class psana.OceanOptics.DataV2¶

Raises an exception This class cannot be instantiated from Python

data((DataV2)arg1) → numpy.ndarray¶

durationOfFrame((DataV2)arg1) → float¶

frameCounter((DataV2)arg1) → int¶

nonlinerCorrected((DataV2)arg1, (int)arg2) → float¶

numDelayedFrames((DataV2)arg1) → int¶

numDiscardFrames((DataV2)arg1) → int¶

numSpectraInData((DataV2)arg1) → int¶

numSpectraInQueue((DataV2)arg1) → int¶

numSpectraUnused((DataV2)arg1) → int¶

timeFrameEnd((DataV2)arg1) → timespec64¶

timeFrameFirstData((DataV2)arg1) → timespec64¶

timeFrameStart((DataV2)arg1) → timespec64¶

TypeId = 53¶

Version = 2¶

iActivePixelIndex = 0¶

iDataReadSize = 4608¶

iNumPixels = 2048¶

Class psana.OceanOptics.DataV3 ¶

class psana.OceanOptics.DataV3¶

Raises an exception This class cannot be instantiated from Python

data((DataV3)arg1) → numpy.ndarray¶

durationOfFrame((DataV3)arg1) → float¶

frameCounter((DataV3)arg1) → int¶

nonlinerCorrected((DataV3)arg1, (int)arg2) → float¶

numDelayedFrames((DataV3)arg1) → int¶

numDiscardFrames((DataV3)arg1) → int¶

numSpectraInData((DataV3)arg1) → int¶

numSpectraInQueue((DataV3)arg1) → int¶

numSpectraUnused((DataV3)arg1) → int¶

timeFrameEnd((DataV3)arg1) → timespec64¶

timeFrameFirstData((DataV3)arg1) → timespec64¶

timeFrameStart((DataV3)arg1) → timespec64¶

TypeId = 53¶

Version = 3¶

iActivePixelIndex = 22¶

iDataReadSize = 8192¶

iNumPixels = 3840¶

Class psana.OceanOptics.timespec64 ¶

class psana.OceanOptics.timespec64¶

Raises an exception This class cannot be instantiated from Python

tv_nsec((timespec64)arg1) → int¶

tv_sec((timespec64)arg1) → int¶

Module psana.Opal1k ¶

The Python wrapper module for Opal1k types

Class psana.Opal1k.ConfigV1 ¶

class psana.Opal1k.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Binning¶

names = {'x2': psana.Opal1k.Binning.x2, 'x8': psana.Opal1k.Binning.x8, 'x1': psana.Opal1k.Binning.x1, 'x4': psana.Opal1k.Binning.x4}¶

values = {0: psana.Opal1k.Binning.x1, 1: psana.Opal1k.Binning.x2, 2: psana.Opal1k.Binning.x4, 3: psana.Opal1k.Binning.x8}¶

x1 = psana.Opal1k.Binning.x1¶

x2 = psana.Opal1k.Binning.x2¶

x4 = psana.Opal1k.Binning.x4¶

x8 = psana.Opal1k.Binning.x8¶

class ConfigV1.Depth¶

Eight_bit = psana.Opal1k.Depth.Eight_bit¶

Ten_bit = psana.Opal1k.Depth.Ten_bit¶

Twelve_bit = psana.Opal1k.Depth.Twelve_bit¶

names = {'Twelve_bit': psana.Opal1k.Depth.Twelve_bit, 'Eight_bit': psana.Opal1k.Depth.Eight_bit, 'Ten_bit': psana.Opal1k.Depth.Ten_bit}¶

values = {0: psana.Opal1k.Depth.Eight_bit, 1: psana.Opal1k.Depth.Ten_bit, 2: psana.Opal1k.Depth.Twelve_bit}¶

class ConfigV1.Mirroring¶

HFlip = psana.Opal1k.Mirroring.HFlip¶

HVFlip = psana.Opal1k.Mirroring.HVFlip¶

None = psana.Opal1k.Mirroring.None¶

VFlip = psana.Opal1k.Mirroring.VFlip¶

names = {'None': psana.Opal1k.Mirroring.None, 'HFlip': psana.Opal1k.Mirroring.HFlip, 'HVFlip': psana.Opal1k.Mirroring.HVFlip, 'VFlip': psana.Opal1k.Mirroring.VFlip}¶

values = {0: psana.Opal1k.Mirroring.None, 1: psana.Opal1k.Mirroring.HFlip, 2: psana.Opal1k.Mirroring.VFlip, 3: psana.Opal1k.Mirroring.HVFlip}¶

ConfigV1.black_level((ConfigV1)arg1) → int :¶: offset/pedestal setting for camera (before gain)

ConfigV1.defect_pixel_coordinates((ConfigV1)arg1) → list¶

ConfigV1.defect_pixel_correction_enabled((ConfigV1)arg1) → int :¶: correct defective pixels internally

ConfigV1.gain_percent((ConfigV1)arg1) → int :¶: camera gain setting in percentile [100-3200] = [1x-32x]

ConfigV1.number_of_defect_pixels((ConfigV1)arg1) → int¶

ConfigV1.output_lookup_table((ConfigV1)arg1) → numpy.ndarray¶

ConfigV1.output_lookup_table_enabled((ConfigV1)arg1) → int :¶: apply output lookup table corrections

ConfigV1.output_mirroring((ConfigV1)arg1) → Mirroring :¶: geometric transformation of the image

ConfigV1.output_offset((ConfigV1)arg1) → int :¶: offset/pedestal value in pixel counts

ConfigV1.output_resolution((ConfigV1)arg1) → Depth :¶: bit-depth of pixel counts

ConfigV1.output_resolution_bits((ConfigV1)arg1) → int :¶: bit-depth of pixel counts

ConfigV1.vertical_binning((ConfigV1)arg1) → Binning :¶: vertical re-binning of output (consecutive rows summed)

ConfigV1.vertical_remapping((ConfigV1)arg1) → int :¶

1: remap the pixels to appear in natural geometric order: (left->right, top->bottom);
0: pixels appear on dual taps from different rows: (left->right, top->bottom) alternated with (left->right, bottom->top) pixel by pixel

ConfigV1.Column_Pixels = 1024¶

ConfigV1.LUT_Size = 4096¶

ConfigV1.Output_LUT_Size = 4096¶

ConfigV1.Row_Pixels = 1024¶

ConfigV1.TypeId = 6¶

ConfigV1.Version = 1¶

Module psana.Orca ¶

The Python wrapper module for Orca types

Class psana.Orca.ConfigV1 ¶

class psana.Orca.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Cooling¶

Max = psana.Orca.Cooling.Max¶

Off = psana.Orca.Cooling.Off¶

On = psana.Orca.Cooling.On¶

names = {'On': psana.Orca.Cooling.On, 'Off': psana.Orca.Cooling.Off, 'Max': psana.Orca.Cooling.Max}¶

values = {0: psana.Orca.Cooling.Off, 1: psana.Orca.Cooling.On, 2: psana.Orca.Cooling.Max}¶

class ConfigV1.ReadoutMode¶

Subarray = psana.Orca.ReadoutMode.Subarray¶

names = {'x2': psana.Orca.ReadoutMode.x2, 'Subarray': psana.Orca.ReadoutMode.Subarray, 'x1': psana.Orca.ReadoutMode.x1, 'x4': psana.Orca.ReadoutMode.x4}¶

values = {0: psana.Orca.ReadoutMode.x1, 1: psana.Orca.ReadoutMode.x2, 2: psana.Orca.ReadoutMode.x4, 3: psana.Orca.ReadoutMode.Subarray}¶

x1 = psana.Orca.ReadoutMode.x1¶

x2 = psana.Orca.ReadoutMode.x2¶

x4 = psana.Orca.ReadoutMode.x4¶

ConfigV1.cooling((ConfigV1)arg1) → Cooling¶

ConfigV1.defect_pixel_correction_enabled((ConfigV1)arg1) → int¶

ConfigV1.mode((ConfigV1)arg1) → ReadoutMode¶

ConfigV1.rows((ConfigV1)arg1) → int¶

ConfigV1.Column_Pixels = 2048¶

ConfigV1.Row_Pixels = 2048¶

ConfigV1.TypeId = 66¶

ConfigV1.Version = 1¶

Module psana.Partition ¶

The Python wrapper module for Partition types

Class psana.Partition.ConfigV1 ¶

class psana.Partition.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

bldMask((ConfigV1)arg1) → int :¶: Mask of requested BLD

numSources((ConfigV1)arg1) → int :¶: Number of source definitions

sources((ConfigV1)arg1) → list :¶: Source configuration objects

TypeId = 79¶

Version = 1¶

Class psana.Partition.ConfigV2 ¶

class psana.Partition.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

bldMask((ConfigV2)arg1) → numpy.ndarray :¶: Mask of requested BLD

bldMaskHasBitClear((ConfigV2)arg1, (int)arg2) → int :¶: Returns non-zero if the bit cooresponding to iBit in the word is unset, zero otherwise.

bldMaskHasBitSet((ConfigV2)arg1, (int)arg2) → int :¶: Returns non-zero if the bit cooresponding to iBit in the word is set, zero otherwise.

bldMaskIsNotZero((ConfigV2)arg1) → int :¶: Returns non-zero if any bits in the mask are set, zero otherwise.

bldMaskIsZero((ConfigV2)arg1) → int :¶: Returns non-zero if all bits in the mask are unset, zero otherwise.

numBldMaskBits((ConfigV2)arg1) → int :¶: Returns the total number of bits in the mask

numSources((ConfigV2)arg1) → int :¶: Number of source definitions

numWords((ConfigV2)arg1) → int :¶: Number of words for the bit mask

sources((ConfigV2)arg1) → list :¶: Source configuration objects

TypeId = 79¶

Version = 2¶

Class psana.Partition.Source ¶

class psana.Partition.Source¶

Raises an exception This class cannot be instantiated from Python

group((Source)arg1) → int¶

src((Source)arg1) → psana.Src¶

Module psana.Pimax ¶

The Python wrapper module for Pimax types

Class psana.Pimax.ConfigV1 ¶

class psana.Pimax.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

binX((ConfigV1)arg1) → int¶

binY((ConfigV1)arg1) → int¶

coolingTemp((ConfigV1)arg1) → float¶

exposureEventCode((ConfigV1)arg1) → int¶

exposureTime((ConfigV1)arg1) → float¶

frameSize((ConfigV1)arg1) → int :¶: Total size in bytes of the Frame object

gainIndex((ConfigV1)arg1) → int¶

gateDelay((ConfigV1)arg1) → float¶

gateWidth((ConfigV1)arg1) → float¶

height((ConfigV1)arg1) → int¶

infoReportInterval((ConfigV1)arg1) → int¶

intensifierGain((ConfigV1)arg1) → int¶

kineticHeight((ConfigV1)arg1) → int¶

maskedHeight((ConfigV1)arg1) → int¶

numIntegrationShots((ConfigV1)arg1) → int¶

numPixels((ConfigV1)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

numPixelsX((ConfigV1)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

numPixelsY((ConfigV1)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

orgX((ConfigV1)arg1) → int¶

orgY((ConfigV1)arg1) → int¶

readoutSpeed((ConfigV1)arg1) → float¶

vsSpeed((ConfigV1)arg1) → float¶

width((ConfigV1)arg1) → int¶

TypeId = 80¶

Version = 1¶

Class psana.Pimax.FrameV1 ¶

class psana.Pimax.FrameV1¶

Raises an exception This class cannot be instantiated from Python

data((FrameV1)arg1) → numpy.ndarray¶

readoutTime((FrameV1)arg1) → float¶

shotIdStart((FrameV1)arg1) → int¶

temperature((FrameV1)arg1) → float¶

TypeId = 81¶

Version = 1¶

Module psana.PNCCD ¶

The Python wrapper module for PNCCD types

Class psana.PNCCD.ConfigV1 ¶

class psana.PNCCD.ConfigV1¶

pnCCD configuration class ConfigV1

Raises an exception This class cannot be instantiated from Python

numLinks((ConfigV1)arg1) → int :¶: Number of links in the pnCCD.

payloadSizePerLink((ConfigV1)arg1) → int :¶: Size of the payload in bytes for single link

TypeId = 12¶

Version = 1¶

Class psana.PNCCD.ConfigV2 ¶

class psana.PNCCD.ConfigV2¶

pnCCD configuration class ConfigV2

Raises an exception This class cannot be instantiated from Python

camexMagic((ConfigV2)arg1) → int :¶: Magic word from CAMEX

info((ConfigV2)arg1) → str :¶: Information data string

info_shape((ConfigV2)arg1) → object¶

numChannels((ConfigV2)arg1) → int :¶: Number of channels

numLinks((ConfigV2)arg1) → int :¶: Number of links in the pnCCD.

numRows((ConfigV2)arg1) → int :¶: Number of rows

numSubmoduleChannels((ConfigV2)arg1) → int :¶: Number of submodule channels

numSubmoduleRows((ConfigV2)arg1) → int :¶: Number of submodule rows

numSubmodules((ConfigV2)arg1) → int :¶: Number of submodules

payloadSizePerLink((ConfigV2)arg1) → int :¶: Size of the payload in bytes for single link

timingFName((ConfigV2)arg1) → str :¶: Timing file name string

timingFName_shape((ConfigV2)arg1) → object¶

TypeId = 12¶

Version = 2¶

Class psana.PNCCD.FramesV1 ¶

class psana.PNCCD.FramesV1¶

pnCCD class FramesV1 which is a collection of FrameV1 objects, number of frames in collection is determined by numLinks() method (which should return 4 in most cases). This class does not exist in original pdsdata, has been introduced to psana to help in organizing 4 small pnCCD frames together.

Raises an exception This class cannot be instantiated from Python

frame((FramesV1)arg1, (int)arg2) → FrameV1 :¶: Number of frames is determined by numLinks() method.

frame_shape((FramesV1)arg1) → object¶

numLinks((FramesV1)arg1) → int¶

TypeId = 11¶

Version = 1¶

Class psana.PNCCD.FrameV1 ¶

class psana.PNCCD.FrameV1¶

pnCCD class FrameV1, this is a class which is defined by origianl pdsdata package.

Raises an exception This class cannot be instantiated from Python

_data((FrameV1)arg1) → numpy.ndarray :¶: Frame data

data((FrameV1)arg1) → numpy.ndarray¶

frameNumber((FrameV1)arg1) → int :¶: Frame number

specialWord((FrameV1)arg1) → int :¶: Special values

timeStampHi((FrameV1)arg1) → int :¶: Most significant part of timestamp

timeStampLo((FrameV1)arg1) → int :¶: Least significant part of timestamp

Class psana.PNCCD.FullFrameV1 ¶

class psana.PNCCD.FullFrameV1¶

This is a “synthetic” pnCCD frame which is four original 512x512 frames glued together. This class does not exist in original pdsdata, it has been introduced to psana to simplify access to full frame data in the user code.

Raises an exception This class cannot be instantiated from Python

data((FullFrameV1)arg1) → numpy.ndarray :¶: Full frame data, image size is 1024x1024.

frameNumber((FullFrameV1)arg1) → int :¶: Frame number

specialWord((FullFrameV1)arg1) → int :¶: Special values

timeStampHi((FullFrameV1)arg1) → int :¶: Most significant part of timestamp

timeStampLo((FullFrameV1)arg1) → int :¶: Least significant part of timestamp

TypeId = 11¶

Version = 1¶

Module psana.Princeton ¶

The Python wrapper module for Princeton types

Class psana.Princeton.ConfigV1 ¶

class psana.Princeton.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

binX((ConfigV1)arg1) → int¶

binY((ConfigV1)arg1) → int¶

coolingTemp((ConfigV1)arg1) → float¶

delayMode((ConfigV1)arg1) → int¶

exposureTime((ConfigV1)arg1) → float¶

frameSize((ConfigV1)arg1) → int :¶: Total size in bytes of the Frame object including header and pixel data, this returns the size of FrameV1 object, do not use this config type with FrameV2

height((ConfigV1)arg1) → int¶

numPixels((ConfigV1)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

numPixelsX((ConfigV1)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

numPixelsY((ConfigV1)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

orgX((ConfigV1)arg1) → int¶

orgY((ConfigV1)arg1) → int¶

readoutEventCode((ConfigV1)arg1) → int¶

readoutSpeedIndex((ConfigV1)arg1) → int¶

width((ConfigV1)arg1) → int¶

TypeId = 18¶

Version = 1¶

Class psana.Princeton.ConfigV2 ¶

class psana.Princeton.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

binX((ConfigV2)arg1) → int¶

binY((ConfigV2)arg1) → int¶

coolingTemp((ConfigV2)arg1) → float¶

delayMode((ConfigV2)arg1) → int¶

exposureTime((ConfigV2)arg1) → float¶

frameSize((ConfigV2)arg1) → int :¶: Total size in bytes of the Frame object including header and pixel data, this returns the size of FrameV1 object, do not use this config type with FrameV2

gainIndex((ConfigV2)arg1) → int¶

height((ConfigV2)arg1) → int¶

numPixels((ConfigV2)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

numPixelsX((ConfigV2)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

numPixelsY((ConfigV2)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

orgX((ConfigV2)arg1) → int¶

orgY((ConfigV2)arg1) → int¶

readoutEventCode((ConfigV2)arg1) → int¶

readoutSpeedIndex((ConfigV2)arg1) → int¶

width((ConfigV2)arg1) → int¶

TypeId = 18¶

Version = 2¶

Class psana.Princeton.ConfigV3 ¶

class psana.Princeton.ConfigV3¶

Raises an exception This class cannot be instantiated from Python

binX((ConfigV3)arg1) → int¶

binY((ConfigV3)arg1) → int¶

coolingTemp((ConfigV3)arg1) → float¶

exposureEventCode((ConfigV3)arg1) → int¶

exposureTime((ConfigV3)arg1) → float¶

frameSize((ConfigV3)arg1) → int :¶: Total size in bytes of the Frame object including header and pixel data, this returns the size of FrameV1 object, do not use this config type with FrameV2

gainIndex((ConfigV3)arg1) → int¶

height((ConfigV3)arg1) → int¶

numDelayShots((ConfigV3)arg1) → int¶

numPixels((ConfigV3)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

numPixelsX((ConfigV3)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

numPixelsY((ConfigV3)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

orgX((ConfigV3)arg1) → int¶

orgY((ConfigV3)arg1) → int¶

readoutSpeedIndex((ConfigV3)arg1) → int¶

width((ConfigV3)arg1) → int¶

TypeId = 18¶

Version = 3¶

Class psana.Princeton.ConfigV4 ¶

class psana.Princeton.ConfigV4¶

Raises an exception This class cannot be instantiated from Python

binX((ConfigV4)arg1) → int¶

binY((ConfigV4)arg1) → int¶

coolingTemp((ConfigV4)arg1) → float¶

exposureEventCode((ConfigV4)arg1) → int¶

exposureTime((ConfigV4)arg1) → float¶

frameSize((ConfigV4)arg1) → int :¶: Total size in bytes of the Frame object including header and pixel data, this returns the size of FrameV1 object, do not use this config type with FrameV2

gainIndex((ConfigV4)arg1) → int¶

height((ConfigV4)arg1) → int¶

kineticHeight((ConfigV4)arg1) → int¶

maskedHeight((ConfigV4)arg1) → int¶

numDelayShots((ConfigV4)arg1) → int¶

numPixels((ConfigV4)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

numPixelsX((ConfigV4)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

numPixelsY((ConfigV4)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

orgX((ConfigV4)arg1) → int¶

orgY((ConfigV4)arg1) → int¶

readoutSpeedIndex((ConfigV4)arg1) → int¶

vsSpeed((ConfigV4)arg1) → float¶

width((ConfigV4)arg1) → int¶

TypeId = 18¶

Version = 4¶

Class psana.Princeton.ConfigV5 ¶

class psana.Princeton.ConfigV5¶

Raises an exception This class cannot be instantiated from Python

binX((ConfigV5)arg1) → int¶

binY((ConfigV5)arg1) → int¶

coolingTemp((ConfigV5)arg1) → float¶

exposureEventCode((ConfigV5)arg1) → int¶

exposureTime((ConfigV5)arg1) → float¶

frameSize((ConfigV5)arg1) → int :¶: Total size in bytes of the Frame object including header and pixel data, this returns the size of FrameV2 object, do not use this config type with FrameV1

gainIndex((ConfigV5)arg1) → int¶

height((ConfigV5)arg1) → int¶

infoReportInterval((ConfigV5)arg1) → int¶

kineticHeight((ConfigV5)arg1) → int¶

maskedHeight((ConfigV5)arg1) → int¶

numDelayShots((ConfigV5)arg1) → int¶

numPixels((ConfigV5)arg1) → int :¶: calculate total frame size in pixels based on the current ROI and binning settings

numPixelsX((ConfigV5)arg1) → int :¶: calculate frame X size in pixels based on the current ROI and binning settings

numPixelsY((ConfigV5)arg1) → int :¶: calculate frame Y size in pixels based on the current ROI and binning settings

orgX((ConfigV5)arg1) → int¶

orgY((ConfigV5)arg1) → int¶

readoutSpeedIndex((ConfigV5)arg1) → int¶

vsSpeed((ConfigV5)arg1) → float¶

width((ConfigV5)arg1) → int¶

TypeId = 18¶

Version = 5¶

Class psana.Princeton.FrameV1 ¶

class psana.Princeton.FrameV1¶

Raises an exception This class cannot be instantiated from Python

data((FrameV1)arg1) → numpy.ndarray¶

readoutTime((FrameV1)arg1) → float¶

shotIdStart((FrameV1)arg1) → int¶

TypeId = 17¶

Version = 1¶

Class psana.Princeton.FrameV2 ¶

class psana.Princeton.FrameV2¶

Raises an exception This class cannot be instantiated from Python

data((FrameV2)arg1) → numpy.ndarray¶

readoutTime((FrameV2)arg1) → float¶

shotIdStart((FrameV2)arg1) → int¶

temperature((FrameV2)arg1) → float¶

TypeId = 17¶

Version = 2¶

Class psana.Princeton.InfoV1 ¶

class psana.Princeton.InfoV1¶

Raises an exception This class cannot be instantiated from Python

temperature((InfoV1)arg1) → float¶

TypeId = 27¶

Version = 1¶

Module psana.Pulnix ¶

The Python wrapper module for Pulnix types

Class psana.Pulnix.TM6740ConfigV1 ¶

class psana.Pulnix.TM6740ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Binning¶

names = {'x2': psana.Pulnix.Binning.x2, 'x1': psana.Pulnix.Binning.x1, 'x4': psana.Pulnix.Binning.x4}¶

values = {0: psana.Pulnix.Binning.x1, 1: psana.Pulnix.Binning.x2, 2: psana.Pulnix.Binning.x4}¶

x1 = psana.Pulnix.Binning.x1¶

x2 = psana.Pulnix.Binning.x2¶

x4 = psana.Pulnix.Binning.x4¶

class TM6740ConfigV1.Depth¶

Eight_bit = psana.Pulnix.Depth.Eight_bit¶

Ten_bit = psana.Pulnix.Depth.Ten_bit¶

names = {'Eight_bit': psana.Pulnix.Depth.Eight_bit, 'Ten_bit': psana.Pulnix.Depth.Ten_bit}¶

values = {0: psana.Pulnix.Depth.Eight_bit, 1: psana.Pulnix.Depth.Ten_bit}¶

class TM6740ConfigV1.LookupTable¶

Gamma = psana.Pulnix.LookupTable.Gamma¶

Linear = psana.Pulnix.LookupTable.Linear¶

names = {'Linear': psana.Pulnix.LookupTable.Linear, 'Gamma': psana.Pulnix.LookupTable.Gamma}¶

values = {0: psana.Pulnix.LookupTable.Gamma, 1: psana.Pulnix.LookupTable.Linear}¶

TM6740ConfigV1.gain_a((TM6740ConfigV1)arg1) → int¶

TM6740ConfigV1.gain_b((TM6740ConfigV1)arg1) → int¶

TM6740ConfigV1.gain_balance((TM6740ConfigV1)arg1) → int¶

TM6740ConfigV1.horizontal_binning((TM6740ConfigV1)arg1) → Binning¶

TM6740ConfigV1.lookuptable_mode((TM6740ConfigV1)arg1) → LookupTable¶

TM6740ConfigV1.output_resolution((TM6740ConfigV1)arg1) → Depth¶

TM6740ConfigV1.output_resolution_bits((TM6740ConfigV1)arg1) → int :¶: bit-depth of pixel counts

TM6740ConfigV1.shutter_width((TM6740ConfigV1)arg1) → int¶

TM6740ConfigV1.vertical_binning((TM6740ConfigV1)arg1) → Binning¶

TM6740ConfigV1.vref((TM6740ConfigV1)arg1) → int¶

TM6740ConfigV1.Column_Pixels = 640¶

TM6740ConfigV1.Row_Pixels = 480¶

TM6740ConfigV1.TypeId = 9¶

TM6740ConfigV1.Version = 1¶

Class psana.Pulnix.TM6740ConfigV2 ¶

class psana.Pulnix.TM6740ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class Binning¶

names = {'x2': psana.Pulnix.Binning.x2, 'x1': psana.Pulnix.Binning.x1, 'x4': psana.Pulnix.Binning.x4}¶

values = {0: psana.Pulnix.Binning.x1, 1: psana.Pulnix.Binning.x2, 2: psana.Pulnix.Binning.x4}¶

x1 = psana.Pulnix.Binning.x1¶

x2 = psana.Pulnix.Binning.x2¶

x4 = psana.Pulnix.Binning.x4¶

class TM6740ConfigV2.Depth¶

Eight_bit = psana.Pulnix.Depth.Eight_bit¶

Ten_bit = psana.Pulnix.Depth.Ten_bit¶

names = {'Eight_bit': psana.Pulnix.Depth.Eight_bit, 'Ten_bit': psana.Pulnix.Depth.Ten_bit}¶

values = {0: psana.Pulnix.Depth.Eight_bit, 1: psana.Pulnix.Depth.Ten_bit}¶

class TM6740ConfigV2.LookupTable¶

Gamma = psana.Pulnix.LookupTable.Gamma¶

Linear = psana.Pulnix.LookupTable.Linear¶

names = {'Linear': psana.Pulnix.LookupTable.Linear, 'Gamma': psana.Pulnix.LookupTable.Gamma}¶

values = {0: psana.Pulnix.LookupTable.Gamma, 1: psana.Pulnix.LookupTable.Linear}¶

TM6740ConfigV2.gain_a((TM6740ConfigV2)arg1) → int¶

TM6740ConfigV2.gain_b((TM6740ConfigV2)arg1) → int¶

TM6740ConfigV2.gain_balance((TM6740ConfigV2)arg1) → int¶

TM6740ConfigV2.horizontal_binning((TM6740ConfigV2)arg1) → Binning¶

TM6740ConfigV2.lookuptable_mode((TM6740ConfigV2)arg1) → LookupTable¶

TM6740ConfigV2.output_resolution((TM6740ConfigV2)arg1) → Depth¶

TM6740ConfigV2.output_resolution_bits((TM6740ConfigV2)arg1) → int :¶: bit-depth of pixel counts

TM6740ConfigV2.vertical_binning((TM6740ConfigV2)arg1) → Binning¶

TM6740ConfigV2.vref_a((TM6740ConfigV2)arg1) → int¶

TM6740ConfigV2.vref_b((TM6740ConfigV2)arg1) → int¶

TM6740ConfigV2.Column_Pixels = 640¶

TM6740ConfigV2.Row_Pixels = 480¶

TM6740ConfigV2.TypeId = 9¶

TM6740ConfigV2.Version = 2¶

Module psana.Quartz ¶

The Python wrapper module for Quartz types

Class psana.Quartz.ConfigV1 ¶

class psana.Quartz.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Binning¶

names = {'x2': psana.Quartz.Binning.x2, 'x1': psana.Quartz.Binning.x1, 'x4': psana.Quartz.Binning.x4}¶

values = {0: psana.Quartz.Binning.x1, 1: psana.Quartz.Binning.x2, 2: psana.Quartz.Binning.x4}¶

x1 = psana.Quartz.Binning.x1¶

x2 = psana.Quartz.Binning.x2¶

x4 = psana.Quartz.Binning.x4¶

class ConfigV1.Depth¶

Eight_bit = psana.Quartz.Depth.Eight_bit¶

Ten_bit = psana.Quartz.Depth.Ten_bit¶

names = {'Eight_bit': psana.Quartz.Depth.Eight_bit, 'Ten_bit': psana.Quartz.Depth.Ten_bit}¶

values = {0: psana.Quartz.Depth.Eight_bit, 1: psana.Quartz.Depth.Ten_bit}¶

class ConfigV1.Mirroring¶

HFlip = psana.Quartz.Mirroring.HFlip¶

HVFlip = psana.Quartz.Mirroring.HVFlip¶

None = psana.Quartz.Mirroring.None¶

VFlip = psana.Quartz.Mirroring.VFlip¶

names = {'None': psana.Quartz.Mirroring.None, 'HFlip': psana.Quartz.Mirroring.HFlip, 'HVFlip': psana.Quartz.Mirroring.HVFlip, 'VFlip': psana.Quartz.Mirroring.VFlip}¶

values = {0: psana.Quartz.Mirroring.None, 1: psana.Quartz.Mirroring.HFlip, 2: psana.Quartz.Mirroring.VFlip, 3: psana.Quartz.Mirroring.HVFlip}¶

ConfigV1.black_level((ConfigV1)arg1) → int :¶: offset/pedestal setting for camera (before gain)

ConfigV1.defect_pixel_coordinates((ConfigV1)arg1) → list¶

ConfigV1.defect_pixel_correction_enabled((ConfigV1)arg1) → int :¶: correct defective pixels internally

ConfigV1.gain_percent((ConfigV1)arg1) → int :¶: camera gain setting in percentile [100-3200] = [1x-32x]

ConfigV1.horizontal_binning((ConfigV1)arg1) → Binning :¶: horizontal re-binning of output (consecutive rows summed)

ConfigV1.number_of_defect_pixels((ConfigV1)arg1) → int¶

ConfigV1.output_lookup_table((ConfigV1)arg1) → numpy.ndarray¶

ConfigV1.output_lookup_table_enabled((ConfigV1)arg1) → int :¶: apply output lookup table corrections

ConfigV1.output_mirroring((ConfigV1)arg1) → Mirroring :¶: geometric transformation of the image

ConfigV1.output_offset((ConfigV1)arg1) → int :¶: offset/pedestal value in pixel counts

ConfigV1.output_resolution((ConfigV1)arg1) → Depth :¶: bit-depth of pixel counts

ConfigV1.output_resolution_bits((ConfigV1)arg1) → int :¶: bit-depth of pixel counts

ConfigV1.vertical_binning((ConfigV1)arg1) → Binning :¶: vertical re-binning of output (consecutive rows summed)

ConfigV1.Column_Pixels = 2048¶

ConfigV1.LUT_Size = 4096¶

ConfigV1.Output_LUT_Size = 4096¶

ConfigV1.Row_Pixels = 2048¶

ConfigV1.TypeId = 57¶

ConfigV1.Version = 1¶

Class psana.Quartz.ConfigV2 ¶

class psana.Quartz.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class Binning¶

names = {'x2': psana.Quartz.Binning.x2, 'x1': psana.Quartz.Binning.x1, 'x4': psana.Quartz.Binning.x4}¶

values = {0: psana.Quartz.Binning.x1, 1: psana.Quartz.Binning.x2, 2: psana.Quartz.Binning.x4}¶

x1 = psana.Quartz.Binning.x1¶

x2 = psana.Quartz.Binning.x2¶

x4 = psana.Quartz.Binning.x4¶

class ConfigV2.Depth¶

Eight_bit = psana.Quartz.Depth.Eight_bit¶

Ten_bit = psana.Quartz.Depth.Ten_bit¶

names = {'Eight_bit': psana.Quartz.Depth.Eight_bit, 'Ten_bit': psana.Quartz.Depth.Ten_bit}¶

values = {0: psana.Quartz.Depth.Eight_bit, 1: psana.Quartz.Depth.Ten_bit}¶

class ConfigV2.Mirroring¶

HFlip = psana.Quartz.Mirroring.HFlip¶

HVFlip = psana.Quartz.Mirroring.HVFlip¶

None = psana.Quartz.Mirroring.None¶

VFlip = psana.Quartz.Mirroring.VFlip¶

names = {'None': psana.Quartz.Mirroring.None, 'HFlip': psana.Quartz.Mirroring.HFlip, 'HVFlip': psana.Quartz.Mirroring.HVFlip, 'VFlip': psana.Quartz.Mirroring.VFlip}¶

values = {0: psana.Quartz.Mirroring.None, 1: psana.Quartz.Mirroring.HFlip, 2: psana.Quartz.Mirroring.VFlip, 3: psana.Quartz.Mirroring.HVFlip}¶

ConfigV2.black_level((ConfigV2)arg1) → int :¶: offset/pedestal setting for camera (before gain)

ConfigV2.defect_pixel_coordinates((ConfigV2)arg1) → list¶

ConfigV2.defect_pixel_correction_enabled((ConfigV2)arg1) → int :¶: correct defective pixels internally

ConfigV2.gain_percent((ConfigV2)arg1) → int :¶: camera gain setting in percentile [100-3200] = [1x-32x]

ConfigV2.horizontal_binning((ConfigV2)arg1) → Binning :¶: horizontal re-binning of output (consecutive rows summed)

ConfigV2.max_taps((ConfigV2)arg1) → int :¶: maximum taps in output driver

ConfigV2.number_of_defect_pixels((ConfigV2)arg1) → int¶

ConfigV2.output_lookup_table((ConfigV2)arg1) → numpy.ndarray¶

ConfigV2.output_lookup_table_enabled((ConfigV2)arg1) → int :¶: apply output lookup table corrections

ConfigV2.output_mirroring((ConfigV2)arg1) → Mirroring :¶: geometric transformation of the image

ConfigV2.output_offset((ConfigV2)arg1) → int :¶: offset/pedestal value in pixel counts

ConfigV2.output_resolution((ConfigV2)arg1) → Depth :¶: bit-depth of pixel counts

ConfigV2.output_resolution_bits((ConfigV2)arg1) → int :¶: bit-depth of pixel counts

ConfigV2.roi_hi((ConfigV2)arg1) → FrameCoord :¶: hardware ROI end

ConfigV2.roi_lo((ConfigV2)arg1) → FrameCoord :¶: hardware ROI begin

ConfigV2.use_hardware_roi((ConfigV2)arg1) → int :¶: enable hardware region of interest

ConfigV2.use_test_pattern((ConfigV2)arg1) → int :¶: enable the test pattern

ConfigV2.vertical_binning((ConfigV2)arg1) → Binning :¶: vertical re-binning of output (consecutive rows summed)

ConfigV2.Column_Pixels = 2048¶

ConfigV2.LUT_Size = 4096¶

ConfigV2.Output_LUT_Size = 4096¶

ConfigV2.Row_Pixels = 2048¶

ConfigV2.TypeId = 57¶

ConfigV2.Version = 2¶

Module psana.Rayonix ¶

The Python wrapper module for Rayonix types

Class psana.Rayonix.ConfigV1 ¶

class psana.Rayonix.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class ReadoutMode¶

EDR = psana.Rayonix.ReadoutMode.EDR¶

HighGain = psana.Rayonix.ReadoutMode.HighGain¶

LowNoise = psana.Rayonix.ReadoutMode.LowNoise¶

Standard = psana.Rayonix.ReadoutMode.Standard¶

names = {'EDR': psana.Rayonix.ReadoutMode.EDR, 'LowNoise': psana.Rayonix.ReadoutMode.LowNoise, 'HighGain': psana.Rayonix.ReadoutMode.HighGain, 'Standard': psana.Rayonix.ReadoutMode.Standard}¶

values = {0: psana.Rayonix.ReadoutMode.Standard, 1: psana.Rayonix.ReadoutMode.HighGain, 2: psana.Rayonix.ReadoutMode.LowNoise, 3: psana.Rayonix.ReadoutMode.EDR}¶

ConfigV1.binning_f((ConfigV1)arg1) → int¶

ConfigV1.binning_s((ConfigV1)arg1) → int¶

ConfigV1.darkFlag((ConfigV1)arg1) → int¶

ConfigV1.deviceID((ConfigV1)arg1) → str¶

ConfigV1.exposure((ConfigV1)arg1) → int¶

ConfigV1.rawMode((ConfigV1)arg1) → int¶

ConfigV1.readoutMode((ConfigV1)arg1) → ReadoutMode¶

ConfigV1.trigger((ConfigV1)arg1) → int¶

ConfigV1.DeviceIDMax = 40¶

ConfigV1.TypeId = 73¶

ConfigV1.Version = 1¶

Class psana.Rayonix.ConfigV2 ¶

class psana.Rayonix.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class ReadoutMode¶

HDR = psana.Rayonix.ReadoutMode.HDR¶

HighGain = psana.Rayonix.ReadoutMode.HighGain¶

LowNoise = psana.Rayonix.ReadoutMode.LowNoise¶

Standard = psana.Rayonix.ReadoutMode.Standard¶

Unknown = psana.Rayonix.ReadoutMode.Unknown¶

names = {'HDR': psana.Rayonix.ReadoutMode.HDR, 'Unknown': psana.Rayonix.ReadoutMode.Unknown, 'LowNoise': psana.Rayonix.ReadoutMode.LowNoise, 'HighGain': psana.Rayonix.ReadoutMode.HighGain, 'Standard': psana.Rayonix.ReadoutMode.Standard}¶

values = {0: psana.Rayonix.ReadoutMode.Unknown, 1: psana.Rayonix.ReadoutMode.Standard, 2: psana.Rayonix.ReadoutMode.HighGain, 3: psana.Rayonix.ReadoutMode.LowNoise, 4: psana.Rayonix.ReadoutMode.HDR}¶

ConfigV2.binning_f((ConfigV2)arg1) → int¶

ConfigV2.binning_s((ConfigV2)arg1) → int¶

ConfigV2.darkFlag((ConfigV2)arg1) → int¶

ConfigV2.deviceID((ConfigV2)arg1) → str¶

ConfigV2.exposure((ConfigV2)arg1) → int¶

ConfigV2.rawMode((ConfigV2)arg1) → int¶

ConfigV2.readoutMode((ConfigV2)arg1) → ReadoutMode¶

ConfigV2.testPattern((ConfigV2)arg1) → int¶

ConfigV2.trigger((ConfigV2)arg1) → int¶

ConfigV2.DeviceIDMax = 40¶

ConfigV2.TypeId = 73¶

ConfigV2.Version = 2¶

Module psana.smalldata ¶

existing issue to remember:

> How do people access _dlist_master for applications like psmon?

> user forgets to call save, they get a small but empty HDF5 – atexit – use a destructor: __del__ (prone to circular ref issues) – use “with” statement + __exit__ (may affect interface)

> metadata – docstrings for default values – user interface for adding attributes/info/units (e.g. smld.attribute(a=’a is great’)) – xarray compatability?

> chunking for performance?

>>> from Silke
- storing extra "attributes" or datasets with stuff like ROI (like summary/config field)
- think about cube problem
- user-controlled mode for event distribution (e.g. based on delay-time)
- always write detectors like phasecav

>>> xarray thoughts from Jason:
- coordinates/attributes for everything, using h5netcdf
- for analyzing the small-data: xarray makes it easy to select/filter,
  and will keep track of coordinates for you
- can use pandas for plotting and packages like seaborn (stat plotting)
  with these coordinate arrays
- the xarray coordinates will provide the time sorting
- wildcard to merge multiple files
- didn't support variable length data? (maybe can do this)
- treats NaNs correctly
- would merge fast and slow detectors (e.g. eventcode 40 and 42)
- handles dropped data
- not clear that xarray can write pieces while taking data?
- probably supports hierarchy of hdf5 groups in h5netcdf, but might
  make it more difficult to cut/merge/sort in xarray

Class psana.smalldata.SmallData ¶

class psana.smalldata.SmallData(datasource_parent, filename=None, save_on_gather=False)[source]¶

On master,

numbers (int/float) are lists of arrays, representing workers (items in the list) and events (items in the array)
arrays are lists of lists (!) of arrays, representing workers (items in the outter list) and events (items in the inner list) and values of the original array (arrays)

gather_interval : int: The number of events a single process must see before the results get gathered for processing. If None, then only gather results when save is called.
save_on_gather : bool: Whether to save the results to disk periodically (after the results get gathered)

_backfill_client(target_events, dlist_element, key)[source]¶

static _backfill_master(target_events, dlist_element, fill_value)[source]¶

_dlist_append(dlist, key, value)[source]¶

_dlist_append_client(key, value)[source]¶

_event_default()[source]¶: Cherry-picked machine parameters we think will be useful for basically every experiment

_gather()[source]¶: Gather arrays and numbers from all MPI ranks.

_gather_arrays(array_list, key)[source]¶: Gather arrays from all workers and update the master’s dlist

_gather_numbers(num_list, key)[source]¶

_get_node(k)[source]¶: Retrieve or create (if necessary) the pytables node for a specific key.

_initialize_default_detectors()[source]¶

_mpi_reduce(value, function)[source]¶

static _num_or_array(obj)[source]¶

_save(*args, **kwargs)[source]¶

_sort(obj, sort_order)[source]¶: sort obj, an array or list, by sort_order in dim -1, IN PLACE

close()[source]¶: Close the HDF5 file used for writing.

event(*args, **kwargs)[source]¶

Save some data from this event for later use.

*args : dictionaries: Save HDF5 group heirarchies using nested dictionaries. Each level of the dictionary is a level in the HDF5 group heirarchy.
**kwargs : datasetname, dataset: Save an arbitrary piece of data from this run. The kwarg will give it an (HDF5 dataset) name that appears in the resulting HDF5 file.

>>> # save the status of a laser
>>> smldata.event(laser_on=laser_on)

>>> # save "data' at a special location "/base/next_group/data"
>>> smldata.event({'base': {'next_group' : data}})

max(value)[source]¶

min(value)[source]¶

missing(key)[source]¶: Use the send_list to figure out the correct types and fill values for missing data

save(*args, **kwargs)[source]¶

Save registered data to an HDF5 file.

There are 3 behaviors of the arguments to this function:

Decide what ‘event data’ (declared by SmallData.event()) should be saved

Add summary (ie. any non-event) data using key-value pairs (similar to SmallData.event())

Add summary (ie. any non-event) data organized in a heirarchy using nested dictionaries (als similar to SmallData.event())

These data are then saved to the file specifed in the SmallData constructor.

*args : strings: A list of the event data names to save, if you want to save a subset. Otherwise save all data to disk. For example, imagine you had called SmallData.event(a=..., b=...). Then smldata.save(‘b’) would not save data labelled ‘a’. smldata.save() would save both ‘a’ and ‘b’.
*args : dictionaries: In direct analogy to the SmallData.event call, you can also pass HDF5 group heirarchies using nested dictionaries. Each level of the dictionary is a level in the HDF5 group heirarchy.
**kwargs : datasetname, dataset: Similar to SmallData.event, it is possible to save arbitrary singleton data (e.g. at the end of a run, to save an average over some quanitity).
event_data : bool: Special kwarg. If False, do not save the event data, just the run summary data. If True (default), do.

>>> # save all event data
>>> smldata.save()

>>> # save all event data AND "array_containing_sum"
>>> smldata.save(cspad_sum=array_containing_sum)

>>> # save 'b' event data, and no other
>>> smldata.save('b')

>>> # save all event data AND "/base/next_group/data"
>>> smldata.save({'base': {'next_group' : data}})

sum(value)[source]¶

_nevents¶

_nevents_on_disk¶

currevt¶

master¶

Class psana.smalldata.SynchDict ¶

class psana.smalldata.SynchDict[source]¶

Class used to keep track of all arrays that need to be gathered (a.k.a. “send_list”). This dictionary is synched before every call to gather.

keys()[source]¶

synchronize()[source]¶

Function psana.smalldata.remove_values ¶

psana.smalldata.remove_values(the_list, val)[source]¶

Module psana.SmlData ¶

The Python wrapper module for SmlData types

Class psana.SmlData.ConfigV1 ¶

class psana.SmlData.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

sizeThreshold((ConfigV1)arg1) → int¶

TypeId = 89¶

Version = 1¶

Class psana.SmlData.OrigDgramOffsetV1 ¶

class psana.SmlData.OrigDgramOffsetV1¶

Raises an exception This class cannot be instantiated from Python

extent((OrigDgramOffsetV1)arg1) → int¶

fileOffset((OrigDgramOffsetV1)arg1) → int¶

TypeId = 90¶

Version = 1¶

Class psana.SmlData.ProxyV1 ¶

class psana.SmlData.ProxyV1¶

Raises an exception This class cannot be instantiated from Python

extent((ProxyV1)arg1) → int¶

fileOffset((ProxyV1)arg1) → int¶

type((ProxyV1)arg1) → object¶

TypeId = 91¶

Version = 1¶

Module psana.Timepix ¶

The Python wrapper module for Timepix types

Class psana.Timepix.ConfigV1 ¶

class psana.Timepix.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class ReadoutSpeed¶

ReadoutSpeed_Fast = psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast¶

ReadoutSpeed_Slow = psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow¶

names = {'ReadoutSpeed_Slow': psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow, 'ReadoutSpeed_Fast': psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast}¶

values = {0: psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow, 1: psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast}¶

class ConfigV1.TriggerMode¶

TriggerMode_ExtNeg = psana.Timepix.TriggerMode.TriggerMode_ExtNeg¶

TriggerMode_ExtPos = psana.Timepix.TriggerMode.TriggerMode_ExtPos¶

TriggerMode_Soft = psana.Timepix.TriggerMode.TriggerMode_Soft¶

names = {'TriggerMode_ExtNeg': psana.Timepix.TriggerMode.TriggerMode_ExtNeg, 'TriggerMode_Soft': psana.Timepix.TriggerMode.TriggerMode_Soft, 'TriggerMode_ExtPos': psana.Timepix.TriggerMode.TriggerMode_ExtPos}¶

values = {0: psana.Timepix.TriggerMode.TriggerMode_ExtPos, 1: psana.Timepix.TriggerMode.TriggerMode_ExtNeg, 2: psana.Timepix.TriggerMode.TriggerMode_Soft}¶

ConfigV1.dac0BiasLvds((ConfigV1)arg1) → int¶

ConfigV1.dac0BufAnalogA((ConfigV1)arg1) → int¶

ConfigV1.dac0BufAnalogB((ConfigV1)arg1) → int¶

ConfigV1.dac0Disc((ConfigV1)arg1) → int¶

ConfigV1.dac0Fbk((ConfigV1)arg1) → int¶

ConfigV1.dac0Gnd((ConfigV1)arg1) → int¶

ConfigV1.dac0Hist((ConfigV1)arg1) → int¶

ConfigV1.dac0Ikrum((ConfigV1)arg1) → int¶

ConfigV1.dac0Preamp((ConfigV1)arg1) → int¶

ConfigV1.dac0RefLvds((ConfigV1)arg1) → int¶

ConfigV1.dac0ThlCourse((ConfigV1)arg1) → int¶

ConfigV1.dac0ThlFine((ConfigV1)arg1) → int¶

ConfigV1.dac0Ths((ConfigV1)arg1) → int¶

ConfigV1.dac0Vcas((ConfigV1)arg1) → int¶

ConfigV1.dac1BiasLvds((ConfigV1)arg1) → int¶

ConfigV1.dac1BufAnalogA((ConfigV1)arg1) → int¶

ConfigV1.dac1BufAnalogB((ConfigV1)arg1) → int¶

ConfigV1.dac1Disc((ConfigV1)arg1) → int¶

ConfigV1.dac1Fbk((ConfigV1)arg1) → int¶

ConfigV1.dac1Gnd((ConfigV1)arg1) → int¶

ConfigV1.dac1Hist((ConfigV1)arg1) → int¶

ConfigV1.dac1Ikrum((ConfigV1)arg1) → int¶

ConfigV1.dac1Preamp((ConfigV1)arg1) → int¶

ConfigV1.dac1RefLvds((ConfigV1)arg1) → int¶

ConfigV1.dac1ThlCourse((ConfigV1)arg1) → int¶

ConfigV1.dac1ThlFine((ConfigV1)arg1) → int¶

ConfigV1.dac1Ths((ConfigV1)arg1) → int¶

ConfigV1.dac1Vcas((ConfigV1)arg1) → int¶

ConfigV1.dac2BiasLvds((ConfigV1)arg1) → int¶

ConfigV1.dac2BufAnalogA((ConfigV1)arg1) → int¶

ConfigV1.dac2BufAnalogB((ConfigV1)arg1) → int¶

ConfigV1.dac2Disc((ConfigV1)arg1) → int¶

ConfigV1.dac2Fbk((ConfigV1)arg1) → int¶

ConfigV1.dac2Gnd((ConfigV1)arg1) → int¶

ConfigV1.dac2Hist((ConfigV1)arg1) → int¶

ConfigV1.dac2Ikrum((ConfigV1)arg1) → int¶

ConfigV1.dac2Preamp((ConfigV1)arg1) → int¶

ConfigV1.dac2RefLvds((ConfigV1)arg1) → int¶

ConfigV1.dac2ThlCourse((ConfigV1)arg1) → int¶

ConfigV1.dac2ThlFine((ConfigV1)arg1) → int¶

ConfigV1.dac2Ths((ConfigV1)arg1) → int¶

ConfigV1.dac2Vcas((ConfigV1)arg1) → int¶

ConfigV1.dac3BiasLvds((ConfigV1)arg1) → int¶

ConfigV1.dac3BufAnalogA((ConfigV1)arg1) → int¶

ConfigV1.dac3BufAnalogB((ConfigV1)arg1) → int¶

ConfigV1.dac3Disc((ConfigV1)arg1) → int¶

ConfigV1.dac3Fbk((ConfigV1)arg1) → int¶

ConfigV1.dac3Gnd((ConfigV1)arg1) → int¶

ConfigV1.dac3Hist((ConfigV1)arg1) → int¶

ConfigV1.dac3Ikrum((ConfigV1)arg1) → int¶

ConfigV1.dac3Preamp((ConfigV1)arg1) → int¶

ConfigV1.dac3RefLvds((ConfigV1)arg1) → int¶

ConfigV1.dac3ThlCourse((ConfigV1)arg1) → int¶

ConfigV1.dac3ThlFine((ConfigV1)arg1) → int¶

ConfigV1.dac3Ths((ConfigV1)arg1) → int¶

ConfigV1.dac3Vcas((ConfigV1)arg1) → int¶

ConfigV1.readoutSpeed((ConfigV1)arg1) → ReadoutSpeed¶

ConfigV1.shutterTimeout((ConfigV1)arg1) → int¶

ConfigV1.triggerMode((ConfigV1)arg1) → TriggerMode¶

ConfigV1.ChipCount = 4¶

ConfigV1.TypeId = 49¶

ConfigV1.Version = 1¶

Class psana.Timepix.ConfigV2 ¶

class psana.Timepix.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class ReadoutSpeed¶

ReadoutSpeed_Fast = psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast¶

ReadoutSpeed_Slow = psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow¶

names = {'ReadoutSpeed_Slow': psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow, 'ReadoutSpeed_Fast': psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast}¶

values = {0: psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow, 1: psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast}¶

class ConfigV2.TriggerMode¶

TriggerMode_ExtNeg = psana.Timepix.TriggerMode.TriggerMode_ExtNeg¶

TriggerMode_ExtPos = psana.Timepix.TriggerMode.TriggerMode_ExtPos¶

TriggerMode_Soft = psana.Timepix.TriggerMode.TriggerMode_Soft¶

names = {'TriggerMode_ExtNeg': psana.Timepix.TriggerMode.TriggerMode_ExtNeg, 'TriggerMode_Soft': psana.Timepix.TriggerMode.TriggerMode_Soft, 'TriggerMode_ExtPos': psana.Timepix.TriggerMode.TriggerMode_ExtPos}¶

values = {0: psana.Timepix.TriggerMode.TriggerMode_ExtPos, 1: psana.Timepix.TriggerMode.TriggerMode_ExtNeg, 2: psana.Timepix.TriggerMode.TriggerMode_Soft}¶

ConfigV2.chip0ID((ConfigV2)arg1) → int¶

ConfigV2.chip0Name((ConfigV2)arg1) → str¶

ConfigV2.chip1ID((ConfigV2)arg1) → int¶

ConfigV2.chip1Name((ConfigV2)arg1) → str¶

ConfigV2.chip2ID((ConfigV2)arg1) → int¶

ConfigV2.chip2Name((ConfigV2)arg1) → str¶

ConfigV2.chip3ID((ConfigV2)arg1) → int¶

ConfigV2.chip3Name((ConfigV2)arg1) → str¶

ConfigV2.chipCount((ConfigV2)arg1) → int¶

ConfigV2.dac0BiasLvds((ConfigV2)arg1) → int¶

ConfigV2.dac0BufAnalogA((ConfigV2)arg1) → int¶

ConfigV2.dac0BufAnalogB((ConfigV2)arg1) → int¶

ConfigV2.dac0Disc((ConfigV2)arg1) → int¶

ConfigV2.dac0Fbk((ConfigV2)arg1) → int¶

ConfigV2.dac0Gnd((ConfigV2)arg1) → int¶

ConfigV2.dac0Hist((ConfigV2)arg1) → int¶

ConfigV2.dac0Ikrum((ConfigV2)arg1) → int¶

ConfigV2.dac0Preamp((ConfigV2)arg1) → int¶

ConfigV2.dac0RefLvds((ConfigV2)arg1) → int¶

ConfigV2.dac0ThlCourse((ConfigV2)arg1) → int¶

ConfigV2.dac0ThlFine((ConfigV2)arg1) → int¶

ConfigV2.dac0Ths((ConfigV2)arg1) → int¶

ConfigV2.dac0Vcas((ConfigV2)arg1) → int¶

ConfigV2.dac1BiasLvds((ConfigV2)arg1) → int¶

ConfigV2.dac1BufAnalogA((ConfigV2)arg1) → int¶

ConfigV2.dac1BufAnalogB((ConfigV2)arg1) → int¶

ConfigV2.dac1Disc((ConfigV2)arg1) → int¶

ConfigV2.dac1Fbk((ConfigV2)arg1) → int¶

ConfigV2.dac1Gnd((ConfigV2)arg1) → int¶

ConfigV2.dac1Hist((ConfigV2)arg1) → int¶

ConfigV2.dac1Ikrum((ConfigV2)arg1) → int¶

ConfigV2.dac1Preamp((ConfigV2)arg1) → int¶

ConfigV2.dac1RefLvds((ConfigV2)arg1) → int¶

ConfigV2.dac1ThlCourse((ConfigV2)arg1) → int¶

ConfigV2.dac1ThlFine((ConfigV2)arg1) → int¶

ConfigV2.dac1Ths((ConfigV2)arg1) → int¶

ConfigV2.dac1Vcas((ConfigV2)arg1) → int¶

ConfigV2.dac2BiasLvds((ConfigV2)arg1) → int¶

ConfigV2.dac2BufAnalogA((ConfigV2)arg1) → int¶

ConfigV2.dac2BufAnalogB((ConfigV2)arg1) → int¶

ConfigV2.dac2Disc((ConfigV2)arg1) → int¶

ConfigV2.dac2Fbk((ConfigV2)arg1) → int¶

ConfigV2.dac2Gnd((ConfigV2)arg1) → int¶

ConfigV2.dac2Hist((ConfigV2)arg1) → int¶

ConfigV2.dac2Ikrum((ConfigV2)arg1) → int¶

ConfigV2.dac2Preamp((ConfigV2)arg1) → int¶

ConfigV2.dac2RefLvds((ConfigV2)arg1) → int¶

ConfigV2.dac2ThlCourse((ConfigV2)arg1) → int¶

ConfigV2.dac2ThlFine((ConfigV2)arg1) → int¶

ConfigV2.dac2Ths((ConfigV2)arg1) → int¶

ConfigV2.dac2Vcas((ConfigV2)arg1) → int¶

ConfigV2.dac3BiasLvds((ConfigV2)arg1) → int¶

ConfigV2.dac3BufAnalogA((ConfigV2)arg1) → int¶

ConfigV2.dac3BufAnalogB((ConfigV2)arg1) → int¶

ConfigV2.dac3Disc((ConfigV2)arg1) → int¶

ConfigV2.dac3Fbk((ConfigV2)arg1) → int¶

ConfigV2.dac3Gnd((ConfigV2)arg1) → int¶

ConfigV2.dac3Hist((ConfigV2)arg1) → int¶

ConfigV2.dac3Ikrum((ConfigV2)arg1) → int¶

ConfigV2.dac3Preamp((ConfigV2)arg1) → int¶

ConfigV2.dac3RefLvds((ConfigV2)arg1) → int¶

ConfigV2.dac3ThlCourse((ConfigV2)arg1) → int¶

ConfigV2.dac3ThlFine((ConfigV2)arg1) → int¶

ConfigV2.dac3Ths((ConfigV2)arg1) → int¶

ConfigV2.dac3Vcas((ConfigV2)arg1) → int¶

ConfigV2.driverVersion((ConfigV2)arg1) → int¶

ConfigV2.firmwareVersion((ConfigV2)arg1) → int¶

ConfigV2.pixelThresh((ConfigV2)arg1) → numpy.ndarray¶

ConfigV2.pixelThreshSize((ConfigV2)arg1) → int¶

ConfigV2.readoutSpeed((ConfigV2)arg1) → ReadoutSpeed¶

ConfigV2.timepixSpeed((ConfigV2)arg1) → int¶

ConfigV2.triggerMode((ConfigV2)arg1) → TriggerMode¶

ConfigV2.ChipCount = 4¶

ConfigV2.ChipNameMax = 16¶

ConfigV2.PixelThreshMax = 262144¶

ConfigV2.TypeId = 49¶

ConfigV2.Version = 2¶

Class psana.Timepix.ConfigV3 ¶

class psana.Timepix.ConfigV3¶

Raises an exception This class cannot be instantiated from Python

class ReadoutSpeed¶

ReadoutSpeed_Fast = psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast¶

ReadoutSpeed_Slow = psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow¶

names = {'ReadoutSpeed_Slow': psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow, 'ReadoutSpeed_Fast': psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast}¶

values = {0: psana.Timepix.ReadoutSpeed.ReadoutSpeed_Slow, 1: psana.Timepix.ReadoutSpeed.ReadoutSpeed_Fast}¶

class ConfigV3.TimepixMode¶

TimepixMode_Counting = psana.Timepix.TimepixMode.TimepixMode_Counting¶

TimepixMode_TOT = psana.Timepix.TimepixMode.TimepixMode_TOT¶

names = {'TimepixMode_Counting': psana.Timepix.TimepixMode.TimepixMode_Counting, 'TimepixMode_TOT': psana.Timepix.TimepixMode.TimepixMode_TOT}¶

values = {0: psana.Timepix.TimepixMode.TimepixMode_Counting, 1: psana.Timepix.TimepixMode.TimepixMode_TOT}¶

ConfigV3.chip0ID((ConfigV3)arg1) → int¶

ConfigV3.chip0Name((ConfigV3)arg1) → str¶

ConfigV3.chip1ID((ConfigV3)arg1) → int¶

ConfigV3.chip1Name((ConfigV3)arg1) → str¶

ConfigV3.chip2ID((ConfigV3)arg1) → int¶

ConfigV3.chip2Name((ConfigV3)arg1) → str¶

ConfigV3.chip3ID((ConfigV3)arg1) → int¶

ConfigV3.chip3Name((ConfigV3)arg1) → str¶

ConfigV3.chipCount((ConfigV3)arg1) → int¶

ConfigV3.dac0BiasLvds((ConfigV3)arg1) → int¶

ConfigV3.dac0BufAnalogA((ConfigV3)arg1) → int¶

ConfigV3.dac0BufAnalogB((ConfigV3)arg1) → int¶

ConfigV3.dac0Disc((ConfigV3)arg1) → int¶

ConfigV3.dac0Fbk((ConfigV3)arg1) → int¶

ConfigV3.dac0Gnd((ConfigV3)arg1) → int¶

ConfigV3.dac0Hist((ConfigV3)arg1) → int¶

ConfigV3.dac0Ikrum((ConfigV3)arg1) → int¶

ConfigV3.dac0Preamp((ConfigV3)arg1) → int¶

ConfigV3.dac0RefLvds((ConfigV3)arg1) → int¶

ConfigV3.dac0ThlCourse((ConfigV3)arg1) → int¶

ConfigV3.dac0ThlFine((ConfigV3)arg1) → int¶

ConfigV3.dac0Ths((ConfigV3)arg1) → int¶

ConfigV3.dac0Vcas((ConfigV3)arg1) → int¶

ConfigV3.dac1BiasLvds((ConfigV3)arg1) → int¶

ConfigV3.dac1BufAnalogA((ConfigV3)arg1) → int¶

ConfigV3.dac1BufAnalogB((ConfigV3)arg1) → int¶

ConfigV3.dac1Disc((ConfigV3)arg1) → int¶

ConfigV3.dac1Fbk((ConfigV3)arg1) → int¶

ConfigV3.dac1Gnd((ConfigV3)arg1) → int¶

ConfigV3.dac1Hist((ConfigV3)arg1) → int¶

ConfigV3.dac1Ikrum((ConfigV3)arg1) → int¶

ConfigV3.dac1Preamp((ConfigV3)arg1) → int¶

ConfigV3.dac1RefLvds((ConfigV3)arg1) → int¶

ConfigV3.dac1ThlCourse((ConfigV3)arg1) → int¶

ConfigV3.dac1ThlFine((ConfigV3)arg1) → int¶

ConfigV3.dac1Ths((ConfigV3)arg1) → int¶

ConfigV3.dac1Vcas((ConfigV3)arg1) → int¶

ConfigV3.dac2BiasLvds((ConfigV3)arg1) → int¶

ConfigV3.dac2BufAnalogA((ConfigV3)arg1) → int¶

ConfigV3.dac2BufAnalogB((ConfigV3)arg1) → int¶

ConfigV3.dac2Disc((ConfigV3)arg1) → int¶

ConfigV3.dac2Fbk((ConfigV3)arg1) → int¶

ConfigV3.dac2Gnd((ConfigV3)arg1) → int¶

ConfigV3.dac2Hist((ConfigV3)arg1) → int¶

ConfigV3.dac2Ikrum((ConfigV3)arg1) → int¶

ConfigV3.dac2Preamp((ConfigV3)arg1) → int¶

ConfigV3.dac2RefLvds((ConfigV3)arg1) → int¶

ConfigV3.dac2ThlCourse((ConfigV3)arg1) → int¶

ConfigV3.dac2ThlFine((ConfigV3)arg1) → int¶

ConfigV3.dac2Ths((ConfigV3)arg1) → int¶

ConfigV3.dac2Vcas((ConfigV3)arg1) → int¶

ConfigV3.dac3BiasLvds((ConfigV3)arg1) → int¶

ConfigV3.dac3BufAnalogA((ConfigV3)arg1) → int¶

ConfigV3.dac3BufAnalogB((ConfigV3)arg1) → int¶

ConfigV3.dac3Disc((ConfigV3)arg1) → int¶

ConfigV3.dac3Fbk((ConfigV3)arg1) → int¶

ConfigV3.dac3Gnd((ConfigV3)arg1) → int¶

ConfigV3.dac3Hist((ConfigV3)arg1) → int¶

ConfigV3.dac3Ikrum((ConfigV3)arg1) → int¶

ConfigV3.dac3Preamp((ConfigV3)arg1) → int¶

ConfigV3.dac3RefLvds((ConfigV3)arg1) → int¶

ConfigV3.dac3ThlCourse((ConfigV3)arg1) → int¶

ConfigV3.dac3ThlFine((ConfigV3)arg1) → int¶

ConfigV3.dac3Ths((ConfigV3)arg1) → int¶

ConfigV3.dac3Vcas((ConfigV3)arg1) → int¶

ConfigV3.dacBias((ConfigV3)arg1) → int¶

ConfigV3.driverVersion((ConfigV3)arg1) → int¶

ConfigV3.firmwareVersion((ConfigV3)arg1) → int¶

ConfigV3.flags((ConfigV3)arg1) → int¶

ConfigV3.pixelThresh((ConfigV3)arg1) → numpy.ndarray¶

ConfigV3.pixelThreshSize((ConfigV3)arg1) → int¶

ConfigV3.readoutSpeed((ConfigV3)arg1) → ReadoutSpeed¶

ConfigV3.timepixMode((ConfigV3)arg1) → TimepixMode¶

ConfigV3.timepixSpeed((ConfigV3)arg1) → int¶

ConfigV3.ChipCount = 4¶

ConfigV3.ChipNameMax = 16¶

ConfigV3.PixelThreshMax = 262144¶

ConfigV3.TypeId = 49¶

ConfigV3.Version = 3¶

Class psana.Timepix.DataV1 ¶

class psana.Timepix.DataV1¶

Raises an exception This class cannot be instantiated from Python

data((DataV1)arg1) → numpy.ndarray¶

data_size((DataV1)arg1) → int :¶: Size of the image data in bytes.

depth((DataV1)arg1) → int¶

depth_bytes((DataV1)arg1) → int¶

frameCounter((DataV1)arg1) → int¶

height((DataV1)arg1) → int¶

lostRows((DataV1)arg1) → int¶

timestamp((DataV1)arg1) → int¶

width((DataV1)arg1) → int¶

Depth = 14¶

DepthBytes = 2¶

Height = 512¶

MaxPixelValue = 11810¶

TypeId = 50¶

Version = 1¶

Width = 512¶

Class psana.Timepix.DataV2 ¶

class psana.Timepix.DataV2¶

Raises an exception This class cannot be instantiated from Python

data((DataV2)arg1) → numpy.ndarray¶

data_size((DataV2)arg1) → int :¶: Size of the image data in bytes.

depth((DataV2)arg1) → int¶

depth_bytes((DataV2)arg1) → int¶

frameCounter((DataV2)arg1) → int :¶: hardware frame counter

height((DataV2)arg1) → int :¶: Pixels per column

lostRows((DataV2)arg1) → int :¶: lost row count

timestamp((DataV2)arg1) → int :¶: hardware timestamp

width((DataV2)arg1) → int :¶: Pixels per row

Depth = 14¶

MaxPixelValue = 11810¶

TypeId = 50¶

Version = 2¶

Module psana.TimeTool ¶

The Python wrapper module for TimeTool types

Class psana.TimeTool.ConfigV1 ¶

class psana.TimeTool.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Axis¶

X = psana.TimeTool.Axis.X¶

Y = psana.TimeTool.Axis.Y¶

names = {'Y': psana.TimeTool.Axis.Y, 'X': psana.TimeTool.Axis.X}¶

values = {0: psana.TimeTool.Axis.X, 1: psana.TimeTool.Axis.Y}¶

ConfigV1.base_name((ConfigV1)arg1) → str :¶: EPICS PV base name

ConfigV1.base_name_length((ConfigV1)arg1) → int :¶: Length of EPICS PV base name

ConfigV1.base_name_shape((ConfigV1)arg1) → object¶

ConfigV1.beam_logic((ConfigV1)arg1) → list :¶: Beam Logic Event Codes

ConfigV1.calib_poly((ConfigV1)arg1) → numpy.ndarray :¶: Pixel to Time Calibration Polynomial

ConfigV1.calib_poly_dim((ConfigV1)arg1) → int :¶: Pixel to Time Calibration Polynomial Dimension

ConfigV1.laser_logic((ConfigV1)arg1) → list :¶: Laser Logic Event Codes

ConfigV1.number_of_beam_event_codes((ConfigV1)arg1) → int :¶: Number of Beam Logic Event Codes

ConfigV1.number_of_laser_event_codes((ConfigV1)arg1) → int :¶: Number of Laser Logic Event Codes

ConfigV1.number_of_weights((ConfigV1)arg1) → int :¶: Number of Digital Filter Weights

ConfigV1.project_axis((ConfigV1)arg1) → Axis :¶: Time Axis of Image

ConfigV1.ref_convergence((ConfigV1)arg1) → float :¶: Reference Rolling Average Factor (1/NFrames)

ConfigV1.sb_convergence((ConfigV1)arg1) → float :¶: Sideband Rolling Average Factor (1/NFrames)

ConfigV1.sb_roi_hi((ConfigV1)arg1) → FrameCoord :¶: Sideband Region Coordinates End

ConfigV1.sb_roi_lo((ConfigV1)arg1) → FrameCoord :¶: Sideband Region Coordinates Start

ConfigV1.sideband_projection_size((ConfigV1)arg1) → int¶

ConfigV1.sig_roi_hi((ConfigV1)arg1) → FrameCoord :¶: Signal Region Coordinates End

ConfigV1.sig_roi_lo((ConfigV1)arg1) → FrameCoord :¶: Signal Region Coordinates Start

ConfigV1.signal_cut((ConfigV1)arg1) → int :¶: Projection Minimum Value for Validation

ConfigV1.signal_projection_size((ConfigV1)arg1) → int :¶: Size of projections

ConfigV1.subtract_sideband((ConfigV1)arg1) → int :¶: Subtract Sideband Region

ConfigV1.weights((ConfigV1)arg1) → numpy.ndarray :¶: Digital Filter Weights

ConfigV1.write_image((ConfigV1)arg1) → int :¶: Record Raw Image into Event

ConfigV1.write_projections((ConfigV1)arg1) → int :¶: Record Time Axis Projections into Event

ConfigV1.TypeId = 86¶

ConfigV1.Version = 1¶

Class psana.TimeTool.ConfigV2 ¶

class psana.TimeTool.ConfigV2¶

Raises an exception This class cannot be instantiated from Python

class Axis¶

X = psana.TimeTool.Axis.X¶

Y = psana.TimeTool.Axis.Y¶

names = {'Y': psana.TimeTool.Axis.Y, 'X': psana.TimeTool.Axis.X}¶

values = {0: psana.TimeTool.Axis.X, 1: psana.TimeTool.Axis.Y}¶

ConfigV2.base_name((ConfigV2)arg1) → str :¶: EPICS PV base name

ConfigV2.base_name_length((ConfigV2)arg1) → int :¶: Length of EPICS PV base name

ConfigV2.base_name_shape((ConfigV2)arg1) → object¶

ConfigV2.beam_logic((ConfigV2)arg1) → list :¶: Beam Logic Event Codes

ConfigV2.calib_poly((ConfigV2)arg1) → numpy.ndarray :¶: Pixel to Time Calibration Polynomial

ConfigV2.calib_poly_dim((ConfigV2)arg1) → int :¶: Pixel to Time Calibration Polynomial Dimension

ConfigV2.laser_logic((ConfigV2)arg1) → list :¶: Laser Logic Event Codes

ConfigV2.number_of_beam_event_codes((ConfigV2)arg1) → int :¶: Number of Beam Logic Event Codes

ConfigV2.number_of_laser_event_codes((ConfigV2)arg1) → int :¶: Number of Laser Logic Event Codes

ConfigV2.number_of_weights((ConfigV2)arg1) → int :¶: Number of Digital Filter Weights

ConfigV2.project_axis((ConfigV2)arg1) → Axis :¶: Time Axis of Image

ConfigV2.ref_convergence((ConfigV2)arg1) → float :¶: Reference Rolling Average Factor (1/NFrames)

ConfigV2.ref_roi_hi((ConfigV2)arg1) → FrameCoord :¶: Sideband Region Coordinates End

ConfigV2.ref_roi_lo((ConfigV2)arg1) → FrameCoord :¶: Reference Region Coordinates Start

ConfigV2.reference_projection_size((ConfigV2)arg1) → int¶

ConfigV2.sb_convergence((ConfigV2)arg1) → float :¶: Sideband Rolling Average Factor (1/NFrames)

ConfigV2.sb_roi_hi((ConfigV2)arg1) → FrameCoord :¶: Sideband Region Coordinates End

ConfigV2.sb_roi_lo((ConfigV2)arg1) → FrameCoord :¶: Sideband Region Coordinates Start

ConfigV2.sideband_projection_size((ConfigV2)arg1) → int¶

ConfigV2.sig_roi_hi((ConfigV2)arg1) → FrameCoord :¶: Signal Region Coordinates End

ConfigV2.sig_roi_lo((ConfigV2)arg1) → FrameCoord :¶: Signal Region Coordinates Start

ConfigV2.signal_cut((ConfigV2)arg1) → int :¶: Projection Minimum Value for Validation

ConfigV2.signal_projection_size((ConfigV2)arg1) → int :¶: Size of projections

ConfigV2.subtract_sideband((ConfigV2)arg1) → int :¶: Subtract Sideband Region

ConfigV2.use_reference_roi((ConfigV2)arg1) → int :¶: Use Separate Reference Region

ConfigV2.weights((ConfigV2)arg1) → numpy.ndarray :¶: Digital Filter Weights

ConfigV2.write_image((ConfigV2)arg1) → int :¶: Record Raw Image into Event

ConfigV2.write_projections((ConfigV2)arg1) → int :¶: Record Time Axis Projections into Event

ConfigV2.TypeId = 86¶

ConfigV2.Version = 2¶

Class psana.TimeTool.DataV1 ¶

class psana.TimeTool.DataV1¶

Raises an exception This class cannot be instantiated from Python

class EventType¶

Dark = psana.TimeTool.EventType.Dark¶

Reference = psana.TimeTool.EventType.Reference¶

Signal = psana.TimeTool.EventType.Signal¶

names = {'Dark': psana.TimeTool.EventType.Dark, 'Signal': psana.TimeTool.EventType.Signal, 'Reference': psana.TimeTool.EventType.Reference}¶

values = {0: psana.TimeTool.EventType.Dark, 1: psana.TimeTool.EventType.Reference, 2: psana.TimeTool.EventType.Signal}¶

DataV1.amplitude((DataV1)arg1) → float :¶: Amplitude of the edge

DataV1.event_type((DataV1)arg1) → EventType :¶: Event designation

DataV1.nxt_amplitude((DataV1)arg1) → float :¶: Amplitude of the next largest edge

DataV1.position_fwhm((DataV1)arg1) → float :¶: Full-width half maximum of filtered edge (in pixels)

DataV1.position_pixel((DataV1)arg1) → float :¶: Filtered pixel position of the edge

DataV1.position_time((DataV1)arg1) → float :¶: Filtered time position of the edge

DataV1.projected_sideband((DataV1)arg1) → numpy.ndarray :¶: Projected reference

DataV1.projected_signal((DataV1)arg1) → numpy.ndarray :¶: Projected signal

DataV1.ref_amplitude((DataV1)arg1) → float :¶: Amplitude of reference at the edge

DataV1.TypeId = 87¶

DataV1.Version = 1¶

Class psana.TimeTool.DataV2 ¶

class psana.TimeTool.DataV2¶

Raises an exception This class cannot be instantiated from Python

class EventType¶

Dark = psana.TimeTool.EventType.Dark¶

Reference = psana.TimeTool.EventType.Reference¶

Signal = psana.TimeTool.EventType.Signal¶

names = {'Dark': psana.TimeTool.EventType.Dark, 'Signal': psana.TimeTool.EventType.Signal, 'Reference': psana.TimeTool.EventType.Reference}¶

values = {0: psana.TimeTool.EventType.Dark, 1: psana.TimeTool.EventType.Reference, 2: psana.TimeTool.EventType.Signal}¶

DataV2.amplitude((DataV2)arg1) → float :¶: Amplitude of the edge

DataV2.event_type((DataV2)arg1) → EventType :¶: Event designation

DataV2.nxt_amplitude((DataV2)arg1) → float :¶: Amplitude of the next largest edge

DataV2.position_fwhm((DataV2)arg1) → float :¶: Full-width half maximum of filtered edge (in pixels)

DataV2.position_pixel((DataV2)arg1) → float :¶: Filtered pixel position of the edge

DataV2.position_time((DataV2)arg1) → float :¶: Filtered time position of the edge

DataV2.projected_reference((DataV2)arg1) → numpy.ndarray :¶: Projected reference

DataV2.projected_sideband((DataV2)arg1) → numpy.ndarray :¶: Projected sideband

DataV2.projected_signal((DataV2)arg1) → numpy.ndarray :¶: Projected signal

DataV2.ref_amplitude((DataV2)arg1) → float :¶: Amplitude of reference at the edge

DataV2.TypeId = 87¶

DataV2.Version = 2¶

Class psana.TimeTool.EventLogic ¶

class psana.TimeTool.EventLogic¶

Raises an exception This class cannot be instantiated from Python

class LogicOp¶

L_AND = psana.TimeTool.LogicOp.L_AND¶

L_AND_NOT = psana.TimeTool.LogicOp.L_AND_NOT¶

L_OR = psana.TimeTool.LogicOp.L_OR¶

L_OR_NOT = psana.TimeTool.LogicOp.L_OR_NOT¶

names = {'L_AND_NOT': psana.TimeTool.LogicOp.L_AND_NOT, 'L_AND': psana.TimeTool.LogicOp.L_AND, 'L_OR': psana.TimeTool.LogicOp.L_OR, 'L_OR_NOT': psana.TimeTool.LogicOp.L_OR_NOT}¶

values = {0: psana.TimeTool.LogicOp.L_OR, 1: psana.TimeTool.LogicOp.L_AND, 2: psana.TimeTool.LogicOp.L_OR_NOT, 3: psana.TimeTool.LogicOp.L_AND_NOT}¶

EventLogic.event_code((EventLogic)arg1) → int :¶: Event Code

EventLogic.logic_op((EventLogic)arg1) → LogicOp :¶: Logic Operation

Module psana.UsdUsb ¶

The Python wrapper module for UsdUsb types

Class psana.UsdUsb.ConfigV1 ¶

class psana.UsdUsb.ConfigV1¶

Raises an exception This class cannot be instantiated from Python

class Count_Mode¶

HALT = psana.UsdUsb.Count_Mode.HALT¶

LIMIT = psana.UsdUsb.Count_Mode.LIMIT¶

WRAP_FULL = psana.UsdUsb.Count_Mode.WRAP_FULL¶

WRAP_PRESET = psana.UsdUsb.Count_Mode.WRAP_PRESET¶

names = {'WRAP_FULL': psana.UsdUsb.Count_Mode.WRAP_FULL, 'LIMIT': psana.UsdUsb.Count_Mode.LIMIT, 'HALT': psana.UsdUsb.Count_Mode.HALT, 'WRAP_PRESET': psana.UsdUsb.Count_Mode.WRAP_PRESET}¶

values = {0: psana.UsdUsb.Count_Mode.WRAP_FULL, 1: psana.UsdUsb.Count_Mode.LIMIT, 2: psana.UsdUsb.Count_Mode.HALT, 3: psana.UsdUsb.Count_Mode.WRAP_PRESET}¶

class ConfigV1.Quad_Mode¶

CLOCK_DIR = psana.UsdUsb.Quad_Mode.CLOCK_DIR¶

X1 = psana.UsdUsb.Quad_Mode.X1¶

X2 = psana.UsdUsb.Quad_Mode.X2¶

X4 = psana.UsdUsb.Quad_Mode.X4¶

names = {'X2': psana.UsdUsb.Quad_Mode.X2, 'X1': psana.UsdUsb.Quad_Mode.X1, 'X4': psana.UsdUsb.Quad_Mode.X4, 'CLOCK_DIR': psana.UsdUsb.Quad_Mode.CLOCK_DIR}¶

values = {0: psana.UsdUsb.Quad_Mode.CLOCK_DIR, 1: psana.UsdUsb.Quad_Mode.X1, 2: psana.UsdUsb.Quad_Mode.X2, 3: psana.UsdUsb.Quad_Mode.X4}¶

ConfigV1.counting_mode((ConfigV1)arg1) → numpy.ndarray¶

ConfigV1.quadrature_mode((ConfigV1)arg1) → numpy.ndarray¶

ConfigV1.NCHANNELS = 4¶

ConfigV1.TypeId = 63¶

ConfigV1.Version = 1¶

Class psana.UsdUsb.DataV1 ¶

class psana.UsdUsb.DataV1¶

Raises an exception This class cannot be instantiated from Python

analog_in((DataV1)arg1) → numpy.ndarray¶

digital_in((DataV1)arg1) → int¶

encoder_count((DataV1)arg1) → numpy.ndarray :¶: Return lower 24 bits of _count array as signed integer values.

status((DataV1)arg1) → numpy.ndarray¶

timestamp((DataV1)arg1) → int¶

Analog_Inputs = 4¶

Digital_Inputs = 8¶

Encoder_Inputs = 4¶

TypeId = 62¶

Version = 1¶

Class psana.UsdUsb.FexConfigV1 ¶

class psana.UsdUsb.FexConfigV1¶

Class for creating a FexData for an encoder - takes an offset and scale.

Raises an exception This class cannot be instantiated from Python

name((FexConfigV1)arg1, (int)arg2) → str :¶: Descriptive name for each channel

name_shape((FexConfigV1)arg1) → object¶

offset((FexConfigV1)arg1) → numpy.ndarray :¶: Offset (in counts) to apply to raw encoder counts

scale((FexConfigV1)arg1) → numpy.ndarray :¶: Scale factor for converting encoder counts to units

NAME_CHAR_MAX = 48¶

NCHANNELS = 4¶

TypeId = 101¶

Version = 1¶

Class psana.UsdUsb.FexDataV1 ¶

class psana.UsdUsb.FexDataV1¶

Class for holding the encoder value after application of an offset and scale.

Raises an exception This class cannot be instantiated from Python

encoder_values((FexDataV1)arg1) → numpy.ndarray :¶: Corrected encoder value = (raw_count + offset) * scale

Encoder_Inputs = 4¶

TypeId = 102¶

Version = 1¶