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Myana uses the pdsdata library to access the datagrams in the xtc files, thus in this context pdsdata defines the data structure. pds = photon data system. In your analysis directory you'll find it in release/pdsdata/. The header files are in the top level directories of each package, and the implementation files are in the src directory of each package. Here's very briefly what the library contains:

Panel

package

description

ipimb

Intensity position, intensity monitor board (IPIMB)
Four diodes positioned around the beam measure scattered X-rays. Based on the output voltage from the four sensors, we can determine pulse intensity and position of the beam. Note, that the lusi package contains methods to get feature-extracted / background subtracted output from the IPIMB.

encoder

SXR SLE Info (Laser Mirror Position Encoder)

pnCCD

for device the two CCD detectors used by the CAMP collaboration

acqiris

DAQ interface to the aquiris Acqiris digitizer hardware. Waveform data.

camera

General structure to read camera frames, configurations, feature extractions process extracted info

evr

EVent Receiver (event code , / beam code?)

opal1k

Specialized interface for Opal1000 camera. Depends on the camera package

pulnix

for Pulnix TM6740CL monochrome camera

control

utility for DAQ control, PV (process variable) control and monitoring

xtc

This package defines all the datagrams for the xtc file.

epics

DAQ interface to epics (process variables (PV))

bld

DAQ interface to BeamLine Data, e.g. FeeGasDetEnergy, EBeam, PhaseCavity

princeton

DAQ interface to the Princeton camera

fccd

LBNL/ANL Fast CCD monochrome camera

cspad

CXI CsPad detector

lusi

LCLS Ultrafast Science Instruments Configs for diode, ipm, pim.

app

Xtc and Epics readers

Anchor
myana.cc
myana.cc

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