Welcome to raypyng-bluesky’s documentation!

This is a raypyng-Bluesky interface library that allows using the Bluesky data acquisition framework to run RAY-UI simulations. It can be used to implement a digital twin at the beamline. This package is based on Bluesky, raypyng and RAY-UI.

Bluesky Raypyng Ray-UI

Contents:

• Installation
  • Install RAY-UI
  • Install xvfb
  • Install raypyng-bluesky
• Tutorial
  • Setup an Ipython profile
  • What can go wrong, and how to correct it
  • RaypyngOphyd - Motors
  • RaypyngOphyd - Detectors
  • A scan in Bluesky
• How To Guides
  • Change grating
  • Write your own simulation Engine
• API
  • Create Ophyd Devices from rml file
    • RaypyngOphydDevices
    • RaypyngDictionary
  • Simulation Engine
    • RaypyngOphydDevices
  • Ophyd Signals
    • RayPySignal
    • RayPySignalRO
  • Ophyd Axes
    • Axes
    • SimulatedAxisSource
    • class SimulatedAxisMisalign(RaypyngAxis):
    • SimulatedAxisAperture
    • SimulatedAxisGrating
  • Ophyd Detectors
    • Detector
    • Trigger Detector
  • Ophyd Devices
    • MisalignComponents
    • SimulatedPGM
    • SimulatedApertures
    • SimulatedMirror
    • SimulatedSource
  • Preprocessor
    • MisalignComponents
    • SupplementalDataRaypyng