Speaker
Description
The easy integration of sample environment hardware into Bluesky represents a crucial step for achieving the goals for automation of in-situ and operando experiments at photon sources required by the ROCK-IT project. The use of Ophyd as a common hardware abstraction layer facilitates the integration of sample environment hardware into an existing Bluesky environment. Based on the metadata and structural data provided by the Sample Environment Communication Protocol (SECoP), the SECoP-Ophyd Integration, developed by us, is capable of automatically generating and configuring Ophyd devices upon connection to a Sample Environment Control (SEC) node. A successful integration test for a catalysis experiment at BESSY II demonstrated the control of a SECoP enabled sample environment and performing measurement techniques on the beamline within the same Bluesky environment. This poster presents an introduction to the SECoP-Ophyd integration, as well as an overview of the control of the sample environment at the experiment.
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