Reverse Dependencies of ophyd

The following projects have a declared dependency on ophyd:

• apsbss — Get information from APS Beamline Scheduling System.
• apstools — Library of Python tools for use with the Bluesky Framework at the APS.
• atef — Python Automated Test Execution Framework
• atfdb — BNL/ATF socket-based data acquisition client
• bec-device-server — BEC service for connecting, controlling and monitoring devices through ophyd
• bec-server — BEC server
• blop — Beamline optimization with machine learning
• bloptools — Beamline optimization with machine learning
• blueapi — Lightweight bluesky-as-a-service wrapper application. Also usable as a library.
• bluesky — Experiment specification & orchestration.
• bluesky-browser — Library of Qt widgets for searching, viewing document streams
• bluesky-cartpole — Train a cartpole agent with bluesky and ophyd!
• bluesky-nats — NATS JetStream connectivity for Bluesky
• bluesky-queueserver — Server for queueing plans
• bluesky-widgets — Toolbox of widgets for visualizing streaming data
• caproto — a sans-I/O implementation of the EPICS Channel Access protocol
• dls-bluesky-core — Common Diamond specific Bluesky plans and functions
• dls-dodal — Ophyd devices and other utils that could be used across DLS beamlines
• guarneri — guarneri
• happi — Happi Database Access for LCLS Beamline Devices
• haven-spc — Tools and GUI for running the spectroscopy group beamlines at the Advanced Photon Source.
• hextools — Tools for NSLS-II HEX beamline
• hklpy — Controls for using diffractometers within the Bluesky Framework.
• hklpy2 — 2nd generation diffractometer controls for the Bluesky Framework.
• hxntools — NSLS-II Hard X-ray Nanoprobe data acquisition tools
• hxrsnd — Python controls suite for HXRSnD
• infn-ophyd-hal — Ophyd HAL for controlling motors, cameras, magnets... specifically INFN facilities
• lightpath — {{ cookiecutter.description }}
• lnls-ophyd — LNLS OPHYD hardware abstraction
• mx-bluesky — Bluesky tools for MX Beamlines at DLS
• mxtools — Common code for the MX beamlines at NSLS-II (AMX, FMX).
• nabs — NABS: Not a beamline scientist. Beamline automatation that should be handled by code, not by people.
• nomad-camels — CAMELS is a configurable measurement software, targeted towards the requirements of experimental solid-state physics.
• nslsii — Tools for data collection and analysis at NSLS-II
• ophyd-async — Asynchronous Bluesky hardware abstraction code, compatible with control systems like EPICS and Tango
• ophyd-basler — Basler camera API integration with ophyd
• ophyd-devices — Custom device implementations based on the ophyd hardware abstraction layer
• ophyd-registry — A registry to keep track of, and retrieve, Ophyd objects.
• p99_bluesky — p99 sandbox
• pcdscalc — PCDS Calculation Routines
• pcdsdaq — DAQ Control Interface
• pcdsdevices — Ophyd Device definitions for LCLS Beamline components
• pcdsutils — PCDS Python Utilities
• pmpsdb-client — Client application for interfacing with the PMPS database and the deployed PLC files.
• psdaq-control-minimal — A minimal repackaging of the lcls2 daq control interface.
• pvWebMonitor — Create static web site from EPICS PVs.
• python-bluesky-taskgraph — A Library to add TaskGraph implementation of plans to Bluesky
• raypyng-bluesky — This is a raypyng-Bluesky interface library that allows using the Bluesky data acquisition framework to run raypyng simulations (RAY-UI)
• sirepo-bluesky — Sirepo-Bluesky interface
• suitcase-nomad-camels-hdf5 — no summary
• suitcase-utils — no summary
• sunflare — Redsun plugin development toolkit
• transfocate — Automated Calculation of Transfocator Focusing Optics
• tsuchinoko — An adaptive optics alignment tool for ALS beamlines utilizing gpCAM.
• typhos — Interface generation for ophyd devices
• xicam.Acquire — Xi-CAM Acquire Plugin
• xrd-image-util — Utility package for handling XRD image data.