Elder Matias CLS Control System Recent Upgrades. Major Changes Synchrotron Upgrade New Isotope Production Linac EPICS Software –Python EDM –Aquaman –ScienceStudio.

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Presentation transcript:

Elder Matias CLS Control System Recent Upgrades

Major Changes Synchrotron Upgrade New Isotope Production Linac EPICS Software –Python EDM –Aquaman –ScienceStudio (ANISE)

Beamline Expansions Future

EPICS Profibus TCP/IP Siemens S7/300 PLC Modbus TCP/IP GPIB RS-232 Channel Access (CA) Protocol IOC State Machine Engine CA Single Board Computer CA Operator Workstation User Applications Touch Panels CA Telemecanique Momentum PLC VME IOC CA Data Archive CACA

Synchrotron Accelerator Upgrade Major Linac upgrades –New ScadiNova Modulators (using SLS EPCIS driver) –New Magnet Power Supplies –Moxa Upgrade for Serial Devices Working on a strategy to upgrade the Storage Ring Low Level RF CSS Alarm Handler

Isotope Linac for Molybdenum 99 World wide shortage of Molybdenum 99 for use as Technetium 99 generators Primarily used for Cardiac and Bone Imagining Normally produced in a nuclear reactor CLS is working on a Linac Gamma-n process

Isotope Linac and Processing Facility

Isotope Linac Controls Design Isotope Linac (35MeV 40 kW) –Commercial off-the-shelf Linac –Existing Siemens S7 PLC Design Converter and Target will use an EPICS Control System (VME & Moxa control)

Python EDM Original (Motif) EDM from Oak Ridge CLS control screens built on EDM The future of Motif? The next step..... –Re-implement the EDM display tool using Python –Continue to use the current EDM as the editor Developed by: Glen Wright

Injection Status Screen Motif EDM Display

Python EDM A Work in Progress..... Qt (4.5 on Linux, 4.6 on Windows) Python (2.5 on Linux, 2.6 on Windows) Uses pyepics by Matt Newville. Still to Do: –x/y graph widget (should use qwt); –mouse press is taken by just one widget rather than sent to all widgets –Fonts aren’t identical –There is no “edit mode” in python. For more information: More info at EPICS Fall Meeting

Aquaman The Story Superhero Mission: Transforming beamline software away from "Controlling Machines" to "Supporting Experiments“ Spawned By: A creative design session of synchrotron users, beamline staff, and software developers in Summer 2010 Seeks to Protect: The whole experimental process: From planning and organizing old data, to running experiments on beamlines, to visualization, analysis, and making connections Sidekick: "Dataman", a take-home version that lets scientists compare, process, visualize, and export their data, using the same interface they see on the beamline Super Powers: Adapts to new beamlines and techniques in the blink of an eye. Can run on almost any platform (Linux, Mac, Windows). Secret Abilities: Agile development; fast and frequent user feedback; modular design; integrated documentation. Arch-Nemeses: 8AM mornings. TestBoy (his test suite). Being confused with Aquaman, the lamest comic book character ever. Developed by: –Mark Boots, David Chevrier, Darren Hunter

Aquaman Screen Shots

Open platform C/C++ Qt based Lead developers: David Chevrier, Mark Boots Contributors: Darren Hunter Support from: Tom Regier, Elder Matias, & Alexander Moewes For more information contact: Download/Contribute at: Aquaman

Web based Remote Beamline Control Recent development –added integration for grid analysis –ability to have projects shared across multiple sites –Integration with grid computing For more information contact: Download/Contribute at: Science Studio

Thank you.... Questions?