Open Access Front End
- supporting architecture to reduce needed code
- enables non-system programmers to create and support devices
- hundreds of channels supported from collider store number to wind chill
- Open Access Clients:
- APCALC, supporting synthetic devices for Antiproton Storage Ring
- BOOSTR, supporting synthetic devices for Booster
- CAMAC, supporting synthetic devices derived from several CAMAC front
ends
- ERRORS, supporting error rate and usage statistics from the Error facitlity
- FIXTAR, supporting access to devices in the Fixed Target Control System
- GLFRIG, supporting global FRIG control and derived devices
- ODDMOD, supporting Accelerator Operations statistical devices
- PSEUDO, supporting application derived and controlled devices
- REMSET, supporting restricted settings to devices from outside the
control system
- SCADA, supporting access to a Supervisory Control and Data Acquisition
System
- SIMLUM, supporting devices representing luminosity goals derived from
simulations
- STATES, supportingvirtual finite state machines
- TEVCAL, supporting synthetic devices for the Tevatron
- The identical architecture supports the connection of models to the
data acquisition sytem. Open Access Model Clients:
- BL8GEV, a model of the 8 GEV line (Booster to Main Injector)
- EDUSYM, a model for simulating Switchyard tuning
- LJOAC, a model supporting data acquisition from dataloggers
- MIRROR, a model that reflects settings into readings (supports application
testing)
- SDASRV, a model supporting data acquisition from Shot Data Acquisition
files
- SRFILE, a model supporting data acquisition from Save/Restore files
- click here
for user library help supporting the development of Open Access Clients
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