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For BC-1 commissioning, physicists will use the SLC online model system. DIMAD decks generated in the familiar way. The only addition will be to use AIDA's interface to the SLC model system for new (matlab) applications and ad-hoc analysis in matlab. :
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| PRJ-ADDFILEMODELDATA |
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| PRJ-ADDFILEMODELDATA |
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PRJ-ADDFILEMODELDATA: Add to the model data acquisition already in Aida, the ability to get QUAD, BEND etc data from SLC model output file.
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<ac:structured-macro ac:name="anchor" ac:schema-version="1" ac:macro-id="d581715222d3a1ac-6347b4af-4a254169-9ab4bdb9-17c5c5cc5abb03deb7a984b6"><ac:parameter ac:name="">PRJ-MODELARCH</ac:parameter></ac:structured-macro> *PRJ-MODELARCH*: In this phase we will architect the model hierarchy - how one or more model sections comprise a beamline \[[#REF-SLCBMLS]\], and the beamline modelled in one or more energy profiles (aka "Twiss modes") \[[#REF-MBITS]\]. 4 combinations of the two input types should be supported: |
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Two model utility applications are needed:
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PRJ-MODELOPTICS: Additionally we must create a LIPS application for helping a user submit models to be run (the SCP "Optics" panel)| Anchor |
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PRJ-MODELDIAG: a way to view the twiss and Rmat of a single device, and Rmat "a to b". This is part of phases 1, 2 and 3 above. DATA ARCHITECTURE
This section outlines projects to support the requirement for control setpoint processing ("set") and read data ("get"), for online physics applications.
Control Data
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| PRJ-SAIOCCOMP |
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PRJ-SAIOCCOMP: Completion of the "SLC Aware IOC" project, and Beam Synchronous Acquisition and Control (BSAC) in particular.| Anchor |
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| PRJ-JCAJNIFIX |
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PRJ-JCAJNIFIX: Fixes to JCA, using the JNI interface. JCA through the JNI interface to CA must be fixed to be operable within Eclipse. We will not use the JCA interface through CAJ due to other errors which are probably more serious. See #DECN-JNIJCA| Anchor |
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| PRJ-ADDXMLTOAIDA |
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PRJ-ADDXMLTOAIDA: Add XML data packaging to AIDA. This facilitates trivial structured data display, since AIDA will have prepackaged the data for rendering via a cascading style sheet (CSS) to an xhtml "browser" display (although we won't use a browser in the normally understood sense, we'll use the built in Eclipse browser.Textual Displays
PRJ-DISPMAN: Create a standard textual display system. This system is intended to make very trivial the process of displaying formatted, tabular, textual data on the display. Since much of the bulk data a physics GUI application will want to display will have been retrieved from some system like Oracle or AIDA, that is able to get bulk tabular data in one call, if that data were retrieved as XML, then rendering it to a display would be trivial using Cascading Style Sheets to create either tabular text, or simply xhtml. If xhtml, thne the display driver would be the web browser already in Eclipse. Writing a display would then be a matter of writing the data acquisition; the display formatting would be defined in CSS (Cascading Style Sheets).
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