BLonD-type projects
- Mihaly and Heiko joining the meeting
- Mihaly's topic: barrier bucket studies in PS
- Beam tests, electronics, now also simulations with BLonD
- Wide-band RF station (Finemet) integrated to BLonD
- Could be converted into a plug-in for BLonD
- Markus: global default parameters -- some ideas
- e.g. "bunch_length" can mean different things in different distributions
- idea: always use the same -- r.m.s., fwhm, ...
- similar to matplotlib.rcParams
- parameters set as keyword arguments, by default None
- advantage: choose once in the beginning of your file, it'll propagate into all functions
- changing e.g. rms makes it propagate to others (fwhm)
- internally, when generating the distribution, use only one given definition of the bunch length (the best for the convergence of a given algorithm)
- Simon: use a dictionary if only valid inside a class
- Simon: **kwargs -> one function to return all the defaults
- See Markus' fork to test & give comments next time!
- Alex: packages -- issues raised to discuss default input/output
- Default definitions e.g. of bunch length for one given fitting parameter
- Integrate with Markus' effort to convert from one bunch length to another
- Alex: rf_functions package
- e.g preferences for rf_voltage_analytic() calculation -> time_array, freq_array
- Alex: drift equation pull request
- replace etas with alphas
- TODO: (Alex) unittests comparing the old/new implementation
- TODO: (Kostis) check runtime
- Kostis: merge BLonD with BLonD-MPI
- Merge MPI version with the current Master
- Alex: BLonD-common
- Next upcoming: bunch generation
- Helga & Kostis: next upcoming is Assembler
- BLonD-MPI: give Kostis some large input to test (e.g. Alex for Microwave instability)
- Ivan: Vlasov solver -> presentation next time
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