SwissFEL-Reference-Files
Repository to have access to references files for SwissFEL for various codes
Elegant
Preparing a new input deck for SwissFEL
Step 1 - Preparing the input distribution
Starting with an Asta-output distribution, several adjustments can be applied.
- Converting Astra output to SDDS format for the import in Elegant
- Apply missing wakefields for SINSB01 and SINSB02
- Optional - Cutting the tail to avoid particles with a strong longitudinal offsets, which can render the space charge calculation in Elegant difficult.
- Analyse projected and slice parameters to generate a reference report
- Optional - Increase or decrease particle number based on the beam slice parameters
Step 2 - Configure Longitudinal Compression
Run Longitudinal Tracker to configure R56 and RF phases. For the tracking import the generated distribution from Step 1. Export the settings for the RF settings.
Step 3 - Configure Optics
Run OpticsTool for a given beamline. Import the beam report from Step 1 and the RF settings from Step 2. Match the lattice and save the settings.
Step 4 - Geenrate Elegant Files
Run ElegantTool to import distribution and optics settings to generate the elegant input file and lattice.
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Python
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