accelerators

First, build the lattice and generate a MADX input to run the simulation. In results file, you can see the design and the optic functions for this accelerator. Then, you can track particles, see their oscillation in time and phase space, implement NAFF anf FFT transformations on this signal.

Name		Name	Last commit message	Last commit date
Latest commit History 37 Commits
HL-LHC		HL-LHC
prequisites		prequisites
results		results
turns		turns
README.md		README.md
chromaticities.txt		chromaticities.txt
chromaticity_plot.py		chromaticity_plot.py
compute_synchrotron_tune.py		compute_synchrotron_tune.py
deltap.py		deltap.py
error.py		error.py
fourier.py		fourier.py
latex_output.py		latex_output.py
madx_master_lattice.txt		madx_master_lattice.txt
master_lattice.py		master_lattice.py
metaclass.py		metaclass.py
naff_transformation.py		naff_transformation.py
plot_deltap.py		plot_deltap.py
plot_tune_change.py		plot_tune_change.py
print_info.py		print_info.py
track_plots.py		track_plots.py
transformations.py		transformations.py
tune_change.py		tune_change.py
tune_naff.py		tune_naff.py
tune_plots.py		tune_plots.py
turns.txt		turns.txt
window.py		window.py

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accelerators

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