Elegant Project Studio

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Project

7 project files

Project templates

Preview a complete example, then apply it when you are ready to replace the current project.

5 examples

Example project Browsing is non-destructive

Introductory

FODO Optics Tutorial

6000 MeV/c · 1 pass

Learn linear focusing and inspect periodic optics.

A compact FODO cell with quadrupole strengths exposed through settings.param and Twiss, matrix, floor, and beam outputs enabled.

Element types

DRIFQUADMONI

Generated project files

run.elelattice.ltesettings.paramdiagnostics.elerun.shplot.shREADME.md

Selecting a name only updates this preview. Apply explicitly to initialize every step.

Run context

Name the project and set the command file’s core references.

&run_setup

Output root rootnameLattice filename latticeBeamline use_beamlineCentral momentum MeV/cPasses n_passesDefault order default_order

Random sequence

Choose repeatable sampling or a clock-derived seed for every Elegant run.

random_number_seed

Seed positive integer

Standard outputs

Select the SDDS results requested directly from &run_setup.

Generated by Elegant

Preview file

1! FODO Optics Tutorial2! Generated with Elegant Project Studio34&run_setup5  lattice = "lattice.lte",6  use_beamline = "FODO",7  p_central_mev = 6000,8  default_order = 2,9  rootname = "fodo-optics",10  random_number_seed = 987654321,11  centroid = "%s.cen",12  sigma = "%s.sig",13  parameters = "%s.param",14  magnets = "%s.mag",15  semaphore_file = "%s.done",16&end1718sinclude(diagnostics.ele)1920&load_parameters21  filename = "settings.param",22  change_defined_values = 1,23  allow_missing_elements = 1,24  allow_missing_parameters = 1,25&end2627&run_control28  n_passes = 1,29&end3031&bunched_beam32  n_particles_per_bunch = 1000,33  emit_x = 2.5e-9,34  beta_x = 10,35  emit_y = 2.5e-11,36  beta_y = 8,37  sigma_dp = 8.0e-4,38  sigma_s = 0.006,39  distribution_type[0] = 3*"gaussian",40&end4142&track43&end44

Project ready7 generated files

Elegant · 44 lines