Tutorials

When you want to study only one file, use the MultipactorTest object, as described in following tutorial. When you want to study several files, prefer the TestCampaign, which is basically a list of MultipactorTest. There is no tutorial for TestCampaign, but go check out the examples in the gallery. Just know that every useful method from MultipactorTest has its equivalent in TestCampaign (same name, same arguments). TestCampaign also has specific methods, such as susceptibility_chart() or check_somersalo_scaling_law().

• Load files
  • Input files format
  • The different objects
  • Raw files
  • Trigger policy
  • Concatenation of power step files
• Plot signals measured by the instruments
  • Load data
  • Plot signal measured by instruments
  • Show all instruments that can be plotted
• Plot an instrument data vs another
  • Load data
  • Plot current versus electric field
  • Some plotting options
• Interactive plots
• Plot data from several tests on the same Figure
  • Set up
  • Plot signals from all tests on different or same figure
• Plot evolution of thresholds during test
  • Set up
  • Compute local multipactor thresholds
  • Plot evolution of local voltage thresholds during conditioning
  • Merge local thresholds into a global
  • Plot evolution of global power thresholds during the test
• Plot voltage thresholds from several tests
  • Set up
  • Calculate multipactor thresholds
  • Plot multipactor thresholds as voltages
• Create susceptibility charts
  • Load data
  • Determine thresholds
  • Represent susceptibility plot
• Validate Somersalo scaling law
  • Load data
  • Calculate multipactor thresholds
  • Check Somersalo scaling law
• Reconstruct the voltage from the field probes
  • Load data
  • Fit the electric field theoretical law on the voltage signals
  • Plot electric field at every position
• Animate the measured signals
  • Load data
  • Produce animation plot