iXAtom-Analysis

Analysis code for data generated by the iXAtom experiment.

• Code written in Python (3.10 compatible)
• Under development by B. Barrett since November 2019
• Version 3.2.4 initially committed to master branch
• Version 3.2.5 (this version):
  • Moved contents to 'iXAtom_Main.py' to 'iXAtom_Main_Analysis.py'
  • Added 'iXAtom_Main_Systematics.py' as main entry point for Systematics class

Code structure

• iXAtom_Main_Analysis:
  • Main entry point for iXAtom analysis package.
  • Compatible with iXAtom LabVIEW Data Acquisition v3.2 and later.
• iXAtom_Main_Systematics:
  • Main entry point for evaluation of iXAtom systematic effects.
• Class RunParameters (calls Physics):
  • For parsing and storing run parameters from file
• Class Detection (calls Utilities):
  • Class for processing and storing data from detection traces
  • Inherits all attributes and methods from class RunParameters
• Class Monitor (calls Utilities):
  • Class for storing, merging, and manipulating monitor data
  • Inherits all attributes and methods from class RunParameters
• Class Raman (calls Detection, Physics, Utilities):
  • Class for storing and processing Raman data
  • Inherits all attributes and methods from class RunParameters
• Class Ramsey (calls Detection, Physics, Utilities):
  • Class for storing and processing Ramsey data
  • Inherits all attributes and methods from class RunParameters
• Class Rabi (calls Detection, Physics, Utilities):
  • Class for storing and processing Rabi data
  • Inherits all attributes and methods from class RunParameters
• Class Track (calls Physics, Utilities):
  • Class for storing and processing Tracking data
  • Inherits all attributes and methods from class RunParameters
• Class Stream (calls Utilities)
  • Class for storing and processing Streaming data
• Class Physics (requires instance of RunParameters)
  • Class for useful physical constants and formulas
• Class: Systematics (requires instance of RunParameters)
  • Class for computing atom interferometer systematic effects
  • Inherits all attributes and methods from class Physics
• Utilities:
  • Utility methods used in all classes
  • Includes custom plotting methods, dataframe reading/writing methods, and time-series analysis methods