API

The abTEM API generally follows an object-oriented design with objects representing elements of the underlying physical models. Numpy-style docstrings embedded in the code allow the reference to be automatically generated.

See the class diagrams for an overview of how the main user-facing classes in each part of the API relate to one another.

• abtem
  • abtem.bloch
    • abtem.bloch.dynamical
    • abtem.bloch.indexing
    • abtem.bloch.matrix_exponential
    • abtem.bloch.utils
  • abtem.core
    • abtem.core.axes
    • abtem.core.backend
    • abtem.core.chunks
    • abtem.core.colors
    • abtem.core.complex
    • abtem.core.config
    • abtem.core.constants
    • abtem.core.diagnostics
    • abtem.core.electron_configurations
    • abtem.core.energy
    • abtem.core.ensemble
    • abtem.core.fft
    • abtem.core.grid
    • abtem.core.units
    • abtem.core.utils
  • abtem.inelastic
    • abtem.inelastic.core_loss
    • abtem.inelastic.phonons
    • abtem.inelastic.plasmons
  • abtem.magnetism
    • abtem.magnetism.parametrizations
    • abtem.magnetism.gpaw
    • abtem.magnetism.iam
    • abtem.magnetism.pauli
    • abtem.magnetism.utils
  • abtem.parametrizations
    • abtem.parametrizations.functions
  • abtem.potentials
    • abtem.potentials.charge_density
    • abtem.potentials.gpaw
    • abtem.potentials.iam
  • abtem.prism
    • abtem.prism.s_matrix
    • abtem.prism.utils
  • abtem.visualize
    • abtem.visualize.artists
    • abtem.visualize.axes_grid
    • abtem.visualize.visualizations
    • abtem.visualize.widgets
  • abtem.antialias
  • abtem.array
  • abtem.atoms
  • abtem.detectors
  • abtem.distributions
  • abtem.finite_difference
  • abtem.integrals
  • abtem.mcf
  • abtem.measurements
  • abtem.mtf
  • abtem.multislice
  • abtem.noise
  • abtem.scan
  • abtem.slicing
  • abtem.tilt
  • abtem.transfer
  • abtem.transform
  • abtem.waves