SlothPy

SlothPy is your toolkit for exploring the fascinating aspects of molecular magnetism.

It’s designed to make complex simulations accessible and insightful.

Begin your journey with SlothPy today!

Start from the About section.

Explore SlothPy

• About
  • Core Features
  • Technology Stack
  • Support and Feedback
• Installation Guide
  • Install via pip
  • Install from GitHub Repository
  • Getting Started
  • Keep Your Version Up to Date
• How to Start
  • Tutorial 1: Getting Started with SlothPy
• Reference Manual
  • Creation Methods
    • compound_from_slt()
    • compound_from_molcas()
    • compound_from_orca()
  • Compound
    • Compound
      • delete_group_dataset()
      • calculate_g_tensor_and_axes_doublet()
      • calculate_magnetisation()
      • calculate_magnetisation_3d()
      • calculate_susceptibility()
      • calculate_susceptibility_tensor()
      • calculate_susceptibility_3d()
      • calculate_energy()
      • calculate_energy_3d()
      • calculate_zeeman_splitting()
      • zeeman_matrix()
      • soc_energies_cm_1()
      • states_magnetic_momenta()
      • states_total_angular_momenta()
      • magnetic_momenta_matrix()
      • total_angular_momenta_matrix()
      • matrix_decomposition_in_z_pseudo_spin_basis()
      • soc_crystal_field_parameters()
      • zeeman_matrix_ito_decpomosition()
      • matrix_from_ito()
      • soc_zeem_in_z_angular_magnetic_momentum_basis()
      • plot_magnetisation()
      • plot_susceptibility()
      • plot_energy()
      • plot_zeeman()
      • plot_3d()
      • animate_3d()
      • interactive_plot_3d()
  • General Utilities
    • lebedev_laikov_grid()
    • set_default_error_reporting_mode()
    • set_plain_error_reporting_mode()
  • Exporting Module
    • table_energy_and_g()
    • axes_in_xyz()
    • axes_in_mol2()
• Theory
• How to Cite
  • Citation Format
  • BibTeX Entry
  • Acknowledgements

Indices and tables

• Index

• Module Index

• Search Page