spirit package

Spirit

Subpackages

• spirit.parameters package
  • Parameters
  • Submodules
    • Eigenmode analysis (EMA)
    • clear_modes()
    • get_n_mode_follow()
    • get_n_modes()
    • get_sparse()
    • set_n_mode_follow()
    • set_n_modes()
    • set_sparse()
    • Geodesic nudged elastic band (GNEB)
    • IMAGE_CLIMBING
    • IMAGE_FALLING
    • IMAGE_NORMAL
    • IMAGE_STATIONARY
    • get_climbing_falling()
    • get_convergence()
    • get_equilibrium_delta_Rx()
    • get_iterations()
    • get_moving_endpoints()
    • get_n_energy_interpolations()
    • get_path_shortening_constant()
    • get_spring_force()
    • get_translating_endpoints()
    • set_climbing_falling()
    • set_convergence()
    • set_equilibrium_delta_Rx()
    • set_image_type_automatically()
    • set_iterations()
    • set_moving_endpoints()
    • set_output_chain()
    • set_output_energies()
    • set_output_folder()
    • set_output_general()
    • set_output_tag()
    • set_path_shortening_constant()
    • set_spring_force()
    • set_translating_endpoints()
    • Landau-Lifshitz-Gilbert (LLG)
    • get_convergence()
    • get_damping()
    • get_direct_minimization()
    • get_iterations()
    • get_non_adiabatic_damping()
    • get_stt()
    • get_temperature()
    • get_timestep()
    • set_convergence()
    • set_damping()
    • set_direct_minimization()
    • set_iterations()
    • set_non_adiabatic_damping()
    • set_output_configuration()
    • set_output_energy()
    • set_output_folder()
    • set_output_general()
    • set_output_tag()
    • set_stt()
    • set_temperature()
    • set_timestep()
    • Monte Carlo (MC)
    • get_iterations()
    • get_metropolis_cone()
    • get_temperature()
    • set_iterations()
    • set_metropolis_cone()
    • set_output_configuration()
    • set_output_energy()
    • set_output_folder()
    • set_output_general()
    • set_output_tag()
    • set_temperature()
    • Minimum mode following (MMF)
    • get_iterations()
    • get_n_mode_follow()
    • get_n_modes()
    • set_iterations()
    • set_n_mode_follow()
    • set_n_modes()
    • set_output_configuration()
    • set_output_energy()
    • set_output_folder()
    • set_output_general()
    • set_output_tag()

Submodules

• Chain
• delete_image()
• get_energy()
• get_energy_interpolated()
• get_noi()
• get_reaction_coordinate()
• get_reaction_coordinate_interpolated()
• image_to_clipboard()
• insert_image_after()
• insert_image_before()
• jump_to_image()
• next_image()
• pop_back()
• prev_image()
• push_back()
• replace_image()
• set_length()
• setup_data()
• update_data()
• Configuration
• add_noise()
• domain()
• dw_skyrmion()
• hopfion()
• minus_z()
• plus_z()
• random()
• set_atom_type()
• set_pinned()
• skyrmion()
• spin_spiral()
• Constants
• g_e
• gamma
• hbar
• k_B
• mRy
• mu_0
• mu_B
• pi
• Geometry
• BRAVAIS_LATTICE_BCC
• BRAVAIS_LATTICE_FCC
• BRAVAIS_LATTICE_HCP
• BRAVAIS_LATTICE_HEX2D
• BRAVAIS_LATTICE_HEX2D_120
• BRAVAIS_LATTICE_HEX2D_60
• BRAVAIS_LATTICE_IRREGULAR
• BRAVAIS_LATTICE_RECTILINEAR
• BRAVAIS_LATTICE_SC
• get_atom_types()
• get_bounds()
• get_bravais_lattice_type()
• get_bravais_vectors()
• get_center()
• get_dimensionality()
• get_n_cell_atoms()
• get_n_cells()
• get_positions()
• set_bravais_lattice_type()
• set_bravais_vectors()
• set_cell_atom_types()
• set_lattice_constant()
• set_mu_s()
• set_n_cells()
• Hamiltonian
• BiaxialAnisotropyData
  • BiaxialAnisotropyData.__annotations__
  • BiaxialAnisotropyData.__getnewargs__()
  • BiaxialAnisotropyData.__match_args__
  • BiaxialAnisotropyData.__module__
  • BiaxialAnisotropyData.__new__()
  • BiaxialAnisotropyData.__orig_bases__
  • BiaxialAnisotropyData.__repr__()
  • BiaxialAnisotropyData.__slots__
  • BiaxialAnisotropyData._asdict()
  • BiaxialAnisotropyData._field_defaults
  • BiaxialAnisotropyData._fields
  • BiaxialAnisotropyData._make()
  • BiaxialAnisotropyData._replace()
  • BiaxialAnisotropyData.exponents
  • BiaxialAnisotropyData.indices
  • BiaxialAnisotropyData.magnitude
  • BiaxialAnisotropyData.primary
  • BiaxialAnisotropyData.secondary
  • BiaxialAnisotropyData.site_p
• CHIRALITY_BLOCH
• CHIRALITY_BLOCH_INVERSE
• CHIRALITY_NEEL
• CHIRALITY_NEEL_INVERSE
• DDI_METHOD_CUTOFF
• DDI_METHOD_FFT
• DDI_METHOD_FMM
• DDI_METHOD_NONE
• get_anisotropy()
• get_biaxial_anisotropy()
• get_biaxial_anisotropy_n_atoms()
• get_biaxial_anisotropy_n_terms()
• get_boundary_conditions()
• get_cubic_anisotropy()
• get_ddi()
• get_field()
• get_name()
• set_anisotropy()
• set_biaxial_anisotropy()
• set_boundary_conditions()
• set_cubic_anisotropy()
• set_ddi()
• set_dmi()
• set_exchange()
• set_field()
• write_hessian()
• HTST
• calculate()
• get_eigenvalues_min()
• get_eigenvalues_sp()
• get_eigenvectors_min()
• get_eigenvectors_sp()
• get_info()
• get_info_dict()
• get_velocities()
• I/O
• FILEFORMAT_OVF_BIN
• FILEFORMAT_OVF_BIN4
• FILEFORMAT_OVF_BIN8
• FILEFORMAT_OVF_CSV
• FILEFORMAT_OVF_TEXT
• chain_append()
• chain_read()
• chain_write()
• eigenmodes_read()
• eigenmodes_write()
• image_append()
• image_read()
• image_write()
• image_write_energy_per_spin()
• n_images_in_file()
• Log
• LEVEL_ALL
• LEVEL_DEBUG
• LEVEL_ERROR
• LEVEL_INFO
• LEVEL_PARAMETER
• LEVEL_SEVERE
• LEVEL_WARNING
• SENDER_ALL
• SENDER_API
• SENDER_GNEB
• SENDER_IO
• SENDER_LLG
• SENDER_MC
• SENDER_MMF
• SENDER_UI
• append()
• get_n_entries()
• get_n_errors()
• get_n_warnings()
• get_output_console_level()
• get_output_file_level()
• get_output_to_console()
• get_output_to_file()
• send()
• set_output_file_tag()
• set_output_folder()
• set_output_to_console()
• set_output_to_file()
• Quantities
• get_magnetization()
• get_mmf_info()
• get_topological_charge()
• get_topological_charge_density()
• Simulation
• METHOD_EMA
• METHOD_GNEB
• METHOD_LLG
• METHOD_MC
• METHOD_MMF
• SOLVER_DEPONDT
• SOLVER_HEUN
• SOLVER_LBFGS_Atlas
• SOLVER_LBFGS_OSO
• SOLVER_RK4
• SOLVER_SIB
• SOLVER_VP
• SOLVER_VP_OSO
• get_iterations_per_second()
• get_max_torque_norm()
• get_time()
• get_wall_time()
• n_shot()
• running_anywhere_on_chain()
• running_on_chain()
• running_on_image()
• simulation_run_info
  • simulation_run_info.__del__()
  • simulation_run_info.__dict__
  • simulation_run_info.__module__
  • simulation_run_info.__weakref__
  • simulation_run_info._fields_
  • simulation_run_info._history_energy
  • simulation_run_info._history_iteration
  • simulation_run_info._history_max_torque
  • simulation_run_info._n_history_energy
  • simulation_run_info._n_history_iteration
  • simulation_run_info._n_history_max_torque
  • simulation_run_info.history_energy()
  • simulation_run_info.history_iteration()
  • simulation_run_info.history_max_torque()
  • simulation_run_info.max_torque
  • simulation_run_info.total_ips
  • simulation_run_info.total_iterations
  • simulation_run_info.total_walltime
• single_shot()
• start()
• stop()
• stop_all()
• wrap_function()
• State
• State
  • State.__dict__
  • State.__enter__()
  • State.__exit__()
  • State.__init__()
  • State.__module__
  • State.__weakref__
• date_time()
• delete()
• setup()
• to_config()
• System
• get_effective_field()
• get_eigenmode()
• get_eigenvalues()
• get_energy()
• get_energy_contributions()
• get_index()
• get_nos()
• get_spin_directions()
• print_energy_array()
• update_data()
• update_eigenmodes()
• Transition
• add_noise()
• homogeneous()
• homogeneous_insert_interpolated()