API: vaft.imas

Generated from each module's __all__ by python -m vaft._api_catalog: 590 published objects in 8 modules. Signatures and summaries are read from the source; nothing here is written by hand. All API pages

`vaft.imas`
`IMASHandle`	class
`load`	function
`save`	function
`to_equilibrium`	function
`vaft.imas.access`
`IDS_ACCESSOR`	data
`IDSEntry`	class
`is_native_entry`	function
`is_native_ids`	function
`vaft.imas.code_parameters`
`as_entry_payload`	function
`CACHE_OMITTED_KEY`	data
`entry_safe_code_parameters`	function
`promote_in_place`	function
`vaft.imas.discovery`
`describe`	function
`vaft.imas.entries`
`normalize_entries`	function
`vaft.imas.interactive`
`plot_diagnostics_time_interactive`	function
`plot_equilibrium_interactive`	function
`vaft.imas.omas_imas`
`filled_paths_in_ids`	function
`IDS`	class
`IMAS_DD_VERSION_CONVERSION`	data
`imas_empty`	function
`imas_get`	function
`imas_open`	function
`imas_open_uri`	function
`IMAS_REMOVED_IDS`	data
`imas_set`	function
`infer_fetch_paths`	function
`load_omas_imas`	function
`ods_from_toplevels`	function
`save_omas_imas`	function
`vaft.imas.plotting`
`available_plots`	function
`compose`	function
`dd_b_field_probe_spatial_field`	function
`dd_b_field_probe_time_field`	function
`dd_barometry_time_pressure`	function
`dd_camera_visible_animation_frames`	function
`dd_camera_visible_image`	function
`dd_camera_visible_image_efit_overlay`	function
`dd_camera_visible_image_field_line`	function
`dd_camera_visible_image_fluctuation`	function
`dd_camera_visible_image_frame`	function
`dd_camera_visible_image_mhd_power`	function
`dd_camera_visible_image_vacuum_field_line`	function
`dd_camera_visible_spectrogram`	function
`dd_charge_exchange_geometry_poloidal`	function
`dd_charge_exchange_profile_fit`	function
`dd_charge_exchange_profile_ion_temperature`	function
`dd_charge_exchange_profile_velocity_tor`	function
`dd_charge_exchange_time_ion_temperature`	function
`dd_charge_exchange_time_velocity_tor`	function
`dd_chease_overview_profile_validity`	function
`dd_chease_overview_refinement_summary`	function
`dd_coil_3d_geometry3d`	function
`dd_coil_3d_geometry_topview`	function
`dd_coil_3d_profile_current`	function
`dd_coil_3d_spectrum_current`	function
`dd_core_profiles_profile_zeff`	function
`dd_core_profiles_time_volume_averaged`	function
`dd_current_overview`	function
`dd_current_overview_reconstruction`	function
`dd_diagnostics_overview`	function
`dd_diagnostics_spectrum_coherence`	function
`dd_diamagnetic_flux_time`	function
`dd_ec_launchers_time_power`	function
`dd_electron_density_field`	function
`dd_electron_density_profile`	function
`dd_electron_density_profile_gradient`	function
`dd_electron_density_time`	function
`dd_electron_temperature_field`	function
`dd_electron_temperature_profile`	function
`dd_electron_temperature_profile_gradient`	function
`dd_electron_temperature_time`	function
`dd_equilibrium_field_2d`	function
`dd_equilibrium_field_psi`	function
`dd_equilibrium_field_psi_vacuum`	function
`dd_equilibrium_geometry_boundary`	function
`dd_equilibrium_geometry_topview`	function
`dd_equilibrium_overview`	function
`dd_equilibrium_overview_constraint_coverage`	function
`dd_equilibrium_overview_constraint_weights`	function
`dd_equilibrium_overview_constraints`	function
`dd_equilibrium_overview_convergence`	function
`dd_equilibrium_overview_fit_quality`	function
`dd_equilibrium_overview_histories`	function
`dd_equilibrium_overview_pressure_weight_scan`	function
`dd_equilibrium_overview_profiles`	function
`dd_equilibrium_overview_residuals`	function
`dd_equilibrium_overview_verification`	function
`dd_equilibrium_profile_f`	function
`dd_equilibrium_profile_ffprime`	function
`dd_equilibrium_profile_j_tor`	function
`dd_equilibrium_profile_pprime`	function
`dd_equilibrium_profile_pressure`	function
`dd_equilibrium_profile_q`	function
`dd_equilibrium_table_fit_quality`	function
`dd_equilibrium_table_summary`	function
`dd_equilibrium_table_validation`	function
`dd_equilibrium_text_summary`	function
`dd_equilibrium_time_beta`	function
`dd_equilibrium_time_beta_n`	function
`dd_equilibrium_time_beta_p`	function
`dd_equilibrium_time_beta_t`	function
`dd_equilibrium_time_diamagnetic_flux`	function
`dd_equilibrium_time_elongation`	function
`dd_equilibrium_time_li`	function
`dd_equilibrium_time_major_radius`	function
`dd_equilibrium_time_minor_radius`	function
`dd_equilibrium_time_plasma_current`	function
`dd_equilibrium_time_q0`	function
`dd_equilibrium_time_q95`	function
`dd_equilibrium_time_qa`	function
`dd_equilibrium_time_shape`	function
`dd_equilibrium_time_triangularity`	function
`dd_equilibrium_time_triangularity_lower`	function
`dd_equilibrium_time_triangularity_upper`	function
`dd_equilibrium_time_virial`	function
`dd_equilibrium_time_w_mag`	function
`dd_equilibrium_time_w_mhd`	function
`dd_equilibrium_time_w_tot`	function
`dd_field_line_topology_field_connection_length`	function
`dd_flux_loop_spatial_flux`	function
`dd_flux_loop_time_flux`	function
`dd_flux_loop_time_voltage`	function
`dd_gyrokinetics_overview`	function
`dd_gyrokinetics_profile_eigenfunction`	function
`dd_gyrokinetics_spectrum_energy_flux`	function
`dd_gyrokinetics_spectrum_frequency`	function
`dd_gyrokinetics_spectrum_growth_rate`	function
`dd_gyrokinetics_spectrum_particle_flux`	function
`dd_impa_overview`	function
`dd_impa_profile_field`	function
`dd_impa_time_field`	function
`dd_impa_time_voltage`	function
`dd_impurity_profile_charge_state_fraction`	function
`dd_impurity_profile_composition`	function
`dd_interferometer_overview`	function
`dd_interferometer_spectrogram`	function
`dd_interferometer_spectrum`	function
`dd_interferometer_time_n_e_line`	function
`dd_ion_temperature_profile`	function
`dd_ion_temperature_profile_gradient`	function
`dd_kinetic_overview_profiles`	function
`dd_kinetic_overview_state`	function
`dd_limiter_current_time`	function
`dd_machine_geometry3d`	function
`dd_machine_geometry_poloidal`	function
`dd_machine_geometry_topview`	function
`dd_magnetics_geometry_poloidal`	function
`dd_magnetics_overview`	function
`dd_magnetics_overview_plasma_residual`	function
`dd_magnetics_overview_vacuum`	function
`dd_magnetics_overview_vacuum_benchmark`	function
`dd_magnetics_table_vacuum_benchmark`	function
`dd_magnetics_table_vacuum_benchmark_aggregate`	function
`dd_mhd_linear_field_spectrum`	function
`dd_mhd_linear_geometry_island`	function
`dd_mhd_linear_overview_eigenfunction`	function
`dd_mhd_linear_profile_b_field_perturbed`	function
`dd_mhd_linear_profile_chirikov`	function
`dd_mhd_linear_profile_displacement`	function
`dd_mhd_linear_profile_island_width`	function
`dd_mhd_linear_profile_resonant_flux`	function
`dd_mhd_linear_spectrum_b_field_perturbed`	function
`dd_mhd_linear_time_energy_perturbed`	function
`dd_mirnov_spatial_phase`	function
`dd_mirnov_spectrogram`	function
`dd_mirnov_spectrum`	function
`dd_mirnov_time_voltage`	function
`dd_nbi_profile_current_drive`	function
`dd_nbi_profile_electron_heating`	function
`dd_nbi_profile_ion_heating`	function
`dd_neoclassical_profile_bootstrap_current`	function
`dd_ntms_time_delta_prime`	function
`dd_passive_structure_field_wall_reduction`	function
`dd_passive_structure_geometry_poloidal`	function
`dd_passive_structure_geometry_wall_mode`	function
`dd_passive_structure_overview_wall_reduction`	function
`dd_passive_structure_overview_wall_time`	function
`dd_passive_structure_time_current`	function
`dd_pf_coil_geometry_poloidal`	function
`dd_pf_coil_time_current`	function
`dd_pf_coil_time_current_turns`	function
`dd_pf_plasma_geometry_poloidal`	function
`dd_plasma_current_time`	function
`dd_rogowski_coil_time_current`	function
`dd_soft_x_rays_geometry_lines_of_sight`	function
`dd_soft_x_rays_overview`	function
`dd_soft_x_rays_spectrogram`	function
`dd_soft_x_rays_spectrum`	function
`dd_soft_x_rays_time_power`	function
`dd_spectrometer_uv_time_impurity`	function
`dd_spectrometer_uv_time_intensity`	function
`dd_startup_proxies_time`	function
`dd_summary_time_energy`	function
`dd_summary_time_estimated_q95`	function
`dd_summary_time_normalized_current`	function
`dd_summary_time_power_balance`	function
`dd_summary_time_q_star_cylindrical`	function
`dd_summary_time_q_star_kink`	function
`dd_summary_time_resistive_zeff`	function
`dd_summary_time_romero_balance`	function
`dd_summary_time_voltage_consumption`	function
`dd_tf_coil_time_b_t`	function
`dd_tf_coil_time_b_t_vacuum_r`	function
`dd_tf_coil_time_current`	function
`dd_thermal_pressure_profile`	function
`dd_thomson_scattering_geometry_poloidal`	function
`dd_thomson_scattering_profile_electron_density`	function
`dd_thomson_scattering_profile_electron_temperature`	function
`dd_thomson_scattering_profile_fit`	function
`dd_thomson_scattering_time_electron_density`	function
`dd_thomson_scattering_time_electron_temperature`	function
`dd_turbulent_transport_overview`	function
`dd_turbulent_transport_profile_energy_flux`	function
`dd_turbulent_transport_profile_particle_flux`	function
`dd_vacuum_field`	function
`dd_vacuum_field_midplane`	function
`dd_wall_geometry_poloidal`	function
`extract_b_field_probe_spatial_field`	function
`extract_b_field_probe_time_field`	function
`extract_barometry_time_pressure`	function
`extract_camera_visible_animation_frames`	function
`extract_camera_visible_image`	function
`extract_camera_visible_image_efit_overlay`	function
`extract_camera_visible_image_field_line`	function
`extract_camera_visible_image_fluctuation`	function
`extract_camera_visible_image_frame`	function
`extract_camera_visible_image_mhd_power`	function
`extract_camera_visible_image_vacuum_field_line`	function
`extract_camera_visible_spectrogram`	function
`extract_charge_exchange_geometry_poloidal`	function
`extract_charge_exchange_profile_fit`	function
`extract_charge_exchange_profile_ion_temperature`	function
`extract_charge_exchange_profile_velocity_tor`	function
`extract_charge_exchange_time_ion_temperature`	function
`extract_charge_exchange_time_velocity_tor`	function
`extract_chease_overview_profile_validity`	function
`extract_chease_overview_refinement_summary`	function
`extract_coil_3d_geometry3d`	function
`extract_coil_3d_geometry_topview`	function
`extract_coil_3d_profile_current`	function
`extract_coil_3d_spectrum_current`	function
`extract_core_profiles_profile_zeff`	function
`extract_core_profiles_time_volume_averaged`	function
`extract_current_overview`	function
`extract_current_overview_reconstruction`	function
`extract_diagnostics_overview`	function
`extract_diagnostics_spectrum_coherence`	function
`extract_diamagnetic_flux_time`	function
`extract_ec_launchers_time_power`	function
`extract_electron_density_field`	function
`extract_electron_density_profile`	function
`extract_electron_density_profile_gradient`	function
`extract_electron_density_time`	function
`extract_electron_temperature_field`	function
`extract_electron_temperature_profile`	function
`extract_electron_temperature_profile_gradient`	function
`extract_electron_temperature_time`	function
`extract_equilibrium_field_2d`	function
`extract_equilibrium_field_psi`	function
`extract_equilibrium_field_psi_vacuum`	function
`extract_equilibrium_geometry_boundary`	function
`extract_equilibrium_geometry_topview`	function
`extract_equilibrium_overview`	function
`extract_equilibrium_overview_constraint_coverage`	function
`extract_equilibrium_overview_constraint_weights`	function
`extract_equilibrium_overview_constraints`	function
`extract_equilibrium_overview_convergence`	function
`extract_equilibrium_overview_fit_quality`	function
`extract_equilibrium_overview_histories`	function
`extract_equilibrium_overview_pressure_weight_scan`	function
`extract_equilibrium_overview_profiles`	function
`extract_equilibrium_overview_residuals`	function
`extract_equilibrium_overview_verification`	function
`extract_equilibrium_profile_f`	function
`extract_equilibrium_profile_ffprime`	function
`extract_equilibrium_profile_j_tor`	function
`extract_equilibrium_profile_pprime`	function
`extract_equilibrium_profile_pressure`	function
`extract_equilibrium_profile_q`	function
`extract_equilibrium_table_fit_quality`	function
`extract_equilibrium_table_summary`	function
`extract_equilibrium_table_validation`	function
`extract_equilibrium_text_summary`	function
`extract_equilibrium_time_beta`	function
`extract_equilibrium_time_beta_n`	function
`extract_equilibrium_time_beta_p`	function
`extract_equilibrium_time_beta_t`	function
`extract_equilibrium_time_diamagnetic_flux`	function
`extract_equilibrium_time_elongation`	function
`extract_equilibrium_time_li`	function
`extract_equilibrium_time_major_radius`	function
`extract_equilibrium_time_minor_radius`	function
`extract_equilibrium_time_plasma_current`	function
`extract_equilibrium_time_q0`	function
`extract_equilibrium_time_q95`	function
`extract_equilibrium_time_qa`	function
`extract_equilibrium_time_shape`	function
`extract_equilibrium_time_triangularity`	function
`extract_equilibrium_time_triangularity_lower`	function
`extract_equilibrium_time_triangularity_upper`	function
`extract_equilibrium_time_virial`	function
`extract_equilibrium_time_w_mag`	function
`extract_equilibrium_time_w_mhd`	function
`extract_equilibrium_time_w_tot`	function
`extract_field_line_topology_field_connection_length`	function
`extract_flux_loop_spatial_flux`	function
`extract_flux_loop_time_flux`	function
`extract_flux_loop_time_voltage`	function
`extract_gyrokinetics_overview`	function
`extract_gyrokinetics_profile_eigenfunction`	function
`extract_gyrokinetics_spectrum_energy_flux`	function
`extract_gyrokinetics_spectrum_frequency`	function
`extract_gyrokinetics_spectrum_growth_rate`	function
`extract_gyrokinetics_spectrum_particle_flux`	function
`extract_impa_overview`	function
`extract_impa_profile_field`	function
`extract_impa_time_field`	function
`extract_impa_time_voltage`	function
`extract_impurity_profile_charge_state_fraction`	function
`extract_impurity_profile_composition`	function
`extract_interferometer_overview`	function
`extract_interferometer_spectrogram`	function
`extract_interferometer_spectrum`	function
`extract_interferometer_time_n_e_line`	function
`extract_ion_temperature_profile`	function
`extract_ion_temperature_profile_gradient`	function
`extract_kinetic_overview_profiles`	function
`extract_kinetic_overview_state`	function
`extract_limiter_current_time`	function
`extract_machine_geometry3d`	function
`extract_machine_geometry_poloidal`	function
`extract_machine_geometry_topview`	function
`extract_magnetics_geometry_poloidal`	function
`extract_magnetics_overview`	function
`extract_magnetics_overview_plasma_residual`	function
`extract_magnetics_overview_vacuum`	function
`extract_magnetics_overview_vacuum_benchmark`	function
`extract_magnetics_table_vacuum_benchmark`	function
`extract_magnetics_table_vacuum_benchmark_aggregate`	function
`extract_mhd_linear_field_spectrum`	function
`extract_mhd_linear_geometry_island`	function
`extract_mhd_linear_overview_eigenfunction`	function
`extract_mhd_linear_profile_b_field_perturbed`	function
`extract_mhd_linear_profile_chirikov`	function
`extract_mhd_linear_profile_displacement`	function
`extract_mhd_linear_profile_island_width`	function
`extract_mhd_linear_profile_resonant_flux`	function
`extract_mhd_linear_spectrum_b_field_perturbed`	function
`extract_mhd_linear_time_energy_perturbed`	function
`extract_mirnov_spatial_phase`	function
`extract_mirnov_spectrogram`	function
`extract_mirnov_spectrum`	function
`extract_mirnov_time_voltage`	function
`extract_nbi_profile_current_drive`	function
`extract_nbi_profile_electron_heating`	function
`extract_nbi_profile_ion_heating`	function
`extract_neoclassical_profile_bootstrap_current`	function
`extract_ntms_time_delta_prime`	function
`extract_passive_structure_field_wall_reduction`	function
`extract_passive_structure_geometry_poloidal`	function
`extract_passive_structure_geometry_wall_mode`	function
`extract_passive_structure_overview_wall_reduction`	function
`extract_passive_structure_overview_wall_time`	function
`extract_passive_structure_time_current`	function
`extract_pf_coil_geometry_poloidal`	function
`extract_pf_coil_time_current`	function
`extract_pf_coil_time_current_turns`	function
`extract_pf_plasma_geometry_poloidal`	function
`extract_plasma_current_time`	function
`extract_rogowski_coil_time_current`	function
`extract_soft_x_rays_geometry_lines_of_sight`	function
`extract_soft_x_rays_overview`	function
`extract_soft_x_rays_spectrogram`	function
`extract_soft_x_rays_spectrum`	function
`extract_soft_x_rays_time_power`	function
`extract_spectrometer_uv_time_impurity`	function
`extract_spectrometer_uv_time_intensity`	function
`extract_startup_proxies_time`	function
`extract_summary_time_energy`	function
`extract_summary_time_estimated_q95`	function
`extract_summary_time_normalized_current`	function
`extract_summary_time_power_balance`	function
`extract_summary_time_q_star_cylindrical`	function
`extract_summary_time_q_star_kink`	function
`extract_summary_time_resistive_zeff`	function
`extract_summary_time_romero_balance`	function
`extract_summary_time_voltage_consumption`	function
`extract_tf_coil_time_b_t`	function
`extract_tf_coil_time_b_t_vacuum_r`	function
`extract_tf_coil_time_current`	function
`extract_thermal_pressure_profile`	function
`extract_thomson_scattering_geometry_poloidal`	function
`extract_thomson_scattering_profile_electron_density`	function
`extract_thomson_scattering_profile_electron_temperature`	function
`extract_thomson_scattering_profile_fit`	function
`extract_thomson_scattering_time_electron_density`	function
`extract_thomson_scattering_time_electron_temperature`	function
`extract_turbulent_transport_overview`	function
`extract_turbulent_transport_profile_energy_flux`	function
`extract_turbulent_transport_profile_particle_flux`	function
`extract_vacuum_field`	function
`extract_vacuum_field_midplane`	function
`extract_wall_geometry_poloidal`	function
`plot_b_field_probe_spatial_field`	function
`plot_b_field_probe_time_field`	function
`plot_barometry_time_pressure`	function
`plot_camera_visible_animation_frames`	function Deprecated
`plot_camera_visible_image`	function
`plot_camera_visible_image_efit_overlay`	function
`plot_camera_visible_image_field_line`	function
`plot_camera_visible_image_fluctuation`	function
`plot_camera_visible_image_frame`	function
`plot_camera_visible_image_mhd_power`	function
`plot_camera_visible_image_vacuum_field_line`	function
`plot_camera_visible_spectrogram`	function
`plot_charge_exchange_geometry_poloidal`	function
`plot_charge_exchange_profile_fit`	function
`plot_charge_exchange_profile_ion_temperature`	function
`plot_charge_exchange_profile_velocity_tor`	function
`plot_charge_exchange_time_ion_temperature`	function
`plot_charge_exchange_time_velocity_tor`	function
`plot_chease_overview_profile_validity`	function
`plot_chease_overview_refinement_summary`	function
`plot_coil_3d_geometry3d`	function
`plot_coil_3d_geometry_topview`	function
`plot_coil_3d_profile_current`	function
`plot_coil_3d_spectrum_current`	function
`plot_core_profiles_profile_zeff`	function
`plot_core_profiles_time_volume_averaged`	function
`plot_current_overview`	function
`plot_current_overview_reconstruction`	function
`plot_diagnostics_overview`	function
`plot_diagnostics_spectrum_coherence`	function
`plot_diamagnetic_flux_time`	function
`plot_ec_launchers_time_power`	function
`plot_electron_density_field`	function
`plot_electron_density_profile`	function
`plot_electron_density_profile_gradient`	function
`plot_electron_density_time`	function
`plot_electron_temperature_field`	function
`plot_electron_temperature_profile`	function
`plot_electron_temperature_profile_gradient`	function
`plot_electron_temperature_time`	function
`plot_equilibrium_field_2d`	function
`plot_equilibrium_field_psi`	function
`plot_equilibrium_field_psi_vacuum`	function
`plot_equilibrium_geometry_boundary`	function
`plot_equilibrium_geometry_topview`	function
`plot_equilibrium_overview`	function
`plot_equilibrium_overview_constraint_coverage`	function
`plot_equilibrium_overview_constraint_weights`	function
`plot_equilibrium_overview_constraints`	function
`plot_equilibrium_overview_convergence`	function
`plot_equilibrium_overview_fit_quality`	function
`plot_equilibrium_overview_histories`	function
`plot_equilibrium_overview_pressure_weight_scan`	function
`plot_equilibrium_overview_profiles`	function
`plot_equilibrium_overview_residuals`	function
`plot_equilibrium_overview_verification`	function
`plot_equilibrium_profile_f`	function
`plot_equilibrium_profile_ffprime`	function
`plot_equilibrium_profile_j_tor`	function
`plot_equilibrium_profile_pprime`	function
`plot_equilibrium_profile_pressure`	function
`plot_equilibrium_profile_q`	function
`plot_equilibrium_table_fit_quality`	function
`plot_equilibrium_table_summary`	function
`plot_equilibrium_table_validation`	function
`plot_equilibrium_text_summary`	function
`plot_equilibrium_time_beta`	function
`plot_equilibrium_time_beta_n`	function
`plot_equilibrium_time_beta_p`	function
`plot_equilibrium_time_beta_t`	function
`plot_equilibrium_time_diamagnetic_flux`	function
`plot_equilibrium_time_elongation`	function
`plot_equilibrium_time_li`	function
`plot_equilibrium_time_major_radius`	function
`plot_equilibrium_time_minor_radius`	function
`plot_equilibrium_time_plasma_current`	function
`plot_equilibrium_time_q0`	function
`plot_equilibrium_time_q95`	function
`plot_equilibrium_time_qa`	function
`plot_equilibrium_time_shape`	function
`plot_equilibrium_time_triangularity`	function
`plot_equilibrium_time_triangularity_lower`	function
`plot_equilibrium_time_triangularity_upper`	function
`plot_equilibrium_time_virial`	function
`plot_equilibrium_time_w_mag`	function
`plot_equilibrium_time_w_mhd`	function
`plot_equilibrium_time_w_tot`	function
`plot_field_line_topology_field_connection_length`	function
`plot_flux_loop_spatial_flux`	function
`plot_flux_loop_time_flux`	function
`plot_flux_loop_time_voltage`	function
`plot_gyrokinetics_overview`	function
`plot_gyrokinetics_profile_eigenfunction`	function
`plot_gyrokinetics_spectrum_energy_flux`	function
`plot_gyrokinetics_spectrum_frequency`	function
`plot_gyrokinetics_spectrum_growth_rate`	function
`plot_gyrokinetics_spectrum_particle_flux`	function
`plot_impa_overview`	function
`plot_impa_profile_field`	function
`plot_impa_time_field`	function
`plot_impa_time_voltage`	function
`plot_impurity_profile_charge_state_fraction`	function
`plot_impurity_profile_composition`	function
`plot_interferometer_overview`	function
`plot_interferometer_spectrogram`	function
`plot_interferometer_spectrum`	function
`plot_interferometer_time_n_e_line`	function
`plot_ion_temperature_profile`	function
`plot_ion_temperature_profile_gradient`	function
`plot_kinetic_overview_profiles`	function
`plot_kinetic_overview_state`	function
`plot_limiter_current_time`	function
`plot_machine_geometry3d`	function
`plot_machine_geometry_poloidal`	function
`plot_machine_geometry_topview`	function
`plot_magnetics_geometry_poloidal`	function
`plot_magnetics_overview`	function
`plot_magnetics_overview_plasma_residual`	function
`plot_magnetics_overview_vacuum`	function
`plot_magnetics_overview_vacuum_benchmark`	function
`plot_magnetics_table_vacuum_benchmark`	function
`plot_magnetics_table_vacuum_benchmark_aggregate`	function
`plot_mhd_linear_field_spectrum`	function
`plot_mhd_linear_geometry_island`	function
`plot_mhd_linear_overview_eigenfunction`	function
`plot_mhd_linear_profile_b_field_perturbed`	function
`plot_mhd_linear_profile_chirikov`	function
`plot_mhd_linear_profile_displacement`	function
`plot_mhd_linear_profile_island_width`	function
`plot_mhd_linear_profile_resonant_flux`	function
`plot_mhd_linear_spectrum_b_field_perturbed`	function
`plot_mhd_linear_time_energy_perturbed`	function
`plot_mirnov_spatial_phase`	function
`plot_mirnov_spectrogram`	function
`plot_mirnov_spectrum`	function
`plot_mirnov_time_voltage`	function
`plot_nbi_profile_current_drive`	function
`plot_nbi_profile_electron_heating`	function
`plot_nbi_profile_ion_heating`	function
`plot_neoclassical_profile_bootstrap_current`	function
`plot_ntms_time_delta_prime`	function
`plot_passive_structure_field_wall_reduction`	function
`plot_passive_structure_geometry_poloidal`	function
`plot_passive_structure_geometry_wall_mode`	function
`plot_passive_structure_overview_wall_reduction`	function
`plot_passive_structure_overview_wall_time`	function
`plot_passive_structure_time_current`	function
`plot_pf_coil_geometry_poloidal`	function
`plot_pf_coil_time_current`	function
`plot_pf_coil_time_current_turns`	function
`plot_pf_plasma_geometry_poloidal`	function
`plot_plasma_current_time`	function
`plot_rogowski_coil_time_current`	function
`plot_soft_x_rays_geometry_lines_of_sight`	function
`plot_soft_x_rays_overview`	function
`plot_soft_x_rays_spectrogram`	function
`plot_soft_x_rays_spectrum`	function
`plot_soft_x_rays_time_power`	function
`plot_spectrometer_uv_time_impurity`	function
`plot_spectrometer_uv_time_intensity`	function
`plot_startup_proxies_time`	function
`plot_summary_time_energy`	function
`plot_summary_time_estimated_q95`	function
`plot_summary_time_normalized_current`	function
`plot_summary_time_power_balance`	function
`plot_summary_time_q_star_cylindrical`	function
`plot_summary_time_q_star_kink`	function
`plot_summary_time_resistive_zeff`	function
`plot_summary_time_romero_balance`	function
`plot_summary_time_voltage_consumption`	function
`plot_tf_coil_time_b_t`	function
`plot_tf_coil_time_b_t_vacuum_r`	function
`plot_tf_coil_time_current`	function
`plot_thermal_pressure_profile`	function
`plot_thomson_scattering_geometry_poloidal`	function
`plot_thomson_scattering_profile_electron_density`	function
`plot_thomson_scattering_profile_electron_temperature`	function
`plot_thomson_scattering_profile_fit`	function
`plot_thomson_scattering_time_electron_density`	function
`plot_thomson_scattering_time_electron_temperature`	function
`plot_turbulent_transport_overview`	function
`plot_turbulent_transport_profile_energy_flux`	function
`plot_turbulent_transport_profile_particle_flux`	function
`plot_vacuum_field`	function
`plot_vacuum_field_midplane`	function
`plot_wall_geometry_poloidal`	function
`render`	function

vaft.imas

Local IMAS importer and writer, and the native-IMAS plotting adapters.

`IMASHandle`

class source

IMASHandle(source: str | Path | Sequence[str | Path], *, imas_version: str | None = None)

A native IMAS entry with ownership of any temporary conversion store.

5 members

ids property source
open method source
get method source
to_omas method source
close method source

`load`

function source

load(source, *, imas_version=None)

Open any supported local artifact as a native IMAS context manager.

`save`

function source

save(data, target, *, imas_version=None, occurrence=None)

Write OMAS, native IDS, or an IMAS handle to local IMAS HDF5/NetCDF.

`to_equilibrium`

function source

to_equilibrium(source, *, time_index=0, profile_index=0, convention=None)

Adapt an IMAS handle (or converted native IDS) for scientific algorithms.

vaft.imas.access

Native IMAS access for the plotting recipes (issue #63).

`IDS_ACCESSOR`

data

IDS_ACCESSOR = <vaft.imas.access._IDSAccessor>

`IDSEntry`

class source

IDSEntry(source: Any, *, occurrence: int = 0) -> None

One shot’s native IDS objects, keyed by IDS name.

5 members

toplevel method — The native toplevel for IDS name, or None when the source lacks it. source
ids_names property — IDS names this entry can serve without reading, else those read so far. source
pulse property — The data entry’s pulse number when the source carries one. source
as_ods_for method — An OMAS ODS holding only ids_names, converted from the native toplevels. source
can_convert method — Whether as_ods_for can supply ids_names (or anything) whole. source

`is_native_entry`

function source

is_native_entry(obj: Any) -> bool

Whether obj is an imas-python DBEntry.

`is_native_ids`

function source

is_native_ids(obj: Any) -> bool

Whether obj is an imas-python IDSToplevel.

vaft.imas.code_parameters

The two halves of keeping code.parameters intact across a round trip.

`as_entry_payload`

function source

as_entry_payload(ods)

Hold ods in the shape an IMAS entry can accept, then put it back.

`CACHE_OMITTED_KEY`

data

CACHE_OMITTED_KEY = 'parameters_cache_omitted'

`entry_safe_code_parameters`

function source

entry_safe_code_parameters(save)

Wrap a save function so it writes through as_entry_payload.

`promote_in_place`

function source

promote_in_place(ods) -> None

Turn every flat, leaf-only code.parameters branch into a CodeParameters.

vaft.imas.discovery

IDS-aware plot discovery: native IMAS inputs in, the shared catalog out.

`describe`

function source

describe(source: Any = None, *, query: str | None = None, detail: bool = False, available_only: bool | None = None, **filters: Any) -> PlotCatalog

The catalog of plots, evaluated against a native IMAS source when given.

vaft.imas.entries

Turn native IMAS inputs into the (label, entry) pairs the recipes read.

`normalize_entries`

function source

normalize_entries(source: Any, *, label: str | Sequence[str] = 'shot') -> tuple[tuple[str, IDSEntry], ...]

Return deterministic (label, entry) pairs for any supported input.

Also exported as vaft.imas.plotting.normalize_entries.

vaft.imas.interactive

Interactive entry points over native IMAS input (issues #261, #482).

`plot_diagnostics_time_interactive`

function source

plot_diagnostics_time_interactive(source: Any, *, backend: str = 'auto', show: bool = False, label: Any = 'shot', **options: Any) -> Any

The diagnostics overview with live controls, from native IMAS input.

Also exported as vaft.imas.plotting.plot_diagnostics_time_interactive.

`plot_equilibrium_interactive`

function source

plot_equilibrium_interactive(source: Any, **options: Any) -> Any

Explore one shot’s equilibrium slices, from native IMAS input.

Also exported as vaft.imas.plotting.plot_equilibrium_interactive.

vaft.imas.omas_imas

save/load from IMAS routines

`filled_paths_in_ids`

function source

filled_paths_in_ids(ids, ds, path=None, paths=None, requested_paths=None, assume_uniform_array_structures=False, stop_on_first_fill=False)

Taverse an IDS and list leaf paths (with proper sizing for arrays of structures)

`IDS`

class source

IDS(DBentry, occurrence)

Wrapper for AL5 (IMAS-Python / imas_core) DBEntry

4 members

put_ids method — Write IDS to backend (AL5) source
get_ids method — Read IDS from backend (AL5) source
get_ids_slice method — Read a time slice from IDS (AL5) source
close method source

`IMAS_DD_VERSION_CONVERSION`

data

IMAS_DD_VERSION_CONVERSION = '3.41.0'

Also exported as vaft.imas.IMAS_DD_VERSION_CONVERSION.

`imas_empty`

function source

imas_empty(value)

Check if value is an IMAS empty * array with no size * float of value -9E40 * integer of value -999999999 * empty string

`imas_get`

function source

imas_get(ids, path, skip_missing_nodes=False, check_empty=True)

read the value of a path in an open IMAS ids

`imas_open`

function source

imas_open(user, machine, pulse, run, occurrence={}, new=False, imas_major_version='3', backend='MDSPLUS', verbose=True, *, dd_version=None)

function to open an IMAS

`imas_open_uri`

function source

imas_open_uri(uri, mode='r', occurrence={}, verbose=True, dd_version=None)

Open an IMAS AL5 data entry by URI (e.g. imas:hdf5?path=/path/to/dir).

`IMAS_REMOVED_IDS`

data

IMAS_REMOVED_IDS = frozenset({'dataset_description'})

`imas_set`

function source

imas_set(ids, path, value, skip_missing_nodes=False, allocate=False, ids_is_subtype=False, only_allocate=True)

assign a value to a path of an open IMAS ids

`infer_fetch_paths`

function source

infer_fetch_paths(ids, occurrence, paths, time, imas_version, verbose=True)

Return list of IMAS paths that have data

`load_omas_imas`

function source

load_omas_imas(user=<$USER>, machine=None, pulse=None, run=0, occurrence={}, paths=None, time=None, imas_version=None, skip_uncertainties=False, consistency_check=True, verbose=True, backend='MDSPLUS', uri=None, available_ids=None)

Load OMAS data from IMAS

`ods_from_toplevels`

function source

ods_from_toplevels(toplevels, *, imas_version=None, skip_uncertainties=False, consistency_check=True)

An ODS holding the given native toplevels, keyed by IDS name.

`save_omas_imas`

function

save_omas_imas(ods, *args, **kwargs)

vaft.imas.plotting

Plot adapters for native IMAS objects: IDSToplevel, DBEntry, handles.

`available_plots`

function source

available_plots(source: Any = None, *, query: str | None = None, detail: bool = False, available_only: bool | None = None, **filters: Any)

What can be plotted from native IMAS input, as the semantic catalog.

`compose`

function source

compose(composition: Any, source: Any, *, backend: str | None = None, show: bool = False, label: str | Sequence[str] = 'shot', **presentation: Any) -> Any

Draw several canonical plots of source as one figure (issue #1467).

`dd_b_field_probe_spatial_field`

function source

dd_b_field_probe_spatial_field() -> tuple

The Data Dictionary paths vaft.imas.plot_b_field_probe_spatial_field reads, without any data.

`dd_b_field_probe_time_field`

function source

dd_b_field_probe_time_field() -> tuple

The Data Dictionary paths vaft.imas.plot_b_field_probe_time_field reads, without any data.

`dd_barometry_time_pressure`

function source

dd_barometry_time_pressure() -> tuple

The Data Dictionary paths vaft.imas.plot_barometry_time_pressure reads, without any data.

`dd_camera_visible_animation_frames`

function source

dd_camera_visible_animation_frames() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_animation_frames reads, without any data.

`dd_camera_visible_image`

function source

dd_camera_visible_image() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_image reads, without any data.

`dd_camera_visible_image_efit_overlay`

function source

dd_camera_visible_image_efit_overlay() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_image_efit_overlay reads, without any data.

`dd_camera_visible_image_field_line`

function source

dd_camera_visible_image_field_line() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_image_field_line reads, without any data.

`dd_camera_visible_image_fluctuation`

function source

dd_camera_visible_image_fluctuation() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_image_fluctuation reads, without any data.

`dd_camera_visible_image_frame`

function source

dd_camera_visible_image_frame() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_image_frame reads, without any data.

`dd_camera_visible_image_mhd_power`

function source

dd_camera_visible_image_mhd_power() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_image_mhd_power reads, without any data.

`dd_camera_visible_image_vacuum_field_line`

function source

dd_camera_visible_image_vacuum_field_line() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_image_vacuum_field_line reads, without any data.

`dd_camera_visible_spectrogram`

function source

dd_camera_visible_spectrogram() -> tuple

The Data Dictionary paths vaft.imas.plot_camera_visible_spectrogram reads, without any data.

`dd_charge_exchange_geometry_poloidal`

function source

dd_charge_exchange_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_charge_exchange_geometry_poloidal reads, without any data.

`dd_charge_exchange_profile_fit`

function source

dd_charge_exchange_profile_fit() -> tuple

The Data Dictionary paths vaft.imas.plot_charge_exchange_profile_fit reads, without any data.

`dd_charge_exchange_profile_ion_temperature`

function source

dd_charge_exchange_profile_ion_temperature() -> tuple

The Data Dictionary paths vaft.imas.plot_charge_exchange_profile_ion_temperature reads, without any data.

`dd_charge_exchange_profile_velocity_tor`

function source

dd_charge_exchange_profile_velocity_tor() -> tuple

The Data Dictionary paths vaft.imas.plot_charge_exchange_profile_velocity_tor reads, without any data.

`dd_charge_exchange_time_ion_temperature`

function source

dd_charge_exchange_time_ion_temperature() -> tuple

The Data Dictionary paths vaft.imas.plot_charge_exchange_time_ion_temperature reads, without any data.

`dd_charge_exchange_time_velocity_tor`

function source

dd_charge_exchange_time_velocity_tor() -> tuple

The Data Dictionary paths vaft.imas.plot_charge_exchange_time_velocity_tor reads, without any data.

`dd_chease_overview_profile_validity`

function source

dd_chease_overview_profile_validity() -> tuple

The Data Dictionary paths vaft.imas.plot_chease_overview_profile_validity reads, without any data.

`dd_chease_overview_refinement_summary`

function source

dd_chease_overview_refinement_summary() -> tuple

The Data Dictionary paths vaft.imas.plot_chease_overview_refinement_summary reads, without any data.

`dd_coil_3d_geometry3d`

function source

dd_coil_3d_geometry3d() -> tuple

The Data Dictionary paths vaft.imas.plot_coil_3d_geometry3d reads, without any data.

`dd_coil_3d_geometry_topview`

function source

dd_coil_3d_geometry_topview() -> tuple

The Data Dictionary paths vaft.imas.plot_coil_3d_geometry_topview reads, without any data.

`dd_coil_3d_profile_current`

function source

dd_coil_3d_profile_current() -> tuple

The Data Dictionary paths vaft.imas.plot_coil_3d_profile_current reads, without any data.

`dd_coil_3d_spectrum_current`

function source

dd_coil_3d_spectrum_current() -> tuple

The Data Dictionary paths vaft.imas.plot_coil_3d_spectrum_current reads, without any data.

`dd_core_profiles_profile_zeff`

function source

dd_core_profiles_profile_zeff() -> tuple

The Data Dictionary paths vaft.imas.plot_core_profiles_profile_zeff reads, without any data.

`dd_core_profiles_time_volume_averaged`

function source

dd_core_profiles_time_volume_averaged() -> tuple

The Data Dictionary paths vaft.imas.plot_core_profiles_time_volume_averaged reads, without any data.

`dd_current_overview`

function source

dd_current_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_current_overview reads, without any data.

`dd_current_overview_reconstruction`

function source

dd_current_overview_reconstruction() -> tuple

The Data Dictionary paths vaft.imas.plot_current_overview_reconstruction reads, without any data.

`dd_diagnostics_overview`

function source

dd_diagnostics_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_diagnostics_overview reads, without any data.

`dd_diagnostics_spectrum_coherence`

function source

dd_diagnostics_spectrum_coherence() -> tuple

The Data Dictionary paths vaft.imas.plot_diagnostics_spectrum_coherence reads, without any data.

`dd_diamagnetic_flux_time`

function source

dd_diamagnetic_flux_time() -> tuple

The Data Dictionary paths vaft.imas.plot_diamagnetic_flux_time reads, without any data.

`dd_ec_launchers_time_power`

function source

dd_ec_launchers_time_power() -> tuple

The Data Dictionary paths vaft.imas.plot_ec_launchers_time_power reads, without any data.

`dd_electron_density_field`

function source

dd_electron_density_field() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_density_field reads, without any data.

`dd_electron_density_profile`

function source

dd_electron_density_profile() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_density_profile reads, without any data.

`dd_electron_density_profile_gradient`

function source

dd_electron_density_profile_gradient() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_density_profile_gradient reads, without any data.

`dd_electron_density_time`

function source

dd_electron_density_time() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_density_time reads, without any data.

`dd_electron_temperature_field`

function source

dd_electron_temperature_field() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_temperature_field reads, without any data.

`dd_electron_temperature_profile`

function source

dd_electron_temperature_profile() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_temperature_profile reads, without any data.

`dd_electron_temperature_profile_gradient`

function source

dd_electron_temperature_profile_gradient() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_temperature_profile_gradient reads, without any data.

`dd_electron_temperature_time`

function source

dd_electron_temperature_time() -> tuple

The Data Dictionary paths vaft.imas.plot_electron_temperature_time reads, without any data.

`dd_equilibrium_field_2d`

function source

dd_equilibrium_field_2d() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_field_2d reads, without any data.

`dd_equilibrium_field_psi`

function source

dd_equilibrium_field_psi() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_field_psi reads, without any data.

`dd_equilibrium_field_psi_vacuum`

function source

dd_equilibrium_field_psi_vacuum() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_field_psi_vacuum reads, without any data.

`dd_equilibrium_geometry_boundary`

function source

dd_equilibrium_geometry_boundary() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_geometry_boundary reads, without any data.

`dd_equilibrium_geometry_topview`

function source

dd_equilibrium_geometry_topview() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_geometry_topview reads, without any data.

`dd_equilibrium_overview`

function source

dd_equilibrium_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview reads, without any data.

`dd_equilibrium_overview_constraint_coverage`

function source

dd_equilibrium_overview_constraint_coverage() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_constraint_coverage reads, without any data.

`dd_equilibrium_overview_constraint_weights`

function source

dd_equilibrium_overview_constraint_weights() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_constraint_weights reads, without any data.

`dd_equilibrium_overview_constraints`

function source

dd_equilibrium_overview_constraints() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_constraints reads, without any data.

`dd_equilibrium_overview_convergence`

function source

dd_equilibrium_overview_convergence() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_convergence reads, without any data.

`dd_equilibrium_overview_fit_quality`

function source

dd_equilibrium_overview_fit_quality() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_fit_quality reads, without any data.

`dd_equilibrium_overview_histories`

function source

dd_equilibrium_overview_histories() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_histories reads, without any data.

`dd_equilibrium_overview_pressure_weight_scan`

function source

dd_equilibrium_overview_pressure_weight_scan() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_pressure_weight_scan reads, without any data.

`dd_equilibrium_overview_profiles`

function source

dd_equilibrium_overview_profiles() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_profiles reads, without any data.

`dd_equilibrium_overview_residuals`

function source

dd_equilibrium_overview_residuals() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_residuals reads, without any data.

`dd_equilibrium_overview_verification`

function source

dd_equilibrium_overview_verification() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_overview_verification reads, without any data.

`dd_equilibrium_profile_f`

function source

dd_equilibrium_profile_f() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_profile_f reads, without any data.

`dd_equilibrium_profile_ffprime`

function source

dd_equilibrium_profile_ffprime() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_profile_ffprime reads, without any data.

`dd_equilibrium_profile_j_tor`

function source

dd_equilibrium_profile_j_tor() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_profile_j_tor reads, without any data.

`dd_equilibrium_profile_pprime`

function source

dd_equilibrium_profile_pprime() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_profile_pprime reads, without any data.

`dd_equilibrium_profile_pressure`

function source

dd_equilibrium_profile_pressure() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_profile_pressure reads, without any data.

`dd_equilibrium_profile_q`

function source

dd_equilibrium_profile_q() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_profile_q reads, without any data.

`dd_equilibrium_table_fit_quality`

function source

dd_equilibrium_table_fit_quality() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_table_fit_quality reads, without any data.

`dd_equilibrium_table_summary`

function source

dd_equilibrium_table_summary() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_table_summary reads, without any data.

`dd_equilibrium_table_validation`

function source

dd_equilibrium_table_validation() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_table_validation reads, without any data.

`dd_equilibrium_text_summary`

function source

dd_equilibrium_text_summary() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_text_summary reads, without any data.

`dd_equilibrium_time_beta`

function source

dd_equilibrium_time_beta() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_beta reads, without any data.

`dd_equilibrium_time_beta_n`

function source

dd_equilibrium_time_beta_n() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_beta_n reads, without any data.

`dd_equilibrium_time_beta_p`

function source

dd_equilibrium_time_beta_p() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_beta_p reads, without any data.

`dd_equilibrium_time_beta_t`

function source

dd_equilibrium_time_beta_t() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_beta_t reads, without any data.

`dd_equilibrium_time_diamagnetic_flux`

function source

dd_equilibrium_time_diamagnetic_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_diamagnetic_flux reads, without any data.

`dd_equilibrium_time_elongation`

function source

dd_equilibrium_time_elongation() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_elongation reads, without any data.

`dd_equilibrium_time_li`

function source

dd_equilibrium_time_li() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_li reads, without any data.

`dd_equilibrium_time_major_radius`

function source

dd_equilibrium_time_major_radius() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_major_radius reads, without any data.

`dd_equilibrium_time_minor_radius`

function source

dd_equilibrium_time_minor_radius() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_minor_radius reads, without any data.

`dd_equilibrium_time_plasma_current`

function source

dd_equilibrium_time_plasma_current() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_plasma_current reads, without any data.

`dd_equilibrium_time_q0`

function source

dd_equilibrium_time_q0() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_q0 reads, without any data.

`dd_equilibrium_time_q95`

function source

dd_equilibrium_time_q95() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_q95 reads, without any data.

`dd_equilibrium_time_qa`

function source

dd_equilibrium_time_qa() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_qa reads, without any data.

`dd_equilibrium_time_shape`

function source

dd_equilibrium_time_shape() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_shape reads, without any data.

`dd_equilibrium_time_triangularity`

function source

dd_equilibrium_time_triangularity() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_triangularity reads, without any data.

`dd_equilibrium_time_triangularity_lower`

function source

dd_equilibrium_time_triangularity_lower() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_triangularity_lower reads, without any data.

`dd_equilibrium_time_triangularity_upper`

function source

dd_equilibrium_time_triangularity_upper() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_triangularity_upper reads, without any data.

`dd_equilibrium_time_virial`

function source

dd_equilibrium_time_virial() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_virial reads, without any data.

`dd_equilibrium_time_w_mag`

function source

dd_equilibrium_time_w_mag() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_w_mag reads, without any data.

`dd_equilibrium_time_w_mhd`

function source

dd_equilibrium_time_w_mhd() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_w_mhd reads, without any data.

`dd_equilibrium_time_w_tot`

function source

dd_equilibrium_time_w_tot() -> tuple

The Data Dictionary paths vaft.imas.plot_equilibrium_time_w_tot reads, without any data.

`dd_field_line_topology_field_connection_length`

function source

dd_field_line_topology_field_connection_length() -> tuple

The Data Dictionary paths vaft.imas.plot_field_line_topology_field_connection_length reads, without any data.

`dd_flux_loop_spatial_flux`

function source

dd_flux_loop_spatial_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_flux_loop_spatial_flux reads, without any data.

`dd_flux_loop_time_flux`

function source

dd_flux_loop_time_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_flux_loop_time_flux reads, without any data.

`dd_flux_loop_time_voltage`

function source

dd_flux_loop_time_voltage() -> tuple

The Data Dictionary paths vaft.imas.plot_flux_loop_time_voltage reads, without any data.

`dd_gyrokinetics_overview`

function source

dd_gyrokinetics_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_gyrokinetics_overview reads, without any data.

`dd_gyrokinetics_profile_eigenfunction`

function source

dd_gyrokinetics_profile_eigenfunction() -> tuple

The Data Dictionary paths vaft.imas.plot_gyrokinetics_profile_eigenfunction reads, without any data.

`dd_gyrokinetics_spectrum_energy_flux`

function source

dd_gyrokinetics_spectrum_energy_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_gyrokinetics_spectrum_energy_flux reads, without any data.

`dd_gyrokinetics_spectrum_frequency`

function source

dd_gyrokinetics_spectrum_frequency() -> tuple

The Data Dictionary paths vaft.imas.plot_gyrokinetics_spectrum_frequency reads, without any data.

`dd_gyrokinetics_spectrum_growth_rate`

function source

dd_gyrokinetics_spectrum_growth_rate() -> tuple

The Data Dictionary paths vaft.imas.plot_gyrokinetics_spectrum_growth_rate reads, without any data.

`dd_gyrokinetics_spectrum_particle_flux`

function source

dd_gyrokinetics_spectrum_particle_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_gyrokinetics_spectrum_particle_flux reads, without any data.

`dd_impa_overview`

function source

dd_impa_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_impa_overview reads, without any data.

`dd_impa_profile_field`

function source

dd_impa_profile_field() -> tuple

The Data Dictionary paths vaft.imas.plot_impa_profile_field reads, without any data.

`dd_impa_time_field`

function source

dd_impa_time_field() -> tuple

The Data Dictionary paths vaft.imas.plot_impa_time_field reads, without any data.

`dd_impa_time_voltage`

function source

dd_impa_time_voltage() -> tuple

The Data Dictionary paths vaft.imas.plot_impa_time_voltage reads, without any data.

`dd_impurity_profile_charge_state_fraction`

function source

dd_impurity_profile_charge_state_fraction() -> tuple

The Data Dictionary paths vaft.imas.plot_impurity_profile_charge_state_fraction reads, without any data.

`dd_impurity_profile_composition`

function source

dd_impurity_profile_composition() -> tuple

The Data Dictionary paths vaft.imas.plot_impurity_profile_composition reads, without any data.

`dd_interferometer_overview`

function source

dd_interferometer_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_interferometer_overview reads, without any data.

`dd_interferometer_spectrogram`

function source

dd_interferometer_spectrogram() -> tuple

The Data Dictionary paths vaft.imas.plot_interferometer_spectrogram reads, without any data.

`dd_interferometer_spectrum`

function source

dd_interferometer_spectrum() -> tuple

The Data Dictionary paths vaft.imas.plot_interferometer_spectrum reads, without any data.

`dd_interferometer_time_n_e_line`

function source

dd_interferometer_time_n_e_line() -> tuple

The Data Dictionary paths vaft.imas.plot_interferometer_time_n_e_line reads, without any data.

`dd_ion_temperature_profile`

function source

dd_ion_temperature_profile() -> tuple

The Data Dictionary paths vaft.imas.plot_ion_temperature_profile reads, without any data.

`dd_ion_temperature_profile_gradient`

function source

dd_ion_temperature_profile_gradient() -> tuple

The Data Dictionary paths vaft.imas.plot_ion_temperature_profile_gradient reads, without any data.

`dd_kinetic_overview_profiles`

function source

dd_kinetic_overview_profiles() -> tuple

The Data Dictionary paths vaft.imas.plot_kinetic_overview_profiles reads, without any data.

`dd_kinetic_overview_state`

function source

dd_kinetic_overview_state() -> tuple

The Data Dictionary paths vaft.imas.plot_kinetic_overview_state reads, without any data.

`dd_limiter_current_time`

function source

dd_limiter_current_time() -> tuple

The Data Dictionary paths vaft.imas.plot_limiter_current_time reads, without any data.

`dd_machine_geometry3d`

function source

dd_machine_geometry3d() -> tuple

The Data Dictionary paths vaft.imas.plot_machine_geometry3d reads, without any data.

`dd_machine_geometry_poloidal`

function source

dd_machine_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_machine_geometry_poloidal reads, without any data.

`dd_machine_geometry_topview`

function source

dd_machine_geometry_topview() -> tuple

The Data Dictionary paths vaft.imas.plot_machine_geometry_topview reads, without any data.

`dd_magnetics_geometry_poloidal`

function source

dd_magnetics_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_magnetics_geometry_poloidal reads, without any data.

`dd_magnetics_overview`

function source

dd_magnetics_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_magnetics_overview reads, without any data.

`dd_magnetics_overview_plasma_residual`

function source

dd_magnetics_overview_plasma_residual() -> tuple

The Data Dictionary paths vaft.imas.plot_magnetics_overview_plasma_residual reads, without any data.

`dd_magnetics_overview_vacuum`

function source

dd_magnetics_overview_vacuum() -> tuple

The Data Dictionary paths vaft.imas.plot_magnetics_overview_vacuum reads, without any data.

`dd_magnetics_overview_vacuum_benchmark`

function source

dd_magnetics_overview_vacuum_benchmark() -> tuple

The Data Dictionary paths vaft.imas.plot_magnetics_overview_vacuum_benchmark reads, without any data.

`dd_magnetics_table_vacuum_benchmark`

function source

dd_magnetics_table_vacuum_benchmark() -> tuple

The Data Dictionary paths vaft.imas.plot_magnetics_table_vacuum_benchmark reads, without any data.

`dd_magnetics_table_vacuum_benchmark_aggregate`

function source

dd_magnetics_table_vacuum_benchmark_aggregate() -> tuple

The Data Dictionary paths vaft.imas.plot_magnetics_table_vacuum_benchmark_aggregate reads, without any data.

`dd_mhd_linear_field_spectrum`

function source

dd_mhd_linear_field_spectrum() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_field_spectrum reads, without any data.

`dd_mhd_linear_geometry_island`

function source

dd_mhd_linear_geometry_island() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_geometry_island reads, without any data.

`dd_mhd_linear_overview_eigenfunction`

function source

dd_mhd_linear_overview_eigenfunction() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_overview_eigenfunction reads, without any data.

`dd_mhd_linear_profile_b_field_perturbed`

function source

dd_mhd_linear_profile_b_field_perturbed() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_profile_b_field_perturbed reads, without any data.

`dd_mhd_linear_profile_chirikov`

function source

dd_mhd_linear_profile_chirikov() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_profile_chirikov reads, without any data.

`dd_mhd_linear_profile_displacement`

function source

dd_mhd_linear_profile_displacement() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_profile_displacement reads, without any data.

`dd_mhd_linear_profile_island_width`

function source

dd_mhd_linear_profile_island_width() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_profile_island_width reads, without any data.

`dd_mhd_linear_profile_resonant_flux`

function source

dd_mhd_linear_profile_resonant_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_profile_resonant_flux reads, without any data.

`dd_mhd_linear_spectrum_b_field_perturbed`

function source

dd_mhd_linear_spectrum_b_field_perturbed() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_spectrum_b_field_perturbed reads, without any data.

`dd_mhd_linear_time_energy_perturbed`

function source

dd_mhd_linear_time_energy_perturbed() -> tuple

The Data Dictionary paths vaft.imas.plot_mhd_linear_time_energy_perturbed reads, without any data.

`dd_mirnov_spatial_phase`

function source

dd_mirnov_spatial_phase() -> tuple

The Data Dictionary paths vaft.imas.plot_mirnov_spatial_phase reads, without any data.

`dd_mirnov_spectrogram`

function source

dd_mirnov_spectrogram() -> tuple

The Data Dictionary paths vaft.imas.plot_mirnov_spectrogram reads, without any data.

`dd_mirnov_spectrum`

function source

dd_mirnov_spectrum() -> tuple

The Data Dictionary paths vaft.imas.plot_mirnov_spectrum reads, without any data.

`dd_mirnov_time_voltage`

function source

dd_mirnov_time_voltage() -> tuple

The Data Dictionary paths vaft.imas.plot_mirnov_time_voltage reads, without any data.

`dd_nbi_profile_current_drive`

function source

dd_nbi_profile_current_drive() -> tuple

The Data Dictionary paths vaft.imas.plot_nbi_profile_current_drive reads, without any data.

`dd_nbi_profile_electron_heating`

function source

dd_nbi_profile_electron_heating() -> tuple

The Data Dictionary paths vaft.imas.plot_nbi_profile_electron_heating reads, without any data.

`dd_nbi_profile_ion_heating`

function source

dd_nbi_profile_ion_heating() -> tuple

The Data Dictionary paths vaft.imas.plot_nbi_profile_ion_heating reads, without any data.

`dd_neoclassical_profile_bootstrap_current`

function source

dd_neoclassical_profile_bootstrap_current() -> tuple

The Data Dictionary paths vaft.imas.plot_neoclassical_profile_bootstrap_current reads, without any data.

`dd_ntms_time_delta_prime`

function source

dd_ntms_time_delta_prime() -> tuple

The Data Dictionary paths vaft.imas.plot_ntms_time_delta_prime reads, without any data.

`dd_passive_structure_field_wall_reduction`

function source

dd_passive_structure_field_wall_reduction() -> tuple

The Data Dictionary paths vaft.imas.plot_passive_structure_field_wall_reduction reads, without any data.

`dd_passive_structure_geometry_poloidal`

function source

dd_passive_structure_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_passive_structure_geometry_poloidal reads, without any data.

`dd_passive_structure_geometry_wall_mode`

function source

dd_passive_structure_geometry_wall_mode() -> tuple

The Data Dictionary paths vaft.imas.plot_passive_structure_geometry_wall_mode reads, without any data.

`dd_passive_structure_overview_wall_reduction`

function source

dd_passive_structure_overview_wall_reduction() -> tuple

The Data Dictionary paths vaft.imas.plot_passive_structure_overview_wall_reduction reads, without any data.

`dd_passive_structure_overview_wall_time`

function source

dd_passive_structure_overview_wall_time() -> tuple

The Data Dictionary paths vaft.imas.plot_passive_structure_overview_wall_time reads, without any data.

`dd_passive_structure_time_current`

function source

dd_passive_structure_time_current() -> tuple

The Data Dictionary paths vaft.imas.plot_passive_structure_time_current reads, without any data.

`dd_pf_coil_geometry_poloidal`

function source

dd_pf_coil_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_pf_coil_geometry_poloidal reads, without any data.

`dd_pf_coil_time_current`

function source

dd_pf_coil_time_current() -> tuple

The Data Dictionary paths vaft.imas.plot_pf_coil_time_current reads, without any data.

`dd_pf_coil_time_current_turns`

function source

dd_pf_coil_time_current_turns() -> tuple

The Data Dictionary paths vaft.imas.plot_pf_coil_time_current_turns reads, without any data.

`dd_pf_plasma_geometry_poloidal`

function source

dd_pf_plasma_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_pf_plasma_geometry_poloidal reads, without any data.

`dd_plasma_current_time`

function source

dd_plasma_current_time() -> tuple

The Data Dictionary paths vaft.imas.plot_plasma_current_time reads, without any data.

`dd_rogowski_coil_time_current`

function source

dd_rogowski_coil_time_current() -> tuple

The Data Dictionary paths vaft.imas.plot_rogowski_coil_time_current reads, without any data.

`dd_soft_x_rays_geometry_lines_of_sight`

function source

dd_soft_x_rays_geometry_lines_of_sight() -> tuple

The Data Dictionary paths vaft.imas.plot_soft_x_rays_geometry_lines_of_sight reads, without any data.

`dd_soft_x_rays_overview`

function source

dd_soft_x_rays_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_soft_x_rays_overview reads, without any data.

`dd_soft_x_rays_spectrogram`

function source

dd_soft_x_rays_spectrogram() -> tuple

The Data Dictionary paths vaft.imas.plot_soft_x_rays_spectrogram reads, without any data.

`dd_soft_x_rays_spectrum`

function source

dd_soft_x_rays_spectrum() -> tuple

The Data Dictionary paths vaft.imas.plot_soft_x_rays_spectrum reads, without any data.

`dd_soft_x_rays_time_power`

function source

dd_soft_x_rays_time_power() -> tuple

The Data Dictionary paths vaft.imas.plot_soft_x_rays_time_power reads, without any data.

`dd_spectrometer_uv_time_impurity`

function source

dd_spectrometer_uv_time_impurity() -> tuple

The Data Dictionary paths vaft.imas.plot_spectrometer_uv_time_impurity reads, without any data.

`dd_spectrometer_uv_time_intensity`

function source

dd_spectrometer_uv_time_intensity() -> tuple

The Data Dictionary paths vaft.imas.plot_spectrometer_uv_time_intensity reads, without any data.

`dd_startup_proxies_time`

function source

dd_startup_proxies_time() -> tuple

The Data Dictionary paths vaft.imas.plot_startup_proxies_time reads, without any data.

`dd_summary_time_energy`

function source

dd_summary_time_energy() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_energy reads, without any data.

`dd_summary_time_estimated_q95`

function source

dd_summary_time_estimated_q95() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_estimated_q95 reads, without any data.

`dd_summary_time_normalized_current`

function source

dd_summary_time_normalized_current() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_normalized_current reads, without any data.

`dd_summary_time_power_balance`

function source

dd_summary_time_power_balance() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_power_balance reads, without any data.

`dd_summary_time_q_star_cylindrical`

function source

dd_summary_time_q_star_cylindrical() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_q_star_cylindrical reads, without any data.

`dd_summary_time_q_star_kink`

function source

dd_summary_time_q_star_kink() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_q_star_kink reads, without any data.

`dd_summary_time_resistive_zeff`

function source

dd_summary_time_resistive_zeff() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_resistive_zeff reads, without any data.

`dd_summary_time_romero_balance`

function source

dd_summary_time_romero_balance() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_romero_balance reads, without any data.

`dd_summary_time_voltage_consumption`

function source

dd_summary_time_voltage_consumption() -> tuple

The Data Dictionary paths vaft.imas.plot_summary_time_voltage_consumption reads, without any data.

`dd_tf_coil_time_b_t`

function source

dd_tf_coil_time_b_t() -> tuple

The Data Dictionary paths vaft.imas.plot_tf_coil_time_b_t reads, without any data.

`dd_tf_coil_time_b_t_vacuum_r`

function source

dd_tf_coil_time_b_t_vacuum_r() -> tuple

The Data Dictionary paths vaft.imas.plot_tf_coil_time_b_t_vacuum_r reads, without any data.

`dd_tf_coil_time_current`

function source

dd_tf_coil_time_current() -> tuple

The Data Dictionary paths vaft.imas.plot_tf_coil_time_current reads, without any data.

`dd_thermal_pressure_profile`

function source

dd_thermal_pressure_profile() -> tuple

The Data Dictionary paths vaft.imas.plot_thermal_pressure_profile reads, without any data.

`dd_thomson_scattering_geometry_poloidal`

function source

dd_thomson_scattering_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_thomson_scattering_geometry_poloidal reads, without any data.

`dd_thomson_scattering_profile_electron_density`

function source

dd_thomson_scattering_profile_electron_density() -> tuple

The Data Dictionary paths vaft.imas.plot_thomson_scattering_profile_electron_density reads, without any data.

`dd_thomson_scattering_profile_electron_temperature`

function source

dd_thomson_scattering_profile_electron_temperature() -> tuple

The Data Dictionary paths vaft.imas.plot_thomson_scattering_profile_electron_temperature reads, without any data.

`dd_thomson_scattering_profile_fit`

function source

dd_thomson_scattering_profile_fit() -> tuple

The Data Dictionary paths vaft.imas.plot_thomson_scattering_profile_fit reads, without any data.

`dd_thomson_scattering_time_electron_density`

function source

dd_thomson_scattering_time_electron_density() -> tuple

The Data Dictionary paths vaft.imas.plot_thomson_scattering_time_electron_density reads, without any data.

`dd_thomson_scattering_time_electron_temperature`

function source

dd_thomson_scattering_time_electron_temperature() -> tuple

The Data Dictionary paths vaft.imas.plot_thomson_scattering_time_electron_temperature reads, without any data.

`dd_turbulent_transport_overview`

function source

dd_turbulent_transport_overview() -> tuple

The Data Dictionary paths vaft.imas.plot_turbulent_transport_overview reads, without any data.

`dd_turbulent_transport_profile_energy_flux`

function source

dd_turbulent_transport_profile_energy_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_turbulent_transport_profile_energy_flux reads, without any data.

`dd_turbulent_transport_profile_particle_flux`

function source

dd_turbulent_transport_profile_particle_flux() -> tuple

The Data Dictionary paths vaft.imas.plot_turbulent_transport_profile_particle_flux reads, without any data.

`dd_vacuum_field`

function source

dd_vacuum_field() -> tuple

The Data Dictionary paths vaft.imas.plot_vacuum_field reads, without any data.

`dd_vacuum_field_midplane`

function source

dd_vacuum_field_midplane() -> tuple

The Data Dictionary paths vaft.imas.plot_vacuum_field_midplane reads, without any data.

`dd_wall_geometry_poloidal`

function source

dd_wall_geometry_poloidal() -> tuple

The Data Dictionary paths vaft.imas.plot_wall_geometry_poloidal reads, without any data.

`extract_b_field_probe_spatial_field`

function source

extract_b_field_probe_spatial_field(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_b_field_probe_spatial_field, as its view model, undrawn.

`extract_b_field_probe_time_field`

function source

extract_b_field_probe_time_field(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_b_field_probe_time_field, as its view model, undrawn.

`extract_barometry_time_pressure`

function source

extract_barometry_time_pressure(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_barometry_time_pressure, as its view model, undrawn.

`extract_camera_visible_animation_frames`

function source

extract_camera_visible_animation_frames(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_animation_frames, as its view model, undrawn.

`extract_camera_visible_image`

function source

extract_camera_visible_image(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_image, as its view model, undrawn.

`extract_camera_visible_image_efit_overlay`

function source

extract_camera_visible_image_efit_overlay(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_image_efit_overlay, as its view model, undrawn.

`extract_camera_visible_image_field_line`

function source

extract_camera_visible_image_field_line(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_image_field_line, as its view model, undrawn.

`extract_camera_visible_image_fluctuation`

function source

extract_camera_visible_image_fluctuation(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_image_fluctuation, as its view model, undrawn.

`extract_camera_visible_image_frame`

function source

extract_camera_visible_image_frame(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_image_frame, as its view model, undrawn.

`extract_camera_visible_image_mhd_power`

function source

extract_camera_visible_image_mhd_power(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_image_mhd_power, as its view model, undrawn.

`extract_camera_visible_image_vacuum_field_line`

function source

extract_camera_visible_image_vacuum_field_line(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_image_vacuum_field_line, as its view model, undrawn.

`extract_camera_visible_spectrogram`

function source

extract_camera_visible_spectrogram(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_camera_visible_spectrogram, as its view model, undrawn.

`extract_charge_exchange_geometry_poloidal`

function source

extract_charge_exchange_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_charge_exchange_geometry_poloidal, as its view model, undrawn.

`extract_charge_exchange_profile_fit`

function source

extract_charge_exchange_profile_fit(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_charge_exchange_profile_fit, as its view model, undrawn.

`extract_charge_exchange_profile_ion_temperature`

function source

extract_charge_exchange_profile_ion_temperature(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_charge_exchange_profile_ion_temperature, as its view model, undrawn.

`extract_charge_exchange_profile_velocity_tor`

function source

extract_charge_exchange_profile_velocity_tor(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_charge_exchange_profile_velocity_tor, as its view model, undrawn.

`extract_charge_exchange_time_ion_temperature`

function source

extract_charge_exchange_time_ion_temperature(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_charge_exchange_time_ion_temperature, as its view model, undrawn.

`extract_charge_exchange_time_velocity_tor`

function source

extract_charge_exchange_time_velocity_tor(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_charge_exchange_time_velocity_tor, as its view model, undrawn.

`extract_chease_overview_profile_validity`

function source

extract_chease_overview_profile_validity(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_chease_overview_profile_validity, as its view model, undrawn.

`extract_chease_overview_refinement_summary`

function source

extract_chease_overview_refinement_summary(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_chease_overview_refinement_summary, as its view model, undrawn.

`extract_coil_3d_geometry3d`

function source

extract_coil_3d_geometry3d(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_coil_3d_geometry3d, as its view model, undrawn.

`extract_coil_3d_geometry_topview`

function source

extract_coil_3d_geometry_topview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_coil_3d_geometry_topview, as its view model, undrawn.

`extract_coil_3d_profile_current`

function source

extract_coil_3d_profile_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_coil_3d_profile_current, as its view model, undrawn.

`extract_coil_3d_spectrum_current`

function source

extract_coil_3d_spectrum_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_coil_3d_spectrum_current, as its view model, undrawn.

`extract_core_profiles_profile_zeff`

function source

extract_core_profiles_profile_zeff(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_core_profiles_profile_zeff, as its view model, undrawn.

`extract_core_profiles_time_volume_averaged`

function source

extract_core_profiles_time_volume_averaged(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_core_profiles_time_volume_averaged, as its view model, undrawn.

`extract_current_overview`

function source

extract_current_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_current_overview, as its view model, undrawn.

`extract_current_overview_reconstruction`

function source

extract_current_overview_reconstruction(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_current_overview_reconstruction, as its view model, undrawn.

`extract_diagnostics_overview`

function source

extract_diagnostics_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_diagnostics_overview, as its view model, undrawn.

`extract_diagnostics_spectrum_coherence`

function source

extract_diagnostics_spectrum_coherence(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_diagnostics_spectrum_coherence, as its view model, undrawn.

`extract_diamagnetic_flux_time`

function source

extract_diamagnetic_flux_time(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_diamagnetic_flux_time, as its view model, undrawn.

`extract_ec_launchers_time_power`

function source

extract_ec_launchers_time_power(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_ec_launchers_time_power, as its view model, undrawn.

`extract_electron_density_field`

function source

extract_electron_density_field(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_density_field, as its view model, undrawn.

`extract_electron_density_profile`

function source

extract_electron_density_profile(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_density_profile, as its view model, undrawn.

`extract_electron_density_profile_gradient`

function source

extract_electron_density_profile_gradient(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_density_profile_gradient, as its view model, undrawn.

`extract_electron_density_time`

function source

extract_electron_density_time(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_density_time, as its view model, undrawn.

`extract_electron_temperature_field`

function source

extract_electron_temperature_field(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_temperature_field, as its view model, undrawn.

`extract_electron_temperature_profile`

function source

extract_electron_temperature_profile(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_temperature_profile, as its view model, undrawn.

`extract_electron_temperature_profile_gradient`

function source

extract_electron_temperature_profile_gradient(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_temperature_profile_gradient, as its view model, undrawn.

`extract_electron_temperature_time`

function source

extract_electron_temperature_time(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_electron_temperature_time, as its view model, undrawn.

`extract_equilibrium_field_2d`

function source

extract_equilibrium_field_2d(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_field_2d, as its view model, undrawn.

`extract_equilibrium_field_psi`

function source

extract_equilibrium_field_psi(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_field_psi, as its view model, undrawn.

`extract_equilibrium_field_psi_vacuum`

function source

extract_equilibrium_field_psi_vacuum(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_field_psi_vacuum, as its view model, undrawn.

`extract_equilibrium_geometry_boundary`

function source

extract_equilibrium_geometry_boundary(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_geometry_boundary, as its view model, undrawn.

`extract_equilibrium_geometry_topview`

function source

extract_equilibrium_geometry_topview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_geometry_topview, as its view model, undrawn.

`extract_equilibrium_overview`

function source

extract_equilibrium_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview, as its view model, undrawn.

`extract_equilibrium_overview_constraint_coverage`

function source

extract_equilibrium_overview_constraint_coverage(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_constraint_coverage, as its view model, undrawn.

`extract_equilibrium_overview_constraint_weights`

function source

extract_equilibrium_overview_constraint_weights(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_constraint_weights, as its view model, undrawn.

`extract_equilibrium_overview_constraints`

function source

extract_equilibrium_overview_constraints(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_constraints, as its view model, undrawn.

`extract_equilibrium_overview_convergence`

function source

extract_equilibrium_overview_convergence(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_convergence, as its view model, undrawn.

`extract_equilibrium_overview_fit_quality`

function source

extract_equilibrium_overview_fit_quality(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_fit_quality, as its view model, undrawn.

`extract_equilibrium_overview_histories`

function source

extract_equilibrium_overview_histories(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_histories, as its view model, undrawn.

`extract_equilibrium_overview_pressure_weight_scan`

function source

extract_equilibrium_overview_pressure_weight_scan(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_pressure_weight_scan, as its view model, undrawn.

`extract_equilibrium_overview_profiles`

function source

extract_equilibrium_overview_profiles(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_profiles, as its view model, undrawn.

`extract_equilibrium_overview_residuals`

function source

extract_equilibrium_overview_residuals(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_residuals, as its view model, undrawn.

`extract_equilibrium_overview_verification`

function source

extract_equilibrium_overview_verification(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_overview_verification, as its view model, undrawn.

`extract_equilibrium_profile_f`

function source

extract_equilibrium_profile_f(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_profile_f, as its view model, undrawn.

`extract_equilibrium_profile_ffprime`

function source

extract_equilibrium_profile_ffprime(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_profile_ffprime, as its view model, undrawn.

`extract_equilibrium_profile_j_tor`

function source

extract_equilibrium_profile_j_tor(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_profile_j_tor, as its view model, undrawn.

`extract_equilibrium_profile_pprime`

function source

extract_equilibrium_profile_pprime(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_profile_pprime, as its view model, undrawn.

`extract_equilibrium_profile_pressure`

function source

extract_equilibrium_profile_pressure(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_profile_pressure, as its view model, undrawn.

`extract_equilibrium_profile_q`

function source

extract_equilibrium_profile_q(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_profile_q, as its view model, undrawn.

`extract_equilibrium_table_fit_quality`

function source

extract_equilibrium_table_fit_quality(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_table_fit_quality, as its view model, undrawn.

`extract_equilibrium_table_summary`

function source

extract_equilibrium_table_summary(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_table_summary, as its view model, undrawn.

`extract_equilibrium_table_validation`

function source

extract_equilibrium_table_validation(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_table_validation, as its view model, undrawn.

`extract_equilibrium_text_summary`

function source

extract_equilibrium_text_summary(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_text_summary, as its view model, undrawn.

`extract_equilibrium_time_beta`

function source

extract_equilibrium_time_beta(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_beta, as its view model, undrawn.

`extract_equilibrium_time_beta_n`

function source

extract_equilibrium_time_beta_n(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_beta_n, as its view model, undrawn.

`extract_equilibrium_time_beta_p`

function source

extract_equilibrium_time_beta_p(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_beta_p, as its view model, undrawn.

`extract_equilibrium_time_beta_t`

function source

extract_equilibrium_time_beta_t(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_beta_t, as its view model, undrawn.

`extract_equilibrium_time_diamagnetic_flux`

function source

extract_equilibrium_time_diamagnetic_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_diamagnetic_flux, as its view model, undrawn.

`extract_equilibrium_time_elongation`

function source

extract_equilibrium_time_elongation(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_elongation, as its view model, undrawn.

`extract_equilibrium_time_li`

function source

extract_equilibrium_time_li(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_li, as its view model, undrawn.

`extract_equilibrium_time_major_radius`

function source

extract_equilibrium_time_major_radius(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_major_radius, as its view model, undrawn.

`extract_equilibrium_time_minor_radius`

function source

extract_equilibrium_time_minor_radius(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_minor_radius, as its view model, undrawn.

`extract_equilibrium_time_plasma_current`

function source

extract_equilibrium_time_plasma_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_plasma_current, as its view model, undrawn.

`extract_equilibrium_time_q0`

function source

extract_equilibrium_time_q0(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_q0, as its view model, undrawn.

`extract_equilibrium_time_q95`

function source

extract_equilibrium_time_q95(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_q95, as its view model, undrawn.

`extract_equilibrium_time_qa`

function source

extract_equilibrium_time_qa(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_qa, as its view model, undrawn.

`extract_equilibrium_time_shape`

function source

extract_equilibrium_time_shape(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_shape, as its view model, undrawn.

`extract_equilibrium_time_triangularity`

function source

extract_equilibrium_time_triangularity(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_triangularity, as its view model, undrawn.

`extract_equilibrium_time_triangularity_lower`

function source

extract_equilibrium_time_triangularity_lower(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_triangularity_lower, as its view model, undrawn.

`extract_equilibrium_time_triangularity_upper`

function source

extract_equilibrium_time_triangularity_upper(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_triangularity_upper, as its view model, undrawn.

`extract_equilibrium_time_virial`

function source

extract_equilibrium_time_virial(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_virial, as its view model, undrawn.

`extract_equilibrium_time_w_mag`

function source

extract_equilibrium_time_w_mag(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_w_mag, as its view model, undrawn.

`extract_equilibrium_time_w_mhd`

function source

extract_equilibrium_time_w_mhd(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_w_mhd, as its view model, undrawn.

`extract_equilibrium_time_w_tot`

function source

extract_equilibrium_time_w_tot(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_equilibrium_time_w_tot, as its view model, undrawn.

`extract_field_line_topology_field_connection_length`

function source

extract_field_line_topology_field_connection_length(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_field_line_topology_field_connection_length, as its view model, undrawn.

`extract_flux_loop_spatial_flux`

function source

extract_flux_loop_spatial_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_flux_loop_spatial_flux, as its view model, undrawn.

`extract_flux_loop_time_flux`

function source

extract_flux_loop_time_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_flux_loop_time_flux, as its view model, undrawn.

`extract_flux_loop_time_voltage`

function source

extract_flux_loop_time_voltage(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_flux_loop_time_voltage, as its view model, undrawn.

`extract_gyrokinetics_overview`

function source

extract_gyrokinetics_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_gyrokinetics_overview, as its view model, undrawn.

`extract_gyrokinetics_profile_eigenfunction`

function source

extract_gyrokinetics_profile_eigenfunction(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_gyrokinetics_profile_eigenfunction, as its view model, undrawn.

`extract_gyrokinetics_spectrum_energy_flux`

function source

extract_gyrokinetics_spectrum_energy_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_gyrokinetics_spectrum_energy_flux, as its view model, undrawn.

`extract_gyrokinetics_spectrum_frequency`

function source

extract_gyrokinetics_spectrum_frequency(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_gyrokinetics_spectrum_frequency, as its view model, undrawn.

`extract_gyrokinetics_spectrum_growth_rate`

function source

extract_gyrokinetics_spectrum_growth_rate(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_gyrokinetics_spectrum_growth_rate, as its view model, undrawn.

`extract_gyrokinetics_spectrum_particle_flux`

function source

extract_gyrokinetics_spectrum_particle_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_gyrokinetics_spectrum_particle_flux, as its view model, undrawn.

`extract_impa_overview`

function source

extract_impa_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_impa_overview, as its view model, undrawn.

`extract_impa_profile_field`

function source

extract_impa_profile_field(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_impa_profile_field, as its view model, undrawn.

`extract_impa_time_field`

function source

extract_impa_time_field(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_impa_time_field, as its view model, undrawn.

`extract_impa_time_voltage`

function source

extract_impa_time_voltage(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_impa_time_voltage, as its view model, undrawn.

`extract_impurity_profile_charge_state_fraction`

function source

extract_impurity_profile_charge_state_fraction(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_impurity_profile_charge_state_fraction, as its view model, undrawn.

`extract_impurity_profile_composition`

function source

extract_impurity_profile_composition(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_impurity_profile_composition, as its view model, undrawn.

`extract_interferometer_overview`

function source

extract_interferometer_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_interferometer_overview, as its view model, undrawn.

`extract_interferometer_spectrogram`

function source

extract_interferometer_spectrogram(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_interferometer_spectrogram, as its view model, undrawn.

`extract_interferometer_spectrum`

function source

extract_interferometer_spectrum(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_interferometer_spectrum, as its view model, undrawn.

`extract_interferometer_time_n_e_line`

function source

extract_interferometer_time_n_e_line(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_interferometer_time_n_e_line, as its view model, undrawn.

`extract_ion_temperature_profile`

function source

extract_ion_temperature_profile(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_ion_temperature_profile, as its view model, undrawn.

`extract_ion_temperature_profile_gradient`

function source

extract_ion_temperature_profile_gradient(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_ion_temperature_profile_gradient, as its view model, undrawn.

`extract_kinetic_overview_profiles`

function source

extract_kinetic_overview_profiles(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_kinetic_overview_profiles, as its view model, undrawn.

`extract_kinetic_overview_state`

function source

extract_kinetic_overview_state(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_kinetic_overview_state, as its view model, undrawn.

`extract_limiter_current_time`

function source

extract_limiter_current_time(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_limiter_current_time, as its view model, undrawn.

`extract_machine_geometry3d`

function source

extract_machine_geometry3d(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_machine_geometry3d, as its view model, undrawn.

`extract_machine_geometry_poloidal`

function source

extract_machine_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_machine_geometry_poloidal, as its view model, undrawn.

`extract_machine_geometry_topview`

function source

extract_machine_geometry_topview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_machine_geometry_topview, as its view model, undrawn.

`extract_magnetics_geometry_poloidal`

function source

extract_magnetics_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_magnetics_geometry_poloidal, as its view model, undrawn.

`extract_magnetics_overview`

function source

extract_magnetics_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_magnetics_overview, as its view model, undrawn.

`extract_magnetics_overview_plasma_residual`

function source

extract_magnetics_overview_plasma_residual(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_magnetics_overview_plasma_residual, as its view model, undrawn.

`extract_magnetics_overview_vacuum`

function source

extract_magnetics_overview_vacuum(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_magnetics_overview_vacuum, as its view model, undrawn.

`extract_magnetics_overview_vacuum_benchmark`

function source

extract_magnetics_overview_vacuum_benchmark(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_magnetics_overview_vacuum_benchmark, as its view model, undrawn.

`extract_magnetics_table_vacuum_benchmark`

function source

extract_magnetics_table_vacuum_benchmark(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_magnetics_table_vacuum_benchmark, as its view model, undrawn.

`extract_magnetics_table_vacuum_benchmark_aggregate`

function source

extract_magnetics_table_vacuum_benchmark_aggregate(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_magnetics_table_vacuum_benchmark_aggregate, as its view model, undrawn.

`extract_mhd_linear_field_spectrum`

function source

extract_mhd_linear_field_spectrum(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_field_spectrum, as its view model, undrawn.

`extract_mhd_linear_geometry_island`

function source

extract_mhd_linear_geometry_island(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_geometry_island, as its view model, undrawn.

`extract_mhd_linear_overview_eigenfunction`

function source

extract_mhd_linear_overview_eigenfunction(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_overview_eigenfunction, as its view model, undrawn.

`extract_mhd_linear_profile_b_field_perturbed`

function source

extract_mhd_linear_profile_b_field_perturbed(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_profile_b_field_perturbed, as its view model, undrawn.

`extract_mhd_linear_profile_chirikov`

function source

extract_mhd_linear_profile_chirikov(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_profile_chirikov, as its view model, undrawn.

`extract_mhd_linear_profile_displacement`

function source

extract_mhd_linear_profile_displacement(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_profile_displacement, as its view model, undrawn.

`extract_mhd_linear_profile_island_width`

function source

extract_mhd_linear_profile_island_width(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_profile_island_width, as its view model, undrawn.

`extract_mhd_linear_profile_resonant_flux`

function source

extract_mhd_linear_profile_resonant_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_profile_resonant_flux, as its view model, undrawn.

`extract_mhd_linear_spectrum_b_field_perturbed`

function source

extract_mhd_linear_spectrum_b_field_perturbed(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_spectrum_b_field_perturbed, as its view model, undrawn.

`extract_mhd_linear_time_energy_perturbed`

function source

extract_mhd_linear_time_energy_perturbed(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mhd_linear_time_energy_perturbed, as its view model, undrawn.

`extract_mirnov_spatial_phase`

function source

extract_mirnov_spatial_phase(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mirnov_spatial_phase, as its view model, undrawn.

`extract_mirnov_spectrogram`

function source

extract_mirnov_spectrogram(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mirnov_spectrogram, as its view model, undrawn.

`extract_mirnov_spectrum`

function source

extract_mirnov_spectrum(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mirnov_spectrum, as its view model, undrawn.

`extract_mirnov_time_voltage`

function source

extract_mirnov_time_voltage(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_mirnov_time_voltage, as its view model, undrawn.

`extract_nbi_profile_current_drive`

function source

extract_nbi_profile_current_drive(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_nbi_profile_current_drive, as its view model, undrawn.

`extract_nbi_profile_electron_heating`

function source

extract_nbi_profile_electron_heating(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_nbi_profile_electron_heating, as its view model, undrawn.

`extract_nbi_profile_ion_heating`

function source

extract_nbi_profile_ion_heating(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_nbi_profile_ion_heating, as its view model, undrawn.

`extract_neoclassical_profile_bootstrap_current`

function source

extract_neoclassical_profile_bootstrap_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_neoclassical_profile_bootstrap_current, as its view model, undrawn.

`extract_ntms_time_delta_prime`

function source

extract_ntms_time_delta_prime(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_ntms_time_delta_prime, as its view model, undrawn.

`extract_passive_structure_field_wall_reduction`

function source

extract_passive_structure_field_wall_reduction(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_passive_structure_field_wall_reduction, as its view model, undrawn.

`extract_passive_structure_geometry_poloidal`

function source

extract_passive_structure_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_passive_structure_geometry_poloidal, as its view model, undrawn.

`extract_passive_structure_geometry_wall_mode`

function source

extract_passive_structure_geometry_wall_mode(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_passive_structure_geometry_wall_mode, as its view model, undrawn.

`extract_passive_structure_overview_wall_reduction`

function source

extract_passive_structure_overview_wall_reduction(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_passive_structure_overview_wall_reduction, as its view model, undrawn.

`extract_passive_structure_overview_wall_time`

function source

extract_passive_structure_overview_wall_time(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_passive_structure_overview_wall_time, as its view model, undrawn.

`extract_passive_structure_time_current`

function source

extract_passive_structure_time_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_passive_structure_time_current, as its view model, undrawn.

`extract_pf_coil_geometry_poloidal`

function source

extract_pf_coil_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_pf_coil_geometry_poloidal, as its view model, undrawn.

`extract_pf_coil_time_current`

function source

extract_pf_coil_time_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_pf_coil_time_current, as its view model, undrawn.

`extract_pf_coil_time_current_turns`

function source

extract_pf_coil_time_current_turns(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_pf_coil_time_current_turns, as its view model, undrawn.

`extract_pf_plasma_geometry_poloidal`

function source

extract_pf_plasma_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_pf_plasma_geometry_poloidal, as its view model, undrawn.

`extract_plasma_current_time`

function source

extract_plasma_current_time(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_plasma_current_time, as its view model, undrawn.

`extract_rogowski_coil_time_current`

function source

extract_rogowski_coil_time_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_rogowski_coil_time_current, as its view model, undrawn.

`extract_soft_x_rays_geometry_lines_of_sight`

function source

extract_soft_x_rays_geometry_lines_of_sight(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_soft_x_rays_geometry_lines_of_sight, as its view model, undrawn.

`extract_soft_x_rays_overview`

function source

extract_soft_x_rays_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_soft_x_rays_overview, as its view model, undrawn.

`extract_soft_x_rays_spectrogram`

function source

extract_soft_x_rays_spectrogram(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_soft_x_rays_spectrogram, as its view model, undrawn.

`extract_soft_x_rays_spectrum`

function source

extract_soft_x_rays_spectrum(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_soft_x_rays_spectrum, as its view model, undrawn.

`extract_soft_x_rays_time_power`

function source

extract_soft_x_rays_time_power(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_soft_x_rays_time_power, as its view model, undrawn.

`extract_spectrometer_uv_time_impurity`

function source

extract_spectrometer_uv_time_impurity(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_spectrometer_uv_time_impurity, as its view model, undrawn.

`extract_spectrometer_uv_time_intensity`

function source

extract_spectrometer_uv_time_intensity(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_spectrometer_uv_time_intensity, as its view model, undrawn.

`extract_startup_proxies_time`

function source

extract_startup_proxies_time(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_startup_proxies_time, as its view model, undrawn.

`extract_summary_time_energy`

function source

extract_summary_time_energy(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_energy, as its view model, undrawn.

`extract_summary_time_estimated_q95`

function source

extract_summary_time_estimated_q95(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_estimated_q95, as its view model, undrawn.

`extract_summary_time_normalized_current`

function source

extract_summary_time_normalized_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_normalized_current, as its view model, undrawn.

`extract_summary_time_power_balance`

function source

extract_summary_time_power_balance(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_power_balance, as its view model, undrawn.

`extract_summary_time_q_star_cylindrical`

function source

extract_summary_time_q_star_cylindrical(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_q_star_cylindrical, as its view model, undrawn.

`extract_summary_time_q_star_kink`

function source

extract_summary_time_q_star_kink(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_q_star_kink, as its view model, undrawn.

`extract_summary_time_resistive_zeff`

function source

extract_summary_time_resistive_zeff(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_resistive_zeff, as its view model, undrawn.

`extract_summary_time_romero_balance`

function source

extract_summary_time_romero_balance(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_romero_balance, as its view model, undrawn.

`extract_summary_time_voltage_consumption`

function source

extract_summary_time_voltage_consumption(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_summary_time_voltage_consumption, as its view model, undrawn.

`extract_tf_coil_time_b_t`

function source

extract_tf_coil_time_b_t(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_tf_coil_time_b_t, as its view model, undrawn.

`extract_tf_coil_time_b_t_vacuum_r`

function source

extract_tf_coil_time_b_t_vacuum_r(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_tf_coil_time_b_t_vacuum_r, as its view model, undrawn.

`extract_tf_coil_time_current`

function source

extract_tf_coil_time_current(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_tf_coil_time_current, as its view model, undrawn.

`extract_thermal_pressure_profile`

function source

extract_thermal_pressure_profile(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_thermal_pressure_profile, as its view model, undrawn.

`extract_thomson_scattering_geometry_poloidal`

function source

extract_thomson_scattering_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_thomson_scattering_geometry_poloidal, as its view model, undrawn.

`extract_thomson_scattering_profile_electron_density`

function source

extract_thomson_scattering_profile_electron_density(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_thomson_scattering_profile_electron_density, as its view model, undrawn.

`extract_thomson_scattering_profile_electron_temperature`

function source

extract_thomson_scattering_profile_electron_temperature(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_thomson_scattering_profile_electron_temperature, as its view model, undrawn.

`extract_thomson_scattering_profile_fit`

function source

extract_thomson_scattering_profile_fit(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_thomson_scattering_profile_fit, as its view model, undrawn.

`extract_thomson_scattering_time_electron_density`

function source

extract_thomson_scattering_time_electron_density(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_thomson_scattering_time_electron_density, as its view model, undrawn.

`extract_thomson_scattering_time_electron_temperature`

function source

extract_thomson_scattering_time_electron_temperature(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_thomson_scattering_time_electron_temperature, as its view model, undrawn.

`extract_turbulent_transport_overview`

function source

extract_turbulent_transport_overview(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_turbulent_transport_overview, as its view model, undrawn.

`extract_turbulent_transport_profile_energy_flux`

function source

extract_turbulent_transport_profile_energy_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_turbulent_transport_profile_energy_flux, as its view model, undrawn.

`extract_turbulent_transport_profile_particle_flux`

function source

extract_turbulent_transport_profile_particle_flux(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_turbulent_transport_profile_particle_flux, as its view model, undrawn.

`extract_vacuum_field`

function source

extract_vacuum_field(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_vacuum_field, as its view model, undrawn.

`extract_vacuum_field_midplane`

function source

extract_vacuum_field_midplane(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_vacuum_field_midplane, as its view model, undrawn.

`extract_wall_geometry_poloidal`

function source

extract_wall_geometry_poloidal(source: Any, *, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The data behind vaft.imas.plot_wall_geometry_poloidal, as its view model, undrawn.

`plot_b_field_probe_spatial_field`

function source

plot_b_field_probe_spatial_field(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

B-probe poloidal field against sensor position at one time (issue #486).

`plot_b_field_probe_time_field`

function source

plot_b_field_probe_time_field(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Poloidal field measured by each selected B-field probe.

`plot_barometry_time_pressure`

function source

plot_barometry_time_pressure(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Neutral pressure history from the barometry gauges.

`plot_camera_visible_animation_frames`

functionDeprecatedDeprecated usage source

plot_camera_visible_animation_frames(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Deprecated: use plot_camera_visible_image(..., animation=True) (issue #1050).

Deprecated: Deprecated: use ``plot_camera_visible_image(..., animation=True)`` (issue #1050).

`plot_camera_visible_image`

function source

plot_camera_visible_image(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

One camera frame with optional overlays – wall, equilibrium, field line – through one projection (issue #261).

`plot_camera_visible_image_efit_overlay`

function source

plot_camera_visible_image_efit_overlay(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

FAST-camera frame with the calibrated pinhole projection of the wall, LCFS, magnetic axis, and flux surfaces overlaid.

`plot_camera_visible_image_field_line`

function source

plot_camera_visible_image_field_line(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

FAST-camera frame with a traced magnetic field line projected onto it.

`plot_camera_visible_image_fluctuation`

function source

plot_camera_visible_image_fluctuation(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

One FAST-camera frame with its local temporal background removed.

`plot_camera_visible_image_frame`

function source

plot_camera_visible_image_frame(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

One FAST-camera frame (raw digital levels, uncalibrated).

`plot_camera_visible_image_mhd_power`

function source

plot_camera_visible_image_mhd_power(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Per-pixel MHD-band power normalised by the local average emission.

`plot_camera_visible_image_vacuum_field_line`

function source

plot_camera_visible_image_vacuum_field_line(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

FAST-camera frame with vacuum field lines – coils and vessel only, never an equilibrium – traced from (R, Z) seeds at the frame’s time (seeds=, ec_frequency_Hz= adds the ECR radius).

`plot_camera_visible_spectrogram`

function source

plot_camera_visible_spectrogram(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Time-frequency map of the camera intensity summed over one image region.

`plot_charge_exchange_geometry_poloidal`

function source

plot_charge_exchange_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Charge-exchange measurement positions in the poloidal plane.

`plot_charge_exchange_profile_fit`

function source

plot_charge_exchange_profile_fit(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Charge-exchange T_i or V_phi (field=ti

vphi) at one time: channels with error bars, refused channels hollow, and the fit through them on psi_N, rho_N or R (issue #952).

`plot_charge_exchange_profile_ion_temperature`

function source

plot_charge_exchange_profile_ion_temperature(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Charge-exchange ion temperature versus position.

`plot_charge_exchange_profile_velocity_tor`

function source

plot_charge_exchange_profile_velocity_tor(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Charge-exchange toroidal rotation versus position.

`plot_charge_exchange_time_ion_temperature`

function source

plot_charge_exchange_time_ion_temperature(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Per-channel ion temperature history from charge-exchange spectroscopy.

`plot_charge_exchange_time_velocity_tor`

function source

plot_charge_exchange_time_velocity_tor(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Per-channel toroidal rotation history from charge-exchange spectroscopy.

`plot_chease_overview_profile_validity`

function source

plot_chease_overview_profile_validity(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

q0/q95, q-monotonicity and pressure positivity of the refined equilibrium: a converged CHEASE solution that is not physically sound flagged at a glance.

`plot_chease_overview_refinement_summary`

function source

plot_chease_overview_refinement_summary(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

How far CHEASE moved each profile and the boundary from the EFIT equilibrium it refined, slice by slice: profile and boundary RMS change, flux-normalization shift, and plasma-current self-consistency.

`plot_coil_3d_geometry3d`

function source

plot_coil_3d_geometry3d(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Non-axisymmetric 3D coil filaments in machine Cartesian coordinates.

`plot_coil_3d_geometry_topview`

function source

plot_coil_3d_geometry_topview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Non-axisymmetric 3D coil filaments projected into the machine top view.

`plot_coil_3d_profile_current`

function source

plot_coil_3d_profile_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Sector currents of each non-axisymmetric coil set against toroidal angle: one marker per sector, because that is the whole waveform a discrete coil set carries.

`plot_coil_3d_spectrum_current`

function source

plot_coil_3d_spectrum_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Toroidal mode content

C_n

of each non-axisymmetric coil set’s excitation, to the last harmonic its sectors resolve.

`plot_core_profiles_profile_zeff`

function source

plot_core_profiles_profile_zeff(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Z_eff(rho) stored in a core_profiles slice, labelled measured, assumed, derived or inferred by its zeff_fit record; an unlabelled profile says so.

`plot_core_profiles_time_volume_averaged`

function source

plot_core_profiles_time_volume_averaged(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Volume-averaged core quantity panels on a shared time axis.

`plot_current_overview`

function source

plot_current_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Plasma, PF coil and eddy current panels on a shared time axis.

`plot_current_overview_reconstruction`

function source

plot_current_overview_reconstruction(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Measured and reconstructed I_p, PF coil currents and eddy currents, in kA.

`plot_diagnostics_overview`

function source

plot_diagnostics_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Time histories of every diagnostic subject, one panel each; a diagnostic absent from the input is left out and the grid shrinks (issue #476), and members= picks the panels by name (issue #482). Channels the source flagged invalid are excluded by default.

`plot_diagnostics_spectrum_coherence`

function source

plot_diagnostics_spectrum_coherence(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Coherence and relative phase of two fluctuation channels (issue #1005).

`plot_diamagnetic_flux_time`

function source

plot_diamagnetic_flux_time(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Measured diamagnetic flux history.

`plot_ec_launchers_time_power`

function source

plot_ec_launchers_time_power(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Net launched electron-cyclotron power (forward minus reflected) per beam; noisy, so smooth= is a rolling median in seconds.

`plot_electron_density_field`

function source

plot_electron_density_field(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Electron density mapped onto the poloidal plane.

`plot_electron_density_profile`

function source

plot_electron_density_profile(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Core electron density profile.

`plot_electron_density_profile_gradient`

function source

plot_electron_density_profile_gradient(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Normalized logarithmic gradient of the core electron density, -L d ln f/dx, with its abscissa, gradient coordinate and reference length stated (a/L by default).

`plot_electron_density_time`

function source

plot_electron_density_time(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Volume-averaged electron density history.

`plot_electron_temperature_field`

function source

plot_electron_temperature_field(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Electron temperature mapped onto the poloidal plane.

`plot_electron_temperature_profile`

function source

plot_electron_temperature_profile(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Core electron temperature profile.

`plot_electron_temperature_profile_gradient`

function source

plot_electron_temperature_profile_gradient(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Normalized logarithmic gradient of the core electron temperature, -L d ln f/dx, with its abscissa, gradient coordinate and reference length stated (a/L by default).

`plot_electron_temperature_time`

function source

plot_electron_temperature_time(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Volume-averaged electron temperature history.

`plot_equilibrium_field_2d`

function source

plot_equilibrium_field_2d(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

One reconstructed 2-D equilibrium quantity on the (R, Z) grid (issue #483).

`plot_equilibrium_field_psi`

function source

plot_equilibrium_field_psi(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Reconstructed poloidal flux map on the equilibrium (R, Z) grid.

`plot_equilibrium_field_psi_vacuum`

function source

plot_equilibrium_field_psi_vacuum(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Vacuum poloidal flux from the PF coils alone, without plasma.

`plot_equilibrium_geometry_boundary`

function source

plot_equilibrium_geometry_boundary(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Last-closed-flux-surface outline in the poloidal plane.

`plot_equilibrium_geometry_topview`

function source

plot_equilibrium_geometry_topview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium boundary projected into the machine top view.

`plot_equilibrium_overview`

function source

plot_equilibrium_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

One equilibrium slice from one figure: poloidal flux with the LCFS and axis, pressure and q profiles, and the slice’s global quantities.

`plot_equilibrium_overview_constraint_coverage`

function source

plot_equilibrium_overview_constraint_coverage(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Enabled, disabled and missing constraint channels per family across the reconstructed time slices.

`plot_equilibrium_overview_constraint_weights`

function source

plot_equilibrium_overview_constraint_weights(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Per constraint family: the stored uncertainty beside the one EFIT fitted against (k / weight), the weight, and the normalized residual (issue #952).

`plot_equilibrium_overview_constraints`

function source

plot_equilibrium_overview_constraints(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Magnetic constraints as submitted to EFIT, per family, with enabled, disabled and missing channels distinguished.

`plot_equilibrium_overview_convergence`

function source

plot_equilibrium_overview_convergence(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

EFIT numerical convergence: final Grad-Shafranov error against the requested tolerance, iteration count against its cap, the error history where one was written, and EFIT’s outputs checked against each other.

`plot_equilibrium_overview_fit_quality`

function source

plot_equilibrium_overview_fit_quality(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

EFIT goodness of fit: reduced chi-square against the degrees of freedom EFIT itself reports, which diagnostic family carries the chi-square, and residuals normalized by the uncertainty EFIT was given.

`plot_equilibrium_overview_histories`

function source

plot_equilibrium_overview_histories(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium global quantities against time: Ip, beta_p, li, q95.

`plot_equilibrium_overview_pressure_weight_scan`

function source

plot_equilibrium_overview_pressure_weight_scan(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Reconstructions of one instant with the kinetic-pressure constraint weighted differently, entries labelled by the factor: p and q against psi_N, and beta_p, l_i and chi-square against the factor (issue #952).

`plot_equilibrium_overview_profiles`

function source

plot_equilibrium_overview_profiles(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Principal 1-D equilibrium profiles: pressure, toroidal current density and safety factor.

`plot_equilibrium_overview_residuals`

function source

plot_equilibrium_overview_residuals(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Measured-minus-reconstructed residuals by diagnostic family, with the solver’s convergence context beside them rather than in place of them.

`plot_equilibrium_overview_verification`

function source

plot_equilibrium_overview_verification(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

EFIT verification overview: measured and reconstructed constraints beside the reconstructed poloidal-flux map.

`plot_equilibrium_profile_f`

function source

plot_equilibrium_profile_f(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium poloidal current function F = R*B_t.

`plot_equilibrium_profile_ffprime`

function source

plot_equilibrium_profile_ffprime(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium F dF/dpsi profile.

`plot_equilibrium_profile_j_tor`

function source

plot_equilibrium_profile_j_tor(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium toroidal current-density profile.

`plot_equilibrium_profile_pprime`

function source

plot_equilibrium_profile_pprime(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium dp/dpsi profile.

`plot_equilibrium_profile_pressure`

function source

plot_equilibrium_profile_pressure(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium 1D pressure profile.

`plot_equilibrium_profile_q`

function source

plot_equilibrium_profile_q(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Equilibrium safety-factor profile.

`plot_equilibrium_table_fit_quality`

function source

plot_equilibrium_table_fit_quality(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

EFIT goodness of fit at one slice, per constraint family: fit role, channel states, share of the total chi-square and residuals normalized by the uncertainty EFIT was given; the reduced chi-square in the caption.

`plot_equilibrium_table_summary`

function source

plot_equilibrium_table_summary(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

One equilibrium slice’s global quantities as a table – the representative slice, or the stored slice time= snaps to – in the display units of the slice overview.

`plot_equilibrium_table_validation`

function source

plot_equilibrium_table_validation(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Every registered validation check’s verdict at one equilibrium slice – verification, diagnostic fit, physical validity, independent validation: the number each status was decided on, the registry criterion, the status (NOT_AVAILABLE and INDETERMINATE kept as such) and its reason; the aggregate status and the count per status in the caption.

`plot_equilibrium_text_summary`

function source

plot_equilibrium_text_summary(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

One equilibrium slice as a text summary: which slice and why, its global quantities, and its boundary shape.

`plot_equilibrium_time_beta`

function source

plot_equilibrium_time_beta(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Poloidal, toroidal and normalized beta panels.

`plot_equilibrium_time_beta_n`

function source

plot_equilibrium_time_beta_n(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Normalized beta history.

`plot_equilibrium_time_beta_p`

function source

plot_equilibrium_time_beta_p(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Poloidal beta history.

`plot_equilibrium_time_beta_t`

function source

plot_equilibrium_time_beta_t(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Toroidal beta history.

`plot_equilibrium_time_diamagnetic_flux`

function source

plot_equilibrium_time_diamagnetic_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Measured versus reconstructed diamagnetic-flux constraint.

`plot_equilibrium_time_elongation`

function source

plot_equilibrium_time_elongation(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Boundary elongation history.

`plot_equilibrium_time_li`

function source

plot_equilibrium_time_li(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Internal inductance li_3 history.

`plot_equilibrium_time_major_radius`

function source

plot_equilibrium_time_major_radius(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Geometric-axis major radius history.

`plot_equilibrium_time_minor_radius`

function source

plot_equilibrium_time_minor_radius(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Boundary minor radius history.

`plot_equilibrium_time_plasma_current`

function source

plot_equilibrium_time_plasma_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Reconstructed plasma current history.

`plot_equilibrium_time_q0`

function source

plot_equilibrium_time_q0(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Safety factor on axis.

`plot_equilibrium_time_q95`

function source

plot_equilibrium_time_q95(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Safety factor at the 95% flux surface.

`plot_equilibrium_time_qa`

function source

plot_equilibrium_time_qa(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Safety factor at the plasma edge.

`plot_equilibrium_time_shape`

function source

plot_equilibrium_time_shape(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Major and minor radius, elongation and upper/lower triangularity histories.

`plot_equilibrium_time_triangularity`

function source

plot_equilibrium_time_triangularity(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Boundary triangularity history, the mean of upper and lower.

`plot_equilibrium_time_triangularity_lower`

function source

plot_equilibrium_time_triangularity_lower(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Lower boundary triangularity history.

`plot_equilibrium_time_triangularity_upper`

function source

plot_equilibrium_time_triangularity_upper(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Upper boundary triangularity history.

`plot_equilibrium_time_virial`

function source

plot_equilibrium_time_virial(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Virial-estimate equilibrium quantities against the reconstruction.

`plot_equilibrium_time_w_mag`

function source

plot_equilibrium_time_w_mag(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Magnetic stored energy history.

`plot_equilibrium_time_w_mhd`

function source

plot_equilibrium_time_w_mhd(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

MHD stored energy history.

`plot_equilibrium_time_w_tot`

function source

plot_equilibrium_time_w_tot(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Total stored energy history.

`plot_field_line_topology_field_connection_length`

function source

plot_field_line_topology_field_connection_length(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Total connection length of every traced field line in one poloidal plane, on the rectangular grid they were launched from. The title names the toroidal angle the plane was traced at, because the IDS entry carries no toroidal coordinate and the map means nothing without it.

`plot_flux_loop_spatial_flux`

function source

plot_flux_loop_spatial_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Flux-loop flux against sensor position at one time (issue #486).

`plot_flux_loop_time_flux`

function source

plot_flux_loop_time_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Poloidal flux measured by each selected flux loop.

`plot_flux_loop_time_voltage`

function source

plot_flux_loop_time_voltage(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Loop voltage measured by each selected flux loop.

`plot_gyrokinetics_overview`

function source

plot_gyrokinetics_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

One local gyrokinetic run: spectra, flux, eigenfunction and local state.

`plot_gyrokinetics_profile_eigenfunction`

function source

plot_gyrokinetics_profile_eigenfunction(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

phi eigenfunction of the most unstable leading mode against the poloidal angle.

`plot_gyrokinetics_spectrum_energy_flux`

function source

plot_gyrokinetics_spectrum_energy_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

ky-resolved energy flux per species (quasilinear or nonlinear, as the IDS records).

`plot_gyrokinetics_spectrum_frequency`

function source

plot_gyrokinetics_spectrum_frequency(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Linear real frequency against k_y with each IDS’s recorded sign convention.

`plot_gyrokinetics_spectrum_growth_rate`

function source

plot_gyrokinetics_spectrum_growth_rate(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Linear growth rate against k_y (GKDB normalisation), every eigenmode, entries overlaid.

`plot_gyrokinetics_spectrum_particle_flux`

function source

plot_gyrokinetics_spectrum_particle_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

ky-resolved particle flux per species.

`plot_impa_overview`

function source

plot_impa_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

IMPA validation overview: raw voltages, compensated Bz and the 1/R position check.

`plot_impa_profile_field`

function source

plot_impa_profile_field(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

IMPA measured field against probe radius with the 1/R toroidal-field model.

`plot_impa_time_field`

function source

plot_impa_time_field(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Calibrated field from the IMPA Hall-probe array.

`plot_impa_time_voltage`

function source

plot_impa_time_voltage(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Raw IMPA Hall-probe voltages, one trace per channel.

`plot_impurity_profile_charge_state_fraction`

function source

plot_impurity_profile_charge_state_fraction(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Charge-state fractions f_q(rho) of each impurity element from the slice’s T_e and n_e.

`plot_impurity_profile_composition`

function source

plot_impurity_profile_composition(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Radial Z_eff, mean charges, reduced impurity charge and dilution from the slice’s T_e and n_e through atomic-data charge states, for a stated elemental composition.

`plot_interferometer_overview`

function source

plot_interferometer_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Interferometer overview: line density history and spectrogram.

`plot_interferometer_spectrogram`

function source

plot_interferometer_spectrogram(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Time-frequency map of one interferometer channel’s line density.

`plot_interferometer_spectrum`

function source

plot_interferometer_spectrum(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Power spectral density of one interferometer channel’s line density.

`plot_interferometer_time_n_e_line`

function source

plot_interferometer_time_n_e_line(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Interferometer line-integrated electron density history.

`plot_ion_temperature_profile`

function source

plot_ion_temperature_profile(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Core ion temperature profile.

`plot_ion_temperature_profile_gradient`

function source

plot_ion_temperature_profile_gradient(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Normalized logarithmic gradient of the core ion temperature, -L d ln f/dx, with its abscissa, gradient coordinate and reference length stated (a/L by default).

`plot_kinetic_overview_profiles`

function source

plot_kinetic_overview_profiles(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Four local kinetic profiles from native IMAS input.

`plot_kinetic_overview_state`

function source

plot_kinetic_overview_state(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

One matched kinetic state in four panels – pressure, density, temperature and Z_eff against rho_tor_norm – from stored core_profiles, the equilibrium of the same time and the Thomson channels mapped through it, each trace labelled by its recorded evidence role.

`plot_limiter_current_time`

function source

plot_limiter_current_time(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Lower-corner, upper-corner and midplane limiter currents in three panels.

`plot_machine_geometry3d`

function source

plot_machine_geometry3d(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Composed 3D machine scene: wall and boundary cuts, PF rings, 3D coils and diagnostics.

`plot_machine_geometry_poloidal`

function source

plot_machine_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Composed poloidal machine view: wall, coils, passive structure and diagnostic positions and sight lines in one axes.

`plot_machine_geometry_topview`

function source

plot_machine_geometry_topview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Composed machine top view: machine-boundary and plasma extent plus launcher, antenna and pellet-injector geometry.

`plot_magnetics_geometry_poloidal`

function source

plot_magnetics_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Flux-loop and B-field-probe positions in the poloidal plane.

`plot_magnetics_overview`

function source

plot_magnetics_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Shot diagnostic overview: current, field, flux and geometry panels.

`plot_magnetics_overview_plasma_residual`

function source

plot_magnetics_overview_plasma_residual(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Residual of measured minus coil+eddy synthetic magnetics against the pre-plasma noise band, with the plasma-current and residual onsets.

`plot_magnetics_overview_vacuum`

function source

plot_magnetics_overview_vacuum(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Measured, coil-only and coil+eddy synthetic magnetics per channel: the forward-modeled validation of an eddy-current reconstruction.

`plot_magnetics_overview_vacuum_benchmark`

function source

plot_magnetics_overview_vacuum_benchmark(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Per-channel scores of the plasma-free vacuum benchmark (issue #190): eddy improvement against a zero reference, normalized residual and correlation, channels grouped and coloured by family, flagged probes hollow.

`plot_magnetics_table_vacuum_benchmark`

function source

plot_magnetics_table_vacuum_benchmark(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The plasma-free vacuum benchmark of one shot (issue #190), one row per channel: family, kind, status (evaluated, flagged, excluded), eddy improvement, normalized residual, correlation, wall authority and the reason a channel is flagged or excluded; windows, solver history, coil drive and scored medians in the caption.

`plot_magnetics_table_vacuum_benchmark_aggregate`

function source

plot_magnetics_table_vacuum_benchmark_aggregate(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

The plasma-free vacuum benchmark across shots (issue #190): median eddy improvement, normalized residual and correlation and the worst channel by case, family, PF excitation and machine era; undriven cases, flagged channels and the summary in the caption.

`plot_mhd_linear_field_spectrum`

function source

plot_mhd_linear_field_spectrum(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Perturbed normal flux amplitude over the mapped (psi_N, m) grid: the radial label on the abscissa and the poloidal harmonic on the ordinate, which is why this map is not drawn to an equal aspect.

`plot_mhd_linear_geometry_island`

function source

plot_mhd_linear_geometry_island(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Saturated island separatrices in the poloidal plane at one toroidal angle, derived from the mapped perturbed flux and drawn on the run’s own flux-surface mesh; the island phase is GPEC’s arg(I_res).

`plot_mhd_linear_overview_eigenfunction`

function source

plot_mhd_linear_overview_eigenfunction(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

The DCON eigenfunction of the least-stable mapped mode: displacement and normal perturbed field per poloidal harmonic.

`plot_mhd_linear_profile_b_field_perturbed`

function source

plot_mhd_linear_profile_b_field_perturbed(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Normal perturbed field per poloidal harmonic against normalized flux, derived from the DCON eigenfunction as i(m - nq) xi.grad(psi).

`plot_mhd_linear_profile_chirikov`

function source

plot_mhd_linear_profile_chirikov(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Island-overlap parameter per rational surface against normalized poloidal flux, in GPEC’s own surface definition, with the K = 1 criterion drawn; derived from the mapped perturbed flux.

`plot_mhd_linear_profile_displacement`

function source

plot_mhd_linear_profile_displacement(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

DCON displacement eigenfunction against normalized flux, one trace per poloidal harmonic; amplitudes are normalized to the peak because DCON’s eigenvector normalization is arbitrary.

`plot_mhd_linear_profile_island_width`

function source

plot_mhd_linear_profile_island_width(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Saturated island width per rational surface against normalized poloidal flux, in psi_N as GPEC reports it, derived from the resonant flux.

`plot_mhd_linear_profile_resonant_flux`

function source

plot_mhd_linear_profile_resonant_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Pitch-resonant flux per rational surface against normalized poloidal flux, derived from the mapped perturbed flux by the jump across each singular surface rather than read from the IDS.

`plot_mhd_linear_spectrum_b_field_perturbed`

function source

plot_mhd_linear_spectrum_b_field_perturbed(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Perturbed normal flux amplitude against poloidal harmonic at one flux surface; the outermost mapped surface unless psi_n names another, and the title reports the surface actually drawn.

`plot_mhd_linear_time_energy_perturbed`

function source

plot_mhd_linear_time_energy_perturbed(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

DCON perturbed potential energy against time, one trace per toroidal mode number; a negative value is an ideal-MHD unstable mode.

`plot_mirnov_spatial_phase`

function source

plot_mirnov_spatial_phase(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Toroidal phase of each fluctuation band at one time, with the fitted n lines.

`plot_mirnov_spectrogram`

function source

plot_mirnov_spectrogram(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Time-frequency map of one Mirnov coil signal.

`plot_mirnov_spectrum`

function source

plot_mirnov_spectrum(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Power spectral density of one Mirnov coil signal.

`plot_mirnov_time_voltage`

function source

plot_mirnov_time_voltage(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Raw or preprocessed Mirnov coil voltage traces.

`plot_nbi_profile_current_drive`

function source

plot_nbi_profile_current_drive(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Beam-driven parallel current density against normalized toroidal flux.

`plot_nbi_profile_electron_heating`

function source

plot_nbi_profile_electron_heating(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Beam power density to electrons against normalized toroidal flux.

`plot_nbi_profile_ion_heating`

function source

plot_nbi_profile_ion_heating(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Beam power density to ions against normalized toroidal flux.

`plot_neoclassical_profile_bootstrap_current`

function source

plot_neoclassical_profile_bootstrap_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Bootstrap current density from each neoclassical model on one radial axis.

`plot_ntms_time_delta_prime`

function source

plot_ntms_time_delta_prime(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Classical tearing index Delta-prime against time, one trace per rational surface; a positive value is a tearing-unstable surface.

`plot_passive_structure_field_wall_reduction`

function source

plot_passive_structure_field_wall_reduction(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Full, reduced or difference wall flux map on the equilibrium region.

`plot_passive_structure_geometry_poloidal`

function source

plot_passive_structure_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Passive conducting-structure loop outlines in the poloidal plane.

`plot_passive_structure_geometry_wall_mode`

function source

plot_passive_structure_geometry_wall_mode(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

One segment-local wall eigenmode coloured onto the passive structure.

`plot_passive_structure_overview_wall_reduction`

function source

plot_passive_structure_overview_wall_reduction(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Reduced-wall response error against retained order (vaft #494).

`plot_passive_structure_overview_wall_time`

function source

plot_passive_structure_overview_wall_time(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Decay-time spectrum of the passive wall’s segment-wise eigenmodes.

`plot_passive_structure_time_current`

function source

plot_passive_structure_time_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Eddy current in the passive structure, summed over loops.

`plot_pf_coil_geometry_poloidal`

function source

plot_pf_coil_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

PF coil outlines in the poloidal plane.

`plot_pf_coil_time_current`

function source

plot_pf_coil_time_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Per-coil PF current history.

`plot_pf_coil_time_current_turns`

function source

plot_pf_coil_time_current_turns(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Per-coil PF current multiplied by the signed turn count (ampere-turns).

`plot_pf_plasma_geometry_poloidal`

function source

plot_pf_plasma_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

The plasma-current elements of pf_plasma coloured by current.

`plot_plasma_current_time`

function source

plot_plasma_current_time(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Measured plasma current history from the Rogowski coil.

`plot_rogowski_coil_time_current`

function source

plot_rogowski_coil_time_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Current measured by each Rogowski coil.

`plot_soft_x_rays_geometry_lines_of_sight`

function source

plot_soft_x_rays_geometry_lines_of_sight(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Soft X-ray detector lines of sight over the poloidal cross-section.

`plot_soft_x_rays_overview`

function source

plot_soft_x_rays_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Soft X-ray overview: lines of sight, signals and channel pattern.

`plot_soft_x_rays_spectrogram`

function source

plot_soft_x_rays_spectrogram(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Time-frequency map of one soft X-ray channel.

`plot_soft_x_rays_spectrum`

function source

plot_soft_x_rays_spectrum(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Power spectral density of one soft X-ray channel.

`plot_soft_x_rays_time_power`

function source

plot_soft_x_rays_time_power(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Soft X-ray channel signal history.

`plot_spectrometer_uv_time_impurity`

function source

plot_spectrometer_uv_time_impurity(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Impurity line-intensity panels against plasma current.

`plot_spectrometer_uv_time_intensity`

function source

plot_spectrometer_uv_time_intensity(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Processed spectral line intensity history.

`plot_startup_proxies_time`

function source

plot_startup_proxies_time(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Vacuum B_Z, loop voltage and decay index at one (R, Z) point against time (rz=), from the OH-coil onset to the plasma-current peak, every entry overlaid with its breakdown onset marked (issue #888).

`plot_summary_time_energy`

function source

plot_summary_time_energy(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Stored-energy comparison panels across available estimates.

`plot_summary_time_estimated_q95`

function source

plot_summary_time_estimated_q95(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

q95 estimated from global shape, I_p and B_T (START scaling by default, from vest.yaml), the equilibrium q95 overlaid; works without an equilibrium (issue #1583).

`plot_summary_time_normalized_current`

function source

plot_summary_time_normalized_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Normalised current I_N = I_p[MA]/(a B_T) against time, from the same shape as the edge-q estimates (issue #1583).

`plot_summary_time_power_balance`

function source

plot_summary_time_power_balance(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Ohmic input, radiated and conducted power balance panels.

`plot_summary_time_q_star_cylindrical`

function source

plot_summary_time_q_star_cylindrical(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Menard’s cylindrical safety factor q* = pi a^2 B_T (1 + kappa^2)/(mu0 R I_p) against time; a shape-weighted proxy, not q95 or q_a (issue #1583).

`plot_summary_time_q_star_kink`

function source

plot_summary_time_q_star_kink(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Freidberg’s kink safety factor q* = 2 pi a^2 kappa B_T/(mu0 R I_p) against time; not q95 or q_a (issue #1583).

`plot_summary_time_resistive_zeff`

function source

plot_summary_time_resistive_zeff(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Resistive Z_eff history: Romero voltages, observed vs model R_p, window estimate.

`plot_summary_time_romero_balance`

function source

plot_summary_time_romero_balance(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Romero’s voltage and volt-second balance: V_B, V_I, V_C (and V_R with a given R_p), Phi_B against the direct flux change, L_i and the closing resistance.

`plot_summary_time_voltage_consumption`

function source

plot_summary_time_voltage_consumption(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Loop-voltage and flux-consumption panels.

`plot_tf_coil_time_b_t`

function source

plot_tf_coil_time_b_t(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Toroidal field history at the reference radius.

`plot_tf_coil_time_b_t_vacuum_r`

function source

plot_tf_coil_time_b_t_vacuum_r(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Vacuum toroidal field times major radius (B_t * R).

`plot_tf_coil_time_current`

function source

plot_tf_coil_time_current(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

TF coil current history.

`plot_thermal_pressure_profile`

function source

plot_thermal_pressure_profile(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Core total pressure profile.

`plot_thomson_scattering_geometry_poloidal`

function source

plot_thomson_scattering_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Thomson-scattering measurement positions in the poloidal plane.

`plot_thomson_scattering_profile_electron_density`

function source

plot_thomson_scattering_profile_electron_density(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Thomson-scattering electron density versus position.

`plot_thomson_scattering_profile_electron_temperature`

function source

plot_thomson_scattering_profile_electron_temperature(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Thomson-scattering electron temperature versus position.

`plot_thomson_scattering_profile_fit`

function source

plot_thomson_scattering_profile_fit(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Thomson T_e or n_e (field=te

ne) at one time: channels with error bars, refused channels hollow, and the fit through them on psi_N, rho_N or R, mapped through the ODS’s own or a given equilibrium (issue #952).

`plot_thomson_scattering_time_electron_density`

function source

plot_thomson_scattering_time_electron_density(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Per-channel Thomson electron density history.

`plot_thomson_scattering_time_electron_temperature`

function source

plot_thomson_scattering_time_electron_temperature(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

Per-channel Thomson electron temperature history.

`plot_turbulent_transport_overview`

function source

plot_turbulent_transport_overview(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Turbulent energy and particle flux profiles side by side.

`plot_turbulent_transport_profile_energy_flux`

function source

plot_turbulent_transport_profile_energy_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Turbulent electron and ion energy flux against rho_tor_norm.

`plot_turbulent_transport_profile_particle_flux`

function source

plot_turbulent_transport_profile_particle_flux(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Turbulent electron and ion particle flux against rho_tor_norm.

`plot_vacuum_field`

function source

plot_vacuum_field(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

One quantity of the coils’ and vessel’s vacuum field, at one instant.

`plot_vacuum_field_midplane`

function source

plot_vacuum_field_midplane(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

One vacuum startup quantity along the Z = 0 row of the vacuum map – loop voltage, B_Z, the breakdown figure with its Ohmic and ECH-assisted thresholds, the Lloyd margin or the connection length – with the ECR radius, chosen with field=.

`plot_wall_geometry_poloidal`

function source

plot_wall_geometry_poloidal(source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> tuple[Any, Any]

First-wall and limiter outline in the poloidal plane.

`render`

function source

render(name: str, source: Any, *, ax: Any = None, show: bool = False, label: str | Sequence[str] = 'shot', **options: Any) -> Any

Build the view model for name from a native IMAS source and render it.