Index

A

add_velocity_interface() (in module core) (in module core.mesh_utils) (in module PyHydroGeophysX.core.mesh_utils) AgentCoordinator (class in PyHydroGeophysX.agents.agent_coordinator), [1] all_chi2 (PyHydroGeophysX.inversion.base.TimeLapseInversionResult attribute), [1] (PyHydroGeophysX.inversion.TimeLapseInversionResult attribute)

all_coverage (PyHydroGeophysX.inversion.base.TimeLapseInversionResult attribute), [1] (PyHydroGeophysX.inversion.TimeLapseInversionResult attribute) apply() (PyHydroGeophysX.solvers.linear_solvers.TikhonvRegularization method) (solvers.linear_solvers.TikhonvRegularization method) apply_structural_weights_to_Wm() (PyHydroGeophysX.inversion.cross_constraints.StructuralConstraint static method), [1] (PyHydroGeophysX.inversion.StructuralConstraint static method)

B

BaseAgent (class in PyHydroGeophysX.agents.base_agent), [1] BaseHydroAccessor (class in PyHydroGeophysX.data_access) (class in PyHydroGeophysX.data_access.accessors) BaseVelocityModel (class in petrophysics.velocity_models) (class in PyHydroGeophysX) (class in PyHydroGeophysX.petrophysics.velocity_models) binaryread() (in module model_output) (in module model_output.modflow_output) (in module model_output.water_content) (in module PyHydroGeophysX.model_output) (in module PyHydroGeophysX.model_output.modflow_output) (in module PyHydroGeophysX.model_output.water_content) BrieModel (class in petrophysics.velocity_models) (class in PyHydroGeophysX) (class in PyHydroGeophysX.petrophysics.velocity_models)

build_cross_gradient_operator() (PyHydroGeophysX.inversion.cross_constraints.StructuralConstraint static method), [1] (PyHydroGeophysX.inversion.StructuralConstraint static method) build_linearized_cross_gradient_blocks() (PyHydroGeophysX.inversion.cross_constraints.StructuralConstraint static method), [1] (PyHydroGeophysX.inversion.StructuralConstraint static method) build_local_design_matrix() (PyHydroGeophysX.inversion.cross_constraints.StructuralConstraint static method), [1] (PyHydroGeophysX.inversion.StructuralConstraint static method) build_neighborhood_matrix() (PyHydroGeophysX.inversion.cross_constraints.StructuralConstraint static method), [1] (PyHydroGeophysX.inversion.StructuralConstraint static method) built-in function export_for_inversion() load_ert_resipy() qc_and_visualize()

C

calculate_fluid_modulus() (petrophysics.velocity_models.BrieModel method) (PyHydroGeophysX.BrieModel method) (PyHydroGeophysX.petrophysics.velocity_models.BrieModel method) calculate_properties() (petrophysics.velocity_models.VRHModel method) (PyHydroGeophysX.petrophysics.velocity_models.VRHModel method) (PyHydroGeophysX.VRHModel method) calculate_saturated_modulus() (petrophysics.velocity_models.BrieModel method) (PyHydroGeophysX.BrieModel method) (PyHydroGeophysX.petrophysics.velocity_models.BrieModel method) calculate_saturation() (model_output.base.HydroModelOutput method) (model_output.HydroModelOutput method) (model_output.water_content.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.base.HydroModelOutput method) (PyHydroGeophysX.model_output.HydroModelOutput method) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent method) calculate_velocity() (petrophysics.velocity_models.BaseVelocityModel method) (petrophysics.velocity_models.DEMModel method) (petrophysics.velocity_models.HertzMindlinModel method) (petrophysics.velocity_models.VRHModel method) (PyHydroGeophysX.BaseVelocityModel method) (PyHydroGeophysX.DEMModel method) (PyHydroGeophysX.HertzMindlinModel method) (PyHydroGeophysX.petrophysics.velocity_models.BaseVelocityModel method) (PyHydroGeophysX.petrophysics.velocity_models.DEMModel method) (PyHydroGeophysX.petrophysics.velocity_models.HertzMindlinModel method) (PyHydroGeophysX.petrophysics.velocity_models.VRHModel method) (PyHydroGeophysX.VRHModel method) CGLSSolver (class in PyHydroGeophysX.solvers.linear_solvers) (class in solvers.linear_solvers) chi2 (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] chi2_ert (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) chi2_srt (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) clear_cache() (PyHydroGeophysX.data_access.accessors.HttpHydroAccessor method) (PyHydroGeophysX.data_access.HttpHydroAccessor method) compare_inversions_to_hydro() (PyHydroGeophysX.inversion.cross_constraints.PetrophysicalCoupling static method), [1] (PyHydroGeophysX.inversion.PetrophysicalCoupling static method) compute_cumulative_sensitivity() (in module PyHydroGeophysX.analysis) (in module PyHydroGeophysX.analysis.sensitivity) compute_depth_of_investigation() (in module PyHydroGeophysX.analysis) (in module PyHydroGeophysX.analysis.sensitivity) compute_jacobian() (PyHydroGeophysX.inversion.base.InversionBase method), [1] (PyHydroGeophysX.inversion.InversionBase method) compute_resolution_matrix() (in module PyHydroGeophysX.analysis) (in module PyHydroGeophysX.analysis.sensitivity) ContextInputAgent (class in PyHydroGeophysX.agents.context_input_agent), [1] convergence_history (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1]

core module core.interpolation module core.mesh_utils module coverage (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.InversionResult attribute) create_combined_timelapse_gif() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.animation) create_difference_gif() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.animation) create_ert_mesh_with_structure() (in module Geophy_modular) (in module Geophy_modular.structure_integration) (in module PyHydroGeophysX.Geophy_modular) (in module PyHydroGeophysX.Geophy_modular.structure_integration) create_from_ert_data() (core.mesh_utils.MeshCreator method) (core.MeshCreator method) (PyHydroGeophysX.core.mesh_utils.MeshCreator method) create_from_layers() (core.mesh_utils.MeshCreator method) (core.MeshCreator method) (PyHydroGeophysX.core.mesh_utils.MeshCreator method) create_joint_inversion_mesh() (in module Geophy_modular) (in module Geophy_modular.structure_integration) (in module PyHydroGeophysX.Geophy_modular) (in module PyHydroGeophysX.Geophy_modular.structure_integration) create_mesh_from_layers() (in module core) (in module core.mesh_utils) (in module PyHydroGeophysX.core.mesh_utils) create_regularization_matrix() (PyHydroGeophysX.solvers.linear_solvers.TikhonvRegularization method) (solvers.linear_solvers.TikhonvRegularization method) create_surface_lines() (in module core) (in module core.interpolation) (in module PyHydroGeophysX.core) (in module PyHydroGeophysX.core.interpolation) create_synthetic_data() (PyHydroGeophysX.forward.ert_forward.ERTForwardModeling method), [1] (PyHydroGeophysX.forward.ERTForwardModeling method) (PyHydroGeophysX.forward.SeismicForwardModeling class method) (PyHydroGeophysX.forward.srt_forward.SeismicForwardModeling class method), [1] create_tdem_survey() (in module PyHydroGeophysX.forward) (in module PyHydroGeophysX.forward.tdem_forward), [1] create_time_lapse_animation() (PyHydroGeophysX.inversion.base.TimeLapseInversionResult method), [1] (PyHydroGeophysX.inversion.TimeLapseInversionResult method) create_timelapse_gif() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.animation) create_timelapse_mp4() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.animation) createTriangles() (in module core.mesh_utils) (in module PyHydroGeophysX.core.mesh_utils)

D

DEMModel (class in petrophysics.velocity_models) (class in PyHydroGeophysX) (class in PyHydroGeophysX.petrophysics.velocity_models) direct_solver() (in module PyHydroGeophysX.solvers.linear_solvers) (in module solvers.linear_solvers)

draw_first_picks() (PyHydroGeophysX.forward.SeismicForwardModeling static method) (PyHydroGeophysX.forward.srt_forward.SeismicForwardModeling static method), [1] drawFirstPicks() (in module PyHydroGeophysX.core.plt_utils)

E

Electrode (built-in class) engine (PyHydroGeophysX.inversion.GeophysicalInversion property) (PyHydroGeophysX.inversion.multi_method.GeophysicalInversion property), [1] EnsembleKalmanFilter (class in PyHydroGeophysX.assimilation) (class in PyHydroGeophysX.assimilation.enkf) ert_coverage (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) ert_log_resistivity (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) ert_predicted (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) ert_resistivity (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) ERTDataset (built-in class) ertforandjac() (in module PyHydroGeophysX.forward) (in module PyHydroGeophysX.forward.ert_forward), [1] ertforandjac2() (in module PyHydroGeophysX.forward) (in module PyHydroGeophysX.forward.ert_forward), [1] ertforward() (in module PyHydroGeophysX.forward) (in module PyHydroGeophysX.forward.ert_forward), [1] ertforward2() (in module PyHydroGeophysX.forward) (in module PyHydroGeophysX.forward.ert_forward), [1] ERTForwardModeling (class in PyHydroGeophysX.forward) (class in PyHydroGeophysX.forward.ert_forward), [1] ERTInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.ert_inversion), [1] ERTInversionAgent (class in PyHydroGeophysX.agents.ert_inversion_agent), [1] ERTLoaderAgent (class in PyHydroGeophysX.agents.ert_loader_agent), [1] ERTtoWC (class in Geophy_modular) (class in PyHydroGeophysX.Geophy_modular) (class in PyHydroGeophysX.Geophy_modular.ERT_to_WC) ESMDA (class in PyHydroGeophysX.assimilation) (class in PyHydroGeophysX.assimilation.enkf) execute() (PyHydroGeophysX.agents.base_agent.BaseAgent method), [1] (PyHydroGeophysX.agents.context_input_agent.ContextInputAgent method), [1] (PyHydroGeophysX.agents.ert_inversion_agent.ERTInversionAgent method), [1] (PyHydroGeophysX.agents.ert_loader_agent.ERTLoaderAgent method), [1] (PyHydroGeophysX.agents.inversion_evaluation_agent.InversionEvaluationAgent method), [1] (PyHydroGeophysX.agents.water_content_agent.WaterContentAgent method), [1]

execute_workflow() (PyHydroGeophysX.agents.agent_coordinator.AgentCoordinator method), [1] explain_config() (PyHydroGeophysX.agents.context_input_agent.ContextInputAgent method), [1] export_for_inversion() built-in function export_mesh_to_vtk() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.vtk_export) export_points_to_vtk() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.vtk_export) export_structured_vtk() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.vtk_export) export_structured_vtk_multi() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.vtk_export) export_timelapse_structured_vtk() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.vtk_export) export_timelapse_vtk() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.vtk_export) extract_time_series() (Geophy_modular.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERT_to_WC.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERTtoWC method) extract_velocity_interface() (in module core) (in module core.mesh_utils) (in module PyHydroGeophysX.core.mesh_utils) extract_velocity_structure() (in module Geophy_modular) (in module Geophy_modular.seismic_processor) (in module PyHydroGeophysX.Geophy_modular) (in module PyHydroGeophysX.Geophy_modular.seismic_processor)

F

FDEMForwardModeling (class in PyHydroGeophysX.forward) (class in PyHydroGeophysX.forward.fdem_forward), [1] FDEMInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.fdem_inversion), [1] FDEMInversionResult (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.fdem_inversion), [1] FDEMSurveyConfig (class in PyHydroGeophysX.forward) (class in PyHydroGeophysX.forward.fdem_forward), [1] fill_holes_2d() (in module core.mesh_utils) (in module PyHydroGeophysX.core.mesh_utils) final_model (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.InversionResult attribute) final_models (PyHydroGeophysX.inversion.base.TimeLapseInversionResult attribute), [1] (PyHydroGeophysX.inversion.TimeLapseInversionResult attribute) forecast() (PyHydroGeophysX.assimilation.enkf.EnsembleKalmanFilter method) (PyHydroGeophysX.assimilation.EnsembleKalmanFilter method) forward() (PyHydroGeophysX.forward.ert_forward.ERTForwardModeling method), [1] (PyHydroGeophysX.forward.ERTForwardModeling method) (PyHydroGeophysX.forward.fdem_forward.FDEMForwardModeling method), [1] (PyHydroGeophysX.forward.FDEMForwardModeling method) (PyHydroGeophysX.forward.SeismicForwardModeling method) (PyHydroGeophysX.forward.srt_forward.SeismicForwardModeling method), [1] (PyHydroGeophysX.forward.tdem_forward.TDEMForwardModeling method), [1] (PyHydroGeophysX.forward.TDEMForwardModeling method)

forward_and_jacobian() (PyHydroGeophysX.forward.ert_forward.ERTForwardModeling method), [1] (PyHydroGeophysX.forward.ERTForwardModeling method) forward_operator (PyHydroGeophysX.assimilation.enkf.HydroGeophysObsOperator attribute) (PyHydroGeophysX.assimilation.HydroGeophysObsOperator attribute) forward_with_noise() (PyHydroGeophysX.forward.fdem_forward.FDEMForwardModeling method), [1] (PyHydroGeophysX.forward.FDEMForwardModeling method) (PyHydroGeophysX.forward.tdem_forward.TDEMForwardModeling method), [1] (PyHydroGeophysX.forward.TDEMForwardModeling method) frequencies (PyHydroGeophysX.forward.fdem_forward.FDEMSurveyConfig attribute), [1] (PyHydroGeophysX.forward.FDEMSurveyConfig attribute) (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) from_conductivity_model() (PyHydroGeophysX.inversion.cross_constraints.StructuralConstraint static method), [1] (PyHydroGeophysX.inversion.StructuralConstraint static method) from_velocity_model() (PyHydroGeophysX.inversion.cross_constraints.StructuralConstraint static method), [1] (PyHydroGeophysX.inversion.StructuralConstraint static method)

G

generalized_solver() (in module PyHydroGeophysX.solvers.linear_solvers) (in module PyHydroGeophysX.solvers.solver) (in module solvers.linear_solvers) (in module solvers.solver) Geophy_modular module Geophy_modular.seismic_processor module Geophy_modular.structure_integration module GeophysicalInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.multi_method), [1] get_context() (PyHydroGeophysX.agents.base_agent.BaseAgent method), [1] get_coverage() (PyHydroGeophysX.forward.ert_forward.ERTForwardModeling method), [1] (PyHydroGeophysX.forward.ERTForwardModeling method) get_manifest_entry() (in module PyHydroGeophysX.data_access) (in module PyHydroGeophysX.data_access.accessors) get_optimal_solver() (in module PyHydroGeophysX.solvers.linear_solvers) (in module solvers.linear_solvers) get_pfb_dimensions() (model_output.parflow_output.ParflowOutput method) (PyHydroGeophysX.model_output.parflow_output.ParflowOutput method) get_statistics() (Geophy_modular.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERT_to_WC.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERTtoWC method) get_times() (PyHydroGeophysX.forward.tdem_forward.TDEMForwardModeling method), [1] (PyHydroGeophysX.forward.TDEMForwardModeling method)

get_timestep_info() (model_output.base.HydroModelOutput method) (model_output.HydroModelOutput method) (model_output.modflow_output.MODFLOWPorosity method) (model_output.modflow_output.MODFLOWWaterContent method) (model_output.MODFLOWPorosity method) (model_output.MODFLOWWaterContent method) (model_output.parflow_output.ParflowPorosity method) (model_output.parflow_output.ParflowSaturation method) (model_output.ParflowPorosity method) (model_output.ParflowSaturation method) (model_output.water_content.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.base.HydroModelOutput method) (PyHydroGeophysX.model_output.HydroModelOutput method) (PyHydroGeophysX.model_output.modflow_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.modflow_output.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.parflow_output.ParflowPorosity method) (PyHydroGeophysX.model_output.parflow_output.ParflowSaturation method) (PyHydroGeophysX.model_output.ParflowPorosity method) (PyHydroGeophysX.model_output.ParflowSaturation method) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent method) (PyHydroGeophysX.MODFLOWWaterContent method) get_workflow_summary() (PyHydroGeophysX.agents.agent_coordinator.AgentCoordinator method), [1]

H

HertzMindlinModel (class in petrophysics.velocity_models) (class in PyHydroGeophysX) (class in PyHydroGeophysX.petrophysics.velocity_models) HttpHydroAccessor (class in PyHydroGeophysX.data_access) (class in PyHydroGeophysX.data_access.accessors) Hydro_modular module Hydro_modular.hydro_to_ert module Hydro_modular.hydro_to_srt module hydro_to_ert() (in module Hydro_modular.hydro_to_ert) (in module PyHydroGeophysX.Hydro_modular) (in module PyHydroGeophysX.Hydro_modular.hydro_to_ert) hydro_to_fdem() (in module Hydro_modular) (in module PyHydroGeophysX.Hydro_modular) (in module PyHydroGeophysX.Hydro_modular.hydro_to_fdem) (PyHydroGeophysX.forward.fdem_forward.FDEMForwardModeling static method), [1] (PyHydroGeophysX.forward.FDEMForwardModeling static method)

hydro_to_gravity() (in module Hydro_modular) (in module PyHydroGeophysX.Hydro_modular) (in module PyHydroGeophysX.Hydro_modular.hydro_to_gravity) hydro_to_srt() (in module Hydro_modular.hydro_to_srt) (in module PyHydroGeophysX.Hydro_modular) (in module PyHydroGeophysX.Hydro_modular.hydro_to_srt) hydro_to_tdem() (in module Hydro_modular) (in module PyHydroGeophysX.forward) (in module PyHydroGeophysX.forward.tdem_forward), [1] (in module PyHydroGeophysX.Hydro_modular) (in module PyHydroGeophysX.Hydro_modular.hydro_to_tdem) HydroGeophysObsOperator (class in PyHydroGeophysX.assimilation) (class in PyHydroGeophysX.assimilation.enkf) HydroModelOutput (class in model_output) (class in model_output.base) (class in PyHydroGeophysX.model_output) (class in PyHydroGeophysX.model_output.base)

I

idomain (model_output.water_content.MODFLOWWaterContent attribute) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent attribute) integrate_velocity_interface() (in module Geophy_modular) (in module Geophy_modular.structure_integration) (in module PyHydroGeophysX.Geophy_modular) (in module PyHydroGeophysX.Geophy_modular.structure_integration) interpolate_3d_data() (core.interpolation.ProfileInterpolator method) (core.ProfileInterpolator method) (PyHydroGeophysX.core.interpolation.ProfileInterpolator method) (PyHydroGeophysX.core.ProfileInterpolator method) (PyHydroGeophysX.ProfileInterpolator method) interpolate_layer_data() (core.interpolation.ProfileInterpolator method) (core.ProfileInterpolator method) (PyHydroGeophysX.core.interpolation.ProfileInterpolator method) (PyHydroGeophysX.core.ProfileInterpolator method) (PyHydroGeophysX.ProfileInterpolator method) interpolate_structure_to_profile() (in module core) (in module core.interpolation) (in module PyHydroGeophysX) (in module PyHydroGeophysX.core) (in module PyHydroGeophysX.core.interpolation) interpolate_to_mesh() (core.interpolation.ProfileInterpolator method) (core.ProfileInterpolator method) (in module core) (in module core.interpolation) (in module PyHydroGeophysX) (in module PyHydroGeophysX.core) (in module PyHydroGeophysX.core.interpolation) (PyHydroGeophysX.core.interpolation.ProfileInterpolator method) (PyHydroGeophysX.core.ProfileInterpolator method) (PyHydroGeophysX.ProfileInterpolator method)

interpolate_to_profile() (in module core) (in module core.interpolation) (in module PyHydroGeophysX) (in module PyHydroGeophysX.core) (in module PyHydroGeophysX.core.interpolation) InversionBase (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.base), [1] InversionEvaluationAgent (class in PyHydroGeophysX.agents.inversion_evaluation_agent), [1] InversionResult (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.base), [1] iteration_chi2 (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.InversionResult attribute) iteration_data_errors (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.InversionResult attribute) iteration_history (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) iteration_models (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.InversionResult attribute) iterations (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] IterativeRefinement (class in PyHydroGeophysX.solvers.linear_solvers) (class in solvers.linear_solvers) iuzno_dict_rev (model_output.water_content.MODFLOWWaterContent attribute) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent attribute)

J

JointERTSRTInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.joint_ert_srt), [1]

JointERTSRTResult (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.joint_ert_srt), [1]

L

l2_conductivity (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] l2_model (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] linearized_posterior() (in module PyHydroGeophysX.uncertainty) (in module PyHydroGeophysX.uncertainty.posterior) LinearSolver (class in PyHydroGeophysX.solvers.linear_solvers) (class in solvers.linear_solvers) list_available_items() (PyHydroGeophysX.data_access.accessors.BaseHydroAccessor method) (PyHydroGeophysX.data_access.accessors.HttpHydroAccessor method) (PyHydroGeophysX.data_access.accessors.LocalHydroAccessor method) (PyHydroGeophysX.data_access.BaseHydroAccessor method) (PyHydroGeophysX.data_access.HttpHydroAccessor method) (PyHydroGeophysX.data_access.LocalHydroAccessor method) load() (PyHydroGeophysX.inversion.base.InversionResult class method), [1] (PyHydroGeophysX.inversion.base.TimeLapseInversionResult class method), [1] (PyHydroGeophysX.inversion.InversionResult class method) (PyHydroGeophysX.inversion.TimeLapseInversionResult class method) load_ert_resipy() built-in function load_manifest() (in module PyHydroGeophysX.data_access) (in module PyHydroGeophysX.data_access.accessors) load_mask() (model_output.parflow_output.ParflowPorosity method) (model_output.ParflowPorosity method) (PyHydroGeophysX.model_output.parflow_output.ParflowPorosity method) (PyHydroGeophysX.model_output.ParflowPorosity method) load_porosity() (model_output.modflow_output.MODFLOWPorosity method) (model_output.MODFLOWPorosity method) (model_output.parflow_output.ParflowPorosity method) (model_output.ParflowPorosity method) (PyHydroGeophysX.model_output.modflow_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.parflow_output.ParflowPorosity method) (PyHydroGeophysX.model_output.ParflowPorosity method) load_time_range() (model_output.base.HydroModelOutput method) (model_output.HydroModelOutput method) (model_output.modflow_output.MODFLOWPorosity method) (model_output.modflow_output.MODFLOWWaterContent method) (model_output.MODFLOWPorosity method) (model_output.MODFLOWWaterContent method) (model_output.parflow_output.ParflowPorosity method) (model_output.parflow_output.ParflowSaturation method) (model_output.ParflowPorosity method) (model_output.ParflowSaturation method) (model_output.water_content.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.base.HydroModelOutput method) (PyHydroGeophysX.model_output.HydroModelOutput method) (PyHydroGeophysX.model_output.modflow_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.modflow_output.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.parflow_output.ParflowPorosity method) (PyHydroGeophysX.model_output.parflow_output.ParflowSaturation method) (PyHydroGeophysX.model_output.ParflowPorosity method) (PyHydroGeophysX.model_output.ParflowSaturation method) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent method) (PyHydroGeophysX.MODFLOWWaterContent method)

load_timestep() (model_output.base.HydroModelOutput method) (model_output.HydroModelOutput method) (model_output.modflow_output.MODFLOWPorosity method) (model_output.modflow_output.MODFLOWWaterContent method) (model_output.MODFLOWPorosity method) (model_output.MODFLOWWaterContent method) (model_output.parflow_output.ParflowPorosity method) (model_output.parflow_output.ParflowSaturation method) (model_output.ParflowPorosity method) (model_output.ParflowSaturation method) (model_output.water_content.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.base.HydroModelOutput method) (PyHydroGeophysX.model_output.HydroModelOutput method) (PyHydroGeophysX.model_output.modflow_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.modflow_output.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.MODFLOWPorosity method) (PyHydroGeophysX.model_output.MODFLOWWaterContent method) (PyHydroGeophysX.model_output.parflow_output.ParflowPorosity method) (PyHydroGeophysX.model_output.parflow_output.ParflowSaturation method) (PyHydroGeophysX.model_output.ParflowPorosity method) (PyHydroGeophysX.model_output.ParflowSaturation method) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent method) (PyHydroGeophysX.MODFLOWWaterContent method) LocalHydroAccessor (class in PyHydroGeophysX.data_access) (class in PyHydroGeophysX.data_access.accessors) LocalRef (built-in class) LSQRSolver (class in PyHydroGeophysX.solvers.linear_solvers) (class in solvers.linear_solvers)

M

materialize() (PyHydroGeophysX.data_access.accessors.BaseHydroAccessor method) (PyHydroGeophysX.data_access.accessors.HttpHydroAccessor method) (PyHydroGeophysX.data_access.accessors.LocalHydroAccessor method) (PyHydroGeophysX.data_access.BaseHydroAccessor method) (PyHydroGeophysX.data_access.HttpHydroAccessor method) (PyHydroGeophysX.data_access.LocalHydroAccessor method) mesh (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.InversionResult attribute) (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] MeshCreator (class in core) (class in core.mesh_utils) (class in PyHydroGeophysX.core.mesh_utils) meta (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.InversionResult attribute) (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) model_output module model_output.base module model_output.modflow_output module model_output.parflow_output module model_output.water_content module model_resolution_spread() (in module PyHydroGeophysX.uncertainty) (in module PyHydroGeophysX.uncertainty.posterior) MODFLOWPorosity (class in model_output) (class in model_output.modflow_output) (class in PyHydroGeophysX.model_output) (class in PyHydroGeophysX.model_output.modflow_output) MODFLOWWaterContent (class in model_output) (class in model_output.modflow_output) (class in model_output.water_content) (class in PyHydroGeophysX) (class in PyHydroGeophysX.model_output) (class in PyHydroGeophysX.model_output.modflow_output) (class in PyHydroGeophysX.model_output.water_content) module core core.interpolation core.mesh_utils Geophy_modular Geophy_modular.seismic_processor Geophy_modular.structure_integration Hydro_modular Hydro_modular.hydro_to_ert Hydro_modular.hydro_to_srt model_output model_output.base model_output.modflow_output model_output.parflow_output model_output.water_content petrophysics petrophysics.resistivity_models petrophysics.velocity_models PyHydroGeophysX PyHydroGeophysX.agents.agent_coordinator, [1] PyHydroGeophysX.agents.base_agent, [1] PyHydroGeophysX.agents.context_input_agent, [1] PyHydroGeophysX.agents.ert_inversion_agent, [1] PyHydroGeophysX.agents.ert_loader_agent, [1] PyHydroGeophysX.agents.inversion_evaluation_agent, [1] PyHydroGeophysX.agents.water_content_agent, [1] PyHydroGeophysX.analysis PyHydroGeophysX.analysis.sensitivity PyHydroGeophysX.assimilation PyHydroGeophysX.assimilation.enkf PyHydroGeophysX.core PyHydroGeophysX.core.interpolation PyHydroGeophysX.core.mesh_utils PyHydroGeophysX.core.plt_utils PyHydroGeophysX.data_access PyHydroGeophysX.data_access.accessors PyHydroGeophysX.forward PyHydroGeophysX.forward.ert_forward, [1] PyHydroGeophysX.forward.fdem_forward, [1] PyHydroGeophysX.forward.srt_forward, [1] PyHydroGeophysX.forward.tdem_forward, [1] PyHydroGeophysX.Geophy_modular PyHydroGeophysX.Geophy_modular.ERT_to_WC PyHydroGeophysX.Geophy_modular.seismic_processor PyHydroGeophysX.Geophy_modular.structure_integration PyHydroGeophysX.Hydro_modular PyHydroGeophysX.Hydro_modular.hydro_to_ert PyHydroGeophysX.Hydro_modular.hydro_to_fdem PyHydroGeophysX.Hydro_modular.hydro_to_gravity PyHydroGeophysX.Hydro_modular.hydro_to_srt PyHydroGeophysX.Hydro_modular.hydro_to_tdem PyHydroGeophysX.inversion PyHydroGeophysX.inversion.base, [1] PyHydroGeophysX.inversion.cross_constraints, [1] PyHydroGeophysX.inversion.ert_inversion, [1] PyHydroGeophysX.inversion.fdem_inversion, [1] PyHydroGeophysX.inversion.joint_ert_srt, [1] PyHydroGeophysX.inversion.multi_method, [1] PyHydroGeophysX.inversion.srt_inversion, [1] PyHydroGeophysX.inversion.srt_time_lapse, [1] PyHydroGeophysX.inversion.tdem_inversion, [1] PyHydroGeophysX.inversion.time_lapse, [1] PyHydroGeophysX.inversion.windowed, [1] PyHydroGeophysX.model_output PyHydroGeophysX.model_output.base PyHydroGeophysX.model_output.modflow_output PyHydroGeophysX.model_output.parflow_output PyHydroGeophysX.model_output.water_content PyHydroGeophysX.petrophysics PyHydroGeophysX.petrophysics.resistivity_models PyHydroGeophysX.petrophysics.velocity_models PyHydroGeophysX.solvers PyHydroGeophysX.solvers.linear_solvers PyHydroGeophysX.solvers.solver PyHydroGeophysX.uncertainty PyHydroGeophysX.uncertainty.posterior PyHydroGeophysX.visualization PyHydroGeophysX.visualization.animation PyHydroGeophysX.visualization.multi_method PyHydroGeophysX.visualization.plotting PyHydroGeophysX.visualization.vtk_export solvers solvers.linear_solvers solvers.solver

N

n_data (PyHydroGeophysX.forward.tdem_forward.TDEMForwardModeling property), [1] (PyHydroGeophysX.forward.TDEMForwardModeling property) ncols (model_output.water_content.MODFLOWWaterContent attribute) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent attribute)

nrows (model_output.water_content.MODFLOWWaterContent attribute) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent attribute) nuzfcells_2d (model_output.water_content.MODFLOWWaterContent attribute) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent attribute)

O

objective_function() (PyHydroGeophysX.inversion.base.InversionBase method), [1] (PyHydroGeophysX.inversion.InversionBase method)

Observation (built-in class)

P

ParflowOutput (class in model_output.parflow_output) (class in PyHydroGeophysX.model_output.parflow_output) ParflowPorosity (class in model_output) (class in model_output.parflow_output) (class in PyHydroGeophysX.model_output) (class in PyHydroGeophysX.model_output.parflow_output) ParflowSaturation (class in model_output) (class in model_output.parflow_output) (class in PyHydroGeophysX.model_output) (class in PyHydroGeophysX.model_output.parflow_output) parse_request() (PyHydroGeophysX.agents.context_input_agent.ContextInputAgent method), [1] petro_transform (PyHydroGeophysX.assimilation.enkf.HydroGeophysObsOperator attribute) (PyHydroGeophysX.assimilation.HydroGeophysObsOperator attribute) PetrophysicalCoupling (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.cross_constraints), [1] petrophysics module petrophysics.resistivity_models module petrophysics.velocity_models module plot_apparent_resistivity_pseudosection() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_apparent_resistivity_timelapse() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_convergence() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) (PyHydroGeophysX.inversion.base.InversionResult method), [1] (PyHydroGeophysX.inversion.InversionResult method) plot_coverage() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_cross_section_with_wells() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_difference_map() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_electrode_layout() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_em_data_fit() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_em_fit_and_residuals() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_em_residuals() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_hydro_vs_geophys() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_layered_profiles() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_model() (PyHydroGeophysX.inversion.base.InversionResult method), [1] (PyHydroGeophysX.inversion.InversionResult method) plot_model_section() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_monitoring_timeseries() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_multi_method_panel() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_petrophysical_scatter() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_pseudosection_matrix() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_result() (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversion method), [1] (PyHydroGeophysX.inversion.TDEMInversion method) plot_sensitivity_map() (in module PyHydroGeophysX.analysis) (in module PyHydroGeophysX.analysis.sensitivity) plot_time_lapse_panel() (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.multi_method) plot_time_series() (in module Geophy_modular) (in module PyHydroGeophysX.Geophy_modular) (in module PyHydroGeophysX.Geophy_modular.ERT_to_WC) plot_time_slice() (PyHydroGeophysX.inversion.base.TimeLapseInversionResult method), [1] (PyHydroGeophysX.inversion.TimeLapseInversionResult method) plot_timelapse_snapshots() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_topography() (in module PyHydroGeophysX) (in module PyHydroGeophysX.visualization) (in module PyHydroGeophysX.visualization.plotting) plot_water_content() (Geophy_modular.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERT_to_WC.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERTtoWC method) predicted_data (PyHydroGeophysX.inversion.base.InversionResult attribute), [1] (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.InversionResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] prepare_2D_profile_data() (in module core) (in module core.interpolation) (in module PyHydroGeophysX) (in module PyHydroGeophysX.core) (in module PyHydroGeophysX.core.interpolation) process_seismic_tomography() (in module Geophy_modular) (in module Geophy_modular.seismic_processor) (in module PyHydroGeophysX.Geophy_modular) (in module PyHydroGeophysX.Geophy_modular.seismic_processor) ProfileInterpolator (class in core) (class in core.interpolation) (class in PyHydroGeophysX) (class in PyHydroGeophysX.core) (class in PyHydroGeophysX.core.interpolation) propagate_petro_uncertainty() (in module PyHydroGeophysX.uncertainty) (in module PyHydroGeophysX.uncertainty.posterior) PyHydroGeophysX module PyHydroGeophysX.agents.agent_coordinator module, [1] PyHydroGeophysX.agents.base_agent module, [1] PyHydroGeophysX.agents.context_input_agent module, [1] PyHydroGeophysX.agents.ert_inversion_agent module, [1]

PyHydroGeophysX.agents.ert_loader_agent module, [1] PyHydroGeophysX.agents.inversion_evaluation_agent module, [1] PyHydroGeophysX.agents.water_content_agent module, [1] PyHydroGeophysX.analysis module PyHydroGeophysX.analysis.sensitivity module PyHydroGeophysX.assimilation module PyHydroGeophysX.assimilation.enkf module PyHydroGeophysX.core module PyHydroGeophysX.core.interpolation module PyHydroGeophysX.core.mesh_utils module PyHydroGeophysX.core.plt_utils module PyHydroGeophysX.data_access module PyHydroGeophysX.data_access.accessors module PyHydroGeophysX.forward module PyHydroGeophysX.forward.ert_forward module, [1] PyHydroGeophysX.forward.fdem_forward module, [1] PyHydroGeophysX.forward.srt_forward module, [1] PyHydroGeophysX.forward.tdem_forward module, [1] PyHydroGeophysX.Geophy_modular module PyHydroGeophysX.Geophy_modular.ERT_to_WC module PyHydroGeophysX.Geophy_modular.seismic_processor module PyHydroGeophysX.Geophy_modular.structure_integration module PyHydroGeophysX.Hydro_modular module PyHydroGeophysX.Hydro_modular.hydro_to_ert module PyHydroGeophysX.Hydro_modular.hydro_to_fdem module PyHydroGeophysX.Hydro_modular.hydro_to_gravity module PyHydroGeophysX.Hydro_modular.hydro_to_srt module PyHydroGeophysX.Hydro_modular.hydro_to_tdem module PyHydroGeophysX.inversion module PyHydroGeophysX.inversion.base module, [1] PyHydroGeophysX.inversion.cross_constraints module, [1] PyHydroGeophysX.inversion.ert_inversion module, [1] PyHydroGeophysX.inversion.fdem_inversion module, [1] PyHydroGeophysX.inversion.joint_ert_srt module, [1] PyHydroGeophysX.inversion.multi_method module, [1] PyHydroGeophysX.inversion.srt_inversion module, [1] PyHydroGeophysX.inversion.srt_time_lapse module, [1] PyHydroGeophysX.inversion.tdem_inversion module, [1] PyHydroGeophysX.inversion.time_lapse module, [1] PyHydroGeophysX.inversion.windowed module, [1] PyHydroGeophysX.model_output module PyHydroGeophysX.model_output.base module PyHydroGeophysX.model_output.modflow_output module PyHydroGeophysX.model_output.parflow_output module PyHydroGeophysX.model_output.water_content module PyHydroGeophysX.petrophysics module PyHydroGeophysX.petrophysics.resistivity_models module PyHydroGeophysX.petrophysics.velocity_models module PyHydroGeophysX.solvers module PyHydroGeophysX.solvers.linear_solvers module PyHydroGeophysX.solvers.solver module PyHydroGeophysX.uncertainty module PyHydroGeophysX.uncertainty.posterior module PyHydroGeophysX.visualization module PyHydroGeophysX.visualization.animation module PyHydroGeophysX.visualization.multi_method module PyHydroGeophysX.visualization.plotting module PyHydroGeophysX.visualization.vtk_export module

Q

qc_and_visualize() built-in function

Quadruplet (built-in class) query_llm() (PyHydroGeophysX.agents.base_agent.BaseAgent method), [1]

R

read_pfb() (in module model_output.parflow_output) (in module PyHydroGeophysX.model_output.parflow_output) read_pfb_standalone() (in module model_output.parflow_output) (in module PyHydroGeophysX.model_output.parflow_output) receiver_component (PyHydroGeophysX.forward.fdem_forward.FDEMSurveyConfig attribute), [1] (PyHydroGeophysX.forward.FDEMSurveyConfig attribute) receiver_location (PyHydroGeophysX.forward.fdem_forward.FDEMSurveyConfig attribute), [1] (PyHydroGeophysX.forward.FDEMSurveyConfig attribute) (PyHydroGeophysX.forward.tdem_forward.TDEMSurveyConfig attribute), [1], [2], [3] (PyHydroGeophysX.forward.TDEMSurveyConfig attribute), [1] receiver_orientation (PyHydroGeophysX.forward.fdem_forward.FDEMSurveyConfig attribute), [1] (PyHydroGeophysX.forward.FDEMSurveyConfig attribute) (PyHydroGeophysX.forward.tdem_forward.TDEMSurveyConfig attribute), [1], [2], [3] (PyHydroGeophysX.forward.TDEMSurveyConfig attribute), [1] recovered_conductivity (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] recovered_model (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1] refine() (PyHydroGeophysX.solvers.linear_solvers.IterativeRefinement method) (solvers.linear_solvers.IterativeRefinement method) register_agent() (PyHydroGeophysX.agents.agent_coordinator.AgentCoordinator method), [1] resistivity_to_porosity() (in module petrophysics.resistivity_models) (in module PyHydroGeophysX.petrophysics.resistivity_models) resistivity_to_saturation() (in module petrophysics.resistivity_models) (in module PyHydroGeophysX) (in module PyHydroGeophysX.petrophysics.resistivity_models) resistivity_to_saturation2() (in module petrophysics.resistivity_models) (in module PyHydroGeophysX.petrophysics.resistivity_models)

resistivity_to_water_content() (in module petrophysics.resistivity_models) (in module PyHydroGeophysX) (in module PyHydroGeophysX.petrophysics.resistivity_models) RRLSQRSolver (class in PyHydroGeophysX.solvers.linear_solvers) (class in solvers.linear_solvers) RRLSSolver (class in PyHydroGeophysX.solvers.linear_solvers) (class in solvers.linear_solvers) run() (PyHydroGeophysX.inversion.base.InversionBase method), [1] (PyHydroGeophysX.inversion.ert_inversion.ERTInversion method), [1] (PyHydroGeophysX.inversion.ERTInversion method) (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversion method), [1] (PyHydroGeophysX.inversion.FDEMInversion method) (PyHydroGeophysX.inversion.GeophysicalInversion method) (PyHydroGeophysX.inversion.InversionBase method) (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTInversion method), [1] (PyHydroGeophysX.inversion.JointERTSRTInversion method) (PyHydroGeophysX.inversion.multi_method.GeophysicalInversion method), [1] (PyHydroGeophysX.inversion.srt_inversion.SRTInversion method), [1] (PyHydroGeophysX.inversion.srt_time_lapse.TimeLapseSRTInversion method), [1] (PyHydroGeophysX.inversion.SRTInversion method) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversion method), [1] (PyHydroGeophysX.inversion.TDEMInversion method) (PyHydroGeophysX.inversion.time_lapse.TimeLapseERTInversion method), [1] (PyHydroGeophysX.inversion.TimeLapseERTInversion method) (PyHydroGeophysX.inversion.TimeLapseSRTInversion method) (PyHydroGeophysX.inversion.windowed.WindowedTimeLapseERTInversion method), [1] (PyHydroGeophysX.inversion.WindowedTimeLapseERTInversion method) run_monte_carlo() (Geophy_modular.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERT_to_WC.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERTtoWC method) run_tdem_inversion() (in module PyHydroGeophysX.inversion) (in module PyHydroGeophysX.inversion.tdem_inversion), [1] run_unified_agent_workflow() (PyHydroGeophysX.agents.base_agent.BaseAgent static method), [1]

S

satK() (in module petrophysics.velocity_models) (in module PyHydroGeophysX) (in module PyHydroGeophysX.petrophysics.velocity_models) save() (PyHydroGeophysX.inversion.base.InversionResult method), [1] (PyHydroGeophysX.inversion.base.TimeLapseInversionResult method), [1] (PyHydroGeophysX.inversion.InversionResult method) (PyHydroGeophysX.inversion.TimeLapseInversionResult method) save_results() (Geophy_modular.ERTtoWC method) (PyHydroGeophysX.agents.base_agent.BaseAgent method), [1] (PyHydroGeophysX.Geophy_modular.ERT_to_WC.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERTtoWC method) save_velocity_structure() (in module Geophy_modular.seismic_processor) (in module PyHydroGeophysX.Geophy_modular.seismic_processor) seismic_velocity_classifier() (in module Geophy_modular) (in module Geophy_modular.seismic_processor) (in module PyHydroGeophysX.Geophy_modular) (in module PyHydroGeophysX.Geophy_modular.seismic_processor) SeismicForwardModeling (class in PyHydroGeophysX.forward) (class in PyHydroGeophysX.forward.srt_forward), [1] set_data() (PyHydroGeophysX.forward.ert_forward.ERTForwardModeling method), [1] (PyHydroGeophysX.forward.ERTForwardModeling method) set_mesh() (PyHydroGeophysX.forward.ert_forward.ERTForwardModeling method), [1] (PyHydroGeophysX.forward.ERTForwardModeling method) (PyHydroGeophysX.forward.SeismicForwardModeling method) (PyHydroGeophysX.forward.srt_forward.SeismicForwardModeling method), [1] set_scheme() (PyHydroGeophysX.forward.SeismicForwardModeling method) (PyHydroGeophysX.forward.srt_forward.SeismicForwardModeling method), [1] setup() (PyHydroGeophysX.inversion.base.InversionBase method), [1] (PyHydroGeophysX.inversion.ert_inversion.ERTInversion method), [1] (PyHydroGeophysX.inversion.ERTInversion method) (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversion method), [1] (PyHydroGeophysX.inversion.FDEMInversion method) (PyHydroGeophysX.inversion.GeophysicalInversion method) (PyHydroGeophysX.inversion.InversionBase method) (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTInversion method), [1] (PyHydroGeophysX.inversion.JointERTSRTInversion method) (PyHydroGeophysX.inversion.multi_method.GeophysicalInversion method), [1] (PyHydroGeophysX.inversion.srt_inversion.SRTInversion method), [1] (PyHydroGeophysX.inversion.srt_time_lapse.TimeLapseSRTInversion method), [1] (PyHydroGeophysX.inversion.SRTInversion method) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversion method), [1] (PyHydroGeophysX.inversion.TDEMInversion method) (PyHydroGeophysX.inversion.time_lapse.TimeLapseERTInversion method), [1] (PyHydroGeophysX.inversion.TimeLapseERTInversion method) (PyHydroGeophysX.inversion.TimeLapseSRTInversion method)

setup_layer_distributions() (Geophy_modular.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERT_to_WC.ERTtoWC method) (PyHydroGeophysX.Geophy_modular.ERTtoWC method) setup_profile_coordinates() (in module core) (in module core.interpolation) (in module PyHydroGeophysX) (in module PyHydroGeophysX.core) (in module PyHydroGeophysX.core.interpolation) sim_ws (model_output.water_content.MODFLOWWaterContent attribute) (PyHydroGeophysX.model_output.water_content.MODFLOWWaterContent attribute) solve() (PyHydroGeophysX.solvers.linear_solvers.LinearSolver method) (solvers.linear_solvers.LinearSolver method) solvers module solvers.linear_solvers module solvers.solver module source_current (PyHydroGeophysX.forward.tdem_forward.TDEMSurveyConfig attribute), [1], [2], [3] (PyHydroGeophysX.forward.TDEMSurveyConfig attribute), [1] source_location (PyHydroGeophysX.forward.fdem_forward.FDEMSurveyConfig attribute), [1] (PyHydroGeophysX.forward.FDEMSurveyConfig attribute) (PyHydroGeophysX.forward.tdem_forward.TDEMSurveyConfig attribute), [1], [2], [3] (PyHydroGeophysX.forward.TDEMSurveyConfig attribute), [1] source_radius (PyHydroGeophysX.forward.fdem_forward.FDEMSurveyConfig attribute), [1] (PyHydroGeophysX.forward.FDEMSurveyConfig attribute) (PyHydroGeophysX.forward.tdem_forward.TDEMSurveyConfig attribute), [1], [2], [3] (PyHydroGeophysX.forward.TDEMSurveyConfig attribute), [1] srt_coverage (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) srt_log_slowness (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) srt_predicted (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) srt_velocity (PyHydroGeophysX.inversion.joint_ert_srt.JointERTSRTResult attribute), [1] (PyHydroGeophysX.inversion.JointERTSRTResult attribute) SRTInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.srt_inversion), [1] StructuralConstraint (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.cross_constraints), [1] suggest_improvements() (PyHydroGeophysX.agents.context_input_agent.ContextInputAgent method), [1] SUPPORTED (PyHydroGeophysX.inversion.GeophysicalInversion attribute) (PyHydroGeophysX.inversion.multi_method.GeophysicalInversion attribute), [1]

T

TDEMForwardModeling (class in PyHydroGeophysX.forward) (class in PyHydroGeophysX.forward.tdem_forward), [1] TDEMInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.tdem_inversion), [1] TDEMInversionResult (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.tdem_inversion), [1] TDEMSurveyConfig (class in PyHydroGeophysX.forward) (class in PyHydroGeophysX.forward.tdem_forward), [1] thicknesses (PyHydroGeophysX.inversion.fdem_inversion.FDEMInversionResult attribute), [1] (PyHydroGeophysX.inversion.FDEMInversionResult attribute) (PyHydroGeophysX.inversion.tdem_inversion.TDEMInversionResult attribute), [1], [2], [3] (PyHydroGeophysX.inversion.TDEMInversionResult attribute), [1]

TikhonvRegularization (class in PyHydroGeophysX.solvers.linear_solvers) (class in solvers.linear_solvers) TimeLapseERTInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.time_lapse), [1] TimeLapseInversionResult (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.base), [1] TimeLapseSRTInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.srt_time_lapse), [1] times (PyHydroGeophysX.forward.tdem_forward.TDEMSurveyConfig attribute), [1], [2], [3] (PyHydroGeophysX.forward.TDEMSurveyConfig attribute), [1] timesteps (PyHydroGeophysX.inversion.base.TimeLapseInversionResult attribute), [1] (PyHydroGeophysX.inversion.TimeLapseInversionResult attribute)

U

update() (PyHydroGeophysX.assimilation.enkf.EnsembleKalmanFilter method) (PyHydroGeophysX.assimilation.enkf.ESMDA method) (PyHydroGeophysX.assimilation.EnsembleKalmanFilter method) (PyHydroGeophysX.assimilation.ESMDA method)

update_context() (PyHydroGeophysX.agents.base_agent.BaseAgent method), [1]

V

validate() (PyHydroGeophysX.data_access.accessors.BaseHydroAccessor method) (PyHydroGeophysX.data_access.accessors.HttpHydroAccessor method) (PyHydroGeophysX.data_access.accessors.LocalHydroAccessor method) (PyHydroGeophysX.data_access.BaseHydroAccessor method) (PyHydroGeophysX.data_access.HttpHydroAccessor method) (PyHydroGeophysX.data_access.LocalHydroAccessor method) vel_porous() (in module petrophysics.velocity_models) (in module PyHydroGeophysX) (in module PyHydroGeophysX.petrophysics.velocity_models)

velDEM() (in module petrophysics.velocity_models) (in module PyHydroGeophysX) (in module PyHydroGeophysX.petrophysics.velocity_models) VRH_model() (in module petrophysics.velocity_models) (in module PyHydroGeophysX) (in module PyHydroGeophysX.petrophysics.velocity_models) VRHModel (class in petrophysics.velocity_models) (class in PyHydroGeophysX) (class in PyHydroGeophysX.petrophysics.velocity_models)

W

water_content_to_all_geophysics() (PyHydroGeophysX.inversion.cross_constraints.PetrophysicalCoupling static method), [1] (PyHydroGeophysX.inversion.PetrophysicalCoupling static method) water_content_to_resistivity() (in module petrophysics.resistivity_models) (in module PyHydroGeophysX) (in module PyHydroGeophysX.petrophysics.resistivity_models) water_content_to_velocity() (in module petrophysics.velocity_models) (in module PyHydroGeophysX.petrophysics.velocity_models) WaterContentAgent (class in PyHydroGeophysX.agents.water_content_agent), [1]

waveform_type (PyHydroGeophysX.forward.fdem_forward.FDEMSurveyConfig attribute), [1] (PyHydroGeophysX.forward.FDEMSurveyConfig attribute) (PyHydroGeophysX.forward.tdem_forward.TDEMSurveyConfig attribute), [1], [2], [3] (PyHydroGeophysX.forward.TDEMSurveyConfig attribute), [1] WindowedTimeLapseERTInversion (class in PyHydroGeophysX.inversion) (class in PyHydroGeophysX.inversion.windowed), [1] WS_Model() (in module petrophysics.resistivity_models) (in module PyHydroGeophysX.petrophysics.resistivity_models)