fractopo package

Subpackages

• fractopo.analysis package
  • Submodules
    • fractopo.analysis.anisotropy module
      • determine_anisotropy_classification()
      • determine_anisotropy_sum()
      • determine_anisotropy_value()
      • plot_anisotropy_ax()
      • plot_anisotropy_plot()
    • fractopo.analysis.azimuth module
      • AzimuthBins
      • decorate_azimuth_ax()
      • determine_azimuth_bins()
      • plot_azimuth_ax()
      • plot_azimuth_plot()
    • fractopo.analysis.contour_grid module
      • create_grid()
      • populate_sample_cell()
      • sample_grid()
    • fractopo.analysis.length_distributions module
      • Dist
      • LengthDistribution
      • MultiLengthDistribution
      • MultiScaleOptimizationResult
      • Polyfit
      • SilentFit
      • all_fit_attributes_dict()
      • apply_cut_off()
      • calculate_exponent()
      • calculate_fitted_values()
      • cut_off_proportion_of_data()
      • describe_powerlaw_fit()
      • distribution_compare_dict()
      • fit_to_multi_scale_lengths()
      • numpy_polyfit()
      • optimize_cut_offs()
      • plot_distribution_fits()
      • plot_fit_on_ax()
      • plot_multi_distributions_and_fit()
      • scikit_linear_regression()
      • setup_ax_for_ld()
      • setup_length_dist_legend()
      • sort_and_log_lengths_and_ccm()
      • sorted_lengths_and_ccm()
    • fractopo.analysis.line_data module
      • LineData
    • fractopo.analysis.multi_network module
      • MultiNetwork
    • fractopo.analysis.network module
      • Network
      • requires_topology()
    • fractopo.analysis.parameters module
      • branches_intersect_boundary()
      • convert_counts()
      • counts_to_point()
      • decorate_branch_ax()
      • decorate_count_ax()
      • decorate_xyi_ax()
      • determine_branch_type_counts()
      • determine_node_type_counts()
      • determine_set_counts()
      • determine_topology_parameters()
      • initialize_ternary_ax()
      • initialize_ternary_branches_points()
      • initialize_ternary_points()
      • plot_branch_plot_ax()
      • plot_parameters_plot()
      • plot_set_count()
      • plot_ternary_plot()
      • plot_xyi_plot_ax()
      • tern_plot_branch_lines()
      • tern_plot_the_fing_lines()
      • tern_yi_func()
      • ternary_heatmapping()
      • ternary_point_kwargs()
      • ternary_text()
    • fractopo.analysis.random_sampling module
      • NetworkRandomSampler
      • RandomChoice
      • RandomSample
    • fractopo.analysis.relationships module
      • determine_crosscut_abutting_relationships()
      • determine_intersect()
      • determine_intersects()
      • determine_nodes_intersecting_sets()
      • plot_crosscut_abutting_relationships_plot()
    • fractopo.analysis.subsampling module
      • aggregate_chosen()
      • area_weighted_index_choice()
      • choose_sample_from_group()
      • collect_indexes_of_base_circles()
      • create_sample()
      • gather_subsample_descriptions()
      • group_gathered_subsamples()
      • groupby_keyfunc()
      • random_sample_of_circles()
      • subsample_networks()
  • Module contents
• fractopo.tval package
  • Submodules
    • fractopo.tval.proximal_traces module
      • determine_proximal_traces()
      • is_similar_azimuth()
      • is_within_buffer_distance()
    • fractopo.tval.trace_validation module
      • Validation
    • fractopo.tval.trace_validation_utils module
      • determine_middle_in_triangle()
      • determine_trace_candidates()
      • is_underlapping()
      • linestring_segment()
      • segment_within_buffer()
      • segmentize_linestring()
      • split_to_determine_triangle_errors()
    • fractopo.tval.trace_validators module
      • BaseValidator
      • EmptyTargetAreaValidator
      • GeomNullValidator
      • GeomTypeValidator
      • MultiJunctionValidator
      • MultipleCrosscutValidator
      • SharpCornerValidator
      • SimpleGeometryValidator
      • StackedTracesValidator
      • TargetAreaSnapValidator
      • UnderlappingSnapValidator
      • VNodeValidator
  • Module contents

Submodules

• fractopo.branches_and_nodes module
  • additional_snapping_func()
  • angle_to_point()
  • determine_branch_identity()
  • determine_insert_approach()
  • filter_non_unique_traces()
  • get_branch_identities()
  • insert_point_to_linestring()
  • is_endpoint_close_to_boundary()
  • node_identities_from_branches()
  • node_identity()
  • report_snapping_loop()
  • resolve_trace_candidates()
  • simple_snap()
  • snap_others_to_trace()
  • snap_trace_simple()
  • snap_trace_to_another()
  • snap_traces()
• fractopo.cli module
  • LogLevel
    • LogLevel.CRITICAL
    • LogLevel.DEBUG
    • LogLevel.ERROR
    • LogLevel.INFO
    • LogLevel.WARNING
  • default_network_output_paths()
  • describe_results()
  • fractopo_callback()
  • get_click_path_args()
  • info()
  • make_output_dir()
  • network()
  • rich_table_from_parameters()
  • tracevalidate()
• fractopo.fractopo_utils module
  • LineMerge
    • LineMerge.conditional_linemerge()
    • LineMerge.conditional_linemerge_collection()
    • LineMerge.integrate_replacements()
    • LineMerge.run_loop()
  • remove_identical_sindex()
• fractopo.general module
  • Aggregator
    • Aggregator.MEAN()
    • Aggregator.SUM()
  • Col
    • Col.AZIMUTH
    • Col.AZIMUTH_SET
    • Col.LENGTH
    • Col.LENGTH_NON_WEIGHTED
    • Col.LENGTH_SET
    • Col.LENGTH_WEIGHTS
  • Param
    • Param.AREA
    • Param.AREAL_FREQUENCY_B20
    • Param.AREAL_FREQUENCY_P20
    • Param.BRANCH_MAX_LENGTH
    • Param.BRANCH_MEAN_LENGTH
    • Param.BRANCH_MIN_LENGTH
    • Param.CIRCLE_COUNT
    • Param.CONNECTIONS_PER_BRANCH
    • Param.CONNECTIONS_PER_TRACE
    • Param.CONNECTION_FREQUENCY
    • Param.DIMENSIONLESS_INTENSITY_B22
    • Param.DIMENSIONLESS_INTENSITY_P22
    • Param.FRACTURE_DENSITY_MAULDON
    • Param.FRACTURE_INTENSITY_B21
    • Param.FRACTURE_INTENSITY_MAULDON
    • Param.FRACTURE_INTENSITY_P21
    • Param.NUMBER_OF_BRANCHES
    • Param.NUMBER_OF_BRANCHES_TRUE
    • Param.NUMBER_OF_TRACES
    • Param.NUMBER_OF_TRACES_TRUE
    • Param.TRACE_MAX_LENGTH
    • Param.TRACE_MEAN_LENGTH
    • Param.TRACE_MEAN_LENGTH_MAULDON
    • Param.TRACE_MIN_LENGTH
  • ParamInfo
    • ParamInfo.aggregator
    • ParamInfo.name
    • ParamInfo.needs_topology
    • ParamInfo.plot_as_log
    • ParamInfo.unit
  • ProcessResult
    • ProcessResult.error
    • ProcessResult.identifier
    • ProcessResult.result
  • assign_branch_and_node_colors()
  • avg_calc()
  • azimu_half()
  • azimuth_to_unit_vector()
  • bool_arrays_sum()
  • bounding_polygon()
  • calc_circle_area()
  • calc_circle_radius()
  • calc_strike()
  • check_for_wrong_geometries()
  • check_for_z_coordinates()
  • compare_unit_vector_orientation()
  • convert_list_columns()
  • create_unit_vector()
  • define_length_set()
  • determine_azimuth()
  • determine_boundary_intersecting_lines()
  • determine_regression_azimuth()
  • determine_set()
  • determine_valid_intersection_points()
  • determine_valid_intersection_points_no_vnode()
  • dissolve_multi_part_traces()
  • extend_bounds()
  • fallback_aggregation()
  • flatten_tuples()
  • focus_plot_to_bounds()
  • geom_bounds()
  • get_next_point_in_trace()
  • get_trace_coord_points()
  • get_trace_endpoints()
  • intersection_count_to_boundary_weight()
  • is_azimuth_close()
  • is_empty_area()
  • is_set()
  • line_intersection_to_points()
  • match_crs()
  • mean_aggregation()
  • mls_to_ls()
  • multiprocess()
  • numpy_to_python_type()
  • point_to_point_unit_vector()
  • point_to_xy()
  • prepare_geometry_traces()
  • r2_scorer()
  • raise_determination_error()
  • random_points_within()
  • read_geofile()
  • remove_duplicate_caseinsensitive_columns()
  • remove_z_coordinates()
  • remove_z_coordinates_from_geodata()
  • replace_coord_in_trace()
  • resolve_split_to_ls()
  • safe_buffer()
  • sanitize_name()
  • save_fig()
  • sd_calc()
  • silent_output()
  • spatial_index_intersection()
  • sum_aggregation()
  • total_bounds()
  • within_bounds()
  • wrap_silence()
  • write_geodata()
  • write_geodataframe()
  • write_topodata()
  • zip_equal()

Module contents

fractopo.

Fracture Network Analysis