Index

_

__call__() (tud_lbm.io.plotting.base.PlotOperator method) (tud_lbm.io.plotting.density.DensityPlotOperator method) (tud_lbm.io.plotting.velocity.VelocityPlotOperator method) (tud_lbm.operators.protocols.BoundaryOperator method) (tud_lbm.operators.protocols.CollisionOperator method) (tud_lbm.operators.protocols.DifferentialOperator method) (tud_lbm.operators.protocols.EquilibriumOperator method) (tud_lbm.operators.protocols.HysteresisOperator method) (tud_lbm.operators.protocols.InitialiserOperator method) (tud_lbm.operators.protocols.InitialPopulationOperator method) (tud_lbm.operators.protocols.MacroscopicOperator method) (tud_lbm.operators.protocols.MultiphaseStepOperator method) (tud_lbm.operators.protocols.PlotOperator method) (tud_lbm.operators.protocols.StepOperator method) (tud_lbm.operators.protocols.StreamingOperator method)

__dir__() (in module tud_lbm) __getattr__() (in module tud_lbm) (in module tud_lbm.cli) __init_subclass__() (tud_lbm.io.output_data.base.OutputWriter class method) __post_init__() (tud_lbm.config.simulation_config.SimulationConfig method) __repr__() (tud_lbm.config.simulation_config.SimulationConfig method) __version__ (in module tud_lbm)

A

analysis_operator() (in module tud_lbm.registry) analysis_operators (tud_lbm.io.plotting.figure_builder.FigureBuilder property) AnalysisPlot (class in tud_lbm.io.plotting.base) animate() (in module tud_lbm.cli.cli) animate_fields (tud_lbm.config.simulation_config.SimulationConfig attribute)

Animator (class in tud_lbm.io.plotting.animator) ARRAY_ELIGIBLE (in module tud_lbm.config.simulation_config) array_field() (in module tud_lbm.config.simulation_config) array_values (tud_lbm.config.array_expansion.ArrayParameterSet attribute), [1] ArrayParameterSet (class in tud_lbm.config.array_expansion) AvgDensityPlot (class in tud_lbm.io.plotting.analysis)

B

back (tud_lbm.operators.boundary.BCMasks attribute), [1] back_indices (tud_lbm.lattice.lattice.Lattice attribute), [1] base_dir (tud_lbm.io.save.SimulationIO attribute) BASE_RESULTS_DIR (in module tud_lbm.config.config_overview) bc_config (tud_lbm.config.simulation_config.SimulationConfig attribute) bc_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] bc_masks (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] BCMasks (class in tud_lbm.operators.boundary) bottom (tud_lbm.operators.boundary.BCMasks attribute), [1] bottom_indices (tud_lbm.lattice.lattice.Lattice attribute), [1] boundary_condition() (in module tud_lbm.registry) BoundaryOperator (class in tud_lbm.operators.protocols) build() (tud_lbm.io.plotting.figure_builder.FigureBuilder method) (tud_lbm.operators.protocols.ForceOperator method) build_all() (tud_lbm.io.plotting.figure_builder.FigureBuilder method) build_analysis() (tud_lbm.io.plotting.figure_builder.FigureBuilder method) build_bc() (in module tud_lbm.operators.boundary) build_bc_masks() (in module tud_lbm.operators.boundary) build_collision_fn() (in module tud_lbm.operators.collision) build_csv() (tud_lbm.io.plotting.figure_builder.FigureBuilder method)

build_diff_ops() (in module tud_lbm.operators.differential) build_differential_fn() (in module tud_lbm.operators.differential) build_equilibrium_fn() (in module tud_lbm.operators.equilibrium) build_extra_state() (in module tud_lbm.pipeline.state) build_forces() (in module tud_lbm.operators.force) build_frames() (tud_lbm.io.plotting.animator.Animator method) build_initialise_fn() (in module tud_lbm.operators.initialise) build_lattice() (in module tud_lbm.lattice.lattice) build_macroscopic_fn() (in module tud_lbm.operators.macroscopic) build_multiphase_params() (in module tud_lbm.operators.macroscopic) build_operator() (in module tud_lbm.operators.factory) build_optional_fields() (in module tud_lbm.pipeline.state) build_overview() (in module tud_lbm.io.physical_parameters) build_sections() (tud_lbm.config.adapter_base.ConfigAdapter class method) build_setup() (in module tud_lbm.pipeline.setup) build_simulation_csv() (in module tud_lbm.io.plotting.analysis) build_step_fn() (in module tud_lbm.operators.step) build_streaming_fn() (in module tud_lbm.operators.streaming) build_wetting_fn() (in module tud_lbm.operators.wetting) (in module tud_lbm.operators.wetting.hysteresis) builder (tud_lbm.io.plotting.animator.Animator attribute)

C

c (tud_lbm.lattice.lattice.Lattice attribute), [1] ca_left (tud_lbm.pipeline.state.state.WettingState attribute), [1] ca_right (tud_lbm.pipeline.state.state.WettingState attribute), [1] chemical_step_config (tud_lbm.config.simulation_config.SimulationConfig attribute) cl_key (tud_lbm.io.plotting.analysis.ContactLineSpeedLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedRightPlot attribute) cli (in module tud_lbm.cli) cli() (in module tud_lbm.cli.cli) cll_left (tud_lbm.pipeline.state.state.WettingState attribute), [1] cll_right (tud_lbm.pipeline.state.state.WettingState attribute), [1] collision_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] collision_model() (in module tud_lbm.registry) collision_scheme (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] CollisionOperator (class in tud_lbm.operators.protocols) color (tud_lbm.io.plotting.analysis.AvgDensityPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleRightPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedRightPlot attribute) (tud_lbm.io.plotting.analysis.DensityRatioPlot attribute) (tud_lbm.io.plotting.analysis.MaxVelocityPlot attribute) compare() (in module tud_lbm.cli.cli) compare_runs() (in module tud_lbm.io.plotting.analysis) compute() (tud_lbm.io.plotting.analysis.AvgDensityPlot method) (tud_lbm.io.plotting.analysis.ContactAngleLeftPlot method) (tud_lbm.io.plotting.analysis.ContactAngleRightPlot method) (tud_lbm.io.plotting.analysis.ContactAnglesPairPlot method) (tud_lbm.io.plotting.analysis.ContactLineSpeedsPairPlot method) (tud_lbm.io.plotting.analysis.DensityRatioPlot method) (tud_lbm.io.plotting.analysis.MaxVelocityPlot method) (tud_lbm.io.plotting.analysis.SimulationCsvExport method) (tud_lbm.io.plotting.base.AnalysisPlot method) (tud_lbm.operators.protocols.ForceOperator method)

compute_fn (tud_lbm.operators.force.ForceParams attribute), [1] compute_total_force_ext() (in module tud_lbm.operators.force) config (tud_lbm.io.plotting.base.AnalysisPlot attribute) (tud_lbm.io.plotting.base.PlotOperator attribute) (tud_lbm.io.plotting.figure_builder.FigureBuilder attribute) (tud_lbm.operators.protocols.PlotOperator attribute) (tud_lbm.pipeline.parallel_runner.SimulationResult attribute), [1] (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] config_file_type (tud_lbm.io.save.SimulationIO attribute) CONFIG_SECTION (in module tud_lbm.config.simulation_config) ConfigAdapter (class in tud_lbm.config.adapter_base) ConfigReader (class in tud_lbm.operators.protocols) configure_jax() (in module tud_lbm.config.jax_config) console (in module tud_lbm.cli.cli) ContactAngleLeftPlot (class in tud_lbm.io.plotting.analysis) ContactAngleRightPlot (class in tud_lbm.io.plotting.analysis) ContactAnglesPairPlot (class in tud_lbm.io.plotting.analysis) ContactLineSpeedLeftPlot (class in tud_lbm.io.plotting.analysis) ContactLineSpeedRightPlot (class in tud_lbm.io.plotting.analysis) ContactLineSpeedsPairPlot (class in tud_lbm.io.plotting.analysis) create() (tud_lbm.io.plotting.animator.Animator method)

D

d (tud_lbm.lattice.lattice.Lattice attribute), [1] d_rho_left (tud_lbm.pipeline.state.state.WettingState attribute), [1] d_rho_right (tud_lbm.pipeline.state.state.WettingState attribute), [1] data_dir (tud_lbm.io.output_data.base.OutputWriter attribute) (tud_lbm.io.plotting.base.PlotOperator attribute) (tud_lbm.io.plotting.figure_builder.FigureBuilder property) (tud_lbm.io.save.SimulationIO attribute) DEBUG_FLAG (in module tud_lbm.config.config_overview) DENSITY_RATIO_THRESHOLD (in module tud_lbm.io.plotting.density)

DensityPlotOperator (class in tud_lbm.io.plotting.density) DensityRatioPlot (class in tud_lbm.io.plotting.analysis) detect_array_fields() (in module tud_lbm.config.array_expansion) DictAdapter (class in tud_lbm.config.adapter_dict) DifferentialOperator (class in tud_lbm.operators.protocols) DISABLE_JIT (in module tud_lbm.config.config_overview) dpi (tud_lbm.io.plotting.animator.Animator attribute) (tud_lbm.io.plotting.figure_builder.FigureBuilder attribute) duration (tud_lbm.pipeline.parallel_runner.SimulationResult attribute), [1]

E

electric_force (tud_lbm.config.simulation_config.SimulationConfig attribute) ENABLE_X64 (in module tud_lbm.config.config_overview) enumerate_configs() (in module tud_lbm.config.array_expansion) eos (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.operators.macroscopic.MultiphaseParams attribute) equilibrium_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] equilibrium_operator() (in module tud_lbm.registry) EquilibriumOperator (class in tud_lbm.operators.protocols) error (tud_lbm.pipeline.parallel_runner.SimulationResult attribute), [1]

expand_config() (in module tud_lbm.config.array_expansion) export() (tud_lbm.io.plotting.analysis.SimulationCsvExport method) export_only (tud_lbm.io.plotting.analysis.SimulationCsvExport attribute) ExternalForcePlotOperator (class in tud_lbm.io.plotting.force) extra (tud_lbm.config.simulation_config.SimulationConfig attribute) extra_state_plugin() (in module tud_lbm.registry) extra_state_plugins (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] ExtraState (class in tud_lbm.operators.protocols) ExtraStatePlugin (class in tud_lbm.operators.protocols)

F

f (tud_lbm.pipeline.state.state.State attribute), [1] field_name (tud_lbm.io.plotting.force.ExternalForcePlotOperator attribute) (tud_lbm.io.plotting.force.ForcePlotOperator attribute) field_names (tud_lbm.config.array_expansion.ArrayParameterSet attribute), [1] field_operators (tud_lbm.io.plotting.figure_builder.FigureBuilder property) FigureBuilder (class in tud_lbm.io.plotting.figure_builder) force (tud_lbm.pipeline.state.state.State attribute), [1] force_enabled (tud_lbm.config.simulation_config.SimulationConfig property) force_ext (tud_lbm.pipeline.state.state.State attribute), [1] force_model() (in module tud_lbm.registry)

ForceOperator (class in tud_lbm.operators.protocols) ForceParams (class in tud_lbm.operators.force) ForcePlotOperator (class in tud_lbm.io.plotting.force) forces (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] ForceSetup (class in tud_lbm.operators.force) fps (tud_lbm.io.plotting.animator.Animator attribute) from_dict() (in module tud_lbm.config) from_toml() (in module tud_lbm.config) front (tud_lbm.operators.boundary.BCMasks attribute), [1] front_indices (tud_lbm.lattice.lattice.Lattice attribute), [1]

G

g (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.operators.macroscopic.MultiphaseParams attribute) generate_plots() (in module tud_lbm.pipeline.parallel_runner) get_adapter() (in module tud_lbm.config.adapter_base) get_array_eligible_fields() (in module tud_lbm.config.simulation_config) get_fields_for_section() (in module tud_lbm.config.simulation_config) get_nested_sweepable_fields() (in module tud_lbm.config.simulation_config) get_operator_category() (in module tud_lbm.registry) get_operator_names() (in module tud_lbm.registry)

get_operators() (in module tud_lbm.registry) gradient_density (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] gradient_density_wetting (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] gradient_standard (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] gravity_force (tud_lbm.config.simulation_config.SimulationConfig attribute) gravity_masked_force (tud_lbm.config.simulation_config.SimulationConfig attribute) grid_shape (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] GRID_SHAPE_TUPLE_LEN (in module tud_lbm.config.array_expansion)

H

h (tud_lbm.pipeline.state.state.State attribute), [1]

hysteresis_config (tud_lbm.config.simulation_config.SimulationConfig attribute) HysteresisOperator (class in tud_lbm.operators.protocols)

I

index (tud_lbm.pipeline.parallel_runner.SimulationResult attribute), [1] init_dir (tud_lbm.config.simulation_config.SimulationConfig attribute) init_state() (in module tud_lbm.pipeline.runner) (tud_lbm.operators.protocols.ExtraStatePlugin method) init_type (tud_lbm.config.simulation_config.SimulationConfig attribute) initial_f_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] initialisation (tud_lbm.config.simulation_config.SimulationConfig attribute) initialise_operator() (in module tud_lbm.registry) InitialiserOperator (class in tud_lbm.operators.protocols)

InitialPopulationOperator (class in tud_lbm.operators.protocols) interface_width (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.operators.macroscopic.MultiphaseParams attribute) is_active() (tud_lbm.operators.protocols.ExtraStatePlugin method) is_available() (tud_lbm.io.plotting.base.PlotOperator method) (tud_lbm.io.plotting.density.DensityPlotOperator method) (tud_lbm.io.plotting.velocity.VelocityPlotOperator method) (tud_lbm.operators.protocols.PlotOperator method) is_multiphase (tud_lbm.config.simulation_config.SimulationConfig property) is_single_phase (tud_lbm.config.simulation_config.SimulationConfig property)

K

k_diag (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.pipeline.setup.SimulationSetup attribute), [1]

kappa (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.operators.macroscopic.MultiphaseParams attribute) kind (tud_lbm.registry.OperatorEntry attribute)

L

laplacian_density (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] laplacian_density_wetting (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] Lattice (class in tud_lbm.lattice.lattice) lattice (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] lattice_operator() (in module tud_lbm.registry) lattice_type (tud_lbm.config.simulation_config.SimulationConfig attribute) layout() (tud_lbm.io.plotting.figure_builder.FigureBuilder static method) left (tud_lbm.operators.boundary.BCMasks attribute), [1]

left_indices (tud_lbm.lattice.lattice.Lattice attribute), [1] load() (tud_lbm.config.adapter_base.ConfigAdapter method) (tud_lbm.config.adapter_dict.DictAdapter method) (tud_lbm.config.adapter_toml.TomlAdapter method) (tud_lbm.operators.protocols.ConfigReader method) load_raw() (tud_lbm.config.adapter_base.ConfigAdapter method) (tud_lbm.config.adapter_toml.TomlAdapter method) load_snapshot() (tud_lbm.operators.protocols.SimulationRepository method)

M

macroscopic_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] macroscopic_operator() (in module tud_lbm.registry) MacroscopicOperator (class in tud_lbm.operators.protocols) main() (in module tud_lbm.cli.cli) (in module tud_lbm.io.plotting.analysis) main_indices (tud_lbm.lattice.lattice.Lattice attribute), [1] make_save_callback() (in module tud_lbm.pipeline.io_callbacks) MaxVelocityPlot (class in tud_lbm.io.plotting.analysis) metadata (tud_lbm.registry.OperatorEntry attribute) MIN_GRID_DIMENSIONS (in module tud_lbm.config.simulation_config) MIN_TAU_VALUE (in module tud_lbm.config.simulation_config) module tud_lbm tud_lbm.cli tud_lbm.cli.cli tud_lbm.config tud_lbm.config.adapter_base tud_lbm.config.adapter_dict tud_lbm.config.adapter_toml tud_lbm.config.array_expansion tud_lbm.config.config_overview tud_lbm.config.jax_config tud_lbm.config.simulation_config tud_lbm.io tud_lbm.io.output_data tud_lbm.io.output_data.base tud_lbm.io.output_data.write_numpy tud_lbm.io.output_data.write_vtk tud_lbm.io.physical_parameters tud_lbm.io.plotting tud_lbm.io.plotting.analysis tud_lbm.io.plotting.animator tud_lbm.io.plotting.base tud_lbm.io.plotting.density tud_lbm.io.plotting.figure_builder tud_lbm.io.plotting.force tud_lbm.io.plotting.velocity tud_lbm.io.readers tud_lbm.io.save tud_lbm.lattice tud_lbm.lattice.lattice tud_lbm.operators tud_lbm.operators.boundary tud_lbm.operators.collision tud_lbm.operators.differential tud_lbm.operators.equilibrium tud_lbm.operators.factory tud_lbm.operators.force tud_lbm.operators.initialise tud_lbm.operators.macroscopic tud_lbm.operators.protocols tud_lbm.operators.step tud_lbm.operators.streaming tud_lbm.operators.wetting tud_lbm.operators.wetting.hysteresis tud_lbm.operators.wetting.hysteresis.hysteresis tud_lbm.pipeline tud_lbm.pipeline.io_callbacks tud_lbm.pipeline.parallel_runner tud_lbm.pipeline.runner tud_lbm.pipeline.setup tud_lbm.pipeline.state tud_lbm.pipeline.state.extra_state tud_lbm.pipeline.state.state tud_lbm.plotting tud_lbm.readers tud_lbm.registry

multiphase_params (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] MultiphaseParams (class in tud_lbm.operators.macroscopic) MultiphaseStepOperator (class in tud_lbm.operators.protocols)

N

name (tud_lbm.io.plotting.analysis.AvgDensityPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleRightPlot attribute) (tud_lbm.io.plotting.analysis.ContactAnglesPairPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedRightPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedsPairPlot attribute) (tud_lbm.io.plotting.analysis.DensityRatioPlot attribute) (tud_lbm.io.plotting.analysis.MaxVelocityPlot attribute) (tud_lbm.io.plotting.analysis.SimulationCsvExport attribute) (tud_lbm.io.plotting.base.AnalysisPlot attribute) (tud_lbm.io.plotting.base.PlotOperator attribute) (tud_lbm.io.plotting.density.DensityPlotOperator attribute) (tud_lbm.io.plotting.force.ExternalForcePlotOperator attribute) (tud_lbm.io.plotting.force.ForcePlotOperator attribute) (tud_lbm.io.plotting.velocity.VelocityPlotOperator attribute) (tud_lbm.lattice.lattice.Lattice attribute), [1] (tud_lbm.operators.force.ForceParams attribute), [1] (tud_lbm.operators.protocols.ExtraStatePlugin attribute) (tud_lbm.operators.protocols.PlotOperator attribute) (tud_lbm.registry.OperatorEntry attribute)

NESTED_SWEEPABLE (in module tud_lbm.config.simulation_config) nt (tud_lbm.config.simulation_config.SimulationConfig attribute) Numpy (class in tud_lbm.io.output_data.write_numpy)

O

OPERATOR_REGISTRY (in module tud_lbm.registry) OperatorEntry (class in tud_lbm.registry) OperatorTarget (in module tud_lbm.registry) opp_indices (tud_lbm.lattice.lattice.Lattice attribute), [1]

output_dir (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.pipeline.parallel_runner.SimulationResult attribute), [1] output_format (tud_lbm.config.simulation_config.SimulationConfig attribute) output_writers (in module tud_lbm.io.output_data) OutputWriter (class in tud_lbm.io.output_data.base)

P

parameters (tud_lbm.pipeline.parallel_runner.SimulationResult attribute), [1] phi_left (tud_lbm.pipeline.state.state.WettingState attribute), [1] phi_right (tud_lbm.pipeline.state.state.WettingState attribute), [1] plot_dir (tud_lbm.io.plotting.figure_builder.FigureBuilder property) plot_fields (tud_lbm.config.simulation_config.SimulationConfig attribute) PlotOperator (class in tud_lbm.io.plotting.base) (class in tud_lbm.operators.protocols)

plotting_operator() (in module tud_lbm.registry) precomputed (tud_lbm.operators.force.ForceParams attribute), [1] print_result_line() (in module tud_lbm.pipeline.parallel_runner) process_parent_dir() (in module tud_lbm.io.plotting.analysis) pyevtk (in module tud_lbm.io.output_data.write_vtk)

Q

q (tud_lbm.lattice.lattice.Lattice attribute), [1]

R

register_operator() (in module tud_lbm.registry) registry (tud_lbm.io.output_data.base.OutputWriter attribute) render() (tud_lbm.io.plotting.analysis.ContactAnglesPairPlot method) (tud_lbm.io.plotting.analysis.ContactLineSpeedsPairPlot method) (tud_lbm.io.plotting.analysis.SimulationCsvExport method) (tud_lbm.io.plotting.base.AnalysisPlot method) render_figure() (tud_lbm.io.plotting.figure_builder.FigureBuilder method) required_keys (tud_lbm.io.plotting.analysis.AvgDensityPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleRightPlot attribute) (tud_lbm.io.plotting.analysis.ContactAnglesPairPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedRightPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedsPairPlot attribute) (tud_lbm.io.plotting.analysis.DensityRatioPlot attribute) (tud_lbm.io.plotting.analysis.MaxVelocityPlot attribute) (tud_lbm.io.plotting.analysis.SimulationCsvExport attribute)

results_dir (tud_lbm.config.simulation_config.SimulationConfig attribute) rho (tud_lbm.pipeline.state.state.State attribute), [1] rho_l (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.operators.macroscopic.MultiphaseParams attribute) rho_v (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.operators.macroscopic.MultiphaseParams attribute) right (tud_lbm.operators.boundary.BCMasks attribute), [1] right_indices (tud_lbm.lattice.lattice.Lattice attribute), [1] run() (in module tud_lbm.cli.cli) (in module tud_lbm.pipeline.runner) run_dir (tud_lbm.io.plotting.figure_builder.FigureBuilder attribute) (tud_lbm.io.save.SimulationIO attribute) run_parallel_simulations() (in module tud_lbm.pipeline.parallel_runner) run_single_simulation() (in module tud_lbm.pipeline.parallel_runner)

S

save() (tud_lbm.config.adapter_base.ConfigAdapter method) (tud_lbm.config.adapter_toml.TomlAdapter method) save_config() (tud_lbm.io.save.SimulationIO method) save_data_step (tud_lbm.io.save.SimulationIO attribute) save_data_step() (tud_lbm.io.output_data.base.OutputWriter method) (tud_lbm.io.output_data.write_numpy.Numpy method) (tud_lbm.io.output_data.write_vtk.Vtk method) save_fields (tud_lbm.config.simulation_config.SimulationConfig attribute) save_interval (tud_lbm.config.simulation_config.SimulationConfig attribute) save_snapshot() (tud_lbm.operators.protocols.SimulationRepository method) save_sweep_log() (in module tud_lbm.pipeline.parallel_runner) sim_type (tud_lbm.config.simulation_config.SimulationConfig attribute) simulation_name (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.io.save.SimulationIO attribute) simulation_type_operator() (in module tud_lbm.registry) SimulationConfig (class in tud_lbm.config.simulation_config)

SimulationCsvExport (class in tud_lbm.io.plotting.analysis) SimulationIO (class in tud_lbm.io.save) SimulationRepository (class in tud_lbm.operators.protocols) SimulationResult (class in tud_lbm.pipeline.parallel_runner) SimulationSetup (class in tud_lbm.pipeline.setup) skip_interval (tud_lbm.config.simulation_config.SimulationConfig attribute) sorted_timed_files() (tud_lbm.io.plotting.figure_builder.FigureBuilder method) source_term (tud_lbm.operators.force.ForceSetup attribute), [1] specs (tud_lbm.operators.force.ForceSetup attribute), [1] State (class in tud_lbm.pipeline.state.state) status (tud_lbm.pipeline.parallel_runner.SimulationResult attribute), [1] step_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] StepOperator (class in tud_lbm.operators.protocols) stream_operator() (in module tud_lbm.registry) streaming_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] StreamingOperator (class in tud_lbm.operators.protocols)

T

T (in module tud_lbm.registry) t (tud_lbm.pipeline.state.state.State attribute), [1] target (tud_lbm.registry.OperatorEntry attribute) tau (tud_lbm.config.simulation_config.SimulationConfig attribute) (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] title (tud_lbm.io.plotting.analysis.AvgDensityPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleRightPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedRightPlot attribute) (tud_lbm.io.plotting.analysis.DensityRatioPlot attribute) (tud_lbm.io.plotting.analysis.MaxVelocityPlot attribute) (tud_lbm.io.plotting.force.ExternalForcePlotOperator attribute) (tud_lbm.io.plotting.force.ForcePlotOperator attribute) to_dict() (tud_lbm.config.simulation_config.SimulationConfig method) TomlAdapter (class in tud_lbm.config.adapter_toml) tomli_w (in module tud_lbm.config.adapter_toml) top (tud_lbm.operators.boundary.BCMasks attribute), [1] top_indices (tud_lbm.lattice.lattice.Lattice attribute), [1] total_combinations (tud_lbm.config.array_expansion.ArrayParameterSet attribute), [1] tud_lbm module tud_lbm.cli module tud_lbm.cli.cli module tud_lbm.config module tud_lbm.config.adapter_base module tud_lbm.config.adapter_dict module tud_lbm.config.adapter_toml module tud_lbm.config.array_expansion module tud_lbm.config.config_overview module tud_lbm.config.jax_config module tud_lbm.config.simulation_config module tud_lbm.io module tud_lbm.io.output_data module tud_lbm.io.output_data.base module tud_lbm.io.output_data.write_numpy module tud_lbm.io.output_data.write_vtk module tud_lbm.io.physical_parameters module tud_lbm.io.plotting module tud_lbm.io.plotting.analysis module tud_lbm.io.plotting.animator module tud_lbm.io.plotting.base module tud_lbm.io.plotting.density module tud_lbm.io.plotting.figure_builder module

tud_lbm.io.plotting.force module tud_lbm.io.plotting.velocity module tud_lbm.io.readers module tud_lbm.io.save module tud_lbm.lattice module tud_lbm.lattice.lattice module tud_lbm.operators module tud_lbm.operators.boundary module tud_lbm.operators.collision module tud_lbm.operators.differential module tud_lbm.operators.equilibrium module tud_lbm.operators.factory module tud_lbm.operators.force module tud_lbm.operators.initialise module tud_lbm.operators.macroscopic module tud_lbm.operators.protocols module tud_lbm.operators.step module tud_lbm.operators.streaming module tud_lbm.operators.wetting module tud_lbm.operators.wetting.hysteresis module tud_lbm.operators.wetting.hysteresis.hysteresis module tud_lbm.pipeline module tud_lbm.pipeline.io_callbacks module tud_lbm.pipeline.parallel_runner module tud_lbm.pipeline.runner module tud_lbm.pipeline.setup module tud_lbm.pipeline.state module tud_lbm.pipeline.state.extra_state module tud_lbm.pipeline.state.state module tud_lbm.plotting module tud_lbm.readers module tud_lbm.registry module

U

u (tud_lbm.pipeline.state.state.State attribute), [1] unregister_operator() (in module tud_lbm.registry) update() (tud_lbm.io.plotting.base.AnalysisPlot method) update_extra_state() (in module tud_lbm.pipeline.state)

update_state() (tud_lbm.operators.protocols.ExtraStatePlugin method) update_timestep_operator() (in module tud_lbm.registry) update_wetting_state() (in module tud_lbm.operators.wetting.hysteresis.hysteresis) update_wetting_state_chemical_step() (in module tud_lbm.operators.wetting.hysteresis.hysteresis)

V

VelocityPlotOperator (class in tud_lbm.io.plotting.velocity)

visualise() (in module tud_lbm.cli.cli) Vtk (class in tud_lbm.io.output_data.write_vtk)

W

w (tud_lbm.lattice.lattice.Lattice attribute), [1] wetting (tud_lbm.pipeline.state.state.State attribute), [1] wetting_config (tud_lbm.config.simulation_config.SimulationConfig attribute)

wetting_fn (tud_lbm.pipeline.setup.SimulationSetup attribute), [1] wetting_operator() (in module tud_lbm.registry) WettingState (class in tud_lbm.pipeline.state.state) write_physical_parameters() (in module tud_lbm.io.physical_parameters)

Y

ylabel (tud_lbm.io.plotting.analysis.AvgDensityPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactAngleRightPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedLeftPlot attribute) (tud_lbm.io.plotting.analysis.ContactLineSpeedRightPlot attribute) (tud_lbm.io.plotting.analysis.DensityRatioPlot attribute) (tud_lbm.io.plotting.analysis.MaxVelocityPlot attribute)

ylog (tud_lbm.io.plotting.analysis.DensityRatioPlot attribute)