Index

_

__call__() (mmpp.fft.modes.MidpointNormalize method) __getattr__() (mmpp.core.ZarrJobResult method), [1] (mmpp.plotting.PlotterProxy method), [1] __getitem__() (mmpp.core.MMPP method), [1] (mmpp.core.ZarrJobResult method), [1] (mmpp.fft.core.FFT method) (mmpp.fft.modes.FFTModeInterface method) __init__() (mmpp.batch_operations.BatchFFT method), [1] (mmpp.batch_operations.BatchModeAnalyzer method), [1] (mmpp.batch_operations.BatchOperations method), [1] (mmpp.core.MMPP method), [1] (mmpp.core.ScanResult method), [1] (mmpp.core.ZarrJobResult method), [1] (mmpp.fft.compute_fft.FFTCompute method), [1] (mmpp.fft.compute_fft.FFTComputeConfig method) (mmpp.fft.compute_fft.FFTComputeResult method), [1] (mmpp.fft.core.FFT method) (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig method), [1] (mmpp.fft.electromagnetic_analysis.PoyntingVectorAnalysis method), [1] (mmpp.fft.electromagnetic_analysis.QFactorAnalysis method), [1] (mmpp.fft.electromagnetic_analysis.RadiationPatternAnalysis method), [1] (mmpp.fft.main.FFTAnalyzer method), [1] (mmpp.fft.main.FFTConfig method) (mmpp.fft.main.FFTResult method), [1] (mmpp.fft.modes.FFTModeInterface method) (mmpp.fft.modes.FMRModeAnalyzer method) (mmpp.fft.modes.FMRModeData method) (mmpp.fft.modes.FrequencyModeInterface method) (mmpp.fft.modes.MidpointNormalize method) (mmpp.fft.modes.ModeVisualizationConfig method) (mmpp.fft.modes.Peak method) (mmpp.fft.plot.FFTPlotter method), [1] (mmpp.plotting.MMPPlotter method), [1] (mmpp.plotting.PlotConfig method), [1] (mmpp.plotting.PlotterProxy method), [1] (mmpp.simulation.SimulationManager method), [1] (mmpp.simulation.SimulationSwapper method) (mmpp.simulation.TemplateParser method)

__iter__() (mmpp.batch_operations.BatchOperations method), [1] (mmpp.core.MMPP method), [1] __len__() (mmpp.batch_operations.BatchOperations method), [1] (mmpp.core.MMPP method), [1] __post_init__() (mmpp.fft.compute_fft.FFTComputeConfig method) (mmpp.fft.main.FFTConfig method) (mmpp.fft.modes.ModeVisualizationConfig method) (mmpp.plotting.PlotConfig method), [1] __repr__() (mmpp.batch_operations.BatchOperations method), [1] (mmpp.core.MMPP method), [1] (mmpp.core.ZarrJobResult method) (mmpp.fft.core.FFT method) (mmpp.fft.main.FFTAnalyzer method), [1] (mmpp.fft.modes.FFTModeInterface method) (mmpp.fft.modes.FrequencyModeInterface method) (mmpp.plotting.MMPPlotter method), [1] (mmpp.plotting.PlotterProxy method), [1] __setitem__() (mmpp.core.ZarrJobResult method), [1] __str__() (mmpp.core.ZarrJobResult method)

A

amplitude (mmpp.fft.modes.Peak attribute) analyze_all() (mmpp.batch_operations.BatchModeAnalyzer method), [1] (mmpp.fft.main.FFTAnalyzer method), [1] analyze_electromagnetic_properties() (in module mmpp.fft.electromagnetic_analysis), [1] analyze_single() (mmpp.fft.main.FFTAnalyzer method), [1]

animation_time_steps (mmpp.fft.modes.ModeVisualizationConfig attribute) apply_custom_colors() (in module mmpp.plotting) apply_filter() (mmpp.fft.compute_fft.FFTCompute method), [1] apply_window() (mmpp.fft.compute_fft.FFTCompute method), [1] attributes (mmpp.core.ScanResult attribute), [1]

B

BatchFFT (class in mmpp.batch_operations), [1]

BatchModeAnalyzer (class in mmpp.batch_operations), [1] BatchOperations (class in mmpp.batch_operations), [1]

C

c (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] cache_results (mmpp.fft.main.FFTConfig attribute) calculate_fft_data() (mmpp.core.ZarrJobResult method), [1] (mmpp.fft.compute_fft.FFTCompute method), [1] calculate_fft_method1() (mmpp.fft.compute_fft.FFTCompute method), [1] calculate_fft_method2() (mmpp.fft.compute_fft.FFTCompute method), [1] check_ffmpeg_available() (in module mmpp.fft.modes) check_simulation_completion() (mmpp.simulation.SimulationManager static method), [1] chunks() (mmpp.core.MMPP method), [1] clear_cache() (mmpp.fft.core.FFT method) (mmpp.fft.main.FFTAnalyzer method), [1] colormap (mmpp.plotting.PlotConfig attribute), [1] colormap_animation (mmpp.fft.modes.ModeVisualizationConfig attribute) colormap_magnitude (mmpp.fft.modes.ModeVisualizationConfig attribute) colormap_phase (mmpp.fft.modes.ModeVisualizationConfig attribute) colors (mmpp.plotting.PlotConfig attribute), [1] complex_spectrum (mmpp.fft.main.FFTResult attribute), [1]

compute_all() (mmpp.batch_operations.BatchFFT method), [1] compute_energy_density() (mmpp.fft.electromagnetic_analysis.PoyntingVectorAnalysis method), [1] compute_far_field() (mmpp.fft.electromagnetic_analysis.RadiationPatternAnalysis method), [1] compute_fft() (mmpp.fft.compute_fft.FFTCompute method), [1] compute_mode_lifetime() (mmpp.fft.electromagnetic_analysis.QFactorAnalysis method), [1] compute_modes() (mmpp.batch_operations.BatchModeAnalyzer method), [1] (mmpp.fft.modes.FFTModeInterface method) (mmpp.fft.modes.FMRModeAnalyzer method) compute_poynting_vector() (mmpp.fft.electromagnetic_analysis.PoyntingVectorAnalysis method), [1] compute_q_factor_spectral() (mmpp.fft.electromagnetic_analysis.QFactorAnalysis method), [1] config (mmpp.fft.compute_fft.FFTComputeResult attribute), [1] (mmpp.fft.main.FFTResult attribute), [1] configure() (mmpp.fft.main.FFTAnalyzer method), [1] (mmpp.plotting.MMPPlotter method), [1] configure_for_dark_theme() (in module mmpp.logging_config) configure_for_light_theme() (in module mmpp.logging_config) create_comprehensive_em_report() (in module mmpp.fft.electromagnetic_analysis), [1] create_path_if_not_exists() (mmpp.simulation.SimulationManager static method), [1]

D

determine_engine() (mmpp.fft.compute_fft.FFTCompute method), [1] detrend (mmpp.fft.main.FFTConfig attribute) display_script() (mmpp.core.ZarrJobResult method), [1]

dpi (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] (mmpp.fft.modes.ModeVisualizationConfig attribute) (mmpp.plotting.PlotConfig attribute), [1]

E

ElectromagneticAnalysisConfig (class in mmpp.fft.electromagnetic_analysis), [1] energy_integration_method (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] engine (mmpp.fft.main.FFTConfig attribute)

epsilon_0 (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] error (mmpp.core.ScanResult attribute), [1] extract_sim_key() (mmpp.simulation.SimulationManager static method), [1]

F

f_max (mmpp.fft.modes.ModeVisualizationConfig attribute) f_min (mmpp.fft.modes.ModeVisualizationConfig attribute) far_field_distance (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] FFT (class in mmpp.fft.core) fft (mmpp.batch_operations.BatchOperations property), [1] (mmpp.core.MMPP property), [1] (mmpp.core.ZarrJobResult property), [1] fft_engine (mmpp.fft.compute_fft.FFTComputeConfig attribute) FFTAnalyzer (class in mmpp.fft.main), [1] FFTCompute (class in mmpp.fft.compute_fft), [1] FFTComputeConfig (class in mmpp.fft.compute_fft) FFTComputeResult (class in mmpp.fft.compute_fft), [1] FFTConfig (class in mmpp.fft.main) FFTModeInterface (class in mmpp.fft.modes) FFTPlotter (class in mmpp.fft.plot), [1] FFTResult (class in mmpp.fft.main), [1] figsize (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] (mmpp.fft.modes.ModeVisualizationConfig attribute) (mmpp.plotting.PlotConfig attribute), [1] filter_type (mmpp.fft.compute_fft.FFTComputeConfig attribute)

find() (mmpp.core.MMPP method), [1] find_by_path_param() (mmpp.core.MMPP method), [1] find_by_path_param_paths() (mmpp.core.MMPP method), [1] find_datasets() (mmpp.core.ZarrJobResult method), [1] find_largest_m_dataset() (in module mmpp.core) find_paths() (mmpp.core.MMPP method), [1] find_peaks() (mmpp.fft.modes.FMRModeAnalyzer method) find_status_file() (mmpp.simulation.SimulationManager static method), [1] FMRModeAnalyzer (class in mmpp.fft.modes) FMRModeData (class in mmpp.fft.modes) font_family (mmpp.plotting.PlotConfig attribute), [1] FontManager (class in mmpp.plotting) FontUtils (class in mmpp.plotting) force_rescan() (mmpp.core.MMPP method), [1] freq (mmpp.fft.modes.Peak attribute) frequencies (mmpp.fft.compute_fft.FFTComputeResult attribute), [1] (mmpp.fft.main.FFTResult attribute), [1] frequencies() (mmpp.fft.core.FFT method) frequency (mmpp.fft.modes.FrequencyModeInterface property) frequency_range (mmpp.fft.main.FFTConfig attribute) FrequencyModeInterface (class in mmpp.fft.modes)

G

gamma (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] gen_sbatch_script() (mmpp.simulation.SimulationManager method), [1] generate_yaml_template() (mmpp.simulation.TemplateParser method) get_all_jobs() (mmpp.core.MMPP method), [1] get_available() (mmpp.plotting.FontUtils static method) get_available_fonts() (mmpp.plotting.FontManager static method) get_available_options() (mmpp.fft.compute_fft.FFTCompute method), [1] get_available_styles() (mmpp.plotting.MMPPlotter method), [1] get_c64() (mmpp.core.ZarrJobResult method), [1] get_cache_info() (mmpp.fft.main.FFTAnalyzer method), [1] get_component() (mmpp.fft.modes.FMRModeData method) get_database() (mmpp.core.MMPP method), [1] get_default_logger() (in module mmpp.logging_config), [1] get_dset() (mmpp.core.ZarrJobResult method), [1] get_f32() (mmpp.core.ZarrJobResult method), [1] get_file_status() (mmpp.simulation.SimulationManager static method), [1] get_frequency_range() (mmpp.fft.main.FFTResult method), [1] get_info() (mmpp.simulation.SimulationSwapper method) get_job() (mmpp.core.MMPP method), [1] get_largest_m_dataset() (mmpp.core.ZarrJobResult method), [1] get_mmpp_logger() (in module mmpp.logging_config), [1]

get_mode() (mmpp.fft.modes.FMRModeAnalyzer method) (mmpp.fft.modes.FrequencyModeInterface method) get_np1d() (mmpp.core.ZarrJobResult method), [1] get_np2d() (mmpp.core.ZarrJobResult method), [1] get_np3d() (mmpp.core.ZarrJobResult method), [1] get_np4d() (mmpp.core.ZarrJobResult method), [1] get_np4dc() (mmpp.core.ZarrJobResult method), [1] get_np5d() (mmpp.core.ZarrJobResult method), [1] get_parameters() (mmpp.simulation.TemplateParser method) get_parsing_examples() (mmpp.core.MMPP method), [1] get_path_parameter_summary() (mmpp.core.MMPP method), [1] get_path_parameters() (mmpp.core.MMPP method), [1] get_plot_data() (mmpp.plotting.MMPPlotter method), [1] get_raw() (mmpp.core.ZarrJobResult method), [1] get_raw_c64() (mmpp.core.ZarrJobResult method), [1] get_raw_data() (mmpp.core.ZarrJobResult method), [1] get_raw_f32() (mmpp.core.ZarrJobResult method), [1] get_simulation_manager() (mmpp.simulation.SimulationSwapper method) get_summary() (mmpp.batch_operations.BatchOperations method), [1] (mmpp.core.MMPP method), [1] get_unique_values() (mmpp.core.MMPP method), [1] grid (mmpp.plotting.PlotConfig attribute), [1]

H

hsl2rgb() (in module mmpp.plotting)

I

idx (mmpp.fft.modes.Peak attribute) install_display_deps() (mmpp.core.MMPP method), [1] interactive_spectrum() (mmpp.fft.core.FFT method) (mmpp.fft.modes.FFTModeInterface method) (mmpp.fft.modes.FMRModeAnalyzer method)

interpolation (mmpp.fft.modes.ModeVisualizationConfig attribute) is_finished() (mmpp.core.ZarrJobResult method), [1] is_running() (mmpp.core.ZarrJobResult method), [1]

L

label_fontsize (mmpp.plotting.PlotConfig attribute), [1] legend (mmpp.plotting.PlotConfig attribute), [1] line_alpha (mmpp.plotting.PlotConfig attribute), [1] line_width (mmpp.plotting.PlotConfig attribute), [1]

list_data() (mmpp.core.MMPP method), [1] list_datasets() (mmpp.core.ZarrJobResult method), [1] load_data_from_zarr() (mmpp.fft.compute_fft.FFTCompute method), [1] load_existing_fft_data() (mmpp.fft.compute_fft.FFTCompute method), [1] load_paper_style() (in module mmpp.plotting)

M

magnitude (mmpp.fft.modes.FMRModeData property) magnitude() (mmpp.fft.core.FFT method) matplotlib (mmpp.core.MMPP property), [1] (mmpp.core.ZarrJobResult property), [1] max_legend_params (mmpp.plotting.PlotConfig attribute), [1] metadata (mmpp.fft.compute_fft.FFTComputeResult attribute), [1] (mmpp.fft.main.FFTResult attribute), [1] MidpointNormalize (class in mmpp.fft.modes) mkdir() (mmpp.core.ZarrJobResult method), [1] MMPP (class in mmpp.core), [1] mmpp() (in module mmpp.core) mmpp.batch_operations module mmpp.core module mmpp.fft.compute_fft module mmpp.fft.core module mmpp.fft.electromagnetic_analysis module mmpp.fft.main module mmpp.fft.modes module mmpp.fft.plot module

mmpp.logging_config module mmpp.plotting module mmpp.simulation module MMPPlotter (class in mmpp.plotting), [1] mode_analyzer (mmpp.fft.modes.FFTModeInterface property) modes (mmpp.batch_operations.BatchFFT property), [1] (mmpp.fft.core.FFT property) modes_available (mmpp.fft.modes.FMRModeAnalyzer property) modes_width_ratio (mmpp.fft.modes.ModeVisualizationConfig attribute) ModeVisualizationConfig (class in mmpp.fft.modes) module mmpp.batch_operations mmpp.core mmpp.fft.compute_fft mmpp.fft.core mmpp.fft.electromagnetic_analysis mmpp.fft.main mmpp.fft.modes mmpp.fft.plot mmpp.logging_config mmpp.plotting mmpp.simulation mpl (mmpp.core.MMPP property), [1] (mmpp.core.ZarrJobResult property), [1] mu_0 (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1]

N

name (mmpp.core.ZarrJobResult property), [1]

nfft (mmpp.fft.compute_fft.FFTComputeConfig attribute) (mmpp.fft.main.FFTConfig attribute)

O

overlap (mmpp.fft.main.FFTConfig attribute)

P

p (mmpp.core.ZarrJobResult property), [1] path (mmpp.core.ScanResult attribute), [1] Peak (class in mmpp.fft.modes) peak_frequency (mmpp.fft.compute_fft.FFTComputeResult property), [1] (mmpp.fft.main.FFTResult property), [1] peak_min_distance (mmpp.fft.modes.ModeVisualizationConfig attribute) peak_power (mmpp.fft.main.FFTResult property), [1] peak_threshold (mmpp.fft.modes.ModeVisualizationConfig attribute) phase (mmpp.fft.modes.FMRModeData property) phase() (mmpp.fft.core.FFT method) phase_spectrum (mmpp.fft.main.FFTResult attribute), [1] plot() (mmpp.plotting.MMPPlotter method), [1] plot_components() (mmpp.plotting.MMPPlotter method), [1] plot_modes() (mmpp.fft.core.FFT method) (mmpp.fft.modes.FFTModeInterface method) (mmpp.fft.modes.FMRModeAnalyzer method) (mmpp.fft.modes.FrequencyModeInterface method)

plot_spectrum() (mmpp.fft.core.FFT method) plot_time_series() (mmpp.plotting.MMPPlotter method), [1] PlotConfig (class in mmpp.plotting), [1] plotter (mmpp.fft.core.FFT property) PlotterProxy (class in mmpp.plotting), [1] power() (mmpp.fft.core.FFT method) power_spectrum (mmpp.fft.main.FFTResult attribute), [1] power_spectrum() (mmpp.fft.plot.FFTPlotter method), [1] poynting_colormap (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] PoyntingVectorAnalysis (class in mmpp.fft.electromagnetic_analysis), [1] pp (mmpp.core.ZarrJobResult property), [1] prepare_report() (mmpp.batch_operations.BatchOperations method), [1] process() (mmpp.batch_operations.BatchOperations method), [1]

Q

q_factor_method (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1]

QFactorAnalysis (class in mmpp.fft.electromagnetic_analysis), [1]

R

radiation_colormap (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] radiation_phi_points (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] radiation_theta_points (mmpp.fft.electromagnetic_analysis.ElectromagneticAnalysisConfig attribute), [1] RadiationPatternAnalysis (class in mmpp.fft.electromagnetic_analysis), [1] raw_code() (mmpp.simulation.SimulationManager static method), [1]

replace_variables_in_template() (mmpp.simulation.SimulationManager static method), [1] reset_logging_config() (in module mmpp.logging_config) reset_style() (mmpp.plotting.MMPPlotter method), [1] rgb2hsl() (in module mmpp.plotting) rm() (mmpp.core.ZarrJobResult method), [1] run_simulations() (mmpp.simulation.SimulationSwapper method)

S

save_all_data() (mmpp.plotting.MMPPlotter method), [1] save_modes_animation() (mmpp.fft.modes.FFTModeInterface method) (mmpp.fft.modes.FMRModeAnalyzer method) save_to_zarr() (mmpp.fft.compute_fft.FFTComputeResult method), [1] scaling (mmpp.fft.main.FFTConfig attribute) scan() (mmpp.core.MMPP method), [1] ScanResult (class in mmpp.core), [1] script (mmpp.core.ZarrJobResult property), [1] set_interactive_mode() (mmpp.core.MMPP method), [1] set_style() (mmpp.plotting.MMPPlotter method), [1] setup_animation_styling() (in module mmpp.fft.modes) setup_custom() (mmpp.plotting.FontUtils static method) setup_custom_fonts() (in module mmpp.plotting) setup_mmpp_logging() (in module mmpp.logging_config), [1] show() (mmpp.core.MMPP method), [1]

show_combined (mmpp.fft.modes.ModeVisualizationConfig attribute) show_magnitude (mmpp.fft.modes.ModeVisualizationConfig attribute) show_phase (mmpp.fft.modes.ModeVisualizationConfig attribute) SimulationManager (class in mmpp.simulation), [1] SimulationSwapper (class in mmpp.simulation) snapshot() (mmpp.plotting.MMPPlotter method), [1] sort_results (mmpp.plotting.PlotConfig attribute), [1] spectrum (mmpp.fft.compute_fft.FFTComputeResult attribute), [1] spectrum() (mmpp.fft.core.FFT method) spectrum_log_scale (mmpp.fft.modes.ModeVisualizationConfig attribute) spectrum_normalize (mmpp.fft.modes.ModeVisualizationConfig attribute) spectrum_width_ratio (mmpp.fft.modes.ModeVisualizationConfig attribute) style (mmpp.plotting.PlotConfig attribute), [1] submit_all_simulations() (mmpp.simulation.SimulationManager method), [1] submit_all_simulations_with_progress() (mmpp.simulation.SimulationManager method), [1] submit_python_code() (mmpp.simulation.SimulationManager method), [1]

T

TemplateParser (class in mmpp.simulation) tick_fontsize (mmpp.plotting.PlotConfig attribute), [1]

title_fontsize (mmpp.plotting.PlotConfig attribute), [1] total_magnitude (mmpp.fft.modes.FMRModeData property)

U

upgrade_log_level() (in module mmpp.simulation)

use_custom_fonts (mmpp.plotting.PlotConfig attribute), [1] use_midpoint_norm (mmpp.fft.modes.ModeVisualizationConfig attribute)

V

validate_config() (mmpp.simulation.SimulationSwapper method) verify_or_replace_file() (mmpp.simulation.SimulationManager static method), [1]

visualize_energy_flow() (mmpp.fft.electromagnetic_analysis.PoyntingVectorAnalysis method), [1] visualize_radiation_pattern() (mmpp.fft.electromagnetic_analysis.RadiationPatternAnalysis method), [1]

W

window_function (mmpp.fft.compute_fft.FFTComputeConfig attribute) (mmpp.fft.main.FFTConfig attribute)

Z

z (mmpp.core.ZarrJobResult property), [1] ZarrJobResult (class in mmpp.core), [1]

zero_padding (mmpp.fft.compute_fft.FFTComputeConfig attribute) (mmpp.fft.main.FFTConfig attribute)