pylimer_tools package

Subpackages

• pylimer_tools.calc package
  • Submodules
  • pylimer_tools.calc.mehp_utilities module
    • compute_cycle_rank()
    • compute_effective_nr_density_of_junctions()
    • compute_effective_nr_density_of_network()
    • compute_mean_universe_volume()
    • compute_topological_factor()
    • predict_shear_modulus()
  • pylimer_tools.calc.miller_macosko_theory module
    • compute_entanglement_modulus()
    • compute_extracted_modulus()
    • compute_junction_modulus()
    • compute_miller_macosko_probabilities()
    • compute_modulus_decomposition()
    • compute_probability_that_bifunctional_monomer_is_dangling()
    • compute_probability_that_bifunctional_monomer_is_effective()
    • compute_probability_that_crosslink_is_dangling()
    • compute_probability_that_crosslink_is_effective()
    • compute_probability_that_crosslink_with_degree_is_dangling()
    • compute_trapping_factor()
    • compute_weight_fraction_of_backbone()
    • compute_weight_fraction_of_dangling_chains()
    • compute_weight_fraction_of_soluble_material()
    • compute_weight_fraction_of_soluble_material_from_weight_fractions()
    • predict_gelation_point()
    • predict_maximum_p()
    • predict_number_density_of_junction_points()
    • predict_number_density_of_network_strands()
    • predict_p_from_w_sol()
    • predict_shear_modulus()
  • pylimer_tools.calc.structure_analysis module
    • compute_crosslinker_conversion()
    • compute_effective_crosslinker_functionalities()
    • compute_effective_crosslinker_functionality()
    • compute_end_to_end_vectors()
    • compute_extent_of_reaction()
    • compute_fraction_of_bifunctional_reactive_sites()
    • compute_mean_end_to_end_distances()
    • compute_mean_end_to_end_vectors()
    • compute_stoichiometric_imbalance()
    • compute_weight_fractions()
    • measure_lower_bound_weight_fraction_of_soluble_material()
    • measure_weight_fraction_of_backbone()
    • measure_weight_fraction_of_dangling_chains()
    • measure_weight_fraction_of_soluble_material()
  • Module contents
• pylimer_tools.io package
  • Submodules
  • pylimer_tools.io.extract_thermo_data module
    • detect_headers()
    • extract_thermo_params()
    • get_thermo_cache_name_suffix()
    • read_multi_section_separated_value_file()
    • read_one_group()
  • pylimer_tools.io.read_pylimer_tools_output_file module
    • read_avg_file()
  • pylimer_tools.io.read_lammps_output_file module
    • read_averages_file()
    • read_correlation_file()
    • read_data_file()
    • read_dump_file()
    • read_histogram_file()
    • read_log_file()
    • read_sectioned_averages_file()
  • pylimer_tools.io.unit_styles module
    • UnitStyle
      • UnitStyle.__getattr__()
      • UnitStyle.get_base_unit_of()
      • UnitStyle.get_underlying_unit_registry()
    • UnitStyleFactory
      • UnitStyleFactory.get_available_polymers()
      • UnitStyleFactory.get_everares_et_al_data()
      • UnitStyleFactory.get_unit_registry()
      • UnitStyleFactory.get_unit_style()
  • Module contents
• pylimer_tools.utils package
  • Submodules
  • pylimer_tools.utils.cache_utility module
    • do_cache()
    • get_cache_file_name()
    • is_current_cache()
    • load_cache()
  • pylimer_tools.utils.data_utility module
    • get_tail()
    • unify_data_stepsizes()
  • pylimer_tools.utils.optimize_dataframe module
    • optimize()
    • optimize_floats()
    • optimize_ints()
    • optimize_objects()
    • reduce_mem_usage()
  • Module contents