SEC.Models

SEC.Models.__init__.py

Submodules

• SEC.Models.EDM
  • EDM
    • EDM.optimize_decomposition()
• SEC.Models.EdmComponentCurve
  • EdmColumn
    • EdmColumn.params
    • EdmColumn.get_params()
  • EdmComponentCurve
    • EdmComponentCurve.x
    • EdmComponentCurve.params
    • EdmComponentCurve.get_y()
    • EdmComponentCurve.get_peak_top_x()
• SEC.Models.EdmEstimator
  • estimate_edm_init_params()
• SEC.Models.EdmEstimatorImpl
  • guess()
  • guess_multiple_impl()
• SEC.Models.EdmOptimizer
  • optimize_edm_xr_decomposition()
• SEC.Models.GEC
  • gec_monopore_pdf()
  • robust_gec_monopore_pdf()
  • gec_monopore_cf()
• SEC.Models.LognormalPore
  • compute_mode()
  • compute_stdev()
  • Ksec()
  • distribution_func()
  • gec_lognormal_pore_integrand_impl()
  • gec_lognormal_pore_cf()
  • gec_lognormal_pore_pdf()
  • sdm_lognormal_pore_cf()
  • sdm_lognormal_pore_pdf()
  • sdm_lognormal_pore_gamma_integrand_impl()
  • sdm_lognormal_pore_gamma_cf()
  • sdm_lognormal_pore_gamma_pdf()
• SEC.Models.SDM
  • SDM
    • SDM.optimize_decomposition()
• SEC.Models.SdmComponentCurve
  • SdmColumn
    • SdmColumn.params
    • SdmColumn.get_params()
  • SdmComponentCurve
    • SdmComponentCurve.x
    • SdmComponentCurve.params
    • SdmComponentCurve.get_y()
    • SdmComponentCurve.get_peak_top_x()
    • SdmComponentCurve.get_scale_param()
• SEC.Models.SdmEstimator
  • estimate_sdm_column_params()
• SEC.Models.SdmMonoPore
  • sdm_monopore_cf()
  • sdm_monopore_pdf()
  • sdm_monopore_gamma_cf()
  • sdm_monopore_gamma_pdf()
• SEC.Models.SdmOptimizer
  • optimize_sdm_xr_decomposition()
  • optimize_sdm_uv_decomposition()
  • adjust_rg_and_poresize()
• SEC.Models.Simple
  • gaussian()
  • egh()
  • e0
  • egh_var()
  • egh_std()
  • egh_pdf()
• SEC.Models.UvComponentCurve
  • UvComponentCurve
    • UvComponentCurve.x
    • UvComponentCurve.mapping
    • UvComponentCurve.xr_ccurve
    • UvComponentCurve.scale
    • UvComponentCurve.get_y()
    • UvComponentCurve.get_xy()
    • UvComponentCurve.get_peak_top_x()
    • UvComponentCurve.get_scale()
    • UvComponentCurve.get_inv_mapped_params()
• SEC.Models.UvOptimizer
  • optimize_uv_decomposition()