optframework.utils.func package

Created on Wed Feb 21 14:48:28 2024

@author: px2030

Submodules

• optframework.utils.func.RK_Radau module
  • func()
  • analytic_sol()
  • num_jac()
  • dense_num_jac()
  • predict_factor()
  • norm()
  • interpolation_radau()
  • solve_collocation_system()
  • radau_ii_a
    • radau_ii_a.solve_ode()
    • radau_ii_a.radau_ii_a_step()
• optframework.utils.func.bind_methods module
  • bind_methods_from_module()
  • bind_selected_methods_from_module()
  • unbind_methods_from_class()
• optframework.utils.func.change_config module
  • ReplaceConfig
    • ReplaceConfig.leave_Dict()
  • replace_key_value()
• optframework.utils.func.func_math module
  • float_equal()
  • float_in_list()
  • isZero()
  • ensure_integer_array()
• optframework.utils.func.func_read_exp module
  • write_read_exp
    • write_read_exp.convert_time_to_seconds()
    • write_read_exp.convert_seconds_to_time()
    • write_read_exp.merge_duplicate_time_columns()
    • write_read_exp.get_exp_data()
• optframework.utils.func.jit_dpbe_rhs module
  • get_dNdt_1d_geo()
  • get_dNdt_2d_geo()
  • get_dNdt_3d_geo()
  • get_dNdt_1d_uni()
  • get_dNdt_2d_uni()
  • get_dNdt_3d_uni()
  • lam()
  • lam_2d()
  • heaviside()
  • get_lam_3d()
  • calc_1d_agglomeration()
  • calc_1d_breakage()
  • calc_2d_agglomeration()
  • calc_2d_breakage()
• optframework.utils.func.jit_extruder_rhs module
  • get_dNdt_1d_geo_extruder()
  • get_dNdt_2d_geo_extruder()
• optframework.utils.func.jit_kernel_agg module
  • calc_F_M_1D()
  • calc_F_M_1D_jit()
  • calc_F_M_2D()
  • calc_F_M_2D_jit()
  • calc_F_M_3D()
  • calc_beta()
• optframework.utils.func.jit_kernel_break module
  • beta_func()
  • breakage_func_1d()
  • breakage_func_1d_xk()
  • breakage_func_2d()
  • breakage_func_2d_x1k()
  • breakage_func_2d_x3k()
  • breakage_func_2d_x1kx3l()
  • breakage_func_2d_trunc()
  • breakage_func_2d_x1k_trunc()
  • breakage_func_2d_x3k_trunc()
  • gauss_legendre()
  • dblgauss_legendre()
  • calc_init_B_F_1D_quad()
  • calc_int_B_F_2D_GL()
  • calc_int_B_F_2D_GL_jit()
  • calc_int_B_F_2D_quad()
  • calc_B_R_1d()
  • calc_B_R_1d_jit()
  • calc_break_rate_1d()
  • calc_B_R_2d()
  • calc_B_R_2d_jit()
  • calc_B_R_2d_flat()
  • calc_B_R_2d_flat_jit()
  • calc_break_rate_2d()
  • calc_break_rate_2d_flat()
• optframework.utils.func.jit_pbm_chyqmom module
  • sign()
  • hyqmom2()
  • hyqmom3()
  • chyqmom4()
  • chyqmom9()
  • chyqmom27()
  • quadrature_1d()
  • quadrature_2d()
  • quadrature_3d()
  • compute_central_moments_2d()
  • compute_central_moments_1d()
  • comb()
  • factorial()
  • get_moment()
  • generalized_hyqmom()
• optframework.utils.func.jit_pbm_qmom module
  • calc_qmom_nodes_weights()
  • calc_qmom_recurrence()
  • recurrence_jacobi_nodes_weights()
  • calc_gqmom_nodes_weights()
  • calc_gqmom_recurrence_real()
  • calc_gqmom_recurrence_beta()
  • calc_gqmom_recurrence_realplus()
  • calc_zetas()
  • vander_rybicki()
  • conditional_mom_sys_solve()
  • calc_cqmom_2d()
  • quadrature_2d()
• optframework.utils.func.jit_pbm_rhs module
  • filter_negative_nodes()
  • hyqmom_newton_correction()
  • get_dMdt_1d()
  • get_dMdt_2d()
• optframework.utils.func.print module
  • print_highlighted()
• optframework.utils.func.static_method module
  • interpolate_psd()
  • wrap_with_linear_extrapolation()
  • plot_N2D()
  • KDE_fit()
  • KDE_score()