Here is a list of all documented class members with links to the class documentation for each member:

- a -

• add_point() : polyhedra
• append() : assign_lst
• assign_lst() : assign_lst

- b -

• basic_multi_index() : basic_multi_index

- c -

• calls_high : monte_carlo_parameters
• calls_low : monte_carlo_parameters
• check_homogeneous_polynomial() : integrand
• check_large_subex() : assign_lst
• check_substitution_type() : assign_lst
• check_zero() : integrand
• chi_squared : monte_carlo_result
• coordinates : polyhedra
• create_subsector() : integrand

- e -

• epsilon : integration_data
• error : monte_carlo_result
• expand_in_epsilon() : basic_sector_decomposition
• exponent() : exponent
• extra_factor : integrand

- f -

• factorize_single_variables() : polyhedra
• find_min_max() : integrand
• find_minimal_subsector() : polyhedra
• find_S() : polyhedra
• flag_overflow : basic_multi_index

- g -

• generate_homogenous_polynomials() : basic_sector_decomposition
• generate_primary_sectors() : basic_sector_decomposition
• generate_primary_sectors_cube() : basic_sector_decomposition
• generate_subtraction_terms() : basic_sector_decomposition
• get_chi_squared() : monte_carlo_result
• get_degree() : integrand
• get_error() : monte_carlo_result
• get_exponent() : exponent
• get_extra_factor() : integrand
• get_factorization_degree() : polyhedra
• get_homogeneous_degree() : integrand
• get_integer_part() : exponent
• get_integrand() : integrand
• get_ldegree() : integrand
• get_mean() : monte_carlo_result
• get_omega() : polyhedra
• get_polyhedra_polynomial() : integrand
• get_polynomials() : integrand
• get_polynomials_without_exponent() : integrand
• get_S_strategy_B() : integrand
• get_S_strategy_C() : integrand
• get_subtraction_vector() : integrand
• get_temporary_variables() : assign_lst
• get_weight_factor() : integrand

- i -

• index : polyhedra, integrand
• init() : multi_index_counter_indv, multi_index_counter, multi_index_ordered, basic_multi_index
• integrand() : integrand
• integrated_taylor_term() : integrand
• integration_data() : integration_data
• is_not_zero() : exponent
• iterate_sector_decomposition() : basic_sector_decomposition
• iterations_high : monte_carlo_parameters
• iterations_low : monte_carlo_parameters
• itos() : assign_lst

- k -

• keep_corners_only() : polyhedra

- l -

• lhs : assign_lst
• list_feynman_parameter : integration_data

- m -

• make_homogeneous() : integrand
• mean : monte_carlo_result
• monte_carlo_parameters() : monte_carlo_parameters
• monte_carlo_result() : monte_carlo_result
• multi_index_counter() : multi_index_counter
• multi_index_counter_indv() : multi_index_counter_indv
• multi_index_ordered() : multi_index_ordered

- n -

• n : integration_data
• N : basic_multi_index
• number_corners() : polyhedra
• numerical_integration() : basic_sector_decomposition
• Nv : multi_index_counter_indv

- o -

• operator()() : basic_multi_index, basic_sector_decomposition
• operator++() : multi_index_counter_indv, multi_index_counter, multi_index_ordered, basic_multi_index
• operator<< : polyhedra, multi_index_counter_indv, multi_index_counter, multi_index_ordered, basic_multi_index, integrand, exponent, integration_data, assign_lst
• operator[]() : basic_multi_index, exponent
• order : integration_data
• order_0 : exponent
• order_1 : exponent
• overflow() : basic_multi_index

- p -

• poly_exponent : integrand
• polyhedra() : polyhedra
• polynomial_list : integrand
• prepend() : assign_lst
• print() : assign_lst
• projection() : polyhedra

- r -

• replace_common_subex() : assign_lst
• restrict_to_primary_sector() : integrand
• restrict_to_primary_sector_cube() : integrand
• rhs : assign_lst

- s -

• size() : basic_multi_index
• split_large_line() : assign_lst
• split_large_subex() : assign_lst
• strategy_A() : basic_sector_decomposition
• strategy_B() : basic_sector_decomposition
• strategy_C() : basic_sector_decomposition
• strategy_X() : basic_sector_decomposition
• strategy_Y() : basic_sector_decomposition
• subtract_off() : exponent
• sum_up() : exponent

- t -

• T : assign_lst
• taylor_term() : integrand
• temp_var : assign_lst
• temp_var_base_name : assign_lst

- v -

• v : basic_multi_index

- w -

• weight : integrand

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