Index

B

binomial_coefficients() (in module fem.discrete.combinatorics)

C

categorize() (in module fem.discrete.fit)

continuous_fit() (fortran subroutine in module fortran_module) continuous_fit_i() (fortran subroutine in module fortran_module)

D

discrete_fit() (fortran subroutine in module fortran_module)

discrete_fit_i() (fortran subroutine in module fortran_module)

F

fem (module) fem.continuous (module) fem.continuous.fit (module) fem.continuous.simulate (module) fem.discrete (module) fem.discrete.combinatorics (module)

fem.discrete.fit (module) fem.discrete.simulate (module) fit() (fem.discrete.fit.model method) (in module fem.continuous.fit) (in module fem.discrete.fit) fit_i() (in module fem.continuous.fit) fortran_module (module)

M

mixed_radix_to_base_10() (in module fem.discrete.combinatorics) model (class in fem.discrete.fit) model_parameters() (in module fem.continuous.simulate) (in module fem.discrete.simulate)

multiindices() (fortran subroutine in module fortran_module) (in module fem.discrete.combinatorics) mutations() (in module fem.discrete.simulate)

N

num_threads() (fortran function in module fortran_module)

O

one_hot() (in module fem.discrete.fit)

P

predict() (fem.discrete.fit.model method)

S

simulate_mutations() (fortran subroutine in module fortran_module)

simulate_time_series() (fortran subroutine in module fortran_module) svd_pinv() (in module fem.discrete.fit)

T

time_series() (in module fem.continuous.simulate) (in module fem.discrete.simulate)