Index

_

_calculate_gamma_kl() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method)

C

calculate_g() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method) calculate_gamma_k() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method) calculate_gamma_l() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method) calculate_h_tilde() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method) calculate_s_delta() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method)

calculate_s_v() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method) cholesky_factor (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute) CL_SPC (class in clspc) (class in clspc.clspc) clspc module clspc.clspc module

D

directional_forgetting (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

F

forgetting_factor (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

future_window (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

M

markov_parameters (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

module clspc clspc.clspc

P

past_window (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute) perform_givens_rotations() (clspc.CL_SPC static method) (clspc.clspc.CL_SPC static method)

phi (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

Q

q (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

R

r (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

r_delta (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

S

s_delta (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute) s_v (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute) solve_qp() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method)

step() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method) steps (clspc.CL_SPC attribute) (clspc.clspc.CL_SPC attribute)

U

update_markov_parameters() (clspc.CL_SPC method) (clspc.clspc.CL_SPC method)