Index

_

__init__() (tdcpy.closed_loop.ClosedLoop method) (tdcpy.ndde.NDDE method)

A

A (tdcpy.base.TDSBase property) (tdcpy.closed_loop.ClosedLoop property) (tdcpy.dae.DAE property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property)

B

B (tdcpy.closed_loop.ClosedLoop property) (tdcpy.dae.DAE property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property)

BB (tdcpy.closed_loop.ClosedLoop property)

C

C (tdcpy.closed_loop.ClosedLoop property) (tdcpy.dae.DAE property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) CC (tdcpy.closed_loop.ClosedLoop property) cd() (in module tdcpy.spectral_abscissa) CdRootProblem (class in tdcpy.stability.spectral_abscissa) check_diff() (in module tdcpy.stabopt.utils) ClosedLoop (class in tdcpy.closed_loop) commensurate_gk() (in module tdcpy.stability.discretization_heuristic) complex_scatter_axplot() (in module tdcpy.plot.eigenvalues) compress() (tdcpy.ddae.DDAE method) (tdcpy.ndde.NDDE method) (tdcpy.rdde.RDDE method)

compress_bool_matrices_delays() (in module tdcpy.common.compress) compress_ddae() (in module tdcpy.common.compress) compress_matrices_delays() (in module tdcpy.common.compress) compress_qp() (in module tdcpy.common.quasipoly) compute_n_rect() (in module tdcpy.stability.discretization_heuristic) compute_n_rhp() (in module tdcpy.stability.discretization_heuristic) concatenate_2x2_by_delays() (in module tdcpy.common.composition) controller (tdcpy.closed_loop.ClosedLoop property) controller_order (tdcpy.closed_loop.ClosedLoop property) controller_reprezentation() (in module tdcpy.common.closed_loop) create_dynamic_controller() (in module tdcpy.controller) create_static_controller() (in module tdcpy.controller)

D

D (tdcpy.closed_loop.ClosedLoop property) (tdcpy.dae.DAE property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) DAE (class in tdcpy.dae) DDAE (class in tdcpy.ddae) ddae_to_diff() (in module tdcpy.common.delay_difference_equation)

design_bfgs() (in module tdcpy.stabopt.controller_bfgs) design_granso() (in module tdcpy.stabopt.controller_bfgs) diff_dependency_mask() (in module tdcpy.stabopt.utils) discretization (tdcpy.stability.characteristic_roots.RootsInfo attribute) discretization_animation() (in module tdcpy.plot.discretization_animation) discretization_eigenvalues (tdcpy.stability.characteristic_roots.RootsInfo attribute) discretize_ddae() (in module tdcpy.common.discretization) DM (tdcpy.stability.characteristic_roots.RightmostRootInfo attribute)

E

E (tdcpy.base.TDSBase property) (tdcpy.closed_loop.ClosedLoop property) (tdcpy.dae.DAE property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property)

eigen_plot() (in module tdcpy.plot.eigenvalues) eval_char_matrix() (tdcpy.ddae.DDAE method) (tdcpy.ndde.NDDE method) eval_char_matrix_derivative() (tdcpy.ddae.DDAE method) (tdcpy.ndde.NDDE method)

F

find_feasible_point() (in module tdcpy.stabopt.controller_bfgs) found (tdcpy.stability.characteristic_roots.RightmostRootInfo attribute) fun() (tdcpy.stability.spectral_abscissa.CdRootProblem method) func() (in module tdcpy.stability.gamma_r) (in module tdcpy.stability.spectral_abscissa)

func_cd() (in module tdcpy.stabopt.gradients) func_gamma() (in module tdcpy.stabopt.gradients) func_sa() (in module tdcpy.stabopt.gradients)

G

gamma() (in module tdcpy.gamma) gamma_diff() (in module tdcpy.stability.gamma_r) gamma_kwargs (tdcpy.stability.spectral_abscissa.CdRootProblem attribute) gamma_normalized_diff() (in module tdcpy.stability.gamma_r) gamma_r_exceeds_one (tdcpy.stability.characteristic_roots.RootsInfo attribute) GammaInfo (class in tdcpy.stability.gamma_r) get_delay_difference_equation() (tdcpy.base.TDSBase method) (tdcpy.closed_loop.ClosedLoop method) (tdcpy.ddae.DDAE method) (tdcpy.ndde.NDDE method) (tdcpy.rdde.RDDE method)

grad_gamma0() (in module tdcpy.stabopt.gradients) gradient_test() (in module tdcpy.stabopt.gradients) grid_generator() (in module tdcpy.stability.discretization_heuristic)

H

H (tdcpy.ndde.NDDE property) hA (tdcpy.base.TDSBase property) (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) hB (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property)

hC (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) hD (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) hH (tdcpy.ndde.NDDE property) hK (tdcpy.closed_loop.ClosedLoop property)

I

incommensurate_gk() (in module tdcpy.stability.discretization_heuristic) index_exceeds_one (tdcpy.stability.characteristic_roots.RootsInfo attribute) init_logger() (in module tdcpy) interconnect() (in module tdcpy.common.composition) (in module tdcpy.controller) interconnect2() (in module tdcpy.controller) interconnect3() (in module tdcpy.controller) is_compressed (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) is_delay_difference_equation (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property)

is_essentially_neutral (tdcpy.ddae.DDAE property) is_essentially_retarded (tdcpy.ddae.DDAE property) is_logical (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) is_lti (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) is_normalized_delay_difference_equation (tdcpy.ddae.DDAE property) is_real (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) is_sorted (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property)

K

K (tdcpy.closed_loop.ClosedLoop property)

L

l2_func() (in module tdcpy.stability.gamma_r)

lower_bound() (in module tdcpy.stability.bounds)

M

M (tdcpy.stability.characteristic_roots.RightmostRootInfo attribute) (tdcpy.stability.gamma_r.GammaInfo attribute) mA (tdcpy.base.TDSBase property) (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) max_size_evp_enforced (tdcpy.stability.characteristic_roots.RightmostRootInfo attribute) (tdcpy.stability.characteristic_roots.RootsInfo attribute) mB (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) mC (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) mD (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) mH (tdcpy.ndde.NDDE property) minimize_spectral_abscissa() (in module tdcpy.stabopt.controller_bfgs) mK (tdcpy.closed_loop.ClosedLoop property) module tdcpy tdcpy.base tdcpy.closed_loop tdcpy.common tdcpy.common.closed_loop tdcpy.common.composition tdcpy.common.compress tdcpy.common.delay_difference_equation tdcpy.common.discretization tdcpy.common.quasipoly tdcpy.controller tdcpy.dae tdcpy.ddae tdcpy.gamma tdcpy.ndde tdcpy.plot tdcpy.plot.discretization_animation tdcpy.plot.eigenvalues tdcpy.rdde tdcpy.roots tdcpy.spectral_abscissa tdcpy.stability tdcpy.stability.bounds tdcpy.stability.characteristic_roots tdcpy.stability.discretization_heuristic tdcpy.stability.gamma_r tdcpy.stability.newton tdcpy.stability.spectral_abscissa tdcpy.stabopt tdcpy.stabopt.controller_bfgs tdcpy.stabopt.gradients tdcpy.stabopt.utils tdcpy.zeros

N

n (tdcpy.base.TDSBase property) (tdcpy.closed_loop.ClosedLoop property) (tdcpy.dae.DAE property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) n_controller_inputs (tdcpy.closed_loop.ClosedLoop property) n_controller_outputs (tdcpy.closed_loop.ClosedLoop property) n_inputs (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property)

n_outputs (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) (tdcpy.rdde.RDDE property) NDDE (class in tdcpy.ndde) ndde_to_diff() (in module tdcpy.common.delay_difference_equation) newton_correction() (in module tdcpy.stability.newton) newton_final_values (tdcpy.stability.characteristic_roots.RootsInfo attribute) newton_inital_guesses (tdcpy.stability.characteristic_roots.RootsInfo attribute) newton_large_corrections (tdcpy.stability.characteristic_roots.RootsInfo attribute) newton_residuals (tdcpy.stability.characteristic_roots.RootsInfo attribute) newton_unconverged_initial_guesses (tdcpy.stability.characteristic_roots.RootsInfo attribute) normalize_diff() (in module tdcpy.common.delay_difference_equation)

Q

qp_to_ndde() (in module tdcpy.common.quasipoly)

R

RDDE (class in tdcpy.rdde) rho_normalized_diff() (in module tdcpy.stability.gamma_r) rightmost_root() (in module tdcpy.stability.characteristic_roots) RightmostRootInfo (class in tdcpy.stability.characteristic_roots)

root_options (tdcpy.stability.spectral_abscissa.CdRootProblem attribute) roots() (in module tdcpy.roots) roots_ddae() (in module tdcpy.stability.characteristic_roots) RootsInfo (class in tdcpy.stability.characteristic_roots)

S

s (tdcpy.stability.gamma_r.GammaInfo attribute) sa() (in module tdcpy.spectral_abscissa) sort() (tdcpy.ddae.DDAE method) (tdcpy.ndde.NDDE method) (tdcpy.rdde.RDDE method) sort_matrices_delays() (in module tdcpy.common.compress) sort_qp() (in module tdcpy.common.quasipoly)

spectral_abscissa() (in module tdcpy.spectral_abscissa) (in module tdcpy.stability.spectral_abscissa) spectral_abscissa_diff() (in module tdcpy.spectral_abscissa) (in module tdcpy.stability.spectral_abscissa) strong_sa() (in module tdcpy.spectral_abscissa) strong_spectral_abscissa() (in module tdcpy.spectral_abscissa) system (tdcpy.closed_loop.ClosedLoop property)

T

tdcpy module tdcpy.base module tdcpy.closed_loop module tdcpy.common module tdcpy.common.closed_loop module tdcpy.common.composition module tdcpy.common.compress module tdcpy.common.delay_difference_equation module tdcpy.common.discretization module tdcpy.common.quasipoly module tdcpy.controller module tdcpy.dae module tdcpy.ddae module tdcpy.gamma module tdcpy.ndde module tdcpy.plot module tdcpy.plot.discretization_animation module tdcpy.plot.eigenvalues module

tdcpy.rdde module tdcpy.roots module tdcpy.spectral_abscissa module tdcpy.stability module tdcpy.stability.bounds module tdcpy.stability.characteristic_roots module tdcpy.stability.discretization_heuristic module tdcpy.stability.gamma_r module tdcpy.stability.newton module tdcpy.stability.spectral_abscissa module tdcpy.stabopt module tdcpy.stabopt.controller_bfgs module tdcpy.stabopt.gradients module tdcpy.stabopt.utils module tdcpy.zeros module TDSBase (class in tdcpy.base) th (tdcpy.stability.gamma_r.GammaInfo attribute) theta_generator() (in module tdcpy.stability.gamma_r) to_asymptotic_transfer_function() (tdcpy.ddae.DDAE method) (tdcpy.ndde.NDDE method) to_ddae() (tdcpy.ndde.NDDE method) tol_singular (tdcpy.base.TDSBase attribute)

U

u (tdcpy.stability.characteristic_roots.RightmostRootInfo attribute) (tdcpy.stability.gamma_r.GammaInfo attribute) u_indices (tdcpy.closed_loop.ClosedLoop property)

uE (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property) upper_bound() (in module tdcpy.stability.bounds)

V

v (tdcpy.stability.characteristic_roots.RightmostRootInfo attribute) (tdcpy.stability.gamma_r.GammaInfo attribute)

vE (tdcpy.closed_loop.ClosedLoop property) (tdcpy.ddae.DDAE property) (tdcpy.ndde.NDDE property)

W

w_indices (tdcpy.closed_loop.ClosedLoop property)

Y

y_indices (tdcpy.closed_loop.ClosedLoop property)

Z

z_indices (tdcpy.closed_loop.ClosedLoop property)

zeros() (in module tdcpy.zeros)