control0.2.5 package

State-space matrices check.

Pole placement gain selection using Ackermann's formula

Append the dynamics of a set of systems

Bode Frequency Response for continuous-time Linear Systems.

Continuous Time model conversion to Discrete Time model.

Continuous-time Algebraic Riccati Equation solution

Closed Feedback Loops

Block diagram interconnections of dynamic systems

Form Controllability Matrix

Damping and Natural Frequencies for Continuous Systems

DC Gain

Sort Complex Continuous Eigenvalues in Descending Order

Feedback Connection of LTI systems

Low level frequency response function

Generate periodic signal

Complex Givens Rotation

Impulse Response for Linear Systems

Initial Condition Response for Linear Systems

SISO / MIMO Check

Time response of a Linear system

Plot time response of an LTI system

LTI frequency response kernel

Time response of a Linear Time-Invariant system

Nyquist Frequency Response for continuous-time Linear Systems.

Observability Matrix

Ordered schur decomposition

Parallel Connection of two systems

Proportional-Integral-Derivative (PID) Controller

Pole placement gain selection

Obtain Poles for a System

Print Polynomial

Subtracting Polynomials

Ramp Response for Linear Time-Invariant Systems

Select/Remove Subsystem in State-space Model

Series Connection of two systems

Create State-space Model.

State-space model conversion to Transfer function model.

State-space representation to zero-pole-gain representation

Retrieve State-space data

Step Response for Linear Systems

Create Transfer function Model.

Transfer function model conversion to State-space model.

Transfer function model conversion to Zero-Pole-Gain model.

Transfer function check.

Retrieve Transfer function data

Evaluate Transfer function Expressions

Convert Zero-Pole-Gain Model to State-Space Model

Zero-pole-gain model conversion to Transfer function model

Create Zero-Pole-Gain Model.

Retrieve zero-pole data from LTI system object