Simulate the response of a system to a unit-step input:

Compute a symbolic solution:

Compute the response of a state-space model:

Compute the state response:

Specify initial conditions:

The response starts from the specified values:

The response of a multiple-input system:

If fewer signals are specified, default values that are usually 0 are chosen for the remaining inputs:

For discrete-time systems, the input signal is a discrete sequence:

An input sequence can be generated from a time specification:

The input sequence is generated taking the sampling period of the system into consideration:

Specifying the input sequence directly gives the same result:

They are indeed the same:

The response of a transfer-function model to a sinusoid:

Simulate it numerically:

They are the same:

The response of a state-space model to a unit-step input:

The response of a delay model to a sinusoid:

The response of the system with no delays:

Compare the two responses:

The response of a descriptor model to a unit-step input:

The response of an affine state-space model:

A nonlinear state-space model:

A discrete input-output model:

A sampler model:

A holder model:

A systems connections model:

Obtain the responses of the subsystems of a sampled data system:

Plot them:

Compute a single property:

Compute a list of properties:

Compute the data object first:

Obtain properties from the data object:

List computable properties:

Obtain all properties as an association:

Obtain all properties as a dataset:

The state response:

The state response as an association:

Obtain the state response of the fourth subsystem:

The output response:

The output response as an association:

The output response of the subsystems:

The output response of the subsystems as an association:

The outputs of the fifth subsystem: