SignalIntegritySimulation

Return simulation object of given Signal Integrity Toolbox sheet object

Since R2023a

Description

The SignalIntegritySimulation class object returns the simulation object from a given SignalIntegritySheet object or SignalIntegrityState object. You can get any specific simulation in the sheet or all the simulations in the sheet.

Creation

Syntax

sim=sh.Simulations(i)

sim=sh.Simulations

Description

sim=sh.Simulations(i) returns a SignalIntegritySimulation class object corresponding to the i-th simulation of the SignalIntegritySheet object sh.

sim=sh.Simulations returns the SignalIntegritySimulation class objects corresponding to all the simulations of the SignalIntegritySheet object sh.

Properties

Name — Name of simulation

string

Name of the simulation, specified as a string.

Transfer — Name of transfer net

string

Name of the transfer net, specified as a string.

Results — Results of simulations

table

Results of the simulations, specified as a [Nx(M+4)] table. N and M represent the number of simulations and the number of result variables, respectively.

Waveforms — Objects representing all waveforms in current simulation

class object

SignalIntegrityWaveform object(s) representing all the waveforms in the current simulation being observed, specified as a [1xN] class object. N represents the number of waveforms.

ParentSheet — Parent sheet object

class object

SignalIntegritySheet object representing the parent interface, specified as a class object.

ParentState — Parent state object

class object

SignalIntegrityState object representing the parent state, specified as a class object.

ProjectFolder — Full path to project folder

string

Full path to the project folder, specified as a string.

Number — Simulation number

positive integer

Simulation number used for indexing, specified as a positive integer.

InterfaceName — Name of simulation interface

string

Name of the interface to which the simulation belongs, specified as a string.

Version History

Introduced in R2023a