Visual Reactive Class "Decoration"

Visual.OperatorData

Visual.OperatorData.fromNumerics `Static`

(n, ax=[])

FROMNUMERICS Construct a Visual.OperatorData from a Numerics.OperatorData.

Visual.OperatorData.OperatorData

(T=[], name=[], arglist=[], ax=[])

Visual.OperatorData.toNumerics

()

TONUMERICS Strip visual state and return a Numerics.OperatorData.

Visual.OperatorData.plot

(ax=gca)

Visual.VisualReactive

Visual.VisualReactive.ax `SetObservable`

ax = []

Visual.VisualReactive.phandles

phandles = gobjects(0)

Visual.VisualReactive.cla

()

Visual.VisualReactive.update_plot

()

Visual.VisualReactive.delete

()

Visual.CIM

Visual.CIM.fromNumerics `Static`

(n, ax=[])

FROMNUMERICS Construct a Visual.CIM from a Numerics.CIM.

Converts all sub-components to their Visual counterparts and preserves already-computed sample and result state so that no recomputation is needed after conversion.

Usage

v = Visual.CIM.fromNumerics(n); % no axes v = Visual.CIM.fromNumerics(n, ax); % attach to axes

Visual.CIM.CIM

(OperatorData=Visual.OperatorData(), Contour=Visual.Contour.Circle(), RealizationData=Visual.RealizationData(), ax=[])

Visual.CIM.toNumerics

()

TONUMERICS Strip visual state and return a Numerics.CIM.

The returned object preserves all computed sample data and results so no recomputation is needed. Suitable for use in parfor or other contexts where graphics handles must not be present.

Visual.CIM.update_plot

()

Visual.CIM.plot

(ax=gca)

Visual.ResultData

Visual.ResultData.fromNumerics `Static`

(n, ax=[])

FROMNUMERICS Construct a Visual.ResultData from a Numerics.ResultData.

Visual.ResultData.ResultData

(Db=[], Ds=[], B=[], BB=[], C=[], CC=[], X=[], Sigma=[], Y=[], ew=[], rev=[], lev=[], ax=[])

Visual.ResultData.toNumerics

()

TONUMERICS Strip visual state and return a Numerics.ResultData.

Visual.ResultData.plot_eigenvalues

(ax=gca)

Visual.ResultData.plot_singularvalues

(ax=gca)

Visual.ResultData.plot

(ax=gca)

Visual.SampleData

Visual.SampleData.fromNumerics `Static`

(n, ax=[])

FROMNUMERICS Construct a Visual.SampleData from a Numerics.SampleData.

Visual.SampleData.SampleData

(OperatorData=Visual.OperatorData(), Contour=Visual.Contour.Circle(), ell=OperatorData.n, r=OperatorData.n, ax=[])

Visual.SampleData.toNumerics

()

TONUMERICS Strip visual state and return a Numerics.SampleData.

Visual.SampleData.update_plot

()

Visual.SampleData.plot

(ax=gca)

Visual.ModalTruncation

MODALTRUNCATION Visual wrapper for modal truncation with reactive plotting

Extends Numerics.ModalTruncation with visualization capabilities. Plots eigenvalues and contour for the region approximation.

Visual.ModalTruncation.fromNumerics `Static`

(n, ax=[])

FROMNUMERICS Construct a Visual.ModalTruncation from a Numerics.ModalTruncation.

Visual.ModalTruncation.ModalTruncation

(H, Contour=Visual.Contour.Circle(), RealizationData=Visual.RealizationData(), ax=[])

Constructor for Visual.ModalTruncation

Inputs

H - Transfer function handle (required) Contour - Any Visual.Contour.* object (default: Circle) RealizationData - Visual.RealizationData (default: new instance) ax - Axes handle for plotting (default: [])

Input arguments:

H –

Transfer function handle
Contour –
RealizationData –
ax –

Visual.ModalTruncation.toNumerics

()

TONUMERICS Strip visual state and return a Numerics.ModalTruncation.

Visual.ModalTruncation.update_plot

()

Visual.ModalTruncation.plot

(ax=gca)

Plot the modal truncation (eigenvalues and contour)

Visual.RealizationData

Visual.RealizationData.fromNumerics `Static`

(n, ax=[])

FROMNUMERICS Construct a Visual.RealizationData from a Numerics.RealizationData.

Visual.RealizationData.RealizationData

(ComputationalMode=Numerics.ComputationalMode.Hankel, InterpolationData=[], RealizationSize=[], ranktol=NaN, ax=[])

Visual.RealizationData.toNumerics

()

TONUMERICS Strip visual state and return a Numerics.RealizationData.

Visual.RealizationData.plot

(ax=gca)

Visual.RealizationData.RealizationDataChanged

()

Visual.copyMatchingProperties

(src, dst, exclude=string.empty)

COPYMATCHINGPROPERTIES Copy shared public properties from src to dst.

Copies every publicly readable, non-dependent property of src that also exists as a publicly settable property in dst, skipping names listed in exclude. Properties that exist only in one class (e.g. Visual-only ax, phandles, plot_quadrature) are silently ignored.