Learn more about Model-Based Calibration

CreateBoundary - Create boundary model

Syntax

B = mbcboundary.CreateBoundary(Type,Inputs)
B = mbcboundary.CreateBoundary(Type,Inputs,Property,Value,...)
B = CreateBoundary(Tree)
B = CreateBoundary(Tree,Type)
B = CreateBoundary(Tree,Type,Property,Value,...)
newboundary = CreateBoundary(B,Type)
newboundary = CreateBoundary(B,Type,Property,Value,...)

Description

B = mbcboundary.CreateBoundary(Type,Inputs) This syntax is a static package function that creates an mbcboundary.Model object (B) of the specified Type, where Inputs is an mbcmodel.modelinput object. Use this function to create a new boundary model object independent of any project. See Fit for an alternative.

B = mbcboundary.CreateBoundary(Type,Inputs,Property,Value,...) creates a boundary with the specified properties. Properties depend on the boundary model type.

You can use getAlternativeTypes to get a list of valid model types, or see Type (for boundary models). Spaces and case in Type are ignored.

CreateBoundary is also a method of mbcboundary.Tree. Use the method to create a new boundary model within a project.

B = CreateBoundary(Tree) creates a new boundary model, B, from the mbcboundary.Tree object, Tree. The method uses the test plan inputs to define the boundary model inputs. You must call Addto add the new model to the tree.

B = CreateBoundary(Tree,Type) creates a new boundary model, B of the specified Type.

B = CreateBoundary(Tree,Type,Property,Value,...) creates a boundary with the specified properties.

CreateBoundary is also a method of mbcboundary.AbstractBoundary and all its subclasses. Use the method to create a new boundary model from an existing boundary model.

newboundary = CreateBoundary(B,Type) creates a new boundary model, newboundary, with the same inputs as the current boundary model B. You can get a list of valid types with getAlternativeTypes.

newboundary = CreateBoundary(B,Type,Property,Value,...) creates a new boundary model with specified properties.

Examples

You can create a boundary model outside of a project in either of the following ways:

B = mbcboundary.Fit(Data,Type);

B = mbcboundary.CreateBoundary(Type,Inputs)

To create a new boundary model within a project:

Tree = testplan.Boundary
B = CreateBoundary(Tree)

This creates a new boundary model, B, from the mbcboundary.Tree object, Tree. The method uses the test plan inputs to define the boundary model inputs.

To create a star-shaped global boundary model for a testplan:

B = CreateBoundary(testplan.Boundary.Global,'Star-shaped');

Call Add to add the boundary model to the tree. .

To add the boundary model to the test plan, and fit the boundary model:

B = Add(testplan.Boundary.Global,B);

The best boundary model for the tree includes this boundary model.

To create boundary models for a point-by-point test plan:

B = TP.Boundary.Local.CreateBoundary('Point-by-point');
% Use convex hull type for the local boundaries
B.LocalModel = CreateBoundary(B.LocalModel,'Convex hull');
% Add point-by-point boundary model to project.
TP.Boundary.Local.Add(B);

See Also

Boundary Models, Type (for boundary models), Fit, getAlternativeTypes, mbcboundary.Model, mbcboundary.Tree

CreateAlternativeModels

CreateCandidateSet

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