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getAlternativeTypes - Alternative model or design types

Syntax

list = getAlternativeTypes(Model) list = getAlternativeTypes(Boundary) list = getAlternativeTypes(Design) list = getAlternativeTypes(Design,Style) list = getAlternativeTypes(DesignGenerator) list = getAlternativeTypes(DesignGenerator,Style) list = getAlternativeTypes(CandidateSet) list = getAlternativeTypes(DesignConstraint)

Description

This is a method of

mbcmodel.model
All the boundary model objects: mbcboundary.AbstractBoundary and all its subclasses.
All the design objects: mbcdoe.design, mbcdoe.generator, mbcdoe.candidateset, and mbcdoe.designconstraint.

Models

list = getAlternativeTypes(Model) returns a cell array of alternative model types with the same number of inputs as Model.

Boundary Models

list = getAlternativeTypes(Boundary) returns a list of boundary model types that you can use as alternative boundary model types for the current boundary model.

Designs

list = getAlternativeTypes(Design) returns a list of design types, which you can use as alternative designs for current design.

list = getAlternativeTypes(Design,Style) returns a list of design types of the specified style. The design style requires a type of 'Space-Filling', 'Classical' or 'Optimal'.

Design Generators

list = getAlternativeTypes(DesignGenerator) returns a list of design generator types that you can use as alternative designs for current design generator.

list = getAlternativeTypes(DesignGenerator,Style) returns a list of design generator types of the specified style. The design generator style requires a type of 'Candidate Set','Space-Filling', 'Classical' or 'Optimal'.

Design Candidate Sets

list = getAlternativeTypes(CandidateSet) is a list of candidate set types that you can use as alternative candidate sets for the current candidate set. You can obtain the candidate set from an optimal design generator or by using mbcdoe.design.CreateCandidateSet.

Design Constraints

list = getAlternativeTypes(DesignConstraint) returns a list of design constraint types.

Examples

mdl = mbcmodel.CreateModel('RBF', 2);
altmodels = getAlternativeTypes(mdl)

This produces the output:

altmodels = 

 Columns 1 through 6

  'Polynomial' 'Hybrid Spline' 'RBF' 'Polynomial-RBF'
  'Hybrid Spline-RBF' 'Multiple Linear'

 Columns 7 through 8

  'Neural Network' 'Transient'