Reference page for AxialGeometryExtruder

Contents

Summary

AxialGeometryExtruder methods: AxialGeometryExtruder - is a class. extrude - AxialGeometryExtruder/extrude is a function. extrude_flat - AxialGeometryExtruder/extrude_flat is a function. extrude_surface_along_symmetry_boundary - AxialGeometryExtruder/extrude_surface_along_symmetry_boundary is a function. initialize_3D_points - AxialGeometryExtruder/initialize_3D_points is a function. transform_initial_points - AxialGeometryExtruder/transform_initial_points is a function. Documentation for AxialGeometryExtruder doc AxialGeometryExtruder


PROPERTIES


METHODS

Class methods are listed below. Inherited methods are not included.

this = AxialGeometryExtruder(arguments) /this = AxialGeometryExtruder(arguments) is a constructor.

this = AxialGeometryExtruder(geometry, r, a)

AxialGeometryExtruder/this.extrude(arguments) is a function.

Vs = extrude(this, domain, level)

AxialGeometryExtruder/this.extrude_flat(arguments) is a function.

Vs = extrude_flat(this, domain, level, a)

AxialGeometryExtruder/this.extrude_point_along_symmetry_boundary(arguments) is an undocumented builtin AxialGeometryExtruder method.

AxialGeometryExtruder/this.extrude_surface_along_symmetry_boundary(arguments) is a function.

extrude_surface_along_symmetry_boundary(this, surface, r)

AxialGeometryExtruder/this.finalize_initial_surface(arguments) is a function.

finalize_initial_surface(this, snew)

GET Get object properties.

V = GET(H,'PropertyName') returns the value of the specified property for the graphics object with handle H. If H is a vector of handles, then get will return an M-by-1 cell array of values where M is equal to length(H). If 'PropertyName' is replaced by a 1-by-N or N-by-1 cell array of strings containing property names, then GET will return an M-by-N cell array of values.

GET(H) displays the names and current values of all user-*get*table properties for the graphics object with handle H.

V = GET(H) where H is a scalar, returns a structure where each field name is the name of a user-*get*table property of H and each field contains the value of that property.

V = GET(0, 'Factory') V = GET(0, 'Factory<ObjectType.html ObjectType>') V = GET(0, 'Factory<ObjectType.html ObjectType><PropertyName.html PropertyName>') returns for all object types the factory values of all properties which have user-settable default values.

V = GET(H, 'Default') V = GET(H, 'Default<ObjectType.html ObjectType>') V = GET(H, 'Default<ObjectType.html ObjectType><PropertyName.html PropertyName>') returns information about default property values (H must be scalar). 'Default' returns a list of all default property values currently set on H. 'Default<ObjectType.html ObjectType>' returns only the defaults for properties of ObjectType set on H. 'Default<ObjectType.html ObjectType><PropertyName.html PropertyName>' returns the default value for the specific property, by searching the defaults set on H and its ancestors, until that default is found. If no default value for this property has been set on H or any ancestor of H up through the root, then the factory value for that property is returned.

Defaults can not be queried on a descendant of the object, or on the object itself - for example, a value for 'DefaultAxesColor' can not be queried on an axes or an axes child, but can be queried on a figure or on the root.

When using the 'Factory' or 'Default' GET, if PropertyName is omitted then the return value will take the form of a structure in which each field name is a property name and the corresponding value is the value of that property. If PropertyName is specified then a matrix or string value will be returned.

See also SET, RESET, DELETE, GCF, GCA, FIGURE, AXES.

AxialGeometryExtruder/this.initialize_3D_points(arguments) is a function.

initialize_3D_points(this)

AxialGeometryExtruder/this.plot_curves(arguments) is a function.

plot_curves(this, varargin)

AxialGeometryExtruder/this.plot_points(arguments) is a function.

plot_points(this, varargin)

AxialGeometryExtruder/this.transform_initial_points(arguments) is a function.

transform_initial_points(this, r)