MPhys DVGeo Component

class pygeo.mphys.mphys_dvgeo.OM_DVGEOCOMP(*args, **kwargs)[source]

Set up a geometry component with either 1 DVGeo or multiple DVGeos.

A single DVGeo are initialized by specifying its file and type and, optionally, additional options. Available options can be found in the specific DVGeometry class.

Multiple DVGeos are initialized in a dictionary of these values and must have a unique name. The format is:

>>> DVGeoInfo = {
>>>     "name1": {"file": file1, "type": type1, "options": options1}
>>>     "name2": {"file": file2, "type": type2, "options": options2}
>>> }

The two setup methods cannot currently be used together.

nom_addGlobalDV(dvName, value, func, childName=None, isComposite=False, DVGeoName=None)[source]

Add a global design variable to the DVGeo object. This is a wrapper for the DVGeo.addGlobalDV method.

Parameters:

dvNamestr: See addGlobalDV
valuefloat, or iterable list of floats: See addGlobalDV
funcpython function: See addGlobalDV
childNamestr, optional: Name of the child FFD, if this DV is for a child FFD.
isCompositebool, optional: Whether this DV is to be included in the composite DVs, by default False
DVGeoNamestring, optional: The name of the DVGeo to return, necessary if there are multiple DVGeo objects

Raises:

RuntimeError: Raised if the underlying DVGeo object is not an FFD

nom_addLocalSectionDV(dvName, secIndex, childName=None, axis=1, pointSelect=None, volList=None, orient0=None, orient2='svd', config=None, DVGeoName=None)[source]

Add one or more section local design variables to the DVGeometry object Wrapper for addLocalSectionDV Input parameters are identical to those in wrapped function unless otherwise specified

Parameters:

dvNamestr: Name to give this design variable
secIndexchar or list of chars: See wrapped
childNamestr, optional: Name of the child FFD, if this DV is for a child FFD.
axisint, optional: See wrapped
pointSelectpointSelect object, optional: See wrapped
volListlist, optional: See wrapped
orient0orientation, optional: See wrapped
orient2str, optional: See wrapped
configstr or list, optional: See wrapped
DVGeoNamestring, optional: The name of the DVGeo to return, necessary if there are multiple DVGeo objects

Returns:

nVal, int: number of local section DVs

Raises:

RuntimeError: Raised if the underlying DVGeo parameterization is not FFD-based

nom_addProjectedAreaConstraint(name, axis, scaled=True, surface_name='default', DVGeoName='default', compNames=None)[source]

Add a DVCon projected area constraint to the problem Wrapper for addProjectedAreaConstraint Input parameters are identical to those in wrapped function unless otherwise specified

Parameters:

name: See wrapped
axis: See wrapped
scaledbool, optional: See wrapped
surface_namestr, optional: See wrapped
DVGeoNamestr, optional: See wrapped
compNameslist, optional: See wrapped

nom_addShapeFunctionDV(dvName, shapes, childName=None, config=None, DVGeoName=None)[source]

Add one or more local shape function design variables to the DVGeometry object Wrapper for addShapeFunctionDV Input parameters are identical to those in wrapped function unless otherwise specified

Parameters:

dvNamestr: Name to give this design variable
shapeslist of dictionaries, or a single dictionary: See wrapped
childNamestr, optional: Name of the child FFD, if this DV is for a child FFD.
configstr or list, optional: See wrapped
DVGeoNamestring, optional: The name of the DVGeo to return, necessary if there are multiple DVGeo objects

Returns:

Nint: The number of design variables added.

Raises:

RuntimeError: Raised if the underlying DVGeo parameterization is not FFD-based

nom_addSurfaceAreaConstraint(name, scaled=True, surfaceName='default', DVGeoName='default', compNames=None)[source]

Add a DVCon surface area constraint to the problem Wrapper for addSurfaceAreaConstraint Input parameters are identical to those in wrapped function unless otherwise specified

Parameters:

name: See wrapped
scaledbool, optional: See wrapped
surfaceNamestr, optional: See wrapped
DVGeoNamestr, optional: See wrapped
compNameslist, optional: See wrapped

nom_addVolumeConstraint(name, leList, teList, nSpan=10, nChord=10, scaled=True, surfaceName='default', DVGeoName='default', compNames=None)[source]

Add a DVCon volume constraint to the problem Wrapper for addVolumeConstraint Input parameters are identical to those in wrapped function unless otherwise specified

Parameters:

name: See wrapped
leList: See wrapped
teList: See wrapped
nSpanint, optional: See wrapped
nChordint, optional: See wrapped
scaledbool, optional: See wrapped
surfaceNamestr, optional: See wrapped
DVGeoNamestr, optional: See wrapped
compNameslist, optional: See wrapped

nom_getDVCon()[source]

Gets the DVConstraints object held in the geometry component so DVCon methods can be called directly on it

Returns:

self.DVCon, DVConstraints object: DVConstraints object held by this geometry component

nom_getDVGeo(childName=None, DVGeoName=None)[source]

Gets the DVGeometry object held in the geometry component so DVGeo methods can be called directly on it

Parameters:

DVGeoNamestring, optional: The name of the DVGeo to return, necessary if there are multiple DVGeo objects
childNamestr, optional: Name of the child FFD, if you want a child DVGeo returned

Returns:

DVGeometry object: DVGeometry object held by this geometry component