Sets manager

model.sets.sets_mng.append_nodes_from_line(setTo, line)

Appends the nodes in the specified line to a set of entities

Parameters:
  • setTo – set of entities
  • line – line that contains the nodes
model.sets.sets_mng.append_points(setTo, points)

Appends points to set of entities

Parameters:
  • setTo – set of entities
  • points – list of points [pt1,pt2, …]
model.sets.sets_mng.append_sets(setTo, sets)

Appends other sets to set of entities

Parameters:
  • setTo – base set of entities
  • points – list of sets to be appended [set1,set2, …]
model.sets.sets_mng.getMaxCooNod(setWithNod, cooId)

Return the maximum value of the specified coordinate in the set of nodes

Parameters:
  • setWithNod – set that contains the nodes
  • cooId – identification of the desired coordinate (0 for X coordinate, 1 for Y coord. and 2 for Z coord.
model.sets.sets_mng.getMinCooNod(setWithNod, cooId)

Return the minimum value of the specified coordinate in the set of nodes

Parameters:
  • setWithNod – set that contains the nodes
  • cooId – identification of the desired coordinate (0 for X coordinate, 1 for Y coord. and 2 for Z coord.
model.sets.sets_mng.getSubsetElemOfMat(matType, fromSet, toSetName)

return a subset of fromSet composed by the elements of material matType

Parameters:
  • matType – name of the material of target elements (string)
  • fromSet – set from which to extract the subset
  • toSetName – string to name the created subset
model.sets.sets_mng.getSubsetElemOfType(elemType, fromSet, toSetName)

return a subset of fromSet composed by the elements of type elemType

Parameters:
  • elemType – name of the type of target elements (string)
  • fromSet – set from which to extract the subset
  • toSetName – string to name the created subset
model.sets.sets_mng.getSubsetInside(geomObj, fromSet, toSetName, tol=0.0)

return a subset of fromSet composed by the entities inside the 3D geometric figure geomObj.

Parameters:
  • geomObj – geom object that delimits the subset
  • fromSet – set from which to extract the subset
  • toSetName – string to name the created subset
  • tol – geometric tolerance for the search (defaults to 0.0)
model.sets.sets_mng.get_lines_on_points(setPoints, setLinName, onlyIncluded=True)

return a set of lines (and all the entities of lower rank associated) from a given set of points.

Parameters:setPoints – set of points

:param setLinName : name of the returned set of lines :param onlyIncluded: True to select only lines whose both ends are in the

set of points False to select all lines that ‘touch’ the set of points (defaults to True)
model.sets.sets_mng.get_lstNod_from_lst3DPos(preprocessor, lst3DPos)

return the set of the nearest nodes to the points passed as a list of points (expressed as geom.Pos3d(x,y,z))

model.sets.sets_mng.get_lstNod_on_points_fromSet(setFrom)

return the list of nearest nodes to all the points included in the set of entities ‘setFrom’

model.sets.sets_mng.get_nodes_wire(setBusq, lstPtsWire)

return the subset of nodes from the set setBusq that belong to the line defined by the successive points in list lstPts

model.sets.sets_mng.lstElem_to_set(preprocessor, lstElem, setName)

add the elements in list lstElem to the set named setName. If the set doesn’t exist, the function creates it.

model.sets.sets_mng.lstLin_to_set(preprocessor, lstLin, setName)

add the lines in list lstNod to the set named setName. If the set doesn’t exist, the function creates it.

model.sets.sets_mng.lstNod_to_set(preprocessor, lstNod, setName)

add the nodes in list lstNod to the set named setName. If the set doesn’t exist, the function creates it.

model.sets.sets_mng.setAddOf(setA, setB)

return a new set that has all the entities in setA and setB This function is going to be replaced by the overload of add operator for sets.

model.sets.sets_mng.setElem_to_lst(setElem)

return a list with the elements included in the set setElem

model.sets.sets_mng.setLin_to_lst(setLin)

return a list with the lines included in the set setLin

model.sets.sets_mng.setNod_to_lst(setNod)

return a list with the nodes included in the set setNod

model.sets.sets_mng.setPnt_to_lst(setPnt)

return a list with the points included in set setPnt

model.sets.sets_mng.setSurf_to_lst(setSurf)

return a list with the surfaces included in the set setSurf

model.sets.sets_mng.set_included_in_orthoPrism(preprocessor, setInit, prismBase, prismAxis, setName)

reselect from set setInit those elements included in a orthogonal prism defined by a 2D polygon and the direction of its axis.

Parameters:
  • preprocessor – preprocessor
  • setInit – set of elements to which restrict the search
  • prismBase – 2D polygon that defines the n-sided base of the prism. The vertices of the polygon are defined in global coordinates in the following way: - for X-axis-prism: (y,z) - for Y-axis-prism: (x,z) - for Z-axis-prism: (x,y)
  • prismAxis – axis of the prism (can be equal to ‘X’, ‘Y’, ‘Z’)
  • setName – name of the set to be generated
model.sets.sets_mng.set_not_included_in_orthoPrism(preprocessor, setInit, prismBase, prismAxis, setName)

reselect from set setInit those elements NOT included in a orthogonal prism defined by a 2D polygon and the direction of its axis.

Parameters:
  • preprocessor – preprocessor
  • setInit – set of elements to which restrict the search
  • prismBase – 2D polygon that defines the n-sided base of the prism. The vertices of the polygon are defined in global coordinates in the following way: - for X-axis-prism: (y,z) - for Y-axis-prism: (x,z) - for Z-axis-prism: (x,y)
  • prismAxis – axis of the prism (can be equal to ‘X’, ‘Y’, ‘Z’)
  • setName – name of the set to be generated