N2PNode#

class NaxToPy.Core.Classes.N2PNode.N2PNode(info, model_father)[source]#

Bases: object

Class with the information of a node/grid.

ID#: int.

PartID#: str.

AnalysisCoordSys#: int.

PositionCoordSys#: int.

GlobalCoords#: tuple.

LocalCoords#: tuple.

X#: float.

Y#: float.

Z#: float.

Term1#: float.

Term2#: float.

Term3#: float.

SPCNode#: int.

property AnalysisCoordSys: int#: Returns the out_coord_sys of the node/grid.

property Connectivity: list[N2PElement, N2PConnector, ...]#: Returns the N2PElements and N2PConnector that the node is connected to

property GlobalCoords: tuple[float]#: Returns the global coordinates of the node/grid.

property ID: int#: Returns the id (which the solver uses) of the node/grid.

property InternalID: int#: Returns the VTKindice of the node/grid.

property LocalCoords: tuple[float]#: Returns the local coordinates of the node/grid.

property PartID: str#: Returns the partID of the node/grid.

property PositionCoordSys: int#: Returns the in_coord_sys of the node/grid.

property SPCNode: int#: Returns the constr_flag of the node/grid.

property Term1: float#: Returns the first cordinate of the local system of the node/grid.

property Term2: float#: Returns the second cordinate of the local system of the node/grid.

property Term3: float#: Returns the third cordinate of the local system of the node/grid.

property UserSystemArray: list[float, ...]#

Returns list with the position of the three vectors that define the user system of the node: [x1, x2, x3, y1, y2, y3, z1, z2, z3]

If no user systems for nodes are defined yet, it returns None.

property X: float#: Returns the x coordinate of the node/grid.

property Y: float#: Returns the y coordinate of the node/grid.

property Z: float#: Returns the z coordinate of the node/grid.