nodeResponse#
- Model.nodeResponse(node, dof, response)#
Return the response at a specified node and degree of freedom.
- Parameters:
- node: integer
The tag of the Node whose response is sought.
- dof: integer
The degree of freedom at the node (between 1 and
Model.ndf, inclusive).- response: str
The type of response to return, such as “displacement”, “velocity”, “acceleration”, etc.
- Returns:
A float representing the requested response at the specified node and degree of freedom.
- nodeResponse node? dof? response?
The following table lists the available responses that can be requested:
Name |
Description |
|---|---|
displacement |
Translational part of the displacement field |
rotation |
Rotational part of the displacement field |
velocity |
Translational part of the velocity field |
angularVelocity |
Rotational part of the velocity field |
acceleration |
Translational part of the acceleration field |
angularAcceleration |
Rotational part of the acceleration field |
reactionForce |
Translational part of the reaction field |
reactionMoment |
Rotational part of the reaction field |
reactionForceIncludingInertia |
Translational part of the reaction field with inertia terms |
reactionMomentIncludingInertia |
Rotational part of the reaction field with inertia terms |
rayleighForce |
Translational part of the damping force field |
rayleighMoment |
Rotational part of the damping force field |
unbalancedForce |
Translational part of the unbalanced force field |
unbalancedForceIncludingInertia |
Translational part of the unbalanced force field with inertia terms |
unbalancedMoment |
Rotational part of the unbalanced force field |
unbalancedMomentIncludingInertia |
Rotational part of the unbalanced force field with inertia terms |
pressure |
Pore pressure field |
modesOfVibration |
Translational part of the eigenvector fields (all modes are recorded) |
modesOfVibrationRotational |
Rotational part of the eigenvector fields (all modes are recorded) |