structure node list command
Syntax
- structure node list keyword <range>
Primary keywords:
apply connectivity damping-local displacement fixity fix-local unbalanced-force link mass position stiffness system-local system-surface velocity
Show information about structural element nodes in the range.
- apply <keyword>
list values of applied conditions on the node. One of the following keywords can be supplied to specify which apply condition is listed.
- force
applied force on the node in the local system. This is the default if no keyword is specified.
- moment
applied moments on the node in the local system
- connectivity
lists the component-id numbers of all elements that are connected to this node
- damping-local
local-damping factor of the node
- displacement <keyword>
list both the translation and rotational (angular) displacements of the node. The following keywords, if present, allow the selection of the coordinate system these are displayed in:
- global
displays values in the global coordinate system
- local
displays values in the local coordinate system; this is the default if not specified
- fixity
velocity fixity in terms of nodal local coordinate system
- fix-local
fixity state of node-local coordinate system
- unbalanced-force
unbalanced force and moment is displayed in terms of the nodal local coordinate system
- link
lists the component-id numbers of any links that are attached to the node
- mass
translational and rotational (angular) components are displayed in terms of the nodal local coordinate system
- position <keyword>
position of the nodes in the range. There are two different position values possible; the following keywords (if present) allow you to select which position is displayed. By default, the reference position is used.
- current
the current position of the node, which is updated from the starting (or reference) position even in small strain mode
- reference
the reference position of the node, which is updated only in large-strain mode. In small-strain mode, this is the starting location of the node and does not change.
- stiffness
translational and rotational (angular) components are displayed in terms of the nodal local coordinate system
- system-local
the directions of the local coordinate system used by the nodes are displayed
- system-surface
the directions of the surface coordinate system used during stress recovery are displayed. This is calculated with the
structure shell recover surface,structure geogrid recover surface, orstructure liner recover surfacecommands.
- velocity <keyword>
translational and rotational (angular) velocities are in terms of the global or nodal local (default) coordinate systems. The following keywords, if present, allow the selection of the coordinate system these are displayed in:
- global
displays values in the global coordinate system
- local
displays values in the local coordinate system; this is the default if not specified
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