result scalar load

<name>

The name of the result scalar plot.

<name>=<value>

The name=value data name and/or attribute pairs that define the relevant data for the plot. For attributes, this can be either the attribute name or ID.

avgboundaries=<true/false>

true - Enables the nodal averaging across the component boundary.

avgfactor=<factor>

Enter a value for the averaging factor.

avgfeatureangle=<true/false>

true - Activate this option to specify the threshold value for elements to be considered as part of the same feature by specifying a Feature angle value.

avgmode=<none/simple/maximum/minimum/advanced/difference>

The averaging method HyperView used to average the results.

complexfilter=<mag/phase/etc.>

Enter mag, phase, real, or imaginary to extract one of those components from a complex number separately.

component = <component>

Enter a data component type. The available components is based on the selected result type.

cornerdata=<true/false>

If corner data is available, enter true to use the Use corner data option, which displays color bands by interpolating available corner results within each element.

displayed=<true/false>

true - Activate this option to load results only on the displayed entities.

envelopetraceplot=<none/subcase/simulation>

Enter an option to track the results from Envelope subcases or simulations.

featureangle=<angle>

Specify the value to be used in the Feature angle averaging calculations.

filtermode=<none/below/above/range>

Specify threshold criteria for processing results only in a specific range.

filtervalue=<value/valuepair>

Specify a numerical value or range of values.

ignoreflippednormals=<true/false>

true - Allows for any modeling discrepancies to be disregarded.

false - Enforce strict adherence to the angle between adjacent element normals.

layer=<layer>

The layer definition.

layerfilter=<layerfilter id / layerfilter label?>

Enter filter ID and value to reduce the layer list.

marked = <true/false>

Enable/disabled marked elements.

projectionrule=<none/xy/xz/yx/yz/zx/zy>

For shell (or planar) elements, results in any 3D coordinate system can be projected onto the element plane. Enter none to not use the projection rule.

showmidnoderesults=<true/false>

Select true to calculate or use mid-side node results when displaying a contour plot.

sset = <sset name>

Enter a selection set name.

system=<analysis/global/elemental/system name>

Enter the coordinate system type that will be used to calculate the results.

topbottom=<top/bottom layer>

Displays the contour of top and bottom layers in the same plot. Specify which layer should be on the top or bottom.

type =<typel>

The result type.

usetracking=<true/false>

If a tracking system has been activated in the Tracking panel, enter true to transform and resolve the results in the activated tracking system.

variation=<true/false>

true averages elemental values to the nodes at the areas where the variation is less than the specified percentage and leaves other areas as they are without averaging.

false averages the elemental values to nodes and the calculated results can be queried at nodes.

Load the following data:

result scalar load Result1 "Displacement, Mag, Analysis System" type="Displacement"

result scalar load Result1 "Stress, vonMises, Extreme, Global System" avgmode="simple" component="vonMises" filtermode=">=" filtervalue="20 0" layer="Extreme" system=global type="Stress"