different.
corner data：
If corner data is available, the Use corner data option is enabled. If you activate the option, HyperView displays color bands by interpolating available corner results within each element. A discontinuity of the result distribution across element boundaries can be seen. variation
The relative difference at a node from corresponding corner values with respect to the value range from all nodes in the selected components.
If the variation in the results is smaller than the specified percentage, HyperView will average the corner results to the nodes. If the variation is larger than the specified percentage, HyperView will keep the discontinuity of the results.
Element Reference Type Solid
System Global
Projection Rule N/A
All corresponding tensors and vectors are transformed to the global coordinate system and then a component or invariant is averaged as explained above.
Analysis ElementalN/A All corresponding tensors and vectors are left in their original coordinate system (no
transformation occurs) and then a component or invariant is averaged as explained above. In this case, each participating element result can be in a different
system. Simple averaging for components ignores variations in systems. Since invariance does not depend on the coordinate system, all reference systems will produce the same results for invariants.
N/A All corresponding tensors and vectors are transformed to the elemental coordinate system and then a component or invariant is averaged as explained above. In this case, each participating
User-defined N/A
Shell
Global
ON
element result can also be in a different system. Simple averaging for components ignores variations in systems. Since invariance does not depend on the coordinate system, all reference systems will produce the same results for invariants.
All corresponding tensors and vectors are transformed to the user-defined coordinate system and then a component or invariant is averaged as explained above.
All corresponding tensors and vectors are transformed to the projected system (following the projection rule) of the participating elements and then the component or invariants are averaged as explained above.
As a result, even if the reference
Analysissystem is the same, the projected systems in participating elements can be different. Simple averaging for components ignores variations in systems.
OFF
All corresponding tensors and vectors are transformed to the global coordinate system and a component or invariant is then averaged as explained above.
N/A
All corresponding tensors and vectors are left in their original coordinate system (no
transformation occurs) and then a component or invariant is averaged as explained above. In this case, each participating element result could be in a different system. Simple averaging for components ignores variations in
systems. Since invariance does
