First of all, thank you very much for the reply entitled "how to post plot the attachment model" that I posted recently.
Here is another problem or feature request.
The attachment model (TPH.post.msh and TPH.post.res) contains 3 types of element type at the same time, i.e. tetrahedron, prism and hexahedron. I want to create element centered vector plots at the same time. How do I do this?
If this feature is not currently available, please add it.
Simultaneous element centered vector plot if different element types exist.
Moderator: GiD Team
Simultaneous element centered vector plot if different element types exist.
- Attachments
-
- TPH.post.zip
- (948 Bytes) Downloaded 233 times
Re: Simultaneous element centered vector plot if different element types exist.
The problem is that you are defining different result names for each element type, and different 1-gauss points name definitions.
Result "someVectors at Hexahedra Center" "root" 0 Vector OnGaussPoints "Hexahedra"
Result "someVectors at Tetrahedra Center" "root" 0 Vector OnGaussPoints "Tetrahedra"
Result "someVectors at Prism Center" "root" 0 Vector OnGaussPoints "Prism"
Then if you draw a result name, the other result name is not drawn.
with different results, the only option to be drawn together is to use
Window->Several results...
one over another
and select draw vectors of a result, then other, then other.
and to finish set again 'one by one' as usual
But the good solution is to simply write in the .post.res a result with a single name like ""someVectors at Center" for tetras, hexas, prisms with the gauss-points default definition using our keyname "GP_ELEMENT_1", valid for all kind of elements (see https://gidsimulation.atlassian.net/wik ... uss+Points)
then your .post.res is more simple, removing the unused blocks GaussPoints/End GaussPoints of definition of gauss points
Result "someVectors at Center" "root" 0 Vector OnGaussPoints "GP_ELEMENT_1"
ComponentNames "X-component" "Y-Component" "Z-component"
Values
11 3.571428571e+01 0.000000000e+00 -1.421085472e-14
12 3.571428571e+01 7.105427358e-15 0.000000000e+00
13 3.571428571e+01 2.131628207e-14 1.421085472e-14
14 3.571428571e+01 0.000000000e+00 0.000000000e+00
15 3.571428571e+01 -1.065814104e-14 2.131628207e-14
16 3.571428571e+01 1.065814104e-14 7.105427358e-15
17 3.571428571e+01 0.000000000e+00 -7.105427358e-15
18 3.571428571e+01 -2.131628207e-14 -7.105427358e-15
End Values
I attach the file modified: and a picture with the vectors on all elements simultaneously, because is a single result name
Result "someVectors at Hexahedra Center" "root" 0 Vector OnGaussPoints "Hexahedra"
Result "someVectors at Tetrahedra Center" "root" 0 Vector OnGaussPoints "Tetrahedra"
Result "someVectors at Prism Center" "root" 0 Vector OnGaussPoints "Prism"
Then if you draw a result name, the other result name is not drawn.
with different results, the only option to be drawn together is to use
Window->Several results...
one over another
and select draw vectors of a result, then other, then other.
and to finish set again 'one by one' as usual
But the good solution is to simply write in the .post.res a result with a single name like ""someVectors at Center" for tetras, hexas, prisms with the gauss-points default definition using our keyname "GP_ELEMENT_1", valid for all kind of elements (see https://gidsimulation.atlassian.net/wik ... uss+Points)
then your .post.res is more simple, removing the unused blocks GaussPoints/End GaussPoints of definition of gauss points
Result "someVectors at Center" "root" 0 Vector OnGaussPoints "GP_ELEMENT_1"
ComponentNames "X-component" "Y-Component" "Z-component"
Values
11 3.571428571e+01 0.000000000e+00 -1.421085472e-14
12 3.571428571e+01 7.105427358e-15 0.000000000e+00
13 3.571428571e+01 2.131628207e-14 1.421085472e-14
14 3.571428571e+01 0.000000000e+00 0.000000000e+00
15 3.571428571e+01 -1.065814104e-14 2.131628207e-14
16 3.571428571e+01 1.065814104e-14 7.105427358e-15
17 3.571428571e+01 0.000000000e+00 -7.105427358e-15
18 3.571428571e+01 -2.131628207e-14 -7.105427358e-15
End Values
I attach the file modified: and a picture with the vectors on all elements simultaneously, because is a single result name
Re: Simultaneous element centered vector plot if different element types exist.
Thanks for the nice reply. But I encountered another problem.
When drawn using GiD16.1.6d, some of the line segments showing are not visible, as shown in the figure.
When drawn using GiD16.1.6d, some of the line segments showing are not visible, as shown in the figure.
Re: Simultaneous element centered vector plot if different element types exist.
Thanks for the bug report.
This is a known bug of this version 16.1.6d calculating boundary meshes mixing some element types.
It is only a visualization issue.
We have been solved some time ago, but the version 16.1.7d is already not published.
This is a known bug of this version 16.1.6d calculating boundary meshes mixing some element types.
It is only a visualization issue.
We have been solved some time ago, but the version 16.1.7d is already not published.