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Posted:
4 years ago
Sep 27, 2020, 8:39 p.m. EDT
I have the same question here. The data can be exported and re-imported, but that's an ugly solution...
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ZHANG, Pu
School of Physics,
Huazhong University of Science and Technology
I have the same question here. The data can be exported and re-imported, but that's an ugly solution...
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Posted:
4 years ago
Sep 28, 2020, 1:24 p.m. EDT
Hello,
Indeed, a general extrusion will do the trick. Simply define a general extrusion operator in the first component, then call it in the second component as:
comp1.genext1(withsol('sol1',A))
Where 'sol1' is the solution which has the variable A needed from component 1 to component 2.
Let me know if you need more clarification,
Cheers,
Alex
Hello,
Indeed, a general extrusion will do the trick. Simply define a general extrusion operator in the first component, then call it in the second component as:
comp1.genext1(withsol('sol1',A))
Where 'sol1' is the solution which has the variable A needed from component 1 to component 2.
Let me know if you need more clarification,
Cheers,
Alex
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Posted:
4 years ago
Sep 28, 2020, 3:27 p.m. EDT
Hello,
Indeed, a general extrusion will do the trick. Simply define a general extrusion operator in the first component, then call it in the second component as:
comp1.genext1(withsol('sol1',A))
Where 'sol1' is the solution which has the variable A needed from component 1 to component 2.
Let me know if you need more clarification,
Cheers,
Alex
Thanks man, my first geometry (comp1) is a rectangle but my second geometry is a rectangle with two holes in it (two solids), could you tell me how do I define this general extrusion?
Kind regards
>Hello,
>
>Indeed, a general extrusion will do the trick. Simply define a general extrusion operator in the first component, then call it in the second component as:
>
> comp1.genext1(withsol('sol1',A))
>
>Where 'sol1' is the solution which has the variable A needed from component 1 to component 2.
>
>Let me know if you need more clarification,
>
>Cheers,
>
>Alex
Thanks man, my first geometry (comp1) is a rectangle but my second geometry is a rectangle with two holes in it (two solids), could you tell me how do I define this general extrusion?
Kind regards
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Posted:
4 years ago
Sep 29, 2020, 9:48 a.m. EDT
Hi Jason,
I've never tried using the general extrusion for different geometries, but I suppose it is still possible. If selecting the whole rectangle in the comp1 geometry for the general extrusion does not work, you might be able to define the holes in the comp1 geometry without removing them, so that you can deselect those in the general extrusion. I'm not sure if I'm being clear or if this would apply to your model though...
Cheers,
Alex
Hi Jason,
I've never tried using the general extrusion for different geometries, but I suppose it is still possible. If selecting the whole rectangle in the comp1 geometry for the general extrusion does not work, you might be able to define the holes in the comp1 geometry without removing them, so that you can deselect those in the general extrusion. I'm not sure if I'm being clear or if this would apply to your model though...
Cheers,
Alex
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Posted:
4 years ago
Jan 20, 2021, 12:02 p.m. EST
Hello,
Indeed, a general extrusion will do the trick. Simply define a general extrusion operator in the first component, then call it in the second component as:
comp1.genext1(withsol('sol1',A))
Where 'sol1' is the solution which has the variable A needed from component 1 to component 2.
Let me know if you need more clarification,
Cheers,
Alex
Thank you man. You made my day.
Regards,
Julian
>Hello,
>
>Indeed, a general extrusion will do the trick. Simply define a general extrusion operator in the first component, then call it in the second component as:
>
> comp1.genext1(withsol('sol1',A))
>
>Where 'sol1' is the solution which has the variable A needed from component 1 to component 2.
>
>Let me know if you need more clarification,
>
>Cheers,
>
>Alex
Thank you man. You made my day.
Regards,
Julian