Re: [deal.II] Re: applying 3D mesh in step-20

2016-09-04 Thread Wolfgang Bangerth
On 09/04/2016 05:38 AM, hanks0...@gmail.com wrote: I have to show my result to my boss(variable p). And, To show the inside of torus, It seems that I have to use contour plot using Visit.(In the Wolfgang lecture, he used contour plot to see the inside of the calculated result in 3D problem)

[deal.II] Re: applying 3D mesh in step-20

2016-09-04 Thread hanks0227
Thanks for your Answer Bruno. But, It seems that I am using the old version. When I try to use Torus manifold, The Error message occurs. And, the problem is solved by making new mesh. Anyway, Thank you very much for your Answering my Question. Best. Kyusik 2016년 8월 31일 수요일 오후 11시 55분 34초

[deal.II] Re: applying 3D mesh in step-20

2016-09-04 Thread hanks0227
Oh, Thank you very much! The problem is solved!!! you are right. My mesh was the problem. I was stupid!!! But, Could I have the last question? I have to show my result to my boss(variable p). And, To show the inside of torus, It seems that I have to use contour plot using Visit.(In

[deal.II] Re: applying 3D mesh in step-20

2016-08-31 Thread Bruno Turcksin
Kyusik, On Wednesday, August 31, 2016 at 10:45:08 AM UTC-4, Jean-Paul Pelteret wrote: > > > You welcome :-) No, deal.II only supports quads/hexes > > so > you cannot use prisms.

[deal.II] Re: applying 3D mesh in step-20

2016-08-31 Thread Jean-Paul Pelteret
Hi Kyusik, You welcome :-) No, deal.II only supports quads/hexes so you cannot use prisms. However, since meshing an object with a circular cross section with a structured mesh

[deal.II] Re: applying 3D mesh in step-20

2016-08-31 Thread hanks0227
First of all, Thank you very much for your answering my Question. Could I have one more question...? Then, Is it okay If I use Prism cell instead of the Hexahedron cell in UCD format?? Can the deal.II treat the Prism cell?? And, Do you also agree with that "SphericalManifold boundary" is not

[deal.II] Re: applying 3D mesh in step-20

2016-08-31 Thread Jean-Paul Pelteret
Dear Kyusik, If you open your original mesh file in Paraview (version 5.1 detects it as an AVS UCD file) and you clip the mesh to view its section, then I think you'll see the problem. Although the mesh looks fine from the outside, all of the inner vertices of your torus converge on an annulus