[Gmsh] embedded surfaces and unrolled geo files

2017-03-17 Thread Alessandro Vicini
If I save the geo file as unrolled, I loose the embedded surfaces... How could I avoid this?? Thank you. Regards, Alessandro ___ gmsh mailing list gmsh@onelab.info http://onelab.info/mailman/listinfo/gmsh

[Gmsh] how to select all entities

2017-03-17 Thread Alessandro Vicini
No answers to my question (in red below) from yesterday means it is not possible...? Thank you. Supposing for example I wish to apply a geometrical transformation to my whole geometry, how could I select all points at once? Or which could be the command to add in the .geo file? Thank you.

Re: [Gmsh] how to select all entities

2017-03-17 Thread Ruth Vazquez Sabariego
Hi Alessandro, Try: all_points[] = Point ‘*'; The array all_points[] will contain all the points in your geometry. Regards, Ruth — Prof. Ruth V. Sabariego KU Leuven Dept. Electrical Engineering ESAT/Electa, EnergyVille http://www.esat.kuleuven.be/electa http://www.energyville.be Free software

Re: [Gmsh] Creating a spherical hole inside a volume [Files attached for testing]

2017-03-17 Thread DILASSER Guillaume
Hello, Unfortunately, Gmsh is fairly limited when it comes to operations like computing intersections. However, you might be able to do something using the OpenCascade factory included in the latest nigthly build. You can

Re: [Gmsh] how to select all entities

2017-03-17 Thread DILASSER Guillaume
Hi Alessandro, p[] = Point "*" ; gives you in p[] the indexes of all the points in your model. Then do a transformation on Point{ p[] } and you should have it. Sincerely Yours, Guillaume DILASSER Doctorant SACM / LEAS CEA - Centre de Saclay - Bât.123 - PC 319c 91191 Gif sur Yvette Cedex - Franc

[Gmsh] getdp + gmsh High order pos files

2017-03-17 Thread Олег Рябков
Dear gmsh/getdp users and developers. Is there any way to output results of getdp calculaltions directly into high order gmsh pos format. I mean we have operations like Print[u, OnElementsOf Omega, File "u_Dirichlet.pos", Depth 2]; in which we can specify elements depth subdivision, which is n