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  • Committer: Package Import Robot
  • Author(s): Pierre Saramito
  • Date: 2012-04-06 09:12:21 UTC
  • mfrom: (1.1.5)
  • Revision ID: package-import@ubuntu.com-20120406091221-m58me99p1nxqui49
Tags: 6.0-1
http://bugs.debian.org/667356
http://bugs.debian.org/661689
* New upstream release 6.0 (major changes):
  - massively distributed and parallel support
  - full FEM characteristic method (Lagrange-Gakerkin method) support
  - enhanced users documentation 
  - source code supports g++-4.7 (closes: #667356)
* debian/control: dependencies for MPI distributed solvers added
* debian/rules: build commands simplified
* debian/librheolef-dev.install: man1/* to man9/* added
* debian/changelog: package description rewritted (closes: #661689)

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nfem/ptst/my_cube_PH_gmsh.mshcad
 
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//  gmsh -2 my_cube_PH_gmsh.mshcad -o my_cube_PH-10.msh
 
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//  ../pbin/msh2geo < my_cube_PH-10.msh | ../pbin/geo -upgrade -geo - > my_cube_PH-10.geo
 
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//  Omega = ]a,b[x]c,d[x]f,g[
 
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    a = 0; c = 0; f = 0;
 
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    b = 1; d = 1; g = 1;
 
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    n = 5;
 
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    hloc = 1.0/n;
 
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    Point(1) = {a, c, f, hloc};
 
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    Point(2) = {b, c, f, hloc};
 
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    Point(6) = {b, c, g, hloc};
 
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    Point(5) = {a, c, g, hloc};
 
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    Line(1) = {1,2};
 
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    Line(6) = {2,6};
 
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    Line(9) = {5,6};
 
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    Line(5) = {1,5};
 
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    Line Loop(300) = {1,6,-9,-5};
 
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    Mesh.Algorithm = 1;
 
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    Plane Surface(3) = {300} ;
 
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    angle = 90.0;
 
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    Mesh.RecombinationAlgorithm = 0;
 
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    Recombine Surface {3} = angle; //  mixt qua & tri
 
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    extr[] = Extrude{0,d-c,0}{ Surface{3}; Layers{n}; Recombine;};
 
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    Physical Surface("boundary")= {-extr[2], -extr[4], 3, -extr[3], -extr[0], -extr[5]};
 
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    Physical Surface("bottom")  = {-extr[2]};
 
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    Physical Surface("top")     = {-extr[4]};
 
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    Physical Surface("left")    = {3};
 
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    Physical Surface("front")   = {-extr[3]};
 
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    Physical Surface("right")   = {-extr[0]};
 
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    Physical Surface("back")    = {-extr[5]};
 
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    Physical Volume("interior") = {extr[1]};