*** empty log message ***

benchmarks/3d/TwoCloseVolumes.geo

+
+// this tests the ability of the Delaunay to mesh close but not
+// connected volumes (should not have to change the surface mesh on
+// one vol to accomodate the surface mesh on the other)
+
+
+dlx = 0.01;
+
+//Data:
+
+x0_1 = 0.0 ; y0_1 = 0.0 ; z0_1 = 0.0 ;
+lx1 = 2.0;
+ly1 = 3.0;
+lz1 = 4.0;
+
+x0_2 = x0_1 + lx1 + dlx; y0_2 = 0.0 ; z0_2 = 0.0 ;
+lx2 = 1.5;
+ly2 = 3.0;
+lz2 = 4.0;
+
+le1 = lx1/5.0;
+le2 = lx2/5.0; 
+
+//First Volume_________________________________________________________________________________
+p0 = 0; l0 = 0; ll0 = 0; ps0 = 0;
+p0_1 = p0; l0_1 = l0; ll0_1 = ll0; ps0_1 = ps0;
+
+
+lx = lx1; ly = ly1; lz = lz1;
+x0 = x0_1; y0 = y0_1; z0 = z0_1; 
+x1 = x0 + lx; y1 = y0 + ly; z1 = z0 + lz;
+
+//Points:
+Point(1+p0) = {x0, y0, z0, le1};
+Point(2+p0) = {x1, y0, z0, le1} ;
+Point(3+p0) = {x1, y1, z0, le1} ;
+Point(4+p0) = {x0, y1, z0, le1} ;
+
+Point(5+p0) = {x0, y0, z1, le1};
+Point(6+p0) = {x1, y0, z1, le1} ;
+Point(7+p0) = {x1, y1, z1, le1} ;
+Point(8+p0) = {x0, y1, z1, le1} ;
+
+//Lines:
+Line(1+l0) = {1+p0,2+p0} ;
+Line(2+l0) = {2+p0,3+p0} ;
+Line(3+l0) = {3+p0,4+p0} ;
+Line(4+l0) = {4+p0,1+p0} ;
+
+Line(5+l0) = {5+p0,6+p0} ;
+Line(6+l0) = {6+p0,7+p0} ;
+Line(7+l0) = {7+p0,8+p0} ;
+Line(8+l0) = {8+p0,5+p0} ;
+
+Line(9+l0) = {1+p0,5+p0} ;
+Line(10+l0) = {2+p0,6+p0} ;
+Line(11+l0) = {3+p0,7+p0} ;
+Line(12+l0) = {4+p0,8+p0} ;
+
+//Line Loop:
+Line Loop(1+ll0) = {-(4+l0),-(3+l0),-(2+l0),-(1+l0)} ;
+Line Loop(2+ll0) = {5+l0,6+l0,7+l0,8+l0} ;
+Line Loop(3+ll0) = {1+l0,10+l0,-(5+l0),-(9+l0)} ;
+Line Loop(4+ll0) = {2+l0,11+l0,-(6+l0),-(10+l0)} ;
+Line Loop(5+ll0) = {3+l0,12+l0,-(7+l0),-(11+l0)} ;
+Line Loop(6+ll0) = {4+l0,9+l0,-(8+l0),-(12+l0)} ;
+
+
+//Surfaces:
+Plane Surface(1+ps0) = {1+ll0} ;
+Plane Surface(2+ps0) = {2+ll0} ;
+Plane Surface(3+ps0) = {3+ll0} ;
+Plane Surface(4+ps0) = {4+ll0} ;
+Plane Surface(5+ps0) = {5+ll0} ;
+Plane Surface(6+ps0) = {6+ll0} ;
+
+//Volume
+Surface Loop(1) = {1+ps0,2+ps0,3+ps0,4+ps0,5+ps0,6+ps0} ;
+Volume(1) = {1} ;
+
+
+//Second Volume_________________________________________________________________________________
+p0 = 8 + p0_1; l0 = 12 + l0_1; ll0 = 6 + ll0_1; ps0 = 6 + ps0_1;
+p0_2 = p0; l0_2 = l0; ll0_2 = ll0; ps0_2 = ps0;
+
+
+lx = lx2; ly = ly2; lz = lz2;
+x0 = x0_2; y0 = y0_2; z0 = z0_2; 
+x1 = x0 + lx; y1 = y0 + ly; z1 = z0 + lz;
+
+
+
+//Points:
+Point(1+p0) = {x0, y0, z0, le2};
+Point(2+p0) = {x1, y0, z0, le2} ;
+Point(3+p0) = {x1, y1, z0, le2} ;
+Point(4+p0) = {x0, y1, z0, le2} ;
+
+Point(5+p0) = {x0, y0, z1, le2};
+Point(6+p0) = {x1, y0, z1, le2} ;
+Point(7+p0) = {x1, y1, z1, le2} ;
+Point(8+p0) = {x0, y1, z1, le2} ;
+
+//Lines:
+Line(1+l0) = {1+p0,2+p0} ;
+Line(2+l0) = {2+p0,3+p0} ;
+Line(3+l0) = {3+p0,4+p0} ;
+Line(4+l0) = {4+p0,1+p0} ;
+
+Line(5+l0) = {5+p0,6+p0} ;
+Line(6+l0) = {6+p0,7+p0} ;
+Line(7+l0) = {7+p0,8+p0} ;
+Line(8+l0) = {8+p0,5+p0} ;
+
+Line(9+l0) = {1+p0,5+p0} ;
+Line(10+l0) = {2+p0,6+p0} ;
+Line(11+l0) = {3+p0,7+p0} ;
+Line(12+l0) = {4+p0,8+p0} ;
+
+//Line loop:
+Line Loop(1+ll0) = {-(4+l0),-(3+l0),-(2+l0),-(1+l0)} ;
+Line Loop(2+ll0) = {5+l0,6+l0,7+l0,8+l0} ;
+Line Loop(3+ll0) = {1+l0,10+l0,-(5+l0),-(9+l0)} ;
+Line Loop(4+ll0) = {2+l0,11+l0,-(6+l0),-(10+l0)} ;
+Line Loop(5+ll0) = {3+l0,12+l0,-(7+l0),-(11+l0)} ;
+Line Loop(6+ll0) = {4+l0,9+l0,-(8+l0),-(12+l0)} ;
+
+//Surfaces:
+Plane Surface(1+ps0) = {1+ll0} ;
+Plane Surface(2+ps0) = {2+ll0} ;
+Plane Surface(3+ps0) = {3+ll0} ;
+Plane Surface(4+ps0) = {4+ll0} ;
+Plane Surface(5+ps0) = {5+ll0} ;
+Plane Surface(6+ps0) = {6+ll0} ;
+
+
+//Volume
+Surface Loop(2) = {1+ps0,2+ps0,3+ps0,4+ps0,5+ps0,6+ps0} ;
+Volume(2) = {2} ;
+
+
+
+

demos/cone.geo

@@ -11,5 +11,4 @@ Extrude {{0,0,1}, {0,0,0}, Pi/2} { Surface{5}; }
 Extrude {{0,0,1}, {0,0,0}, Pi/2} { Surface{17}; }
 Extrude {{0,0,1}, {0,0,0}, Pi/2} { Surface{29}; }
 Extrude {{0,0,1}, {0,0,0}, Pi/2} { Surface{41}; }
-Physical Surface(53) = {12,24,36,48,52,40,28,16};
-ExteriorShell = 53;
+