From 1ab0370ae5d65ead1df28975cccfa0a8981f7380 Mon Sep 17 00:00:00 2001
From: Christophe Geuzaine <cgeuzaine@ulg.ac.be>
Date: Fri, 11 Apr 2003 22:17:06 +0000
Subject: [PATCH] Avoid very long lines
---
doc/VERSIONS | 10 ++---
doc/texinfo/gmsh.texi | 96 +++++++++++++++++++++++++++++++++++++++-
doc/texinfo/t5.geo | 7 +--
doc/texinfo/t6.geo | 100 ++++++++++++++++++++++++------------------
tutorial/t5.geo | 5 ++-
tutorial/t6.geo | 100 ++++++++++++++++++++++++------------------
6 files changed, 221 insertions(+), 97 deletions(-)
diff --git a/doc/VERSIONS b/doc/VERSIONS
index 805f994cc2..847d0ae503 100644
--- a/doc/VERSIONS
+++ b/doc/VERSIONS
@@ -1,4 +1,4 @@
-$Id: VERSIONS,v 1.139 2003-04-02 05:56:15 geuzaine Exp $
+$Id: VERSIONS,v 1.140 2003-04-11 22:17:06 geuzaine Exp $
New in 1.44: added support for PNG output;
@@ -185,10 +185,10 @@ Corrected several bugs for pixel output and enhanced GIF output
(dithering, transparency); slightly changed the post-processing file
format to allow both single and double precision numbers.
-New in 0.999: added JPEG output and easy MPEG generation (see t8.geo in the
-tutorial); clean up of export functions; small fixes; Linux versions
-are now compiled with gcc 2.95.2, which should fix the problems
-encountered with Mandrake 7.2;
+New in 0.999: added JPEG output and easy MPEG generation (see t8.geo
+in the tutorial); clean up of export functions; small fixes; Linux
+versions are now compiled with gcc 2.95.2, which should fix the
+problems encountered with Mandrake 7.2;
New in 0.998: corrected bug introduced in 0.997 in the generation of
the initial 3D mesh;
diff --git a/doc/texinfo/gmsh.texi b/doc/texinfo/gmsh.texi
index 7e0edbe230..f00b7cdfb4 100644
--- a/doc/texinfo/gmsh.texi
+++ b/doc/texinfo/gmsh.texi
@@ -1,5 +1,5 @@
\input texinfo.tex @c -*-texinfo-*-
-@c $Id: gmsh.texi,v 1.7 2003-04-11 01:26:17 geuzaine Exp $
+@c $Id: gmsh.texi,v 1.8 2003-04-11 22:17:06 geuzaine Exp $
@c
@c Copyright (C) 1997-2003 C. Geuzaine, J.-F. Remacle
@c
@@ -187,6 +187,18 @@ General tools
* General commands::
* Option database::
+Tutorial
+
+* t1.geo::
+* t2.geo::
+* t3.geo::
+* t4.geo::
+* t5.geo::
+* t6.geo::
+* t7.geo::
+* t8.geo::
+* t9.geo::
+
Bugs, versions and contributors
* Bugs::
@@ -1235,14 +1247,96 @@ XXX
@cindex Short examples
@cindex Examples, short
+@c -------------------------------------------------------------------------
+@c t1.geo
+@c -------------------------------------------------------------------------
+
+@menu
+* t1.geo::
+* t2.geo::
+* t3.geo::
+* t4.geo::
+* t5.geo::
+* t6.geo::
+* t7.geo::
+* t8.geo::
+* t9.geo::
+@end menu
+
+@node t1.geo, t2.geo, Tutorial, Tutorial
+@section t1.geo
+
@include t1.geo
+
+@c -------------------------------------------------------------------------
+@c t2.geo
+@c -------------------------------------------------------------------------
+
+@node t2.geo, t3.geo, t1.geo, Tutorial
+@section t2.geo
+
@include t2.geo
+
+@c -------------------------------------------------------------------------
+@c t3.geo
+@c -------------------------------------------------------------------------
+
+@node t3.geo, t4.geo, t2.geo, Tutorial
+@section t3.geo
+
@include t3.geo
+
+@c -------------------------------------------------------------------------
+@c t4.geo
+@c -------------------------------------------------------------------------
+
+@node t4.geo, t5.geo, t3.geo, Tutorial
+@section t4.geo
+
@include t4.geo
+
+@c -------------------------------------------------------------------------
+@c t5.geo
+@c -------------------------------------------------------------------------
+
+@node t5.geo, t6.geo, t4.geo, Tutorial
+@section t5.geo
@include t5.geo
+
+@c -------------------------------------------------------------------------
+@c t6.geo
+@c -------------------------------------------------------------------------
+
+@node t6.geo, t7.geo, t5.geo, Tutorial
+@section t6.geo
+
@include t6.geo
+
+@c -------------------------------------------------------------------------
+@c t7.geo
+@c -------------------------------------------------------------------------
+
+@node t7.geo, t8.geo, t6.geo, Tutorial
+@section t7.geo
+
@include t7.geo
+
+@c -------------------------------------------------------------------------
+@c t8.geo
+@c -------------------------------------------------------------------------
+
+@node t8.geo, t9.geo, t7.geo, Tutorial
+@section t8.geo
+
@include t8.geo
+
+@c -------------------------------------------------------------------------
+@c t9.geo
+@c -------------------------------------------------------------------------
+
+@node t9.geo, , t8.geo, Tutorial
+@section t9.geo
+
@include t9.geo
@c =========================================================================
diff --git a/doc/texinfo/t5.geo b/doc/texinfo/t5.geo
index 41885d2643..6446ba2bb0 100644
--- a/doc/texinfo/t5.geo
+++ b/doc/texinfo/t5.geo
@@ -12,7 +12,7 @@
lcar1 = .1;
lcar2 = .0005;
-lcar3 = .075;
+lcar3 = .055;
// In order to change these lengths globally (without changing the
// file), a global scaling factor for all characteristic lengths can
@@ -117,7 +117,8 @@ Function CheeseHole
theloops[t] = newreg ;
- Surface Loop(theloops[t]) = @{l8+1, l5+1, l1+1, l2+1, -(l3+1), -(l7+1), l6+1, l4+1@};
+ Surface Loop(theloops[t]) = @{l8+1, l5+1, l1+1, l2+1, -(l3+1), -(l7+1),
+ l6+1, l4+1@};
thehole = newreg ;
Volume(thehole) = theloops[t] ;
@@ -147,7 +148,7 @@ For t In @{1:5@}
// The Printf function permits to print the value of variables on the
// terminal, in a way similar to the 'printf' C function:
- Printf("The cheese hole %g (center = @{%g,%g,%g@}, radius = %g) has number %g!",
+ Printf("Hole %g (center = @{%g,%g,%g@}, radius = %g) has number %g!",
t, x, y, z, r, thehole) ;
// Note: All Gmsh variables are treated internally as double precision
diff --git a/doc/texinfo/t6.geo b/doc/texinfo/t6.geo
index 98070eb402..f5e540cbd8 100644
--- a/doc/texinfo/t6.geo
+++ b/doc/texinfo/t6.geo
@@ -36,38 +36,43 @@ Point(11) = @{r_ext*Cos(phi1), r_ext*Sin(phi1), 0, lc1@} ;
Point(12) = @{r_far*Cos(phi1), r_far*Sin(phi1), 0, lc2@} ;
Point(13) = @{r_inf*Cos(phi1), r_inf*Sin(phi1), 0, lc2@} ;
-Point(14) = @{r_int/2, 0, 0, lc2@} ;
+Point(14) = @{r_int/2, 0, 0, lc2@} ;
Point(15) = @{r_int/2*Cos(phi1), r_int/2*Sin(phi1), 0, lc2@} ;
-Point(16) = @{r_int/2, 0, r_int/2, lc2@} ;
+Point(16) = @{r_int/2, 0, r_int/2, lc2@} ;
Point(17) = @{r_int/2*Cos(phi1), r_int/2*Sin(phi1), r_int/2, lc2@} ;
-Point(18) = @{0, 0, r_int/2, lc2@} ;
-Point(19) = @{r_int*Cos(angl), 0, r_int*Sin(angl), lc2@} ;
-Point(20) = @{r_int*Cos(angl)*Cos(phi1), r_int*Cos(angl)*Sin(phi1), r_int*Sin(angl), lc2@} ;
-Point(21) = @{r_ext*Cos(angl), 0, r_ext*Sin(angl), lc2@} ;
-Point(22) = @{r_ext*Cos(angl)*Cos(phi1), r_ext*Cos(angl)*Sin(phi1), r_ext*Sin(angl), lc2@} ;
-Point(23) = @{r_far*Cos(angl), 0, r_far*Sin(angl), lc2@} ;
-Point(24) = @{r_far*Cos(angl)*Cos(phi1), r_far*Cos(angl)*Sin(phi1), r_far*Sin(angl), lc2@} ;
-Point(25) = @{r_inf, 0, r_inf, lc2@} ;
+Point(18) = @{0, 0, r_int/2, lc2@} ;
+Point(19) = @{r_int*Cos(angl), 0, r_int*Sin(angl), lc2@} ;
+Point(20) = @{r_int*Cos(angl)*Cos(phi1), r_int*Cos(angl)*Sin(phi1),
+ r_int*Sin(angl), lc2@} ;
+Point(21) = @{r_ext*Cos(angl), 0, r_ext*Sin(angl), lc2@} ;
+Point(22) = @{r_ext*Cos(angl)*Cos(phi1), r_ext*Cos(angl)*Sin(phi1),
+ r_ext*Sin(angl), lc2@} ;
+Point(23) = @{r_far*Cos(angl), 0, r_far*Sin(angl), lc2@} ;
+Point(24) = @{r_far*Cos(angl)*Cos(phi1), r_far*Cos(angl)*Sin(phi1),
+ r_far*Sin(angl), lc2@} ;
+Point(25) = @{r_inf, 0, r_inf, lc2@} ;
Point(26) = @{r_inf*Cos(phi1), r_inf*Sin(phi1), r_inf, lc2@} ;
-Circle(1) = @{2,1,19@}; Circle(2) = @{19,1,6@}; Circle(3) = @{3,1,21@};
-Circle(4) = @{21,1,7@}; Circle(5) = @{4,1,23@}; Circle(6) = @{23,1,8@};
-Line(7) = @{5,25@}; Line(8) = @{25,9@};
-Circle(9) = @{10,1,20@}; Circle(10) = @{20,1,6@}; Circle(11) = @{11,1,22@};
-Circle(12) = @{22,1,7@}; Circle(13) = @{12,1,24@}; Circle(14) = @{24,1,8@};
-Line(15) = @{13,26@}; Line(16) = @{26,9@};
-Circle(17) = @{19,1,20@}; Circle(18) = @{21,1,22@}; Circle(19) = @{23,1,24@};
-Circle(20) = @{25,1,26@}; Circle(21) = @{2,1,10@}; Circle(22) = @{3,1,11@};
-Circle(23) = @{4,1,12@}; Circle(24) = @{5,1,13@};
-
-Line(25) = @{1,14@}; Line(26) = @{14,2@}; Line(27) = @{2,3@}; Line(28) = @{3,4@};
-Line(29) = @{4,5@}; Line(30) = @{1,15@}; Line(31) = @{15,10@}; Line(32) = @{10,11@};
-Line(33) = @{11,12@}; Line(34) = @{12,13@}; Line(35) = @{14,15@}; Line(36) = @{14,16@};
-Line(37) = @{15,17@}; Line(38) = @{16,17@}; Line(39) = @{18,16@}; Line(40) = @{18,17@};
-Line(41) = @{1,18@}; Line(42) = @{18,6@}; Line(43) = @{6,7@}; Line(44) = @{16,19@};
-Line(45) = @{19,21@}; Line(46) = @{21,23@}; Line(47) = @{23,25@}; Line(48) = @{17,20@};
-Line(49) = @{20,22@}; Line(50) = @{22,24@}; Line(51) = @{24,26@}; Line(52) = @{7,8@};
-Line(53) = @{8,9@};
+Circle(1) = @{2,1,19@}; Circle(2) = @{19,1,6@}; Circle(3) = @{3,1,21@};
+Circle(4) = @{21,1,7@}; Circle(5) = @{4,1,23@}; Circle(6) = @{23,1,8@};
+Line(7) = @{5,25@}; Line(8) = @{25,9@};
+Circle(9) = @{10,1,20@}; Circle(10)= @{20,1,6@}; Circle(11) = @{11,1,22@};
+Circle(12)= @{22,1,7@}; Circle(13)= @{12,1,24@}; Circle(14) = @{24,1,8@};
+Line(15) = @{13,26@}; Line(16) = @{26,9@};
+Circle(17)= @{19,1,20@}; Circle(18)= @{21,1,22@}; Circle(19) = @{23,1,24@};
+Circle(20)= @{25,1,26@}; Circle(21)= @{2,1,10@}; Circle(22) = @{3,1,11@};
+Circle(23)= @{4,1,12@}; Circle(24)= @{5,1,13@};
+
+Line(25) = @{1,14@}; Line(26) = @{14,2@}; Line(27) = @{2,3@};
+Line(28) = @{3,4@}; Line(29) = @{4,5@}; Line(30) = @{1,15@};
+Line(31) = @{15,10@}; Line(32) = @{10,11@}; Line(33) = @{11,12@};
+Line(34) = @{12,13@}; Line(35) = @{14,15@}; Line(36) = @{14,16@};
+Line(37) = @{15,17@}; Line(38) = @{16,17@}; Line(39) = @{18,16@};
+Line(40) = @{18,17@}; Line(41) = @{1,18@}; Line(42) = @{18,6@};
+Line(43) = @{6,7@}; Line(44) = @{16,19@}; Line(45) = @{19,21@};
+Line(46) = @{21,23@}; Line(47) = @{23,25@}; Line(48) = @{17,20@};
+Line(49) = @{20,22@}; Line(50) = @{22,24@}; Line(51) = @{24,26@};
+Line(52) = @{7,8@}; Line(53) = @{8,9@};
Line Loop(54) = @{39,-36,-25,41@}; Ruled Surface(55) = @{54@};
Line Loop(56) = @{44,-1,-26,36@}; Ruled Surface(57) = @{56@};
@@ -107,27 +112,36 @@ Line Loop(122) = @{32,-22,-27,21@}; Ruled Surface(123) = @{122@};
Line Loop(124) = @{33,-23,-28,22@}; Ruled Surface(125) = @{124@};
Line Loop(126) = @{34,-24,-29,23@}; Ruled Surface(127) = @{126@};
-Surface Loop(128) = @{93,-73,-55,95,-91@}; Volume(129) = @{128@}; // int
-Surface Loop(130) = @{107,-75,-97,95,57,121@}; Volume(131) = @{130@}; // int b
-Surface Loop(132) = @{105,-65,-97,-83,-93@}; Volume(133) = @{132@}; // int h
-Surface Loop(134) = @{99,-111,77,123,59,107@}; Volume(135) = @{134@}; // shell b
-Surface Loop(136) = @{99,-109,67,105,85@}; Volume(137) = @{136@}; // shell h
-Surface Loop(138) = @{113,79,-101,-111,-125,-61@}; Volume(139) = @{138@}; // ext b
-Surface Loop(140) = @{115,-69,-101,-87,-109@}; Volume(141) = @{140@}; // ext h
-Surface Loop(142) = @{103,-117,-81,113,127,63@}; Volume(143) = @{142@}; // inf b
-Surface Loop(144) = @{89,-119,71,103,115@}; Volume(145) = @{144@}; // inf h
+Surface Loop(128) = @{93,-73,-55,95,-91@};
+Volume(129) = @{128@}; // int
+Surface Loop(130) = @{107,-75,-97,95,57,121@};
+Volume(131) = @{130@}; // int b
+Surface Loop(132) = @{105,-65,-97,-83,-93@};
+Volume(133) = @{132@}; // int h
+Surface Loop(134) = @{99,-111,77,123,59,107@};
+Volume(135) = @{134@}; // shell b
+Surface Loop(136) = @{99,-109,67,105,85@};
+Volume(137) = @{136@}; // shell h
+Surface Loop(138) = @{113,79,-101,-111,-125,-61@};
+Volume(139) = @{138@}; // ext b
+Surface Loop(140) = @{115,-69,-101,-87,-109@};
+Volume(141) = @{140@}; // ext h
+Surface Loop(142) = @{103,-117,-81,113,127,63@};
+Volume(143) = @{142@}; // inf b
+Surface Loop(144) = @{89,-119,71,103,115@};
+Volume(145) = @{144@}; // inf h
// Transfinite line commands explicitly specify the number of points
// and their distribution. 'Progression 2' means that each line
// element in the series will be twice as long as the preceding one.
-Transfinite Line@{35,21,22,23,24,38,17,18,19,20@} = nbpt_phi ;
-Transfinite Line@{31,26,48,44,42@} = nbpt_int Using Progression 0.88;
-Transfinite Line@{41,37,36,9,11,1,3,13,5,15,7@} = nbpt_arc1 ;
+Transfinite Line@{35,21,22,23,24,38,17,18,19,20@} = nbpt_phi ;
+Transfinite Line@{31,26,48,44,42@} = nbpt_int Using Progression 0.88;
+Transfinite Line@{41,37,36,9,11,1,3,13,5,15,7@} = nbpt_arc1 ;
Transfinite Line@{30,25,40,39,10,2,12,4,14,6,16,8@} = nbpt_arc2 ;
-Transfinite Line@{32,27,49,45,43@} = nbpt_shell ;
-Transfinite Line@{33,28,46,50,52@} = nbpt_far Using Progression 1.2 ;
-Transfinite Line@{34,29,51,47,53@} = nbpt_inf Using Progression 1.05;
+Transfinite Line@{32,27,49,45,43@} = nbpt_shell ;
+Transfinite Line@{33,28,46,50,52@} = nbpt_far Using Progression 1.2 ;
+Transfinite Line@{34,29,51,47,53@} = nbpt_inf Using Progression 1.05;
// 2D transfinite entities are defined in respect to points. The
// ordering of the points defines the ordering of the mesh elements.
diff --git a/tutorial/t5.geo b/tutorial/t5.geo
index 1bdd3fb405..f5521ab8a9 100644
--- a/tutorial/t5.geo
+++ b/tutorial/t5.geo
@@ -115,7 +115,8 @@ Function CheeseHole
theloops[t] = newreg ;
- Surface Loop(theloops[t]) = {l8+1, l5+1, l1+1, l2+1, -(l3+1), -(l7+1), l6+1, l4+1};
+ Surface Loop(theloops[t]) = {l8+1, l5+1, l1+1, l2+1, -(l3+1), -(l7+1),
+ l6+1, l4+1};
thehole = newreg ;
Volume(thehole) = theloops[t] ;
@@ -145,7 +146,7 @@ For t In {1:5}
// The Printf function permits to print the value of variables on the
// terminal, in a way similar to the 'printf' C function:
- Printf("The cheese hole %g (center = {%g,%g,%g}, radius = %g) has number %g!",
+ Printf("Hole %g (center = {%g,%g,%g}, radius = %g) has number %g!",
t, x, y, z, r, thehole) ;
// Note: All Gmsh variables are treated internally as double precision
diff --git a/tutorial/t6.geo b/tutorial/t6.geo
index 3710f734db..7982117d9c 100644
--- a/tutorial/t6.geo
+++ b/tutorial/t6.geo
@@ -34,38 +34,43 @@ Point(11) = {r_ext*Cos(phi1), r_ext*Sin(phi1), 0, lc1} ;
Point(12) = {r_far*Cos(phi1), r_far*Sin(phi1), 0, lc2} ;
Point(13) = {r_inf*Cos(phi1), r_inf*Sin(phi1), 0, lc2} ;
-Point(14) = {r_int/2, 0, 0, lc2} ;
+Point(14) = {r_int/2, 0, 0, lc2} ;
Point(15) = {r_int/2*Cos(phi1), r_int/2*Sin(phi1), 0, lc2} ;
-Point(16) = {r_int/2, 0, r_int/2, lc2} ;
+Point(16) = {r_int/2, 0, r_int/2, lc2} ;
Point(17) = {r_int/2*Cos(phi1), r_int/2*Sin(phi1), r_int/2, lc2} ;
-Point(18) = {0, 0, r_int/2, lc2} ;
-Point(19) = {r_int*Cos(angl), 0, r_int*Sin(angl), lc2} ;
-Point(20) = {r_int*Cos(angl)*Cos(phi1), r_int*Cos(angl)*Sin(phi1), r_int*Sin(angl), lc2} ;
-Point(21) = {r_ext*Cos(angl), 0, r_ext*Sin(angl), lc2} ;
-Point(22) = {r_ext*Cos(angl)*Cos(phi1), r_ext*Cos(angl)*Sin(phi1), r_ext*Sin(angl), lc2} ;
-Point(23) = {r_far*Cos(angl), 0, r_far*Sin(angl), lc2} ;
-Point(24) = {r_far*Cos(angl)*Cos(phi1), r_far*Cos(angl)*Sin(phi1), r_far*Sin(angl), lc2} ;
-Point(25) = {r_inf, 0, r_inf, lc2} ;
+Point(18) = {0, 0, r_int/2, lc2} ;
+Point(19) = {r_int*Cos(angl), 0, r_int*Sin(angl), lc2} ;
+Point(20) = {r_int*Cos(angl)*Cos(phi1), r_int*Cos(angl)*Sin(phi1),
+ r_int*Sin(angl), lc2} ;
+Point(21) = {r_ext*Cos(angl), 0, r_ext*Sin(angl), lc2} ;
+Point(22) = {r_ext*Cos(angl)*Cos(phi1), r_ext*Cos(angl)*Sin(phi1),
+ r_ext*Sin(angl), lc2} ;
+Point(23) = {r_far*Cos(angl), 0, r_far*Sin(angl), lc2} ;
+Point(24) = {r_far*Cos(angl)*Cos(phi1), r_far*Cos(angl)*Sin(phi1),
+ r_far*Sin(angl), lc2} ;
+Point(25) = {r_inf, 0, r_inf, lc2} ;
Point(26) = {r_inf*Cos(phi1), r_inf*Sin(phi1), r_inf, lc2} ;
-Circle(1) = {2,1,19}; Circle(2) = {19,1,6}; Circle(3) = {3,1,21};
-Circle(4) = {21,1,7}; Circle(5) = {4,1,23}; Circle(6) = {23,1,8};
-Line(7) = {5,25}; Line(8) = {25,9};
-Circle(9) = {10,1,20}; Circle(10) = {20,1,6}; Circle(11) = {11,1,22};
-Circle(12) = {22,1,7}; Circle(13) = {12,1,24}; Circle(14) = {24,1,8};
-Line(15) = {13,26}; Line(16) = {26,9};
-Circle(17) = {19,1,20}; Circle(18) = {21,1,22}; Circle(19) = {23,1,24};
-Circle(20) = {25,1,26}; Circle(21) = {2,1,10}; Circle(22) = {3,1,11};
-Circle(23) = {4,1,12}; Circle(24) = {5,1,13};
-
-Line(25) = {1,14}; Line(26) = {14,2}; Line(27) = {2,3}; Line(28) = {3,4};
-Line(29) = {4,5}; Line(30) = {1,15}; Line(31) = {15,10}; Line(32) = {10,11};
-Line(33) = {11,12}; Line(34) = {12,13}; Line(35) = {14,15}; Line(36) = {14,16};
-Line(37) = {15,17}; Line(38) = {16,17}; Line(39) = {18,16}; Line(40) = {18,17};
-Line(41) = {1,18}; Line(42) = {18,6}; Line(43) = {6,7}; Line(44) = {16,19};
-Line(45) = {19,21}; Line(46) = {21,23}; Line(47) = {23,25}; Line(48) = {17,20};
-Line(49) = {20,22}; Line(50) = {22,24}; Line(51) = {24,26}; Line(52) = {7,8};
-Line(53) = {8,9};
+Circle(1) = {2,1,19}; Circle(2) = {19,1,6}; Circle(3) = {3,1,21};
+Circle(4) = {21,1,7}; Circle(5) = {4,1,23}; Circle(6) = {23,1,8};
+Line(7) = {5,25}; Line(8) = {25,9};
+Circle(9) = {10,1,20}; Circle(10)= {20,1,6}; Circle(11) = {11,1,22};
+Circle(12)= {22,1,7}; Circle(13)= {12,1,24}; Circle(14) = {24,1,8};
+Line(15) = {13,26}; Line(16) = {26,9};
+Circle(17)= {19,1,20}; Circle(18)= {21,1,22}; Circle(19) = {23,1,24};
+Circle(20)= {25,1,26}; Circle(21)= {2,1,10}; Circle(22) = {3,1,11};
+Circle(23)= {4,1,12}; Circle(24)= {5,1,13};
+
+Line(25) = {1,14}; Line(26) = {14,2}; Line(27) = {2,3};
+Line(28) = {3,4}; Line(29) = {4,5}; Line(30) = {1,15};
+Line(31) = {15,10}; Line(32) = {10,11}; Line(33) = {11,12};
+Line(34) = {12,13}; Line(35) = {14,15}; Line(36) = {14,16};
+Line(37) = {15,17}; Line(38) = {16,17}; Line(39) = {18,16};
+Line(40) = {18,17}; Line(41) = {1,18}; Line(42) = {18,6};
+Line(43) = {6,7}; Line(44) = {16,19}; Line(45) = {19,21};
+Line(46) = {21,23}; Line(47) = {23,25}; Line(48) = {17,20};
+Line(49) = {20,22}; Line(50) = {22,24}; Line(51) = {24,26};
+Line(52) = {7,8}; Line(53) = {8,9};
Line Loop(54) = {39,-36,-25,41}; Ruled Surface(55) = {54};
Line Loop(56) = {44,-1,-26,36}; Ruled Surface(57) = {56};
@@ -105,27 +110,36 @@ Line Loop(122) = {32,-22,-27,21}; Ruled Surface(123) = {122};
Line Loop(124) = {33,-23,-28,22}; Ruled Surface(125) = {124};
Line Loop(126) = {34,-24,-29,23}; Ruled Surface(127) = {126};
-Surface Loop(128) = {93,-73,-55,95,-91}; Volume(129) = {128}; // int
-Surface Loop(130) = {107,-75,-97,95,57,121}; Volume(131) = {130}; // int b
-Surface Loop(132) = {105,-65,-97,-83,-93}; Volume(133) = {132}; // int h
-Surface Loop(134) = {99,-111,77,123,59,107}; Volume(135) = {134}; // shell b
-Surface Loop(136) = {99,-109,67,105,85}; Volume(137) = {136}; // shell h
-Surface Loop(138) = {113,79,-101,-111,-125,-61}; Volume(139) = {138}; // ext b
-Surface Loop(140) = {115,-69,-101,-87,-109}; Volume(141) = {140}; // ext h
-Surface Loop(142) = {103,-117,-81,113,127,63}; Volume(143) = {142}; // inf b
-Surface Loop(144) = {89,-119,71,103,115}; Volume(145) = {144}; // inf h
+Surface Loop(128) = {93,-73,-55,95,-91};
+Volume(129) = {128}; // int
+Surface Loop(130) = {107,-75,-97,95,57,121};
+Volume(131) = {130}; // int b
+Surface Loop(132) = {105,-65,-97,-83,-93};
+Volume(133) = {132}; // int h
+Surface Loop(134) = {99,-111,77,123,59,107};
+Volume(135) = {134}; // shell b
+Surface Loop(136) = {99,-109,67,105,85};
+Volume(137) = {136}; // shell h
+Surface Loop(138) = {113,79,-101,-111,-125,-61};
+Volume(139) = {138}; // ext b
+Surface Loop(140) = {115,-69,-101,-87,-109};
+Volume(141) = {140}; // ext h
+Surface Loop(142) = {103,-117,-81,113,127,63};
+Volume(143) = {142}; // inf b
+Surface Loop(144) = {89,-119,71,103,115};
+Volume(145) = {144}; // inf h
// Transfinite line commands explicitly specify the number of points
// and their distribution. 'Progression 2' means that each line
// element in the series will be twice as long as the preceding one.
-Transfinite Line{35,21,22,23,24,38,17,18,19,20} = nbpt_phi ;
-Transfinite Line{31,26,48,44,42} = nbpt_int Using Progression 0.88;
-Transfinite Line{41,37,36,9,11,1,3,13,5,15,7} = nbpt_arc1 ;
+Transfinite Line{35,21,22,23,24,38,17,18,19,20} = nbpt_phi ;
+Transfinite Line{31,26,48,44,42} = nbpt_int Using Progression 0.88;
+Transfinite Line{41,37,36,9,11,1,3,13,5,15,7} = nbpt_arc1 ;
Transfinite Line{30,25,40,39,10,2,12,4,14,6,16,8} = nbpt_arc2 ;
-Transfinite Line{32,27,49,45,43} = nbpt_shell ;
-Transfinite Line{33,28,46,50,52} = nbpt_far Using Progression 1.2 ;
-Transfinite Line{34,29,51,47,53} = nbpt_inf Using Progression 1.05;
+Transfinite Line{32,27,49,45,43} = nbpt_shell ;
+Transfinite Line{33,28,46,50,52} = nbpt_far Using Progression 1.2 ;
+Transfinite Line{34,29,51,47,53} = nbpt_inf Using Progression 1.05;
// 2D transfinite entities are defined in respect to points. The
// ordering of the points defines the ordering of the mesh elements.
--
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