diff --git a/tutorial/README b/tutorial/README index 7f1e1295bc3171e1e83e7e0d08c803f0e90a0f3b..5df8b717930081ac28c8c86e01b3bbde1bc452f9 100644 --- a/tutorial/README +++ b/tutorial/README @@ -1,4 +1,4 @@ -$Id: README,v 1.4 2001-02-18 18:38:54 geuzaine Exp $ +$Id: README,v 1.5 2001-02-19 14:58:41 geuzaine Exp $ Here are the examples in the Gmsh tutorial. These examples are commented (both C and C++-style comments can be used in Gmsh input @@ -44,15 +44,17 @@ for example with: (The '.geo' extension can also be omitted.) Note: to define new geometries, if it is often handy to define the -variables and the points directly in the input files, it is almost -always simpler to define the curves, the surfaces and the volumes -interactively. To do so, just follow the context dependent buttons in -the Geometry module. For example, to create a line, select 'Geometry' -in the module menu, and then select 'Elementary, Add, Create, -Line'. You will then be asked (in the status bar of the graphic -window) to select a list of points, and to click 'e' when you're -done. Once the interactive command is completed, a string is -automatically added at the end of the currently opened project file. +variables and the points directly in the input files (you may use any +text editor for this purpose, e.g. Wordpad on Windows, or Emacs on +Unix), it is almost always simpler to define the curves, the surfaces +and the volumes interactively. To do so, just follow the context +dependent buttons in the Geometry module. For example, to create a +line, select 'Geometry' in the module menu, and then select +'Elementary, Add, Create, Line'. You will then be asked (in the status +bar of the graphic window) to select a list of points, and to click +'e' when you're done. Once the interactive command is completed, a +string is automatically added at the end of the currently opened +project file. The second operating mode for Gmsh is the non-interactive mode. In