Differential geometry operators
GtsPGraph
gtsconfig
predicates_init
@major:
@minor:
@micro:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@obj:
@klass:
@obj:
@klass:
@obj:
@klass:
@obj:
@klass:
Evaluates to %TRUE if @object is destroyable, %FALSE otherwise. You should not need to use this macro.
@object: a #GtsObject.
Sets @object as not destroyable. You should not need to use this macro.
@object: a #GtsObject.
@obj:
@klass:
@obj:
@klass:
@obj:
@klass:
@obj:
@c:
@points:
These two values are used to control the behaviour of the refinement and coarsening procedures.
A #GtsVector is just an array of three coordinates.
@n:
@obj:
@tree:
@bbox:
@Returns:
@bb:
@s:
@Returns:
@Returns:
@points:
@segments:
@convex_hull:
@Returns:
@f:
@s:
@Returns:
@fptr:
@fptr:
@buf:
@delimiters:
@comments:
@Returns:
@points:
@parent:
@Returns:
@tree:
@fptr:
@bbox:
@compare:
@p1:
@p2:
@Returns:
@Returns:
@Returns:
@Returns:
@klass:
@id:
@Returns:
@Returns:
@oocs:
@p1:
@p2:
@p3:
@data:
@Returns:
@klass:
@cluster_class:
@s:
@bbox:
@delta:
@Returns:
@oocs:
@Returns:
@Returns:
@klass:
@n1:
@n2:
@data:
@Returns:
@Returns:
@klass:
@data:
@Returns:
@p:
@p:
@s:
@Returns:
@p:
@surface:
@Returns:
@p:
@t:
@Returns:
@p:
@s:
@t1:
@t2:
@Returns:
@p:
@Returns:
@p:
@list:
@Returns:
@p:
@with:
@p:
@size:
@Returns:
@p:
@surface:
@list:
@Returns:
@p1:
@p2:
@Returns:
@segments:
@Returns:
@points:
@epsilon:
@Returns:
@s:
@Returns:
@s:
@descend:
@s:
@s:
@Returns:
@s:
@surface:
@Returns:
@s:
@surface:
@Returns:
@s:
@Returns:
@s:
@Returns:
@s:
@with:
@s:
@s:
@size:
@Returns:
@s:
@v1:
@v2:
@s:
@p:
@Returns:
@s:
@surface:
@Returns:
@points:
@parent:
@Returns:
@segments:
@Returns:
@vs:
@Returns:
@s:
@t:
@s:
@Returns:
@s:
@lmin:
@wedge_angle_min:
@s:
@descend:
@s:
@func:
@data:
@s:
@func:
@data:
@s:
@func:
@data:
@s:
@t:
@descend:
@s:
@Returns:
@s:
@Returns:
@s1:
@s2:
@triangles_tree1:
@triangles_tree2:
@Returns:
@fptr:
@Returns:
@s1:
@s2:
@triangles_tree1:
@triangles_tree2:
@Returns:
@t:
@descend:
@t:
@t:
@s:
@Returns:
@t:
@s:
@t1:
@t2:
@Returns:
@t:
@Returns:
@t:
@t:
@s:
@Returns:
@t:
@tp1:
@tp2:
@tp3:
@t:
@s:
@p1:
@p2:
@p3:
@ps1:
@ps2:
@ps3:
@t:
@s1:
@s2:
@s3:
@Returns:
@t1:
@t2:
@Returns:
@segments:
@parent:
@Returns:
@Returns:
@s:
@Returns: