Made geometry_X non-static

src/p4est_geometry.c

@@ -107,25 +107,7 @@ p4est_geometry_destroy (p4est_geometry_t * geom)
   }
 }
 
-/**
- * Geometric coordinate transformation for geometry created with
- * \ref p4est_geometry_new_connectivity. This is defined by
- * tri/binlinear interpolation from vertex coordinates.
- * 
- * May also be used as a building block in custom geometric coordinate transforms.
- * See for example \ref p4est_geometry_sphere2d_X or \ref p4est_geometry_disk2d_X.
- *
- * \param[in]  geom       associated geometry
- * \param[in]  which_tree tree id inside forest
- * \param[in]  abc        tree-local reference coordinates : [0,1]^d. 
- *                        Note: abc[2] is only accessed by the P4_TO_P8 version
- * \param[out] xyz        Cartesian coordinates in physical space after geometry
- *
- * \warning The associated geometry is assumed to have a connectivity
- * as its *user field, and this connectivity is assumed to have vertex
- * information in its *tree_to_vertex field.
- */
-static void
+void
 p4est_geometry_connectivity_X (p4est_geometry_t * geom,
                                p4est_topidx_t which_tree,
                                const double abc[3], double xyz[3])

src/p4est_geometry.h

@@ -107,6 +107,27 @@ void                p4est_geometry_destroy (p4est_geometry_t * geom);
 p4est_geometry_t   *p4est_geometry_new_connectivity (p4est_connectivity_t *
                                                      conn);
 
+/** Geometric coordinate transformation for geometry created with
+ * \ref p4est_geometry_new_connectivity. This is defined by
+ * tri/binlinear interpolation from vertex coordinates.
+ * 
+ * May also be used as a building block in custom geometric coordinate transforms.
+ * See for example \ref p4est_geometry_sphere2d_X or \ref p4est_geometry_disk2d_X.
+ *
+ * \param[in]  geom       associated geometry
+ * \param[in]  which_tree tree id inside forest
+ * \param[in]  abc        tree-local reference coordinates : [0,1]^3. 
+ *                        Note: abc[2] is only accessed by the P4_TO_P8 version
+ * \param[out] xyz        Cartesian coordinates in physical space after geometry
+ *
+ * \warning The associated geometry is assumed to have a connectivity
+ * as its *user field, and this connectivity is assumed to have vertex
+ * information in its *tree_to_vertex field.
+ */
+void p4est_geometry_connectivity_X (p4est_geometry_t * geom,
+                                      p4est_topidx_t which_tree,
+                                      const double abc[3], double xyz[3]);
+
 /** Create a geometry for mapping the sphere using 2d connectivity icosahedron.
  *
  * \param[in] conn      The result of \ref p4est_connectivity_new_icosahedron.

src/p4est_to_p8est.h

@@ -508,6 +508,7 @@
 /* functions in p4est_geometry */
 #define p4est_geometry_destroy          p8est_geometry_destroy
 #define p4est_geometry_new_connectivity p8est_geometry_new_connectivity
+#define p4est_geometry_connectivity_X   p8est_geometry_connectivity_X
 
 /* functions in p4est_vtk */
 #define p4est_vtk_context_new           p8est_vtk_context_new

src/p8est_geometry.c

@@ -96,7 +96,7 @@ p8est_geometry_shell_X (p8est_geometry_t * geom,
   double              abc[3];
 
   /* transform from the reference cube into vertex space */
-  p4est_geometry_connectivity_X (geom, which_tree, rst, abc);
+  p8est_geometry_connectivity_X (geom, which_tree, rst, abc);
 
   /* assert that input points are in the expected range */
   P4EST_ASSERT (shell->type == P8EST_GEOMETRY_BUILTIN_SHELL);
@@ -184,7 +184,7 @@ p8est_geometry_sphere_X (p8est_geometry_t * geom,
   double              abc[3];
 
   /* transform from the reference cube into vertex space */
-  p4est_geometry_connectivity_X (geom, which_tree, rst, abc);
+  p8est_geometry_connectivity_X (geom, which_tree, rst, abc);
 
   /* assert that input points are in the expected range */
   P4EST_ASSERT (sphere->type == P8EST_GEOMETRY_BUILTIN_SPHERE);
@@ -341,7 +341,7 @@ p8est_geometry_torus_X (p8est_geometry_t * geom,
 
   /* transform from the reference cube [0,1]^3 into logical vertex space
      using bi/trilinear transformation */
-  p4est_geometry_connectivity_X (geom, which_tree, rst, abc);
+  p8est_geometry_connectivity_X (geom, which_tree, rst, abc);
 
   /*
    * assert that input points are in the expected range

src/p8est_geometry.h

@@ -87,6 +87,26 @@ void                p8est_geometry_destroy (p8est_geometry_t * geom);
 p8est_geometry_t   *p8est_geometry_new_connectivity (p8est_connectivity_t *
                                                      conn);
 
+/** Geometric coordinate transformation for geometry created with
+ * \ref p8est_geometry_new_connectivity. This is defined by
+ * tri/binlinear interpolation from vertex coordinates.
+ * 
+ * May also be used as a building block in custom geometric coordinate transforms.
+ * See for example \ref p8est_geometry_shell_X or \ref p8est_geometry_sphere_X.
+ *
+ * \param[in]  geom       associated geometry
+ * \param[in]  which_tree tree id inside forest
+ * \param[in]  abc        tree-local reference coordinates : [0,1]^3. 
+ * \param[out] xyz        Cartesian coordinates in physical space after geometry
+ *
+ * \warning The associated geometry is assumed to have a connectivity
+ * as its *user field, and this connectivity is assumed to have vertex
+ * information in its *tree_to_vertex field.
+ */
+void p8est_geometry_connectivity_X (p8est_geometry_t * geom,
+                                      p4est_topidx_t which_tree,
+                                      const double abc[3], double xyz[3]);
+
 /** Create a geometry structure for the spherical shell of 24 trees.
  * \param [in] conn Result of p8est_connectivity_new_shell or equivalent.
  *                  We do NOT take ownership and expect it to stay alive.