mesh_global_param.h

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#ifndef GEOGRAM_MESH_PARAM_MESH_GLOBAL_PARAM
#define GEOGRAM_MESH_PARAM_MESH_GLOBAL_PARAM
 
#include <geogram/basic/common.h>
#include <geogram/basic/attributes.h>
#include <geogram/basic/geometry.h>
 
namespace GEO {
 
    class Mesh;
 
    namespace GlobalParam2d {
 
        void GEOGRAM_API frame_field(
            Mesh* mesh, Attribute<vec3>& B,
            double hard_angle_threshold=45.0
        );
 
 
        namespace Internal {
 
            void GEOGRAM_API compute_R_ff(
                Mesh* mesh, Attribute<vec3>& B, Attribute<index_t>& R_ff
            );
 
            void GEOGRAM_API compute_R_fv(
                Mesh* mesh,
                Attribute<index_t>& R_ff, Attribute<index_t>& R_fv
            );
 
 
            void GEOGRAM_API mark_singular_vertices(
                Mesh* mesh,
                Attribute<index_t>& R_ff, Attribute<bool>& v_is_singular
            );
 
            void GEOGRAM_API brush(Mesh* mesh, Attribute<vec3>& B);
 
            void GEOGRAM_API do_the_ball(
                Mesh* mesh,
                Attribute<index_t>& R_ff, Attribute<index_t>& c_on_border
            );
 
 
            void GEOGRAM_API do_the_ball_no_brush_no_zip(
                Mesh* mesh, Attribute<index_t>& c_on_border
            );
 
 
            void GEOGRAM_API get_B_on_edge(
                Mesh* mesh, Attribute<vec3>& B, Attribute<index_t>& R_ff,
                index_t f, index_t c,
                vec3& Bc, vec3& BTc
            );
 
 
            enum { CNSTR_NONE = 0, CNSTR_U = 1, CNSTR_V = 2 };
 
            void GEOGRAM_API get_constraints(
                Mesh* mesh, Attribute<vec3>& B, Attribute<index_t>& R_ff,
                Attribute<index_t>& constraint
            );
 
            index_t GEOGRAM_API get_edge_constraints(
                Mesh* mesh, index_t c, Attribute<vec3>& B
            );
 
 
            index_t GEOGRAM_API inverse_R(index_t R);
 
 
            void GEOGRAM_API snap_tex_coord(double& coord);
 
            void GEOGRAM_API transfer_B_to_vertices(
                Mesh* mesh,
                Attribute<vec3>& B, Attribute<vec3>& Bv,
                Attribute<index_t>& R_fv
            );
 
        }
    }
}
 
#endif