RefinerTagManager.hpp

Go to the documentation of this file.

/*
 * MOAB, a Mesh-Oriented datABase, is a software component for creating,
 * storing and accessing finite element mesh data.
 *
 * Copyright 2004 Sandia Corporation.  Under the terms of Contract
 * DE-AC04-94AL85000 with Sandia Corporation, the U.S. Government
 * retains certain rights in this software.
 *
 * This library is free software; you can redistribute it and/or
 * modify it under the terms of the GNU Lesser General Public
 * License as published by the Free Software Foundation; either
 * version 2.1 of the License, or (at your option) any later version.
 *
 */

#ifndef MOAB_REFINER_TAG_MANAGER_HPP
#define MOAB_REFINER_TAG_MANAGER_HPP

#include "moab/Types.hpp"  // for MB_DLL_EXPORT

#include "ProcessSet.hpp"

#include 

namespace moab
{

class Interface;

/**
 * This a class that manages which tags an edge refiner should include
 * on output vertices created during mesh refinement.
 * The
 *
 * \author David Thompson
 *
 * \date 12 June 2008
 */
class RefinerTagManager
{
  public:
    RefinerTagManager( Interface* in_mesh, Interface* out_mesh );
    virtual ~RefinerTagManager();

    void reset_vertex_tags();
    int add_vertex_tag( Tag tag_handle );
    int get_vertex_tag_size() const
    {
        return this->vertex_size;
    }
    int get_number_of_vertex_tags() const
    {
        return this->input_vertex_tags.size();
    }

    void reset_element_tags();
    int add_element_tag( Tag tag_handle );
    int get_element_tag_size() const
    {
        return this->element_size;
    }
    int get_number_of_element_tags() const
    {
        return this->input_element_tags.size();
    }

    void create_output_tags();

    void get_input_vertex_tag( int i, Tag& tag, int& byte_offset );
    void get_output_vertex_tag( int i, Tag& tag, int& byte_offset );

    void get_input_element_tag( int i, Tag& tag, int& byte_offset );
    void get_output_element_tag( int i, Tag& tag, int& byte_offset );

    Interface* get_input_mesh()
    {
        return this->input_mesh;
    }
    Interface* get_output_mesh()
    {
        return this->output_mesh;
    }

    Tag input_parallel_status()
    {
        return this->tag_ipstatus;
    }
    Tag input_shared_proc()
    {
        return this->tag_ipsproc;
    }
    Tag input_shared_procs()
    {
        return this->tag_ipsprocs;
    }

    int get_input_gids( int n, const EntityHandle* ents, std::vector< int >& gids );
    int get_output_gids( int n, const EntityHandle* ents, std::vector< int >& gids );
    int set_gid( EntityHandle ent, int gid );
    int copy_gid( EntityHandle ent_input, EntityHandle ent_output );

    void set_sharing( EntityHandle ent_handle, ProcessSet& procs );
    void get_common_processes( int num,
                               const EntityHandle* src,
                               ProcessSet& common_shared_procs,
                               bool on_output_mesh = true );

    void set_element_tags_from_ent( EntityHandle ent_input );
    void assign_element_tags( EntityHandle ent_output );

    void set_element_procs_from_ent( EntityHandle ent_input )
    {
        this->get_common_processes( 1, &ent_input, this->current_element_procs, false );
    }
    ProcessSet& get_element_procs()
    {
        return this->current_element_procs;
    }
    void set_element_sharing( EntityHandle ent_output )
    {
        this->set_sharing( ent_output, this->current_element_procs );
    }

  protected:
    void create_tag_internal( Tag, int );

    std::vector< std::pair< Tag, int > > input_vertex_tags;
    std::vector< std::pair< Tag, int > > output_vertex_tags;
    std::vector< std::pair< Tag, int > > input_element_tags;
    std::vector< std::pair< Tag, int > > output_element_tags;
    int vertex_size;
    int element_size;
    Interface* input_mesh;
    Interface* output_mesh;
    Tag tag_ipstatus;  // Handle for PARALLEL_STATUS on mesh_in
    Tag tag_ipsprocs;  // Handle for PARALLEL_SHARED_PROCS on mesh_in
    Tag tag_ipsproc;   // Handle for PARALLEL_SHARED_PROC on mesh_in
    Tag tag_ipshands;  // Handle for PARALLEL_SHARED_HANDLES on mesh_in
    Tag tag_ipshand;   // Handle for PARALLEL_SHARED_HANDLE on mesh_in
    Tag tag_igid;      // Handle for global IDs on mesh_in
    Tag tag_opstatus;  // Handle for PARALLEL_STATUS on mesh_out
    Tag tag_opsprocs;  // Handle for PARALLEL_SHARED_PROCS on mesh_out
    Tag tag_opsproc;   // Handle for PARALLEL_SHARED_PROC on mesh_out
    Tag tag_opshands;  // Handle for PARALLEL_SHARED_HANDLES on mesh_out
    Tag tag_opshand;   // Handle for PARALLEL_SHARED_HANDLE on mesh_out
    Tag tag_ogid;      // Handle for global IDs on mesh_out
    int rank;
    std::vector< int > shared_procs_in;    // Used to hold procs sharing an input vert.
    std::vector< int > shared_procs_out;   // Used to hold procs sharing an output entity.
    ProcessSet current_shared_procs;       // Holds process list as it is being accumulated
    ProcessSet current_element_procs;      // The list of processes which should share an output element.
    std::vector< char > element_tag_data;  // Holds tag data for per-element tags
};

}  // namespace moab

#endif  // MOAB_REFINER_TAG_MANAGER_HPP