GroupInputModule.h

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#pragma once
 
#include <jem/base/Class.h>
#include <jive/app/Module.h>
#include <jive/fem/ElementGroup.h>
#include <jive/fem/ElementSet.h>
#include <jive/fem/NodeSet.h>
#include <jive/util/Assignable.h>
#include <jive/util/Constraints.h>
#include <jive/util/Globdat.h>
#include <jive/util/XDofSpace.h>
 
using jem::ALL;
using jem::Array;
using jem::Error;
using jem::idx_t;
using jem::max;
using jem::maxOf;
using jem::min;
using jem::newInstance;
using jem::Ref;
using jem::String;
using jem::System;
using jem::Tuple;
using jem::util::Properties;
 
using jive::IdxVector;
using jive::Matrix;
using jive::StringVector;
using jive::Vector;
using jive::app::Module;
using jive::fem::ElementGroup;
using jive::fem::ElementSet;
using jive::fem::NodeSet;
using jive::util::Assignable;
using jive::util::Constraints;
using jive::util::Globdat;
using jive::util::XDofSpace;
 
//-----------------------------------------------------------------------
//   class GroupInputModule
//-----------------------------------------------------------------------
 
class GroupInputModule : public Module
{
public:
  JEM_DECLARE_CLASS(GroupInputModule, Module);
 
  static const char *TYPE_NAME;   
  static const char *NODE_GROUPS; 
  static const char *ELEM_GROUPS; 
 
  explicit GroupInputModule(const String &name = "groupInput");
 
  virtual Status init(const Properties &conf,
                      const Properties &props,
                      const Properties &globdat) override;
 
  static Ref<Module> makeNew(const String &name,
                             const Properties &conf,
                             const Properties &props,
                             const Properties &globdat);
 
  static void declare();
 
protected:
  virtual ~GroupInputModule();
 
private:
  idx_t numNodes_;
 
  void configure_(const Properties &conf,
                  const Properties &props,
                  const Properties &globdat);
 
  void makeNodeGroups_(const Properties &globdat);
 
  //=======================================================================
  //   class NGroup_
  //=======================================================================
 
  class NGroup_ : public Object
  {
  public:
    explicit NGroup_();
 
    ~NGroup_();
 
    void configure(const Properties &conf,
                   const Properties &props,
                   const String &name);
 
    void makeGroup(const Properties &globdat);
 
    static const char *X_NAMES[3]; 
    static const double PI;        
 
    StringVector knownTypes; 
 
    enum Check
    {
      NONE,  
      VALUE, 
      BOUNDS 
    };
 
  private:
    void findCandidates_(const ElementSet &elems,
                         const Properties &globdat);
 
    void findNodes_(const NodeSet &nodes);
 
    void store_(const NodeSet &nodes,
                const Properties &globdat);
 
    idx_t rank_;    
    bool all_;      
    double eps_;    
    double angle_;  
    double radius_; 
 
    Array<Check> doX_;
 
    Tuple<Vector, 3> xvals_;
 
    Tuple<String, 3> xtype_;
 
    Matrix xbounds_;
 
    IdxVector inodes_;          
    String myName_;             
    StringVector restrictTo_;   
    IdxVector restrictPartial_; 
  };
 
  //=======================================================================
  //   class EGroup_
  //=======================================================================
 
  class EGroup_ : public Object
  {
  public:
    explicit EGroup_();
 
    ~EGroup_();
 
    void configure(const Properties &conf,
                   const Properties &props,
                   const String &name);
 
    void makeGroup(const Properties &globdat);
 
    static const char *X_NAMES[3]; 
    static const double PI;        
 
    StringVector knownTypes; 
 
    enum Check
    {
      NONE,  
      VALUE, 
      BOUNDS 
    };
 
  private:
    void findElems_(const ElementSet &elems,
                    const Properties &globdat);
 
    void store_(const ElementSet &elems,
                const Properties &globdat);
 
    idx_t rank_; 
    bool all_;   
    double eps_; 
 
    Array<Check> doX_;
 
    Tuple<Vector, 3> xvals_;
 
    Tuple<String, 3> xtype_;
 
    Tuple<bool, 3> completely_;
 
    Matrix xbounds_;
 
    IdxVector ielems_; 
    String myName_;    
    String parent_;    
  };
};