block_vector.h

#ifndef _psi_src_lib_libmemtrix_block_vector_h_
#define _psi_src_lib_libmemtrix_block_vector_h_

#include <string>
#include <vector>

#include "vector_base.h"

typedef std::vector<int> vecint;

namespace psi{ namespace MCSCF{

class BlockVector
{
public:
  BlockVector();
  BlockVector(std::string label, int nirreps, size_t*& rows_size);
  BlockVector(std::string label, int nirreps, int*& rows_size);
  BlockVector(std::string label, int nirreps, vecint& rows_size);
  ~BlockVector();

  void print();
  void copy(BlockVector& source);

  // Inlines
  void        set(int h, int i, double value) {vector_base_[h]->set(i,value);}
  void        add(int h, int i, double value) {vector_base_[h]->add(i,value);}
  double      get(int h, int i)               {return(vector_base_[h]->get(i));}

  VectorBase* getVectorBase(int h) {return(vector_base_[h]);}

  // Reference counting related
  unsigned int ref ()  const { return ref_;}   // Number of references
  void add_reference      () { ref_++;}
  void subtract_reference () { if (--ref_ == 0) delete this;}
  // Reference count
  unsigned int ref_;
private:
  // Vector label and pointer
  std::string label_;
  VectorBase** vector_base_;

  // Block sizes etc.
  size_t*  rows_size_;
  size_t*  rows_offset_;
  int   nirreps_;

  void startup(std::string label, int nirreps, size_t*& rows_size);
  void startup(std::string label, int nirreps, int*& rows_size);
  void startup(std::string label, int nirreps, vecint& rows_size);
  void cleanup();
};

}}

#endif // _psi_src_lib_libmemtrix_block_vector_h_

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