data_dumper.hpp

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#pragma once
 
#include "modifier.hpp"
#include "scene.hpp"
 
namespace netdem {
 
class DataDumper : public Modifier {
public:
  bool dump_particle_info{true};
  bool dump_wall_info{false};
  bool dump_contact_info{false};
  bool dump_shape_info{false};
  bool dump_mesh{false};
  bool dump_read_restart{false};
  bool time_stamp_adjustable{true};
  bool dump_reconstructed{true};
 
  DataDumper();
 
  void Init(Simulation *sim) override;
 
  void SetRootPath(std::string const &root_path);
 
  void SetDataType(std::string const &data_type);
 
  void SetSaveByTime(double interval);
 
  void SetSaveByCycles(double interval);
 
  void SetSaveReadRestartByTime(double interval);
 
  void SetSaveReadRestartByCycles(double interval);
 
  void ClearHistories();
 
  static void SaveParticleInfoAsVTK(VecXT<Particle *> const &p_list,
                                    std::string const &filename);
 
  static void SaveParticleMeshAsVTK(VecXT<Particle *> const &p_list,
                                    std::string const &filename);
 
  void SaveParticleInfoAsVTK();
 
  void SaveParticleInfoAsDump();
 
  void SaveParticleMeshAsVTK();
 
  void SaveParticleVTKSeries();
 
  void SaveParticleMeshVTKSeries();
 
  void SaveParticleInfoAsVTKWithProxy();
 
  void SaveWallInfoAsVTK();
 
  void SaveWallInfoAsDump();
 
  void SaveWallMeshAsVTK();
 
  void SaveWallVTKSeries();
 
  void SaveWallMeshVTKSeries();
 
  void SaveCollisionInfoAsVTK();
 
  void SaveCollisionInfoAsDump();
 
  void SaveCollisionVTKSeries();
 
  void SaveBondInfoAsVTK();
 
  void SaveBondInfoAsDump();
 
  void SaveBondVTKSeries();
 
  void SaveShapeInfoAsSTL();
 
  void SaveShapeInfoAsVTK();
 
  void SaveShapeInfoAsJson(bool all_in_one = false);
 
  void SaveReadRestart();
 
  void SaveShapeReadRestart();
 
  void SaveParticleReadRestart();
 
  void SaveContactReadRestart();
 
  void SaveWallReadRestart();
 
  Modifier *Clone() const override;
 
  void Execute() override;
 
  void Print();
 
private:
  std::string root_path{"tmp/out/"}, data_type{"vtk"};
  bool save_by_cycles{true};
  int cycle_interval{1}, cycle_previous{0};
  double time_interval{0}, time_previous{0};
 
  bool save_by_cycles_restart{true};
  int cycle_interval_restart{1}, cycle_previous_restart{0};
  double time_interval_restart{0}, time_previous_restart{0};
 
  VecXT<Vec2d> cycle_time_histories;
 
  VecXT<Particle *> GetParticles();
 
  VecXT<Wall *> GetWall();
 
  std::tuple<VecXT<ContactPP *>, VecXT<ContactPW *>> GetContacts();
 
  std::tuple<VecXT<ContactPP *>, VecXT<ContactPW *>> GetCollisionContacts();
 
  std::tuple<VecXT<ContactPP *>, VecXT<ContactPW *>> GetBondContacts();
 
  inline std::string GetParticleVTKSeriesFilename();
 
  inline std::string GetWallVTKSeriesFilename();
 
  inline std::string GetCollisionVTKSeriesFilename();
 
  inline std::string GetBondVTKSeriesFilename();
 
  inline std::string GetParticleMeshVTKSeriesFilename();
 
  inline std::string GetWallMeshVTKSeriesFilename();
 
  inline std::string GetParticleInfoFilename(int cycle);
 
  inline std::string GetWallInfoFilename(int cycle);
 
  inline std::string GetParticleMeshFilename(int cycle);
 
  inline std::string GetWallMeshFilename(int cycle);
 
  inline std::string GetCollisionInfoFilename(int cycle);
 
  inline std::string GetBondInfoFilename(int cycle);
 
  inline std::string GetShapeInfoFilename(int cycle);
 
  inline bool CheckIfToSave();
 
  inline bool CheckIfToDumpRestart();
};
 
} // namespace netdem