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/* Copyright (c) 2020, Dyssol Development Team.
* Copyright (c) 2024, DyssolTEC GmbH.
* All rights reserved. This file is part of Dyssol. See LICENSE file for license information. */
#include "UnitContainer.h"
#include "BaseUnit.h"
#include "DyssolStringConstants.h"
CUnitContainer::CUnitContainer(const std::string& _id, CModelsManager* _modelsManager,
const CMaterialsDatabase* _materialsDB, const CMultidimensionalGrid* _grid, const std::vector<SOverallDescriptor>* _overall,
const std::vector<SPhaseDescriptor>* _phases, const SCacheSettings* _cache, const SToleranceSettings* _tolerance, const SThermodynamicsSettings* _thermodynamics) :
m_uniqueID{ _id.empty() ? StringFunctions::GenerateRandomKey() : _id },
m_modelsManager{ _modelsManager },
m_materialsDB{ _materialsDB },
m_grid{ _grid },
m_overall{ _overall },
m_phases{ _phases },
m_cache{ _cache },
m_tolerance{ _tolerance },
m_thermodynamics{ _thermodynamics }
{
}
CUnitContainer::CUnitContainer(const CUnitContainer& _other)
: m_name{ _other.m_name }
, m_uniqueID{ _other.m_uniqueID }
, m_modelsManager{ _other.m_modelsManager }
, m_materialsDB{ _other.m_materialsDB }
, m_grid{ _other.m_grid }
, m_overall{ _other.m_overall }
, m_phases{ _other.m_phases }
, m_cache{ _other.m_cache }
, m_tolerance{ _other.m_tolerance }
, m_thermodynamics{ _other.m_thermodynamics }
{
if (_other.m_model)
{
SetModel(_other.m_model->GetUniqueID());
if (m_model)
*m_model = *_other.m_model;
}
}
CUnitContainer::CUnitContainer(CUnitContainer&& _other) noexcept
{
swap(*this, _other);
}
CUnitContainer& CUnitContainer::operator=(CUnitContainer _other)
{
swap(*this, _other);
return *this;
}
CUnitContainer& CUnitContainer::operator=(CUnitContainer&& _other) noexcept
{
CUnitContainer tmp{ std::move(_other) };
swap(*this, tmp);
return *this;
}
CUnitContainer::~CUnitContainer()
{
ClearExternalSolvers();
m_modelsManager->FreeUnit(m_model);
}
void swap(CUnitContainer& _first, CUnitContainer& _second) noexcept
{
using std::swap;
swap(_first.m_name , _second.m_name);
swap(_first.m_uniqueID , _second.m_uniqueID);
swap(_first.m_model , _second.m_model);
swap(_first.m_modelsManager , _second.m_modelsManager);
swap(_first.m_materialsDB , _second.m_materialsDB);
swap(_first.m_grid , _second.m_grid);
swap(_first.m_overall , _second.m_overall);
swap(_first.m_phases , _second.m_phases);
swap(_first.m_cache , _second.m_cache);
swap(_first.m_tolerance , _second.m_tolerance);
swap(_first.m_thermodynamics, _second.m_thermodynamics);
}
std::string CUnitContainer::GetName() const
{
return m_name;
}
void CUnitContainer::SetName(const std::string& _name)
{
m_name = _name;
}
std::string CUnitContainer::GetKey() const
{
return m_uniqueID;
}
void CUnitContainer::SetKey(const std::string& _id)
{
m_uniqueID = _id;
}
void CUnitContainer::SetModel(const std::string& _uniqueID)
{
if (m_model && m_model->GetUniqueID() == _uniqueID) return;
m_modelsManager->FreeUnit(m_model);
m_model = m_modelsManager->InstantiateUnit(_uniqueID);
if (m_model)
{
m_model->ConfigureUnitStructures(m_materialsDB, *m_grid, m_overall, m_phases, m_cache, m_tolerance, m_thermodynamics);
// TODO: catch exceptions from Add-functions
m_model->DoCreateStructure();
}
}
const CBaseUnit* CUnitContainer::GetModel() const
{
return m_model;
}
CBaseUnit* CUnitContainer::GetModel()
{
return m_model;
}
void CUnitContainer::SetMaterialsDatabase(const CMaterialsDatabase* _materialsDB)
{
m_materialsDB = _materialsDB;
if (!m_model) return;
m_model->SetMaterialsDatabase(m_materialsDB);
}
std::string CUnitContainer::InitializeExternalSolvers() const
{
ClearExternalSolvers();
for (auto& parameter : m_model->GetUnitParametersManager().GetAllSolverParameters())
{
if (parameter->GetKey().empty())
{
ClearExternalSolvers();
return StrConst::Flow_ErrSolverKeyEmpty(parameter->GetName(), m_name);
}
CBaseSolver* solver = m_modelsManager->InstantiateSolver(parameter->GetKey());
if (!solver)
{
ClearExternalSolvers();
return StrConst::Flow_ErrCannotLoadSolverLib(parameter->GetName(), m_name);
}
parameter->SetSolver(solver);
}
return {};
}
void CUnitContainer::ClearExternalSolvers() const
{
if (!m_model) return;
for (auto& parameter : m_model->GetUnitParametersManager().GetAllSolverParameters())
m_modelsManager->FreeSolver(parameter->GetSolver());
}
void CUnitContainer::SaveToFile(CH5Handler& _h5File, const std::string& _path) const
{
if (!_h5File.IsValid()) return;
// current version of save procedure
_h5File.WriteAttribute(_path, StrConst::H5AttrSaveVersion, m_saveVersion);
_h5File.WriteData(_path, StrConst::BCont_H5UnitName, m_name);
_h5File.WriteData(_path, StrConst::BCont_H5UnitKey, m_uniqueID);
if (m_model)
{
// save a copy of unique key of the model here, to be able to directly load a proper model afterwards
_h5File.WriteData(_path, StrConst::BCont_H5ModelKey, m_model->GetUniqueID());
m_model->SaveToFile(_h5File, _h5File.CreateGroup(_path, StrConst::BCont_H5GroupModel));
}
}
void CUnitContainer::LoadFromFile(CH5Handler& _h5File, const std::string& _path)
{
if (!_h5File.IsValid()) return;
// version of save procedure
const int version = _h5File.ReadAttribute(_path, StrConst::H5AttrSaveVersion);
if (version <= 1)
{
LoadFromFile_v1(_h5File, _path);
return;
}
_h5File.ReadData(_path, StrConst::BCont_H5UnitName, m_name);
_h5File.ReadData(_path, StrConst::BCont_H5UnitKey, m_uniqueID);
std::string modelKey;
_h5File.ReadData(_path, StrConst::BCont_H5ModelKey, modelKey);
SetModel(modelKey);
if (m_model)
m_model->LoadFromFile(_h5File, _path + "/" + StrConst::BCont_H5GroupModel);
}
void CUnitContainer::LoadFromFile_v1(CH5Handler& _h5File, const std::string& _path)
{
const std::string H5UnitName = "ModelName";
const std::string H5UnitKey = "ModelKey";
const std::string H5ModelKey = "UnitKey";
const std::string H5GroupModel = "Unit";
_h5File.ReadData(_path, H5UnitName, m_name);
_h5File.ReadData(_path, H5UnitKey, m_uniqueID);
std::string modelKey;
_h5File.ReadData(_path, H5ModelKey, modelKey);
SetModel(modelKey);
if (m_model)
m_model->LoadFromFile(_h5File, _path + "/" + H5GroupModel);
}
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