Collaboration diagram for SetupSimpleFixedNodeBranch:

Public Member Functions
	SetupSimpleFixedNodeBranch (Communicate *comm)

	SetupSimpleFixedNodeBranch ()

SimpleFixedNodeBranch	operator() ()

Private Member Functions
void	createMyNode (SimpleFixedNodeBranch &sfnb, const char *xml)

Private Attributes
Communicate *	comm_

UPtr< EstimatorManagerBase >	emb_

UPtr< MCPopulation >	pop_

UPtr< Libxml2Document >	doc_

RealType	tau_ = 1.0

int	num_global_walkers_ = 16

UPtr< MCWalkerConfiguration >	mcwc_

Detailed Description

Definition at line 34 of file test_SimpleFixedNodeBranch.cpp.

Constructor & Destructor Documentation

◆ SetupSimpleFixedNodeBranch() [1/2]

SetupSimpleFixedNodeBranch ( Communicate * comm )

inline

Definition at line 37 of file test_SimpleFixedNodeBranch.cpp.

References qmcplusplus::comm, SetupSimpleFixedNodeBranch::comm_, and SetupSimpleFixedNodeBranch::emb_.

   {
     comm_ = comm;
     emb_ = std::make_unique<EstimatorManagerBase>(comm_);
     emb_->add(std::make_unique<FakeEstimator>(), "fake");
   }

◆ SetupSimpleFixedNodeBranch() [2/2]

SetupSimpleFixedNodeBranch ( )

inline

Definition at line 44 of file test_SimpleFixedNodeBranch.cpp.

References SetupSimpleFixedNodeBranch::comm_, OHMMS::Controller, and SetupSimpleFixedNodeBranch::emb_.

   {
     comm_ = OHMMS::Controller;
     emb_ = std::make_unique<EstimatorManagerBase>(comm_);
     emb_->add(std::make_unique<FakeEstimator>(), "fake");
   }

Member Function Documentation

◆ createMyNode()

void createMyNode	(	SimpleFixedNodeBranch &	sfnb,
		const char *	xml
	)

inlineprivate

Definition at line 90 of file test_SimpleFixedNodeBranch.cpp.

References SetupSimpleFixedNodeBranch::doc_, and qmcplusplus::sfnb.

Referenced by SetupSimpleFixedNodeBranch::operator()().

   {
     doc_ = std::make_unique<Libxml2Document>();
     doc_->parseFromString(xml);
     sfnb.myNode = doc_->getRoot();
   }

◆ operator()()

SimpleFixedNodeBranch operator() ( )

inline

Definition at line 51 of file test_SimpleFixedNodeBranch.cpp.

References SetupSimpleFixedNodeBranch::createMyNode(), SetupSimpleFixedNodeBranch::emb_, SetupSimpleFixedNodeBranch::mcwc_, SetupSimpleFixedNodeBranch::num_global_walkers_, Walker< t_traits, p_traits >::R, qmcplusplus::sfnb, SetupSimpleFixedNodeBranch::tau_, qmcplusplus::testing::valid_dmc_input_dmc_index, and qmcplusplus::testing::valid_dmc_input_sections.

   {
     const SimulationCell simulation_cell;
     mcwc_ = std::make_unique<MCWalkerConfiguration>(simulation_cell);
     mcwc_->setName("electrons");
 
     mcwc_->create({1});
     mcwc_->R[0][0] = 0.0;
     mcwc_->R[0][1] = 1.0;
     mcwc_->R[0][2] = 2.0;
 
     MCPWalker w1(1);
     w1.R[0] = 1.0;
     MCPWalker w2(1);
     w2.R[0] = 0.5;
 
     mcwc_->createWalkers(2);
     (*mcwc_)[0]->R = w1.R;
     (*mcwc_)[1]->R = w2.R;
 
     SimpleFixedNodeBranch sfnb(tau_, num_global_walkers_);
 
     sfnb.setEstimatorManager(std::move(emb_));
 
     createMyNode(sfnb, valid_dmc_input_sections[valid_dmc_input_dmc_index]);
 
     // WalkerController is created as a side effect.
     sfnb.initWalkerController(*mcwc_, false, false);
 
     sfnb.checkParameters(*mcwc_);
 
     sfnb.branch(0, *mcwc_);
 
     return sfnb;
   }