TernaryRelationalNode< AVariableManager > Class Template Reference

BooleanNode which has three AbstractExpressionNodes nodes and two ComparisonOperator. More...

#include <CutNodes.h>

Inheritance diagram for TernaryRelationalNode< AVariableManager >:

Public Types
typedef AVariableManager::Var	Var
	Template argument dependent Variable type definition.

Public Member Functions
bool	check (const Object *p) const override
void	print () const override
	Print node.
std::string	decompile () const override
	Decompile Node back to a string.
	~TernaryRelationalNode ()
	Destructor.

Private Types
typedef AbstractBooleanNode< AVariableManager >::Object	Object
	Template argument dependent Particle type definition.

Private Member Functions
	TernaryRelationalNode (Nodetuple left_node, Nodetuple center_node, Nodetuple right_node, ComparisonOperator lc_coperator, ComparisonOperator cr_coperator)
	Constructor.

Private Attributes
std::unique_ptr< const AbstractExpressionNode< AVariableManager > >	m_left_enode
	left expression of the ternary relational expression
std::unique_ptr< const AbstractExpressionNode< AVariableManager > >	m_center_enode
	center expression of the ternary relational expression
std::unique_ptr< const AbstractExpressionNode< AVariableManager > >	m_right_enode
	right expression of the ternary relational expression
const ComparisonOperator	m_lc_coperator
	comparison operator to be applied to the evaluations of the left and center expression
const ComparisonOperator	m_cr_coperator
	comparison operator to be applied to the evaluations of the center and right expressions

Friends
class	NodeFactory

Detailed Description

template<class AVariableManager>
class Belle2::TernaryRelationalNode< AVariableManager >

BooleanNode which has three AbstractExpressionNodes nodes and two ComparisonOperator.

This allows Ranges in the Cutstring e.g 2.0 < var < 4.3 Check() evaluates the children nodes and compares both sides with the specified operator.

Definition at line 523 of file CutNodes.h.

Member Typedef Documentation

Object

typedef AbstractBooleanNode<AVariableManager>::Object Object

private

Template argument dependent Particle type definition.

Definition at line 527 of file CutNodes.h.

Var

typedef AVariableManager::Var Var

inherited

Template argument dependent Variable type definition.

Definition at line 39 of file AbstractNodes.h.

Constructor & Destructor Documentation

~TernaryRelationalNode()

~TernaryRelationalNode ( )

inline

Destructor.

Definition at line 616 of file CutNodes.h.

{}

TernaryRelationalNode()

TernaryRelationalNode ( Nodetuple  left_node, Nodetuple  center_node, Nodetuple  right_node, ComparisonOperator  lc_coperator, ComparisonOperator  cr_coperator  )

inlineexplicitprivate

Constructor.

Parameters

left_node	(const boost::python::tuple&): tuple containing an expression node
center_node	(const boost::python::tuple&): tuple containing an expression node
right_node	(const boost::python::tuple&): tuple containing an expression node
lc_coperator	(ComparisonOperator): comparison operator enum value specifying the comparison between left and center expression
cr_coperator	(ComparisonOperator): comparison operator enum value specifiying the comparison between center and right expression

Definition at line 628 of file CutNodes.h.

      : m_left_enode{NodeFactory::compile_expression_node<AVariableManager>(left_node)}, m_center_enode{NodeFactory::compile_expression_node<AVariableManager>(center_node)},
        m_right_enode{NodeFactory::compile_expression_node<AVariableManager>(right_node)},  m_lc_coperator{lc_coperator},
        m_cr_coperator{cr_coperator}
    {
    }

Member Function Documentation

check()

bool check ( const Object *  p ) const

inlineoverridevirtual

Parameters

p	pointer to the object, that should be checked. Checking is done sequentially. At first the left-center condition is checked. If it evaluates to false we can directly return false. If it true we have to check to center-right condition.

Implements AbstractBooleanNode< AVariableManager >.

Definition at line 535 of file CutNodes.h.

    {
      typename AVariableManager::VarVariant left_eval = m_left_enode->evaluate(p);
      typename AVariableManager::VarVariant center_eval = m_center_enode->evaluate(p);
      typename AVariableManager::VarVariant right_eval = m_right_enode->evaluate(p);
 
      switch (m_lc_coperator) {
        case ComparisonOperator::EQUALEQUAL:
          if (not std::visit(EqualVisitor {}, left_eval, center_eval)) return false;
          break;
        case ComparisonOperator::GREATEREQUAL:
          if (not std::visit(Visitor<std::greater_equal> {}, left_eval, center_eval)) return false;
          break;
        case ComparisonOperator::LESSEQUAL:
          if (not std::visit(Visitor<std::less_equal> {}, left_eval, center_eval)) return false;
          break;
        case ComparisonOperator::GREATER:
          if (not std::visit(Visitor<std::greater> {}, left_eval, center_eval)) return false;
          break;
        case ComparisonOperator::LESS:
          if (not std::visit(Visitor<std::less> {}, left_eval, center_eval)) return false;
          break;
        case ComparisonOperator::NOTEQUAL:
          if (std::visit(EqualVisitor {}, left_eval, center_eval)) return false;
          break;
        default:
          throw std::runtime_error("TernaryRelational has an invalid m_lc_operator");
      }
      switch (m_cr_coperator) {
        case ComparisonOperator::EQUALEQUAL:
          if (not std::visit(EqualVisitor {}, center_eval, right_eval)) return false;
          break;
        case ComparisonOperator::GREATEREQUAL:
          if (not std::visit(Visitor<std::greater_equal> {}, center_eval, right_eval)) return false;
          break;
        case ComparisonOperator::LESSEQUAL:
          if (not std::visit(Visitor<std::less_equal> {}, center_eval, right_eval)) return false;
          break;
        case ComparisonOperator::GREATER:
          if (not std::visit(Visitor<std::greater> {}, center_eval, right_eval)) return false;
          break;
        case ComparisonOperator::LESS:
          if (not std::visit(Visitor<std::less> {}, center_eval, right_eval)) return false;
          break;
        case ComparisonOperator::NOTEQUAL:
          if (std::visit(EqualVisitor {}, center_eval, right_eval)) return false;
          break;
        default:
          throw std::runtime_error("TernaryRelational has an invalid m_cr_operator");
      }
      return true;
    }

decompile()

std::string decompile ( ) const

inlineoverridevirtual

Decompile Node back to a string.

decompile(compile) should give the same result.

Implements AbstractBooleanNode< AVariableManager >.

Definition at line 603 of file CutNodes.h.

    {
      std::stringstream stringstream;
      stringstream << m_left_enode->decompile();
      injectComparisonOperatorToStream(stringstream, m_lc_coperator);
      stringstream << m_center_enode->decompile();
      injectComparisonOperatorToStream(stringstream, m_cr_coperator);
      stringstream << m_right_enode->decompile();
      return stringstream.str();
    }

print()

void print ( ) const

inlineoverridevirtual

Print node.

Implements AbstractBooleanNode< AVariableManager >.

Definition at line 590 of file CutNodes.h.

    {
      m_left_enode->print();
      injectComparisonOperatorToStream(std::cout, m_lc_coperator);
      m_center_enode->print();
      injectComparisonOperatorToStream(std::cout, m_cr_coperator);
      m_right_enode->print();
    }

Friends And Related Function Documentation

NodeFactory

friend class NodeFactory

friend

Definition at line 619 of file CutNodes.h.

Member Data Documentation

m_center_enode

std::unique_ptr<const AbstractExpressionNode<AVariableManager> > m_center_enode

private

center expression of the ternary relational expression

Definition at line 638 of file CutNodes.h.

m_cr_coperator

const ComparisonOperator m_cr_coperator

private

comparison operator to be applied to the evaluations of the center and right expressions

Definition at line 644 of file CutNodes.h.

m_lc_coperator

const ComparisonOperator m_lc_coperator

private

comparison operator to be applied to the evaluations of the left and center expression

Definition at line 642 of file CutNodes.h.

m_left_enode

std::unique_ptr<const AbstractExpressionNode<AVariableManager> > m_left_enode

private

left expression of the ternary relational expression

Definition at line 636 of file CutNodes.h.

m_right_enode

std::unique_ptr<const AbstractExpressionNode<AVariableManager> > m_right_enode

private

right expression of the ternary relational expression

Definition at line 640 of file CutNodes.h.

---

The documentation for this class was generated from the following file:

• framework/utilities/include/CutNodes.h