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IDEA::PlasmaFunction Class Reference
[PlanServer implementation using EUROPA-2]

This class is designed to work on the derived domain of a EUROPA-variable outside the context of a EUROPA::Constraint. More...

#include <PlasmaFunctions.hh>

List of all members.

Static Public Methods

const EUROPA::AbstractDomain & getDerivedDomain (const EUROPA::ConstrainedVariableId &variable)
void intersect (const EUROPA::ConstrainedVariableId &variable1, const EUROPA::ConstrainedVariableId &variable2)
void setToIntInterval (const EUROPA::ConstrainedVariableId &variable, int lb, int ub)
void setToRealInterval (const EUROPA::ConstrainedVariableId &variable, double lb, double ub)
void setIntUpperBound (const EUROPA::ConstrainedVariableId &variable, int value)
void setIntLowerBound (const EUROPA::ConstrainedVariableId &variable, int value)
void setToIntSingleton (const EUROPA::ConstrainedVariableId &variable, int value)
void setToRealSingleton (const EUROPA::ConstrainedVariableId &variable, double value)
void setToBoolSingleton (const EUROPA::ConstrainedVariableId &variable, bool value)
void setToLabelSingleton (const EUROPA::ConstrainedVariableId &variable, const std::string &value)
void insertString (const PslDatabase *db, const EUROPA::ConstrainedVariableId &variable, const std::string &value)

Detailed Description

This class is designed to work on the derived domain of a EUROPA-variable outside the context of a EUROPA::Constraint.

One can invoke PlasmaVariableFunction::set..( variable, value ) anywhere in the code and it will change the derived domain, independent if one is in the context of a constraint.

Member Function Documentation

const EUROPA::AbstractDomain & IDEA::PlasmaFunction::getDerivedDomain (  const EUROPA::ConstrainedVariableId &    variable )  [static]
 

void IDEA::PlasmaFunction::insertString (  const PslDatabase *    db,
const EUROPA::ConstrainedVariableId &    variable,
const std::string &    value
)  [static]
 

void IDEA::PlasmaFunction::intersect (  const EUROPA::ConstrainedVariableId &    variable1,
const EUROPA::ConstrainedVariableId &    variable2
)  [static]
 

void IDEA::PlasmaFunction::setIntLowerBound (  const EUROPA::ConstrainedVariableId &    variable,
int    value
)  [static]
 

void IDEA::PlasmaFunction::setIntUpperBound (  const EUROPA::ConstrainedVariableId &    variable,
int    value
)  [static]
 

void IDEA::PlasmaFunction::setToBoolSingleton (  const EUROPA::ConstrainedVariableId &    variable,
bool    value
)  [static]
 

void IDEA::PlasmaFunction::setToIntInterval (  const EUROPA::ConstrainedVariableId &    variable,
int    lb,
int    ub
)  [static]
 

void IDEA::PlasmaFunction::setToIntSingleton (  const EUROPA::ConstrainedVariableId &    variable,
int    value
)  [static]
 

void IDEA::PlasmaFunction::setToLabelSingleton (  const EUROPA::ConstrainedVariableId &    variable,
const std::string &    value
)  [static]
 

void IDEA::PlasmaFunction::setToRealInterval (  const EUROPA::ConstrainedVariableId &    variable,
double    lb,
double    ub
)  [static]
 

void IDEA::PlasmaFunction::setToRealSingleton (  const EUROPA::ConstrainedVariableId &    variable,
double    value
)  [static]
 

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