Uses of Class
org.jacop.floats.core.FloatVar

Packages that use FloatVar

Package	Description
org.jacop.constraints
org.jacop.floats.constraints
org.jacop.floats.constraints.linear
org.jacop.floats.core
org.jacop.floats.search
org.jacop.fz
org.jacop.fz.constraints

Uses of FloatVar in org.jacop.constraints

Methods in org.jacop.constraints that return FloatVar

Modifier and Type	Method	Description
FloatVar	DecomposedConstraint.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)

Methods in org.jacop.constraints with parameters of type FloatVar

Modifier and Type	Method	Description
FloatVar	DecomposedConstraint.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)

Method parameters in org.jacop.constraints with type arguments of type FloatVar

Modifier and Type	Method	Description
FloatVar	DecomposedConstraint.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)

Uses of FloatVar in org.jacop.floats.constraints

Fields in org.jacop.floats.constraints declared as FloatVar

Modifier and Type	Field	Description
(package private) FloatVar[]	EquationSystem.f
(package private) FloatVar[]	MultivariateIntervalNewton.f
(package private) FloatVar[][]	MultivariateIntervalNewton.fprime
final FloatVar[]	ElementFloatVariable.list	It specifies list of variables within an element constraint list[index - indexOffset] = value.
FloatVar[]	Max.list	It specifies a list of variables among which a maximum value is being searched for.
FloatVar[]	Min.list	It specifies a list of variables among which the minimum value is being searched for.
FloatVar	Max.max	It specifies variable max which stores the maximum value present in the list.
FloatVar	Min.min	It specifies variable min, which stores the minimum value within the whole list.
FloatVar	AbsPeqR.p	It contains variable p.
FloatVar	CeilPeqX.p	It specifies a right hand variable in equality constraint.
FloatVar	CosPeqR_decomposed.p	It contains variable p.
FloatVar	CosPeqR.p	It contains variable p.
FloatVar	ExpPeqR.p	It specifies a left hand variable in equality constraint.
FloatVar	FloorPeqX.p	It specifies a right hand variable in equality constraint.
FloatVar	PeqC.p	It specifies the variable which is constrained to be equal to the specified value.
FloatVar	PeqQ.p	It specifies a left hand variable in equality constraint.
FloatVar	PgtC.p	It specifies variable p which must be greater than a given constraint.
FloatVar	PgteqC.p	It specifies variables p which must be greater or equal to a given constant.
FloatVar	PgteqQ.p	It specifies variables p which must be greater or equal to a given varibale.
FloatVar	PgtQ.p	It specifies variable p which must be smaller or equal to q.
FloatVar	PltC.p	It specifies variable x to be lower than a given constant.
FloatVar	PlteqC.p	It specifies variable x which must be smaller or equal to a given constant.
FloatVar	PlteqQ.p	It specifies variable p which must be smaller or equal to q.
FloatVar	PltQ.p	It specifies variable p to be lower than q.
FloatVar	PmulCeqR.p	It specifies variable p in constraint p * c = r.
FloatVar	PmulQeqR.p	It specifies variable p in constraint p * q = r.
FloatVar	PneqC.p	It specifies the variable which is constrained to be equal to the specified value.
FloatVar	PneqQ.p	It specifies a left hand variable in equality constraint.
FloatVar	PplusCeqR.p	It specifies variable p in constraint p+c=r.
FloatVar	PplusQeqR.p	It specifies variable p in constraint p+q=r.
FloatVar	RoundPeqX.p	It specifies a right hand variable in equality constraint.
FloatVar	SinPeqR.p	It contains variable p.
FloatVar	TanPeqR.p	It contains variable p.
FloatVar	XeqP.p	It specifies a right hand variable in equality constraint.
FloatVar	AbsPeqR.q	It contains variable q.
FloatVar	CosPeqR_decomposed.q	It contains variable q.
FloatVar	CosPeqR.q	It contains variable q.
FloatVar	ExpPeqR.q	It specifies a right hand variable in equality constraint.
FloatVar	PeqQ.q	It specifies a right hand variable in equality constraint.
FloatVar	PgteqQ.q	It specifies variablw q from which a given variable must be greater or equal.
FloatVar	PgtQ.q	It specifies variable q.
FloatVar	PlteqQ.q	It specifies variable q.
FloatVar	PltQ.q	It specifies the second parameter
FloatVar	PmulQeqR.q	It specifies variable q in constraint p * q = r.
FloatVar	PneqQ.q	It specifies a right hand variable in equality constraint.
FloatVar	PplusQeqR.q	It specifies variable q in constraint p+q=r.
FloatVar	SinPeqR.q	It contains variable q.
FloatVar	TanPeqR.q	It contains variable q.
FloatVar	PmulCeqR.r	It specifies variable r in constraint p * c = r.
FloatVar	PmulQeqR.r	It specifies variable r in constraint p * q = r.
FloatVar	PplusCeqR.r	It specifies variable r in constraint p+c=r.
FloatVar	PplusQeqR.r	It specifies variable r in constraint p+q=r.
FloatVar	ElementFloat.value	It specifies variable value within an element constraint list[index-indexOffset] = value.
final FloatVar	ElementFloatVariable.value	It specifies variable value within an element constraint list[index - indexOffset] = value.
(package private) FloatVar[]	EquationSystem.x
(package private) FloatVar[]	MultivariateIntervalNewton.x

Fields in org.jacop.floats.constraints with type parameters of type FloatVar

Modifier and Type	Field	Description
(package private) static Map<FloatVar,Constraint>	Derivative.definitionConstraint
(package private) Map<FloatVar,Double>	MultivariateIntervalNewton.map

Methods in org.jacop.floats.constraints that return FloatVar

Modifier and Type	Method	Description
FloatVar	CosPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	ExpPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	LinearFloat.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PmulCeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PmulQeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PplusCeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PplusQeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	SinPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	SqrtPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
static final FloatVar	Derivative.getDerivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)

Methods in org.jacop.floats.constraints with parameters of type FloatVar

Modifier and Type	Method	Description
(package private) Constraint	MultivariateIntervalNewton.constraint(FloatVar v)
(package private) boolean	MultivariateIntervalNewton.contains(FloatVar[] fs, FloatVar r)
static void	Derivative.defineConstraint(FloatVar f, Constraint c)
FloatVar	CosPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	ExpPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	LinearFloat.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PmulCeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PmulQeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PplusCeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PplusQeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	SinPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	SqrtPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
private boolean	ElementFloatVariable.disjoint(FloatVar v1, FloatVar v2)
static final FloatVar	Derivative.getDerivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
(package private) FloatInterval	CosPeqR.normalize(FloatVar v)
(package private) FloatInterval	SinPeqR.normalize(FloatVar v)
(package private) FloatInterval	TanPeqR.normalize(FloatVar v)
(package private) static Constraint	Derivative.resolveConstraint(FloatVar f, List<Constraint> cs)
(package private) double	MultivariateIntervalNewton.value(FloatVar f)

Method parameters in org.jacop.floats.constraints with type arguments of type FloatVar

Modifier and Type	Method	Description
FloatVar	CosPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	ExpPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	LinearFloat.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PmulCeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PmulQeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PplusCeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	PplusQeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	SinPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
FloatVar	SqrtPeqR.derivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)
static final FloatVar	Derivative.getDerivative(Store store, FloatVar f, Set<FloatVar> vars, FloatVar x)

Constructors in org.jacop.floats.constraints with parameters of type FloatVar

Modifier	Constructor	Description
	AbsPeqR(FloatVar p, FloatVar q)	It constructs |P| = Q constraints.
	AcosPeqR(FloatVar p, FloatVar q)	It constructs sin(P) = Q constraints.
	AsinPeqR(FloatVar p, FloatVar q)	It constructs sin(P) = Q constraints.
	AtanPeqR(FloatVar p, FloatVar q)	It constructs sin(P) = Q constraints.
	CeilPeqX(FloatVar p, IntVar x)	It constructs constraint X = P.
	CosPeqR(FloatVar p, FloatVar q)	It constructs cos(P) = Q constraints.
	CosPeqR_decomposed(FloatVar p, FloatVar q)	It constructs cos(P) = Q constraints.
	ElementFloat(IntVar index, double[] list, FloatVar value)	It constructs an element constraint with indexOffset by default set to 0.
	ElementFloat(IntVar index, double[] list, FloatVar value, int indexOffset)	It constructs an element constraint.
	ElementFloat(IntVar index, List<Double> list, FloatVar value)	It constructs an element constraint with default indexOffset equal 0.
	ElementFloat(IntVar index, List<Double> list, FloatVar value, int indexOffset)	It constructs an element constraint.
	ElementFloatVariable(IntVar index, List<? extends FloatVar> list, FloatVar value)	It constructs an element constraint.
	ElementFloatVariable(IntVar index, List<? extends FloatVar> list, FloatVar value, int indexOffset)	It constructs an element constraint.
	ElementFloatVariable(IntVar index, FloatVar[] list, FloatVar value)	It constructs an element constraint.
	ElementFloatVariable(IntVar index, FloatVar[] list, FloatVar value, int indexOffset)	It constructs an element constraint.
	EquationSystem(Store store, FloatVar[] f, FloatVar[] x)	It constructs the constraint EquationSystem.
	ExpPeqR(FloatVar p, FloatVar q)	It constructs constraint P = Q.
	FloorPeqX(FloatVar p, IntVar x)	It constructs constraint X = P.
	LinearFloat(Store store, FloatVar[] list, double[] weights, String rel, double sum)	Deprecated. LinearFloat constraint does not use Store parameter any longer.
	LinearFloat(Store store, FloatVar[] list, double[] weights, String rel, FloatVar sum)	Deprecated. LinearFloat constraint does not use Store parameter any longer.
	LinearFloat(FloatVar[] list, double[] weights, String rel, double sum)
	LinearFloat(FloatVar[] list, double[] weights, String rel, FloatVar sum)
	LnPeqR(FloatVar p, FloatVar q)	It constructs constraint Ln(P) = Q.
	Max(List<? extends FloatVar> variables, FloatVar max)	It constructs max constraint.
	Max(FloatVar[] list, FloatVar max)	It constructs max constraint.
	Min(List<? extends FloatVar> list, FloatVar min)	It constructs min constraint.
	Min(FloatVar[] list, FloatVar min)	It constructs min constraint.
	MultivariateIntervalNewton(Store store, FloatVar[] f, FloatVar[] x)
	PdivCeqR(FloatVar p, double c, FloatVar r)	It constructs a constraint P / Q = R.
	PdivQeqR(FloatVar p, FloatVar q, FloatVar r)	It constructs a constraint P / Q = R.
	PeqC(FloatVar p, double c)	It constructs the constraint P = C.
	PeqQ(FloatVar p, FloatVar q)	It constructs constraint P = Q.
	PgtC(FloatVar p, double c)	It constructs constraint P > C.
	PgteqC(FloatVar p, double c)	It constructs constraint P >= C.
	PgteqQ(FloatVar p, FloatVar q)	It constructs constraint P >= Q.
	PgtQ(FloatVar p, FloatVar q)	It constructs constraint P <= Q.
	PltC(FloatVar p, double c)	It constructs constraint P < C.
	PlteqC(FloatVar p, double c)	It constructs constraint P <= C.
	PlteqQ(FloatVar p, FloatVar q)	It constructs constraint P <= Q.
	PltQ(FloatVar p, FloatVar q)	It constructs constraint P < C.
	PminusCeqR(FloatVar p, double c, FloatVar r)	It constructs constraint P-Q=R.
	PminusQeqR(FloatVar p, FloatVar q, FloatVar r)	It constructs constraint P-Q=R.
	PmulCeqR(FloatVar p, double c, FloatVar r)	It constructs a constraint P * C = R.
	PmulQeqR(FloatVar p, FloatVar q, FloatVar r)	It constructs a constraint P * Q = R.
	PneqC(FloatVar p, double c)	It constructs the constraint P = C.
	PneqQ(FloatVar p, FloatVar q)	It constructs constraint P = Q.
	PplusCeqR(FloatVar p, double c, FloatVar r)	It constructs constraint P+C=R.
	PplusQeqR(FloatVar p, FloatVar q, FloatVar r)	It constructs constraint P+Q=R.
	RoundPeqX(FloatVar p, IntVar x)	It constructs constraint X = P.
	SinPeqR(FloatVar p, FloatVar q)	It constructs sin(P) = Q constraints.
	SqrtPeqR(FloatVar p, FloatVar r)	It constructs a constraint sqrt(P) = R.
	SumFloat(Store store, FloatVar[] list, String rel, FloatVar sum)	Deprecated. SumFloat constraint does not use Store parameter any longer.
	SumFloat(FloatVar[] list, String rel, FloatVar sum)
	TanPeqR(FloatVar p, FloatVar q)	It constructs sin(P) = Q constraints.
	XeqP(IntVar x, FloatVar p)	It constructs constraint X = P.

Constructor parameters in org.jacop.floats.constraints with type arguments of type FloatVar

Modifier	Constructor	Description
	ElementFloatVariable(IntVar index, List<? extends FloatVar> list, FloatVar value)	It constructs an element constraint.
	ElementFloatVariable(IntVar index, List<? extends FloatVar> list, FloatVar value, int indexOffset)	It constructs an element constraint.
	LinearFloat(List<? extends FloatVar> variables, List<Double> weights, String rel, double sum)	It constructs the constraint LinearFloat.
	LinearFloat(Store store, List<? extends FloatVar> variables, List<Double> weights, String rel, double sum)	Deprecated. LinearFloat constraint does not use Store parameter any longer.
	Max(List<? extends FloatVar> variables, FloatVar max)	It constructs max constraint.
	Min(List<? extends FloatVar> list, FloatVar min)	It constructs min constraint.

Uses of FloatVar in org.jacop.floats.constraints.linear

Fields in org.jacop.floats.constraints.linear declared as FloatVar

Modifier and Type	Field	Description
FloatVar[]	Linear.list	It specifies a list of variables being summed.
(package private) FloatVar	VariableNode.var

Fields in org.jacop.floats.constraints.linear with type parameters of type FloatVar

Modifier and Type	Field	Description
(package private) SimpleHashSet<FloatVar>	Linear.variableQueue
(package private) Map<FloatVar,VariableNode>	Linear.varMap

Methods in org.jacop.floats.constraints.linear with parameters of type FloatVar

Modifier and Type	Method	Description
private void	Linear.commonInitialization(Store store, FloatVar[] list, double[] weights, String rel, double sum)

Method parameters in org.jacop.floats.constraints.linear with type arguments of type FloatVar

Modifier and Type	Method	Description
(package private) void	Linear.propagate(SimpleHashSet<FloatVar> fdvs)

Constructors in org.jacop.floats.constraints.linear with parameters of type FloatVar

Modifier	Constructor	Description
	Linear(Store store, FloatVar[] list, double[] weights, String rel, double sum)
	Linear(Store store, FloatVar[] list, double[] weights, String rel, FloatVar sum)
	VarNode(Store store, FloatVar v)
	VarWeightNode(Store store, FloatVar v, double w)

Constructor parameters in org.jacop.floats.constraints.linear with type arguments of type FloatVar

Modifier	Constructor	Description
	Linear(Store store, List<? extends FloatVar> variables, List<Double> weights, String rel, double sum)	It constructs the constraint Linear.

Uses of FloatVar in org.jacop.floats.core

Methods in org.jacop.floats.core with parameters of type FloatVar

Modifier and Type	Method	Description
boolean	FloatVar.eq(FloatVar var)	It checks if the domains of variables are equal.
static double	FloatDomain.maxULP(FloatVar f)
static double	FloatDomain.minULP(FloatVar f)

Uses of FloatVar in org.jacop.floats.search

Classes in org.jacop.floats.search with type parameters of type FloatVar

Modifier and Type	Class	Description
class	LargestMaxFloat<T extends FloatVar>	Defines a LargestMaxFloat comparator for Variables.
class	LargestMinFloat<T extends FloatVar>	Defines a LargestMinFloat comparator for Variables.
class	MaxRegretFloat<T extends FloatVar>	Defines a MaxRegretFloat comparator for Variables.
class	SmallestMaxFloat<T extends FloatVar>	Defines a SmallestMaxFloat comparator for Variables.
class	SmallestMinFloat<T extends FloatVar>	Defines a SmallestMinFloat comparator for variables.

Fields in org.jacop.floats.search declared as FloatVar

Modifier and Type	Field	Description
(package private) FloatVar	Optimize.cost

Fields in org.jacop.floats.search with type parameters of type FloatVar

Modifier and Type	Field	Description
(package private) SplitSelectFloat<FloatVar>	Optimize.split

Constructors in org.jacop.floats.search with parameters of type FloatVar

Modifier	Constructor	Description
	Optimize(Store store, DepthFirstSearch<T> search, SelectChoicePoint<T> select, FloatVar cost)

Uses of FloatVar in org.jacop.fz

Fields in org.jacop.fz declared as FloatVar

Modifier and Type	Field	Description
(package private) FloatVar[]	DefaultSearchVars.float_search_variables

Fields in org.jacop.fz with type parameters of type FloatVar

Modifier and Type	Field	Description
(package private) HashMap<Double,FloatVar>	Tables.constantFloatTable
(package private) ComparatorVariable<FloatVar>	SearchItem.tieBreakingFloat
(package private) HashMap<String,FloatVar>	Tables.variableFloatTable

Methods in org.jacop.fz that return FloatVar

Modifier and Type	Method	Description
(package private) FloatVar	Solve.getCostFloat(ASTSolveExpr node)
FloatVar	Tables.getFloatConstant(double c)
(package private) FloatVar[]	SearchItem.getFloatVarArray(SimpleNode node)
(package private) FloatVar	SearchItem.getFloatVariable(ASTScalarFlatExpr node)
FloatVar	Tables.getFloatVariable(String ident)	It returns the variable of the given identity.
(package private) FloatVar[]	DefaultSearchVars.getFloatVars()
(package private) FloatVar[]	VariablesParameters.getScalarFlatExpr_ArrayVarFloat(Store store, SimpleNode node, int index)
(package private) FloatVar	VariablesParameters.getScalarFlatExpr_varFloat(Store store, SimpleNode node, int i)
FloatVar[]	Tables.getVariableFloatArray(String ident)	It returns the float variable array of the given identity.

Methods in org.jacop.fz that return types with arguments of type FloatVar

Modifier and Type	Method	Description
(package private) SelectChoicePoint<FloatVar>	SearchItem.getFloatSelect()
SearchItem<T>.ComparatorsVar<FloatVar>	SearchItem.getFloatVarSelect()

Methods in org.jacop.fz with parameters of type FloatVar

Modifier and Type	Method	Description
void	Tables.addFloatVariable(String ident, FloatVar var)	It adds a variable with a given identity to the storage.
void	Tables.addVariableFloatArray(String ident, FloatVar[] array)	It adds a float variable array to the storage.

Uses of FloatVar in org.jacop.fz.constraints

Methods in org.jacop.fz.constraints that return FloatVar

Modifier and Type	Method	Description
(package private) FloatVar[]	Support.getFloatVarArray(SimpleNode node)
(package private) FloatVar	Support.getFloatVariable(ASTScalarFlatExpr node)

Methods in org.jacop.fz.constraints with parameters of type FloatVar

Modifier and Type	Method	Description
(package private) boolean	ElementConstraints.allFloatSingleton(FloatVar[] vs)
(package private) void	ElementConstraints.poseElementFloat(IntVar p1, double[] p2, FloatVar p3)