Uses of Interface
jopt.csp.variable.CspIntExpr

Packages that use CspIntExpr

jopt.csp.solution	Defines structures for storing solutions to constraint satisfaction problems
jopt.csp.variable	The interfaces for building, combining, and constraining variables and expressions

Uses of CspIntExpr in jopt.csp.solution

Methods in jopt.csp.solution that return CspIntExpr

CspIntExpr

SolutionScope.getIntObjectiveExpression() Returns objective int expression

Uses of CspIntExpr in jopt.csp.variable

Subinterfaces of CspIntExpr in jopt.csp.variable

interface	CspBooleanExpr Base interface for boolean expressions
interface	CspBooleanVariable
interface	CspGenericBooleanExpr Interface implemented by generic boolean expressions.
interface	CspGenericIntExpr Interface for generic integer expressions
interface	CspIntVariable Interface implemented by integer based variables.

Methods in jopt.csp.variable that return CspIntExpr

CspIntExpr	CspMath.add(int a, CspIntExpr bexpr) Creates integer expression representing a+b
CspIntExpr	CspMath.subtract(int a, CspIntExpr bexpr) Creates integer expression representing a-b
CspIntExpr	CspMath.multiply(int a, CspIntExpr bexpr) Creates integer expression representing a*b
CspIntExpr	CspMath.divide(int a, CspIntExpr bexpr) Creates integer expression representing a/b
CspIntExpr	CspMath.abs(CspIntExpr expr) Creates integer expression representing |expr|
CspIntExpr	CspMath.square(CspIntExpr expr) Creates integer expression representing expr^2
CspIntExpr	CspMath.summation(CspGenericIntExpr x, CspGenericIndex[] indexRange, CspGenericIndexRestriction sourceIdxRestriction) Creates a variable equal to the summation of values in the generic variable.
CspIntExpr	CspIntExpr.add(int i) Returns an expression representing the sum of this expression with a static value
CspIntExpr	CspIntExpr.add(CspIntExpr expr) Returns an expression representing the sum of this expression with another expression
CspIntExpr	CspIntExpr.subtract(int i) Returns an expression representing the difference of this expression with a static value
CspIntExpr	CspIntExpr.subtract(CspIntExpr expr) Returns an expression representing the difference of this expression with another expression
CspIntExpr	CspIntExpr.multiply(int i) Returns an expression representing the product of this expression with a static value
CspIntExpr	CspIntExpr.multiply(CspIntExpr expr) Returns an expression representing the product of this expression with another expression
CspIntExpr	CspIntExpr.divide(int i) Returns an expression representing the quotient of this expression with a static value
CspIntExpr	CspIntExpr.divide(CspIntExpr expr) Returns an expression representing the quotient of this expression with another expression
CspIntExpr	CspGenericIntExpr.getExpression(int offset) Returns a numeric expression from the internal array

Methods in jopt.csp.variable with parameters of type CspIntExpr

CspIntVariable	CspVariableFactory.intVar(java.lang.String name, CspIntExpr expr) Creates an instance of a CspIntVariable object based on an expression.
CspConstraint	CspSetConstraints.memberOfSet(CspIntSetVariable set, CspIntExpr expr) Constrains a numeric expression to be a member of a set.
CspConstraint	CspSetConstraints.notMemberOfSet(CspIntSetVariable set, CspIntExpr expr) Constrains a numeric expression to not be a member of a set.
CspIntExpr	CspMath.add(int a, CspIntExpr bexpr) Creates integer expression representing a+b
CspIntExpr	CspMath.subtract(int a, CspIntExpr bexpr) Creates integer expression representing a-b
CspIntExpr	CspMath.multiply(int a, CspIntExpr bexpr) Creates integer expression representing a*b
CspIntExpr	CspMath.divide(int a, CspIntExpr bexpr) Creates integer expression representing a/b
CspIntExpr	CspMath.abs(CspIntExpr expr) Creates integer expression representing |expr|
CspIntExpr	CspMath.square(CspIntExpr expr) Creates integer expression representing expr^2
CspConstraint	CspMath.allDifferent(CspIntExpr[] exprs) Constrains an array of variables to have different values
CspConstraint	CspMath.globalCardinality(CspIntExpr[] exprs, java.lang.Number[] vals, int[] lb, int[] ub) Generates a constraint that will cause the number of times vals occurs in exprs to be at least lb and at most ub
CspConstraint	CspMath.globalCardCount(CspIntExpr[] exprs, java.lang.Number[] vals, CspIntExpr[] count) A constraint that will count the number of occurrence of certain values and store that number in the corresponding count int expression
CspConstraint	CspMath.globalCardCount(CspLongExpr[] exprs, java.lang.Number[] vals, CspIntExpr[] count) A constraint that will count the number of occurrence of certain values and store that number in the corresponding count int expression
CspConstraint	CspMath.globalCardCount(CspGenericIntExpr expr, java.lang.Number[] vals, CspIntExpr[] count) A constraint that will count the number of occurrence of certain values and store that number in the corresponding count int expression
CspConstraint	CspMath.globalCardCount(CspGenericLongExpr expr, java.lang.Number[] vals, CspIntExpr[] count) A constraint that will count the number of occurrence of certain values and store that number in the corresponding count int expression
CspConstraint	CspMath.memberOfArray(CspIntExpr[] sources, CspIntExpr expr) Constrains a numeric expression to be a member of an array.
CspConstraint	CspMath.notMemberOfArray(CspIntExpr[] sources, CspIntExpr expr) Constrains a numeric expression to not be a member of an array.
CspIntExpr	CspIntExpr.add(CspIntExpr expr) Returns an expression representing the sum of this expression with another expression
CspIntExpr	CspIntExpr.subtract(CspIntExpr expr) Returns an expression representing the difference of this expression with another expression
CspIntExpr	CspIntExpr.multiply(CspIntExpr expr) Returns an expression representing the product of this expression with another expression
CspIntExpr	CspIntExpr.divide(CspIntExpr expr) Returns an expression representing the quotient of this expression with another expression