Uses of Interface
jopt.csp.variable.CspDoubleExpr

Packages that use CspDoubleExpr

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 CspDoubleExpr in jopt.csp.solution

Methods in jopt.csp.solution that return CspDoubleExpr

CspDoubleExpr

SolutionScope.getDoubleObjectiveExpression() Returns objective double expression

Uses of CspDoubleExpr in jopt.csp.variable

Subinterfaces of CspDoubleExpr in jopt.csp.variable

interface	CspDoubleVariable Interface implemented by double precision floating point variables.
interface	CspGenericDoubleExpr Interface for generic double expressions

Methods in jopt.csp.variable that return CspDoubleExpr

CspDoubleExpr	CspMath.add(int a, CspDoubleExpr bexpr) Creates integer expression representing a+b
CspDoubleExpr	CspMath.subtract(int a, CspDoubleExpr bexpr) Creates integer expression representing a-b
CspDoubleExpr	CspMath.multiply(int a, CspDoubleExpr bexpr) Creates double expression representing a*b
CspDoubleExpr	CspMath.divide(int a, CspDoubleExpr bexpr) Creates double expression representing a/b
CspDoubleExpr	CspMath.abs(CspDoubleExpr expr) Creates double expression representing |expr|
CspDoubleExpr	CspMath.square(CspDoubleExpr expr) Creates double expression representing expr^2
CspDoubleExpr	CspMath.power(CspDoubleExpr x, double p) Creates double expression representing x^p
CspDoubleExpr	CspMath.power(CspDoubleExpr x, CspDoubleExpr p) Creates double expression representing x^p
CspDoubleExpr	CspMath.power(double x, CspDoubleExpr p) Creates double expression representing x^p
CspDoubleExpr	CspMath.exp(CspDoubleExpr x) Creates double expression representing e^x where e is the natural logarithm base
CspDoubleExpr	CspMath.log(CspDoubleExpr x) Creates double expression representing natural log(x)
CspDoubleExpr	CspMath.cos(CspDoubleExpr x) Creates double expression representing cos(x) in radians
CspDoubleExpr	CspMath.acos(CspDoubleExpr x) Creates double expression representing arc cos(x) in radians
CspDoubleExpr	CspMath.sin(CspDoubleExpr x) Creates double expression representing sin(x) in radians
CspDoubleExpr	CspMath.asin(CspDoubleExpr x) Creates double expression representing arc sin(x) in radians
CspDoubleExpr	CspMath.tan(CspDoubleExpr x) Creates double expression representing tan(x) in radians
CspDoubleExpr	CspMath.atan(CspDoubleExpr x) Creates double expression representing arc sin(x) in radians
CspDoubleExpr	CspMath.summation(CspGenericDoubleExpr x, CspGenericIndex[] indexRange, CspGenericIndexRestriction sourceIdxRestriction) Creates a variable equal to the summation of values in the generic variable.
CspDoubleExpr	CspLongExpr.add(double d) Returns an expression representing the sum of this expression with a static value
CspDoubleExpr	CspLongExpr.add(CspDoubleExpr expr) Returns an expression representing the sum of this expression with another expression
CspDoubleExpr	CspLongExpr.subtract(double d) Returns an expression representing the difference of this expression with a static value
CspDoubleExpr	CspLongExpr.subtract(CspDoubleExpr expr) Returns an expression representing the difference of this expression with another expression
CspDoubleExpr	CspLongExpr.multiply(double d) Returns an expression representing the product of this expression with a static value
CspDoubleExpr	CspLongExpr.multiply(CspDoubleExpr expr) Returns an expression representing the product of this expression with another expression
CspDoubleExpr	CspLongExpr.divide(double d) Returns an expression representing the quotient of this expression with a static value
CspDoubleExpr	CspLongExpr.divide(CspDoubleExpr expr) Returns an expression representing the quotient of this expression with another expression
CspDoubleExpr	CspIntExpr.add(double d) Returns an expression representing the sum of this expression with a static value
CspDoubleExpr	CspIntExpr.add(CspDoubleExpr expr) Returns an expression representing the sum of this expression with another expression
CspDoubleExpr	CspIntExpr.subtract(double d) Returns an expression representing the difference of this expression with a static value
CspDoubleExpr	CspIntExpr.subtract(CspDoubleExpr expr) Returns an expression representing the difference of this expression with another expression
CspDoubleExpr	CspIntExpr.multiply(double d) Returns an expression representing the product of this expression with a static value
CspDoubleExpr	CspIntExpr.multiply(CspDoubleExpr expr) Returns an expression representing the product of this expression with another expression
CspDoubleExpr	CspIntExpr.divide(double d) Returns an expression representing the quotient of this expression with a static value
CspDoubleExpr	CspIntExpr.divide(CspDoubleExpr expr) Returns an expression representing the quotient of this expression with another expression
CspDoubleExpr	CspGenericDoubleExpr.getExpression(int offset) Returns a numeric expression from the internal array
CspDoubleExpr	CspFloatExpr.add(double d) Returns an expression representing the sum of this expression with a static value
CspDoubleExpr	CspFloatExpr.add(CspDoubleExpr expr) Returns an expression representing the sum of this expression with another expression
CspDoubleExpr	CspFloatExpr.subtract(double d) Returns an expression representing the difference of this expression with a static value
CspDoubleExpr	CspFloatExpr.subtract(CspDoubleExpr expr) Returns an expression representing the difference of this expression with another expression
CspDoubleExpr	CspFloatExpr.multiply(double d) Returns an expression representing the product of this expression with a static value
CspDoubleExpr	CspFloatExpr.multiply(CspDoubleExpr expr) Returns an expression representing the product of this expression with another expression
CspDoubleExpr	CspFloatExpr.divide(double d) Returns an expression representing the quotient of this expression with a static value
CspDoubleExpr	CspFloatExpr.divide(CspDoubleExpr expr) Returns an expression representing the quotient of this expression with another expression
CspDoubleExpr	CspDoubleExpr.add(double d) Returns an expression representing the sum of this expression with a static value
CspDoubleExpr	CspDoubleExpr.add(CspDoubleCast expr) Returns an expression representing the sum of this expression with another expression
CspDoubleExpr	CspDoubleExpr.subtract(double d) Returns an expression representing the difference of this expression with a static value
CspDoubleExpr	CspDoubleExpr.subtract(CspDoubleCast expr) Returns an expression representing the difference of this expression with another expression
CspDoubleExpr	CspDoubleExpr.multiply(double d) Returns an expression representing the product of this expression with a static value
CspDoubleExpr	CspDoubleExpr.multiply(CspDoubleCast expr) Returns an expression representing the product of this expression with another expression
CspDoubleExpr	CspDoubleExpr.divide(double d) Returns an expression representing the quotient of this expression with a static value
CspDoubleExpr	CspDoubleExpr.divide(CspDoubleCast expr) Returns an expression representing the quotient of this expression with another expression

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

CspDoubleExpr	CspMath.add(int a, CspDoubleExpr bexpr) Creates integer expression representing a+b
CspDoubleExpr	CspMath.subtract(int a, CspDoubleExpr bexpr) Creates integer expression representing a-b
CspDoubleExpr	CspMath.multiply(int a, CspDoubleExpr bexpr) Creates double expression representing a*b
CspDoubleExpr	CspMath.divide(int a, CspDoubleExpr bexpr) Creates double expression representing a/b
CspDoubleExpr	CspMath.abs(CspDoubleExpr expr) Creates double expression representing |expr|
CspDoubleExpr	CspMath.square(CspDoubleExpr expr) Creates double expression representing expr^2
CspDoubleExpr	CspMath.power(CspDoubleExpr x, double p) Creates double expression representing x^p
CspDoubleExpr	CspMath.power(CspDoubleExpr x, CspDoubleExpr p) Creates double expression representing x^p
CspDoubleExpr	CspMath.power(double x, CspDoubleExpr p) Creates double expression representing x^p
CspDoubleExpr	CspMath.exp(CspDoubleExpr x) Creates double expression representing e^x where e is the natural logarithm base
CspDoubleExpr	CspMath.log(CspDoubleExpr x) Creates double expression representing natural log(x)
CspDoubleExpr	CspMath.cos(CspDoubleExpr x) Creates double expression representing cos(x) in radians
CspDoubleExpr	CspMath.acos(CspDoubleExpr x) Creates double expression representing arc cos(x) in radians
CspDoubleExpr	CspMath.sin(CspDoubleExpr x) Creates double expression representing sin(x) in radians
CspDoubleExpr	CspMath.asin(CspDoubleExpr x) Creates double expression representing arc sin(x) in radians
CspDoubleExpr	CspMath.tan(CspDoubleExpr x) Creates double expression representing tan(x) in radians
CspDoubleExpr	CspMath.atan(CspDoubleExpr x) Creates double expression representing arc sin(x) in radians
CspDoubleExpr	CspLongExpr.add(CspDoubleExpr expr) Returns an expression representing the sum of this expression with another expression
CspDoubleExpr	CspLongExpr.subtract(CspDoubleExpr expr) Returns an expression representing the difference of this expression with another expression
CspDoubleExpr	CspLongExpr.multiply(CspDoubleExpr expr) Returns an expression representing the product of this expression with another expression
CspDoubleExpr	CspLongExpr.divide(CspDoubleExpr expr) Returns an expression representing the quotient of this expression with another expression
CspDoubleExpr	CspIntExpr.add(CspDoubleExpr expr) Returns an expression representing the sum of this expression with another expression
CspDoubleExpr	CspIntExpr.subtract(CspDoubleExpr expr) Returns an expression representing the difference of this expression with another expression
CspDoubleExpr	CspIntExpr.multiply(CspDoubleExpr expr) Returns an expression representing the product of this expression with another expression
CspDoubleExpr	CspIntExpr.divide(CspDoubleExpr expr) Returns an expression representing the quotient of this expression with another expression
CspDoubleExpr	CspFloatExpr.add(CspDoubleExpr expr) Returns an expression representing the sum of this expression with another expression
CspDoubleExpr	CspFloatExpr.subtract(CspDoubleExpr expr) Returns an expression representing the difference of this expression with another expression
CspDoubleExpr	CspFloatExpr.multiply(CspDoubleExpr expr) Returns an expression representing the product of this expression with another expression
CspDoubleExpr	CspFloatExpr.divide(CspDoubleExpr expr) Returns an expression representing the quotient of this expression with another expression