org.ojalgo.function.implementation
Class RationalFunction

java.lang.Object
  org.ojalgo.function.implementation.FunctionSet<RationalNumber>
      org.ojalgo.function.implementation.RationalFunction

public final class RationalFunction
extends FunctionSet<RationalNumber>

RationalFunction

Author:

apete

Field Summary

static UnaryFunction<RationalNumber>	ABS
static UnaryFunction<RationalNumber>	ACOS
static UnaryFunction<RationalNumber>	ACOSH
static ConfigurableBinaryFunction<RationalNumber>	ADD
static UnaryFunction<RationalNumber>	ASIN
static UnaryFunction<RationalNumber>	ASINH
static UnaryFunction<RationalNumber>	ATAN
static UnaryFunction<RationalNumber>	ATANH
static UnaryFunction<RationalNumber>	CARDINALITY
static UnaryFunction<RationalNumber>	CONJUGATE
static UnaryFunction<RationalNumber>	COS
static UnaryFunction<RationalNumber>	COSH
static ConfigurableBinaryFunction<RationalNumber>	DIVIDE
static UnaryFunction<RationalNumber>	EXP
static ConfigurableBinaryFunction<RationalNumber>	HYPOT
static UnaryFunction<RationalNumber>	INVERT
static UnaryFunction<RationalNumber>	LOG
static ConfigurableBinaryFunction<RationalNumber>	MAX
static ConfigurableBinaryFunction<RationalNumber>	MIN
static ConfigurableBinaryFunction<RationalNumber>	MULTIPLY
static UnaryFunction<RationalNumber>	NEGATE
static ConfigurableBinaryFunction<RationalNumber>	POW
static ConfigurableParameterFunction<RationalNumber>	POWER
static ConfigurableParameterFunction<RationalNumber>	ROOT
static ConfigurableParameterFunction<RationalNumber>	SCALE
static UnaryFunction<RationalNumber>	SIGNUM
static UnaryFunction<RationalNumber>	SIN
static UnaryFunction<RationalNumber>	SINH
static UnaryFunction<RationalNumber>	SQRT
static UnaryFunction<RationalNumber>	SQRT1PX2
static ConfigurableBinaryFunction<RationalNumber>	SUBTRACT
static UnaryFunction<RationalNumber>	TAN
static UnaryFunction<RationalNumber>	TANH
static UnaryFunction<RationalNumber>	VALUE

Method Summary

UnaryFunction<RationalNumber>	abs()
UnaryFunction<RationalNumber>	acos()
UnaryFunction<RationalNumber>	acosh()
ConfigurableBinaryFunction<RationalNumber>	add() +
UnaryFunction<RationalNumber>	asin()
UnaryFunction<RationalNumber>	asinh()
UnaryFunction<RationalNumber>	atan()
UnaryFunction<RationalNumber>	atanh()
UnaryFunction<RationalNumber>	cardinality()
UnaryFunction<RationalNumber>	conjugate()
UnaryFunction<RationalNumber>	cos()
UnaryFunction<RationalNumber>	cosh()
ConfigurableBinaryFunction<RationalNumber>	divide() /
UnaryFunction<RationalNumber>	exp()
static RationalFunction	getSet()
ConfigurableBinaryFunction<RationalNumber>	hypot()
UnaryFunction<RationalNumber>	invert()
UnaryFunction<RationalNumber>	log()
ConfigurableBinaryFunction<RationalNumber>	max()
ConfigurableBinaryFunction<RationalNumber>	min()
ConfigurableBinaryFunction<RationalNumber>	multiply() *
UnaryFunction<RationalNumber>	negate()
ConfigurableBinaryFunction<RationalNumber>	pow()
ConfigurableParameterFunction<RationalNumber>	power()
ConfigurableParameterFunction<RationalNumber>	root()
ConfigurableParameterFunction<RationalNumber>	scale()
UnaryFunction<RationalNumber>	signum()
UnaryFunction<RationalNumber>	sin()
UnaryFunction<RationalNumber>	sinh()
UnaryFunction<RationalNumber>	sqrt()
UnaryFunction<RationalNumber>	sqrt1px2()
ConfigurableBinaryFunction<RationalNumber>	subtract() -
UnaryFunction<RationalNumber>	tan()
UnaryFunction<RationalNumber>	tanh()
UnaryFunction<RationalNumber>	value()

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

ABS

public static final UnaryFunction<RationalNumber> ABS

ACOS

public static final UnaryFunction<RationalNumber> ACOS

ACOSH

public static final UnaryFunction<RationalNumber> ACOSH

ADD

public static final ConfigurableBinaryFunction<RationalNumber> ADD

ASIN

public static final UnaryFunction<RationalNumber> ASIN

ASINH

public static final UnaryFunction<RationalNumber> ASINH

ATAN

public static final UnaryFunction<RationalNumber> ATAN

ATANH

public static final UnaryFunction<RationalNumber> ATANH

CARDINALITY

public static final UnaryFunction<RationalNumber> CARDINALITY

CONJUGATE

public static final UnaryFunction<RationalNumber> CONJUGATE

COS

public static final UnaryFunction<RationalNumber> COS

COSH

public static final UnaryFunction<RationalNumber> COSH

DIVIDE

public static final ConfigurableBinaryFunction<RationalNumber> DIVIDE

EXP

public static final UnaryFunction<RationalNumber> EXP

HYPOT

public static final ConfigurableBinaryFunction<RationalNumber> HYPOT

INVERT

public static final UnaryFunction<RationalNumber> INVERT

LOG

public static final UnaryFunction<RationalNumber> LOG

MAX

public static final ConfigurableBinaryFunction<RationalNumber> MAX

MIN

public static final ConfigurableBinaryFunction<RationalNumber> MIN

MULTIPLY

public static final ConfigurableBinaryFunction<RationalNumber> MULTIPLY

NEGATE

public static final UnaryFunction<RationalNumber> NEGATE

POW

public static final ConfigurableBinaryFunction<RationalNumber> POW

POWER

public static final ConfigurableParameterFunction<RationalNumber> POWER

ROOT

public static final ConfigurableParameterFunction<RationalNumber> ROOT

SCALE

public static final ConfigurableParameterFunction<RationalNumber> SCALE

SIGNUM

public static final UnaryFunction<RationalNumber> SIGNUM

SIN

public static final UnaryFunction<RationalNumber> SIN

SINH

public static final UnaryFunction<RationalNumber> SINH

SQRT

public static final UnaryFunction<RationalNumber> SQRT

SQRT1PX2

public static final UnaryFunction<RationalNumber> SQRT1PX2

SUBTRACT

public static final ConfigurableBinaryFunction<RationalNumber> SUBTRACT

TAN

public static final UnaryFunction<RationalNumber> TAN

TANH

public static final UnaryFunction<RationalNumber> TANH

VALUE

public static final UnaryFunction<RationalNumber> VALUE

Method Detail

getSet

public static RationalFunction getSet()

abs

public UnaryFunction<RationalNumber> abs()

Specified by:

abs in class FunctionSet<RationalNumber>

See Also:

StrictMath.abs(double)

acos

public UnaryFunction<RationalNumber> acos()

Specified by:

acos in class FunctionSet<RationalNumber>

See Also:

StrictMath.acos(double)

acosh

public UnaryFunction<RationalNumber> acosh()

Specified by:

acosh in class FunctionSet<RationalNumber>

add

public ConfigurableBinaryFunction<RationalNumber> add()

Description copied from class: FunctionSet

+

Specified by:

add in class FunctionSet<RationalNumber>

asin

public UnaryFunction<RationalNumber> asin()

Specified by:

asin in class FunctionSet<RationalNumber>

See Also:

StrictMath.asin(double)

asinh

public UnaryFunction<RationalNumber> asinh()

Specified by:

asinh in class FunctionSet<RationalNumber>

atan

public UnaryFunction<RationalNumber> atan()

Specified by:

atan in class FunctionSet<RationalNumber>

See Also:

StrictMath.atan(double)

atanh

public UnaryFunction<RationalNumber> atanh()

Specified by:

atanh in class FunctionSet<RationalNumber>

cardinality

public UnaryFunction<RationalNumber> cardinality()

Specified by:

cardinality in class FunctionSet<RationalNumber>

conjugate

public UnaryFunction<RationalNumber> conjugate()

Specified by:

conjugate in class FunctionSet<RationalNumber>

cos

public UnaryFunction<RationalNumber> cos()

Specified by:

cos in class FunctionSet<RationalNumber>

See Also:

StrictMath.cos(double)

cosh

public UnaryFunction<RationalNumber> cosh()

Specified by:

cosh in class FunctionSet<RationalNumber>

See Also:

StrictMath.cosh(double)

divide

public ConfigurableBinaryFunction<RationalNumber> divide()

Description copied from class: FunctionSet

/

Specified by:

divide in class FunctionSet<RationalNumber>

exp

public UnaryFunction<RationalNumber> exp()

Specified by:

exp in class FunctionSet<RationalNumber>

See Also:

StrictMath.exp(double)

hypot

public ConfigurableBinaryFunction<RationalNumber> hypot()

Specified by:

hypot in class FunctionSet<RationalNumber>

See Also:

StrictMath.hypot(double, double)

invert

public UnaryFunction<RationalNumber> invert()

Specified by:

invert in class FunctionSet<RationalNumber>

log

public UnaryFunction<RationalNumber> log()

Specified by:

log in class FunctionSet<RationalNumber>

See Also:

StrictMath.log(double)

max

public ConfigurableBinaryFunction<RationalNumber> max()

Specified by:

max in class FunctionSet<RationalNumber>

See Also:

StrictMath.max(double, double)

min

public ConfigurableBinaryFunction<RationalNumber> min()

Specified by:

min in class FunctionSet<RationalNumber>

See Also:

StrictMath.min(double, double)

multiply

public ConfigurableBinaryFunction<RationalNumber> multiply()

Description copied from class: FunctionSet

*

Specified by:

multiply in class FunctionSet<RationalNumber>

negate

public UnaryFunction<RationalNumber> negate()

Specified by:

negate in class FunctionSet<RationalNumber>

pow

public ConfigurableBinaryFunction<RationalNumber> pow()

Specified by:

pow in class FunctionSet<RationalNumber>

See Also:

StrictMath.pow(double, double)

power

public ConfigurableParameterFunction<RationalNumber> power()

Specified by:

power in class FunctionSet<RationalNumber>

root

public ConfigurableParameterFunction<RationalNumber> root()

Specified by:

root in class FunctionSet<RationalNumber>

scale

public ConfigurableParameterFunction<RationalNumber> scale()

Specified by:

scale in class FunctionSet<RationalNumber>

signum

public UnaryFunction<RationalNumber> signum()

Specified by:

signum in class FunctionSet<RationalNumber>

See Also:

StrictMath.signum(double)

sin

public UnaryFunction<RationalNumber> sin()

Specified by:

sin in class FunctionSet<RationalNumber>

See Also:

StrictMath.sin(double)

sinh

public UnaryFunction<RationalNumber> sinh()

Specified by:

sinh in class FunctionSet<RationalNumber>

See Also:

StrictMath.sinh(double)

sqrt

public UnaryFunction<RationalNumber> sqrt()

Specified by:

sqrt in class FunctionSet<RationalNumber>

See Also:

StrictMath.sqrt(double)

sqrt1px2

public UnaryFunction<RationalNumber> sqrt1px2()

Specified by:

sqrt1px2 in class FunctionSet<RationalNumber>

Returns:

sqrt(1.0 + x²)

subtract

public ConfigurableBinaryFunction<RationalNumber> subtract()

Description copied from class: FunctionSet

-

Specified by:

subtract in class FunctionSet<RationalNumber>

tan

public UnaryFunction<RationalNumber> tan()

Specified by:

tan in class FunctionSet<RationalNumber>

See Also:

StrictMath.tan(double)

tanh

public UnaryFunction<RationalNumber> tanh()

Specified by:

tanh in class FunctionSet<RationalNumber>

See Also:

StrictMath.tanh(double)

value

public UnaryFunction<RationalNumber> value()

Specified by:

value in class FunctionSet<RationalNumber>