Package trade.invision.indicators.indicators.operation.binary

Class NumBinaryOperations

java.lang.Object

trade.invision.indicators.indicators.operation.binary.NumBinaryOperations

public final class NumBinaryOperations
extends Object

NumBinaryOperations provides convenience static methods for creating Num BinaryOperation Indicators.

Constructor Summary

Constructors

Constructor	Description
NumBinaryOperations()

Method Summary

Modifier and Type	Method	Description
static Indicator<Num>	add(Indicator<Num> augend, Indicator<Num> addend)	Creates a Num Indicator that invokes the Num.add(Num) binary operation on the given operands.
static Indicator<Num>	average(Indicator<Num> left, Indicator<Num> right)	Creates a Num Indicator that invokes the Num.average(Num) binary operation on the given operands.
static Indicator<Num>	divide(Indicator<Num> dividend, Indicator<Num> divisor)	Creates a Num Indicator that invokes the Num.divide(Num) binary operation on the given operands.
static Indicator<Num>	hypotenuse(Indicator<Num> x, Indicator<Num> y)	Creates a Num Indicator that invokes the Num.hypotenuse(Num) binary operation on the given operands.
static Indicator<Num>	ifNaN(Indicator<Num> num, Indicator<Num> replacement)	Creates a Num Indicator that invokes the Num.ifNaN(Num) binary operation on the given operands.
static Indicator<Num>	inverseTangent2(Indicator<Num> y, Indicator<Num> x)	Creates a Num Indicator that invokes the Num.inverseTangent2(Num) binary operation on the given operands.
static Indicator<Boolean>	isEqual(Indicator<Num> left, Indicator<Num> right)	Creates a Boolean Indicator that performs the Num.isEqual(Num, Num) binary comparison using the given inputs.
static Indicator<Boolean>	isGreaterThan(Indicator<Num> left, Indicator<Num> right)	Creates a Boolean Indicator that performs the Num.isGreaterThan(Num) binary comparison using the given inputs.
static Indicator<Boolean>	isGreaterThanOrEqual(Indicator<Num> left, Indicator<Num> right)	Creates a Boolean Indicator that performs the Num.isGreaterThanOrEqual(Num, Num) binary comparison using the given inputs.
static Indicator<Boolean>	isLessThan(Indicator<Num> left, Indicator<Num> right)	Creates a Boolean Indicator that performs the Num.isLessThan(Num) binary comparison using the given inputs.
static Indicator<Boolean>	isLessThanOrEqual(Indicator<Num> left, Indicator<Num> right)	Creates a Boolean Indicator that performs the Num.isLessThanOrEqual(Num, Num) binary comparison using the given inputs.
static Indicator<Num>	logarithm(Indicator<Num> antiLogarithm, Indicator<Num> base)	Creates a Num Indicator that invokes the Num.logarithm(Num) binary operation on the given operands.
static Indicator<Num>	maximum(Indicator<Num> left, Indicator<Num> right)	Creates a Num Indicator that invokes the Num.maximum(Num) binary operation on the given operands.
static Indicator<Num>	minimum(Indicator<Num> left, Indicator<Num> right)	Creates a Num Indicator that invokes the Num.minimum(Num) binary operation on the given operands.
static Indicator<Num>	multiply(Indicator<Num> multiplicand, Indicator<Num> multiplier)	Creates a Num Indicator that invokes the Num.multiply(Num) binary operation on the given operands.
static Indicator<Num>	nthRoot(Indicator<Num> radicand, Indicator<Num> degree)	Creates a Num Indicator that invokes the Num.nthRoot(Num) binary operation on the given operands.
static Indicator<Num>	power(Indicator<Num> base, Indicator<Num> exponent)	Creates a Num Indicator that invokes the Num.power(Num) binary operation on the given operands.
static Indicator<Num>	remainder(Indicator<Num> dividend, Indicator<Num> divisor)	Creates a Num Indicator that invokes the Num.remainder(Num) binary operation on the given operands.
static Indicator<Num>	subtract(Indicator<Num> minuend, Indicator<Num> subtrahend)	Creates a Num Indicator that invokes the Num.subtract(Num) binary operation on the given operands.

Methods inherited from class java.lang.Object

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

Constructor Details

NumBinaryOperations

public NumBinaryOperations()

Method Details

add

public static Indicator<Num> add(Indicator<Num> augend,
 Indicator<Num> addend)

Creates a Num Indicator that invokes the Num.add(Num) binary operation on the given operands.

Parameters:

augend - the augend operand

addend - the addend operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

subtract

public static Indicator<Num> subtract(Indicator<Num> minuend,
 Indicator<Num> subtrahend)

Creates a Num Indicator that invokes the Num.subtract(Num) binary operation on the given operands.

Parameters:

minuend - the minuend operand

subtrahend - the subtrahend operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

multiply

public static Indicator<Num> multiply(Indicator<Num> multiplicand,
 Indicator<Num> multiplier)

Creates a Num Indicator that invokes the Num.multiply(Num) binary operation on the given operands.

Parameters:

multiplicand - the multiplicand operand

multiplier - the multiplier operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

divide

public static Indicator<Num> divide(Indicator<Num> dividend,
 Indicator<Num> divisor)

Creates a Num Indicator that invokes the Num.divide(Num) binary operation on the given operands.

Parameters:

dividend - the dividend operand

divisor - the divisor operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

remainder

public static Indicator<Num> remainder(Indicator<Num> dividend,
 Indicator<Num> divisor)

Creates a Num Indicator that invokes the Num.remainder(Num) binary operation on the given operands.

Parameters:

dividend - the dividend operand

divisor - the divisor operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

power

public static Indicator<Num> power(Indicator<Num> base,
 Indicator<Num> exponent)

Creates a Num Indicator that invokes the Num.power(Num) binary operation on the given operands.

Parameters:

base - the base operand

exponent - the exponent operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

nthRoot

public static Indicator<Num> nthRoot(Indicator<Num> radicand,
 Indicator<Num> degree)

Creates a Num Indicator that invokes the Num.nthRoot(Num) binary operation on the given operands.

Parameters:

radicand - the radicand operand

degree - the degree operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

logarithm

public static Indicator<Num> logarithm(Indicator<Num> antiLogarithm,
 Indicator<Num> base)

Creates a Num Indicator that invokes the Num.logarithm(Num) binary operation on the given operands.

Parameters:

antiLogarithm - the anti-logarithm operand

base - the base operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

inverseTangent2

public static Indicator<Num> inverseTangent2(Indicator<Num> y,
 Indicator<Num> x)

Creates a Num Indicator that invokes the Num.inverseTangent2(Num) binary operation on the given operands.

Parameters:

y - the y operand

x - the x operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

hypotenuse

public static Indicator<Num> hypotenuse(Indicator<Num> x,
 Indicator<Num> y)

Creates a Num Indicator that invokes the Num.hypotenuse(Num) binary operation on the given operands.

Parameters:

x - the x operand

y - the y operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

average

public static Indicator<Num> average(Indicator<Num> left,
 Indicator<Num> right)

Creates a Num Indicator that invokes the Num.average(Num) binary operation on the given operands.

Parameters:

left - the left operand

right - the right operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

minimum

public static Indicator<Num> minimum(Indicator<Num> left,
 Indicator<Num> right)

Creates a Num Indicator that invokes the Num.minimum(Num) binary operation on the given operands.

Parameters:

left - the left operand

right - the right operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

maximum

public static Indicator<Num> maximum(Indicator<Num> left,
 Indicator<Num> right)

Creates a Num Indicator that invokes the Num.maximum(Num) binary operation on the given operands.

Parameters:

left - the left operand

right - the right operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

ifNaN

public static Indicator<Num> ifNaN(Indicator<Num> num,
 Indicator<Num> replacement)

Creates a Num Indicator that invokes the Num.ifNaN(Num) binary operation on the given operands.

Parameters:

num - the operand

replacement - the replacement operand

Returns:

the Num Indicator

See Also:

• BinaryOperation

isEqual

public static Indicator<Boolean> isEqual(Indicator<Num> left,
 Indicator<Num> right)

Creates a Boolean Indicator that performs the Num.isEqual(Num, Num) binary comparison using the given inputs.

Parameters:

left - the left input

right - the right input

Returns:

the Boolean Indicator

See Also:

• BinaryOperation

isLessThan

public static Indicator<Boolean> isLessThan(Indicator<Num> left,
 Indicator<Num> right)

Creates a Boolean Indicator that performs the Num.isLessThan(Num) binary comparison using the given inputs.

Parameters:

left - the left input

right - the right input

Returns:

the Boolean Indicator

See Also:

• BinaryOperation

isLessThanOrEqual

public static Indicator<Boolean> isLessThanOrEqual(Indicator<Num> left,
 Indicator<Num> right)

Creates a Boolean Indicator that performs the Num.isLessThanOrEqual(Num, Num) binary comparison using the given inputs.

Parameters:

left - the left input

right - the right input

Returns:

the Boolean Indicator

See Also:

• BinaryOperation

isGreaterThan

public static Indicator<Boolean> isGreaterThan(Indicator<Num> left,
 Indicator<Num> right)

Creates a Boolean Indicator that performs the Num.isGreaterThan(Num) binary comparison using the given inputs.

Parameters:

left - the left input

right - the right input

Returns:

the Boolean Indicator

See Also:

• BinaryOperation

isGreaterThanOrEqual

public static Indicator<Boolean> isGreaterThanOrEqual(Indicator<Num> left,
 Indicator<Num> right)

Creates a Boolean Indicator that performs the Num.isGreaterThanOrEqual(Num, Num) binary comparison using the given inputs.

Parameters:

left - the left input

right - the right input

Returns:

the Boolean Indicator

See Also:

• BinaryOperation