Uses of Class
com.rubecula.jquantity.Value

Packages that use Value

com.rubecula.jquantity

JQuantity Contents: Copyright Notice Overview JQuantity Philosophy Programming Conventions Package Structure Class Structure Links Important Note about the links to classes in this document: This document appears in two different places: the source tree and the doc tree (where it is placed by the javadoc program).

Uses of Value in com.rubecula.jquantity

Fields in com.rubecula.jquantity declared as Value

static Value	Value.$0 The pure constant value 0.
static Value	Value.$1 The pure constant value 1.
static Value	Value.$Pi The constant value pi (1 with factor pi).
static Value	Value.$2_Pi The constant value 2pi (2 with factor pi).
static Value	Value.$Pi_2 The constant value pi/2 (1/2 with factor pi).
static Value	Value.$Angle_0 The constant angular value 0 (0 with factor pi).
static Value	Value.$E The constant value e (1 with factor e).
static Value	Value.$Infinity The pure constant value representing infinity.
static Value	Value.$Mu0 Vacuum permeability (in henry/meter or Newtons per square Ampere).
private Value	Complex._R The Value instance representing the real part of this Complex.
private Value	Complex._I The Value instance representing the imaginary part of this Complex.

Methods in com.rubecula.jquantity that return Value

Value	Value.normalizeValue() Method to return a Value with no factoring: either this value itself or a copy which has been converted to have no factoring.
Value	Value.convertValue(int scheme) Method to return a Value with factoring scheme: either this value itself or a copy which has been converted to have the specified factoring.
Value	Value.castValue(int scheme) Method to return a Value with factoring scheme: either this value itself or a copy which has been cast to have the specified factoring.
(package private) Value	Value.minusValue() Method to yield a copy of this but with the sign changed.
(package private) Value	Value.sumValue(Value addend) Method to add addend to this and return their sum as the result.
(package private) Value	Value.differenceValue(Value subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
(package private) Value	Value.productValue(Value multiplicand) Method to multiply multiplicand to this and return their product as the result.
(package private) Value	Value.quotientValue(Value that)
(package private) Value	Value.inverseValue()
private Value	Value.transcendentalFunction(Transcendental function) The following method calculates the transcendental function (determined by function) on this Value.
(package private) Value	Value.squareValue()
(package private) Value	Value.twiceValue()
(package private) Value	Value.halfValue()
(package private) static Value	Value.TwentyfourthCircles(long n)
(package private) static Value	Value.FullCircles(int n)
Value	Value.transcendentalExp.getExactValue(Value x)
Value	Value.transcendentalLog.getExactValue(Value x)
Value	Value.transcendentalTanThetaBy2.getExactValue(Value x)
Value	Value.transcendental2Arctan.getExactValue(Value x)
Value	Value.transcendentalSqrt.getExactValue(Value x)
Value	Value.transcendentalSquare.getExactValue(Value x)
Value	Transcendental.getExactValue(Value argument) This method must be provided to yield an exact value (if any - else null) for the given argument.
Value	Imaginable.magnitude() Method to determine the magnitude of this Imaginable.
Value	Imaginable.phase() Method to determine the phase, also known as the argument, of this Imaginable.
(package private) Value	Complex.getReal() Package-scope method to get only the real part of the Complex.
(package private) Value	Complex.getImaginary() Package-scope method to get only the real part of the Complex.
Value	Complex.magnitude() Method to determine the magnitude of this Imaginable.
Value	Complex.phase() Method to determine the phase, also known as the argument, of this Imaginable.

Methods in com.rubecula.jquantity with parameters of type Value

(package private) Value	Value.sumValue(Value addend) Method to add addend to this and return their sum as the result.
(package private) Value	Value.differenceValue(Value subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
(package private) Value	Value.productValue(Value multiplicand) Method to multiply multiplicand to this and return their product as the result.
(package private) Value	Value.quotientValue(Value that)
protected int	Value.compareTo(Value val, boolean strict) Compares this Rational with the specified Rational.
int	Value.compareTo(Value val) Compares this Rational with the specified Rational.
protected void	Value.test(java.io.PrintStream out, Value check, java.lang.String label)
protected void	Value.test(java.io.PrintStream out, Value check)
Value	Value.transcendentalExp.getExactValue(Value x)
Value	Value.transcendentalLog.getExactValue(Value x)
Value	Value.transcendentalTanThetaBy2.getExactValue(Value x)
Value	Value.transcendental2Arctan.getExactValue(Value x)
Value	Value.transcendentalSqrt.getExactValue(Value x)
Value	Value.transcendentalSquare.getExactValue(Value x)
Value	Transcendental.getExactValue(Value argument) This method must be provided to yield an exact value (if any - else null) for the given argument.
Imaginable	Imaginable.rotate(Value angle) Method to rotate this (in Complex space).
Imaginable	Complex.rotate(Value angle) Method to rotate this (in Complex space).

Constructors in com.rubecula.jquantity with parameters of type Value

Value(Value base)
Unused constructor.

Complex(Value r, Value i, boolean polar, int k, java.lang.String identifier)
Primary constructor for a Complex instance.

Complex(Value r, Value i, boolean polar, java.lang.String identifier)
Secondary constructor for a Complex instance which, if polar, is defined on the primary branch (k=0).

Complex(Value r, Value i, java.lang.String identifier)
Secondary constructor for a Complex instance which, if polar, is defined on the primary branch (k=0).

Complex(Value r, boolean polar, java.lang.String identifier)
Secondary constructor for a real-only Complex instance which, if polar, is defined on the primary branch (k=0).

Complex(Value r, java.lang.String identifier)
Secondary constructor for a real-only cartesian Complex instance.

Complex(Value r, Value i, boolean polar)
Secondary constructor for a Complex instance which, if polar, is defined on the primary branch (k=0).

Complex(Value r, Value i)
Secondary constructor for a Complex instance which, if polar, is defined on the primary branch (k=0).

Complex(Value r, boolean polar)
Secondary constructor for a real-only Complex instance which, if polar, is defined on the primary branch (k=0).

Complex(Value r)
Secondary constructor for a real-only cartesian Complex instance.