Uses of Class
com.rubecula.jquantity.Rational

Packages that use Rational

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).
com.rubecula.units	JQuantity/units.

Uses of Rational in com.rubecula.jquantity

Subclasses of Rational in com.rubecula.jquantity

class

Value This class represents a Rational which may be factored in some way.

Fields in com.rubecula.jquantity declared as Rational

private static Rational[]	Value.ConversionFactors The conversion factors for the various schemes, in order: 1, pi, e.
static Rational	Rational.$1 $1 is the Rational representation of the exact value 1.
static Rational	Rational.$0 $0 is the Rational representation of the exact value 0.
static Rational	Rational.$10 $10 is the Rational representation of the exact value 10.
static Rational	Rational.$2 $2 is the Rational representation of the exact value 2.
static Rational	Rational.$1_2 $1_2 is the Rational representation of the exact value 1/2.
static Rational	Rational.$Infinity $Infinity is the Rational representation of the (exact) value of infinity, i.e. 1/0.
static Rational	Rational.$E Value of E as a Rational.
static Rational	Rational.$Pi Value of Pi as a Rational.
static Rational	Rational.$3
(package private) static Rational	Rational.$6
(package private) static Rational	Rational.$12
(package private) static Rational	Rational.$NaN
(package private) static Rational	Rational.$_Pi_2
(package private) static Rational	Rational.$_Pi_4
static Rational	Rational.$_Log10_E
(package private) static Rational	Rational.$Rt2 InitialValueOf($S_Rt2).
(package private) static Rational	Rational.$Rt3 InitialValueOf($S_Rt3).
(package private) static Rational	Rational.$Rt5 InitialValueOf($S_Rt5).
(package private) static Rational	Rational.$_Tan15Deg 2 - $Rt3.
(package private) static Rational	Rational.$_Tan22_5Deg 1 / (1 + Rt2).
(package private) static Rational	Rational.$_Tan30Deg 1/$Rt3.
(package private) static Rational	Rational.$_c By definition, the velocity of light (in meter/second).
(package private) static Rational	Rational.$_g By definition, the standard (mean) gravity at the Earth's surface: 9.80665.
static Rational	Rational.$_degR Degrees Rankine/Kelvin conversion: 5/9.
(package private) static Rational	Rational.$_degF Degrees Fahrenheit/Celsius offset: 32.

Methods in com.rubecula.jquantity that return Rational

static Rational	Value.Parse(SymbolicPresentation presentation, java.lang.String identifier) Class method to translate the given SymbolicPresentation representation of a Value into a Value.
static Rational	Value.valueOf(BaseNumber number) Factory method to create a "constant" Value from a BaseNumber or, if number is Value, then to make a copy.
private Rational	Value.getConversionFactor()
(package private) Rational	Value.toRational() Method to narrows this object to a Rational..
(package private) Rational	Value.root(int p) method root: to yield an exact (integer) Rational for the root of a positive integral Rational.
Rational	Value.transcendentalExp.getValue(Rational x)
Rational	Value.transcendentalExp.getDerivative(Rational x)
Rational	Value.transcendentalLog.getValue(Rational x)
Rational	Value.transcendentalLog.getDerivative(Rational x)
Rational	Value.transcendentalTanThetaBy2.getValue(Rational x)
Rational	Value.transcendentalTanThetaBy2.getDerivative(Rational theta)
Rational	Value.transcendental2Arctan.getValue(Rational x)
Rational	Value.transcendental2Arctan.getDerivative(Rational x)
Rational	Value.transcendentalSqrt.getValue(Rational x)
Rational	Value.transcendentalSqrt.getDerivative(Rational x)
Rational	Value.transcendentalSquare.getValue(Rational x)
Rational	Value.transcendentalSquare.getDerivative(Rational x)
Rational	Transcendental.getValue(Rational argument) This method must be provided to yield the value of the transcendental function for the given argument.
Rational	Transcendental.getDerivative(Rational argument) This method must be provided to yield the value of the first derivative of the function for the given argument.
static Rational	Rational.Parse(NumberPresentation presentation, java.lang.String identifier) Translates the NumberPresentation representation into a new Rational.
static Rational	Rational.valueOf(BaseNumber number) Factory method to create a Rational from a BaseNumber or, if number is Rational, then to make a copy.
Rational	Rational.minusRational() Method to yield a copy of this but with the sign changed.
Rational	Rational.sumRational(Rational addend) Method to add addend to this and return their sum as the result.
(package private) Rational	Rational.differenceRational(Rational subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
Rational	Rational.productRational(Rational multiplicand) Method to multiply multiplicand to this and return their product as the result.
(package private) Rational	Rational.quotientRational(Rational that)
Rational	Rational.inverseRational()
(package private) static Rational	Rational.valueOfExponent(int exponent, int radix) Factory method to create a Rational which is equal to radix^exponent.
(package private) static Rational	Rational.valueOfExponent(int exponent) Factory method to create a Rational which is equal to 10^exponent.
(package private) static Rational	Rational.valueOfExponent(java.lang.String exponentStr, int radix) Factory method to create a Rational which is equal to the multiplier represented by an exponent string.
static Rational	Rational.valueOf(double value, int precision, java.lang.String identifier) Factory method to create a Rational from a double value, given an indication of precision.
static Rational	Rational.valueOf(double value, double bound, int model, java.lang.String identifier) Factory method to create a Rational from a double value, given an indication of precision.
static Rational	Rational.valueOf(double value, double bound, int model) Factory method to create a Rational from a double value, given an indication of precision.
static Rational	Rational.valueOf(double value, java.lang.String identifier) Factory method to create a Rational from a double value, using standard double precision and with an explicit identifier.
static Rational	Rational.valueOf(double value, boolean exact) Factory method to create a Rational from a double value, that may or not be "exact".
static Rational	Rational.valueOf(double value) Factory method to create a Rational from an exact double value.
static Rational	Rational.valueOf(float value, java.lang.String identifier) Factory method to create a Rational from a float value without an explicit identifier.
static Rational	Rational.valueOf(float value) Factory method to create a Rational from a float value, given an explicit identifier.
(package private) static Rational	Rational.valueOf(java.math.BigInteger integer, java.math.BigInteger fraction, int places) Factory method to create a (decimal) Rational from two (big) integers.
Rational	Rational.absRational() Method to yield the absolute (unsigned) value of this as a Rational.
Rational	Rational.half() Method to yield half the value of this.
(package private) Rational	Rational.modulo(long x) Method to return the value of this modulo x
(package private) Rational	Rational.fold(Rational range) Method to force this into a specific range.
(package private) Rational	Rational.normalizeToInt(double tolerance) Normalize this Rational so that the result: a) has a denominator unity and b) approximates this in value, to within tolerance.
(package private) Rational	Rational.normalizeToBigDecimal(double tolerance) Normalize this such that the denominator is a power of ten AND the value of the result differs from the value of this by not more than the tolerance.
private static Rational	Rational.BigDecimalRational(java.math.BigInteger top, java.math.BigInteger bottom, double tolerance, int characteristic, java.lang.String id) Class method to yield an explicitly identified Rational which approximates top/bottom to within tolerance (to exponent characteristic).
(package private) Rational	Rational.root(int p) method root: to yield an exact (integer) Rational for the root of a positive integral Rational.
(package private) Rational	Rational.squareRational() Method to return the Rational formed my multiplying this by itself.
static Rational	Rational.valueOf(Presentation presentation) Convert Presentation presentation into a Rational.
Rational	Rational.pow(Rational power)
static Rational	Rational.InitialValueOf(java.lang.String string) Create a constant value of a Rational from a string.
private static Rational	Rational.InitParse(Presentation presentation, java.lang.String id)
Rational	JQuantity.getScale() Method to return the scale of this Measurable.
Rational	JQuantity.getOffset() Method to return the offset of this Measurable.

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

void	Value.scale(Rational that) MUTATING Instance method to multiply another Arithmetical into this object.
Rational	Value.transcendentalExp.getValue(Rational x)
Rational	Value.transcendentalExp.getDerivative(Rational x)
Rational	Value.transcendentalLog.getValue(Rational x)
Rational	Value.transcendentalLog.getDerivative(Rational x)
Rational	Value.transcendentalTanThetaBy2.getValue(Rational x)
Rational	Value.transcendentalTanThetaBy2.getDerivative(Rational theta)
Rational	Value.transcendental2Arctan.getValue(Rational x)
Rational	Value.transcendental2Arctan.getDerivative(Rational x)
Rational	Value.transcendentalSqrt.getValue(Rational x)
Rational	Value.transcendentalSqrt.getDerivative(Rational x)
Rational	Value.transcendentalSquare.getValue(Rational x)
Rational	Value.transcendentalSquare.getDerivative(Rational x)
Rational	Transcendental.getValue(Rational argument) This method must be provided to yield the value of the transcendental function for the given argument.
Rational	Transcendental.getDerivative(Rational argument) This method must be provided to yield the value of the first derivative of the function for the given argument.
Rational	Rational.sumRational(Rational addend) Method to add addend to this and return their sum as the result.
(package private) Rational	Rational.differenceRational(Rational subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
Rational	Rational.productRational(Rational multiplicand) Method to multiply multiplicand to this and return their product as the result.
(package private) Rational	Rational.quotientRational(Rational that)
protected void	Rational.addTops(Rational other)
void	Rational.subtract(Rational that) MUTATING method to replace this by the difference of this and that
(package private) Rational	Rational.fold(Rational range) Method to force this into a specific range.
Rational	Rational.pow(Rational power)
protected int	Rational.compareTo(Rational val, boolean absolute) Compares this Rational with the specified Rational.
int	Rational.compareTo(Rational val) Compares this Rational with the specified Rational.
Complex	Complex.factored(Rational factor) Method to yield the quotient of this divided by factor, and return it as the result.

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

Value(Rational base, int scheme, java.lang.String id)
Primary constructor to instantiate a Value, based on a given Rational (base) and factored with a specific scheme (scheme).

Value(Rational base, int scheme)
Secondary constructor to instantiate a Value, based on a given Rational (base) and factored with a specific scheme (scheme).

Value(Rational base)
Secondary constructor to instantiate a value, based on a given Rational (base) and factored with the trivial scheme ($FactorNone).

Rational(Rational source)
Constructor to make a copy of a Rational object.

Uses of Rational in com.rubecula.units

Fields in com.rubecula.units declared as Rational

private Rational	UnitsName._Dimension
private Rational	Units._Scale
private Rational	Units._Offset
private Rational	Units._PowerA
private Rational	Units._PowerB
static Rational	Units.Ten
static Rational	Units.Tenth
static Rational	Units.Hundred
static Rational	Units.Hundredth
static Rational	Units.Thousand
static Rational	Units.Thousandth
private static Rational	Units.$60
private Rational	FlatUnit._Scale The scale of this flattened unit.

Methods in com.rubecula.units that return Rational

Rational	Units.getScale()
Rational	Units.getOffset()
Rational	Units.scaleToUnits(Measurable base, Rational value) This method converts value which is expressed in this Units into a value expressed in base units.
private static Rational	Units.nonZeroDivide(Rational num, long denom)
Rational	SiUnit.getScale() Method to return the scale of this Measurable.
Rational	SiUnit.getOffset() Method to return the offset of this Measurable.
Rational	Measurable.getScale() Method to return the scale of this Measurable.
Rational	Measurable.getOffset() Method to return the offset of this Measurable.
Rational	FlatUnit.getScale() Method to return the scale of this Measurable.
Rational	FlatUnit.getOffset() Method to return the offset of this Measurable.
Rational	Dimensions.getPower(int dimension)

Methods in com.rubecula.units with parameters of type Rational

(package private) static java.lang.String	UnitsName.ExpString(Rational x)
(package private) UnitsName	UnitsName.multiply(Rational x)
(package private) Units	Units.scale(UnitsName name, Rational scale, SystemFlag system) Scale this unit and assign a new name and system to the result.
Units	Units.scale(UnitsName name, Rational scale) Scale this unit and assign a new name to the result.
(package private) Units	Units.scale(Rational scale) Scale this unit.
(package private) Units	Units.combine(Rational powerA, Measurable B, Rational powerB)
Units	Units.sum(Measurable addend, Rational power)
Units	Units.productScalar(Rational power)
Rational	Units.scaleToUnits(Measurable base, Rational value) This method converts value which is expressed in this Units into a value expressed in base units.
private static Rational	Units.nonZeroDivide(Rational num, long denom)
(package private) Dimensions	Dimensions.productScalar(Rational power)

Constructors in com.rubecula.units with parameters of type Rational

UnitsName(java.lang.String name, java.lang.String abbreviation, int exponent, Rational dimension, boolean derived)

UnitsName(java.lang.String name, java.lang.String abbreviation, int exponent, Rational dimension)

Units(UnitsName name, SystemFlag system, Rational scale, Rational powerA, Measurable A, Rational powerB, Measurable B, Rational offset)

Units(UnitsName name, SystemFlag system, Rational scale, Rational powerA, Measurable A, Rational powerB, Measurable B)

Units(UnitsName name, SystemFlag system, Rational scale, Rational powerA, Measurable A)

Units(UnitsName name, SystemFlag system, Rational scale, Measurable A)

FlatUnit(Dimensions dimensions, Rational scale)
Primary constructor to create a FlatUnit.