Uses of Class
com.rubecula.jquantity.BaseNumber

Packages that use BaseNumber

com.rubecula.jquantity

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Uses of BaseNumber in com.rubecula.jquantity

Subclasses of BaseNumber in com.rubecula.jquantity

class	Approximation This Class approximates a value using an immutable double-precision value.
class	DivisibleMutable Interface to define Mutating Divisible arithmetical operations.
(package private) class	FuzzInt This class extends a WholeNumber by adding fuzzy parameters.
class	JQuantity This class represents a quantity, that is to say a value and its units.
class	Manifest This class defines a "manifest" constant (a whole number which cannot be changed).
class	MutableNumber Abstract class from which to derive other concrete classes of mutable numbers.
class	Rational Public class to represent precise rational numbers.
class	Value This class represents a Rational which may be factored in some way.
class	WholeNumber This class is a logical extension of the BigInteger class, but is an actual extension of MutableNumber.

Fields in com.rubecula.jquantity declared as BaseNumber

private BaseNumber[][]	TwoMatrix._Elements
protected BaseNumber	Rational._Numerator _Numerator is the numerator of the rational quantity defined by this.
protected BaseNumber	Rational._Denominator _Denominator is the denominator of the rational quantity defined by this.
private BaseNumber[]	OneMatrix._Elements
static BaseNumber	MutableNumber.$0 The constant value: 0
static BaseNumber	MutableNumber.$1 The constant value: 1
static BaseNumber	MutableNumber.$2 The constant value: 2
static BaseNumber	MutableNumber.$3 The constant value: 3
static BaseNumber	MutableNumber.$10 The constant value: 10
static BaseNumber	MutableNumber.$__1 The constant value: -1
private BaseNumber	JQuantity._Number The value of this JQuantity.

Methods in com.rubecula.jquantity that return BaseNumber

BaseNumber	WholeNumber.minus() Method to yield a copy of this but with the sign changed.
protected BaseNumber	WholeNumber.scaled(long multiplicand) Method to multiply multiplicand by this and return their product as the result.
protected BaseNumber	WholeNumber.pow(int power) Method to raise this to the power power return the result.
static BaseNumber	Value.valueOf(java.lang.String string, java.lang.String id) Translates the String representation of a Value into an explicitly identified Value.
static BaseNumber	Value.valueOf(java.lang.String string) Translates the String representation of a Value into Value, identified by the string itself.
protected BaseNumber	Value.pow(double power)
BaseNumber	TwoMatrix.getElement(int[] indices)
BaseNumber	TwoMatrix.getElement(int row, int column)
BaseNumber	SparseMatrix.getElement(int[] indices)
static BaseNumber	Rational.valueOf(java.lang.String string, java.lang.String id) Convenience factory method to create a new Rational instance from a value string and an explicit identifier.
static BaseNumber	Rational.valueOf(java.lang.String string) Convenience factory method to create a new Rational instance from a value string and an implicit identifier (the value string itself).
protected BaseNumber	Rational.getDenominator() Method to access the denominator of this Rational object.
protected BaseNumber	Rational.getNumerator() Method to access the numerator of this Rational object.
protected BaseNumber	Rational.minus() Method to yield a copy of this but with the sign changed.
protected BaseNumber	Rational.scaled(long multiplicand) Method to multiply multiplicand by this and return their product as the result.
protected BaseNumber	Rational.pow(int power) Method to raise this to the power power return the result.
protected BaseNumber	Rational.pow(double power) Method to yield this raised to a double-precision power.
private static BaseNumber	Rational.WidenIntegral(BaseNumber number) Method to convert an Integral object into an Arithmutable object if necessary.
private static BaseNumber	Rational.SafeReference(BaseNumber x) This method yields a reference to a BaseNumber (the numerator or denominator) for the purpose of cloning/copying a Rational object safely.
BaseNumber	OneMatrix.getElement(int[] indices)
BaseNumber	OneMatrix.getElement(int i) Method to get the ith element of this OneMatrix.
protected BaseNumber	MutableNumber.sum(BaseNumber addend) Method to add addend to this and return their sum as the result.
protected BaseNumber	MutableNumber.product(BaseNumber multiplicand) Method to multiply multiplicand to this and return their product as the result.
private BaseNumber	MutableNumber.opDyadic(int operator, BaseNumber operand) Method to operate on this number and operand according to operator.
private BaseNumber	MutableNumber.opDyadicNoRecurse(int operator, BaseNumber operand) Method to add addend to this and return their sum as the result.
protected BaseNumber	MutableNumber.factored(Integral factor) Method to divide this exactly by factor and return the quotient as the result.
private static BaseNumber	Mill.BaseNumberProduct(BaseNumber operand1, BaseNumber operand2) Static method to get the product of two BaseNumbers.
BaseNumber	Manifest.minus() Method to fulfill contract defined by BaseNumber.
BaseNumber	Manifest.sum(BaseNumber addend) Method to add addend to this and return their sum as the result.
BaseNumber	Manifest.difference(BaseNumber subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
BaseNumber	Manifest.product(BaseNumber multiplicand) Method to multiply multiplicand by this and return their product as the result.
BaseNumber	Manifest.scaled(long factor) Method to multiply multiplicand by this and return their product as the result.
BaseNumber	Manifest.pow(int power) Method to raise this to the power power return the result.
static BaseNumber	JQuantity.valueOf(java.lang.String presentation) Constructs a dimensionless JQuantity from a String representing a number.
static BaseNumber	JQuantity.valueOf(Presentable presentable)
BaseNumber	JQuantity.product(BaseNumber multiplicand) Method to implement form the product of this JQuantity and a BaseNumber.
protected BaseNumber	JQuantity.sum(BaseNumber addend) Method to determine the sum of a quantity with a base number.
protected BaseNumber	JQuantity.pow(int power)
protected BaseNumber	JQuantity.scaled(long scale) Method to multiply this quantity by an integral scale factor.
protected BaseNumber	JQuantity.minus() Method to implement BaseNumber.
protected BaseNumber	JQuantity.getNumber() Accessor method to get the number represented by this JQuantity.
BaseNumber	Integral.minus() Method to yield a copy of this but with the sign changed.
protected BaseNumber	FuzzInt.pow(Integral power) Method to raise this to the power power return the result.
BaseNumber	CompoundModel.getElement(int[] indices) Method to get the value of the element specified by the indices given.
static BaseNumber	BaseNumber.valueOf(java.lang.String string, java.lang.String id) Factory method to create a BaseNumber from a String string, optionally identified by id.
static BaseNumber	BaseNumber.valueOf(java.lang.String string) Factory method to create a BaseNumber from a String string, without an explicit identifier (the string itself is used as the id).
protected abstract BaseNumber	BaseNumber.minus() Method to yield a copy of this but with the sign changed.
protected abstract BaseNumber	BaseNumber.sum(BaseNumber addend) Method to add addend to this and return their sum as the result.
protected BaseNumber	BaseNumber.difference(BaseNumber subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
protected abstract BaseNumber	BaseNumber.product(BaseNumber multiplicand) Method to multiply multiplicand by this and return their product as the result.
protected abstract BaseNumber	BaseNumber.scaled(long factor) Method to multiply multiplicand by this and return their product as the result.
protected abstract BaseNumber	BaseNumber.pow(int power) Method to raise this to the power power return the result.
protected BaseNumber	BaseNumber.abs() Method to yield this or a copy with the sign changed, depending whether the value is positive or negative.
static BaseNumber	Approximation.valueOf(java.lang.String valueString) Method to create an approximation from a string which represents a double, optionally followed by "*" to indicate fuzziness in the last digit.
protected BaseNumber	Approximation.scaled(long factor) Method to yield the result of scaling an approximation by a factor.
protected BaseNumber	Approximation.product(BaseNumber multiplicand) Method to yield the product of this approximation with a BaseNumber.
protected BaseNumber	Approximation.sum(BaseNumber addend) Method to yield the sum of this approximation with a BaseNumber.
protected BaseNumber	Approximation.square() Method to yield the square of this value.
protected BaseNumber	Approximation.pow(int power) Method to yield the value of this to a power.
protected BaseNumber	Approximation.pow(double power) Method to yield the value of this to a power.
protected BaseNumber	Approximation.minus() Method to return this but with changed sign.

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

static WholeNumber	WholeNumber.valueOf(BaseNumber number) Factory method to create a WholeNumber from an instance of BaseNumber, which is also Integral.
void	WholeNumber.add(BaseNumber that) MUTATING Instance method to add another Arithmetical into this object.
void	WholeNumber.multiply(BaseNumber that) MUTATING Instance method to multiply another BaseNumber into this object.
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.
void	Value.add(BaseNumber that) MUTATING Instance method to add another BaseNumber into this object.
void	Value.multiply(BaseNumber that) MUTATING Instance method to multiply another Arithmetical into this object.
void	Value.divide(BaseNumber that) MUTATING method to replace this by the quotient of this and that
Divisible	TwoMatrix.quotient(BaseNumber divisor)
void	TwoMatrix.setElement(int[] indices, BaseNumber element)
void	TwoMatrix.setElement(int row, int column, BaseNumber element)
Divisible	SparseMatrix.quotient(BaseNumber divisor)
void	SparseMatrix.setElement(int[] indices, BaseNumber element)
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.
void	Rational.add(BaseNumber that)
void	Rational.multiply(BaseNumber that)
void	Rational.divide(BaseNumber that) MUTATING method to replace this by the sum of this and that
Divisible	Rational.quotient(BaseNumber divisor) Method to divide this by multiplicand and return the quotient as the result.
protected void	Rational.multiplyTopAndBottom(BaseNumber factor) MUTATING method to multiply the top and bottom of a rational equally.
private static BaseNumber	Rational.WidenIntegral(BaseNumber number) Method to convert an Integral object into an Arithmutable object if necessary.
private void	Rational.setNumerator(BaseNumber numerator) MUTATING method to set the value of the numerator.
private void	Rational.setDenominator(BaseNumber denominator) MUTATING method to set the value of the denominator.
private static BaseNumber	Rational.SafeReference(BaseNumber x) This method yields a reference to a BaseNumber (the numerator or denominator) for the purpose of cloning/copying a Rational object safely.
void	OneMatrix.setElement(int[] indices, BaseNumber element)
Divisible	OneMatrix.quotient(BaseNumber divisor)
protected BaseNumber	MutableNumber.sum(BaseNumber addend) Method to add addend to this and return their sum as the result.
protected BaseNumber	MutableNumber.product(BaseNumber multiplicand) Method to multiply multiplicand to this and return their product as the result.
private BaseNumber	MutableNumber.opDyadic(int operator, BaseNumber operand) Method to operate on this number and operand according to operator.
private BaseNumber	MutableNumber.opDyadicNoRecurse(int operator, BaseNumber operand) Method to add addend to this and return their sum as the result.
private static Millable	Mill.EvaluatePower(int power, BaseNumber number)
private static Millable	Mill.Invert(int power, BaseNumber number)
private static BaseNumber	Mill.BaseNumberProduct(BaseNumber operand1, BaseNumber operand2) Static method to get the product of two BaseNumbers.
BaseNumber	Manifest.sum(BaseNumber addend) Method to add addend to this and return their sum as the result.
BaseNumber	Manifest.difference(BaseNumber subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
BaseNumber	Manifest.product(BaseNumber multiplicand) Method to multiply multiplicand by this and return their product as the result.
Divisible	JQuantity.quotient(BaseNumber divisor) Method to divide this by multiplicand and return the quotient as the result.
BaseNumber	JQuantity.product(BaseNumber multiplicand) Method to implement form the product of this JQuantity and a BaseNumber.
protected BaseNumber	JQuantity.sum(BaseNumber addend) Method to determine the sum of a quantity with a base number.
void	FuzzInt.add(BaseNumber that) MUTATING Instance method to add another BaseNumber into this object.
void	FuzzInt.multiply(BaseNumber that) MUTATING Instance method to multiply another BaseNumber into this object.
private static Item	Expression.OpDyadicNonComplex(Item current, Operator currentOp, BaseNumber number) Note that the order of the operands is the reverse of the true order.
abstract void	DivisibleMutable.divide(BaseNumber divisor) MUTATING method to replace this with quotient of this over divisor.
Divisible	Divisible.quotient(BaseNumber divisor) Method to divide this by divisor and return the quotient as the result.
void	CompoundModel.setElement(int[] indices, BaseNumber element) Method to set the value of the element specified by the indices given.
static Complex	Complex.valueOf(BaseNumber number) Factory method to create a real-valued Complex from a BaseNumber.
Divisible	Complex.quotient(BaseNumber divisor) Method to divide this by divisor and return the quotient as the result.
Complex	Complex.pow(BaseNumber power) Method to yield this raised to the power specified.
protected abstract BaseNumber	BaseNumber.sum(BaseNumber addend) Method to add addend to this and return their sum as the result.
protected BaseNumber	BaseNumber.difference(BaseNumber subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
protected abstract BaseNumber	BaseNumber.product(BaseNumber multiplicand) Method to multiply multiplicand by this and return their product as the result.
boolean	BaseNumber.isEqual(BaseNumber other) Method to determine effect equality with another BaseNumber.
void	Arithmutable.add(BaseNumber addend) MUTATING Instance method to add another Arithmetical into this object.
void	Arithmutable.multiply(BaseNumber multiplicand) MUTATING Instance method to multiply another Arithmetical into this object.
Divisible	Approximation.quotient(BaseNumber divisor) Method to yield the quotient of this approximation divided by a BaseNumber.
protected BaseNumber	Approximation.product(BaseNumber multiplicand) Method to yield the product of this approximation with a BaseNumber.
protected BaseNumber	Approximation.sum(BaseNumber addend) Method to yield the sum of this approximation with a BaseNumber.

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

TwoMatrix(BaseNumber[][] elements, int rows, int columns)

Row(BaseNumber[] elements)

OneMatrix(BaseNumber[] elements)

JQuantity(BaseNumber number, Measurable units)
Primary constructor for a new JQuantity.

JQuantity(BaseNumber number)
Constructor for a new dimensionless JQuantity.

Approximation(BaseNumber value)
Primary constructor to create a new Approximation equivalent to a given BaseNumber.