Uses of Class
gnu.math.Numeric

Packages that use Numeric

Package	Description
gnu.commonlisp.lang
gnu.jemacs.lang	Contains classes to implement the Emacs Lisp language.
gnu.kawa.functions	Various core run-time functions and operators.
gnu.kawa.lispexpr	Support classes for compiling and running Lisp languages.
gnu.kawa.xml	Classes for using XML within Kawa.
gnu.math	Supports various numeric types, including complex numbers, efficient bignums, exact rational numbers, units.
gnu.xquery.lang

Uses of Numeric in gnu.commonlisp.lang

Methods in gnu.commonlisp.lang that return Numeric

Modifier and Type	Method and Description
static Numeric	CommonLisp.asNumber(java.lang.Object arg)

Uses of Numeric in gnu.jemacs.lang

Methods in gnu.jemacs.lang that return Numeric

Modifier and Type	Method and Description
static Numeric	ELisp.asNumber(java.lang.Object arg)

Uses of Numeric in gnu.kawa.functions

Methods in gnu.kawa.functions that return Numeric

Modifier and Type	Method and Description
static Numeric	Arithmetic.asNumeric(java.lang.Object value)
static Numeric	Expt.expt(java.lang.Object arg1, java.lang.Object arg2)

Uses of Numeric in gnu.kawa.lispexpr

Methods in gnu.kawa.lispexpr that return Numeric

Modifier and Type	Method and Description
static Numeric	LangObjType.coerceNumeric(java.lang.Object value)

Uses of Numeric in gnu.kawa.xml

Subclasses of Numeric in gnu.kawa.xml

Modifier and Type	Class and Description
class	XInteger An integer that is an instance of a more specific integer type.

Uses of Numeric in gnu.math

Subclasses of Numeric in gnu.math

Modifier and Type	Class and Description
class	BaseUnit A primitive Unit of measurement (such as a meter).
class	CComplex General Cartesian Complex number.
class	Complex
class	CQuantity General Cartesian Quaternion quantity.
class	CQuaternion General Cartesian Quaternion number (a four-dimensional extension of complex numbers).
class	DateTime Represents a date and/or time.
class	DComplex A complex number using rectangular (Cartesian) plain double values.
class	DFloNum
class	DQuantity A Quantity represented as the product of a plain double and a Unit.
class	DQuaternion A quaternion number using plain double values.
class	Duration
class	IntFraction Implementation of exact rational numbers a ratio of two IntNums.
class	IntNum A class for infinite-precision integers.
class	NamedUnit A Unit that has a name.
class	Quantity A quantity with a unit.
class	Quaternion A quaternion is a hypercomplex number of the form w + xi + yj + zk where w, x, y, and k are real, and i, j, and k are imaginary units which satisfy i^2 = j^2 = k^2 = ijk = -1.
class	RatNum The abstract class of rational numbers.
class	RealNum
class	Unit

Methods in gnu.math that return Numeric

Modifier and Type	Method and Description
abstract Numeric	Numeric.abs()
Numeric	Complex.abs()
Numeric	Quaternion.abs()
Numeric	Quantity.abs()
Numeric	RealNum.abs()
Numeric	Numeric.add(java.lang.Object obj)
Numeric	IntFraction.add(java.lang.Object y, int k)
Numeric	DQuaternion.add(java.lang.Object y, int k)
abstract Numeric	Numeric.add(java.lang.Object obj, int k) Return this + k * obj.
Numeric	DQuantity.add(java.lang.Object y, int k)
Numeric	IntNum.add(java.lang.Object y, int k)
Numeric	Complex.add(java.lang.Object y, int k)
Numeric	DateTime.add(java.lang.Object y, int k)
Numeric	Quaternion.add(java.lang.Object y, int k)
Numeric	Quantity.add(java.lang.Object y, int k)
abstract Numeric	RealNum.add(java.lang.Object obj, int k)
Numeric	DComplex.add(java.lang.Object y, int k)
Numeric	DFloNum.add(java.lang.Object y, int k)
Numeric	Duration.add(java.lang.Object y, int k)
Numeric	IntFraction.addReversed(Numeric x, int k)
Numeric	Numeric.addReversed(Numeric x, int k) Calculate x+k&this.
Numeric	DQuantity.addReversed(Numeric x, int k)
Numeric	Complex.addReversed(Numeric x, int k)
Numeric	DateTime.addReversed(Numeric x, int k)
Numeric	Quaternion.addReversed(Numeric x, int k)
Numeric	Quantity.addReversed(Numeric x, int k)
Numeric	DFloNum.addReversed(Numeric x, int k)
static Numeric	Numeric.asNumericOrNull(java.lang.Object value)
Numeric	Numeric.div_inv() Return the multiplicative inverse.
Numeric	IntFraction.div(java.lang.Object y)
Numeric	DQuaternion.div(java.lang.Object y)
abstract Numeric	Numeric.div(java.lang.Object obj)
Numeric	DQuantity.div(java.lang.Object y)
Numeric	IntNum.div(java.lang.Object y)
Numeric	Complex.div(java.lang.Object y)
Numeric	Quaternion.div(java.lang.Object y)
Numeric	Quantity.div(java.lang.Object y)
abstract Numeric	RealNum.div(java.lang.Object obj)
Numeric	DComplex.div(java.lang.Object y)
Numeric	DFloNum.div(java.lang.Object y)
Numeric	Duration.div(java.lang.Object y)
Numeric	IntFraction.divReversed(Numeric x)
Numeric	Numeric.divReversed(Numeric x)
Numeric	DQuantity.divReversed(Numeric x)
Numeric	Complex.divReversed(Numeric x)
Numeric	Quaternion.divReversed(Numeric x)
Numeric	Quantity.divReversed(Numeric x)
Numeric	DFloNum.divReversed(Numeric x)
Numeric	Numeric.mul_ident() Return the multiplicative identity.
Numeric	IntFraction.mul(java.lang.Object y)
Numeric	DQuaternion.mul(java.lang.Object y)
abstract Numeric	Numeric.mul(java.lang.Object obj)
Numeric	DQuantity.mul(java.lang.Object y)
Numeric	IntNum.mul(java.lang.Object y)
Numeric	Complex.mul(java.lang.Object y)
Numeric	Quaternion.mul(java.lang.Object y)
Numeric	Quantity.mul(java.lang.Object y)
abstract Numeric	RealNum.mul(java.lang.Object obj)
Numeric	DComplex.mul(java.lang.Object y)
Numeric	DFloNum.mul(java.lang.Object y)
Numeric	Duration.mul(java.lang.Object y)
Numeric	IntFraction.mulReversed(Numeric x)
Numeric	Numeric.mulReversed(Numeric x)
Numeric	DQuantity.mulReversed(Numeric x)
Numeric	Complex.mulReversed(Numeric x)
Numeric	Quaternion.mulReversed(Numeric x)
Numeric	Quantity.mulReversed(Numeric x)
Numeric	DFloNum.mulReversed(Numeric x)
Numeric	Duration.mulReversed(Numeric x)
Numeric	IntFraction.neg()
Numeric	DQuaternion.neg()
abstract Numeric	Numeric.neg()
Numeric	IntNum.neg()
Numeric	Complex.neg()
Numeric	Quaternion.neg()
Numeric	Quantity.neg()
Numeric	DComplex.neg()
Numeric	DFloNum.neg()
Numeric	Unit.power(IntNum y)
Numeric	RatNum.power(IntNum y)
Numeric	Numeric.power(IntNum y) Return this raised to an integer power.
Numeric	IntNum.power(IntNum y)
Numeric	DFloNum.power(IntNum y)
Numeric	Numeric.sub(java.lang.Object obj)
Numeric	Numeric.toExact()
Numeric	Numeric.toInexact()

Methods in gnu.math with parameters of type Numeric

Modifier and Type	Method and Description
Numeric	IntFraction.addReversed(Numeric x, int k)
Numeric	Numeric.addReversed(Numeric x, int k) Calculate x+k&this.
Numeric	DQuantity.addReversed(Numeric x, int k)
Numeric	Complex.addReversed(Numeric x, int k)
Numeric	DateTime.addReversed(Numeric x, int k)
Numeric	Quaternion.addReversed(Numeric x, int k)
Numeric	Quantity.addReversed(Numeric x, int k)
Numeric	DFloNum.addReversed(Numeric x, int k)
int	IntFraction.compareReversed(Numeric x)
int	Numeric.compareReversed(Numeric x)
int	Quantity.compareReversed(Numeric x)
int	DFloNum.compareReversed(Numeric x)
Numeric	IntFraction.divReversed(Numeric x)
Numeric	Numeric.divReversed(Numeric x)
Numeric	DQuantity.divReversed(Numeric x)
Numeric	Complex.divReversed(Numeric x)
Numeric	Quaternion.divReversed(Numeric x)
Numeric	Quantity.divReversed(Numeric x)
Numeric	DFloNum.divReversed(Numeric x)
Numeric	IntFraction.mulReversed(Numeric x)
Numeric	Numeric.mulReversed(Numeric x)
Numeric	DQuantity.mulReversed(Numeric x)
Numeric	Complex.mulReversed(Numeric x)
Numeric	Quaternion.mulReversed(Numeric x)
Numeric	Quantity.mulReversed(Numeric x)
Numeric	DFloNum.mulReversed(Numeric x)
Numeric	Duration.mulReversed(Numeric x)

Uses of Numeric in gnu.xquery.lang

Methods in gnu.xquery.lang that return Numeric

Modifier and Type	Method and Description
static Numeric	XQuery.asNumber(java.lang.Object arg)