Uses of Class
net.sourceforge.uiq3.math.BCDInteger

Packages that use BCDInteger

Package	Description
net.sourceforge.uiq3.math	Mathematics library for calculator applications.

Uses of BCDInteger in net.sourceforge.uiq3.math

Fields in net.sourceforge.uiq3.math declared as BCDInteger

Modifier and Type	Field	Description
private @NotNull BCDInteger	BCDFloat.Coefficient	coefficient - while a 18 digits number can also be represented as an long an 18digits multiplication need a 36digits temporary and that is more then a long can do.
private @NotNull BCDInteger	BCDFraction.Denominator	The Denominator:
private @Nullable BCDInteger	BCDInteger.Last_Remainder	remainder of last long division
static BCDInteger	BCDInteger.Num_0	0
static BCDInteger	BCDInteger.Num_1	1
static BCDInteger	BCDInteger.Num_10	10
static BCDInteger	BCDInteger.Num_2	2
private @NotNull BCDInteger	BCDFraction.Numerator	The Numerator:

Methods in net.sourceforge.uiq3.math that return BCDInteger

Modifier and Type	Method	Description
@NotNull BCDInteger	BCDFraction.a()	Fraktur represented as «a b/c»
(package private) @NotNull BCDInteger	BCDInteger.addUnsigned(int y)	unsigned (absolute) addition of one digit
private @NotNull BCDInteger	BCDInteger.addUnsigned(@NotNull BCDInteger a)	unsigned (absolute) addition
@NotNull BCDInteger	BCDFloat.As_BCDInteger()	Either convert to a BCDInteger or return this.
@NotNull BCDInteger	BCDFraction.As_BCDInteger()	Either convert to a BCDInteger or return this.
@NotNull BCDInteger	BCDInteger.As_BCDInteger()	Either convert to a BCDInteger or return this.
@NotNull BCDInteger	Number.As_BCDInteger()	Either convert to a BCDInteger or return this.
@NotNull BCDInteger	BCDFraction.b()	Fraktur represented as «a b/c»
@NotNull BCDInteger	BCDFraction.c()	Fraktur represented as «a b/c» or «d/c»
@NotNull BCDInteger	BCDFloat.Coefficient()	coefficient - while a 18 digits number can also be represented as an long an 18digits multiplication need a 36digits temporary and that is more then a long can do.
@NotNull BCDInteger	BCDFraction.d()	Fraktur represented as «d/c».
private @NotNull BCDInteger	BCDInteger.divUnsigned(int y)	predicate: Num_Digits > v.numDigits, v = v.Normalize(), v.numDigits > 1
private @NotNull BCDInteger	BCDInteger.divUnsigned(@NotNull BCDInteger Right)	predicate: Num_Digits > v.numDigits, v = v.Normalize(), v.numDigits > 1
@NotNull BCDInteger	BCDInteger.gcd(@NotNull BCDInteger y)	<>calculate the greatest common denominator using the Euclidean algorithm
(package private) @Nullable BCDInteger	BCDInteger.Last_Remainder()
private @NotNull BCDInteger	BCDInteger.mid(int start, int len)	get part of number
private @NotNull BCDInteger	BCDInteger.mulUnsigned(int y)	unsigned (absolute) multiplication by one digit
private @NotNull BCDInteger	BCDInteger.mulUnsigned(@NotNull BCDInteger y)	unsigned (absolute) multiplication
(package private) @NotNull BCDInteger	BCDInteger.Shift_Left(int n)	shift left by n digits (= divide by 10n)
(package private) @NotNull BCDInteger	BCDInteger.Shift_Right(int n)	shift right by n digits (= multiply by 10n)
private @NotNull BCDInteger	BCDInteger.subUnsigned(@NotNull BCDInteger y)	unsigned (absolute) subtraction

Methods in net.sourceforge.uiq3.math with parameters of type BCDInteger

Modifier and Type	Method	Description
private @NotNull BCDInteger	BCDInteger.addUnsigned(@NotNull BCDInteger a)	unsigned (absolute) addition
(package private) int	BCDInteger.Compare_Unsigned(@NotNull BCDInteger Value)	unsigned (absolute) compare
private @NotNull BCDInteger	BCDInteger.divUnsigned(@NotNull BCDInteger Right)	predicate: Num_Digits > v.numDigits, v = v.Normalize(), v.numDigits > 1
@NotNull BCDInteger	BCDInteger.gcd(@NotNull BCDInteger y)	<>calculate the greatest common denominator using the Euclidean algorithm
private @NotNull BCDInteger	BCDInteger.mulUnsigned(@NotNull BCDInteger y)	unsigned (absolute) multiplication
private @NotNull BCDInteger	BCDInteger.subUnsigned(@NotNull BCDInteger y)	unsigned (absolute) subtraction

Constructors in net.sourceforge.uiq3.math with parameters of type BCDInteger

Constructor	Description
BCDFloat(@NotNull BCDInteger Value)	create new value from existing one.
BCDFraction(@NotNull BCDInteger Whole)	create new fraction
BCDFraction(@NotNull BCDInteger Numerator, @NotNull BCDInteger Denominator)	create new fraction
BCDFraction(@NotNull Number Whole, @NotNull Number Numerator, @NotNull BCDInteger Denominator)	create new fraction
BCDInteger(@NotNull BCDInteger Value)	new Number from existing number