Uses of Class org.apfloat.Apint

Packages that use Apint
Package Description

org.apfloat
The apfloat Application Programming Interface (API).

org.apfloat.calc
Arbitrary precision calculator interactive application.

Packages that use Apint
Package	Description
org.apfloat	The apfloat Application Programming Interface (API).
org.apfloat.calc	Arbitrary precision calculator interactive application.

Uses of Apint in org.apfloat

Fields in org.apfloat declared as Apint
Modifier and Type	Field	Description
`private Apint`	Aprational.`denominator`
`private Apint`	ContinuedFractionHelper.ContinuedFractionIterator.`i`
`private Apint`	LambertWHelper.`minusOne`
`private Apint`	Aprational.`numerator`
`Apint`	HypergeometricHelper.Hypergeometric2F1Helper.`one`
`private Apint`	HypergeometricHelper.`one`
`private Apint`	LambertWHelper.`one`
`private Apint`	ZetaHelper.`one`
`static Apint`	Apcomplex.`ONE`	Constant for one.
`(package private) static Apint[]`	Apcomplex.`ONES`
`Apint`	GCDHelper.Matrix.`r11`
`Apint`	GCDHelper.Matrix.`r12`
`Apint`	GCDHelper.Matrix.`r21`
`Apint`	GCDHelper.Matrix.`r22`
`private Apint`	LambertWHelper.`three`
`private Apint`	BesselHelper.`two`
`private Apint`	LambertWHelper.`two`
`private Apint`	ZetaHelper.`two`
`private Apint`	HypergeometricHelper.`zero`
`static Apint`	Apcomplex.`ZERO`	Constant for zero.
`(package private) static Apint[]`	Apcomplex.`ZEROS`

Methods in org.apfloat that return Apint
Modifier and Type	Method	Description
`(package private) Apint`	Apint.`abs()`
`static Apint`	ApintMath.`abs(Apint x)`	Absolute value.
`Apint`	Apint.`add(Apint x)`	Adds two apints.
`private static Apint[]`	GCDHelper.`binaryDivide(Apint a, Apint b)`
`private static Apint`	HurwitzZetaHelper.`binarySearch(Apcomplex s, Apcomplex a, long precision, long targetScale)`
`static Apint`	ApintMath.`binomial(long n, long k)`	Binomial coefficient.
`static Apint`	ApintMath.`binomial(long n, long k, int radix)`	Binomial coefficient.
`static Apint`	ApintMath.`binomial(Apint n, Apint k)`	Binomial coefficient.
`static Apint[]`	ApintMath.`cbrt(Apint x)`	Cube root and remainder.
`Apint`	Apfloat.`ceil()`	Ceiling function.
`static Apint`	ApfloatMath.`ceil(Apfloat x)`	Ceiling function.
`Apint`	Apint.`ceil()`	Ceiling function.
`Apint`	Aprational.`ceil()`	Ceiling function.
`private static Apint`	GCDHelper.`cmod(Apint a, Apint m)`
`static Apint[]`	ApfloatMath.`continuedFraction(Apfloat x, int n)`	Generates the first `n` terms in the continued fraction representation of `x`.
`static Apint[]`	AprationalMath.`continuedFraction(Aprational x, int n)`	Generates the first `n` terms in the continued fraction representation of `x`.
`static Apint`	ApintMath.`copySign(Apint x, Apint y)`	Copy sign from one argument to another.
`Apint`	Apint.`denominator()`	Denominator of this aprational.
`Apint`	Aprational.`denominator()`	Denominator of this aprational.
`static Apint[]`	ApintMath.`div(Apint x, Apint y)`	Quotient and remainder.
`Apint`	Apint.`divide(Apint x)`	Divides two apints.
`static Apint`	ApintMath.`doubleFactorial(long n)`	Double factorial function.
`static Apint`	ApintMath.`doubleFactorial(long n, int radix)`	Double factorial function.
`private static Apint`	GCDHelper.`elementaryGcd(Apint a, Apint b)`
`static Apint`	ApintMath.`factorial(long n)`	Factorial function.
`static Apint`	ApintMath.`factorial(long n, int radix)`	Factorial function.
`Apint`	Apfloat.`floor()`	Floor function.
`static Apint`	ApfloatMath.`floor(Apfloat x)`	Floor function.
`Apint`	Apint.`floor()`	Floor function.
`Apint`	Aprational.`floor()`	Floor function.
`Apint`	Apint.`frac()`	Returns the fractional part.
`static Apint`	ApintMath.`gcd(Apint a, Apint b)`	Greatest common divisor.
`static Apint`	GCDHelper.`gcd(Apint a, Apint b)`
`private static Apint[]`	AprationalMath.`harmonicNumber(Apint n, Apint m, long r)`
`static Apint`	ApintMath.`lcm(Apint a, Apint b)`	Least common multiple.
`static Apint`	ApintMath.`max(Apint x, Apint y)`	Returns the greater of the two values.
`static Apint`	ApintMath.`min(Apint x, Apint y)`	Returns the smaller of the two values.
`Apint`	Apint.`mod(Apint x)`	Calculates the remainder when divided by an apint.
`private static Apint`	ApintMath.`modInverse(Apint a, Apint m)`
`static Apint`	ApintMath.`modMultiply(Apint a, Apint b, Apint m)`	Modular multiplication.
`private static Apint`	ApintMath.`modMultiply(Apint x1, Apint x2, Apint y, Apfloat inverseY)`
`static Apint`	ApintMath.`modPow(Apint a, Apint b, Apint m)`	Modular power.
`Apint`	Apint.`multiply(Apint x)`	Multiplies two apints.
`private static Apint`	GCDHelper.Matrix.`multiplyAdd(Apint a, Apint b, Apint c, Apint d)`
`Apint`	Apint.`negate()`	Negative value.
`static Apint`	ApintMath.`negate(Apint x)`	Deprecated. Use `negate()`.
`Apint`	ContinuedFractionHelper.ContinuedFractionIterator.`next()`
`Apint`	Apint.`numerator()`	Numerator of this aprational.
`Apint`	Aprational.`numerator()`	Numerator of this aprational.
`private static Apint`	ApintMath.`pochhammer(long n, long m, int radix)`
`private static Apint`	ApintMath.`pochhammer(Apint n, Apint m)`
`static Apint`	ApintMath.`pow(Apint x, long n)`	Integer power.
`private static Apint`	GCDHelper.`powerOfTwo(long n)`
`private static Apint`	ApintMath.`powXMinus1(Apint pow, Apint x, long n)`
`private static Apint`	ApintMath.`powXPlus1(Apint pow, Apint x, long n)`
`static Apint`	ApintMath.`product(Apint... x)`	Product of numbers.
`static Apint`	ApintMath.`random(long digits)`	Generates a random number.
`static Apint`	ApintMath.`random(long digits, int radix)`	Generates a random number.
`private static Apint`	GCDHelper.`recursiveGcd(Apint a, Apint b)`
`static Apint[]`	ApintMath.`root(Apint x, long n)`	Positive integer root and remainder.
`(package private) Apint`	Apfloat.`roundAway()`
`(package private) Apint`	Apint.`roundAway()`
`(package private) Apint`	Aprational.`roundAway()`
`static Apint`	ApfloatMath.`roundToInteger(Apfloat x, java.math.RoundingMode roundingMode)`	Rounds `x` to integer using the specified rounding mode.
`static Apint`	AprationalMath.`roundToInteger(Aprational x, java.math.RoundingMode roundingMode)`	Rounds `x` to integer using the specified rounding mode.
`static Apint`	RoundingHelper.`roundToInteger(Apfloat x, java.math.RoundingMode roundingMode)`
`static Apint`	ApintMath.`scale(Apint x, long scale)`	Multiply by a power of the radix.
`static Apint[]`	ApintMath.`sqrt(Apint x)`	Square root and remainder.
`Apint`	Apint.`subtract(Apint x)`	Subtracts two apints.
`static Apint`	ApintMath.`sum(Apint... x)`	Sum of numbers.
`Apint`	Apint.`toRadix(int radix)`	Convert this apint to the specified radix.
`Apint`	Apfloat.`truncate()`	Truncates fractional part.
`static Apint`	ApfloatMath.`truncate(Apfloat x)`	Truncates fractional part.
`Apint`	Apint.`truncate()`	Truncates fractional part.
`Apint`	Aprational.`truncate()`	Truncates fractional part.

Methods in org.apfloat that return types with arguments of type Apint
Modifier and Type	Method	Description
`static java.util.Iterator<Apint>`	ContinuedFractionHelper.`continuedFraction(Apfloat x)`
`static java.util.Iterator<Apint>`	ContinuedFractionHelper.`continuedFraction(Aprational x)`

Methods in org.apfloat with parameters of type Apint
Modifier and Type	Method	Description
`static Apint`	ApintMath.`abs(Apint x)`	Absolute value.
`Apint`	Apint.`add(Apint x)`	Adds two apints.
`private static Apint[]`	GCDHelper.`binaryDivide(Apint a, Apint b)`
`static Apint`	ApintMath.`binomial(Apint n, Apint k)`	Binomial coefficient.
`static Apint[]`	ApintMath.`cbrt(Apint x)`	Cube root and remainder.
`private static Apint`	GCDHelper.`cmod(Apint a, Apint m)`
`int`	Apint.`compareTo(Apint x)`	Compare this apint to the specified apint.
`static Apint`	ApintMath.`copySign(Apint x, Apint y)`	Copy sign from one argument to another.
`static Apint[]`	ApintMath.`div(Apint x, Apint y)`	Quotient and remainder.
`Apint`	Apint.`divide(Apint x)`	Divides two apints.
`private static Apint`	GCDHelper.`elementaryGcd(Apint a, Apint b)`
`private static Apcomplex`	ApcomplexMath.`fresnelTerm(Apint one, Apfloat half, Apfloat invSqrtPi, Apcomplex iz2, Apcomplex iHalfPiZ2)`
`static Apint`	ApintMath.`gcd(Apint a, Apint b)`	Greatest common divisor.
`static Apint`	GCDHelper.`gcd(Apint a, Apint b)`
`private static GCDHelper.HalfGcdType`	GCDHelper.`halfBinaryGcd(Apint a, Apint b, long k)`
`static Aprational`	AprationalMath.`harmonicNumber(Apint n)`	Harmonic number.
`static Aprational`	AprationalMath.`harmonicNumber(Apint n, Apint r)`	Generalized harmonic number.
`private static Apint[]`	AprationalMath.`harmonicNumber(Apint n, Apint m, long r)`
`private static Apcomplex`	HurwitzZetaHelper.`I(Apcomplex s, Apcomplex a, Apint N)`
`private static boolean`	RoundingHelper.`isEven(Apint x)`
`static Apint`	ApintMath.`lcm(Apint a, Apint b)`	Least common multiple.
`static long`	ApfloatHelper.`longValueExact(Apint x)`
`static Apint`	ApintMath.`max(Apint x, Apint y)`	Returns the greater of the two values.
`static Apint`	ApintMath.`min(Apint x, Apint y)`	Returns the smaller of the two values.
`Apint`	Apint.`mod(Apint x)`	Calculates the remainder when divided by an apint.
`private static Apint`	ApintMath.`modInverse(Apint a, Apint m)`
`static Apint`	ApintMath.`modMultiply(Apint a, Apint b, Apint m)`	Modular multiplication.
`private static Apint`	ApintMath.`modMultiply(Apint x1, Apint x2, Apint y, Apfloat inverseY)`
`static Apint`	ApintMath.`modPow(Apint a, Apint b, Apint m)`	Modular power.
`Apint`	Apint.`multiply(Apint x)`	Multiplies two apints.
`private static Apint`	GCDHelper.Matrix.`multiplyAdd(Apint a, Apint b, Apint c, Apint d)`
`static Apint`	ApintMath.`negate(Apint x)`	Deprecated. Use `negate()`.
`private static Apint`	ApintMath.`pochhammer(Apint n, Apint m)`
`static Aprational`	AprationalMath.`pochhammer(Aprational x, Apint n)`	Pochhammer symbol.
`static Apint`	ApintMath.`pow(Apint x, long n)`	Integer power.
`private static Apint`	ApintMath.`powXMinus1(Apint pow, Apint x, long n)`
`private static Apint`	ApintMath.`powXPlus1(Apint pow, Apint x, long n)`
`static Apint`	ApintMath.`product(Apint... x)`	Product of numbers.
`private static Apfloat`	HurwitzZetaHelper.`R(Apcomplex s, Apcomplex a, Apint N, long M)`
`private static Apint`	GCDHelper.`recursiveGcd(Apint a, Apint b)`
`static Apint[]`	ApintMath.`root(Apint x, long n)`	Positive integer root and remainder.
`static Apint`	ApintMath.`scale(Apint x, long scale)`	Multiply by a power of the radix.
`private static Apcomplex`	ApcomplexMath.`sphericalHarmonicY(Apint n, Apint m, Apcomplex ϑ, Apcomplex ϕ)`
`static Apint[]`	ApintMath.`sqrt(Apint x)`	Square root and remainder.
`Apint`	Apint.`subtract(Apint x)`	Subtracts two apints.
`protected abstract T`	ContinuedFractionHelper.ContinuedFractionIterator.`subtract(T x, Apint y)`
`static Apint`	ApintMath.`sum(Apint... x)`	Sum of numbers.
`private static Apcomplex`	HurwitzZetaHelper.`T(Apcomplex s, Apcomplex a, Apint N, long M)`
`boolean`	Apint.`test(Apint x)`	Tests two apint numbers for equality.
`static java.math.BigInteger`	ApfloatHelper.`toBigInteger(Apint x)`
`private static long`	GCDHelper.`v(Apint a)`

Method parameters in org.apfloat with type arguments of type Apint
Modifier and Type	Method	Description
`static java.util.Iterator<Aprational>`	ContinuedFractionHelper.`convergents(java.util.Iterator<Apint> continuedFraction, int radix)`

Constructors in org.apfloat with parameters of type Apint
Constructor	Description
`Aprational(Apint value)`	Construct an integer aprational whose denominator is one.
`Aprational(Apint numerator, Apint denominator)`	Construct an aprational with the specified numerator and denominator.
`Matrix(Apint r11, Apint r12, Apint r21, Apint r22)`

Uses of Apint in org.apfloat.calc

Methods in org.apfloat.calc that return Apint
Modifier and Type Method Description

private Apint ApfloatCalculatorImpl.AprationalFunctions.root(Apint x, long y)

Methods in org.apfloat.calc with parameters of type Apint
Modifier and Type Method Description

private Apint ApfloatCalculatorImpl.AprationalFunctions.root(Apint x, long y)

Uses of Classorg.apfloat.Apint

Uses of Apint in org.apfloat

Uses of Apint in org.apfloat.calc

Uses of Class
org.apfloat.Apint