Object/Class

ap.basetypes

IdealInt

Related Docs: class IdealInt | package basetypes

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object IdealInt

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Value Members

  1. final def !=(arg0: Any): Boolean

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  2. final def ##(): Int

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  3. final def ==(arg0: Any): Boolean

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  4. implicit object IdealIntIsIntegral extends Integral[IdealInt]

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  5. val MINUS_ONE: IdealInt

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  6. val ONE: IdealInt

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  7. val ZERO: IdealInt

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  8. def apply(intString: String, b: Int): IdealInt

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    Translates the String representation of an IdealInt with base b into an IdealInt.

    Translates the String representation of an IdealInt with base b into an IdealInt.

  9. def apply(intString: String): IdealInt

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    Translates the decimal String representation of an IdealInt into an IdealInt.

    Translates the decimal String representation of an IdealInt into an IdealInt.

  10. def apply(i: BigInteger): IdealInt

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  11. def apply(i: Long): IdealInt

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  12. def apply(i: Int): IdealInt

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    Constructs a IdealInt whose value is equal to that of the specified integer value.

    Constructs a IdealInt whose value is equal to that of the specified integer value.

  13. final def asInstanceOf[T0]: T0

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  14. def clone(): AnyRef

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  15. final def eq(arg0: AnyRef): Boolean

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  16. def equals(arg0: Any): Boolean

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  17. def gcd(vals: Iterator[IdealInt]): IdealInt

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    The gcd of a collection of IdealInt.

    The gcd of a collection of IdealInt.

  18. def gcd(vals: Iterable[IdealInt]): IdealInt

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    The gcd of a collection of IdealInt.

    The gcd of a collection of IdealInt.

  19. def gcdAndCofactors(vals: Seq[IdealInt]): (IdealInt, Seq[IdealInt])

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    Extended euclidean algorithm for computing both the gcd and the cofactors of a sequence of IdealInt.

    Extended euclidean algorithm for computing both the gcd and the cofactors of a sequence of IdealInt.

  20. def gcdAndCofactors(_a: IdealInt, _b: IdealInt): (IdealInt, IdealInt, IdealInt)

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    Extended euclidean algorithm for computing both the gcd and the cofactors of two IdealInt.

    Extended euclidean algorithm for computing both the gcd and the cofactors of two IdealInt.

  21. final def getClass(): Class[_]

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  22. def hashCode(): Int

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    @HotSpotIntrinsicCandidate()
  23. implicit def int2idealInt(i: Int): IdealInt

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    Implicit conversion from Int to IdealInt.

    Implicit conversion from Int to IdealInt.

  24. final def isInstanceOf[T0]: Boolean

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  25. def lcm(vals: Iterator[IdealInt]): IdealInt

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    The lcm of a collection of IdealInt.

    The lcm of a collection of IdealInt.

  26. def lcm(vals: Iterable[IdealInt]): IdealInt

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    The lcm of a collection of IdealInt.

    The lcm of a collection of IdealInt.

  27. def log2(n: IdealInt): Option[Int]

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    If n = 2^k, return Some(k), otherwise None.

    If n = 2^k, return Some(k), otherwise None.

  28. implicit def long2idealInt(l: Long): IdealInt

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    Implicit conversion from Long to IdealInt

    Implicit conversion from Long to IdealInt

  29. def max(els: Iterable[IdealInt]): IdealInt

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  30. def max(it: Iterator[IdealInt]): IdealInt

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    Compute the maximum of a sequence of IdealInt.

    Compute the maximum of a sequence of IdealInt. If the sequence is empty, ZERO is returned

  31. def min(els: Iterable[IdealInt]): IdealInt

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  32. def min(it: Iterator[IdealInt]): IdealInt

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    Compute the maximum of a sequence of IdealInt.

    Compute the maximum of a sequence of IdealInt. If the sequence is empty, ZERO is returned

  33. final def ne(arg0: AnyRef): Boolean

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  34. final def notify(): Unit

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  35. final def notifyAll(): Unit

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    @HotSpotIntrinsicCandidate()
  36. def pow2(exp: IdealInt): IdealInt

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    Compute 2^exp.

    Compute 2^exp.

  37. def pow2(exp: Int): IdealInt

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    Compute 2^exp.

    Compute 2^exp.

  38. def pow2MinusOne(exp: Int): IdealInt

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    Compute 2^exp - 1.

    Compute 2^exp - 1.

  39. def pow2Mod(exp: IdealInt, modulus: IdealInt): IdealInt

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    Compute 2^exp % modulus.

    Compute 2^exp % modulus.

  40. def sum(it: Iterator[IdealInt]): IdealInt

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  41. def sum(it: Iterable[IdealInt]): IdealInt

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    Compute the sum of a sequence of IdealInt

    Compute the sum of a sequence of IdealInt

  42. final def synchronized[T0](arg0: ⇒ T0): T0

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  43. def toString(): String

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  44. def unapply(n: IdealInt): Option[Int]

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    Extract a 32-bit integer from an IdealInt.

    Extract a 32-bit integer from an IdealInt.

  45. final def wait(arg0: Long, arg1: Int): Unit

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  46. final def wait(arg0: Long): Unit

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  47. final def wait(): Unit

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Deprecated Value Members

  1. def finalize(): Unit

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    Deprecated

    (Since version ) see corresponding Javadoc for more information.

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