FixedPoint

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 FixedPointIsIntegral extends Integral[FixedPoint]

   

5. def apply(x: String, fmt: FixFormat): FixedPoint

   

6. def apply(x: BigDecimal, fmt: FixFormat): FixedPoint

   

7. def apply(x: Double, fmt: FixFormat): FixedPoint

   

8. def apply(x: Float, fmt: FixFormat): FixedPoint

   

9. def apply(x: BigInt, fmt: FixFormat): FixedPoint

   

10. def apply(x: Long, fmt: FixFormat): FixedPoint

    

11. def apply(x: Int, fmt: FixFormat): FixedPoint

    

12. def apply(x: Short, fmt: FixFormat): FixedPoint

    

13. def apply(x: Byte, fmt: FixFormat): FixedPoint

    

14. def apply(x: Boolean, fmt: FixFormat): FixedPoint

    

15. final def asInstanceOf[T0]: T0

    

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16. def clamped(bits: BigInt, valid: Boolean, fmt: FixFormat): FixedPoint

    

    Create a new fixed point number, wrapping on overflow or underflow

    Create a new fixed point number, wrapping on overflow or underflow

    bits

    Value's bits (with both integer and fractional components)

    valid

    Defines whether this value is valid or not

    fmt

    The fixed point format used by this number

17. def clamped(value: ⇒ BigDecimal, valid: Boolean, fmt: FixFormat): FixedPoint

    

18. def clone(): AnyRef

    

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

    

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20. def equals(arg0: Any): Boolean

    

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21. def finalize(): Unit

    

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22. def fromBits(bits: Array[Bool], fmt: FixFormat): FixedPoint

    

    Creates a fixed point value from the given array of bits, wrapping the result upon overflow/underflow

    Creates a fixed point value from the given array of bits, wrapping the result upon overflow/underflow

    bits

    Big-endian (LSB at index 0, MSB at last index) bits

    fmt

    The fixed point format to be used by this number

23. def fromBits(bits: BigInt, valid: Boolean, fmt: FixFormat): FixedPoint

    

24. def fromByte(x: Byte): FixedPoint

    

25. def fromByteArray(array: Array[Byte], fmt: FixFormat): FixedPoint

    

26. def fromChar(x: Char): FixedPoint

    

27. def fromInt(x: Int): FixedPoint

    

28. def fromLong(x: Long): FixedPoint

    

29. def fromShort(x: Short): FixedPoint

    

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

    

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31. def hashCode(): Int

    

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32. def invalid(fmt: FixFormat): FixedPoint

    

33. final def isInstanceOf[T0]: Boolean

    

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

    

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35. final def notify(): Unit

    

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36. final def notifyAll(): Unit

    

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37. def random(max: FixedPoint, fmt: FixFormat): FixedPoint

    

    Generate a pseudo-random fixed point number, uniformly distributed between [0, max)

    Generate a pseudo-random fixed point number, uniformly distributed between [0, max)

    max

    The maximum value of the range, non-inclusive

    fmt

    The format for the max and the fixed point number being generated

38. def random(fmt: FixFormat): FixedPoint

    

    Generate a pseudo-random fixed point number, uniformly distributed across the entire representation's range

    Generate a pseudo-random fixed point number, uniformly distributed across the entire representation's range

    fmt

    The format for the fixed point number being generated

39. def saturating(bits: BigInt, valid: Boolean, fmt: FixFormat): FixedPoint

    

    Create a new fixed point number, saturating on overflow or underflow at the format's max or min values, respectively

    Create a new fixed point number, saturating on overflow or underflow at the format's max or min values, respectively

    bits

    Value's bits (with both integer and fractional components)

    valid

    Defines whether this value is valid or not

    fmt

    The fixed point format used by this number

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

    

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41. def toString(): String

    

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42. def unbiased(bits: BigInt, valid: Boolean, fmt: FixFormat, saturate: Boolean = false): FixedPoint

    

    Create a new fixed point number, rounding to the closest representable number using unbiased rounding

    Create a new fixed point number, rounding to the closest representable number using unbiased rounding

    bits

    Value's bits, with 4 extra fractional bits (beyond normal format representation)

    valid

    Defines whether this value is valid or not

    fmt

    The fixed point format used by this number

    saturate

    When true, also use saturating arithmetic on underflow/overflow

43. final def wait(): Unit

    

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

    

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

    

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