Value Members

1.  final def !=(arg0: Any): Boolean

   Definition Classes

   Any

2.  final def ##: Int

   Definition Classes

   Any

3.  def +[N2, U2](rhs: Quantity[N2, U2])(implicit ua: UnitAdd[N, U, N2, U2]): OffsetQuantity[N, U]

   Add a quantity to this offset-quantity

   Add a quantity to this offset-quantity

   N2

   the value type of the rhs

   U2

   the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

   rhs

   the right hand of the sum.

   returns

   this+rhs, expressed in units (N,U).

4.  def -[N2, U2](rhs: Quantity[N2, U2])(implicit us: UnitSub[N, U, N2, U2]): OffsetQuantity[N, U]

   Subtract a quantity from this offset-quantity

   Subtract a quantity from this offset-quantity

   N2

   the value type of the rhs

   U2

   the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

   rhs

   the right hand of the difference.

   returns

   this-rhs, expressed in units (N,U).

5.  def -[N2, U2](rhs: OffsetQuantity[N2, U2])(implicit sub: OffsetUnitSub[N, U, N2, U2]): Quantity[N, U]

   Compute the difference of two offset-units

   Compute the difference of two offset-units

   N2

   the value type of the rhs

   U2

   the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

   rhs

   the right hand operand in the difference.

   returns

   result of this-rhs, expressed in units (N,U).

6.  def <[N2, U2](rhs: OffsetQuantity[N2, U2])(implicit uc: OffsetUnitOrd[N, U, N2, U2]): Boolean

   Test if this quantity is less than another

   Test if this quantity is less than another

   N2

   the value type of the rhs

   U2

   the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

   rhs

   the right hand of the comparison.

   returns

   true if this is less than the rhs (after conversion to types N,U), false otherwise

7.  def <=[N2, U2](rhs: OffsetQuantity[N2, U2])(implicit uc: OffsetUnitOrd[N, U, N2, U2]): Boolean

   Test if this quantity is less than or equal to another

   Test if this quantity is less than or equal to another

   N2

   the value type of the rhs

   U2

   the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

   rhs

   the right hand of the comparison.

   returns

   true if this is less than or equal to the rhs (after conversion to types N,U), false otherwise

8.  def =!=[N2, U2](rhs: OffsetQuantity[N2, U2])(implicit uc: OffsetUnitOrd[N, U, N2, U2]): Boolean

   Test if two quantities are not equal

   Test if two quantities are not equal

   N2

   the value type of the rhs

   U2

   the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

   rhs

   the right hand of the comparison.

   returns

   true if rhs is not equal to this (after conversion to types N,U), false otherwise

9.  final def ==(arg0: Any): Boolean

   Definition Classes

   Any

10.  def ===[N2, U2](rhs: OffsetQuantity[N2, U2])(implicit uc: OffsetUnitOrd[N, U, N2, U2]): Boolean

    Test if two offset-quantities are equal

    Test if two offset-quantities are equal

    N2

    the value type of the rhs

    U2

    the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

    rhs

    the right hand of the comparison.

    returns

    true if rhs is equal to this (after conversion to types N,U), false otherwise

11.  def >[N2, U2](rhs: OffsetQuantity[N2, U2])(implicit uc: OffsetUnitOrd[N, U, N2, U2]): Boolean

    Test if this quantity is greater than another

    Test if this quantity is greater than another

    N2

    the value type of the rhs

    U2

    the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

    rhs

    the right hand of the comparison.

    returns

    true if this is greater than the rhs (after conversion to types N,U), false otherwise

12.  def >=[N2, U2](rhs: OffsetQuantity[N2, U2])(implicit uc: OffsetUnitOrd[N, U, N2, U2]): Boolean

    Test if this quantity is greater than or equal to another

    Test if this quantity is greater than or equal to another

    N2

    the value type of the rhs

    U2

    the unit type of the rhs. Must be convertable to U, or a compile-time type error will result.

    rhs

    the right hand of the comparison.

    returns

    true if this is greater than or equal to the rhs (after conversion to types N,U), false otherwise

13.  final def asInstanceOf[T0]: T0

    Definition Classes

    Any

14.  def getClass(): Class[_ <: AnyVal]

    Definition Classes

    AnyVal → Any

15.  final def isInstanceOf[T0]: Boolean

    Definition Classes

    Any

16.  def show(implicit ustr: UnitString[U]): String

    A string representation of this offset-quantity, using unit abbreviations

17.  def showFull(implicit ustr: UnitString[U]): String

    A string representation of this offset-quantity, using full unit names

18.  def showUnit(implicit ustr: UnitString[U]): String

    A string representation of this offset-quantity's associated unit, using abbreviations

19.  def showUnitFull(implicit ustr: UnitString[U]): String

    A String representation of this offset-quantity's associated unit, using full names

20.  def to[N2, U2](implicit uc: OffsetUnitConverter[N, U, N2, U2]): OffsetQuantity[N2, U2]

    Equivalent to this.toUnit[U2].toValue[N2]

    Equivalent to this.toUnit[U2].toValue[N2]

    N2

    the value type to convert to.

    U2

    the new units to convert to. Must be convertable to U, or a compile-time type error will result.

    returns

    an offset-quantity equivalent to this but with value type N2 and units U2

21.  def toString(): String

    Definition Classes

    OffsetQuantity → Any

22.  def toUnit[U2](implicit uc: OffsetUnitConverter[N, U, N, U2]): OffsetQuantity[N, U2]

    Obtain an offset-quantity that is equivalent to this but with different compatible units

    Obtain an offset-quantity that is equivalent to this but with different compatible units

    U2

    the new units to convert to. Must be convertable to U, or a compile-time type error will result.

    returns

    the offset quantity equivalent to this, but with units U2

23.  def toValue[N2](implicit uc: OffsetUnitConverter[N, U, N2, U]): OffsetQuantity[N2, U]

    Obtain an offset-quantity equivalent to this but with a different value type

    Obtain an offset-quantity equivalent to this but with a different value type

    N2

    the value type to convert to.

    returns

    an offset-quantity equivalent to this but with value type N2 and units U

24.  val value: N