IntA

Value Members

1. def !=(i: DoubleA[A]): Boolean

   

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2. def !=(i: IntA[A]): Boolean

   

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

   

   Definition Classes

   Any

4. final def ##(): Int

   

   Definition Classes

   Any

5. def +(i: DoubleU[A.Unit]): DoubleA[A]

   

   Adds a difference value with the same unit.

   Adds a difference value with the same unit.

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6. def +(i: IntU[A.Unit]): IntA[A]

   

   Adds a difference value with the same unit.

   Adds a difference value with the same unit.

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7. def -(i: DoubleU[A.Unit]): DoubleA[A]

   

   Subtracts a difference value with the same unit.

   Subtracts a difference value with the same unit.

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8. def -(i: IntU[A.Unit]): IntA[A]

   

   Subtracts a difference value with the same unit.

   Subtracts a difference value with the same unit.

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9. def --(i: DoubleA[A]): DoubleU[A.Unit]

   

   Calculates a difference between two points in the affine space

   Calculates a difference between two points in the affine space

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10. def --(i: IntA[A]): IntU[A.Unit]

    

    Calculates a difference between two points in the affine space

    Calculates a difference between two points in the affine space

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11. def <(i: DoubleA[A]): Boolean

    

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12. def <(i: IntA[A]): Boolean

    

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13. def <=(i: DoubleA[A]): Boolean

    

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14. def <=(i: IntA[A]): Boolean

    

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15. def <=~[B <: AffineSpace](i: DoubleA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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16. def <=~[B <: AffineSpace](i: IntA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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17. def <~[B <: AffineSpace](i: DoubleA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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18. def <~[B <: AffineSpace](i: IntA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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19. def ==(i: DoubleA[A]): Boolean

    

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20. def ==(i: IntA[A]): Boolean

    

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

    

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22. def >(i: DoubleA[A]): Boolean

    

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23. def >(i: IntA[A]): Boolean

    

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24. def >=(i: DoubleA[A]): Boolean

    

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25. def >=(i: IntA[A]): Boolean

    

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26. def >=~[B <: AffineSpace](i: DoubleA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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27. def >=~[B <: AffineSpace](i: IntA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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28. def >~[B <: AffineSpace](i: DoubleA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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29. def >~[B <: AffineSpace](i: IntA[B])(implicit ev: DoubleAffineSpaceConverter[A, B]): Boolean

    

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30. final def asInstanceOf[T0]: T0

    

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31. def changeUnit[U <: MUnit](implicit ev: DoubleRatio[A.Unit, U]): DoubleA[DefineAffineSpace[A.Zero, U]]

    

    Converts this point to another affine space, with the same zero point, but different unit.

    Converts this point to another affine space, with the same zero point, but different unit.

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32. def changeUnitInt[U <: MUnit](implicit ev: IntRatio[A.Unit, U]): IntA[DefineAffineSpace[A.Zero, U]]

    

    Converts this point to another affine space, with the same zero point, but different unit.

    Converts this point to another affine space, with the same zero point, but different unit.

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33. def convert[B <: AffineSpace](implicit ev: DoubleAffineSpaceConverter[A, B]): DoubleA[B]

    

    Converts this point to another affine space.

    Converts this point to another affine space.

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34. def convertToInt[B <: AffineSpace](implicit ev: IntAffineSpaceConverter[A, B]): IntA[B]

    

    Converts this point to another affine space.

    Converts this point to another affine space.

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35. def fromZero: IntU[A.Unit]

    

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

    

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    AnyVal → Any

37. final def isInstanceOf[T0]: Boolean

    

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    Any

38. def mkString(implicit name: UnitName[A.Unit]): String

    

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39. def toDouble: DoubleA[A]

    

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40. val value: Long