common

Type Members

1. abstract case class AbstractScalarArray[S, U](rawData: Array[U]) extends ScalarArray[S] with Product with Serializable

   

   Basic implementation of ScalarArray, common to both primitive and value-class scalar arrays.

   Basic implementation of ScalarArray, common to both primitive and value-class scalar arrays.

   S

   the type of the contained data.

   U

   the type of the underlying contained raw data

   rawData

   the actual raw data contained in the array

2. trait BoxDomain[D <: Dim] extends Domain[D]

   

3. case class BoxDomain1D(origin: Point1D, oppositeCorner: Point1D) extends BoxDomain[_1D] with Product with Serializable

   

4. case class BoxDomain2D(origin: Point2D, oppositeCorner: Point2D) extends BoxDomain[_2D] with Product with Serializable

   

5. case class BoxDomain3D(origin: Point3D, oppositeCorner: Point3D) extends BoxDomain[_3D] with Product with Serializable

   

6. trait Cell extends AnyRef

   

7. trait CreateUnstructuredPointsDomain[D <: Dim] extends AnyRef

   

8. trait DiscreteDomain[D <: Dim] extends Equals

   

9. trait DiscreteField[D <: Dim, A] extends PartialFunction[PointId, A]

   

   Defines a discrete set of values, where each associated to a point of the domain.

10. class DiscreteScalarField[D <: Dim, A] extends DiscreteField[D, A]

    

11. class DiscreteVectorField[D <: Dim, DO <: Dim] extends DiscreteField[D, Vector[DO]]

    

12. trait Domain[D <: Dim] extends AnyRef

    

13. trait Field[D <: Dim, A] extends (Point[D]) ⇒ A

    

    An image is simply a function from points to values, together with a domain on which the function is defined.

14. trait PointGenerator[D <: Dim] extends () ⇒ Point[D]

    

15. final case class PointId(id: Int) extends AnyVal with Product with Serializable

    

16. final case class PointWithId[D <: Dim](point: Point[D], id: PointId) extends Product with Serializable

    

17. abstract class PrimitiveScalar[S <: AnyVal] extends Scalar[S]

    

    Trait signifying that the data is scalar, and of a primitive JVM type.

    Trait signifying that the data is scalar, and of a primitive JVM type.

    S

    the (primitive) type of the actual scalar data.

18. final class PrimitiveScalarArray[S <: AnyVal] extends AbstractScalarArray[S, S]

    

    A ScalarArray containing data of a native primitive data type.

    A ScalarArray containing data of a native primitive data type.

    S

    the type of the contained data.

19. class RealSpace[D <: Dim] extends Domain[D]

    

20. trait Scalar[S] extends Any

    

    Trait signifying that the data is scalar (i.e., numeric).

    Trait signifying that the data is scalar (i.e., numeric).

    Note that while unsigned integral types (UByte, UShort, UInt, ULong) are supported, some operations may be significantly slower than when using the built-in primitive (signed) data types. In other words, it may be worthwile to directly map the data to a signed type after reading, then working with the signed data.

    S

    the type of the actual scalar data.

21. sealed trait ScalarArray[S] extends AnyRef

    

    Class representing an array of scalar data.

    Class representing an array of scalar data. Only a subset of the array and generic collections operations is supported, and the data should be treated as immutable. For instance, data values can be accessed by index, but not updated.

    S

    the type of the contained data.

22. case class ScalarField[D <: Dim, A](domain: Domain[D], f: (Point[D]) ⇒ A)(implicit evidence$1: Scalar[A], evidence$2: ClassTag[A]) extends Field[D, A] with Product with Serializable

    

    A scalar valued field.

23. sealed abstract class UnstructuredPointsDomain[D <: Dim] extends DiscreteDomain[D]

    

24. class UnstructuredPointsDomain1D extends UnstructuredPointsDomain[_1D]

    

25. class UnstructuredPointsDomain2D extends UnstructuredPointsDomain[_2D]

    

26. class UnstructuredPointsDomain3D extends UnstructuredPointsDomain[_3D]

    

27. abstract class ValueClassScalar[S <: AnyVal, U <: AnyVal] extends Scalar[S]

    

    Trait signifying that the data is scalar, and is using a value class to "wrap" the values of an underlying primitive type.

    Trait signifying that the data is scalar, and is using a value class to "wrap" the values of an underlying primitive type.

    S

    the exposed (value class) type of the scalar data.

    U

    the underlying (primitive) type of the actual stored values.

    See also

    Value Classes and Universal Traits

28. final class ValueClassScalarArray[S <: AnyVal, U <: AnyVal] extends AbstractScalarArray[S, U]

    

    A ScalarArray containing data of a value class type, which can be mapped from/to an underlying primitive data type.

    A ScalarArray containing data of a value class type, which can be mapped from/to an underlying primitive data type.

    S

    the type of the array's data

    U

    the type of the underlying contained raw data

29. case class VectorField[D <: Dim, DO <: Dim](domain: Domain[D], f: (Point[D]) ⇒ Vector[DO]) extends Field[D, Vector[DO]] with Product with Serializable

    

    An vector valued image.