tem_faceInterpolation_type Derived Type

type, private :: tem_faceInterpolation_type

Container to store the face that require interpolations.


Inherited by

type~~tem_faceinterpolation_type~~InheritedByGraph type~tem_faceinterpolation_type tem_faceInterpolation_type type~tem_face_descriptor_type tem_face_descriptor_type type~tem_face_descriptor_type->type~tem_faceinterpolation_type fromFinerFace type~tem_face_type tem_face_type type~tem_face_type->type~tem_face_descriptor_type faces

Contents

Variables

Source Code

tem_faceInterpolation_type

Components

Type Visibility Attributes Name Initial
integer, public, allocatable :: elemPos(:)

The element position. Since interpolations are done facewise (left or right) we only need one element position here.
integer, public, allocatable :: childPos(:,:)

The element positions of the finer child elements. As a face has exactly 4 children the first dimension is 4. The second dimension is the number of faces in this container.
integer, public, allocatable :: elemPosOp(:)

The element position opposite to the refined face. E.g. if the left element is refined, the right face of the left element position is stored here.
integer, public, allocatable :: childPosOp(:,:)

The child element positions opposite to the refined face.
integer, public, allocatable :: facePos(:)

Position of the face in the face description.

Source Code

  type tem_faceInterpolation_type
    !> The element position. Since interpolations are done
    !! facewise (left or right) we only need one element position here.
    integer, allocatable :: elemPos(:)
    !> The element positions of the finer child elements. As a face has
    !! exactly 4 children the first dimension is 4. The second dimension
    !! is the number of faces in this container.
    integer, allocatable :: childPos(:,:)
    !> The element position opposite to the refined face. E.g. if the
    !! left element is refined, the right face of the left element position
    !! is stored here.
    integer, allocatable :: elemPosOp(:)
    !> The child element positions opposite to the refined face.
    integer, allocatable :: childPosOp(:,:)
    !> Position of the face in the face description.
    integer, allocatable :: facePos(:)
  end type tem_faceInterpolation_type