hvs_output_file_type Derived Type

  type hvs_output_file_type
    !> Kind of visualization file to use for the output.
    integer :: vis_kind

    !> Basename to use for the output files.
    character(len=PathLen) :: basename

    !> Process description to use for the output.
    !! Might be only a subset of the global communicator
    type(tem_comm_env_type) :: proc

    !> Description for vtk output
    type(hvs_vtk_file_type) :: vtk

    !> Description for ascii output
    type(hvs_ascii_type) :: ascii

    !> Description for ascii output
    type(hvs_asciiSpatial_type) :: asciiSpatial

    !> Description for harvester output i.e restart format
    type(tem_restart_type) :: restart

    !> Description how to format timestamps
    type(tem_timeformatter_type) :: timeform

    !> Point in time for which this output should be done.
    type(tem_time_type) :: time

    !> Number of variables to write to this file.
    integer :: nVars

    !> List of variable positions to write into this file.
    integer, allocatable :: varPos(:)

    !> Vertex information of elements within the tracking shape.
    !! Required for vtk output
    type(tem_vrtx_type) :: vrtx

    !> Store the barycenters for the linearized tree elements
    !! it has a size of ( nElems, 3 ).
    !! Used in dump AsciiSpatial
    !! It is set  in hvs_output_init
    !! It is used in hvs_output_write
    !! Need to UPDATE after balance
    real(kind=rk), allocatable :: bary(:,:)

    !> is there any transient reduction active?
    !! Then this tracking must be updated every timestep!
    ! logical :: isTransientReduce = .false.

    !> transient reductions which collect and reduce data over several timesteps
    ! type(tem_transient_reduction_type), allocatable :: transientReduce(:)

    !> The number of dofs for each scalar variable of the equation system
    integer :: nDofs

    !> Logic to decide to use get_point or get_element to dump data
    logical :: useGetPoint
  end type hvs_output_file_type