vtkhdf_file.F90 File Reference

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Data Types
type	vtkhdf_file::vtkhdf_file_t
	Interface for HDF5 files. More...

Modules
module	vtkhdf_file
	VTKHDF file format.

Functions/Subroutines
subroutine	vtkhdf_file::vtkhdf_file_set_overwrite (this, overwrite)
	Set the overwrite flag for HDF5 files.
subroutine	vtkhdf_file::vtkhdf_file_enable_amr (this)
	Enable support for Adaptive Mesh Refinement.
subroutine	vtkhdf_file::vtkhdf_file_set_precision (this, precision)
	Set the precision for VTKHDF output (single or double)
character(len=1024) function	vtkhdf_file::vtkhdf_file_get_fname (this)
	Return the file name with the start counter.
subroutine	vtkhdf_file::vtkhdf_file_set_subdivide (this, subdivide)
	Enable or disable subdivision of spectral elements into linear sub-cells. When subdivision is enabled, each spectral element is written as multiple linear VTK cells (VTK_HEXAHEDRON in 3D, VTK_QUAD in 2D) with connectivity corresponding to the tensor-product grid of the spectral element.
subroutine	vtkhdf_file::vtkhdf_file_write (this, data, t)
	Write data in HDF5 format (no HDF5 support)
subroutine	vtkhdf_file::vtkhdf_file_read (this, data)
	Read data in HDF5 format (no HDF5 support)
pure integer function, dimension(8 *(lx - 1) *(ly - 1) *(lz - 1))	vtkhdf_file::subdivide_to_hex_ordering (lx, ly, lz)
	Build linear hexahedron sub-cell node ordering for a spectral element. Returns an array of 0-based tensor-product indices that subdivides the lx*ly*lz grid into (lx-1)*(ly-1)*(lz-1) linear hexahedra (VTK_HEXAHEDRON, type 12), with 8 nodes per sub-cell.
pure integer function, dimension(4 *(lx - 1) *(ly - 1))	vtkhdf_file::subdivide_to_quad_ordering (lx, ly)
	Build linear quadrilateral sub-cell node ordering for a spectral element. Returns an array of 0-based tensor-product indices that subdivides the lx*ly grid into (lx-1)*(ly-1) linear quadrilaterals (VTK_QUAD, type 9), with 4 nodes per sub-cell.

Variables
integer, dimension(2), parameter	vtkhdf_file::vtkhdf_version = [2, 6]