Modules
module	mod_slice
	Writes D-1 slice, can do so in various formats, depending on slice_type.

Functions/Subroutines
subroutine	mod_slice::write_slice
subroutine	mod_slice::put_slice (dir, xslice)
subroutine	put_slice_vtu
subroutine	mod_slice::select_slice (dir, xslice, writeonly, file_handle, normconv)
recursive subroutine	traverse_slice (tree)
subroutine	mod_slice::fill_subnode (igrid, active, jgrid, dir, xslice, normconv)
subroutine	mod_slice::alloc_subnode (jgrid, dir, nwexpand)
subroutine	mod_slice::dealloc_subnode (jgrid)
subroutine	mod_slice::fill_subnode_info (igrid, jgrid, dir)
subroutine	mod_slice::get_igslice (dir, x, igslice)
double precision function	mod_slice::roundoff_minmax (val, minval, maxval)
recursive subroutine	mod_slice::quicksort_integer (arr, left, right)
character(len=13) function	mod_slice::slice_label (xslice)
	Signed slice coordinate for the file names, such as +0.500000D+00.

Variables
double precision, dimension(1000)	mod_slice::slicecoord
	Slice coordinates, see Slice output.
integer, parameter	mod_slice::nslicemax =1000
	Maximum number of slices.
integer	mod_slice::nslices
	Number of slices to output.
integer, dimension(nslicemax)	mod_slice::slicedir
	The slice direction for each slice.
character(len=std_len)	mod_slice::slice_type
	choose data type of slice: vtu, vtuCC, dat, or csv
integer, dimension(:,:), allocatable	mod_slice::sfc_sub
	igrid and ipe of the leaf blocks on the slice, with the first (1,1:2) stores the nleafs and nparents

Function/Subroutine Documentation

◆ put_slice_vtu()

subroutine put_slice::put_slice_vtu

Definition at line 243 of file mod_slice.t.

Here is the call graph for this function:

recursive subroutine select_slice::traverse_slice ( type(tree_node_ptr) tree )

Definition at line 938 of file mod_slice.t.

Here is the call graph for this function: