mesh_type.F90 File Reference

#include "local.h"

Data Types
interface	bmesh_hessian
	Compute the spatial hessian matrices for a given cell at a given logical position. More...
interface	bmesh_in_cell
	Test if logical position lies within the base cell. More...
interface	bmesh_invert_cell
	Turn cell "inside out", used to ensure consistent orientations. More...
interface	bmesh_jacobian
	Compute the spatial jacobian matrix and its determinant for a given cell at a given logical position. More...
interface	bmesh_load
	Load mesh from transfer file. More...
interface	bmesh_log2phys
	Map from logical to physical coordinates in a given cell. More...
interface	bmesh_norm
	Get unit normal for surface at a given point in a given cell. More...
type	bmesh_parent
	Global mesh information and indicies. More...
interface	bmesh_phys2log
	Map from physical to logical coordinates in a given cell. More...
interface	bmesh_quad_rule
	Retrieve suitable quadrature rule for mesh with given order. More...
interface	bmesh_save
	Save mesh to transfer file. More...
interface	bmesh_set_order
	Set maximum order of spatial mapping. More...
interface	bmesh_setup
	Setup mesh with implementation specifics (cell_np, cell_ne, etc.). More...
interface	bmesh_tang
	Get tangent basis set for surface at a given point in a given cell. More...
interface	bmesh_tessellate
	Tessellate mesh onto lagrange FE nodes of specified order (usually for plotting). More...
interface	bmesh_tessellated_sizes
	Get variable sizes following tessellation. More...
interface	bmesh_vlog
	Get position in logical space of vertex i. More...
type	ho_mesh
	High order tet geometry information. More...
type	mesh_base
	Base mesh information and indicies. More...
interface	mesh_ctang
	Compute the curve tangent vector for a given edge on a cell. More...
interface	mesh_get_surf_map
	Get mapping between boundary and volume logical coordinates. More...
type	mesh_global
	Global mesh information and indicies. More...
interface	mesh_hessian
	Compute the spatial hessian matrices for a given cell at a given logical position. More...
interface	mesh_in_cell
	Test if logical position lies within the base cell. More...
interface	mesh_invert_cell
	Turn cell "inside out", used to ensure consistent orientations. More...
interface	mesh_jacobian
	Compute the spatial jacobian matrix and its determinant for a given cell at a given logical position. More...
interface	mesh_log2phys
	Map from logical to physical coordinates in a given cell. More...
type	mesh_per
	Global mesh information and indicies. More...
interface	mesh_phys2log
	Map from physical to logical coordinates in a given cell. More...
interface	mesh_quad_rule
	Retrieve suitable quadrature rule for mesh with given order. More...
type	mesh_save_index
	MPI global index information (For I/O Only). More...
type	mesh_seam
	Processor-processor connectivity information for mesh. More...
interface	mesh_set_order
	Set maximum order of spatial mapping. More...
interface	mesh_setup
	Setup mesh with implementation specifics (cell_np, cell_ne, etc.). More...
interface	mesh_snormal
	Compute the surface normal vector for a given face on a cell. More...
interface	mesh_surf_to_vol
	Map between surface and volume logical coordinates. More...
interface	mesh_tessellate
	Tessellate mesh onto lagrange FE nodes of specified order (usually for plotting). More...
interface	mesh_tessellated_sizes
	Get sizes of arrays returned by mesh_tessellate. More...
interface	mesh_vlog
	Get position in logical space of vertex i. More...
type	oft_amesh
	Abstrac mesh type (surface or volume). More...
type	oft_bmesh
	Surface mesh type. More...
type	oft_mesh
	Tetrahedral Mesh type. More...

Modules
module	oft_mesh_type
	Tetrahedral mesh structure definitions.

Functions/Subroutines
subroutine	amesh_destroy (self)
	Needs docs.
real(r8) function	bmesh_area (self)
	Estimate mesh area.
subroutine	bmesh_destroy (self)
	Needs docs.
subroutine, public	bmesh_findcell (self, cell, pt, fout)
	Find physical point in mesh.
subroutine	bmesh_save_cell_scalar (self, p, xdmf_obj, path)
	Write scalar cell data out to file.
subroutine	bmesh_save_cell_vector (self, bcc, xdmf_obj, path)
	Write vector cell data out to file.
subroutine	bmesh_save_vertex_scalar (self, p, xdmf_obj, path)
	Write scalar vertex data out to file.
subroutine	bmesh_save_vertex_vector (self, bv, xdmf_obj, path)
	Write vector vertex data out to file.
subroutine	bmesh_setup_io (self, xdmf_obj, tess_order)
	Needs docs.
logical function, public	cell_is_curved (self, cell)
	Checks if a global mesh cell is curved or not.
subroutine	mesh_destroy (self)
	Destroy mesh object.
subroutine, public	mesh_findcell (self, cell, pt, fout)
	Find physical point in mesh.
subroutine, public	mesh_findcell2 (self, cell, pt, nclosest, fout)
	Find physical point in mesh using robust method.
subroutine	mesh_save_cell_scalar (self, p, xdmf_obj, path)
	Write scalar cell data out to file.
subroutine	mesh_save_cell_vector (self, bcc, xdmf_obj, path)
	Write vector cell data out to file.
subroutine	mesh_save_vertex_scalar (self, p, xdmf_obj, path)
	Write scalar vertex data out to file.
subroutine	mesh_save_vertex_vector (self, bv, xdmf_obj, path)
	Write vector vertex data out to file.
subroutine	mesh_setup_io (self, xdmf_obj, tess_order)
	Estimate mesh volume.
real(r8) function	mesh_volume (self)
	Estimate mesh volume.
subroutine, public	oft_init_seam (self, seam_obj)
	Create oft_seam object from mesh connectivity.

Variables
integer(i4), parameter, private	ho_find_retry =20
	Number of retry attempts during high order find_cell.
logical, parameter	plot_r4_flag =.TRUE.