mesh.Mesh.Mesh Class Reference

An abstract element class. More...

Public Member Functions
	__init__ (self)
	flag_all_nodes (self)
	unflag_all_nodes (self)
	add_physical (self, int dimension, int phystag, str label)
	remove_unused_nodes (self)
	save (self, str Path)
	Save the file to a gmsh mesh.
	optimize_adjacency_bandwidth (self)
	optimize bandwidth for better sovler performance
	collect_elements (self, int dimension, int geotag)
	__init__ (self)
	flag_all_nodes (self)
	unflag_all_nodes (self)
	add_physical (self, int dimension, int phystag, str label)
	remove_unused_nodes (self)
	save (self, str Path)
	Save the file to a gmsh mesh.
	optimize_adjacency_bandwidth (self)
	optimize bandwidth for better sovler performance
	collect_elements (self, int dimension, int geotag)

Public Attributes
int	numNodes = 0
list	nodes = []
list	elements = []
int	numElements = 0
int	Scale = 1
int	NumGroups = 0
list	PhysicalGroups = []
list	periodic = []

Static Public Attributes
list	DimensionPerElement

Protected Member Functions
	_update_node_ids (self)
	create consecutive numbers for the nodes
	_update_element_ids (self)
	create consecutive numbers for the elements
	_save_header (self, Buffer)
	Print the header.
	_save_physical (self, Buffer)
	Print the physical groups if they exist.
	_save_nodes (self, Buffer)
	Print the nodes.
	_save_elements (self, Buffer)
	Print the elements.
	_save_periodic (self, Buffer)
	Print the periodic links.
	_update_node_ids (self)
	create consecutive numbers for the nodes
	_update_element_ids (self)
	create consecutive numbers for the elements
	_save_header (self, Buffer)
	Print the header.
	_save_physical (self, Buffer)
	Print the physical groups if they exist.
	_save_nodes (self, Buffer)
	Print the nodes.
	_save_elements (self, Buffer)
	Print the elements.
	_save_periodic (self, Buffer)
	Print the periodic links.

Detailed Description

An abstract element class.

Constructor & Destructor Documentation

__init__() [1/2]

mesh.Mesh.Mesh.__init__

(

self

)

__init__() [2/2]

mesh.Mesh.Mesh.__init__

(

self

)

Member Function Documentation

_save_elements() [1/2]

mesh.Mesh.Mesh._save_elements ( self, Buffer )

protected

Print the elements.

_save_elements() [2/2]

mesh.Mesh.Mesh._save_elements ( self, Buffer )

protected

Print the elements.

_save_header() [1/2]

mesh.Mesh.Mesh._save_header ( self, Buffer )

protected

Print the header.

_save_header() [2/2]

mesh.Mesh.Mesh._save_header ( self, Buffer )

protected

Print the header.

_save_nodes() [1/2]

mesh.Mesh.Mesh._save_nodes ( self, Buffer )

protected

Print the nodes.

_save_nodes() [2/2]

mesh.Mesh.Mesh._save_nodes ( self, Buffer )

protected

Print the nodes.

_save_periodic() [1/2]

mesh.Mesh.Mesh._save_periodic ( self, Buffer )

protected

Print the periodic links.

_save_periodic() [2/2]

mesh.Mesh.Mesh._save_periodic ( self, Buffer )

protected

Print the periodic links.

_save_physical() [1/2]

mesh.Mesh.Mesh._save_physical ( self, Buffer )

protected

Print the physical groups if they exist.

_save_physical() [2/2]

mesh.Mesh.Mesh._save_physical ( self, Buffer )

protected

Print the physical groups if they exist.

_update_element_ids() [1/2]

mesh.Mesh.Mesh._update_element_ids ( self )

protected

create consecutive numbers for the elements

_update_element_ids() [2/2]

mesh.Mesh.Mesh._update_element_ids ( self )

protected

create consecutive numbers for the elements

_update_node_ids() [1/2]

mesh.Mesh.Mesh._update_node_ids ( self )

protected

create consecutive numbers for the nodes

_update_node_ids() [2/2]

mesh.Mesh.Mesh._update_node_ids ( self )

protected

create consecutive numbers for the nodes

add_physical() [1/2]

mesh.Mesh.Mesh.add_physical	(		self,
		int	dimension,
		int	phystag,
		str	label )

add_physical() [2/2]

mesh.Mesh.Mesh.add_physical	(		self,
		int	dimension,
		int	phystag,
		str	label )

collect_elements() [1/2]

mesh.Mesh.Mesh.collect_elements	(		self,
		int	dimension,
		int	geotag )

collect_elements() [2/2]

mesh.Mesh.Mesh.collect_elements	(		self,
		int	dimension,
		int	geotag )

flag_all_nodes() [1/2]

mesh.Mesh.Mesh.flag_all_nodes

(

self

)

flag_all_nodes() [2/2]

mesh.Mesh.Mesh.flag_all_nodes

(

self

)

optimize_adjacency_bandwidth() [1/2]

mesh.Mesh.Mesh.optimize_adjacency_bandwidth

(

self

)

optimize bandwidth for better sovler performance

optimize_adjacency_bandwidth() [2/2]

mesh.Mesh.Mesh.optimize_adjacency_bandwidth

(

self

)

optimize bandwidth for better sovler performance

remove_unused_nodes() [1/2]

mesh.Mesh.Mesh.remove_unused_nodes

(

self

)

remove_unused_nodes() [2/2]

mesh.Mesh.Mesh.remove_unused_nodes

(

self

)

save() [1/2]

mesh.Mesh.Mesh.save	(		self,
		str	Path )

Save the file to a gmsh mesh.

save() [2/2]

mesh.Mesh.Mesh.save	(		self,
		str	Path )

Save the file to a gmsh mesh.

unflag_all_nodes() [1/2]

mesh.Mesh.Mesh.unflag_all_nodes

(

self

)

unflag_all_nodes() [2/2]

mesh.Mesh.Mesh.unflag_all_nodes

(

self

)

Member Data Documentation

DimensionPerElement

list DimensionPerElement

static

Initial value:

=  [-1, 1, 2, 2, 3, 3, 3, -1, 1, 2, 2, 3, 3, 3, -1, 0, 2, 3, 3, -1, -1, 2, -1, -1, -1, -1, 1, -1,
                       -1, 3]

elements

list elements = []

nodes

list nodes = []

numElements

int numElements = 0

NumGroups

int NumGroups = 0

numNodes

int numNodes = 0

periodic

list periodic = []

PhysicalGroups

list PhysicalGroups = []

Scale

int Scale = 1

---

The documentation for this class was generated from the following files:

• examples/corc_twolayer/python/mesh/Mesh.py
• examples/pancake/python/mesh/Mesh.py