Inheritance diagram for GuiNodalLayouter:

Public Member Functions
	GuiNodalLayouter (GuiNodal &graph)

virtual void	layout (const CoreSet< GuiNodalNodeBase * > &layout_nodes, const GMathVec2i &init_pos=GMathVec2i(0, 0), bool top_down=false)
	layout the given nodes.

void	locate_nodes_horizontally (const GMathVec2i &init_pos)

void	locate_nodes_vertically (const GMathVec2i &init_pos)

void	get_root_nodes (const CoreSet< GuiNodalNodeBase * > &nodes, CoreSet< GuiNodalNodeBase * > &root_nodes, CoreSet< GuiNodalNodeBase * > &single_nodes)
	Get root nodes considering only the given nodes.

const GuiNodal &	get_graph () const

void	set_silent_layout (const bool &value)

void	set_spacing (unsigned int spacing)

Public Member Functions inherited from CoreBaseObject
bool	is_kindof (const CoreBaseObject &object) const

virtual size_t	get_memory_size () const

CoreString	get_class_info_name () const

const unsigned long &	get_class_info_id () const

virtual bool	is_kindof (const CoreClassInfo &cinfo) const

virtual const CoreClassInfo &	get_class_info () const

template<class T >
T *	cast ()

template<class T >
const T *	cast () const

Public Member Functions inherited from CoreBaseType
bool	is_kindof (const CoreClassInfo &cinfo) const

Protected Member Functions
GuiNodalNodeBase *	get_top_parent_node_in_batch (const CoreSet< GuiNodalNodeBase * > &batch, GuiNodalNodeBase *node)
	returns the first -visible- node parent existing in given batch node

void	layout_node (GuiNodalNodeBase &node, GuiNodalLayoutGrid &grid, CoreSet< GuiNodalNodeBase * > &nodes_batch)
	Add a node in the grid and add recursively its previous and next nodes – O (next) – O (current) – O (previous)

void	add_grid_node (GuiNodalLayoutGrid &grid, GuiNodalNodeBase &node)

GuiNodalLayoutGrid *	get_grid_for_node (GuiNodalNodeBase &node)

GuiNodalNodeBase *	get_node_for_grid (GuiNodalLayoutGrid &grid)

void	remove_node_grid (GuiNodalNodeBase &node)

GuiNodalNodeBase *	_deep_search (GuiNodalNodeBase node, const CoreSet< GuiNodalNodeBase > &nodes_to_search)
	Search inside given nodes and their children recursively if the given node exists [in] node node to look for.

GuiNodalNodeBase *	deep_search (GuiNodalNodeBase node, const CoreSet< GuiNodalNodeBase > &nodes_to_search)

Additional Inherited Members
Static Public Member Functions inherited from CoreBaseObject
static const CoreClassInfo &	class_info ()

template<class T >
static T *	cast (CoreBaseObject *object)

template<class T >
static const T *	cast (const CoreBaseObject *object)

Member Function Documentation

GuiNodalNodeBase * GuiNodalLayouter::_deep_search	(	GuiNodalNodeBase *	node,
		const CoreSet< GuiNodalNodeBase * > &	nodes_batch
	)

protected

Search inside given nodes and their children recursively if the given node exists [in] node node to look for.

Parameters

[in] nodes_batch nodes to search in recursively

Returns: 0 if not found, node if directly found in nodes_batch, or its parent from nodes_batch.

void GuiNodalLayouter::get_root_nodes	(	const CoreSet< GuiNodalNodeBase * > &	nodes,
		CoreSet< GuiNodalNodeBase * > &	root_nodes,
		CoreSet< GuiNodalNodeBase * > &	single_nodes
	)

Get root nodes considering only the given nodes.

Note: Any existing link involving nodes which are not in the nodes list will not be considered

Parameters

[in]	nodes	graph nodes
[out]	root_nodes	root nodes found
[out]	single_nodes	single nodes found, without any connections within the given nodes [connections to external nodes are not considered]

GuiNodalNodeBase * GuiNodalLayouter::get_top_parent_node_in_batch	(	const CoreSet< GuiNodalNodeBase * > &	batch,
		GuiNodalNodeBase *	node
	)

protected

returns the first -visible- node parent existing in given batch node

Parameters

[in]	batch	list of nodes to search in
[in]	node	to search through hierarchy

void GuiNodalLayouter::layout	(	const CoreSet< GuiNodalNodeBase * > &	layout_nodes,
		const GMathVec2i &	init_pos = `GMathVec2i(0, 0)`,
		bool	top_down = `false`
	)

virtual

layout the given nodes.

layout_nodes nodes to be layouted initial position for the layouted nodes

Public Member Functions