fpmas::api::model::Cell Class Reference

#include <spatial_model.h>

Inheritance diagram for fpmas::api::model::Cell:

Collaboration diagram for fpmas::api::model::Cell:

Public Member Functions
virtual std::vector< Cell * >	successors ()=0
Public Member Functions inherited from fpmas::api::model::Agent
virtual GroupId	groupId () const =0
virtual std::vector< GroupId >	groupIds () const =0
virtual void	setGroupId (GroupId id)=0
virtual void	addGroupId (GroupId id)=0
virtual void	removeGroupId (GroupId id)=0
virtual AgentGroup *	group ()=0
virtual const AgentGroup *	group () const =0
virtual std::vector< AgentGroup * >	groups ()=0
virtual std::vector< const AgentGroup * >	groups () const =0
virtual void	setGroup (AgentGroup *group)=0
virtual void	addGroup (AgentGroup *group)=0
virtual void	removeGroup (AgentGroup *group)=0
virtual void	setGroupPos (api::model::GroupId gid, std::list< Agent * >::iterator pos)=0
virtual std::list< Agent * >::iterator	getGroupPos (api::model::GroupId gid) const =0
virtual TypeId	typeId () const =0
virtual Agent *	copy () const =0
virtual void	copyAssign (Agent *agent)=0
virtual void	moveAssign (Agent *agent)=0
virtual AgentNode *	node ()=0
virtual const AgentNode *	node () const =0
virtual void	setNode (AgentNode *node)=0
virtual Model *	model ()=0
virtual const Model *	model () const =0
virtual void	setModel (Model *model)=0
virtual AgentTask *	task ()=0
virtual const AgentTask *	task () const =0
virtual void	setTask (AgentTask *task)=0
virtual AgentTask *	task (GroupId id)=0
virtual const AgentTask *	task (GroupId id) const =0
virtual void	setTask (GroupId id, AgentTask *task)=0
virtual const std::unordered_map< GroupId, AgentTask * > &	tasks ()=0
virtual void	act ()=0
Public Member Functions inherited from fpmas::api::model::CellBehavior
virtual void	init ()=0
virtual void	handleNewLocation ()=0
virtual void	handleMove ()=0
virtual void	handlePerceive ()=0
virtual void	updatePerceptions (AgentGroup &group)=0

Detailed Description

Cell API.

Cells represent nodes on which SpatialAgents can be located. Moreover, SpatialAgents can move to other Cells and perceive objects located on others, according to their mobility and perception ranges.

Such operation occur in the "Cell Network", i.e. the subgraph that can be described using the Cell::successors() methods.

Member Function Documentation

successors()

virtual std::vector< Cell * > fpmas::api::model::Cell::successors ( )

pure virtual

Returns successors of this Cell.

Successors are targets of outgoing edges from this Cell on the CELL_SUCCESSOR layer.

This method is assumed to be called on a LOCAL Cell. The returned list might be incomplete otherwise.

Returns

successors of this Cell

Implemented in fpmas::model::CellBase< api::model::Cell, GraphCell, GraphCellBase< GraphCell, GraphCell > >, fpmas::model::CellBase< api::model::Cell, GraphCellType, GraphCellBase< GraphCellType, GraphCellType > >, fpmas::model::CellBase< api::model::GridCell, GridCell, GridCellBase< GridCell, GridCell > >, and fpmas::model::CellBase< api::model::GridCell, GridCellType, GridCellBase< GridCellType, GridCellType > >.

---

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

• src/fpmas/api/model/spatial/spatial_model.h