PhysicsInputSynchronisationModel Class Reference

#include <PhysicsInputSynchronisationModel.h>

Inherits SynchronisationModel, and oops::SimulationObjectInputListener.

Collaboration diagram for PhysicsInputSynchronisationModel:


Classes
struct	RigidBodyState
struct	SyncData
Public Member Functions
	PhysicsInputSynchronisationModel (float updateInterval=1, float inputUpdateInterval=0)
virtual	~PhysicsInputSynchronisationModel ()
virtual void	synchroniseBeforeStep ()
virtual void	synchroniseAfterStep ()
Protected Member Functions
virtual void	handleBufferedSyncMessages ()
virtual void	applySyncData (SyncData *nextSyncData, unsigned localSimulationTime)
virtual void	handleSyncMessage (NetMessage *msg)
virtual void	handleClientInputMessage (NetMessage *msg)
virtual bool	needPhysicsCalculation ()
virtual void	handleRigidBodyInput (oops::RigidBody rigidBody, oops::RIGIDBODY_METHODTYPE method, oops::MethodParameter parameter)
Protected Attributes
MessageSizeCounter *	counter
	Counter for logging the amount of bytes transmitted for synchronisation.
std::vector< SyncData * >	immediateUpdates
std::map< unsigned, SyncData * >	storedUpdates
unsigned	lastUpdateTime
float	timeUntilNextUpdate
	timer until next synchronisation messages has to be sent
float	timeUntilFrequentUpdate
	timer until next frequent synchronisation message for changed RBs has to be sent
float	updateInterval
	Number of seconds between two updates.
float	inputUpdateInterval
	Number of seconds between two updates when input occured.
float	simulationStepSize
	time between two simulation steps
std::vector< oops::RigidBody * >	modifiedRigidBodies
	list of all rigidBodies which have been modified in the last simulation step
Static Protected Attributes
static const unsigned	PHYSICSINPUTSYNCHRONISATION_MESSAGEID = 6

Detailed Description

SynchronisationModel which does client-side physics calculations.

Constructor & Destructor Documentation

PhysicsInputSynchronisationModel::PhysicsInputSynchronisationModel	(	float	updateInterval = `1`,
		float	inputUpdateInterval = `0`
	)

Constructor initializes MessageCounter

PhysicsInputSynchronisationModel::~PhysicsInputSynchronisationModel ( ) [virtual]

Empty destructor.

Member Function Documentation

void PhysicsInputSynchronisationModel::applySyncData	(	SyncData *	nextSyncData,
		unsigned	localSimulationTime
	)			`[protected, virtual]`

void PhysicsInputSynchronisationModel::handleBufferedSyncMessages ( ) [protected, virtual]

void PhysicsInputSynchronisationModel::handleClientInputMessage ( NetMessage * msg ) [protected, virtual]

Handles the client input messages

Implements SynchronisationModel.

void PhysicsInputSynchronisationModel::handleRigidBodyInput	(	oops::RigidBody *	rigidBody,
		oops::RIGIDBODY_METHODTYPE	method,
		oops::MethodParameter *	parameter
	)			`[protected, virtual]`

Reimplemented from oops::SimulationObjectInputListener.

void PhysicsInputSynchronisationModel::handleSyncMessage ( NetMessage * msg ) [protected, virtual]

Handles the synchronisation message

Implements SynchronisationModel.

bool PhysicsInputSynchronisationModel::needPhysicsCalculation ( ) [protected, virtual]

DEPRECATED: Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. DEPRECATED: Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. DEPRECATED: Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. DEPRECATED: Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. DEPRECATED: Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. DEPRECATED: Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. Helper method for derived SynchronisationModels to access protected methods from PhysicsObjects. Stores all connected users in the passes vector. The method copies the vector of connected users from the Physics module to the passed vector.

Parameters:

	dst	vector where the connected userIds should be stored in Returns the UserData of the user with the passed Id.
	userId	Id of the user

Returns:: UserData of the user with the passed Id Returns if the current SynchronisationModel needs physics calculations or not.
true if the Physics-engine should do calculations

Reimplemented from SynchronisationModel.

void PhysicsInputSynchronisationModel::synchroniseAfterStep ( ) [virtual]

Synchronises data after a simulation step. The method is called from the Physics Module after a simulation step takes place.

Implements SynchronisationModel.

void PhysicsInputSynchronisationModel::synchroniseBeforeStep ( ) [virtual]

Synchronises data before a simulation step. The method is called from the Physics Module before a simulation step takes place.

Implements SynchronisationModel.