CheckManager Class Reference

Controls all checks structures of a track. More...

#include <check_manager.hpp>

Inheritance diagram for CheckManager:

Public Member Functions
	~CheckManager ()
	Private destructor (to make sure it is only called using the static destroy function).
void	add (CheckStructure *strct)
void	addFlyableToCannons (Flyable *flyable)
	Adds a flyable object to be tested against cannons.
void	removeFlyableFromCannons (Flyable *flyable)
	Removes a flyable from all cannons.
void	load (const XMLNode &node)
	Loads all check structure informaiton from the specified xml file.
void	update (float dt)
	Updates all animations.
void	reset (const Track &track)
	Resets all checks.
void	resetAfterKartMove (AbstractKart *kart)
	Called after a kart is moved (e.g.
void	resetAfterRewind ()
unsigned int	getLapLineIndex () const
	Returns the index of the first check structures that triggers a new lap to be counted.
int	getChecklineTriggering (const Vec3 &from, const Vec3 &to) const
	Returns the check line index that is triggered when going from 'from' to 'to'.
unsigned int	getCheckStructureCount () const
	Returns the number of check structures defined.
CheckStructure *	getCheckStructure (unsigned int n) const
	Returns the nth.

Private Attributes
std::vector< CheckStructure * >	m_all_checks

Detailed Description

Controls all checks structures of a track.

Constructor & Destructor Documentation

~CheckManager()

CheckManager::~CheckManager

(

)

Private destructor (to make sure it is only called using the static destroy function).

Frees all check structures.

Member Function Documentation

addFlyableToCannons()

void CheckManager::addFlyableToCannons

(

Flyable *

flyable

)

Adds a flyable object to be tested against cannons.

This will allow bowling- and rubber-balls to fly in a cannon.

Parameters

flyable

Pointer to the flyable to be added.

getChecklineTriggering()

int CheckManager::getChecklineTriggering	(	const Vec3 &	from,
		const Vec3 &	to
	)		const

Returns the check line index that is triggered when going from 'from' to 'to'.

If no check line is triggered, -1 will be returned.

Parameters

from	Coordinates to start from.
to	Coordinates to go to.

getCheckStructure()

CheckStructure * CheckManager::getCheckStructure ( unsigned int  n ) const

inline

Returns the nth.

check structure.

getLapLineIndex()

unsigned int CheckManager::getLapLineIndex

(

)

const

Returns the index of the first check structures that triggers a new lap to be counted.

It aborts if no lap structure is defined.

removeFlyableFromCannons()

void CheckManager::removeFlyableFromCannons

(

Flyable *

flyable

)

Removes a flyable from all cannons.

Used when this flyable is removed (e.g. explodes).

Parameters

flyable

Pointer to the flyable to be removed.

resetAfterKartMove()

void CheckManager::resetAfterKartMove

(

AbstractKart *

kart

)

Called after a kart is moved (e.g.

after a rescue) to reset any cached check information. Without this an incorrect crossing of a checkline could be triggered since a CheckLine stores the previous position).

Parameters

kart_index

Index of the kart that was moved.

update()

void CheckManager::update

(

float

dt

)

Updates all animations.

Called one per time step.

Parameters

dt	Time since last call.

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

• tracks/check_manager.hpp
• tracks/check_manager.cpp