Public Member Functions
	Settings (BodyTypes type, float radius, float mass)
	Creates a physical Settings object with the given type, radius and mass.

	Settings (const XMLNode &xml_node)
	Reads the physical settings values from a given XML node.

Public Attributes
std::string	m_id
	ID of the object.

float	m_mass
	Mass of the object.

float	m_radius
	Radius of the object, to overwrite the graphical dimension.

float	m_height
	Height of an object, to overwrite the graphical dimension.

PhysicalObject::BodyTypes	m_body_type
	Shape of the object.

float	m_restitution
	Restitution of the physical object.

float	m_friction
	Friction for this object.

Vec3	m_linear_factor
	Bullet's linear factor.

Vec3	m_angular_factor
	Bullet angular factor.

float	m_linear_damping
	Bullet's linear damping factor.

float	m_angular_damping
	Bullet's angular damping factor.

bool	m_crash_reset
	Trigger a reset in karts touching it?

bool	m_knock_kart
	Knock the kart around.

bool	m_flatten_kart
	Flatten the kart when this object is touched.

bool	m_reset_when_too_low
	Reset the object when it falls under the track (useful e.g. More...

float	m_reset_height
	If the item is below that height, it is reset (when m_reset_when_too_low is true).

std::string	m_on_kart_collision
	If non-empty, the name of the scripting function to call when a kart collides with this object.

std::string	m_on_item_collision
	If non-empty, the name of the scripting function to call when a (flyable) item collides with this object.

Private Member Functions
void	init ()
	Initialises a Settings object.

Member Data Documentation

◆ m_reset_when_too_low

bool PhysicalObject::Settings::m_reset_when_too_low

Reset the object when it falls under the track (useful e.g.

for a boulder rolling down a hill).

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