#include <Shape.hpp>

Inheritance diagram for box2d::Shape::Conf:

Public Member Functions
constexpr Conf &	UseVertexRadius (Length value) noexcept

constexpr Conf &	UseFriction (RealNum value) noexcept

constexpr Conf &	UseRestitution (RealNum value) noexcept

constexpr Conf &	UseDensity (Density value) noexcept

Public Attributes
Length	vertexRadius = DefaultLinearSlop

RealNum	friction = RealNum{2} / RealNum{10}
	Friction coefficient. More...

RealNum	restitution = RealNum{0}
	Restitution (elasticity) of the associated shape. More...

Density	density = Density{0}
	Density of the associated shape. More...

Member Function Documentation

◆ UseDensity()

constexpr Shape::Conf & box2d::Shape::Conf::UseDensity ( Density value )

inlinenoexcept

constexpr Shape::Conf & box2d::Shape::Conf::UseFriction ( RealNum value )

inlinenoexcept

constexpr Shape::Conf & box2d::Shape::Conf::UseRestitution ( RealNum value )

inlinenoexcept

constexpr Shape::Conf & box2d::Shape::Conf::UseVertexRadius ( Length value )

inlinenoexcept

Density box2d::Shape::Conf::density = Density{0}

Density of the associated shape.

Note: This is usually in kg/m^2.; This must be a non-negative value.; Use 0 to indicate that the shape's associated mass should be 0.

RealNum box2d::Shape::Conf::friction = RealNum{2} / RealNum{10}

Friction coefficient.

Note: This must be a value between 0 and +infinity.; This is usually in the range [0,1].; The square-root of the product of this value multiplied by a touching fixture's friction becomes the friction coefficient for the contact.

RealNum box2d::Shape::Conf::restitution = RealNum{0}

Restitution (elasticity) of the associated shape.

Note: This should be a valid finite value.; This is usually in the range [0,1].

Length box2d::Shape::Conf::vertexRadius = DefaultLinearSlop

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