Uses of Class
hermes.physics.MassedBeing

Packages that use MassedBeing

hermes.physics

Uses of MassedBeing in hermes.physics

Classes in hermes.physics with type parameters of type MassedBeing

class	GenericMassedCollider<A extends MassedBeing,B extends MassedBeing> This is a collision handler for MassedBeing and its subclasses which handles collisions using both projection (instantly separating the bodies) and impulse (changing their velocities).
class	GenericMassedCollider<A extends MassedBeing,B extends MassedBeing> This is a collision handler for MassedBeing and its subclasses which handles collisions using both projection (instantly separating the bodies) and impulse (changing their velocities).

Methods in hermes.physics with parameters of type MassedBeing

void	ImpulseCollision.addImpulse(PVector impulse, MassedBeing origin) add an impulse to the collision
static ImpulseCollision	MassedBeing.addImpulseCollision(MassedBeing being1, MassedBeing being2, PVector projection) Sets up a collision between two beings, with elasticity equal to the average of the being's elasticity.
static ImpulseCollision	MassedBeing.addImpulseCollision(MassedBeing being1, MassedBeing being2, PVector projection, float elasticity) Sets up a collision between two beings, with custom elasticity.
protected abstract float	InverseSquareInteractor.beingFactor(MassedBeing being) The factor from each being used in the numerator of the Coloumb equation for example, charge for an electric force or mass for gravity.
protected float	GravityInteractor.beingFactor(MassedBeing being)
static PVector	Physics.calculateImpulse(MassedBeing being1, MassedBeing being2, float elasticity, PVector normal) Calculates the impulse from a collision between Massed Beings, without accounting for rotation.
boolean	InverseSquareInteractor.detect(MassedBeing being1, MassedBeing being2)
boolean	InsideMassedCollider.detect(MassedBeing being1, MassedBeing being2)
ImpulseCollision	MassedBeing.getImpulseCollisionWith(MassedBeing other) Returns the collision between this being and another, if such a collision has been added.
void	InverseSquareInteractor.handle(MassedBeing being1, MassedBeing being2)
void	InsideMassedCollider.handle(MassedBeing being1, MassedBeing being2)
boolean	ImpulseCollision.hasBeing(MassedBeing being) whether the one of the beings in this collision is the specified being

Constructors in hermes.physics with parameters of type MassedBeing

ImpulseCollision(MassedBeing being1, MassedBeing being2, PVector projection, float elasticity)
Sets up a collision between beings