Trait zoom::particle::PhysicsParticle [−] [src]

pub trait PhysicsParticle<V, D>: Particle<V, D> + Quanta<D> + Inertia<D> where V: Vector<D>, D: Float {
    fn basic_form(&self) -> BasicParticle<V, D> { ... }
    fn drag(&self, magnitude: D) { ... }
    fn gravitate_to<T: ?Sized>(&self, center: &T, magnitude: D) where T: Quanta<D> + Position<V> { ... }
    fn gravitate_radius_to<T: ?Sized>(&self, center: &T, magnitude: D) where T: Quanta<D> + Position<V> + Ball<D> { ... }
    fn hooke_to<T: ?Sized>(&self, center: &T, magnitude: D) where T: Quanta<D> + Position<V> { ... }
    fn hooke_equilibrium_to<T: ?Sized>(&self, center: &T, equilibrium: D, magnitude: D) where T: Quanta<D> + Position<V> { ... }
    fn lorentz_field(&self, field: &V) where V: CrossVector { ... }
    fn lorentz_to<T: ?Sized>(&self, center: &T, magnitude: D) where V: CrossVector, T: Quanta<D> + Position<V> + Velocity<V> { ... }
    fn lorentz_radius_to<T: ?Sized>(&self, center: &T, magnitude: D) where V: CrossVector, T: Quanta<D> + Position<V> + Velocity<V> + Ball<D> { ... }
}

Any particle that implements the necessary traits gains access to all of the capabilities of PhysicsParticle.

Provided Methods

fn basic_form(&self) -> BasicParticle<V, D>

Convert a PhysicsParticle into a "basic particle" that implements PhysicsParticle but has the minimum members. Use this to implement data structures that need to create intermediary particles.

fn drag(&self, magnitude: D)

Apply drag forces to a particle.

fn gravitate_to<T: ?Sized>(&self, center: &T, magnitude: D) where T: Quanta<D> + Position<V>

Apply proper attraction to a single physics particle towards a location and with a magnitude.

fn gravitate_radius_to<T: ?Sized>(&self, center: &T, magnitude: D) where T: Quanta<D> + Position<V> + Ball<D>

This works the same as gravitate_radius_squared and gravitate_to.

fn hooke_to<T: ?Sized>(&self, center: &T, magnitude: D) where T: Quanta<D> + Position<V>

Apply spring forces between one particle and a virtual particle that is unaffected.

fn hooke_equilibrium_to<T: ?Sized>(&self, center: &T, equilibrium: D, magnitude: D) where T: Quanta<D> + Position<V>

Apply spring forces between one particle and a virtual particle that is unaffected.

fn lorentz_field(&self, field: &V) where V: CrossVector

Apply lorentz force to a particle in a field given by a vector with the magnitude and direction of the field.

fn lorentz_to<T: ?Sized>(&self, center: &T, magnitude: D) where V: CrossVector, T: Quanta<D> + Position<V> + Velocity<V>

Apply the lorentz force on a virtual particle that is unaffected.

fn lorentz_radius_to<T: ?Sized>(&self, center: &T, magnitude: D) where V: CrossVector, T: Quanta<D> + Position<V> + Velocity<V> + Ball<D>

Apply the lorentz force on a virtual particle that is unaffected.

Implementors