Trait geometric_algebra::ScalarProduct

pub trait ScalarProduct<T> {
    type Output;

    // Required method
    fn scalar_product(self, other: T) -> Self::Output;
}

Geometric product grade filtered by t == 0

Required Associated Types

type Output

Required Methods

fn scalar_product(self, other: T) -> Self::Output

Implementations on Foreign Types

impl ScalarProduct<Motor> for f32

type Output = f32

fn scalar_product(self, other: Motor) -> f32

impl ScalarProduct<Rotor> for f32

type Output = f32

fn scalar_product(self, other: Rotor) -> f32

impl ScalarProduct<Translator> for f32

type Output = f32

fn scalar_product(self, other: Translator) -> f32

impl ScalarProduct<DualNumber> for f32

type Output = f32

fn scalar_product(self, other: DualNumber) -> f32

impl ScalarProduct<Rotor> for f32

type Output = f32

fn scalar_product(self, other: Rotor) -> f32

impl ScalarProduct<MultiVector> for f32

type Output = f32

fn scalar_product(self, other: MultiVector) -> f32

impl ScalarProduct<Translator> for f32

type Output = f32

fn scalar_product(self, other: Translator) -> f32

impl ScalarProduct<Motor> for f32

type Output = f32

fn scalar_product(self, other: Motor) -> f32

impl ScalarProduct<f32> for f32

type Output = f32

fn scalar_product(self, other: f32) -> f32

impl ScalarProduct<Rotor> for f32

type Output = f32

fn scalar_product(self, other: Rotor) -> f32

impl ScalarProduct<Translator> for f32

type Output = f32

fn scalar_product(self, other: Translator) -> f32

impl ScalarProduct<SplitComplexNumber> for f32

type Output = f32

fn scalar_product(self, other: SplitComplexNumber) -> f32

impl ScalarProduct<Translator> for f32

type Output = f32

fn scalar_product(self, other: Translator) -> f32

impl ScalarProduct<Translator> for f32

type Output = f32

fn scalar_product(self, other: Translator) -> f32

impl ScalarProduct<MultiVector> for f32

type Output = f32

fn scalar_product(self, other: MultiVector) -> f32

impl ScalarProduct<MultiVector> for f32

type Output = f32

fn scalar_product(self, other: MultiVector) -> f32

impl ScalarProduct<Motor> for f32

type Output = f32

fn scalar_product(self, other: Motor) -> f32

impl ScalarProduct<Translator> for f32

type Output = f32

fn scalar_product(self, other: Translator) -> f32

impl ScalarProduct<Rotor> for f32

type Output = f32

fn scalar_product(self, other: Rotor) -> f32

impl ScalarProduct<Motor> for f32

type Output = f32

fn scalar_product(self, other: Motor) -> f32

impl ScalarProduct<Motor> for f32

type Output = f32

fn scalar_product(self, other: Motor) -> f32

impl ScalarProduct<MultiVector> for f32

type Output = f32

fn scalar_product(self, other: MultiVector) -> f32

impl ScalarProduct<MultiVector> for f32

type Output = f32

fn scalar_product(self, other: MultiVector) -> f32

impl ScalarProduct<Rotor> for f32

type Output = f32

fn scalar_product(self, other: Rotor) -> f32

impl ScalarProduct<Rotor> for f32

type Output = f32

fn scalar_product(self, other: Rotor) -> f32

impl ScalarProduct<MultiVector> for f32

type Output = f32

fn scalar_product(self, other: MultiVector) -> f32

impl ScalarProduct<ComplexNumber> for f32

type Output = f32

fn scalar_product(self, other: ComplexNumber) -> f32

impl ScalarProduct<Motor> for f32

type Output = f32

fn scalar_product(self, other: Motor) -> f32

Implementors

impl ScalarProduct<f32> for ComplexNumber

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga2d::Motor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga2d::Rotor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga2d::Translator

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga3d::Motor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga3d::Rotor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::epga3d::Translator

type Output = f32

impl ScalarProduct<f32> for SplitComplexNumber

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga2d::Motor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga2d::Rotor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga2d::Translator

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga3d::Motor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga3d::Rotor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::hpga3d::Translator

type Output = f32

impl ScalarProduct<f32> for DualNumber

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga2d::Motor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga2d::Rotor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga2d::Translator

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga3d::Motor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga3d::Rotor

type Output = f32

impl ScalarProduct<f32> for geometric_algebra::ppga3d::Translator

type Output = f32

impl ScalarProduct<ComplexNumber> for ComplexNumber

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga2d::IdealPoint

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga2d::Motor

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga2d::Point

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga2d::Translator

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga2d::IdealPoint

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga2d::Motor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga2d::Point

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga2d::Rotor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga2d::Translator

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::epga2d::MotorDual

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::epga2d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::IdealPoint

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::Motor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::MotorDual

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::Point

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::Rotor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga2d::Translator

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::epga2d::MotorDual

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::epga2d::Plane

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga2d::IdealPoint

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga2d::Motor

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga2d::Point

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga2d::Rotor

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga2d::Translator

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga2d::Motor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga2d::Point

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga2d::Rotor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga2d::Translator

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga2d::IdealPoint

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga2d::Motor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga2d::MultiVector

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga2d::Point

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga2d::Rotor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga2d::Translator

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga3d::IdealPoint

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga3d::Line

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga3d::Motor

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::epga3d::Translator

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::epga3d::IdealPoint

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::epga3d::Line

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::epga3d::Motor

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::epga3d::Rotor

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::epga3d::Translator

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga3d::IdealPoint

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga3d::Line

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga3d::Motor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga3d::Rotor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::epga3d::Translator

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::IdealPoint

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::Line

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::Motor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::Point

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::PointAndPlane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::Rotor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::epga3d::Translator

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::epga3d::Plane

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::epga3d::PointAndPlane

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga3d::Point

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::epga3d::PointAndPlane

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::epga3d::Plane

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::epga3d::Point

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::epga3d::PointAndPlane

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga3d::Line

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga3d::Motor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga3d::Rotor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::epga3d::Translator

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga3d::IdealPoint

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga3d::Line

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga3d::Motor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga3d::MultiVector

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga3d::Rotor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::epga3d::Translator

type Output = f32

impl ScalarProduct<SplitComplexNumber> for SplitComplexNumber

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga2d::IdealPoint

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga2d::Motor

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga2d::Point

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga2d::Translator

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga2d::IdealPoint

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga2d::Motor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga2d::Point

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga2d::Rotor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga2d::Translator

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::hpga2d::MotorDual

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::hpga2d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::IdealPoint

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::Motor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::MotorDual

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::Point

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::Rotor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga2d::Translator

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::hpga2d::MotorDual

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::hpga2d::Plane

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga2d::IdealPoint

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga2d::Motor

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga2d::Point

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga2d::Rotor

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga2d::Translator

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga2d::Motor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga2d::Point

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga2d::Rotor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga2d::Translator

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga2d::IdealPoint

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga2d::Motor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga2d::MultiVector

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga2d::Point

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga2d::Rotor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga2d::Translator

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga3d::IdealPoint

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga3d::Line

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga3d::Motor

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<IdealPoint> for geometric_algebra::hpga3d::Translator

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::hpga3d::IdealPoint

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::hpga3d::Line

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::hpga3d::Motor

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::hpga3d::Rotor

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::hpga3d::Translator

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga3d::IdealPoint

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga3d::Line

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga3d::Motor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga3d::Rotor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::hpga3d::Translator

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::IdealPoint

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::Line

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::Motor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::Point

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::PointAndPlane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::Rotor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::hpga3d::Translator

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::hpga3d::Plane

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::hpga3d::PointAndPlane

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga3d::Point

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::hpga3d::PointAndPlane

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::hpga3d::Plane

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::hpga3d::Point

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::hpga3d::PointAndPlane

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga3d::Line

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga3d::Motor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga3d::Rotor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::hpga3d::Translator

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga3d::IdealPoint

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga3d::Line

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga3d::Motor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga3d::MultiVector

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga3d::Rotor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::hpga3d::Translator

type Output = f32

impl ScalarProduct<DualNumber> for DualNumber

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga2d::Motor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga2d::Point

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga2d::Rotor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga2d::Translator

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::ppga2d::MotorDual

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<MotorDual> for geometric_algebra::ppga2d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga2d::Motor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga2d::MotorDual

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga2d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga2d::Point

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga2d::Rotor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga2d::Translator

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::ppga2d::MotorDual

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::ppga2d::Plane

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::ppga2d::Motor

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::ppga2d::Point

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::ppga2d::Rotor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga2d::Motor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga2d::Point

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga2d::Rotor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga2d::Translator

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga2d::Motor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga2d::MultiVector

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga2d::Rotor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga2d::Translator

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::ppga3d::Line

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::ppga3d::Motor

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<Line> for geometric_algebra::ppga3d::Rotor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga3d::Line

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga3d::Motor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga3d::Rotor

type Output = f32

impl ScalarProduct<Motor> for geometric_algebra::ppga3d::Translator

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::Line

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::Motor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::Plane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::Point

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::PointAndPlane

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::Rotor

type Output = f32

impl ScalarProduct<MultiVector> for geometric_algebra::ppga3d::Translator

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::ppga3d::Plane

type Output = f32

impl ScalarProduct<Plane> for geometric_algebra::ppga3d::PointAndPlane

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::ppga3d::Point

type Output = f32

impl ScalarProduct<Point> for geometric_algebra::ppga3d::PointAndPlane

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::ppga3d::Plane

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::ppga3d::Point

type Output = f32

impl ScalarProduct<PointAndPlane> for geometric_algebra::ppga3d::PointAndPlane

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga3d::Line

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga3d::Motor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga3d::Rotor

type Output = f32

impl ScalarProduct<Rotor> for geometric_algebra::ppga3d::Translator

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga3d::Motor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga3d::MultiVector

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga3d::Rotor

type Output = f32

impl ScalarProduct<Translator> for geometric_algebra::ppga3d::Translator

type Output = f32