[−][src]Trait cv_core::Projective

pub trait Projective: From<Vector4<f64>> + Clone + Copy {
    fn homogeneous(self) -> Vector4<f64>;

    fn point(self) -> Option<Point3<f64>> { ... }

    fn from_point(point: Point3<f64>) -> Self { ... }

    fn bearing(self) -> Unit<Vector3<f64>> { ... }

    fn bearing_unnormalized(self) -> Vector3<f64> { ... }
}

This trait is implemented for homogeneous projective 3d coordinate.

Required methods

fn homogeneous(self) -> Vector4<f64>

Retrieve the homogeneous vector.

No constraints are put on this vector. All components can move freely and it is not normalized. However, this vector may be normalized if desired and it will still be equivalent to the original. You may wish to normalize it if you want to avoid floating point precision issues, for instance.

Loading content...

Provided methods

fn point(self) -> Option<Point3<f64>>

Retrieve the euclidean 3d point by normalizing the homogeneous coordinate.

This may fail, as a homogeneous coordinate can exist at near-infinity (like a star in the sky), whereas a 3d euclidean point cannot (it would overflow).

fn from_point(point: Point3<f64>) -> Self

Convert the euclidean 3d point into homogeneous coordinates.

fn bearing(self) -> Unit<Vector3<f64>>

Retrieve the normalized bearing of the coordinate.

fn bearing_unnormalized(self) -> Vector3<f64>

Retrieve the unnormalized bearing of the coordinate.

Use this when you know that you do not need the bearing to be normalized, and it may increase performance. Otherwise use Projective::bearing.

Loading content...

Implementors

impl Projective for CameraPoint[src]

impl Projective for WorldPoint[src]

Loading content...