An angular coordinate of the point visualizes an angular coordinate of the position in the myocardium in a cylindrical coordinate system.

In the case of a rotating scan line the angular coordinate (υ) is recorded.

This equation describes a black hole of mass M, rotating with angular momentum J, as observed at a radial coordinate r and an angular coordinate θ.

This equation fully describes a black hole of mass M, rotating with angular momentum J, as observed by an observer at radial coordinate r and angular coordinate θ.

A method is disclosed for reliably calculating the average of the angular coordinate.

In essence, the cylindrical coordinate system extends polar coordinates by adding an additional distance coordinate, while the spherical system instead adds an additional angular coordinate.

The new X and Y coordinates of the nozzle are stored to a memory along with the initial angle coordinate (335).

As the coordinate system is two-dimensional, each point is determined by two polar coordinates: the radial coordinate and the angular coordinate.

A description of a plurality of pixels of the plurality of image frames is provided in a color space (e.g. HSV) including at least an angular coordinate (e.g. the Hue).

An angular coordinate of the point visualizes an angular coordinate of the position in the myocardium in a cylindrical coordinate system.

In the case of a rotating scan line the angular coordinate (υ) is recorded.

This equation describes a black hole of mass M, rotating with angular momentum J, as observed at a radial coordinate r and an angular coordinate θ.

This equation fully describes a black hole of mass M, rotating with angular momentum J, as observed by an observer at radial coordinate r and angular coordinate θ.

A method is disclosed for reliably calculating the average of the angular coordinate.

In essence, the cylindrical coordinate system extends polar coordinates by adding an additional distance coordinate, while the spherical system instead adds an additional angular coordinate.