Sentence examples for maps a point from inspiring English sources

WorldToColor maps a point in world coordinates into the pixel indices in the color camera.

Radial symmetric (RS) method maps a point in the original constellation to its symmetric point in an outer circle [10].

A characteristic function f is a C ∞ -function that maps a point on M to a real number.

The homography maps a point from one plane to a point in the second plane up to a scale such that (2).

Let (pi :mathbb {C}^{n+1}backslash {0}rightarrow mathbb {P}^{n}) denote the standard projection mapping that maps a point (z= z_{0},z_{1},...,z_{n})in mathbb {C}^{n+1}) to its corresponding homogeneous coordinates (pi (z)=[z]=[z_{0} z_{1}:... z_{n}]in mathbb {P}^{n}).

A tangent bundle of M is written as T M = ⋃ p ∈ M T p M. A tangent vector to ξ is expressed as ∂ ξ = ∂ ∂ ξ 0 = ∂ ∂ τ, ∂ ∂ ξ 1, …, ∂ ∂ ξ n ∈ T M. In the same manner, we introduce a cotangent bundle, T ∗ M, with cotangent vector to ξ expressed as d ξ = d ξ 0 = d τ, d ξ 1, …, d ξ n ∈ T ∗ M. A characteristic function f is a C ∞ -function that maps a point on M to a real number.

For a self-map, a point of is called an eventually periodic point of if for some.

The presence of a scene plane allows us to uniquely map a point from the image plane of a camera to the scene.

In order to display the results, a choroplethic map and a point map were drawn within the GIS [ 9].

These maps are universal since any Functionally Graded Material can be mapped as a point on this space.

This mapping sends a point with coordinates (t, θ) in to the point with coordinate (r, θ) in, where r = t.