Examples of using Normal vector in English and their translations into Bulgarian
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Computer
With normal vector n.
We can call it the normal vector.
Find the normal vector of the plane.
Plane from point and normal vector.
Extract a normal vector of the plane.
A triangle and its normal vector.
The normal vector needs to be normalized for lighting calculation.
Showing normal vector.
Plane determined by a point and a normal vector.
Invert Normal Vectors.
So that would be our unit normal vector.
The slice normal vector may not be a null vector. .
A polygon and two of its normal vectors.
All normal vectors have to point to the same side of the triangle.
A plane is specified by a point and a normal vector.
Then we can see the normal vector of the plane.
And that direction is provided by this normal vector.
At these points the normal vector space has dimension one and is generated by the gradient.
Consider a plane defined by a unit normal vector.
Obviously we can figure out normal vector, you can just divide it's magnitude andyou will get the unit normal vector.
A plane is specified by a point and a normal vector.
The normal vector space or normal space of a manifold at a point P is the set of the vectors which are orthogonal to the tangent space at P.
Plane determined by a point and a normal vector.
The normal vector space or normal space of a manifold at a point P is the set of the vectors which are orthogonal to the tangent space at P. In the case of differential curves,the curvature vector is a normal vector of special interest.
To find the angle between two planes, we find the angle between their normal vectors.
In the case of smooth curves,the curvature vector is a normal vector of special interest.
These solutions represent planar waves traveling in the direction of the normal vector n.
There are also circularly polarized solutions in which the fields rotate about the normal vector.
You could rewrite this as the magnitude of a sine theta times the magnitude of b in that normal vector direction.
It's just a way that we have a consistent framework, so thatwhen we take the cross product we all know what direction that normal vector is pointing in.