Curvilinear abscissa at the current point on (Ga) (oriented by the same tangent vector as (G)): .

Curvilinear abscissa at the current point on (Ga) (oriented by the same tangent vector as (G)): .

When \(f\) is a pullback from \(\widehat{K}^\natural _{\theta }\), the formula simplifies as

I have been cycling a lot in zigzags in Namibia so as to see the many attractions on a same curvilinear abscissa.

to the curved abscissa L2 (=L length of trajectory),

With respect to fencing/sparring it depends how you define this.

where p is the curvilinear abscissa (or affine parameter) along the trajectory

Curvilinear abscissa at the current point on (Ga) (oriented by the same tangent vector as (G)): .

Curvilinear abscissa at the current point on (Ga) (oriented by the same tangent vector as (G)): .

When \(f\) is a pullback from \(\widehat{K}^\natural _{\theta }\), the formula simplifies as

I have been cycling a lot in zigzags in Namibia so as to see the many attractions on a same curvilinear abscissa.

electrode travel in an arc of a circle

built-up obtuse crossing with both rails curved

built-up obtuse crossing with both rails curved

Curved Planar Reformation (CPR), producing a Curved Planar Reformat, is a technique to provide a representation of an anatomical structure which is curved through a 3D volume.