Pour ce faire, il nous faut au mini

Pour ce faire, il nous faut au minimum la normale et la
tangente de la surface d’eau exprimés dans le repère global.
Puisque le plan d’eau est statique, la normale n, la tangente
t et la bitangente b sont toujours identiques. Notons qu’une
déformation de la géométrie modifie ces vecteurs (voir la
section 2.6).

結果 (英文) 1:

To do this, we need at least normal and tangent
of water expressed in the global reference surface.
because the water is static, normal n, tangent Tangent
t and b are always the same.
note that a deformation of geometry change these vectors (
see section 2.6).

結果 (英文) 2:

To do this, need us at least normal and the
tangent of the surface of water expressed in the landmark global
since water is static, normal n, the tangent
t and the both b are always the same. It should be noted that one
deformation of geometry modifies these vectors (see la
section 2.6).

結果 (英文) 3:

With this intention, we need the normal at least and la
tangente surface of water expressed in the global.
Puisque reference mark the water level is static, normal N, the tangente
t and bitangential B is always identical. Let us note that une
deformation of the geometry modifies these vectors (see la
section 2.6).