Nous obtenons donc l’équation 25 qu

Nous obtenons donc l’équation 25 qui décrit la hauteur
de chaque point de la surface en fonction de la position
(x; z) et du temps (t) pour chacune des vagues. Afin
de décrire la surface entière, nous calculons simplement la
somme sur toutes les vagues i. L’équation 26 illustre ce calcul.

結果 (英文) 1:

So we get the equation that describes the 25
height of each point of the surface according to the position
(x, z) and time (t) for each of the waves.
to describe the entire surface, we simply calculate the sum over all
i waves. Equation 26 shows this calculation.

結果 (英文) 2:

We therefore get the 25 equation which describes the height
of every point on the surface according to the
(x; z) position and time (t) for each wave. Order
describe the entire surface, we simply calculate the
sum on all waves i. The 26 equation shows this calculation.

結果 (英文) 3:

We thus obtain the equation 25 which describes the hauteur
de each point of surface according to the position
(X; Z) and of time (T) for each wave. Afin
de to describe whole surface, we calculate simply la
somme on all waves I. Equation 26 illustrates this calculation.