Le calcul de la couleur de réfracti

Le calcul de la couleur de réfraction ne serait pas complet
si on ne parlait pas de l’effet de profondeur. Imaginons un
objet qui se trouve sous l’eau. À mesure que l’on s’éloigne
de l’objet, il est intuitif de penser que l’on verra de moins
en moins l’objet en question, et que la couleur diffuse de
l’eau prendra le dessus. Par contre, dans notre modèle, bien
que l’objet paraîtra plus petit à mesure que l’on recule à
cause de la projection de perspective, la couleur, elle, ne
diminuera pas en intensité.

結果 (英文) 1:

calculating the color refraction
would not be complete if we did not speak of the effect of depth.
imagine an object that is under water. As one moves away
the object, it is intuitive to think that we will see less and less
the object in question, and the diffuse color of the water
take over. By cons, in our model, although
the object will appear smaller as it recedes
because of the perspective projection, color it, do not
decrease in intensity.

結果 (英文) 2:

The calculation of the refraction color wouldn't be complete
if no one spoke of the effect of depth. Imagine a
object that lies under water. As one moves away
object, it is intuitive to think that there will be less
less the object in question, and that the color broadcasts from
water will take over. On the other hand, in our model, well
.the object will appear smaller as it recedes to
cause of the perspective projection, color, she does
will decrease in intensity.

結果 (英文) 3:

The calculation of the color of refraction would not be complet
si one did not speak about the effect of depth. Let us imagine un
objet which is under water. As one éloigne
of the object, it is intuitive to think that one will see moins
en less the object in question, and that the color diffuses de
l' water will get the upper hand. On the other hand, in our model, bien
that the object will appear smaller as one moves back à
cause of the projection of prospect, the color, it, will not ne
diminuera in intensity.