Why does f=.5, .4, ... represent the corresponding gaussian blending?
Lavender
My understanding is that f is the distance between p and q. So in the case of f=.3, the center of two Gaussians are closer. Whereas in the case of f=.5, the center of two Gaussians are farther apart.
supernova
So every specific value f refers to a specific 2D blending shape?
Why does f=.5, .4, ... represent the corresponding gaussian blending?
My understanding is that f is the distance between p and q. So in the case of f=.3, the center of two Gaussians are closer. Whereas in the case of f=.5, the center of two Gaussians are farther apart.
So every specific value f refers to a specific 2D blending shape?