I need to compare each line from 2 or more lists and take whichever value is the lowest.
I think I need to do something like on the link below, but I have no idea what any of these things are called since the guy who replied has his display settings to not show the names of the modules. (I would reply on this Fourm but it wont let me sign in and I cant see a make an account button anywhere)
If anyone is curious on my usecase… I am using Dendro to create a variable thickness lattice that is thicker the closer it is to a chosen point. I.E. choose where the part needs to be stiffest/strongest. I want to change it so that I can choose multiple points where thickness is increased. My theory is that I should compare the distances and pick the value thats smallest as thats the point thats closest. Maybe one of you pro’s have a better way of doing this.
I believe you can get there by replacing the Distance component with Pull Point component: if you set Pull Point to Closest Only (it’s the default state) it will just calculate the distance between any point in your list and the one closest point in the Pulling Geometry input
the thing is, to be able to controll the “falloff” of the thickness of your structure, I won’t use anymore the Bounds of the Distances, but I would supply an interval with sliders, and use the Clipped output of Remap:
whatever is closer than A to one of your point → will have size A’
whatever is in the distance range [A, B] to one of your points → will have linear interpolated size in the range [A’, B’ ]
whatever is farther than B from one of your points → will have size B’
of course you can add as many attractor points as you want: Pull Point (Closest Only) will take care of that
you can also get a non-linear interpolation, but that would require an additional remap and a graph mapper (in order to not have to change the domain of the Graph each time you change your values) unless you are willing to use a plugin like Riched Graph Mapper -which I advocate for- which brings parametric domains to your graphs