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Hi, very interesting work!
I am wondering if diffusion-net can be adapted for regression tasks, i.e. predicting scalars in triangles of a surface mesh?
Thanks!
The text was updated successfully, but these errors were encountered:
You can pass outputs_at='faces' to construct a network which outputs a value per-face. You will also need to pass in the face listing (as an Fx3 array of integers) when you invoke the newtork.
To do regression (as opposed to e.g. classification/segmentation), you can just not use any last activation from the network to output values on R^n, by omitting the last_activation argument when you build the network (by default this sets last_activation=None).
Hi, thanks for this awesome work!
So if I wanted to predict a plane with a specific location and a certain angle intersecting the input mesh, would the network be easily configurable for that task? I.e. a simlpe regression task of rotation and translation. Or is it bound to output values 'per-face' or 'per-vertices'?
Thanks again :)
Hi, very interesting work!
I am wondering if diffusion-net can be adapted for regression tasks, i.e. predicting scalars in triangles of a surface mesh?
Thanks!
The text was updated successfully, but these errors were encountered: