-406 -741 ConnectedOnly -128 -762 Normal 46 -827 Normal 304 -800 Collapsed -129 -895 Normal 683 -843 ConnectedOnly -387 -890 Normal 2 20 1 0.99574 -1.79769E+308 1.79769E+308 3 0 0 -0.003167 0.995740 0.248826 -0.630913 -0.082112 0.208201 4 3 0 0.989609 -0.001888 0.224249 -0.004147 -0.838864 0.015514 4 3 529 -832 Normal 1 (with a smooth transition). Example customization >>>when rendering you could modify the fcurve for a different look / profile of the density calculation >>>you adjust the fcurve to allow edge lengths that are far greater than 1 (currenly everything above 1 equals a density of 0)]]> 1 produce a density value of 0, as the edge lengths get closer to 0, the density value will approach 1. Usage(Example)..... >>>Create a weightmap, create a set data node for the "weights" parameter of this weightmap. >>>Plug the set data node into the ICETree main node. Plug this Density Node into the set data node. >>>Move the ICETree node above the point in the stack where the deformations happen that you want to have registered (e.g. "Animation" Marker) >>>Make Weightmaps visible and test the output, customize the compound, access the values from the rendertree with a Map Lookup (Scalar) node compound version 1.0 created by Reinhard Claus]]>