On Sun, Jul 30, 2017 at 11:18 AM, Rohin Kumar <yrohinku...@gmail.com> wrote:
> *update* > > May be it doesn't have to be done at the tree creation level. It could be > using loops and creating two different balltrees. Something like > > tree1=BallTree(X,metric='metric1') #for x-z plane > tree2=BallTree(X,metric='metric2') #for y-z plane > > And then calculate correlation functions in a loop to get tpcf(X,r1,r2) > using tree1.two_point_correlation(X,r1) and tree2.two_point_ > correlation(X,r2) > Hi Rohin, It's not exactly clear to me what you wish the tree to do with the two different metrics, but in any case the ball tree only supports one metric at a time. If you can construct your desired result from two ball trees each with its own metric, then that's probably the best way to proceed, Jake > > _______________________________________________ > scikit-learn mailing list > scikit-learn@python.org > https://mail.python.org/mailman/listinfo/scikit-learn > >
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