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I couln't help but notice that the sigma defined in the code is different from the one mentioned in the paper. The latter is defined as the mean of the distances times beta=0.3, whilst the former is just the sum of the distances times beta=0.1. Does this make a real difference in performance/evaluation?
If I generate the density map by following the paper, I get this image, which is clearly different from the other ones...
The text was updated successfully, but these errors were encountered:
I couln't help but notice that the sigma defined in the code is different from the one mentioned in the paper. The latter is defined as the mean of the distances times beta=0.3, whilst the former is just the sum of the distances times beta=0.1. Does this make a real difference in performance/evaluation?
If I generate the density map by following the paper, I get this image, which is clearly different from the other ones...
The text was updated successfully, but these errors were encountered: