Hmm, it looks like the dot operator has been overloaded to do something
complicated. (although if you haven't already, try "for i in nodes:
pass" just to make sure). Is it retrieving the data from the network
somewhere? If so, then it looks like it is probably retrieving each
coordinate individu
There's no way that loop takes fifteen minutes just because of the dot
operator. I mean, 20 dots in 15 minutes is 200 dots/second. On a
1 GHz machine, that would be 5 million cycles per dot. That does not
seem reasonable (assuming you haven't overridden the dot operator to do
something more
The routine requires real arrays, and you are giving it one complex
one. It does not know what to do with the complex array. What are you
expecting it to do? If you need the real and imaginary parts to be
separately interpolated, then split the complex array into two real
arrays and use the rout
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That was fun. The very first step in 6 was the most
You could probably use scipy.base.polynomial, but it's easy enough to
implement a polynomial yourself. Just use a dict-- each key represents
the power and each value the coefficient of the polynomial.
You didn't say exactly how efficient you need this. It takes only a
couple seconds to sum 100 o
