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Poisson(nbar)
Return a Poisson random integer, whose distribution has a mean =
nbar. |
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median_across(list_of_vec)
Returns an element-by-element median of a list of Numeric vectors. |
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N_median(a,
axis=0)
Returns an element-by-element median of a list of Numeric vectors. |
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trimmed_mean_sigma_across(list_of_vec,
weights,
clip) |
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trimmed_mean_across(list_of_vec,
weights,
clip) |
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trimmed_stdev_across(list_of_vec,
weights,
clip) |
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vec_variance(x)
Take a component-by-component variance of a list of vectors. |
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qform(vec,
mat)
A quadratic form: vec*mat*vec, or vecs*mat*transpose(vecs) |
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KolmogorovSmirnov(d1,
d2,
w1=None,
w2=None) |
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interpN(a,
t)
Interpolate array a to floating point indices, t, via
nearest-neighbor interpolation. |
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numpy array.
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block_stdev(x)
This is just a alternative implementation of the standard deviation
of each channel, but it is designed in a block-wise fashion so the
total memory usage is not large. |
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convolve(x,
kernel)
This is basically like numpy.convolve(x, kernel, 1) except that it
properly handles the case where the kernel is longer than the data. |
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edge_window(n,
eleft,
eright,
typeleft=' linear ' ,
typeright=' linear ' ,
norm=None)
Creates a window which is basically flat, but tapers off on the left
and right edges. |
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edge_window_t(t,
eleft,
eright,
typeleft=' linear ' ,
typeright=' linear ' ,
norm=None)
Computes a window which is basically flat, but tapers off on the left
and right edges. |
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