From library(diptest):
Shouldn't the following almost always be non-significant for
Hartigan's dip test?
dip(x = rnorm(1000))
I get dip scores of around 0.0008 which based on p values taken from
the table (at N=1000), using the command: qDiptab, are 0.02 p
0.05.
Anyone familiar with
On 21/12/2011 3:37 PM, kbrownk wrote:
From library(diptest):
Shouldn't the following almost always be non-significant for
Hartigan's dip test?
dip(x = rnorm(1000))
Well, it should be non-significant about 95% of the time
I get dip scores of around 0.0008 which based on p values taken from
Thanks, I found dip.test after posting. I reread the original paper
and found that the probability is that the dip is less than the given
dip score. Less here is ambiguous to me, and it is strange that
dip.test interpolates from the same p value lookup table I was using
(gDiptab), but returns very
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