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# I was sitting on a bus whose number's prime
# factorization was 37 x 113. The prime factorization of the
# number of the bus in front of me was 11 x 373. 
# I wonder how many other four-digit bus numbers 
# have a prime factorization with exactly those digits?

# pip install sympy 
from itertools import chain 
from sympy.ntheory import factorint

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from itertools import chain 
from sympy.ntheory import factorint

def strp(n,p):
    if p == 1:
        return str(n)
    return str(n) + "^" + str(p)

def strf(f):
    return "*".join([strp(k, f[k]) for k in sorted(f.keys())])

willf

(A) Face In The Crowd
(Wish I Could Fly Like) Superman
1822!
20th Century Man
A Gallon Of Gas
A Hard Day's Night
A Little Rhyme
A Long Way From Home
A Rock 'N' Roll Fantasy
A Taste Of Honey

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refaccimentos
recaH
retardance
rosyn
reluisoient
reesarch
recognosces
rhizophagous
roledistance
regularisee

willf

Learning to pitch a little bit

More honestly: How I learned to pitch, a little bit, for the 1991 Denson book

I will use a minimum of muical jargon, because I just don’t know that much.

Here’s what you probably need to know first:

1. The shapes,
2. Major vs minor keys

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def save_hashes(out_file, data)
  CSV.open(out_file, "wb") do |csv|
    keys = data.first.keys
    csv << keys
    data.each do |hash|
      csv << hash.values_at(*keys)
    end
  end
end

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Denominator	False Positive Rate	Images	People	Chances (Images*People)	Prob of at least one FP 1-(1-p)^n
10,000,000,000	1E-10	50,000	200,000	1,000,000,000	63.2%