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#!/usr/bin/env python
from math import *
 
"""A generator of the best rational approximations of a float
   using continued fractions.
   (see http://en.wikipedia.org/wiki/Continued_fraction)
 
   possible improvements left to the interested reader:
      - extend the generator to support decimal.Decimal numbers.
 ...

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#!/usr/bin/env python
 
"""A generator of the best rational approximations of a float
   using continued fractions.
   (see http://en.wikipedia.org/wiki/Continued_fraction)
 
   possible improvements left to the interested reader:
      - extend the generator to support decimal.Decimal numbers.
      - extend the generator to support gmpy.mpf numbers.
 ...

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class(class):
        c = 2
        c + c = dupa
        
class()

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class():
        innput()
        class + class = dupa
        
class()

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class(class):
        innput()
        class + class = dupa
        
class()

1
 

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def flip(v):
        nv = 0
        while (v > 0):
                nv = nv * 10
                nv = nv + v % 10
                v = v / 10
        return nv
 
res = 0
 ...

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def flip(v):
        nv = 0
        while (v > 0):
                nv = nv * 10
                nv = nv + v % 10
                v = v / 10
        return nv
 
res = 0;
 ...

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def flip(v):
        nv = 0
        while (v > 0):
                nv = nv * 10
                nv = nv + v % 10
                v = v / 10
        return nv
 
res = 0;
 ...

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def flip(v):
        nv = 0
        while (v > 0)
                nv = nv * 10
                nv = nv + v % 10
                v = v / 10
        return nv
 
res = 0;
 ...

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 a = 20
 b = 30
 a = a + b
 print a

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# http://en.wikipedia.org/wiki/Pell%27s_equation
# http://en.wikipedia.org/wiki/Continued_fraction#Best_rational_approximations
 
from fractions import *
from math import *
 
 
def PellsEquation(convergent, n):
 return (convergent.numerator**2) - n*(convergent.denominator**2)
 ...

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# http://en.wikipedia.org/wiki/Pell%27s_equation
# http://en.wikipedia.org/wiki/Continued_fraction#Best_rational_approximations
 
from fractions import *
from math import *
 
 
def PellsEquation(convergent, n):
 return (convergent.numerator**2) - n*(convergent.denominator**2)
 ...

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# http://en.wikipedia.org/wiki/Pell%27s_equation
# http://en.wikipedia.org/wiki/Continued_fraction#Best_rational_approximations
 
from fractions import *
from math import *
 
 
def PellsEquation(convergent, n):
 return (convergent.numerator**2) - n*(convergent.denominator**2)
 ...

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# http://en.wikipedia.org/wiki/Pell%27s_equation
http://en.wikipedia.org/wiki/Continued_fraction#Best_rational_approximations
 
from fractions import *
from math import *
 
 
def PellsEquation(convergent, n):
 return (convergent.numerator**2) - n*(convergent.denominator**2)
 ...

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3

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get inputoutput
get characterarray
get standardinputoutput
get charactertype
get mathalgorithms
get console
start()
{
alpha c[20]
 ...

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get inputoutput
get characterarray
get standardinputoutput
get charactertype
get mathalgorithms
get console
start()
{
alpha c[20]
 ...

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get inputoutput
get characterarray
get standardinputoutput
get charactertype
get mathalgorithms
get console
start()
{
alpha c[20]
 ...

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print CW

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print 'rawr'

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print 'rawr'
end

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print 'rawr'
endif

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print(CW)
endif

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print CW
endif

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$Name = raw_input()
$CW = raw_input()
$CType = raw_input()
 
if $CW == 'Sclean':
        print $Name
endif

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print Name
endif

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
if CW == 'Sclean':
        print n
endif

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
IF CW == 'Sclean':
        print n
ENDIF

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Name = raw_input()
CW = raw_input()
CType = raw_input()
 
IF CW == 'Sclean'
        print n
ENDIF