Jan sixth fourteen | Python Fiddle

class Fraction:
        def getXSmallest(self, index, denominator):
                x = []
                for i in range(1, denominator+1):
                        for j in range(1, i):
                                k = j/float(i)
                                x.append(k)
                                print k
                x.sort()
                if index > len(x):
                        retrun 1
                return round(x[index-1],3)
       
'''
    	
Implement a class Fraction, which contains a method getXSmallest.  The method
is passed two integers: an index and a maximum denominator. The program should
find all fractions of the form a / b where b is less than or equal to the
maximum denominator and a / b is less than 1 and then return the index-th
smallest of these fractions.  The method should return the fraction as a double
value, rounded to 3 decimal points (use the supplied formatDouble function).

Note:

- If index value is greater than the number of fractions that are less than 1,
the method should return 1.
- Fractions should not be simplified.  1/2 and 2/4 are two unique fractions,
despite their equal double values
- The class and method must be declared as public
- The index must be between 1 and 70, inclusive.  The max denominator must be
between 2 and 12, inclusive. (TopCoder will check these constraints, you need
not.)

The method signature is :

public double getXSmallest(int, int);

Example:

For example, if index = 3 and max denominator = 4, all the fractions of the
form a / b are 1/4, 1/3, 1/2, 2/4, 2/3, 3/4, and the method should return the
third smallest, as a double: 0.5.

'''

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