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interquartile_range function is added
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@ -30,22 +30,23 @@ def find_median(x: np.array) -> float:
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return float((x[length // 2] + x[(length // 2) - 1]) / 2)
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return float((x[length // 2] + x[(length // 2) - 1]) / 2)
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def inter_quartile_range(x: np.array) -> float:
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def interquartile_range(x: np.array) -> float:
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"""
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"""
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This is the implementation of inter_quartile
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This is the implementation of inter_quartile
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range for a list of numeric.
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range for a list of numeric.
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:param x: The list of data point
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:param x: The list of data point
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:return: Inter_quartile range
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:return: Inter_quartile range
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>>> inter_quartile_range(x=np.array([4,1,2,3,2]))
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>>> interquartile_range(x=np.array([4,1,2,3,2]))
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2.0
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2.0
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>>> inter_quartile_range(x=np.array([25,32,49,21,37,43,27,45,31]))
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>>> interquartile_range(x=np.array([25,32,49,21,37,43,27,45,31]))
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18.0
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18.0
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"""
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"""
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length = len(x)
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length = len(x)
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if length == 0:
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if length == 0:
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raise ValueError
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raise ValueError("The list is empty. Provide a non-empty list.")
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x.sort()
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x.sort()
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q1 = find_median(x[0: length // 2])
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q1 = find_median(x[0: length // 2])
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half_length = (length // 2) + 1 if length % 2 else length // 2
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half_length = (length // 2) + 1 if length % 2 else length // 2
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