10 examples of 'find index of max element in list python' in Python

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@listfunc
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def max_index(args):
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    return args.index(builtins.max(args))

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def maximum(lst):
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	currMax = lst[0]
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	for val in lst[1:]:
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		if val > currMax: currMax = val
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	return currMax

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def list_find(l, element):
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    for i, e in enumerate(l):
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        if e == element:
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            return i
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    return None

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def posMin(list):
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    """ returns the index of the lowest value of a given list
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        if multiple highest values exist, the first is returned
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    """
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    m = list[0]
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    index = 0
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    for i, x in enumerate(list):
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        if x < m:
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            m = x
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            index = i
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    return index

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def find(arr, elem):
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    lo = 0
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    hi = len(arr) - 1
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    while lo < hi:
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        mid = (hi + lo) // 2
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        first = arr[lo]
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        middle = arr[mid]
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        last = arr[hi]
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        if first <= middle and elem >= first and elem <= middle:
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            return binary_search(arr, elem, lo, mid)
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        elif last >= middle and elem >= middle and elem <= last:
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            return binary_search(arr, elem, mid+1, hi)
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        elif elem >= first and elem <= middle:
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            hi = mid
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        else:
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            lo = mid + 1
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    if arr[lo] == elem:
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        return lo
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    return None

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def find_index(self, e):
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    for i in range(self._size):
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        if self._data[i] == e:
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            return i
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    return -1

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def rindex(lst, item):
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    try:
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        return dropwhile(lambda x: lst[x] != item, reversed(xrange(len(lst)))).next()
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    except StopIteration:
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        raise ValueError, "rindex(lst, item): item not in list"

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def max(data): # pylint: disable=redefined-builtin
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    """
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    This function returns the maximum numerical value in a data set.
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    Args:
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        data: A numeric built-in object or list of numeric objects.
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    Returns:
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        A numeric object.
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    Examples:
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        >>> max([1, 2, 3])
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        3
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        >>> max([-3, 0, 3])
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        3
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        >>> max([-2])
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        -2
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        >>> max(-3)
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        -3
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    """
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    if type(data) is list:
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        max_value = data[0]
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        for ii in data:
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            if ii > max_value:
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                max_value = ii
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    elif type(data) is int or type(data) is float:
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        max_value = data
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    return(max_value)

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def max_(seq):
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    if len(seq) == 2:
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        return seq[0] if seq[0] > seq[1] else seq[1]
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    sum_max = max_(seq[1:])
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    return seq[0] if seq[0] > sum_max else sum_max

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def max(a):
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    max_elem = a[0]
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    for element in a[1:]:
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        if element > max_elem:
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            max_elem = element
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    return max_elem