def secondLargestNumber(array):
Maximum = Max.Max(array)
for iterator in array:
if Maximum == iterator:
array.remove(iterator)
maximum = Max.Max(array)
return maximum
def secondLargestNumber(array):
v = Max.Max(array)
for i in array:
if v == i:
array.remove(i)
maxi = Max.Max(array)
return maxi
def kth_largest_ele(array,kthelement):
lenght = FindLenght.count(array)
iterator = 1
while(iterator!=kthelement):
largestElemnt = Max.Max(array)
for element in array:
if (element == largestElement):
array.remove(largestElement)
iterator += 1
largestElement = Max.Max(array)
return largestElement
def kth_largest_ele(array,kthele):
lenght = FindLenght.count(array)
if (lenght == kthele):
return find_min.findMin(array)
else:
iterator = 1
while(iterator!=kthele):
Largest_ele = Max.Max(array)
for j in array:
if (j == Largest_ele):
array.remove(Largest_ele)
iterator += 1
Largest_ele = Max.Max(array)
return Largest_ele
def test_arrayretutn7():
#arrange
values = [5, 2, 4, 7, 3, 5]
excepted = 7
#act
actual = Max.Max(values)
#assert
assert excepted == actual
def test_max(self):
test_package_1 = [('word1', 10), ('word2', 20), ('word_max', 100)]
test_package_2 = [('word1', 10), ('word_max', 100), ('word2', 20)]
test_package_3 = []
max_instance = Max.Max()
self.assertEqual(('word_max', 100),
max_instance.count_maximum(test_package_1))
self.assertEqual(('word_max', 100),
max_instance.count_maximum(test_package_2))
self.assertEqual(('', -1), max_instance.count_maximum(test_package_3))
def find_most_occureence(array): # the main function
dictionary = built_dictionary(array)
values = list(
dictionary.values()) # converting the dictonary value to a list
if (Equate.Equate(values)):
max_element = Max.Max(values)
key = find_key_from_dictionary(dictionary, max_element)
print("the number {1} appears {0} times".format(max_element, key))
else:
print("Can't find the most occurence of an element")
def kth_smallest_ele(array, kthele):
smallest_ele = 1
iterator = 1
lenght = FindLenght.count(array)
while (iterator != kthele):
if lenght == kthele:
return Max.Max(array)
else:
smallest_ele = find_min.findMin(array)
for j in array:
if (j == smallest_ele):
array.remove(smallest_ele)
iterator += 1
smallest_ele = find_min.findMin(array)
return smallest_ele
def max_from_file(self):
words_and_scores = self.count_for_all()
max_counter = Max.Max()
return max_counter.count_maximum(words_and_scores)
def find_largest_numbers_occurences(array): #Main method
max = Max.max(array)
count = count_occuences(array,max)
return count