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Well done Anna, you hit the learning goals here. Nice work!

Comment on lines +15 to 20
# Complexity assessment:
# Note: where n = length of the input array
# Time complexity: O(n); linear; at most will parse through each array elem once
# Space complexity: O(1); constant; excluding the input space,
# the variables included in the function are all constants
def length(array)
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Comment on lines +41 to 45
# Complexity assessment:
# Note: where n = length of the input array
# Time complexity: O(n); linear; prints each elem of array
# Space complexity: O(1); constant; space for index (int)
def print_array(array)
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Comment on lines +59 to 63
# Complexity assessment:
# Note: where n = length of the input array
# Time complexity: O(n); linear; worst case goes through array from beginning to end to find value
# Space complexity: O(1); constant; doesn't require more space than input array and index constant
def search(array, length, value_to_find)
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Comment on lines +81 to 85
# Complexity assessment:
# Note: where n = length of the input array
# Time complexity: O(n); linear; worst case will parse through array from beginning to end to find max
# Space complexity: O(1); constant; does not require new vars aside from index (int) and max value (int)
def find_largest(array, length)
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Comment on lines +105 to 109
# Complexity assessment:
# Note: where n = length of the input array
# Time complexity: O(n); linear; worst case will parse through array from beginning to end to find min
# Space complexity: O(1); constant; does not require new vars aside from index (int) and min value (int)
def find_smallest(array, length)
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Comment on lines +128 to 132
# Complexity assessment:
# Note: where n = length of the input array
# Time complexity: O(n); linear; traverse through half of array O(n/2) --> O(n)
# Space complexity: O(1); constant; does not require new vars aside from index (int) and reverse_ind (int)
def reverse(array, length)
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Comment on lines +153 to 158
# Complexity assessment:
# Note: where n = length of the input array
# Time complexity: O(log n); logarithmic; half of array is eliminated with each search:
# doubling size of array only increases search count by 1
# Space complexity: O(1); constant; does not require new vars aside from begin_ind (int), end_ind (int), and midpoint (int)
def binary_search(array, length, value_to_find)
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2 participants