def main(arguments): SortingUtilClass.print_title(4, 'Quick Sort') s = SortingClass() func = arguments.algorithm if func == 'bubble': array = copy(a) s.bubble_sort(array).finish() elif func == 'insertion': array = copy(a) s.insertion_sort(array).finish() elif func == 'selection': array = copy(a) s.selection_sort(array).finish() elif func == 'quick': array = copy(a) s.quick_sort(array, 0, len(array) - 1).finish() elif func == 'heap': array = copy(a) print(array) s.heap_sort(array, len(array)).finish() print(array) elif func == 'all': array = copy(a) s.all(array) else: array = copy(a) s.quick_sort(array, 0, len(array) - 1).finish() sys.exit(0)
def main(arguments):
SortingUtilClass.print_title(4, 'Quick Sort')
s = SortingClass()
func = arguments.algorithm
if func == 'bubble':
array = copy(a)
s.bubble_sort(array).finish()
elif func == 'insertion':
array = copy(a)
s.insertion_sort(array).finish()
elif func == 'selection':
array = copy(a)
s.selection_sort(array).finish()
elif func == 'quick':
array = copy(a)
s.quick_sort(array, 0, len(array) - 1).finish()
elif func == 'heap':
array = copy(a)
print(array)
s.heap_sort(array, len(array)).finish()
print(array)
elif func == 'all':
array = copy(a)
s.all(array)
else:
array = copy(a)
s.quick_sort(array, 0, len(array) - 1).finish()
sys.exit(0)
def bubble(size): array = sample(range(size), size) s = SortingClass(to_print=False) analysis = s.bubble_sort(array).get_analysis() comparisons = analysis['comparisons'] return comparisons
def bubble(size):
array = sample(range(size), size)
s = SortingClass(to_print=False)
analysis = s.bubble_sort(array).get_analysis()
comparisons = analysis['comparisons']
return comparisons