def divideAndConquer_Max(arr, ind, len):
maximum = -1;
if (ind >= len - 2):
if (arr[ind] > arr[ind + 1]):
return arr[ind];
else:
return arr[ind + 1];
maximum = divideAndConquer_Max(arr, ind + 1, len);
if (arr[ind] > maximum):
return arr[ind];
else:
return maximum;
def divideAndConquer_Min(arr, ind, len):
minimum = 0;
if (ind >= len - 2):
if (arr[ind] < arr[ind + 1]):
return arr[ind];
else:
return arr[ind + 1];
minimum = divideAndConquer_Min(arr, ind + 1, len);
if (arr[ind] < minimum):
return arr[ind];
else:
return minimum;
if __name__ == '__main__':
minimum, maximum = 0, -1;
arr = [6, 4, 8, 90, 12, 56, 7, 1, 63];
maximum = divideAndConquer_Max(arr, 0, 9);
minimum = divideAndConquer_Min(arr, 0, 9);
print("The minimum number in the array is: ", minimum);
print("The maximum number in the array is: ", maximum);