def FindMaxDifference(self):
"""function that finds the maximum difference between two numerical \
components of a list
:returns: the maximum difference found between two components of a \
numerical list
:param: list components can be a float or integer
"""
try:
from maxDifference import maxFindDiff
logging.info("Assignment06: maxFindDiff was imported successfully")
except:
print("ImportError:")
print("FindMinMax function could not be found")
try:
self.MaxDiff = maxFindDiff(self.list_)
logging.info("Assignment06: MaxDiff attribute assigned to list_")
except TypeError:
logging.warning("Invalid input: list contains data that mixes \
types or that is not numerical")
print("TypeError:")
print("Your input is not a list or integer. Make ammends \
accordingly.")
except ValueError:
logging.warning("Invalid input: list contains data that is not of \
the correct numerical type")
print("ValueError")
print("Your input is not a valid number. Try again.")
logging.debug("Assignment06: MinMax = " + str(maxFindDiff(self.list_)))
def test_MaxDiffr():
from maxDifference import maxFindDiff
listV = [1, 2, 3, 6, 10]
maxxNum = maxFindDiff(listV)
assert maxxNum == 4
findPos = maxFindDiff(listV)
assert findPos > 0
listV2 = [1.1, 2.2, 3.6, 8.9]
maxxNumFloat = maxFindDiff(listV2)
assert maxxNumFloat == 5.3
def main(list1, list2, list3):
"""Program that when given a list will return the sum of the list, \
a tuple of the min and max from the list, and the maximum difference \
between two adjacent numbers in the list.
:param list: Input that is a list of numbers. Can be integers or \
floats
:returns: combined sum of a list of numbers
:returns: a tuple of the min and max from the list
:returns: the maximum difference between two adjacent numbers in the list
:raises ImportError: an error is raised if numpy cannot be found
:raises TypeError: an error is raised if the data input contains \
combined data types or a string instead of integers or a list
:raises ValueError: an error is raised if the data input contains \
unsupported numerical values (i.e. an imaginary number or string)
"""
import logging
import math
db_str1 = logging.DEBUG
logging.basicConfig(filename="assignment05log.txt",
format='%(levelname)s \
%(asctime)s %(message)s',
datefmt='%m/%d/%Y %I:%M:%S %p',
level=db_str1)
logging.info("Beginning of assignment05")
print("Max Difference is: " + str(maxFindDiff(list1)))
logging.info("Assignment05: Maximum difference found")
print("Summation Total is: " + str(summation(list2)))
logging.info("Assignment05: Sum of list numbers completed")
print("FindMinMax: " + str(FindMinMax(list3)))
logging.info("Assignment05: The maximum and minimum were found")
logging.info("Assignment 05 program completed successfully")
def maxFindDiff(list1):
from maxDifference import maxFindDiff
out1 = maxFindDiff(list1)
return out1
def main(list1, list2, list3):
print("Max Difference is: " + maxFindDiff(list1))
print("Summation Total is: " + summation(list2))
print("FindMinMax: " + FindMinMax(list3))