Cram_Seth_ECE351_Lab1_Part3.py

# -*- coding: utf-8 -*-
"""
Created on Wed Jan 19 10:16:55 2022

"""
################################################################
# #
# Seth Cram #
# ECE351-53 #
# Lab 1 part 3 #
# Due: 1/25/2022 #
# Any other necessary information needed to navigate the file #
#  
#
################################################################

# Aligned with opening delimiter .
#x = func_name ( var_one , var_two ,
#               var_three , var_four )

# More indentation needed to distinguish this section from the rest .
def func_name (
        var_one , var_two , var_three ,
        var_four ) :
    print ( var_one )

# Hanging indents should add a level .
#x = func_name (
#    var_one , var_two ,
#    var_three , var_four )

""" This is single line docstring for the next function """
#def base_func () :

""" This is 
a
multiline comment for the next function """
#def one_func () :

#lines cant exceed 79 chars, wrap them:
#    with open ('/ path / from / where / you/ want /to/ read / file ') as file_one , \
#        open ('/ path / where / you/ want / the/ file /to/be/ written', 'w'') as file_two :
#              file_two.write ( file_one.read() )

#comment syntax:
#counter = counter + 1 # increment
#print ('list 2: ', list2 [0] , list2 [1])
# It is best to use numpy arrays for indexing specific values in
# multi - dimensional arrays

#don't use spaces in brackets:
#x = f (1 , 2) + g (3 , 4)
#func ( method [1] , { numbers : 2})