unit_1c_hw.py

'''
In this file you will fill in each function.

Only edit where it says it is okay to edit. Altering the rest 
of the code may result in false failures. 

If you have trouble please reach out to your instructor. :)

Note: This is a multiline comment!
'''
import random # We will talk about imports later :)
########## Variables ##########

def assign_1():
    ''' Re-assign a variable num the integer 5 '''
    num = None
    # Put your code below#
    
    # Hint make num = 5
    ######################
    return num # This is what will be set to the test for grading

def assign_2():
    '''Re-assign the variable welcome the string "Hello NC State"'''
    welcome = None
    # Put your code below#
    
    ######################
    return welcome

############ Lists ############

def list_1():
    '''Assign num_list as a list with the values 3, 4, and 5'''
    num_list = None
    # Put your code below #
    
    ######################
    return num_list

def list_2():
    '''Assign list_answer an empty list'''
    list_answer = None
    # Put your code below #
    
    ######################
    return list_answer

def list_slice_1():
    '''Given the list list_given, use indexing to change the value 3 to the value 7'''
    list_given = [4, 3, 9]
    # Put your code below #
    
    ######################
    return list_given

def list_slice_2():
    '''Given the list list_given, use indexing to change the value 9 to the value 7'''
    list_given = [4, 3, 9]
    # Put your code below #
    
    ######################
    return list_given

def list_slice_3():
    '''Given the list list_given, use slicing to get the values from index 3 to index 8 (inclusive)
    then assign it to slice_answer
    
    Don't forget that Python does not include the last digit of the right most number.

    For example, if we have a list b = [0, 1, 2, 3], if we wanted the 0-2 index we must specify b[0:3] (Note, see how the right number is one more greater than the end index we want)
    '''
    list_given = [14, 15, 15, 11, 10, 45, 40, 90, 100]
    slice_answer = None # slice using the x[start_index:end_index+1]
    # Put your code below #

    ######################
    return slice_answer

def list_slice_4():
    '''Given the list x, and list y, assign the indices 2 through 11 (inclusive) of the list x the values of list y! Hint: Use the row operator for lists!
    Don't forget that Python does not include the last digit of the right most number.

    For example, if we have a list b = [0, 1, 2, 3], if we wanted the 0-2 index we must specify b[0:3] (Note, see how the right number is one more greater than the end index we want)
    '''
    x = [0, 0 , 0, 0 ,0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,]
    y = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
    # Put your code below #
    
    ######################
    return x

def list_slice_5(list_given): # List is being provided through this function, we will talk about functions later
    '''
    A list called list_given is being provided. 

    Slice the list called list_given, where we get the first 6 elements, then assign that slice 
    to the variable slice_answer
    '''
    
    # Put your code below #
    slice_answer = list_given # Need to slice this list
    ######################
    return slice_answer



def multi_dim_lists_1():
    '''Given the multi dimensional list dim, assign dim_answer the 3rd list in dim'''
    dim = [
        [0, 1, 2, 3], # first list
        [8, 9 , 10, 11], # second list
        [9, 9] # 3rd list
    ]
    dim_answer = None
    # Put your code below #
    
    ######################
    
    return dim_answer


def multi_dim_lists_2():
    '''Given the multi dimensional list dim, assign dim_answer to index 2 of the 2nd list from dim'''
    dim = [
        [0, 1, 2, 3], # first list
        [8, 9 , 10, 11], # second list
        [9, 9] # 3rd list
    ]
    dim_answer = None
    # Put your code below #
    
    ######################
    return dim_answer

def multi_dim_lists_3(dim):
    '''Given the multi dimensional list dim, assign dim_answer to index 2 of the 2nd list from dim
    
    Note this should be the same solution as the previous one. (Except I randomized the value so you cannot hardcode it)
    '''

    dim_answer = None
    # Put your code below #

    ######################
    return dim_answer

def multi_dim_lists_4():
    '''Create a multi dimensional list called dim. Have the list store a list 
    that ranges from 0-4, then 5-8, then 9-12

    Hint: See the structure from above problem
    '''
    dim = None
    # Put your code below #

    ######################
    return dim



######### Dictionaries #########

def dict_1():
    '''Assign X as a dict with the keys 0, 1, 2, and values "A", "B", "C", respectively '''
    x = 0
    # Put your code below#
    
    ######################
    return x

def dict_2():
    '''Given dict animal_noises, assign x the value at the key "cat" '''
    animal_noises = {
        "dog" : "bark",
        "cow" : "moo",
        "cat" : "meow",
        "python" : "hsss"
    }
    x = ''
    # Put your code below#
    
    ######################
    return x

def dict_3():
    '''Given dict inventory, assign milk_tax the amount of tax for milk

    Since milk tax can change, do not hardcode the value, it must be
    accessed through the [] operator
     '''
    inventory = {
        "butter" : {
            "value" : 2.50,
            "tax" : .10,
        },
        "milk" : {
            "value" : 3.00,
            "tax" : 0.25
        },
        "cheese" : {
            "value" : 8.00,
            "tax" : .70
        }
    }
    milk_tax = ''
    # Put your code below#
    
    ######################
    return milk_tax 

def dict_4(inventory):
    '''Given an inventory dictionary like the one above get the cheese value
    Assign the value to the variable cheese_value
    '''
    # Alter the code below #
    cheese_value = inventory # Use inventory to get the value of cheese
    ########################
    return cheese_value

def list_dict():
    '''
    Give the dictionary `colors` the keys "warm_colors" and "cool_colors". 
    Give the warm_colors key a value of a list with the values yellow, orange, red.
    Give the cool_colors key a value of a list with the values, green, blue, purple.

    Note: this is case sensitive! 
    '''
    colors = {}
    
    # Put your code below#
    
    ######################

    return colors 



if __name__ == "__main__":
    '''Run your functions below to see what they are doing by calling print(<function name>())'''
    pass