### Instruction: You are a diligent grading assistant for a Computer Science teacher. Your task is to read and analyze the Python code between <code> and </code> tags. Evaluate the code according to the criteria provided between <criteria> and </criteria> tags. Before evaluating, carefully review the CodeDescription provided between <description> and </description> tags to understand the purpose and context of the project. For each criterion, always assess the logic of the code even if it does not run or contains errors, and provide a score. After addressing all criteria, conclude by listing all the individual scores in a summary. 

### CodeDescription: 
<description>
Ask the user to choose a city and fruit tree from the provided list to calculate if it would thrive there depending on the USDA's hardiness zones, average rainfall, and average temperature. Also include if a plant should be regularly watered if there isn't enough rainfall. Use two text files, one including all of the city's information and one including all of the plant's information.
</description>

### Criteria_1:
<criteria>
Description: Does the code contain branching statements and loops (as needed)? Branching using if-else and loops for repetitive execution of tasks are two of the most central elements of any Python code. So, all project code submissions must contain at least one if statement and one for / while statement.	
- 15 pts: Full points If the criteria is satisfied.
-10 pts: Partial points If the code contains only one of the two required components (if OR for/while)
-0 pts: No points
</criteria>

### Criteria_2:
<criteria>
Description: Does the Python code contain functions to create modular code? Functions are important to create modular tasks to reduce the redundancy in the code and for independent testing.	
- 10 pts: Full points If the code contains at least one function that is properly formatted and makes sense for the project.	
- 5 pts: Partial points If the code contains improper use of functions (or modular code is clear from files or other means).
- 0 pts: No points		
</criteria>

### Criteria_3:
<criteria>
Description: Data structures: Does the code use data structures as appropriate? Data structures discussed in the course are: strings, lists, and dictionaries. Grade whether the data structure that the code used is appropriate for that application. That is, if something has a key and a value, a dictionary is more appropriate than managing two lists. Similarly, if many variables are created instead of using a list, then it's improper code writing.
- 5 pts: Full points
- 0: pts No points
</criteria>

### Criteria_4:
<criteria>
Description: Does the code use files for reading or writing or any other advanced feature? If files are not applicable for the project, this criteria may be satisfied by graph generation, modules, python files, or other advanced features too.	
- 10 pts: Full points If file reading or other alternative advanced feature (like multiple modules, graphing, data analysis) is used appropriately in the code.
- 5 pts: Partial points Attempted to use files or other advanced feature but improper use/did not succeed fully.
- 0 pts: No points	
</criteria>

### Criteria_5:
<criteria>
Description: Is the code properly documented? Comments on key lines in the code and/or docstrings for functions.
- 5 pts: Full points if at least 5 commented lines or other text is present in the code
- 0 pts: No points If no comments or docstrings are provided.	
</criteria>

### Criteria_6:
<criteria>
Description: Did the code demonstrate most of the proposed features as written in the project ideas document? If most of the features are not demonstrated, check whether other equivalent (or new) features were implemented.	
- 25 pts: Full points If most of the features are successfully demonstrated (as seen from the code and its execution)
- 20 pts: Almost all features Almost all of the features for the project are demonstrated successfully.
- 15 pts: Half partial points Half of the proposed features are demonstrated successfully or some features are incorrectly implemented. The code implements a very basic set of features of the project.
- 10 pts: Partial points If only one feature is implemented and/or project is not significant work.
- 0 pts: No Marks
</criteria>

### Criteria_7:
<criteria>
Description: User-friendly interface Does the code create an interface for the user that is easy to use and friendly.	
- 10 pts: Full points
- 5 pts: Partial points If some user-messages are unhelpful
- 0 pts: No Marks
</criteria>

### MainPythonFileCode
<code>
#-----------------------------------User Input for City of Choice--------------------------
Choice_1 = input('Please choose one from the from the list of Cities: \nNew York \nLos Angeles \nHouston \nSeattle \nSan Francisco \nDallas \nPhiladelphia \nMiami \nAtlanta \nMerced \nChicago \n')
Verify_1 = ['new york', 'los angeles', 'houston', 'seattle', 'san francisco', 'dallas', 'chicago', 'miami', 'philadelphia', 'merced', 'atlanta', 'dev']
Choice_1_lower = Choice_1.lower() #Forcing input to be in lower case so there isn't a problem in registering it, Although it does make the grammar incorrect in the print lines. 
if Choice_1_lower in Verify_1: #Makes sure that the input is in the list 
    print('You have chosen:', Choice_1)
else:
    print('City not found in provided list, please try again')
    end1 = input('Press enter to exit code\n')
    quit()

#-----------------------------User Input of Fruit tree of Choice--------------------------------------------
Choice_2 = input('Now, from the following list please select the fruit tree you want to plant in your city: \n(Please type your answer as "Fruit tree" where Fruit is your choice) \nPeach tree \nAvocado tree \nApple tree \nCherry tree \nMango tree \nPear tree \nSoursop tree \n')
Verify_2 = ['peach tree', 'avocado tree',  'apple tree', 'cherry tree', 'mango tree', 'pear tree', 'soursop tree', 'dev']
Choice_2_lower = Choice_2.lower() #Forces the user input to be in all lower case 
if Choice_2_lower in Verify_2: #Makes sure that the input is in the list
    print('You have chosen:', Choice_2)
else:
    print('Tree not found in provided list, please try again')
    end2 = input('Press enter to exit code\n')
    quit()

#------------------------Getting the City's Information------------------------
City_file = open('69826_6420573_5414951.txt', 'r', encoding="cp1252") #Open cities.txt file 


City_lines = []
New_line = ['city', 'zone', 'temp', 'rain'] 
city = ['city']
City_choice = []
Zone = ['Zone']
temp = ['temp']
# Here I created a bunch of new list to use in future code 


City_lines = City_file.readlines()

City_val = 0
for line in City_lines:
    City_line = line.split()
    City = City_line[0:1]
    City = [city.replace("-", " ") for city in City]
    City_str = ''.join(City)
    City_lower = City_str.lower()
    if Choice_1_lower in City_lower:
        City_choice = City[0:1]
        City_Zone = City_line[1:2]
        City_rain = City_line[2:3]
        City_val = 1

if City_val == 0:
    print('system error occurred, please try again') #Just in case for some reason the previous for and if loop dont work 
    end3 = input('Press enter to exit code\n')
    quit()
    
City_file.close()#Close City_file since its not needed anymore 
City_str = ''.join(City_choice)
Zone_str = ''.join(City_Zone) # Converts Zone from list into string 
rain_str = ''.join(City_rain) # Converts rain from list into string


print(f"{City_str}'s hardiness zone is {Zone_str}, with an average rainfall of {rain_str}")

#------------------------------Getting the Fruit tree's information---------------------------------
Tree_line = []


Tree_file = open('69826_6420574_9583031.txt', 'r', encoding="cp1252") #Open tree.txt file

tree = [' tree']
tree = ''.join(tree)
Tree_lines = Tree_file.readlines()
Tree_val = 0
for line in Tree_lines:
    Tree_line = line.split()
    fruit = Tree_line[0]
    fruit = ''.join(fruit)
    fruit = fruit + tree # Adding 'tree' to make the string 'fruit tree' because when I put in peach tree instead of Peach tree, the code would find that 'tree' in the text file satisfied my code making the valid line ['tree', 'zone', 'rain'] which Tree val wouldn't catch  but Min = int(Fruit_zone[0]) would give me an error since 'zone' isn't an integer
    fruit_lower = fruit.lower()
    if fruit_lower in Choice_2_lower:
        Tree_val = 1
        Fruit_tree = fruit
        Fruit_zone = Tree_line[1]
        Fruit_rain = Tree_line[2]

if Tree_val == 0:
    print('system error occurred, please try again') #Just in case for some reason the previous for and if loop dont work 
    end4 = input('Press enter to exit code\n')
    quit()
    
    
Tree_file.close()#Closing Tree_file 


print(f"The {Fruit_tree} tree has a zone range of {Fruit_zone} and an average rainfall of {Fruit_rain} inches")


City_zone = ''.join((x for x in Zone_str if x.isdigit()))#Strips the City's zone of letters, so 8b becomes 8 inorder to calculate range
City_zone = int(City_zone)

#----------------Hardiness Zone Range Calculator-----------------------------
Fruit_zone = ''.join(Fruit_zone)#Convert Fruit_zone from list into string 
Fruit_zone = Fruit_zone.split('-')#Converts Fruit_zone from string to list seperating my lower and upperbound
Min = int(Fruit_zone[0])
Max = int(Fruit_zone[1])
Fruit_range = range(Min, Max)


if City_zone in Fruit_range:
    print(f"{City_str}'s Hardiness Zone of {Zone_str} is in the {Fruit_tree} tree's Hardiness Zone range of {Min}-{Max}")
    Zone_val = 2
else:
    print(f"{City_str}'s Hardiness Zone is not in the {Fruit_tree} tree's Hardiness Zone range")
    Zone_val = -2


#---------------------------------------- Average yearly Rainfall-------------------

if rain_str > Fruit_rain:
    print(f"The {Choice_2} would recieve more than enough rain in {City_str} to supplement itself")
    Rain_val = +1
elif rain_str < Fruit_rain:
    print(f"The {Choice_2} would not recieve enough rain in {City_str} to supplement itself")
    Rain_val = -1
elif rain_str == Fruit_rain:
    print(f"The {Choice_2} would exactly enough rain in {City_str} to supplement itself")
    Rain_val = +1
    
    
#-------------------------------Final Results--------------------------

total_val = Rain_val + Zone_val 
if Zone_val and Rain_val >= 0:
    print(f"{City_str} is a great place for the {Choice_2}, and the {Choice_2} would thrive")
elif Zone_val > 0 and Rain_val < 0:
    print(f"{City_str} is a great place for the {Choice_2}, but the {Choice_2} should be watered reguarly to help it thrive")
elif Zone_val and total_val < 0:
    print(f"The {Choice_2} is not suitable to grow in {City_str} ")
#-------------------------------Final Question--------------------
Choice_3 = input('Thank you for participating please type exit to close the program \n')
Verify_3 = ['exit']
if Choice_3 is Verify_3:
    quit()
</code>

### Response: