# Our team formation algorithm in Python
with open('student_names.txt', 'r') as file:
    students = file.read().splitlines()  # Read names (like our Excel step)

team_size = 4
teams = []
for i in range(0, len(students), team_size):  # Pattern recognition!
    team = students[i:i + team_size]
    teams.append(team)

for i, team in enumerate(teams, 1):  # Communication step
    print(f"Team {i}: {', '.join(team)}")

# Creating our first variables (like storing form responses)
name = "Chelsie"
age = 42
height = 5.7
likes_koalas = True

print("Hello! My name is", name)
print("I am", age, "years old")

print("This displays on screen!")
print("We have", 127, "students today!")

# Modern Python way with f-strings (like our team display)
student_name = "Taylor"
team_number = 3
print(f"{student_name} is assigned to Team {team_number}!")

# Advanced f-string formatting
average_score = 87.6789
print(f"Team average: {average_score:.1f}%")  # Shows: 87.7%

name = input("What's your name?: ") # Won't continue until you press the enter key
print(f"Nice to meet you, {name}!")

# Getting numbers - int() converts it from string (str) to integer (int)
age = int(input("How old are you?: "))
print(f"You'll be {age+10} in 10 years!")

# Building an interactive profile collector
favorite_subject = input("What's your favorite subject?: ")
graduation_year = int(input("What year do you graduate?: "))
print(f"{name} loves {favorite_subject} and graduates in {graduation_year}!")

todo_list = ["Clean room", "Do homework", "Work out"]
# Break a string up into a list with the *split* function!
shopping_list_string = "apples,bread,eggs"
shopping_list = shopping_list_string.split(",")
print(shopping_list) # prints ['apples', 'bread', 'eggs']

todo_list = ["Clean room", "Do homework", "Work out"]
# How many items do we have?
print(f"I have {len(todo_list)} tasks to complete")

# Completed a task? Remove it!
todo_list.remove("Clean room")
print("✅ Cleaned my room!")
print(f"Tasks remaining: {todo_list}")

# Got a new task? Add it to the end!
todo_list.append("Call grandma")
print(f"Updated list: {todo_list}")
print(f"Now I have {len(todo_list)} tasks")

age = 65
is_student = False

if age >= 65 or is_student:
    print("✅ Eligible for discount")
else:
    print("❌ Not eligible for discount")

# Boolean variables in action
form_completed = True
valid_name_entered = True
can_assign_to_team = form_completed and valid_name_entered

print(can_assign_to_team)  # True

# Creating team numbers (like our generator tool)
for number in range(1, 6):  # range starts from 1, goes up to (but doesn't include) 6
    print(f"Counting: {number}")# Prints 1 2 3 4 5 on separate lines

# Like waiting for all students to submit the form
# Interactive form submission example
students_submitted = 0
total_students = 6 # Pretend class size is 6

print("Please enter your name to submit the form.\n")

while students_submitted < total_students: # Repeat the next 3 lines until students_submitted is 6
    name = input("Enter your name: ")
    students_submitted += 1 # Add one to the count
    print(f"Thanks, {name}! Submission received. ({students_submitted}/{total_students})\n")

# Only prints after the loop stops
print("All students have submitted! Time to generate teams!")

# Simple chatbot template
bot_name = "Ryan Bot"
print(f"🤖 Hi! I'm {bot_name}. What's your name?")
user_name = input("Your name: ")
print(f"Nice to meet you, {user_name}!")

print("How are you feeling today?")
mood = input("Your mood: ").lower()  # .lower() makes it not case-sensitive

if mood == "happy" or mood == "good" or mood == "great":
    print("🎉 That's awesome! I'm happy you're doing well!")
elif mood == "sad" or mood == "bad" or mood == "tired":
    print("😟 Sorry to hear that. I hope your day gets better!")
else:
    print(f"🤔 Hmm, {mood} is interesting! Thanks for sharing!")

print(f"It was nice chatting with you, {user_name}! 👋")