Beginner — Day 5

# INSTRUCTOR — Day 5: Introduction to AI (Beginner)
# -----------------------------------------------
# TEACH: No new Python concepts today. The focus is on AI as a tool.
# Key messages to reinforce all day:
#   1. AI is a coding partner, not a replacement for thinking.
#   2. Understand every line before you use it.
#   3. A bad prompt gives a bad result — precision matters.
#
# DEMO: Live demonstration of prompting an AI tool.
# Recommended sequence:
#   a. Show a vague prompt ("make my bot better") and show a mediocre result.
#   b. Show a precise prompt (below) and show a much better result.
#   c. Show how to ask the AI to EXPLAIN a line you don't understand.
#
# DEMO PROMPT (use with Boredom Buster Bot):
# "I have a Python program that asks the user how they're feeling and gives a suggestion.
#  Here is my code: [paste]. Add a mood called 'stressed'. It should ask one follow-up
#  question: 'Is it school or something else?' Each answer gets a different response."
#
# TEACH: how to evaluate AI output
#   - Run it. Does it work?
#   - Read every line. Can you explain it?
#   - If there's a line you don't understand, ask: "Explain line X of this code to me."
#
# TEACH: AI makes mistakes. Show a known error if time allows.
#   Ask AI for something slightly wrong on purpose, then debug together.

# INSTRUCTOR — Day 5: Activity: Extend your Bot with AI (Beginner)
# -----------------------------------------------
# TEACH: Students open their Boredom Buster Bot from Day 2 and use AI to add one feature.
# Circulate and check two things:
#   1. Does their prompt describe the existing code clearly?
#   2. Can they explain every line of the generated code?
#
# Sample good prompts to share with the class:
#   "Add a mood called 'stressed' to my Boredom Buster Bot.
#    It should ask one follow-up question."
#
#   "Add a 'surprise me' option that picks a random activity from a list."
#
#   "Ask the player their name at the start and use it in the responses."
#
# REFERENCE: a complete Boredom Buster Bot with AI-added 'stressed' mood

print("Hey! I'm your Boredom Buster Bot.")
name = input("What's your name? ")             # AI-added: personalization
print("Nice to meet you, " + name + "!")

mood = input("How are you feeling? (bored / tired / hungry / stressed): ")

if mood == "bored":
    activity = input("Do you want something active or chill? ")
    if activity == "active":
        print("Go outside and challenge someone to a race!")
    else:
        print("Watch a funny YouTube video.")

elif mood == "tired":
    print("Take a 20-minute nap. You'll feel better!")

elif mood == "hungry":
    print("Go make a snack. You've earned it!")

elif mood == "stressed":                        # AI-added mood
    cause = input("Is it school or something else? ")
    if cause == "school":
        print("Take a 5-minute break, then tackle one small task at a time.")
    else:
        print("Write down what's on your mind. Getting it out helps a lot.")

else:
    print("I'm not sure what to do with that. Try again!")

# INSTRUCTOR — Day 5: Extra Activity: Build Something New (Beginner)
# -----------------------------------------------
# TEACH: Students who finish the Bot extension pick any project from the week
# and use AI to add one feature they thought of themselves.
# Your role: verify they understand the generated code before they paste it in.
#
# Ask them: "Explain this line to me." If they can't, send them back to the AI.
#
# REFERENCE: sample AI-extended Snowflake project (color randomization)

import turtle
import random

def draw_snowflake(size, color):    # AI-added: color parameter
    turtle.color(color)             # set color before drawing
    for i in range(6):
        turtle.forward(size)
        turtle.backward(size)
        turtle.right(60)

colors = ["white", "light blue", "cyan", "powder blue", "alice blue"]

turtle.speed(0)
turtle.bgcolor("midnight blue")

for i in range(12):
    x = random.randint(-300, 300)
    y = random.randint(-200, 200)
    turtle.penup()
    turtle.goto(x, y)
    turtle.pendown()
    chosen_color = random.choice(colors)    # AI-added: pick random color
    draw_snowflake(random.randint(30, 100), chosen_color)

turtle.hideturtle()
turtle.done()