Python Mail Merge Project - Automating Recipient Writing in a Letter

Project Description:

1. Automates the recipient writing part in the same letter.
2. Recipient names are given in a separate file named invited_names.txt
3. A sample letter is given in a separate file named starting_letter.txt
4. Code is to be written inside main.py whose purpose is to fetch the sample letter, replace the [name] in a sample letter with recipient names &  generate an individual letter following this naming convention: letter_for_{recipient_name}.txt
5. The number of names given in invited_names.txt file generates a similar number of letters. Suppose, 5 names are given in invited_names.txt then, 5 letters will be generated.

Folder Structure:

Output:

./Input/Letters/starting_letter.txt

Dear [name], You are invited to my birthday this Saturday. Hope you can make it! Engineer Bae

./Input/Names/invited_names.txt

Aang Zuko Appa Katara Sokka Momo Uncle Iroh Toph

./Output/ReadyToSend/example.txt

Dear Aang, You are invited to my birthday this Saturday. Hope you can make it! Engineer Bae

main.py

with open("Input/Names/invited_names.txt") as name_file: names = name_file.readlines() # for each name in invited_names.txt with open("Input/Letters/starting_letter.txt", "r") as letter_file: letter_content = letter_file.read() print(type(letter_content)) for name in names: recipient = name.strip() # name.strip("\n") letter_name = f'letter_for_{recipient}.txt' new_letter = letter_content.replace("[name]", recipient) # Replace the [name] placeholder with the actual name. with open(f'Output/ReadyToSend/{letter_name}', "w") as file: # Save the letters in the folder "ReadyToSend". file.write(new_letter)

Crossing the Turtle : Python Turtle Project for Beginners

 

Game Rules:

1. One turtle of unique color can only move forward.
• Neither left nor right. Turtle cannot even move backward.    
2. Turtle has to save itself from the collision with cars.
3. If crosses all the cars, its level increases & along with all the car's speed!
4. Random count cars & each car of random color are coming from the left & right.
5. The scoreboard is maintained for every level.

How the game looks like?

main.py

import time import turtle from turtle import Screen from player import Player from car_manager import CarManager from scoreboard import Scoreboard import random #TODO 1. Move the turtle with keypress #TODO 2. Create & move the cars #TODO 3. Detect collision with car #TODO 4. Detect when turtle reaches the other side #TODO 5. Create a scoreboard screen = Screen() screen.setup(width=600, height=600) screen.title("Crossing the Turtle") screen.tracer(0) screen.bgcolor("sky blue") game_is_on = True player=Player() car=CarManager() scoreboard=Scoreboard() screen.listen() screen.onkey(player.move_forward,'Up') while game_is_on: time.sleep(0.1) screen.update() car.create_car() car.move_cars() # TODO 3. Detect collision with car for cars in car.all_cars: if cars.distance(player)<20: game_is_on=False scoreboard.write_game_over() for cars in car.all_forward_cars: if cars.distance(player)<20: game_is_on=False scoreboard.write_game_over() #TODO 4. Detect when sucessful crossing if player.is_at_finish_line(): player.got_to_start() car.level_up() scoreboard.increase_level() screen.exitonclick()

player.py

from turtle import Turtle STARTING_POSITION = (0, -280) MOVE_DISTANCE = 10 FINISH_LINE_Y = 280 class Player(Turtle): def __init__(self): super().__init__() self.shape('turtle') self.color("gray") self.penup() self.got_to_start() self.left(90) #or self.setheading(90) def move_forward(self): self.forward(MOVE_DISTANCE) def is_at_finish_line(self): if self.ycor() > FINISH_LINE_Y: return True else: return False def got_to_start(self): self.goto(STARTING_POSITION)

car_manager.py

from turtle import Turtle import random COLORS = ["red", "orange", "yellow", "green", "blue", "purple"] STARTING_MOVE_DISTANCE = 5 MOVE_INCREMENT = 10 class CarManager: def __init__(self): self.all_cars=[] self.all_forward_cars=[] self.car_speed=STARTING_MOVE_DISTANCE def create_car(self): random_chance=random.randint(1,6) if random_chance==1: new_car=Turtle("square") new_car.penup() new_car.shapesize(stretch_len=2,stretch_wid=1) new_car.color(random.choice(COLORS)) random_y=random.randint(-250,250) new_car.goto(300,random_y) self.all_cars.append(new_car) new_forward_car=Turtle("square") new_forward_car.penup() new_forward_car.shapesize(stretch_len=2,stretch_wid=1) new_forward_car.color(random.choice(COLORS)) random_y=random.randint(-250,250) new_forward_car.goto(-300,random_y) self.all_forward_cars.append(new_forward_car) def move_cars(self): for car in self.all_cars: car.backward(self.car_speed) for car in self.all_forward_cars: car.forward(self.car_speed) def level_up(self): self.car_speed+=MOVE_INCREMENT

scoreboard.py

class Scoreboard(Turtle): def __init__(self): super().__init__() self.level=1 self.hideturtle() self.penup() self.goto(-280,250) self.update_scoreboard() def update_scoreboard(self): self.clear() self.write(f"Level:{self.level}",align="left",font=FONT) def increase_level(self): self.level+=1 self.update_scoreboard() def write_game_over(self): self.goto(0,0) self.write("Game Over",align="center",font=FONT)