Python Source Projects for Beginners

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Python Source Projects

In this article, I share python open source projects that can provide convenience for users who have just started Python programming language. If there is any problem about the open source projects I will give, please specify them as a comment. I will try to help you as much as I can and help you develop yourself in Python programming language.

Python Password Generator

The length and level values are obtained from the user. Characters that can be selected include letters, two-thirds numbers and special characters. Then these characters are randomly taken and rotated as long as the specified length.

Modules used: random, string

import random
import string
def generate_password(length, level, output=[]):
chars = string.ascii_letters
if level > 1:
chars = "{}{}".format(chars, string.digits)
if level > 2:
chars = "{}{}".format(chars, string.punctuation)
for i in range(length):
output.append(random.choice(chars))
return "".join(output)
print(("-" * 30) + "\n Password Generator\n" + ("-" * 30))
password_length = int(raw_input("Length: "))
password_level = int(raw_input("Level: "))
password = generate_password(password_length, password_level)
print("\nYour password is: {}".format(password))

import random

import string

def generate_password(length, level, output=[]):

chars = string.ascii_letters

if level > 1:

chars = "{}{}".format(chars, string.digits)

if level > 2:

chars = "{}{}".format(chars, string.punctuation)

for i in range(length):

output.append(random.choice(chars))

return "".join(output)

print(("-" * 30) + "\n Password Generator\n" + ("-" * 30))

password_length = int(raw_input("Length: "))

password_level = int(raw_input("Level: "))

password = generate_password(password_length, password_level)

print("\nYour password is: {}".format(password))

Python Haiku Generator

Words[0], words[1], and so on … I was just doing it. Then I called to see if there was any shorter, and I found out that when words did, the elements settled in the middle.

Modules used: random

from random import choice
words = [
choice(["Enchanting", "Amazing", "Colourful", "Delightful", "Delicate"]),
choice(["visions", "distance", "conscience", "process", "chaos"]),
choice(["superstitious", "contrasting", "graceful", "inviting", "contradicting", "overwhelming"]),
choice(["true", "dark", "cold", "warm", "great"]),
choice(["scenery","season", "colours","lights","Spring","Winter","Summer","Autumn"]),
choice(["undeniable", "beautiful", "irreplaceable", "unbelievable", "irrevocable"]),
choice(["inspiration", "imagination", "wisdom", "thoughts"])
]
print(("-" * 30) + "\nHaiku Generator\n" + ("-" * 30))
print("{} {},\n{} {} {},\n{} {}.".format(*words))

from random import choice

words = [

choice(["Enchanting", "Amazing", "Colourful", "Delightful", "Delicate"]),

choice(["visions", "distance", "conscience", "process", "chaos"]),

choice(["superstitious", "contrasting", "graceful", "inviting", "contradicting", "overwhelming"]),

choice(["true", "dark", "cold", "warm", "great"]),

choice(["scenery","season", "colours","lights","Spring","Winter","Summer","Autumn"]),

choice(["undeniable", "beautiful", "irreplaceable", "unbelievable", "irrevocable"]),

choice(["inspiration", "imagination", "wisdom", "thoughts"])

]

print(("-" * 30) + "\nHaiku Generator\n" + ("-" * 30))

print("{} {},\n{} {} {},\n{} {}.".format(*words))

Python Eight Magical Balls

He gives random answers like toys that randomly bring the answers in the liquid BI triangular prism in the ball.

Modules: random

from random import choice
answers = ["It is certain", "Outlook good", "You may rely on it", "Ask again later", "Concentrate and ask again", "Reply hazy, try again", "My reply is no", "My sources say no"]
raw_input("Ask your question to magic eight ball: ")
print("Answer: {}".format(choice(answers)))

from random import choice

answers = ["It is certain", "Outlook good", "You may rely on it", "Ask again later", "Concentrate and ask again", "Reply hazy, try again", "My reply is no", "My sources say no"]

raw_input("Ask your question to magic eight ball: ")

print("Answer: {}".format(choice(answers)))

Python Reverse Text

It reverses the text entered by the user and writes it to the screen.

def reverse(value, output=[]):
#range(start, stop, step)
for i in range(len(value) — 1, -1, -1):
output.append(value[i])
return "".join(output)
text = raw_input("What's up: ")
print("Your reversed text is: {}".format(reverse(text)))

def reverse(value, output=[]):

#range(start, stop, step)

for i in range(len(value) - 1, -1, -1):

output.append(value[i])

return "".join(output)

text = raw_input("What's up: ")

print("Your reversed text is: {}".format(reverse(text)))

Python Word Count in Text

The entered text is broken into spaces and is checked to see if each part is completely made up of punctuation marks. Appropriate words are counted and the result is written on the screen.

Modules used: string

import string
def is_word(text):
for char in text:
if not char in string.punctuation:
return True
return False
def word_count(value, output = 0):
potential_words = value.split(" ")
for word in potential_words:
if is_word(word):
output += 1
return output
text = raw_input("Tell something: ")
print("Total words: {}".format(word_count(text)))

import string

def is_word(text):

for char in text:

if not char in string.punctuation:

return True

return False

def word_count(value, output = 0):

potential_words = value.split(" ")

for word in potential_words:

if is_word(word):

output += 1

return output

text = raw_input("Tell something: ")

print("Total words: {}".format(word_count(text)))

Python Translating The Entered Number into Binary

The decimal number of the user enters into the binary system. In addition to the function we wrote, I added two other ways Python provided to us.

decimal = int(raw_input("Number in decimal format: "))
def binary(n):
output = ""
while n > 0:
output = "{}{}".format(n % 2, output)
n = n // 2
return output
# our method
print(binary(decimal))
# another way
print(bin(decimal)[2:])
# yet another way
print("{0:b}".format(decimal))

decimal = int(raw_input("Number in decimal format: "))

def binary(n):

output = ""

while n > 0:

output = "{}{}".format(n % 2, output)

n = n // 2

return output

# our method

print(binary(decimal))

# another way

print(bin(decimal)[2:])

# yet another way

print("{0:b}".format(decimal))

Python Factoring Accounting

The face (or “n”) calculates factoring.

def factorial(n, fact=1):
for i in range(1, n + 1):
fact *= i
return fact
print("Factorial of 100: {}".format(factorial(100)))

def factorial(n, fact=1):

for i in range(1, n + 1):

fact *= i

return fact

print("Factorial of 100: {}".format(factorial(100)))

Python Christmas Tree In Console

Draws a Christmas tree at the given height.

height = int(raw_input("Height of Christmas Tree: "))
for i in range(int(height * 0.7)):
print( (" " * (height — ( i // 2))) + ("*" * i))
for i in range(int(height * 0.7), height):
print((" " * (height — 1)) + "||")

height = int(raw_input("Height of Christmas Tree: "))

for i in range(int(height * 0.7)):

print( (" " * (height - ( i // 2))) + ("*" * i))

for i in range(int(height * 0.7), height):

print((" " * (height - 1)) + "||")

Python Sort Algorithm

Using the bubble sort algorithm, sorts the array from small to large.

def bubble_sort(array):
for i in range(1, len(array)):
for j in range(len(array) — i):
if array[j] > array[j + 1]:
temp = array[j]
array[j] = array[j + 1]
array[j + 1] = temp
return array
numbers = [1, 12, 2, 5, 6, 1, 8, 55, 8, 8, 2, 17]
print("Sorted array: {}".format(bubble_sort(numbers)))

def bubble_sort(array):

for i in range(1, len(array)):

for j in range(len(array) - i):

if array[j] > array[j + 1]:

temp = array[j]

array[j] = array[j + 1]

array[j + 1] = temp

return array

numbers = [1, 12, 2, 5, 6, 1, 8, 55, 8, 8, 2, 17]

print("Sorted array: {}".format(bubble_sort(numbers)))

Python Calculating The Writing Speed

The user is asked to enter a text, the first time the difference between the time after the writing is written to the screen in seconds. The user is said to have typed how many numbers per second.

Modules used: datetime

from datetime import *
before = datetime.now()
text = "Say hello to my little friend."
print("Please type: {}".format(text))
if text == raw_input(": "):
after = datetime.now()
speed = after — before
seconds = speed.total_seconds()
letter_per_second = round(len(text) / seconds, 1)
print("You won!")
print("Your score is: {} seconds.".format(seconds))
print("{} letters per second.".format(letter_per_second))
else:
print("You failed.")

from datetime import *

before = datetime.now()

text = "Say hello to my little friend."

print("Please type: {}".format(text))

if text == raw_input(": "):

after = datetime.now()

speed = after - before

seconds = speed.total_seconds()

letter_per_second = round(len(text) / seconds, 1)

print("You won!")

print("Your score is: {} seconds.".format(seconds))

print("{} letters per second.".format(letter_per_second))

else:

print("You failed.")

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Python Source Projects for Beginners

Python Source Projects

Python Password Generator

Python Haiku Generator

Python Eight Magical Balls

Python Reverse Text

Python Word Count in Text

Python Translating The Entered Number into Binary

Python Factoring Accounting

Python Christmas Tree In Console

Python Sort Algorithm

Python Calculating The Writing Speed