The Big Book of Small Python Projects

“The Big Book of Small Python Projects” is a comprehensive guide that showcases a collection of practical Python projects. The book covers a wide range of topics, from web development and machine learning to AI applications. Readers can expect to find detailed explanations and hands-on examples that demonstrate the implementation of various Python scripts and tools. With a focus on simplicity and utility, this resource aims to provide readers with valuable insights into Python programming through engaging and relevant project-based learning experiences.

Hourglass

 The Big Book of Small Python Projects

36 Hourglass This visualization program has a rough physics engine that simulates sand falling through the small aperture of an hourglass. The sand piles up in the bottom half of the hourglass; then ...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Soroban Japanese Abacus

 The Big Book of Small Python Projects

70 Soroban Japanese Abacus An abacus, also called a counting frame, is a calculating tool used in many cultures long before electronic calculators were invented. Figure 70-1 shows the Japanese form o...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Sliding Tile Puzzle

 The Big Book of Small Python Projects

68 Sliding Tile Puzzle This classic puzzle relies on a 4 × 4 board with 15 numbered tiles and one free space. The objective is to slide the tiles until the numbers are in the correct order, going lef...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Three-Card Monte

 The Big Book of Small Python Projects

75 Three-Card Monte Three-card monte is a common scam played on gullible tourists and other easy marks. Three playing cards, one of which is the “red lady” Queen of Hearts, are put facedown on a card...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Bouncing DVD Logo

 The Big Book of Small Python Projects

5 Bouncing DVD Logo If you are of a certain age, you’ll remember those ancient technological devices called DVD players. When not playing DVDs, they would display a diagonally traveling DVD logo that...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Online Diff Tool - The Big Book of Small Python Projects

 The Big Book of Small Python Projects

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Introduction

 The Big Book of Small Python Projects

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Birthday Paradox

 The Big Book of Small Python Projects

2 Birthday Paradox The Birthday Paradox, also called the Birthday Problem, is the surprisingly high probability that two people will have the same birthday even in a small group of people. In a group...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Bitmap Message

 The Big Book of Small Python Projects

3 Bitmap Message This program uses a multiline string as a bitmap , a 2D image with only two possible colors for each pixel, to determine how it should display a message from the user. In this bitmap...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Bagels

 The Big Book of Small Python Projects

1 Bagels In Bagels, a deductive logic game, you must guess a secret three-digit number based on clues. The game offers one of the following hints in response to your guess: “Pico” when your guess has...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Digital Stream

 The Big Book of Small Python Projects

20 Digital Stream This program mimics the “digital stream” visualization from the science fiction movie The Matrix . Random beads of binary “rain” stream up from the bottom of the screen, creating a ...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents

Factor Finder

 The Big Book of Small Python Projects

24 Factor Finder A number’s factors are any two other numbers that, when multiplied with each other, produce the number. For example, 2 × 13 = 26, so 2 and 13 are factors of 26. Also, 1 × 26 = 26, so...

📚 Read more at The Big Book of Small Python Projects
🔎 Find similar documents