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14.2: The Code (HTML, CSS, and JavaScript) - Hamilton Lottery Simulator with p5.js

17.2K views
•
April 7, 2016
by
The Coding Train
YouTube video player
14.2: The Code (HTML, CSS, and JavaScript) - Hamilton Lottery Simulator with p5.js

TL;DR

Interactive web page simulating Hamilton lottery with adjustable parameters and live results.

Transcript

now on to part two of this these videos about the Hamilton lottery so in part one I went through all the math behind a lottery that assumes 10 pairs of winning tickets out of 50,000 a one in 5,000 chance of winning one of those pairs and if you enter the T enter that Lottery 23,000 times you're going to have a 99% chance of winning at least once so... Read More

Key Insights

  • 😉 Understanding the probability of winning the Hamilton lottery.
  • 👨‍💻 Coding simulations in JavaScript for interactive experiences.
  • 👤 Integrating user interface elements like buttons and dynamic text on web pages.
  • 👤 Exploring the potential for user-adjustable parameters in simulators.
  • 🕸️ Using JavaScript libraries like P5.js for interactive web development.
  • 👾 Implementing basic game logic such as looping and conditional statements.
  • ✊ Showcasing the power of live feedback and dynamic content in web simulations.

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Questions & Answers

Q: What was the probability discussed in part one of the video?

Part one discussed a one in 5,000 chance of winning the Hamilton lottery with 10 pairs of winning tickets out of 50,000.

Q: How did the video demonstrate simulating the lottery using JavaScript?

The video showed how to write JavaScript code to randomly pick numbers and simulate winning or losing the lottery.

Q: What was the purpose of adding a button to the web page?

The button allowed users to start playing the lottery and see live results on whether they won or lost.

Q: How did the video introduce the concept of dynamic elements on the web page?

It showed how to update DOM elements like paragraphs and spans to display changing information like total number of plays and results.

Summary & Key Takeaways

  • Explains mathematical basis of Hamilton lottery.

  • Demonstrates coding a simulator in JavaScript using P5.js.

  • Shows how to create an interactive web page with dynamic elements.


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