Computer repeats after Simon

Following the exciting text-to-speech and speech-to-text projects yesterday, this morning Simon made a basic speech-to-text-to-speech demo, which means that the computer can now repeat (parrot) everything Simon says.

Simon relied on what he learned during Daniel Shiffman’s two latest live streams on the Coding Train channel in building these projects.

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Almost talking to the computer!

This is one of those wow projects, so much fun! Simon built his Text-to-Speech and Speech-to-Text demos following Daniel Shiffman’s recent live streams on working with the p5.Speech library and added some extra style features. This basically means that you can type anything on your computer and hear it say what you’ve typed (in any voice or language!) or, in what Simon said was an easier project, yell something to your computer (I love you!) and watch it type it out for you. The next step will be combining the two and including that code into a chat bot code.

You can play with Simon’s Text-to-Speech demo on GitHub at:

Basic text to speech example: https://simon-tiger.github.io/p5_speech/01_text2speech/

Example using different voices: https://simon-tiger.github.io/p5_speech/02_voices/

Basic speech to text example: https://simon-tiger.github.io/p5_speech/03_speech2text/

Code/ repo: https://github.com/simon-tiger/p5_speech

 

 

 

 

 

Simon contributes to the p5.Speech library

Simon has made a pull request to the p5.Speech GitHub repo (a milestone!) and hopes his request gets merged. In this video he explains what he wants to improve with his contribution.

Later it turned out that someone else made a similar request (with more extras) and that request will probably be merged, so Simon was definitely thinking in the right derection. He got positive response from Daniel Shiffman and it looked like Simon’s comments have sparked a discussion on GitHub.

 

Simon contrubuted to p5.Speech library. Pull request 14 Oct 2017

Simon writing on GitHub: 

This github issue is referring to pull request #7.

As you can see in commit a2a5d38, there are some comments. Which look like 
this:

// this one 'start' cycle.  if you need to recognize speech more

// than once, use continuous mode rather than firing start()

// multiple times in a single script.

The comments are right before the start() function in the p5.SpeechRec 
object. But the commit adds arguments to this function:

p5.SpeechRec.prototype.start = function(continuous, interimResults) {

  if('webkitSpeechRecognition' in window) {

    this.rec.continuous = continuous;

    this.rec.interimResults = interimResults;

    this.rec.start();

  }

}

And before, that piece of code looked like this:

p5.SpeechRec.prototype.start = function() {

  if('webkitSpeechRecognition' in window) {

    this.rec.continuous = this.continuous;

    this.rec.interimResults = this.interimResults;

    this.rec.start();

  }

}

Are the comments "unnecessary" now? In other words, Should we remove 
them or leave them there?

Simon’s Particle Train

Simon made a particle system based on Daniel Shiffman’s latest live stream. Here is the link to Simon’s code on CodePen: https://codepen.io/simontiger/pen/OxvYYW?editors=0010

He also tweeted about it:

Simon’s Chat Bots

Inspired by Daniel Shiffman’s recent live stream on chat bots, Simon made two chat bots himself. He seems to really enjoy the logic behind programming bot conversations. Daniel Shiffman even tried Simon’s second chat bot out during another streaming session today, which made Simon extremely happy:

Daniel trying Simon's chat bot 9 Oct 2017

And this is how Simon filled his chat bot in himself:

Screen Shot 2017-10-07 at 20.35.05

Here is the link to Simon’s demonstration of a chatbot as a programming language, anyone can play with it online at: https://play.rivescript.com/s/HwDyLgbKwY

 

 

 

 

10 PRINT in p5.js and Python. Emulating a text console.

A simple code creating a beautiful pattern using text:

Based on a coding challenge by Daniel Shiffman, where he created a version of the classic one-line Commodore 64 BASIC program in JavaScript using p5.js. Inspired by the book 10 PRINT (https://10print.org/, Amazon: http://amzn.to/2wJlRVx )

Simon later made a similar project about #10PRINT in Python:

 

View the awesome 10 PRINT creations via the #10print hashtag on Twitter: https://twitter.com/search?f=tweets&q=%2310print%20&src=typd

Simon’s Spellcheck API

Simon has continued with server side programming and made a spellcheck API! Here is the link, you can play with it yourself by adding new words to the corpus (dictionary):

https://spellcheck-api.herokuapp.com/

Here is how the API works:

And the making of, step by step:

 

 

 

 

 

 

 

The project is partially based on what Simon learned from Daniel Shiffman’s tutorials about creating web servers and the materials available online in Daniel Shiffman’s Programming A to Z course (analyzing and generating text-based data) and is partially Simon’s own code.

Wikipedia Crawler

Simon has made his version of Daniel Shiffman’s Wikipedia Crawler, graphing the relatedness between Wikipedia articles.

Play with it yourself online at: https://simon-tiger.github.io/wikipedia-crawler/wikipedia/

Code: https://github.com/simon-tiger/wikipedia-crawler/

Simon writes:

How it Works

Enter a query (e. g. apple) and either hit Enter or press the button “Query the API”. If an article called “Apple” exists, a circle will pop up with th word “Apple” in it. If an article called “Apple” doesn’t exist, a circle with something alse will pop up. Click the circle (or article) to reveal its related articles. As you might expect, you can click any of those articles to reveal its related articles.

Inspiration

The inspiration comes from Daniel Shiffman and its Coding Train. Link to Daniel’s version here.

Text Generating Machine that Posts to Twitter

A milestone in server side programming here, as Simon has built a text generating machine that posts to Simon’s Twitter account! Essentially, it’s website where anyone can enter his own text for the machine to make a “poem” from using an acrostic algorithm; the machine simultaneously posts that “poem” to Simon’s Twitter.

This project falls under the topic of building an interface for Twitter. The original inspiration came from Daniel Shiffman. Simon writes:

You can try my Acrostic machine at http://acrostic-tweeter.herokuapp.com/ and it tweets to my account at https://twitter.com/simontigerh/

In this scenraio, I’m feeding in some text and a word. I’m clicking a button, to tweet the acrostic. I used node to create the server. I later put that server on heroku.

I’m also using a couple of packages:
– express – to host my interface
– socket.io – for the server and the client to talk to eachother
– twit – to tweet the acrostic

 

 

 

 

 

 

In the previous video, I got everything working, except that after I try to use heroku (by typing `heroku login` in git bash), What appeared was:
“`bash: heroku: command not found.
Later we solved this issue by using command prompt:

Simon got positive feedback on his project from Daniel Shiffman, who asked Simon to give some explanation about what the machine on the webpage and also to give a link to Simon’s Twitter:

Acrostic 18 September 2017

Simon’s Acrostic Machine

Last Friday Daniel Shiffman was finally back with his weekly livestreams! Simon was delirious with joy that he could be part of the team again and weeping and panicking every time Daniel experienced technical difficulties. During the days that followed, Simon made his own two versions of the coding challenge Daniel presented in the livestream and shared those with his colleagues on GitHub and the Slack channel: “I made *two* versions of the acrostic coding challenge. Link to a github repo: https://github.com/simon-tiger/acrostics (Links to both of the versions in the README).

The coding challenge was part of Daniel Shiffman’s Programming A to Ze course at NYU (a course focusing on analysis and generation of text-based data) and was about creating an Acrostic machine – an algorithm that would use a source text to create a “poem”. Every word in the poem would begin with the consecutive letter from a word one enters.

One version that Simon created uses an API as the source text:

https://simon-tiger.github.io/acrostics/00_acrostic_api/

In the second version, the user can type the source text (like in the screenshot below), use a text sample or drag a source text file into a special dropbox:

https://simon-tiger.github.io/acrostics/01_acrostic_userinput/

Screenshot of the second version (with drag and drop):

Acrostic 11 sep 2017

Simon making his versions of the Acrostic machine: