Name: ウェブを編む - テキスタイルベースのインタラクションをプログラミングする by Charlie Gerard｜JSConf Budapest 2019 (Weaving the web - Programming textile-based interactions by Charlie Gerard | JSConf Budapest 2019)
Uploaded: 2021-01-14T10:34:14.000Z
Duration: 28 min 27 s
Description: VoiceTubeの動画で発音を聞きながら英語表現を覚えよう！学べる英語：

Well, this morning or this afternoon, it's 12.

So I don't know how it depends on what you want, but so this title is this talk is about textile based interactions in javascript.

So this look is not really about what you should do, what you will do.

A lot of the times when where our conferences we talk about the future of interference is like with reactor web components or the new way baby eyes with things like that.

But this talk is more about the or the side of the interface to the actual thing that you can use to interact with it.

Um, so I've already got introduced, but my name is Charlie Gerard.

I'm a frontline Della Pera leaving Sydney in Australia and outside.

But what I'm gonna talk about to that has nothing to do with what I do for work.

But outside of that, I'm also part of the academics, but program and model attack speakers.

I know that there's a few around at this event, So if you have any question about how to get into these programs or what they are.

So what we're gonna talk about today is not about me, but it's about textile interfaces.

It's using textile as an input to interact with interfaces and or devices.

So the main inspiration for this talk is actually something that I came across about three or four years ago.

So for those of you who don't know what this is, this is a collaboration between Google and Device of a brand of jeans to create a connected jacket.

So instead of just spending some time explaining take to you, I'm just gonna play the I'm just gonna play video.

So there was a video five minutes ago, and now there's no video anymore.

So I'm just gonna talk about what the video shows.

Embed a jacket with electronics so that you could interact with your phone while you're riding a bike.

So if your phone rings and you're supposed to.

You could just touch the fabric and it would It would send a signal to your phone and you would have you would be able to interact with a few different interfaces.

With that, you could switch the music or get the next direction from Google map just by interacting with the jacket.

Um, and after I saw things like that, I was like, to me, it was brand you at the time, like 34 years ago.

I didn't really know how to make this and ah, ago be like I got really interested into understanding.

And this talk is about how you can actually build something similar while just being javascript.

So the 1st 1 is the evolution of interactions.

We still most of the time interact with technology using a laptop or our mobile phone.

But there's more like we can see some people start using voice interaction.

R, and I do believe that there is some potential in textile interactions as well.

And as technologists, I think it's our role to.

We don't have to build these things, but at least keep in touch with what's going on.

You know, the reason is that it's a lot of exciting possibilities.

Hopefully, you'll feel the same way at the end of that talk as well.

In our job, we build things that people will use for money and things like that.

But to me, technology has a lot more exciting opportunities.

And that's why I love this industry and I'll show you a little bit what you can do with textile.

And then finally, that's a personal challenge is to demystify what you can come across online when you look at innovator yet innovations.

So every time that I come across something that I don't really quite understand, I don't want to just look at it and not figure out how to build it myself.

I don't want to think that you have to have a PhD to build certain things or you have to be backed by Google or Facebook.

I believe that everything that we see we might not understand at first there is a kind of cheap hacky version that we can do at home without having to think that you have to work for Google for to do stuff like that s so now.

Let's talk quickly about the potential of textile.

So first of all, it's flexible when we think about a laptop or a phone is quite rigid.

If you try to bend it, what it's gonna break.

But with textile, when you embed electronics in it, you actually can.

So you want you have less chances of wrecking.

Most of the time, we don't even realize that we're wearing clothes.

Here you have cut inside home or towels or blankets or pillows or whatever it's in the end, we don't really look at it that way.

It's sexologist covers already, but it's actually a load of potential there as well.

Any for it being lightweight, it means that we would maybe be able to kind of walk around without having to carry a heavy phone or a heavy laptop I started speaking of conferences last year, and even if I tried to travel light at the end of my luggage is or my backpack is actually quite heavy because of the laptop and the phone and stuff like that.

So being able to embed that kind of interactions into textile means that we could actually travel even a lot lighter.

So if you want to build your own things, you can add different components.

You could add lights or flex sensors or all that stuff, and you get to build it yourself.

You get to decide where you want it to be.

Even if it was on a T shirt, that could be the shoulders or the back or whatever.

So you don't have to actually buy something as it is like the phone you don't mean Well, good, I think, was working on a modular phone.

But in general, when you buy a piece of tech, it's kind of like, you know, you just buy it, and that's the way it is, and you don't get to decide what parts you want.

But by building your own textile interface is you get to decide the interaction and the senses that you want to embed in it.

I kind of had to made up make up somewhere because adaptive is a word that I made up because I didn't really know how to explain what I wanted to say.

So, adaptive touch what I mean by that Is that so when you, for example, for the jacket by Google, you interact with it and it sends a signal.

But adaptive touch means that you don't have to press it very hard to then sent a signal.

You could even just lightly touch it, and you could have different interaction based on how you decide to touch the jacket s.

So this is what I mean by adaptive touch.

If you've been playing a bit with, you know, a respirator, depending on the amount of components that you have in your circuit, it's not something that you'll have to recharge every day like you do with your phone.

And then finally, it's pretty cheap, so I'll cover that a bit later as well.

ウェブを編む - テキスタイルベースのインタラクションをプログラミングする by Charlie Gerard｜JSConf Budapest 2019 (Weaving the web - Programming textile-based interactions by Charlie Gerard | JSConf Budapest 2019)

字幕リスト動画再生

ウェブを編む - テキスタイルベースのインタラクションをプログラミングする by Charlie Gerard｜JSConf Budapest 2019 (Weaving the web - Programming textile-based interactions by Charlie Gerard | JSConf Budapest 2019)

stuff

potential

figure

stretch