All that remains here are practice pieces for vibe coding.
While there are many applications you can actually try out in a web browser, the use of resource-intensive libraries may cause them to take a while to start up if you have a slow internet connection. Additionally, they may not function properly due to insufficient hardware performance on your PC or smartphone.
What I made today is… well, you can see for yourself.
Sorry if it’s not clear.
It’s a bit resource-intensive, so it might be difficult to run unless you have a high-performance PC or smartphone.
Also, downloading the library takes some time, so I recommend using a high-speed broadband connection.
There’s a bit of a trick to this. The key is to bring your wrists together within the torso area, then thrust both hands out in the direction you want the beam to go.
If you mess this up, the beam will fly off in an unexpected direction, so be careful!
まあ、見ての通り。
思ったよりも難しくて時間がかかった。
ポイントは、手首を胴体の範囲内で寄せ、ビームを飛ばしたい方向に両手を突き出すこと。これを間違えると、ビームが予期せぬ方向に飛んでしまうので、気をつけて！
っていうか、ちょっとバグっぽいけれど、直す気力が無くなったので、これにて。
You can try this out by visiting my website using a PC with a camera or a smartphone web browser.
The virtual theremin I created previously was too difficult to control.
Although the chromatic mode had been available for some time, I’ve now created an Easy Mode.
When Easy Mode is turned on, the pitch is limited to two octaves, but the pitch changes more gradually depending on the position of your fingertips, making it easier to control.
Since it was also difficult to control subtle frequencies depending on the camera’s resolution, this might be considered a more accurate implementation of the instrument.
Furthermore, in Chromatic Mode, vertical lines are displayed for each note to make it easier to understand.
...Even so, it was still too difficult for me...
The previous version didn’t work on iPhones, but this version now supports them.
If your internet connection is slow, downloading the library may take a long time and cause the instrument to malfunction, so I recommend trying it with a high-speed broadband connection.
以前作ったバーチャルテルミンにも音階モードがあったものの、微妙な指の動きの操作が難しかったし、そもそもカメラ解像度によって充分な精度は得られなかった。
そこで、イージーモードを追加し、音階を2オクターブに制限してみた。
さらに、音階毎に縦線を表示してわかりやすくしてみた。
でも、難しいわ……。
You can try this out by visiting my website using a PC with a camera or a smartphone web browser.
I’ve updated my previous project so that it now recognizes Japanese and displays speech bubbles.
I’ve also added real-time English translations of those speech bubbles.
You can try this out by visiting my website on your PC with a camera or your smartphone.
However, as is always the case, if you have a slow internet connection, downloading the library might take a while and the feature might not work properly, so I recommend trying it in an environment with high-speed broadband access.
You can’t try it unless you speak Japanese, but why not take this opportunity to practice your Japanese? ;p
前回の作品を日本語認識版にしてみた。それだけだと海外の人にはわからんので、リアルタイム翻訳機能も付けてみました。
先日、これまでの作品を自宅外から試そうとしたら、遅い回線だとおそらくライブラリの読み込みに時間がかかって、なかなかうまく動かなかった。
うち以外の環境でもちゃんと動くと良いのだけれど……。
You can try this out by visiting my website using a PC with a camera or a smartphone web browser.
I’ve turned real-time speech recognition results into speech bubbles.
I wanted to change the font based on the volume of the voice, but since I also needed to handle long sentences, it didn’t work out very well.
英語の音声認識結果を吹き出しで表示するようにしてみました。
いつものようにwebブラウザで動作します。
認識処理もwebブラウザで行われます。
英語の発音練習にもなるので、少しは実用性があるかも。
まあ、実用性ってことなら普通に表示する音声認識ソフトを使うだけでいいんですけどね。
You can try this out by visiting my website using a PC with a camera or a smartphone web browser.
Once again, I’m using my favorite HRTF (Head-Related Transfer Function).
This is an experiment to see what would happen if a mosquito flew into your head.
蚊が頭の中で飛んだらどうなるかという実験。
まあ、どうにもならんけど。
イヤホンやヘッドフォンで試してください。