Ryo Kosaka

Hello! I am sorry that the reply was delayed. EDIT MODE will be a problem if the setting on the LCD is not good. Please fix as follows.if (UPDOWNUPDOWN = 17;}if (UPDOWN > 17) {UPDOWN = 0;}

Yes. That's right.

Great. I want to watch a video! But I can not see because I am not a member of that Facebook group.

Wiring published by Arduino official is correct. It would be my mistake. Since the code uses the library of the LCD, it should operate normally when the power of the LCD is turned on.

Hi, JairI made a library for Arduino.Please try this. Please let me know if there is an error.https://github.com/RyoKosaka/HelloDrum-arduino-Library

Yes. Certainly you are right.I have updated the data now.

Thank you!!I will also make a chair in this way, by improving the design of the bracket.

I was lucky and I did not get hurt.I will be careful. Thank you.

Thank you.Depending on what you make, pressure may be insufficient.

Thanks for your comment.I like 3D printing and 3D modeling. However, I thought it would be nice to be able to make shapes without the limitation of the size of my small 3D printer. I wanted to create a tool that can compensate for the shortcomings of 3D printers using 3D printers.

Thanks for your comment.That is very interesting information.I am going to try bending with steam in this way, but it seemed that a big pot would be needed. And hot wood will adversely affect the rubber balls and PP sheets.I did not know bending using ammonia. It seems easier than using glue. I will try. If it goes well, I will add pictures to this article or write a new article.Thank you!!.

Thanks!I like GIF because it's handy when I explain something.Yes. Although it is the stage of the experiment now, I am going to rework and make bigger items such as chairs and tables.

Thanks a lot.

Wow. cool!I also thought that if there was no code on this lamp.But the cordless socket was not sold anywhere.Thank you for telling me this article.

Thank you! I also like the step of inflating the ball.

Thank you! Merry Christmas!

I'm glad to hear that.I also did not want to take steps to make the mold.I am happy if this method boosts the production of someone.

Thanks!!

Nice! That's right.

If you do not use the LCD and you only use one piezo on the pad, it's easy.Just copy the part of KICK in this code 443-476(https://github.com/RyoKosaka/drums/blob/master/arduino/HELLODRUM/HELLODRUM.ino) and change the name and increase it.And you also have to increase the constants related to KICK like this.ex.int KICK[6] = {200, 700, 36, 1, 0, 0};↓copy&paste&renameint TOM[6] = {200, 700, 36, 1, 0, 0};boolean kickFlag = false;↓boolean tomFlag = false;int piezoValue_3 = analogRead(A3); //kick drum↓int piezoValue_10 = analogRead(A10);Regarding the circuit diagram, replace the UNO of this image(https://github.com/RyoKosaka/drums/blob/master/circuit/circuit.png )with MEGA and add piezo to the analog pin.

If you do not use the LCD and you only use one piezo on the pad, it's easy.Just copy the part of KICK in this code 443-476(https://github.com/RyoKosaka/drums/blob/master/arduino/HELLODRUM/HELLODRUM.ino ) and change the name and increase it.And you also have to increase the constants related to KICK like this.ex.int KICK[6] = {200, 700, 36, 1, 0, 0};↓copy&paste&renameint TOM[6] = {200, 700, 36, 1, 0, 0};boolean kickFlag = false;↓boolean tomFlag = false;int piezoValue_3 = analogRead(A3); //kick drum↓int piezoValue_10 = analogRead(A10);Regarding the circuit diagram, replace the UNO of this image(https://github.com/RyoKosaka/drums/blob/master/circuit/circuit.png )with MEGA and add piezo to the analog pin.

ありがとう！Thanks!