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KontinuumLAB
Spain
Приєднався 29 бер 2014
The Kontinuum Lab is a one man makerspace for MIDI instruments.
The main project in the lab is the KontinuumLAB Instrument Kit a.k.a. "KLIK". A DIY kit for making MIDI instruments.
The main project in the lab is the KontinuumLAB Instrument Kit a.k.a. "KLIK". A DIY kit for making MIDI instruments.
The Squonk Bellows - Not your average MIDI controller
Squonk is an american band with a highly unorthodox style, including a spectacular live show and larger than life stage props and instruments.
In this video I tell the story of how I helped them make a truly enormous instrument for their latest show "Brouhaha".
For more information about the Squonk project, upcoming shows etc, go to: squonk.org/
In this video I tell the story of how I helped them make a truly enormous instrument for their latest show "Brouhaha".
For more information about the Squonk project, upcoming shows etc, go to: squonk.org/
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Відео
The OHMs EWI gets even more awesome!
Переглядів 9 тис.Рік тому
In this video I present the new prototype of the Open Horn Music system. The Open horn is an electronic wind instrument, with on-board synths and audio output. It's not a toy, but a professional instrument with a huge feature set, and this new Open Horn has many new features and sounds, new electronics and battery power. Here's a video presenting the details of the previous prototype: ua-cam.co...
How to make your own MIDI over Bluetooth instruments
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This is a step by step tutorial tutorial on how to make a basic wireless MIDI instrument, using MIDI over Bluetooth, with Arduino and an affordable ESP32 board. I'll show you every connection and component, every bit of code and the libraries that you'll need to get your own wireless MIDI instrument up and running. (Except!!: I forgot to mention that before installing the ESP32 board package, y...
DIY wireless MIDI with the ESP32 and KLIK3
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The KontinuumLAB Instrument Kit keeps evolving. I'm currently working on the 3rd version of the KLIK which, among other new features, will have wireless MIDI over Bluetooth, which easily connects to your phone or tablet. In this video I talk about what that means and show you how it works. You can watch a step by step tutorial on how to get started with MIDI over Bluetooth using the ESP32 here:...
KontinuumLAB Instrument Kit, Welcome - Part 2
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The KLIK v2 has been launched, and this video is a part of a quick welcome for new users. This is part two of two. It goes over the rest of the instruments, not covered in part 1. See you in the Kontinuum!
KontinuumLAB Instrument Kit, Welcome - Part 1
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The KLIK v2 has been launched, and this video is a quick welcome for new users. This is part one of two. It goes over the contents of the KLIK quickstart guide and some different instruments and techniques. See you in the Kontinuum!
KontinuumLAB Instrument Kit V. 2 released
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The new KontinuumLAB Instrument Kit V.2 is now available for purchase. The KLIK was developed as a part of the KontinuumLAB instrument making workshops, as a tool for STEAM teaching, with a focus on music and electronics. You can find the KLIK over at www.kontinuumlab.com, where you will also find more information about the kit, and the workshops offered by the KontinuumLAB. See you in the Kont...
Cardboard instrument jam and original rap, featuring the KLIK-2
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The electronic Musical instruments used in this recording were all made using the KontinuumLAB Instrument Kit - version 2. They are the same simple cardboard prototypes we make in the KontinuumLAB workshops. In this song they are used as MIDI controllers, but they also have built in synthesizers and audio. Hope you enjoy. See you in the Kontinuum!
STEM / STEAM instrument making workshops with the KLIK-2
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Introducing the new KontinuumLAB workhops and workshop instruments, using the KontinuumLAB Instrument Kit version 2. These workshops are a great way of introducing many cool STE(A)M (Science, Technology, Engineering, Art, Math) concepts in schools and other contexts. Using everyday items and simple tools and techniques we make cool electronic musical instruments, including keyboards, string ins...
My new EWI is bigger on the inside
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The OHMs ("Open Horn MIDI system") is my original, 3d-printed design for an electronic wind instrument. It has a unique set of features including biphonic playing, a flexing pitchbend mouthpiece, and on-board synthesizers and audio. I recently went back to this project, after abandoning it for several years, and this new version might be the coolest thing I ever made. This video contains a firs...
KontinuumLAB Code Class 1 - The Woodwind Algorithm - part1
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Welcome to the first “KontinuumLAB Code Class”. In this tutorial video I explain the KontinuumLAB woodwind algorithm, which is how I write the Arduino code for reading and interpreting the keys on MIDI woodwind instruments. This first part goes through the code in detail, while using a simple 4-key instrument as an example. I also adapt the sketch to work both with the Teensy microcontroller as...
New electronics for the KontinuumLAB DIY MIDI instrument workshops
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The next generation of KontinuumLAB workshop instruments will have some exciting new features, specifically battery powered operation, on-board synths and audio output. This is the "KLIK Mini", which is the kit used in my instrument making workshops, not the larger "KLIK" which I have been covering in detail on this channel recently. This has been a huge project for me, and I'm still working ou...
Making a KLIK stand-alone breath controller, - KLIK Tutorial #8
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Making a KLIK stand-alone breath controller, - KLIK Tutorial #8
Calibrating and playing the KLIK recorder. Simple DIY MIDI woodwind instrument
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Calibrating and playing the KLIK recorder. Simple DIY MIDI woodwind instrument
Making the KLIK Recorder, a simple DIY MIDI wind instrument - KLIK Tutorial #7
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Making the KLIK Recorder, a simple DIY MIDI wind instrument - KLIK Tutorial #7
Calibrating and playing the KLIK Membrane, DIY balloon based percussion instrument
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Calibrating and playing the KLIK Membrane, DIY balloon based percussion instrument
Making the Membrane, a balloon based MIDI percussion instrument - KLIK Tutorial #6
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Making the Membrane, a balloon based MIDI percussion instrument - KLIK Tutorial #6
Cheaper kits, lower prices and other news from the KontinuumLAB
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Cheaper kits, lower prices and other news from the KontinuumLAB
Calibrating and playing the KLIKsophone - DIY MIDI woodwind instrument
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Calibrating and playing the KLIKsophone - DIY MIDI woodwind instrument
Making the KLIKsophone, a DIY MIDI woodwind instrument - KLIK Tutorial #5
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Making the KLIKsophone, a DIY MIDI woodwind instrument - KLIK Tutorial #5
Calibrating and playing the KLIK C-Board - DIY capacitive keyboard
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Calibrating and playing the KLIK C-Board - DIY capacitive keyboard
Making the C-Board, a capacitive MIDI keyboard - KLIK Tutorial #4
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Making the C-Board, a capacitive MIDI keyboard - KLIK Tutorial #4
Calibrating and playing the KLIK MIDI string instruments
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Calibrating and playing the KLIK MIDI string instruments
Making a MIDI string instrument - KLIK Tutorial #3
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Making a MIDI string instrument - KLIK Tutorial #3
Calibrating and playing the KLIK MIDI Melodica
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Calibrating and playing the KLIK MIDI Melodica
Making a MIDI Melodica - KLIK Tutorial #2
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Making a MIDI Melodica - KLIK Tutorial #2
Calibrating and playing the KLIK MIDI Ocarina
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Calibrating and playing the KLIK MIDI Ocarina
Making a MIDI Ocarina - KLIK Tutorial #1
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Making a MIDI Ocarina - KLIK Tutorial #1
K.L.I.K. launch announcement, kit contents and other news
Переглядів 2013 роки тому
K.L.I.K. launch announcement, kit contents and other news
Dude that’s amazing
Membrane
Is this still available?😢
Thanks Always, BTW i faced an error as below, can you advise on this? Unable to find executable file at C:/Users\User\AppData\Local\Temp\arduino\sketches\BEB453D64B56EB3FB53D687219CF699B\sketch_nov10a.ino.elf.
Your gonna make it big
I'm making touch midi musical instrument right now) Silicone is interesting choice but there is a chance it will crack on sides after some time (in my practice). I think the main factor is material aging, but we'll see, looking forward for updates)
This is EXACTLY the kind of engineering we need more of today! Awesome job! :)
Wow! But what about makeing them work?
is the code available for this somewhere ?
Can you share the 3d Print file ?
Speaking as a musician in the jazz-fusion world, love to have worked with you...sorry to have found you this late
what size are those resistors?
Ничего не понял, но очень интересно!
That is a very old Saxophone-
Wow I’ve been searching for a long time to find a alternative way to duplicate the BC1 Breath controller Thanks 😊
🔥🔥🔥
Ot sounds like them rain drums i seen in that guy saying it's your birthday
Cool i make beats i want to make that piano and see how it sounds
Currentine
Thanks always! I would like to buy all the parts and to know if i can buy it from you. If so please inform me how I can contact to you. If not, please help me how and where I can buy it.
i get ptsd whenever i see anything that uses membrane keys
That's so clever
Really off topic but I just woke up and I had my volume on low, now I know what English sounds like to foreigners
At dømme efter accenten ville jeg gætte på at du er fra DK.
try maglev as in rubiks cube mechanism
You could try using wide rubber bands with tighter stretching for keyboard keys, just an idea! 🤷♂️
sick
how do you mount that without it falling out?
Very cool stuff, thanks for sharing!
danish accent?
I hear that it's a good flute man know real ones ripple at 432 hz wave exactly
discount code joke haha
is this the same module used in the breath controlled instruments?
where do you get a cny70 sensor module?
Absolutely amazing!
Love it!…those pich bending future is brilliant!..and nobs for fx- - looper!..is- must!.. I wonder - if you will ever make some for players- let us( me)..know!..i would love to spread joy!..😢
Which ESP32 board will you be using?
I'm working with the Wrover, in a devkit-c format. I've been using the lolin32 lite for bluetooth MIDI for a while, but the KLIK3 needs more space for samples. The KLIK3 uses standard sf2 samples (which I couldn't do with the Teensy Audio library), and wav audio samples, so I'm thinking of making an SD compatible version to be able to load your own samples.
@@KontinuumLAB Interesting, sounds like you are going to incorporate a sound module (Fluidsynth?) directly on your board. I have not tried one yet but the LOLIN S3 Pro has an SD card already built-in to the board. (Plus it supports both USB and BLE midi).
Wow!
The silicone spring is what is used in my laptop's keyboard (I know this for a fact because I had accidentally broke off a key awhile back, and was trying to figure out getting a new key/putting the original one back on) So, even industry giants like HP use a method like this! Hope it keeps working out for you
Really an Crazy engineer 🤝 appreciating your work✨
This man just saved all of us 200 bucks for a comercial one. Imagine what you can do with a 3D printer. This is amazing, thank you so much for sharing!!!!!!!!
What's the latest on this super cool instrument?
Simple working code for Hx710b air pressure sensor using Arduino Pro Micro or Leonardo (MEGA32U4 chip). Just Upload and its done. drive.google.com/file/d/1TCnHAw7n1C_AEWbv_yjuRRVbg1azM5w_/view?usp=sharing
Thanks for this lesson/tutorial I was able to make it work with android like in the video, but I don't know how to make it work in the linux =/ Do you have any idea?
I figure it out, I had to recompile bluez using --enable-midi, and disabled my selinux
i put that in my mouth and suck on it;-;
have you ever heard of topre keyboards? They use a conical electrocapacitive spring with a rubber cup over them to dampen the keystroke feeling a bit. it registers keystrokes via the change in capacitance across the spring when the spring gets compressed by the user. WI think theres pretty solid potential at least for something not mass produced by someone with tinkering time. Also, magnets with a hall effect sensor could work pretty well as well, this is also used in some keyboards to extremely great effect. I guess I prolly shouldn't assume you haven't heard of these though, just figured i'd toss them out there just in case
what arduino board is this ?
Hello I am using this video for a school project but I have been unable to get it to work after multiple attempts and help from my lecturer. Any help would be greatly appreciated. On a fresh Arduino IDE 1.8 version following this video exactly I get the error message. Multiple libraries were found for "BLEDevice.h" Used: /Users/(name)/Documents/Arduino/libraries/ArduinoBLE Not used: /Users/(name)/Library/Arduino15/packages/esp32/hardware/esp32/3.0.2/libraries/BLE exit status 1 But then I delete the ArduinoBLE library and I get the following error message In file included from /Users/(name)/Documents/Arduino/attempt_1/attempt_1.ino:2: /Users/(name)/Documents/Arduino/libraries/BLE-MIDI/src/hardware/BLEMIDI_ESP32.h: In member function 'virtual void bleMidi::MyCharacteristicCallbacks::onWrite(BLECharacteristic*)': /Users/(name)/Documents/Arduino/libraries/BLE-MIDI/src/hardware/BLEMIDI_ESP32.h:116:55: error: conversion from 'String' to non-scalar type 'std::string' {aka 'std::__cxx11::basic_string<char>'} requested 116 | std::string rxValue = characteristic->getValue(); | ~~~~~~~~~~~~~~~~~~~~~~~~^~ exit status 1 Error compiling for board WEMOS LOLIN32 Lite. Putting this into chatGPT just sends me down a habit hole of editing files that creates more and more complex error message, I am really at a loss. Many thanks for any help.
Very interesting and useful, this is a small sensor. I wonder if to create a DIY force sensor with a size larger than 4x6 inches, a larger resistor is needed? Tks for your video
a larger velostat represents putting more resistance between the copper sheets in paralell (lowering the total), so you would want a lower value to keep the voltage divider at a reasonable ratio. however you might run into issues where too much current is traveling through the sensor, heating it up. you can solve this by adding more sheets of velostat to raise the resistance back up or by using some op amps to build an active measuring circuit that both keeps the current running through the sensor low and amplifies the signal for better noise charecteristics. there's an article on nuts n volts magazine for making a ribbon controller using a softpot whose circuit would also work for the FSR.