"Press Control + P on the keyboard". Yeah, I know you're adult responsible people who won't laugh at that. Right? RIGHT? ;-) Update: In the video I say that the make command for building the libraries fails on Windows - this is not true. I suppose I launched it in the wrong directory when filming this.
Sweet. Very inspiring. Thanks heaps. Still researching options to try and make Daisy fx with the pod. Was thinking of guitar pedal format too. Side chain compression and some kind of end of chain mastering would be my first preference but really I need to start off super basic
I think this pedal is a good starting point as it comes with plenty of controls and doesn't break the bank. While I made this video, a new revision has gone live that has some improvements. I guess I'll talk about that in follow up videos.
This sounds amazing, and i love that it is an entirely open ended DIY build As someone with absolutely no experience, even picking up a soldering gun, or coding, is this a beginner friendly project? I am guessing not, What other" complete noob" level DIY effects processors/synth projects might you recommend?
Thanks for watching! If you've never touched a soldering iron, this is not a good project to start with. Please take a look at MODEP instead: th-cam.com/video/Z7sGc1ii3Ws/w-d-xo.html - no soldering needed. Also BPsynth can be built without soldering, if you buy the microcontroller with the header pins already soldered on: th-cam.com/video/FjLcPNhzAwo/w-d-xo.htmlsi=a4HvAiozjTVWPzVk
Very interesting. Do they give enough information to do this on a breadboard instead? FWIW, I recently started using Codium on Windows 7. It's a build of VSCode without the phone home telemetry, and it's built to run on more versions of Windows than VSCode can.
Hi! The only thing you really need it the Daisy Seed. You then can download and compile the examples, the pedal hardware itself just makes it easier to prototype things. If you know how to set up resistors, diodes and pots..., then you can do everything on breadboard.
WOW .,.. you're just delivering ... next+1 DIY is this one (just got the Teensy & M8c project working well) ... Thanks a lot for sharing ... your content/project suggestions are ruining me but i love it
Both! ;-) The Daisy, at the end of the day, is a bit more of an all-around microcontroller, so to speak. It not only comes with audio in and out, but a lot of I/O ports you can connect LEDs, pots and stuff to. The FV-1 boards lean more to heavily into audio processing, but you often have to add more controller boards to, uhm, control stuff.
@@boimesa8190 maybe a 2/5? follow @mr_floydst vid, make sure to install the same python version as he did in the vid if you get stuck ask you friend that knows a bit about code to help you, pretty sure they'll be happy to help (just don't ask them to fix your printer)
Well, you folks are mind-readers. The stereo version of the PCB passed bench testing just this Friday. As of now, the version that ships is fully-stereo, features improved input and output impedance, and extends the frequency range even further (for drum machines, synths, etc.)🤘
Why is Europe VAT-ing up us yanks so much these days? I thought we were friends? I recently shipped a little $5 / 28g gadget to a friend in Finland, and I had to pay >$25 in fees!
I researched this after that "incident" with my PLG150-AN card. Seems that the tax treaties, while mostly applicable, have some exceptions. For example, shipping a thing from Gran Canaria (technically Spain) to mainland Europe will be taxed really badly no matter what. ;-)
You've been scammed somehow, there's no way a cheap gadget gets taxed 5 times its own declared value. Unless the gadget was really much more valuable than the declared value.
"Press Control + P on the keyboard". Yeah, I know you're adult responsible people who won't laugh at that. Right? RIGHT? ;-)
Update: In the video I say that the make command for building the libraries fails on Windows - this is not true. I suppose I launched it in the wrong directory when filming this.
Brilliant 😆
*To start press any key*
Where's the *any* key? (H. Simpson)😅
my hands are so sticky now
I’ve never P’d so much.
Wow, really cool stuff! I might just want to tackle this project.
Be sure to get the latest version which released just a day after this video ;-)
Great assembly tips.
Thanks for watching!
Looking fwd to part 2
Hi, thanks for watching - as there's been a hardware update, I'm waiting for that to arrive, and then I'll start working on it. ;-)
Sweet. Very inspiring. Thanks heaps. Still researching options to try and make Daisy fx with the pod. Was thinking of guitar pedal format too. Side chain compression and some kind of end of chain mastering would be my first preference but really I need to start off super basic
I think this pedal is a good starting point as it comes with plenty of controls and doesn't break the bank. While I made this video, a new revision has gone live that has some improvements. I guess I'll talk about that in follow up videos.
This sounds amazing, and i love that it is an entirely open ended DIY build
As someone with absolutely no experience, even picking up a soldering gun, or coding, is this a beginner friendly project? I am guessing not,
What other" complete noob" level DIY effects processors/synth projects might you recommend?
Thanks for watching! If you've never touched a soldering iron, this is not a good project to start with.
Please take a look at MODEP instead: th-cam.com/video/Z7sGc1ii3Ws/w-d-xo.html - no soldering needed.
Also BPsynth can be built without soldering, if you buy the microcontroller with the header pins already soldered on: th-cam.com/video/FjLcPNhzAwo/w-d-xo.htmlsi=a4HvAiozjTVWPzVk
Hi Floyd! Was tempted enough to pre-order a prebuilt Hothouse last week. :)
May I ask how much the customs were?
If I remember correctly, one quarter of the price of the pedal.
@mr_floydst
Thanks! Not very likeable, but bearable 😇
That soldering iron looks cool! What is it?
It's a battery powered iron that actually works. amzn.to/4giW74t
Tremendous!
Thanks for watching!
Very interesting. Do they give enough information to do this on a breadboard instead?
FWIW, I recently started using Codium on Windows 7. It's a build of VSCode without the phone home telemetry, and it's built to run on more versions of Windows than VSCode can.
Hi! The only thing you really need it the Daisy Seed. You then can download and compile the examples, the pedal hardware itself just makes it easier to prototype things. If you know how to set up resistors, diodes and pots..., then you can do everything on breadboard.
@@mr_floydst Cool. Thanks. I'll probably get one soon.
WOW .,.. you're just delivering
... next+1 DIY is this one (just got the Teensy & M8c project working well) ...
Thanks a lot for sharing ... your content/project suggestions are ruining me but i love it
Thanks for watching! Well, you can always start with only the Daisy Seed and a breadboard! Won't ruin you. ;-)
This is so damn cute and I want one badly.
Have you checked out akso (axoloti sequel)?
It's on my bucket list, but don't expect it too soon on my channel ;-)
Ah damn I'll have to make due with all the other great stuff u make ;)
I enjoyed watching your video. This is the kind of project I would like to attempt. Are there any raspberry pi projects to make pedals?
There's MODEP by Blokas blokas.io/modep/ I had a video on how to install that years ago: th-cam.com/video/Z7sGc1ii3Ws/w-d-xo.html
@@mr_floydst Ja montei ele e é sensacional pena que nao tenho vido para mostrar.
Would you recommend a beginner get started with this or buy one of the many Spin FV-1 kits?
Both! ;-)
The Daisy, at the end of the day, is a bit more of an all-around microcontroller, so to speak. It not only comes with audio in and out, but a lot of I/O ports you can connect LEDs, pots and stuff to. The FV-1 boards lean more to heavily into audio processing, but you often have to add more controller boards to, uhm, control stuff.
Would this run pure data patches?
yes! everything i tested worked, felt like the small issues i had were because i dont know the tools
Yes! There's a PD tool here github.com/electro-smith/pd2dsy
@@JoshuaMoreno @mr_floydst how hard is it to work with this stuff for complete idiots like me who know nothing about coding...??
@@mr_floydst would the new Ewan Bristow patches work on this thing?
@@boimesa8190 maybe a 2/5? follow @mr_floydst vid, make sure to install the same python version as he did in the vid
if you get stuck ask you friend that knows a bit about code to help you, pretty sure they'll be happy to help (just don't ask them to fix your printer)
To bad it has no stereo signal, otherwise it would be an intsa buy.
Yep, I should have mentioned that. The plugs are stereo, but the board isn't, unfortunately. Time for a revision! ;-)
Well, you folks are mind-readers. The stereo version of the PCB passed bench testing just this Friday. As of now, the version that ships is fully-stereo, features improved input and output impedance, and extends the frequency range even further (for drum machines, synths, etc.)🤘
@@mr_floydst Ask and you shall receive 😁Stereo version is shipping now!
Why is Europe VAT-ing up us yanks so much these days? I thought we were friends? I recently shipped a little $5 / 28g gadget to a friend in Finland, and I had to pay >$25 in fees!
I feel your pain. It's not just us Yanks, though. Even UK and Asia gets hammered by it 🥴
I researched this after that "incident" with my PLG150-AN card. Seems that the tax treaties, while mostly applicable, have some exceptions. For example, shipping a thing from Gran Canaria (technically Spain) to mainland Europe will be taxed really badly no matter what. ;-)
You've been scammed somehow, there's no way a cheap gadget gets taxed 5 times its own declared value. Unless the gadget was really much more valuable than the declared value.
vat is 20% in the EU; there's something else there