I was looking for something like this for ages with this chip, cant admit to fully understanding yet but it helps a lot! Thanks for the concise videos and creative projects!
Somehow I missed this part one! I'm very interested in this process, so I plan to watch how you do it. My LMNC sequencer didn't work very well but I still have faith that a microcontroller can do this job. Your narration is so clear and concise without being to intimidating to beginners like me. Nice job!
No worries! I don't mind at all, it's also kinda different to my usual content so i'm glad it resonated with at least a few of you! I had issues with the LMNC sequencer, too. There is a forum post about it where a lot of people are discussing fixes, I honestly got a bit disheartened when they told me I probably needed to change what I did as LMNCs schematic was possibly wrong. I'll go back to it eventually, but decided to do this instead :D I'm glad the narration worked! I'm pretty much a beginner too, perhaps low level intermediate, so maybe that helps make it seem less intimidating cause i'm still remembering what I didn't know before :)
Hi Charis. Whoa, this is WAY over my head! I am super curious to see your project up and running! You’ll have it doing all sorts of things! While I don’t understand, I am enjoying your narration. Your voice is so lovely. Any idea when you’ll have this up and running?
Yeah, it's certainly a change from what's normally on my channel! Sorry if the content is a bit out of the blue lmao. It's honestly a bit dry, but I thought i'd try this style out a little to try and document the project and blah blah. The LMNC one I was chatting at you about kinda went a bit tits up, i'm going to have to do more troubleshooting on that. This one i'm building is a lot more software based than his, clearly. But, I am glad that you enjoy the narration :) It's actually a uni project i'm forcing my interests onto ;) so I do actually have a proper deadline on this, January. Will hopefully be done a bit before then! Hoping to have a slightly more fun video come out once it's actually making noises! It's funny how one of my inspirations for this was your 8 step sequencer, I appreciate your museship haha. :P
Hi Charis , how are you ? I am very happy when I found your video. I need some explanation because I'm new to programming. my problem is using a 50 touch sensors TTP223 as input . with WS2815 streep led .arduiino mega , wich one can i use to control ? 4051/4067 OR shift register . as you now it's different programming. thank you .
is it possible to connect soil moisture sensors like this and read a relatively correct information from them, or their signal will be too low to work this way?
hiii thank you for this super helpful video! I was working along with the video but somehow my Arduino is only taking changes from one of the chips. I am getting 16 numbers, but only 8 are responsive to the potentiometer. Any idea why it is overriding one of the 4051B??
Awesome! Nice episode, and I really appreciate the feature and positive feedback :D Lots of motivation to make this machine learning sequencer super cool :) Thank you so much for the huge plug :)))
oh, excuse me, did you mean the entire circuit diagram? Apologies. Its done in fritzing not tinkercad, but it can be found on my github. ill post a link below.
Looks like they have newer multiplexer the CD74H 16 channel. And the sketch code to add multiplexers is taxing my brain ( I guess that's half the fun ), as Ive only been into Arduino study for 2 weeks now sketch c is another art . Im trying to connect 32 piezo pulses over to max and let the unpack or un join do its thing.Im finding all the pieces to the puzzle as well as a teensy 4.1 study , but first just he uno and some multiplexers ,{( Can I pay you for a sketch and go put in a dryer outlet for a Tesla or fix a drippy sink or something );}.
I was looking for something like this for ages with this chip, cant admit to fully understanding yet but it helps a lot! Thanks for the concise videos and creative projects!
Very nicely explained ! Many thanks from Paris / France :-)
Somehow I missed this part one! I'm very interested in this process, so I plan to watch how you do it. My LMNC sequencer didn't work very well but I still have faith that a microcontroller can do this job. Your narration is so clear and concise without being to intimidating to beginners like me. Nice job!
No worries! I don't mind at all, it's also kinda different to my usual content so i'm glad it resonated with at least a few of you!
I had issues with the LMNC sequencer, too. There is a forum post about it where a lot of people are discussing fixes, I honestly got a bit disheartened when they told me I probably needed to change what I did as LMNCs schematic was possibly wrong. I'll go back to it eventually, but decided to do this instead :D
I'm glad the narration worked! I'm pretty much a beginner too, perhaps low level intermediate, so maybe that helps make it seem less intimidating cause i'm still remembering what I didn't know before :)
Hi Charis. Whoa, this is WAY over my head! I am super curious to see your project up and running! You’ll have it doing all sorts of things!
While I don’t understand, I am enjoying your narration. Your voice is so lovely.
Any idea when you’ll have this up and running?
Yeah, it's certainly a change from what's normally on my channel! Sorry if the content is a bit out of the blue lmao. It's honestly a bit dry, but I thought i'd try this style out a little to try and document the project and blah blah. The LMNC one I was chatting at you about kinda went a bit tits up, i'm going to have to do more troubleshooting on that. This one i'm building is a lot more software based than his, clearly. But, I am glad that you enjoy the narration :)
It's actually a uni project i'm forcing my interests onto ;) so I do actually have a proper deadline on this, January. Will hopefully be done a bit before then! Hoping to have a slightly more fun video come out once it's actually making noises! It's funny how one of my inspirations for this was your 8 step sequencer, I appreciate your museship haha. :P
Great video, just what I needed for a project I am doing, nothing to do with music though, but needs multiple analogue inputs from potentiometers.
Glad to hear I could help! Hope the project is going well :)
Great video! Thanks!
Glad you liked it! Thanks for the comment!
Hi Charis , how are you ?
I am very happy when I found your video. I need some explanation because I'm new to programming.
my problem is using a 50 touch sensors TTP223 as input . with WS2815 streep led .arduiino mega , wich one can i use to control ? 4051/4067 OR shift register . as you now it's different programming.
thank you .
other else there is no problem with TTP223 its the same as traditional buttons
is it possible to connect soil moisture sensors like this and read a relatively correct information from them, or their signal will be too low to work this way?
hiii thank you for this super helpful video! I was working along with the video but somehow my Arduino is only taking changes from one of the chips. I am getting 16 numbers, but only 8 are responsive to the potentiometer. Any idea why it is overriding one of the 4051B??
Very interesting project Charis! We featured it in this weeks episode of the Electromaker Show! ua-cam.com/video/9rUSsb3nXlo/v-deo.html
Awesome! Nice episode, and I really appreciate the feature and positive feedback :D Lots of motivation to make this machine learning sequencer super cool :)
Thank you so much for the huge plug :)))
I am currently working on a project and was hoping you could share the CD4051 Tinkercad circuit so I can use it?
Hey I just used a generic tinkercad dip chip item and wrote cd4051 onto it, its nothing special :)
oh, excuse me, did you mean the entire circuit diagram? Apologies. Its done in fritzing not tinkercad, but it can be found on my github. ill post a link below.
github.com/ChildOfAnAndroid/After-Eight-Step/tree/master/Diagrams
thank you :)
Glad I could help! Thank you for checking it out :)))
Nice one ....Txs
Looks like they have newer multiplexer the CD74H 16 channel. And the sketch code to add multiplexers is taxing my brain ( I guess that's half the fun ), as Ive only been into Arduino study for 2 weeks now sketch c is another art . Im trying to connect 32 piezo pulses over to max and let the unpack or un join do its thing.Im finding all the pieces to the puzzle as well as a teensy 4.1 study , but first just he uno and some multiplexers ,{( Can I pay you for a sketch and go put in a dryer outlet for a Tesla or fix a drippy sink or something );}.