3D Print Your Own Nanoleaf Project! - Alexa, Hue and App integration
ฝัง
- เผยแพร่เมื่อ 21 ก.ย. 2021
- How to build a very smart and low cost geometric lighting system. This video is sponsored by PCBway. 👇 More info below 👇
Get your PCB from PCBway here: geni.us/GeoLeafPCB
Meet Geoleaf, my low cost and 3D printable version of Nanoleaf lighting panels. They can be arranged in any pattern to suit any space and thanks to the low cost of only around £3.40 a panel it won’t break the bank. They have built in Wifi control which is driven by the feature rich WLED firmware running on a Wemos D1 Mini.
I’ll show you step by step how to make your own.
Support future projects, see DIY Machines' Amazon Wish List: www.amazon.co.uk/hz/wishlist/...
List of items used in this project and where to find them:
■ 12v WS2811 LED’s (A 5 meter roll is enough for 12 panels): geni.us/WS2811-60
■ 10mm LED connectors - one per panel: geni.us/3Pin10mmLEDCable
■ 3D Printer Filament: geni.us/3DJake
■ Acrylic sheets (1 A4 sheet = 3 triangles. I used 3mm thick): geni.us/OpalFrostedA4Acrylic
■ DC to DC Buck converter (Mini 360): geni.us/Mini360
■ Logic Level Shifter (74AHCT125): geni.us/74AHCT125-LLS
■ ESP8266 Dev Board: geni.us/wemosD1
■ Plenty of M3x8 bolts: geni.us/NutsAndBolts
■ Barrel connector suitable for at least 5amps geni.us/HighAmpDCBarrel
■ 12v Power Supply (6 amp+): geni.us/12VPowerSupply6A
■ Dual T splice connectors (x2): geni.us/DualTSplice
■ 3D Printer Filament: geni.us/3DJake
■ Some 20AWG wire (0.8128mm in diameter): geni.us/20AWG
■ 3M Command Hanging Strips: geni.us/CommandStrips
(As an Amazon Associate I earn from qualifying purchases. This helps to pay for the next project.)
■ Projects PCB: geni.us/GeoLeafPCB
Or optionally
■ PermaProto Board: geni.us/HalfPermaProto
■ Wago Connectors: geni.us/Wago221
If you're in the UK, Europe or USA you can order a pre-soldered PCB with the Wemos, Mini360 and Logic Converter already attached and configured here: www.etsy.com/uk/listing/10931...
Optional Square panels to enhance your project: www.etsy.com/uk/listing/10679...
==========
The WLED firmware can be downloaded from here:
install.wled.me/
3D printed parts, wiring diagrams, FAQ etc can be found here:
www.diymachines.co.uk/geoleaf...
Download 3D printable parts: www.prusaprinters.org/prints/...
Optional square panels available for a donation to the channel:
www.etsy.com/uk/listing/10679...
Discord server for project: / discord
==========
These are some of my favourite tools I use and can recommend:
■ Battery-powered glue gun: geni.us/BoschBatteryGlueGun
■ Bosch Bit Driver: geni.us/Bosch-Screwdriver
I use a Prusa MK3S for my projects and highly recommend both it and the Prusa Mini. If I inspired you to take up 3D printing please consider purchasing a printer via this link: shop.prusa3d.com/#a_aid=diymac...
Prusa support my channel when you use that link at no cost to yourself. :)
=============
SAY THANKS:
Provide continual and dependable support through Patreon:
Support us on Patreon: / diymachines
Buy me a coffee to say thanks: ko-fi.com/diymachines
SUBSCRIBE:
■ / @diymachines
INSTAGRAM: / diy_machines
FACEBOOK: / diymachines
ETSY: www.etsy.com/uk/shop/DIYMachines
==========
List of camera and lighting equipment I use:
Sony A7 III: geni.us/Sony-Alpha7-III
Tamron 28-75mm F2.8 RXD A036SF Lens for Sony-FE : geni.us/TamronRXD-28-75mm
Aputure Amaran HR672C: geni.us/AputureAmaranHR672C
Aputure MC: geni.us/FAPGL
RØDE VideoMic Pro+: geni.us/RodeVideoMic-ProPlus
Blue Snowball iCE: geni.us/BlueSnowball-iCE
Philips Hue Lightstrip Plus: geni.us/PhilipsHue-LightStrip
Disclaimer:
This video is shared for demonstration purposes only. - แนวปฏิบัติและการใช้ชีวิต
0:41 "I don't think they look too bad" Get out of here with that humility. They look amazing and you darn well know it!
Haha 😉 Thanks.
As an upgrade I think I would put in some pluggable connections inbetween the leaves so if one were to need reconfigure the shape then the leaves are easier to plug into one another.
I added a MAX9814 microphone and installed a WLED-SR on it and now it can also do some sound reactive effects.
Lewis, you are a creative genius! You have outdone yourself once again with this project. Amazing :)
Thank you very much!
Saw the clip on printables and dropped a liked and a follow! Damn inspirational content
I've just found your channel, and I'm really impressed by how economical your descriptions and editing are - sufficiently thorough to convey all that is important and nothing more. Too often skip I fast forward to progress through static, but with your production I watched every moment of it.
Welcome aboard! I'm really glad you found it concise enough - thanks for sticking with it. :)
Sam with me. Just found this channel and will definetly build it once i'm home
Very nice videos and quality projects. You deserve a big applause for your work!
Thank you so much 😀
dude the fact that the ideas is awesome plus your editing tricks are frigging amazing
Thanks Neoyagami, I tried hard to up the editing quality on this one. So glad you noticed. 🙂
WOW amazing video ! I am amazed by how much effort you have put into the quality of this video !
Thank you so much! I'm glad you appreciate it.
Lets get this guy some more subscribers! By far the best step by step instructions for all these amazing projects he makes and all for free!
Thanks Daniel. I would certainly my welcome more subscribers. 😄
Awesome project, perfect presented. Thank you!
You are welcome! Thanks.
Great project. Created a set for my son with 9 panels that look awesome.
Thanks a bunch :)
Glad I could help! I hope he enjoys them. :)
What a beautiful project and so well documented. I am tempted to make one.
Go for it! I'm sat next to mine right now. :)
This is so cool! I appreciate the time you spent on this.
Glad you enjoyed it!
OMG! finally i wanted to make these but all the tutorials were not good enough but then i got the notification ,i was soo happy cant wait to make my own
I'm so glad! You're welcome. I hope that you enjoy making them.
Wow! I‘m speechless 😶! What a solid construction and beautiful design! I also love these little stop motion scenes, which are so time consuming to produce. Although I‘m not a native English speaker, I can understand Your instructions very well and will try to build my own nanoleave lights. Thank you 🙏 so much!
Thank you so much 😀 I'm glad you enjoyed the stop motion. It's the first time I've used it on the channel and you're right - it's not quick to do! I think I will use it in future videos though.
I've watched two of your videos, this one and 'How to build a Hidden Shelf Edge Clock'. Your projects are awesome and the level of detail provided in the video and description are superb. New subscriber.
Awesome, thank you! I'm glad you like the projects.
Very good video. Straight forward, easy to follow and you know what you're doing. You deserve a lot more subscribers.
Wow, thanks. I'll keep working at it. :)
What an extremely well thought out and presented project.... I look forward to building this.....
Thank you Tony, I hope you do and enjoy both the process and end result. 👍🏼
@@DIYMachines Everything is in place and working, just need the intended recipient to decide on the pattern :)
That video editing, besides the project, is INSANE!
Wow. Thank you.
I finished making this over the weekend and it looks great. Thanks for the clear instructions and creating such a great project
You are so welcome! Tag me on an Instagram photo (@diy_machines) or send a photo via Facebook (facebook.com/diymachines) and I'll add it to a new page I'm adding on my site showing people's own builds. No worries if you'd rather, I hope ou enjoy what you made either way. 🙂
How are yours working? I’m getting very erradic flickering on mine now oddly enough.
I’ve made dozens of WLED powered projects and never knew about the web installer! I’ve always been manually flashing the .bin file. That’s awesome!
Yes, it’s so much more convenient! :)
I am, consistently astounded at this point by, the quality of your designs, the quality of your instructions, the quality of your videos, lighting, audio. All of it. Sir you, are absolutely spot on spec, each and every time. I haven't built anything new in awhile, partly funds and partly, been looking for my next effort. This one is it and WOW the PRICE is SO MUCH BETTER! I get to use my newly acquired 3d printer skills (gained over the last pandemic year) along with hardware and software building / configuring (gave me some ideas for customizations, etc...). Extremely excited when I got home a little while ago and saw this on my home page from you. Thank you. I'll close with, always a great attitude and your joy of the build always shines through. You are a pleasure sir and are hands down my favorite maker in YT land/everywhere. I put your work up there with Makers Muse, CNC Kitchen, 3D Printing Nerd, and all the others that shine at the top of their trade. Looking forward to seeing your channel grow to a million subscribers. KEEP IT UP AND THANK YOU!!!!!
Wow thank you Jack. 😊 I'm so happy you like the project. I really enjoyed working on it... a million subscribers would be quite remarkable!
@@DIYMachines I believe it will happen! You are welcome and I’m excited and looking forward to your future designs!
Thanks a lot! Today I did it - it looks AWESOME !!!
Fantastic! Thanks for letting me know.
Tag me on an Instagram photo (@diy_machines) or send a photo via Facebook (facebook.com/diymachines) and I'll add it to a new page I'm adding on my site showing people's own builds. No worries if you'd rather not, I hope you enjoy what you made either way. 🙂
@@DIYMachines OK. But first I'll hang it on the wall. And I will take high quality photos.
My filament needs to hurry so I can start printing this. Just a great design!
Thanks. Yes, come on filament! I've only ever run out once or twice but's it so frustrating when you want to print something....
Awesome video!! Thank you definitely a project I am going to do.
Have fun!
the way the video is made and edited. my god. this is so incredible good :-D
Wow, thank you!
Great design, printing the parts as I write this. Also ordered the ready built and pre configured PCB from your ETSY shop. Cant wait to get it built and will send an update. Thanks for your efforts.
Awesome, thank you! If your PCB isn't one I've dispatched already then I'm building the next batch this evening (just need the ESP32's I ordered to arrive) and it'll be on its way to you First Class. :)
@@DIYMachines All arrived today safe and sound, thanks :)
@@Kosmoski99 Brillaint, enjoy. 💡
Project is obviously great but the effort put into the production of this video is commendable...
High quality stuff..
Keep growing 👍
I will work hard to keep making and sharing projects. I did try to go the extra mile whilst filming and editing this one - I'm so glad you noticed. 😃
great video mate, well done on the editing, you have a new sub
Much appreciated! Thank you. :)
1:25 WOW! That internal reveal via panning while video transitioning effect was brilliant! Makes me want to stay making videos. ☮️❤️🌈‼️
You inspire me so much. What do you use for video editing?
Thank you. I tried to up my game whilst editing this one. I'm so glad you noticed it - makes worth all the while. :)
Final Cut is what I use. 🎥
Thank you!!! I have in mind something really similar to this
No problem. :)
Great project.. absolutely smashed it.. subbed..
Awesome, thank you!
Amazing stuff! My uncle has several 3D printers, so I might actually give this a go. Thank you! One thing I'd be interested to see is if you could make a DIY version of the Elgato Key Light. I imagine there's A LOT of people that would be happy to make that themselves.
Thanks Sam. Thanks for the suggestion, I just took a look at he Elgato Key Light. To be honest, by the time we match the CRI, brightness and other features it would not be much cheaper than theirs (and a-lot bulkier). If we settled for lower specs such as a lower CRI then it would not be the quality that makes the Elgato so favourable. I've put it on my list of possible project, but it won't be soon.
Lovely, lyrical lights! Having worked with LEDs extensively, one small suggestion: two layers of diffusion creates a much more even result: it eliminates the "hot spots" from the individual LEDs. Regardless, great work!
Thank good you used WLED and custom esp controller! It’s a legitimate build. Most creators use stupid off the shelf Chinese Bluetooth led strips from a box store. Awesome build!
Thanks Chris. I also went with WLED as it saved me having to create a lot of my own code - it was not entirely selfless. 😉
well presented, well designed...👍
Thank you 🙂
very nice design
This looks great! I found your channel from this video and have been watching through many of your videos and I am now a new subscriber. Can't wait to see your channel grow. I was wondering if you knew if one could define custom patterns (or something similar to this) with the WLED implementation? I am looking to design and build a sign and would like to be able to control what goes on in each letter of the sign. I am open to suggestion!
Hi Jake, the best bet is to use the Segments feature which allows you to divide one long strip into zones: github-wiki-see.page/m/Aircoookie/WLED/wiki/Segments
Oh man, your videos are amazing! And you are such a good teacher!!
Is it possible to sync the leds to music?
Thanks. Yes, absolutely - but you'll need to use the compatible PCB I designed for a more recent project: th-cam.com/video/Av5Fy3A_UWE/w-d-xo.html This one includes a microphone and additional processing power to enable sound synchronised light. Its PCB was designed to be backwards compatible with this Geoleaf project. :)
@@DIYMachines Awesome man, I am definitely going to try this project. Do you think running the the leds through a channel might diffuse the light a little better in each section? Lastly, can this be done with different shapes that triangles...say a hexagon to make kind of a honey comb shape? Thanks again! really love your videos and teaching style.
It's a great idea! 👍
Glad you think so! :)
looks super cool!
Thanks Chris. :)
I also agree that it itsrudetopeek lol. Great video, I am planning on making these very soon an look forward to the results
😁
Looks great 👍🏻👍🏻
Thanks 👍
Soooooo cool. I just need to find time to build one.
Thanks Stephen, Christmas is coming - I'm always busy with my projects over Christmas. :)
will love to see the same but with hexa patern and see a complet wall with it controlled both by a software (like Alexa) and motion detection :)
I really don't understand why this channel doesn't have at least 250k subs.
That would be brilliant, until then I'll have to keep working hard to get there. Feel free to spread the word... 😁
What's the max number of panels can this support?
Think I might as well join your patreon. Amazing content!
8 days? That is madness :( But I'm very curious and looking forward to your Video! ;)
Thanks, 7 days left now… (I needed time to finish the written documentation) :)
Very nice - likely my first project when I am finally able to decide which 3-D printer to buy ( I cannot believe how many there are to choose from!). One suggested design improvement: make all the LEDs and wiring attach to the white chassis prints and make the black light boxes snap on covers (like the cover of the rectangular electronics box). This way you can have concealed wall attachment screws without the extra small triangular pieces, and it would be a lot easier to gain access should servicing be required. The chassis prints could also have extra support features to simplify assembly and reduce the amount of glue and screws required.
Thank you John. I'd recommend Prusa - I designed this project to be printable on the full size Mk3 series and the Prusa mini.
You idea is great. I originally had the 3D prints with a hanging point on the back but when printing the first one and fully assembled it I laughed and face palmed 🤦♂️ myself when I only then realised the acrylic blocked access. This is when I pivoted to the mini triangle anchor points.
Being able to service it in situ would also be a great bonus.
I probably would print it with white filament and design it in such a way that you only need one part per panel.
Also WS LEDs with integrated controller would be better.
Also the inner circumference should be designed that the LED strip lays down fully and there is no component right on the bend, you also want some sort of hooks to pin down the LED strip because the double-sided glue on these tends to fail.
Nice, thanks for sharing. Do you have similar for hexagons?
Brilliant work! Is it possible, to connect more of the triangles - say 15? Or would the power supply or the chipsets burn?
Great project -- A lot of printing but nice!
What type of 3d printer is needed for fun DIY stuff like this? I guess, what is a good one beginners are capable of using but still has good functionality? I don't know much about the 3d printer world, but am trying to learn. Thank you in advance. really look forward to trying this.
We need more of your videos
😊 I'm working on them...
Look so cool wish I could afford something like this
Thanks Jon. 👍🏼 They may not be free but there a lot cheaper than NanoLeaf panels. This was the only way I could afford to have some. :)
Startet to print already :D Thanks for the great idea!! (made the clock-shelf already)
regarding the LED, does it matter if 30/m or 60/m
Brilliant, I hope your enjoying the shelf clock. :)
I started with 30/m but found the diffusion better with 60/m.
Hi, I love the video!
I have been looking into doing projects like these myself for a while now, and so I have a newbie question here and apologies if it has been asked already.
I'm trying to understand how you are able to provide even power to all the LEDs with just 1 power supply. I know you added the injections along the line but the power still came from the 1 power supply.
From my limited understanding, I thought to power say 150 5V RGB LEDs (assuming all on max white brightness) would require at max around 9amps of power, and if I wanted to, say, double that amount to 300 then I would need 2 power supplies to ensure even and full supply of power to all LEDs.
You clearly are using a lot more than the example of 150 LEDs, and yet with a 6amp power supply as your video states, you are able to power all of them.
Sure, you aren't turning them all to max brightness or to as white as you can get, but I am assuming you wouldn't have a problem doing so if you wanted to, or you would have mentioned it as a warning.
Does it have something to do with the fact you used a 12v power supply that was converted down to 5v for the LEDs. Did that change the amperage to something more than its default 6amps?
I assume I am missing something fundamental about how power supplies work and when powering a circuit. I am still learning this stuff as I go. Hopefully you or anyone else sees this and can give me an easy to understand answer.
Thanks for your time.
P.S. how many LEDs do you think can theoretically be powered using your method with that power supply and your injections at the regular intervals, until the power supply is just not enough and another would be needed?
i just found this and this is awesome
Thanks. :)
Cannot wait for it man....😍😶
Just a few hours... :)
That was Awesome
You're welcome. ☺️
Tip!
I had the problem that the wifi most of the time did not connect....
For me the solution was easy.
I had the voltage trim set to 5.0v.
This I had to bring back to 4.5v to get wifi to work.
Thank you for sharing your advice with others. 👍🏼
I want a 3D printer like crazy to print something cool like this one! ; )
Go for it. I have never regretted buying mine. :)
Awesome!
Thank you.
Do you think that you could use this kind of circuit board for the neon desk lamps, so that you could make those controllable from your phone or alexa, as i would love to make those wall mounted versions of the neon lamps
Great project with an awesome result. Can you also add a link to your source of those flat head m3 bolts? I don't have in that format and would like to add them to my screw collection.
Thanks. I bought the M3 bolts here: www.accu.co.uk/en/phillips-pan-head-screws/65409-SIP-M3-8-A2
love this project, i have printed the walls, base & control box but i printed the acrylic reference shape 3mm height with white pla+ and it looks like opaque acrylic, so i printed another at only 1.5mm high and it looks pretty good ( lets light from a led torch through) , waiting until my leds arrive before i commit to printing all the panels in PLA+ not acrylic
did you finished it?
How did this turn I out? Thinking of doing the same as I don't have the means to be cutting acrylic.
@@YouDyZ yes it’s on the bedroom wall and set up with voice commands via Alexa, printed the panels in white pla+ but only 1.5mm thick and they work great
@@gilesh3895 hi, I tried a few thicknesses but prefer only 1.5mm and it works fantastic this is a great project, I have also made two lightsabers using the same controllers but with 5volt leds so no need for other components
@@paulmason6847 Thanks for the reply I will be doing the same
Hi, nice project.. There is also an Wled android app, that works very well, with autosearch function. It's much better for controlling and searching, if you have more like one of this project application.. I'm using it many years and I'm very satisfied.
Thanks for the tip! I looked and found one for iOS devices as well.
lol ordered the LEDs in the parts list, the ones that came have a waterproofing over them so it's more difficult to plug into the 10cm connectors
thats a pretty cool project, I would like to make a claw machine using a arduino or a raspberry pi, my main problem its the claw itself, do you plan do something like that in the future?
Hello, and thanks for the kind words. I have on my list to make a candy grab type arcade machine which would have a claw mechanism but it's not something I'll be working on for awhile.
Great project thanks, I must give huge credit to your editing skills. 5 star! Clear frosted and opal, and thickness aren't mentioned for the acrylic are they? Those are the options on the site. Thanks.
Frosted, opal, or in America you might find it under milky white acrylic or something. I used 3mm thick acrylic.
Very clever
Thank you. 😊
Your videos are getting better by the month, keep up the work! I just have a few questions. Don't you need to strip the wires that go into the t connectors? And if I make 12 panels do I also have to give the last panel a voltage boost? Or is it better to than boost every 5 panels? Hope someone in this great community can help me answer these questions.Edit. Do you use 30 leds/m or 60 leds/m. I can get a set of 60 cheaper than the 30 ones And I think it should just work fine
Thanks Ruben, I'm working on improving with each project. The T-splice connector make a cut in the wire themselves when you crimp them. When you add a power boost it travels out in both directions, so the idea is that each injection point boost the 2/3 panels in both directions which should be enough to cover the project. No harm in adding additional ones if you wanted to though. I used 60 per meter which is preferred, the triangles are sized to fit the 60 per metre. Have fun building your own! 🙂
Cool stuff , Can you make a video showing how to make an array of smd leds (2835) such that I can power it with a current limiting Buck Boost converter
Thanks TheDIYer. That's a very specific request. I've got a list of my own projects that'll last me along time yet. Sorry.
Hmm pretty close but looking at my original nanoleaf panels, yours are definitely thicker and it looks like they maybe used a thicker plexi for the "screen" part of the panel because yours is showing the individual leds through it.
holy cow man this is such a cool project. oh god i think i need a 3d printer 😐
Thanks
You are very welcome. Thank you for the support! 🙂
Sir Please Make a tutorial On connecting everything through the Perfboard as i live outside in India and i dont think hat PCB way ship outside UK so it will be really healpful if you did that
Second project I’ve undertaken from you! The first was the hidden shelf clock with the esp32. Trying to get this finished up and I’m having issues with the WLED web installer not wanting to install WLED and is stuck on “preparing installation”. Might have to flash the binary it seems like, projects never go as smooth as we hope lol.
I'm so glad to hear your making another. 🙂 Are you trying the web installer in Chrome? I never had success in safari.
Yes I was in chrome it seems like it is a common issue lately and many people have been having issues with it lately. I ended up downloading esp home flasher and the .bin file from the WLED GitHub and flashing it that way. Wasnt too painful doing it that way once I figured out what to do now it’s running great!
Looks great!
Question: Shouldn't a fuse have been included on the PCB to avoid potential shorts?
Thanks. Any power supply used should have a fuse already fitted. (That was the intention).
Great video & instructions! I don't have a 3-D printer, but this would be my 1st project if I did since I too would like to have some Nanoleaf type panels. However, Is there a way to shield the LED's somehow so that the panel still has the nice glow, but the individual LED's aren't as noticeable?
I'm glad you enjoyed the video. 👍 The LEDs are not so noticeable when viewing it in the flesh, they are tricky to capture on camera faithfully. If you didn't mind a thicker border around the acrylic you increase the amount it overlaps the acrylic at the edges, perhaps foil on the back panel may also make a difference. Hope those ideas might inspire something. :)
Hi, a very nice design, thanks for the video. I used it as a basis to do my own variation on the design. I had been working on something similar, but your rear frame and hidden wiring is superior to my design so i replicated it in mine (i hope this ok - its just for my own use). I made a few changes.
- My LED control is using a QuinLED Dig-Uno, I use relay control in line to ensure that the LED strips have no power when in an off state as in long scenarios they do draw quite a bit of power.
- I have an on/off button that uses the button functionality of WLED
- I use hot melt brass inserts for all the M3 bolt fixtures - it makes it easier to reconfigure
- i solder flying leads and use JST-SM connectors rather than the white clips you use - i find the clips lose a lot of power
- I print the lens as well using clear PLA and have a diffuser design in it - looks very good and works well
- I modified the frame so that my lens/diffuser clips in - no glue required
Happy to share the STEP or STL files if you would like
Hi I am also looking at printing my own lenses would you mind sharing your stl files?
@@SvyatoslavGudzovatyy - sure - let me see if i can find everything
i do have - send me an email and i will send them to you
You are awesome :)
You too! Thanks Did.
Hi, great work ! The result is really good looking but what do you think of full white 3d printed parts ? have you tested it ? Thank you for your project
Thanks. No, I've not tried entirely white. You may witness some 'bleeding' through the walls of the triangles, they're about five permitters thick though so you might get away with it.
i cant wait 8 daysssss
It’s only 7 days now. :)
@@DIYMachines ha
Very cool design. I don’t own a 3D printer. How does one go about getting them ordered somewhere? (I’m in the East coast of the USA)
Really nice project 👍👍 what specific type of filament did you use? Like the quality of the surfaces 😁
Thanks Tobias. I used 3D Jakes Eco PLA (black and white one)
Thanks, by rewatching the video a saw you mentioned the used filament in the right lower corner. 😇
Nice project! Will have to try this out, but i'll try with printed white panels instead of acrylic first.
@DIY Machine
What I don't understand is how you come up with the 3500mA cap limiter. For your 14panels = 100.8Watts = 100.8W/12V = 8400mA ?
I am by no means an electrical engineer, and I wish to learn how you come up with this and how I should adapt this value in case I choose more or less panels.
Hi Dennis, the limit is created by the PCB's power trace widths, then the next cap is the barrel connector (rated for 5 amps peak if you buy the right one). I also kept it low to limit any damage someone might cause if they tried to push all the parts of the project too close to their limits. If you used an alternative path for the power to the LED's and kept an eye on the heat they generate then you could indeed increase the limit in WLED.
you can probably still use black on rear and use baking foil to get even stronger reflection than white plastic.
That’s probably true. Great idea. :)
Production quality is looking great, very engaging even for simple minded people like me with a short atten... what was I saying?
'attention span.' 😛. Thanks.
I just tryed it, it took a lot afford to do, i did 19 Pannels and added some voltage every 4 panels. But idk why but my led strip stop working in the middle of the 4th panel.
it would be nice to see a earlyer possible testing on the projekct. now i have to find out where the problem is
Great project with a fantastic result. Just one question, what if you have Google instead of Alexa, how easy would it be to change the voice command?
Thank you Rob. The project's software features are provided by the brilliant WLED (kno.wled.ge) which at the moment does not offer Google integration. This is because of limitations imposed by Google at the moment: (github.com/Aircoookie/WLED/issues/31) but it is something they hope to have.
Use IFTTT and Google assistant: www.instructables.com/WLED-on-ESP8266-IFTTT-Google-Assistant/
Nice project, I'll do it for the fun of it but under my calculation it's not MUCH MUCH cheaper than actually just buying Nanoleaf lol ... we're talking about maybe 100$ cheaper for 14 panels if you don't calculate time. Maybe parts are much more expensive in Canada.
Do you think there's a way to power them and hold them together at the same time using some stronger magnets as connections?
Yes there is. I’ve seen a smaller lighting project with that.
But you have to do your own homework because I really don’t know if the magnets have special restrictions, resistance or something like that, or if they work just like any regular metallic connector.
th-cam.com/video/YLfwbr-5PxM/w-d-xo.html
This and a bunch other things, just might make me finally buy a 3D printer.... What 3D printer are you using, or what are your print bed dimensions?
Go for it. I loved my printer so much I started this TH-cam channel about it. 😁 You should be able to print this project on a Prusa Mk3 or Prusa Mini.
I use a Prusa MK3S for my projects and highly recommend both it and the Prusa Mini. If I inspired you to take up 3D printing please consider purchasing a printer via this link: shop.prusa3d.com/#a_aid=diymachines
Prusa support my channel when you use that link at no cost to yourself. :)
which module i should use for sound reactive
Could you choose the colors to use and make them move with the music that is played by an Arduino?
is it possible to make a diy nanoleaf hot-swappable, so you can very easy switch from pattern to pattern without having a hard time detaching the panels
th-cam.com/video/YLfwbr-5PxM/w-d-xo.html
Hi,
I'm building your project.
I printed everything and bought all the necessary components including I got from you (on Etsy) the entire PCB already assembled and with pre-installed software, because I didn't want to waste too much time soldering.
I am missing only one part, the plexiglass, the product link you posted on Amazon shows a transparent plexiglass, shouldn't it be opaque? Maybe I'm wrong?
Thank you.
Tony.
P.S.
Forgive me for my bad english.
Hi Tony, your English is great.
Yes, you're right, it should be opaque.
Do you mind telling me which country you're in so that I can check and fix the link?
Thanks, Lewis