วีดีโอ

Hi Christian, thanks for your comment, means a lot to get some good responses. I'd say keep it in mind and at some point when you'll need some procedural geometry that could not be made with native meshing operations, reach out 😉We can help with consulting or even coding. Have a great day!

Hi, thanks for your comment and sorry for a late reply on this. We're not planning to release a free version for this commercially oriented product. Learning curve is indeed steep, but it is mostly related with our parametric design platform that exists on bitbybit.dev and that is mostly free + open-source.

Jio, muzika kazko pastrigo, kazka checkina.

Jio 😁

This is browser based app, it should work on android just fine

😅 I’m very glad you liked that!

aga :)

Glad you like it! Let me know in case you'll need help integrating it on your webshops :)

tai jau tikrai, uzseivinom ir issaugojom ;)

Hey, thanks for pointing that out, I'll definitely test it out! Cheers.

yra pudukai kazkur lentynoj ;)

Nu vis dar krenta turbut ;)

iphone ;)

Net nežinojau, kad jie taip moka. Labai smagi/naudinga bit by bit programavimo opcija.

Nu gal 😁

hihi, nu jei jau po truputi tai gal ir masina kokia 🤗

@@bitbybitdev nesinorėjo spausti ☺️

I would say - not exactly, but yeah, idea is similar

I get the irony :) Sorry if you find this to be unfriendly. API is indeed very much opinionated. Having said that - you can still try stuff like this: const { shapes } = bitbybit.occt; That saves some typing. The architecture of this api was tuned to serve purposes of our visual programming editors in order to sustain 1:1 functional mapping for code blocks. If you prefer a different programming style I guess it's best to build on Opencascade.js directly and just pick and choose algorithms from our open source packages. Have a great day!

@@bitbybitdev No, it's me who should apologize for my irony. I'm a developer myself, but I've been working as a marketer in an IT company for seven years now. I understand what you're talking about. I appreciate what you're doing and sharing in your video. Wishing you success and prosperity!

Hey, thanks! No need to apologize, let me know when/if you'll need some help when using the platform. Community mosly hangs out on Discord, feel free to join in ;)

NU MIELA JUK :)

hey :) nah, it just passes the same stuff along and has higher order output type “any” that can be plugged anywhere. It probably shouldn’t be under the lists category now that i think about it ;)

ah and the thing is, flattening output does change the original output type, but i do not adjust that type on the fly. That would be quite cool to do, then this passthrough would not be needed ;)

tai jau taip, tilptu viskas ;)

taigi taigi ;)

gali but :)

hey, thanks, yeah, embedded editors helped me when reading your docs as well :) A picture is worth a 1000 words they say, those editors do the same...

Sveiki, manau galima sakyti jog kai kuriems mūsų produktams Plasticity ir Blender yra konkurentai ar bent jau alternatyvos. Kaip matote pradžioje šito video 3D modelį galite tiesiog susikonfigūruoti keičiant paprastus įvesties laukelius, nereikia net node'ų tampyti. Mūsų tikslas yra vartotojams pasiūlyti ne tik node'ų skriptavimo aplinkas bet ir galutinius "stand-alone" konfigūratorius, tokius kaip šis. Taip pat reiktų pridurti, kad tas pats puodelio algoritmas, naudojamas šiame konfigūratoriuje taip pat gali būti naudojamas ir iš "node'ų" aplinkos, kur galite įsikelti kelis tokius modelius į vieną erdvę. Tikiuosi atsakiau į klausimą :) Geros dienos!

Vietoje išsiplautu ir persilankstytu ;)

Nu per laika prisikaupia idėjų galvoje. Bet video yra atlaidus formatas :)

Hey, thanks! Glad you liked it. We do not have a tutorial for this particular design. On our youtube channel there's an old tutorial for lamp hood, but it is quite a bit outdated, as we changed and improved our platform during the years. th-cam.com/video/Vxng-VPeB9c/w-d-xo.html You canfind related project that uses updated code here: bitbybit.dev/projects/public/YQ0LWrb6gsx3jZqmu5vC/project-parametric-lamp-hood-model-by-author-bitbybit We're a platform offering parametric design tools and 3D model configurators to our users. You can find quite some examples on bitbybit.dev. If you have any questions let me know, cheers.

Hey! Thanks for the question. So on the side of OpenCascade we do not yet expose any logic that would represent assemblies and parts. The highest current OCCT level that we recognise is compounded shape. On the side of BabylonJS though we can create "instanced mesh clones" of compounded shapes that would optimally render such "components" as part on the screen by using smart optimisations on the GPU. While this would work for "viewing" purposes and probably could be exported as GLB file, it would not allow you to export the STEP definition of the assembly to third party CAD software. I hope this answers. If you'd like to discuss this further, feel free to jump to our Discord here: discord.gg/GSe3VMe

@@bitbybitdev thanks for your response. I've been following the project for a long time and am very excited about where this is going. Keep it up.

@@martincronje5242 Thanks! Support means a lot. I also made a small script that shows how instancing in BabylonJS works - I couldn't use the vase model seen in this video as you couldn't run it, but this is it: bitbybit.dev/app/matas/jGDfyAybiiJ6evdFYXrs/xhMJw92ZdJMxkmT2kxyO?editor=typescript If you use Chrome WebGPU takes care of the instances and so it's super fast to render multiple meshes that are equal in shape, size and material.

:D manau cia kazka algoritmai meluoja

@@bitbybitdev svarbu Tavo naudai meluoja:)

Kada pagauni momenta padirbi gyvenime ;) linkejimai mazajai!

Aga :)

uzkaupes buvau :)

Mergina tutorialam dar biski reik apmokyt...

Jio, varom toliau :)

Labuka, galima pasididinti ir pasimazinti kaip norisi :) Nzn ar ezero, bet kazkoks tais namas kazkur ;)

galima Gedute, galima :)