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gem

thank you!

Thank you. Just some side notes on what I found when following this, the Noise Texture nodes and the Geometry Proximity node already operate on the Position domain by default without adding a Position node, but it maybe helps with readability to add one. Also the Compare Node has a dot product vector comparison mode

Hey, if I wanna make an adaptation for this conventional 3D printing setup, into a melt-electrowritting setup which uses voltage to get the jet thinner has it descends how would you do it? Moreover, how would you also do a Taylor Cone of a electrospinning setup? Any thoughts?

This looks good, but it would be improved and more realistic if the emission strength were proportional to the intensity. The beam waist should look really much more intense than it currently is- as the beam waist almost disappears, and in real laser beams, the beam waist is the most intense part of the laser beam.

This actually gives me direction on something that has been giving me a hard time ...doing the charge transport layers of my materials. Thank you so much. Question i do have though, how can one show a charge flow in such a set up (charge flow through the contact, it doesn't have to be animated)? I was thinking of using the bezier curve.

i think i just found my new favorite creator to watch/listen to, especially regarding learning this stuff. finally. thank you.

Love it!!

Hey, How would one modify your FCC nanoparticle generator to make a 3 phase random particle? I've been trying make a 3 phase material, but I cannot figure out how the geometry attribute works. I am new to Blender. Any help is great, Thankyou.

you are super amazing. please make more and more videos. can i get the basic file of this project?

great explanation..! love your videos. can you please make video for metal batteries as well.

how can we make it circular ?

Amazing work! thanks so much!! May I use it in my publication? or could you kindly confirm what specific steps I need to take to properly use your work in the publication?😊😄

If I understand correctly you created an emissive volume where each xyz point in the volume emits light according to the Gaussian laser formula, right? However, is it possible you think, to somehow create an actual light source that behaves as a Gaussian laser beam? One that could cast light onto objects, just as regular light sources? Be it via nodes, be it via Python scripting? I'm looking for this for quite some time now.

If I understand correctly you created an emissive volume where each xyz point in the volume emits light according to the Gaussian laser formula, right? However, is it possible you think, to somehow create an actual light source that behaves as a Gaussian laser beam? One that could cast light onto objects, just as regular light sources? Be it via nodes, be it via Python scripting? I'm looking for this for quite some time now.

It was very helpful but there is one which I am facing during blender is the colour of the waveguide and the signal moving to it.

excellent!

Thank you for your valuable contents in this Chanell

You are a king, your country thanks you

Oh my gosh. You're brilliant. Incredible work dude.

Can you do the same in solidworks ?

hey i can't put materials on this. can u help me ?

What node is in compare is it math?

Thank you!

please explain how to change the colour of the material after making it porous

Very nice video, thank you for taking the time to make it! I have one suggestion for this and maybe future projects where you have complex node geometry setups. Could you provide the whole setup at the end of the video as a snap shot with high quality, so we can easily compare? I spent several hours investigating because I missed the connection from Geometry Proximity and thought you took the Distance instead of twice the Position for the Subtract and Sample Nearest vector calculations. It was just glanced over quiet fast and in the video the "noodle" connections are not super clear. Thanks and keep up the nice tutorials sir!

Hey , I am not able to see sphere in render view. What could be reason

Great tutorial! Learnt a lot for my paper illustration!

thank you so much

Thank you very much for the pack and the tutorial! Is there any chance you might add beams with varying diameter (i.e. divergent) in the future? Or are there any pointers as how I could craft these myself?

if you only knew how much you helped me with this file!!!! Thank you very much, kind man!

how can you get 110 facet on the fcc nanoparticle? it seems like only 2 facets can be seen in your example. Thank you!

adamsın kanka

Dear Ryo, thanks a lot for this video! It helps a lot to visualize hydrogels. Everything worked like a charmed =) One extra question: I've been trying also to add pores there to show the effect of porosity on hydrogels. For that, I have used the node tree you introduced in your video about porous materials (this also works btw without having a hydrogel structure, just a cheese-like cube =)). I am struggling with the enlargement of this cheese cube without the enlargement of the polymer chains inside it. When I tried to use some extra nodes e.g. "transform geometry", Blender builds yet another layer of a hydrogel (of a bigger size I wanted) on top of what I had (with pores). What do I do wrong? Thanks a lot in advance for your piece of advice!

Hi Ryo, I have a cube design, but after adding the floored modulo and value and play the animation all four sides start moving. I just want it to ‘build’ up from the bottom to the top just like a construction 3D printer works. What can I do?

Can do this in Autodesk inventor

A Fantastic tutorial! Thank you very much for putting the work into this video and sharing your knowledge.

Exactly what I was looking for. I subscribed. Keep making magic Ryo🔥

Brilliant tutorial. As a beginner, I am confused by one thing regarding section 1: I try to insert a secondary spherical active material into the voids created by the main active material. You showed how to create conductive carbon partilces particles sitting ON the surface of the main active material. But how do I modify the nodes so the secondary acive material fill the VOIDs, as in section two? Alternatively, how do I assign costum particle shapes in the cross-section model of section 2? Thank you very much - apologies for this basic question!

Hey there, I’m getting on great - created waveguide geometry fine but strangely I can’t add a material to the curve created waveguide. I can add materials to any other objects but not the curve. Has anyone else experienced this ?

In the last video you not say everything

Perfect

Come on man slow it a bit your videos are unique but if you are gonna go fast people are gonna waste more time spending pausing and revisiting the part so slow it a bit and where to even scale it to a whole sphere you have to explain every thing a bit slow and understandable not all people are fast as you so great work just do these feedbacks and good to go.

Very impressive, I plan to design a Photonics IC and am very keen to use the techniques you demonstrate to construct a simulation illustration ( I will make sure to reference you if I do !)

wonderful! May I use your components to create illustrations for my paper?

Thanks!

Please explain how did you created this input convertion :) I created a group inside the material but I couldn't add this dividers by axes :/

excellent explanation!! Thanks!

is it possible to reduce the amount of binders !? i reacreated it for something else and I want to reduce the binder amount. could you please let me know if that's possible !?

Your scene does not even have any light but looks bright but when I don't use any light it completely looks black. could you help me which settings I have to modify please !?