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Quick, concise, doesn't make the assumption that a person looking up a tutorial knows exactly what their doing. Explans why the do things and slows down during complicated parts. it's amazing what a difference a teacher can make. Especially after a bad experience last night. You sir have earned a sub and that is not something I do often. Thank you for the hard work.

Man you are a life saver I could never find a good simple tutorial that gets to the point and works till now, thanks so much, keep it up!! :)

You have helped me out already so many times with your tutorials, clean, easy, great workflow and i actualy understand what i do instead of just copying, thank you so much for your effort and hard work!

This was a phenomenal tutorial! Normally I find them quite hard to follow, but you did an amazing job! Thanks so much!

I just started learning Blender a week ago and your tutorial was easy to follow. I am astonished at the fine detail from the effect. Your tutorial was very enlightening on how to use shading nodes and the intricoes of shading tools . Thank you for the video.

thank you! this is honestly one of the most well-structured tutorials i've come across haha

The green oxidation of copper is raised, unlike with iron. So do not invert. While it does corrode the copper oxide expands. By default all copper is a rosy color, which can only really be seen when submerging it in water with citric acid (which will immediately "orang-i-fy" after a few seconds . The copper we see everywhere is already oxidized a bit so it appears it stereotypical orange color. From there the copper begins to turn a brownish orange, leading to firm patina brown, then the bluish-green oxidation starts to form. The Copper looses shine throughout, only appearing completely shiny in its rose state and its minor oxidation state which is fresh or scratched copper. The brownish orange offers only a bit of metallic glimmer, and the copper looses metallic when it turns a firm patina brown, even before turning its final color. The surface will not fully raise till the copper starts turning green, appearing the same flat even surface until a medium brown starts where it picks up some roughness and minor raised surface, that begins to turn green. How smooth the surface is can vary by alloys and conditions. The green surface oxidation is should always raised while still on the material, even when kept smooth in some coins or copper that has been set in a controlled oxidation. It will start to fill in fine details like applying paint over and over again though. In extreme cases like with old pipes the the oxidation can form a bubbly surface with the green or even brown patina, and the oxidation will fall off in chunks or flakes like rusted steel, finally reveling the corroded copper.

Fantastic tutorial! Very well setup and great pacing. Thank you!

I just bought this Copper material, I like it very much! Thank you.

Your tutorial is always amazing and it helps me a lot !! Thank you so much for sharing your awesome skills :) I won't never forget to hit like on every post of yours

I love You so much, You and your (awesome) work ! Thank You, your videos are simple to understand and very clear. 👌👍

Hi Ryan, just another amazing tutorial from your *"Procedural Material"* playlist. Two tips that might help you: With _Node Wrangler_ activated you can quickly mix two nodes together via _MixRGB_ by holding Ctrl+Shift and drag with RMB from node to node. To reset a node just select the node and hit Backspace. best regards | Tommy

And I was going through my textures to find one just like this. Thanks for the tutorial Ryan.

This saved my home alone statue. Tried this texture I found online, and it just looks like leather, then it looked like plastic.. now, with this it actually looks like a bronze statue. Thank you!!:)

Epic tutorial tnx man!!!!

Great tutorial thanks !

Amazing 😍😍

Very good!

NICE! i just downloaded one, but wanted to learn how to do it

Thanks! I can't seem to find the MixRGB anymore in Blender 3.4, is there something else I should replace it with?

I love your procedural material making series as some one who cant afford to get substance painter i see this as pure gold please do tutorial on procedural fabric material Stay blessed thank you

Nice node work. I can follow along, but get out of my present depth when you start adding the voronoi texture and multiple bump maps. Other stuff like color ramps is second nature. Just need to do more of your tutorials for the other stuff to click. But, uh, the very beginning I was having a hard time doing the set-up. Couldn't get the plane with the emission to light up the objects worth squat, and couldn't get the background image to disappear. Did a work-around using Easy HDRI. Later I figured out to use one of my older Blender files where I did your wood tutorial, and re-use that setup. Just thought I'd let you know about the initial difficulty because it could throw some people off. In the end the material looks really cool. On to scratched metal, and rusty metal. I need a metal for something I'm working on, so will have to tinker once I figure it out well enough. Your videos are ideal training for the express purpose.

Ryan King IS the Bob Ross of Blender proecedural materials.

thanks

Nice! SWM!

another awesome one! Question though how would one get some bumps/rust to come out and some of the bumps to go in, like a mix of both? just run two setups and maps through the bump nodes? ie chain them together?

Hi Ryan, thank's for another great video man. I was wondering though is there a way to make it so after we follow the steps in the video that we could export the Material and use it in different programs?

How do you get it to behave like real oxidation, i.e., on all the top surfaces where the rain would hit it over time and then leave the sheltered surfaces with less? And also follow paths water would follow naturally to create smears downward like happens in reality.

Could you do slightly dirty copper or better yet, Brass as a tutorial? I've noticed when I look at reference images of bullets, they are dirty, and have some slight scratches, but are not rusted, and not as dirty as the Dirty Metal looks. You could make it Brass to have it be a material that you haven't covered yet, and also, I think doing more subtle imperfections could be a good beginner's project. Also, excellent video as usual!

Great tutorial. My inversion of the green-ish "rust" part works the other way and I can't work out why. I.e. if invert is ticked then it bumps out, if it's unticked then it goes in. Any ideas?

Noice :D

When i make i shatert Objekt will the copper stick still to all the fragments

all my details got wash away cause i use denoise, cant sit through render time xD but its nice to know its there even if u cant see it

procedural plaster for building please

Copper does not rust. It tarnishes. Rust is Iron Oxide and has nothing to do with copper or any other metal.

Copper...rust? Rust is iron oxide and only iron oxide. Iron...not copper.

far too fast for me