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Here is what I have for the Tower so far. Looks better in game.
http://www.subsim.com/radioroom/pict...pictureid=2346 |
Hey, looking pretty good. Maybe a little too heavy of a bump map for areas that are not Tarnmatte covered. You could make two separate bump maps, one with the tarnmatte(really heavy) and one without(lighter) and then combine the two to get the desired affect. Just a suggestion.:up:
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I packaged up all the latest changes along with the Paint.Net Type-7C Templates I made for the Conning Tower, Deck, Body and Structure. Using the templates you can hide or change any effect or even go for the just got painted look. I just updated the download a few minutes ago. |
Sounds good man:yeah:
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The upper part of tower looks like is covered with a carpet now, that's more like a textile texture than anything else. Personally I liked more the first attempts with much rust and stuff, I stick with that :)
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Rust is not so efficient at absorbing radar radiation.
It looks good. Can use even more displacement as seen here: http://www.u-historia.com/uhistoria/.../tarnmatte.jpg Nice work! |
Good work! :yeah:
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As for giving more depth perception to the the Tarnmatte Texture: The game has limits to what can be done. If I try to raise the texture more it will just turn black. |
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Iron Oxides |
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The forumla of rust is Fe2O3.nH2O. When the H2O is bored and leaves for a better place, the thing that remains is Fe2O3 - red iron oxide, the thing you refer as rust. I'm curious too about the manufacturing process of tarnmatte. I didn't find a lot on the subject. |
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I also, did not find much if any information on the manufacturing process. I suspect that since it is primarily used in military applications, this information was squelched. |
Oxidation
Oxidation of different types of metal can be used for amazing applications.
i.e. Take your typical soda-pop can. The protective surface use to seal the metal surface is oxidation. A acid is applied to the surface disolving the oxidation and depositing a condensed version of that oxidation to the metals surface creating a protective layer(Anodizing). (Alodine) |
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