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2 years ago
Monolithium Armor [Lune Side]
Created 2 years ago · 4 comments· 0 likes
Juggernaut XL v5
"It has been a long while since you've made anything... worth your lifetime. Now you disguise yourself as a young ardent super-man in hopes of protecting foreign nations? Truly pitiful..."
-- Unknown
Data: The Armor itself is covered with a superalloy mixed with 5% tungsten, 18% chromium, 50% iron, 26% titanium, along with its most important element remaining, a singular ion of lithium. Henceforth Monolithium Armor.
The Armor can absorb any sort of electrical prowess to a certain extent & force a surge out.
How? The singular Lithium ion is able to collect these surges of electricity due to its galvanization inside the suit. As the Li ion motions extremely quickly, it is able to pick up the surging electricity & to store it inside the suit.
Notes: This Armor has been modified ten times over the years, from an updated visor, to a much more comfortable back end whence sitting.
The Armor itself is made light as a feather, but as strong as 16 Male Lions combined.
Creation Summary by Vincent
Knight in Sand Green Armor: Minimalist Vector Portrait
A vector illustration of a knight with a beard, clad in sand-green armor. The minimalist portrait, set against a black backdrop, features sharp lines reminiscent of paper texture.
Created by The Pink Man on May 6, 2024 using the Juggernaut XL v5 AI image generator model.
4 Comments
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dr pepper @drpepperaftercare
super descriptive, cool armor concept
2024-05-09T04:17:30.408ZReply
Creation Settings
- Text Prompts
- Knight with dirty blonde hair, large beard, wearing Sand Green Armor, helmetWeight: 1Line art :: Minimalistic head & shoulders portrait :: Black Background :: vector illustration :: white contrasting lines, sharp lineart, minimalism :: Paper texture, Artstation :: by Aaron Horkey + Alessandro Gottardo + Abigail Larson + Januz MirallesWeight: 1
- Model
CKPT- Initial Resolution
Medium
- Aspect Ratio
1:1
- Runtime
Short
- Overall Prompt Weight
50%
- Refiner Weight
50%
- Sampling method
K_DPMPP_2M
