Generate Orcish Archers with AI
Create your own gang of Orcish archers with our free AI image generator. It's easy and fun!
2 years ago
A Gang Orcish archers
Created 3 years ago · 11 comments· 0 likes
SDXL 1.0
Creation Summary by Vincent
Orcish Archers in Dark Fantasy, Detailed Digital Art
This image shows a group of Orcish archers in a dark fantasy setting. The digital artwork features dynamic and volumetric lighting, with intricate details and deep colors.
Created by Alan on Nov 27, 2023 using the SDXL 1.0 AI image generator model.
11 Comments
Join the conversation
Neelix @Neelix
Thanks so much for joining the Orcs Challenge, I hope you had fun 😊. Lots of awesome Orcs all round 💚.
The next fantasy challenge is Hobgoblins and Kobolds, you are most welcome to join.
2024-10-06T20:34:20.270ZReply
Congratulations to all your orcs are incredible and I really enjoyed browsing through your creations! (Orcs challenge)
Thank you for playing. I loved most of the entries! I hope to see you in the next one!
Ty for playing my DARK FANTASY Challenge! It was one for the books! Logged in and can’t find results? Simply click on one of the winning images below. Here are the winning entries:
STICK AROUND! NEW DARK FANTASY challenge is starting SOON! Meet me there!
WHAT A STELLAR EPIC DARK FANTASY CHALLENGE! The entries were top notch, the voter number was top notch, and the vibes were TOP NOTCH! Well done!!! Here are the winning entries!
NEW DARK FANTASY challenge will be posted shortly right here again!
MY FANTASTIC FANTASY CREATIONS CHALLENGE:
MY “MOSAIC BEAUTY” LORA link:
See you there!!!
XOXO,
WYN
Creation Settings
- Text Prompts
- a Gang Orcish archers, a masterpiece, 8k resolution, dark fantasy concept art, dynamic lighting, hyperdetailed, intricately detailed, Splash screen art, trending on Artstation, deep color, Unreal Engine, volumetric lighting, Alphonse Mucha, Jordan Grimmer,Weight: 1
- Model
CKPT- Initial Resolution
Medium
- Aspect Ratio
3:4
- Runtime
Short
- Overall Prompt Weight
80%
- Refiner Weight
50%
- Sampling method
K_DPMPP_2M
