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2 years ago
Teacup Fairy Escape on a Coffee Table
Created 2 years ago · 2 comments· 0 likes
Starlight XLClarity 1x
Imagine a world where fairies have made their home in the most unexpected place – a teacup on your coffee table. This miniature fairy village is brimming with charm, from the tiny homes nestled among moss and flowers to the winding stone paths leading through the village. As the fairies escape the confines of the teacup, their world unfurls across the table, creating a magical scene that invites you to explore every tiny detail. Perfect for lovers of whimsical art and fantasy, this teacup fairy village brings a touch of wonder to any space.
Creation Summary by Vincent
Miniature Fairy Village Teacup Spring Fantasy Art
A hyperdetailed digital illustration of a miniature fairy village emerging from a teacup on a coffee table. The fantasy art style features dynamic lighting, mystic fog, and a spring season background.
Created by Heralyn on Oct 22, 2024 using the Starlight XL AI image generator model.
Progress Images
2 Comments
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Megan @Megansamantha
Magical and beautiful
2024-10-24T08:01:29.716ZReply
Creation Settings
- Model
CKPT- Start Image
- Upscale Prompt
- Miniature Fairy Village coming out from teacup, on the coffee table: detailed spring season fantasy background, hyperdetailed; by Kim Keever Antoine Collignon Wadim Kashin Tim Burton Peter Mohrbacher, realism; incredible composition; dynamic lighting; meticulously composed concept art, fascinating star, ...
- Creativity
40%
Original Creation Settings
- Text Prompts
- Miniature Fairy Village coming out from teacup, on the coffee table: detailed spring season fantasy background, hyperdetailed; by Kim Keever Antoine Collignon Wadim Kashin Tim Burton Peter Mohrbacher, realism; incredible composition; dynamic lighting; meticulously composed concept art, fascinating star, ...Weight: 1
- Model
CKPT- Addon Models
- WFLOW
- Initial Resolution
Medium
- Aspect Ratio
3:4
- Runtime
Short
- Overall Prompt Weight
45%
- Refiner Weight
25%
- Noise Weight
50%
- Sampling method
K_DPMPP_2M
