Generate Your Own Jack and the Beanstalk Images
Create your own magical Jack and the Beanstalk-inspired images with our free AI image generator. It's easy and fun!
2 years ago
<lora:Wonky Houses:1.0> Jack and the Beanstalk, epic perspective masterpiece surrealism by Martin Stranka, a boy climbs a giant beanstalk in...
Erstellt vor 2 years ago · 11 kommentare· 0 Likes
Wonky Houses
Thank you for prompt to @toomanynates
Kreationsübersicht von Vincent
Jack and the Beanstalk: Surreal Cloud Village
A surreal image of Jack and the Beanstalk, with a boy climbing into a village of clouds. The artwork features hyperdetailed swirling clouds and a dreamlike aesthetic, rendered with 3D shading.
Erstellt von duskaduscha am Sep 27, 2024 unter Verwendung des Wonky Houses KI-Bildgenerator-Modells.
11 Kommentare
An der Unterhaltung teilnehmen
Antony @Antony_SCP
Wonderful
2024-09-29T06:34:55.758ZReply
Hermoso cuento de hadas o aventuras con un final feliz, una narrativa rica en simbolismos y lecciones morales, una imagen perfecta para llegar a la cima, donde un portal espera ser atravesado por alguien especial, que todos sabemos, el cielo está nublado y en el aire se respira una sensación de calma y misterio, a la espera de atravesar al otro mundo de fantasía. Muy Bello.
Kreationseinstellungen
- Text-Prompts
- <lora:Wonky Houses:1.0> Jack and the Beanstalk, epic perspective masterpiece surrealism by Martin Stranka, a boy climbs a giant beanstalk into a village made of clouds, cumulonimbus rock portal arch made of glowing starry sky violet gold sunset cloudsWeight: 1hyperdetailed swirling clouds Beautiful Seascape landscape by Android Jones and Julie Dillon; glass beads lace brocade ribbon gems/ depth of field/ quilted felting tapestry by textile artist "kees van dongen"/ by artist "arthur rackham"/ whimsical childlike fantastical dreamlike/ 3d shading 3delightWeight: 0.9
- Modell
CKPT- Addon Modelle
LoRA
Darken- Anfangsauflösung
Medium
- Seitenverhältnis
3:4
- Laufzeit
Short
- Gesamt-Prompt-Gewicht
50%
- Rauschgewicht
40%
- Abtastmethode
K_DPMPP_2M
