NightCafe Logo
Create
Anonymous User

Generate Your Own Teacup Puppy Images

Create your own adorable teacup puppy images! It's free, easy, and endlessly customizable.

Fluffy Pomeranian Puppy in Teacup, Hyperrealist Painting
Fluffy Pomeranian Puppy in Teacup, Hyperrealist Painting
3 years ago

Teacup pup

Created 3 years ago Β· 10 commentsΒ· 0 likes

Stable Diffusion 1.515.6x

Daily Challenge #54:Animals

Vincent's Avatar
Creation Summary by Vincent

Fluffy Pomeranian Puppy in Teacup, Hyperrealist Painting

This image shows an adorable fluffy Pomeranian puppy sitting inside a teacup. The artwork is highly detailed and photorealistic, with 3D liquid detailing and subsurface scattering in a hyperrealist style.

Created by Skirril on Nov 20, 2022 using the Stable Diffusion 1.5 AI image generator model.


10 Comments

Join the conversation

Anonymous User
Sort: Most recent

Cute

2022-12-11T14:25:37.677ZReply
View replies (1)
PRO

Aww, so cute :)

Creation Settings

Preset Style

Photo

Text Prompts
Cute little fluffy pomeranian puppy dog in a teacup; a masterpiece highly intricate hyper-detailed photorealistic acrylic oil painting by Jason de Graaf, Pedro Campos, Roberto Bernardi, Bosch, and Erich Christensen, 3d liquid detailing, subsurface scattering, octane render, VRay, Unreal Engine 5, 16k ...
Weight: 1
Professional photography, bokeh, natural lighting, canon lens, shot on dslr 64 megapixels sharp focus
Weight: 0.9
Model
Stable Diffusion 1.5
CKPT

Stable Diffusion 1.5

Initial Resolution

Thumb

Aspect Ratio

1:1

Runtime

Short

Overall Prompt Weight

50%

Sampling method

K_LMS


More Creations

There's always more to explore

2
Merfolk Wizard with Pearl in Underwater Scene
2
2
Unorthodox Doctor at Inventors' Fair: Dieselpunk Portrait
1
Monochrome Portrait in Hyperdetailed Lighting
0
Hyperdetailed Portrait with Dynamic Lighting
0
5
Cosmic Black Woman in Dark Fantasy Style
0
5
Epic Lions in a Dramatic Digital Painting
0
Harpy in Flight: Dark Fantasy Concept Art
0
Destroyed CD in Dramatic 3D Rendering
0
Surreal Remote Viewing in Abstract Fluid Style