Generate Your Own Casual Images with AI
Create unique AI-generated images of people in casual settings. It's free and easy!
3 years ago
Casual
सृजित 3 years ago · 12 टिप्पणियाँ· 0 लाइक
SDXL 1.0
Something feels a little off with the AI today. Maybe because I was using a different sampling method for a while that seems to no longer be available. Anyway, this is a very cute model that seems consistent across styles, and I'm going to keep her in my back pocket for future images.
More open prompts (credit originators):
विन्सेंट द्वारा सृजन सारांश
Attractive Brunette Portrait in Sistine Chapel
A chiaroscuro portrait of an attractive young woman with curly brown hair and a sweet smile. She wears a fitted utility jacket and stands alone inside the Sistine Chapel, adopting an adorable contrapposto pose.
सृजित Oct 5, 2023 को Verso द्वारा, SDXL 1.0 एआई छवि उत्पन्न मॉडल का उपयोग करके।
12 टिप्पणियाँ
बातचीत में शामिल हों
CrowPickle @CrowPickle
[Removed]
2023-10-11T12:50:13.198ZReply
Beauty comes in natural form;
Browny hair seems moving;
Balmy smile brings us warm :)
Lovely. Reminds me a bit of a young Shannon Doherty.
![[deleted]](https://images.nightcafe.studio//assets/profile.png?tr=w-320,c-at_max)
She is a charming creation. To keep her in your "back pocket" would be to deprive your audience of your creations and art. As one of your many fans Verso, one would only wait with expectation with eyes fixed on you back pocket.
सृजन सेटिंग्स
- प्रॉम्प्ट टेक्स्ट
- by bernie_wrightson_and_basil_gogos_and_Frank_Xavier_Leyendecker_and_peter_paul_rubens chiaroscuro_painting :: hips_up_portrait_attractive_curly_haired_brunette_japanese_american_young_woman_with_sweet_smile_wearing_fitted_utility_jacket_inside_Sistine_Chapel_standing_alone_adorable_contrappostoWeight: 3photoreal :: photograph :: gun :: blades :: knife :: club :: weapon :: helmet :: frame :: black_and_white :: sitting :: kneeling :: asymmetrical_eyes :: cross-eyedWeight: -3
- मॉडल
CKPT- प्रारंभिक संकल्प
Medium
- आस्पेक्ट रेश्यो
3:4
- रनटाइम
Short
- कुल प्रॉम्प्ट वजन
70%
- सैंपलिंग विधि
K_DPMPP_2M
