A fantasy character draped in a flowing robe holding a glowing red staff. The scene is set against a dramatic sunset with vibrant skies and reflections over water. AI generated image using Stable Diffusion.

Fantasy character holding glowing staff at sunset

Image Description

A fantasy character stands in flowing, gray robes holding a glowing red staff. The character faces away, their dark hair flowing, illuminated by the vibrant, fiery sunset behind. The scene is set by the water, with gentle waves reflecting the warm colors of the sky. The sky is dramatic, with swirling clouds in shades of red, orange, and blue, creating a magical and mystical atmosphere.

Disclaimer

Please note that the image provided has been generated by AI using a model uploaded by the user. Diffus offers the cloud-based platform that facilitates the generation process; however, we do not claim ownership of the model nor do we hold the licensing rights to it. Users are responsible for ensuring that their use of this image and the related model complies with the applicable licensing agreements.

Images by the Same Model

Generation Parameters

Prompt
Masterpiece, best quality, Dox, beautiful, beautiful, best quality, 4k, fullbody, score_9, score_7 and above, DarkFantasy, Solo, male, shaded, rim lighting, red sky's, long black hair, long black beard, scruffy look, grey robe, holding trident, glowing white eyes, sea, standing on rock, massive amounts of water magic, tidal waves, primal fury, stern look,
Negative Prompt
N0R3AL_PDXL, lineart, watermark, deformitys, deformed hands, deformed body, (Female, Multiple Females), green skin, (3d, sfm, blender:1.5),
SamplerDPM++ 2M Karras
ModelPony Diffusion V6 XL V6 (start with this one)
CFG scale7
Steps40
Seed134005929

Share to

Image Reviews

Related Keywords

Image Contributor

Related Models

An anime character with blue hair, cat ears, and a halo, wearing a black leather jacket. This is an AI generated image using Stable Diffusion.
Negative Embeds for Pony XL - N0R3AL_PDXL

Leave a Comment

Images by the Same Model