Golden Lotus in a Himalayan Paradise

Serene Landscape with Snow-Capped Mountains and Water Lilies

Artist
Sam...
Prompt
Read prompt
DDG Model
AIVision
Access
Public
Created
5h ago
Similar Try
Public
34

0

11
- Share
  
  https://deepdreamgenerator.com/ddream/i0jicozbn8p COPY LINK
- Info
  Golden Lotus in a Himalayan Paradise
  
  Model: AIVision
  
  Size: 1008 X 1792 (1.81 MP)
  
  Used settings:
  
  Prompt: The Eternal Bloom: A mystical scene where a single golden lotus blooms at the center of a pristine Himalayan lake. The flower emits a soft glow, illuminating the surrounding water. Snow-covered peaks rise dramatically in the background, their reflections shimmering in the still lake. The petals of the lotus are delicately detailed, exuding an aura of divine beauty. Primarily use artistic style of Nicholas Roerich for divine Himalayan backdrops Enhance using artistic style of Pierre-Joseph Redoute for lotus intricacy
  
  Face enhance: No
  
  Upscale & Enhance: 0
  
  Aspect Ratio: portrait_tall
- Report
  
  Would you like to report this Dream as inappropriate?

Prompt: The Eternal Bloom: A mystical scene where a single golden lotus blooms at the center of a pristine Himalayan lake. The flower emits a soft glow, illuminating the surrounding water. Snow-covered peaks rise dramatically in the background, their reflections shimmering in the still lake. The petals of the lotus are delicately detailed, exuding an aura of divine beauty. Primarily use artistic style of Nicholas Roerich for divine Himalayan backdrops Enhance using artistic style of Pierre-Joseph Redoute for lotus intricacy

Modifiers:

elegant Award winning photography intricate photorealistic very attractive beautiful crisp quality colourful Peter Lik beautiful elegant intricate very attractive beautiful

More about Golden Lotus in a Himalayan Paradise

A golden lotus blooms radiantly at the heart of a serene Himalayan lake, surrounded by majestic snow-capped peaks. Its delicate petals glow softly, casting enchanting reflections on the water's surface.