Glass Texture JSON Aesthetic
This ChatGPT photo prompt embodies a stunning photorealistic 3D render with an enchanting glass aesthetic, showcasing transparent and iridescent effects complemented by a smooth, polished surface that reflects subtle light. Experience the ethereal glow and prismatic color splits under soft diffused lighting, delivering captivating depth and luminosity that elevates your visuals to new heights.
How to use Glass Texture JSON Aesthetic in ChatGPT
1. Copy the ChatGPT photo prompt below that describes glass texture json aesthetic.
2. Open ChatGPT (gpt-image model preferred).
3. Paste the prompt and, if you like, precede it with: "Generate an image of ...".
4. Optionally adjust aspect ratio, resolution or color temperature to refine the output.
5. Press Enter and watch ChatGPT transform the words into a vivid picture.
6. Download or upscale the generated image for your project.
Copyright & Commercial Use
All images generated with Glass Texture JSON Aesthetic are subject to OpenAI's content policy. You may use the results of this ChatGPT photo prompt for personal and commercial projects, provided you comply with local regulations and platform terms.
ChatGPT Prompt
Redo this image with the following aesthetic: photorealistic 3D render style, glass material with transparent and iridescent effects, smooth polished surface texture with subtle reflections and refractive effects, soft diffused lighting creating depth and luminosity, prismatic color splits, ethereal glow, high-quality rendering with realistic material properties.
Related Tags
Prompt Tuning Tips
• Specify a camera angle that enhances depth, such as a low-angle shot or close-up view to accentuate the glass material's clarity and reflections.
• Incorporate specific color themes for the prismatic color splits, like a pastel or vibrant palette, to guide the overall mood of the image.
• Add details about the environment or background to create context, ensuring that it complements the ethereal glow and doesn’t distract from the main subject.
• Include rendering settings such as a higher aspect ratio (16:9) for a cinematic feel or specify the number of sampling steps (e.g., 512) to increase the quality and reduce noise.
• Suggest experimenting with different types of soft lighting, like backlighting or side lighting, to enhance the iridescent effects and surface texture.