Seedream is designed for generating visually rich and artistic images from text prompts. It excels at fantasy, anime, surrealism, and vibrant color compositions — ideal for creative visuals, storyboards, and concept art.
Seedream is designed for generating visually rich and artistic images from text prompts. It excels at fantasy, anime, surrealism, and vibrant color compositions — ideal for creative visuals, storyboards, and concept art.
About this model
Seedream, powered by bytedance-seedream-v3, is an advanced text-to-image generation model designed to bring your creative visions to life. Leveraging state-of-the-art deep learning techniques, this model transforms detailed text prompts into visually rich and artistic images that capture the essence of fantasy, anime, surrealism, and vibrant color compositions. Its innovative approach allows artists, designers, and creative storytellers to generate stunning visuals that can be used for concept art, storyboarding, and high-quality illustrations.
Built with a focus on both technical excellence and creative expression, Seedream harnesses sophisticated algorithms to understand and interpret the nuances of textual descriptions. Whether you're looking to create otherworldly landscapes, imaginative characters, or dynamic scenes bursting with color, this model offers an intuitive and flexible platform. Its competitive pricing of $0.03 per generation makes it an accessible choice for users seeking high quality outputs without compromising on performance.
Cost analysis
| Provider | Cost | Notes |
|---|---|---|
| muapiapp | $0.03 per generation | muapiapp offers superior value, being 20-50% more affordable than competitors while providing comparable or even superior image quality. |
| Fal.ai | $0.04 per generation | Though Fal.ai delivers quality outputs, muapiapp is 20-50% cheaper, making it a more cost-effective choice for text-to-image generation. |
| Replicate | $0.04 per generation | Replicate offers a similar service at a higher cost, positioning muapiapp as the more affordable alternative without sacrificing performance. |
muapiapp offers superior value, being 20-50% more affordable than competitors while providing comparable or even superior image quality.
Though Fal.ai delivers quality outputs, muapiapp is 20-50% cheaper, making it a more cost-effective choice for text-to-image generation.
Replicate offers a similar service at a higher cost, positioning muapiapp as the more affordable alternative without sacrificing performance.
** Competitor pricing is estimated based on similar model architectures and usage tiers.
Configuration schema
| Parameter | Type | Description | Default |
|---|---|---|---|
| Prompt | string | Text prompt describing the image. | A magical forest with glowing mushrooms and a crystal river under a starry sky, dreamy and ethereal style. |
| Aspect Ratio | Enum (5 options) | Aspect ratio of the output image. | 1:1 |
Text prompt describing the image.
A magical forest with glowing mushrooms and a crystal river under a starry sky, dreamy and ethereal style.Aspect ratio of the output image.
1:1Developer documentation
Prepare Your Input:
Submit Your Request:
prompt and, optionally, the aspect_ratio key.Receive Your Image:
image field, which you can then view or download.Iterate & Refine:
Frequently asked
Seedream is an advanced text-to-image generation model that transforms descriptive text prompts into visually captivating images. It specializes in generating content with vibrant colors, fantasy themes, and surreal styles.
Seedream uses deep learning algorithms to interpret your text prompt and generate images that reflect the described scene. By analyzing detailed inputs, the model produces creative visuals that are ideal for concept art and storyboarding.
The primary input is a text prompt that describes the desired image. You also have the option to specify an aspect ratio (options include 1:1, 16:9, 9:16, 3:4, or 4:3) to tailor the image layout.
Each image generation costs $0.03, making Seedream a cost-effective option for high-quality, creative image outputs.