Pyramid Flow
Code of Pyramidal Flow Matching for Efficient Video Generative Modeling
Avg Run Time: 276.000s
Model Slug: pyramid-flow
Category: Text to Video
Input
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image/jpeg, image/png, image/jpg, image/webp (Max 50MB)
Output
Example Result
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Create a Prediction
Send a POST request to create a new prediction. This will return a prediction ID that you'll use to check the result. The request should include your model inputs and API key.
Get Prediction Result
Poll the prediction endpoint with the prediction ID until the result is ready. The API uses long-polling, so you'll need to repeatedly check until you receive a success status.
Overview
The Pyramid Flow model is designed for efficient video generation, enabling both text-to-video and image-to-video synthesis. By leveraging pyramidal flow matching techniques, it captures temporal dynamics effectively, producing coherent and high-quality video outputs.
Technical Specifications
Pyramidal Flow Matching: Utilizes a hierarchical approach to model temporal dependencies efficiently.
Text-to-Video and Image-to-Video Generation: Supports both modalities for versatile content creation.
Temporal Dynamics Capture: Effectively models motion and scene transitions for realistic video outputs.
Key Considerations
The quality of the generated video is highly dependent on the clarity and relevance of the input prompts and images.
Longer durations may require more computational resources and could affect the coherence of the video.
Balancing the guidance scales is crucial to achieve the desired influence of text and image inputs on the final output
Tips & Tricks
Prompts for Pyramid Flow: Craft detailed and specific descriptions to guide the video content effectively.
Image: Use high-quality images that closely relate to the desired video theme to enhance visual coherence.
Duration: For concise content, set durations between 1 to 5 seconds; for more elaborate scenes, consider 6 to 10 seconds.
Guidance Scale: A value between 5 to 10 is recommended to balance adherence to the prompt without overwhelming the Pyramid Flow creativity.
Video Guidance Scale: Setting this between 5 to 10 helps maintain consistency with the provided image while allowing for dynamic content generation.
Frames Per Second: A frame rate of 24 fps is standard for smooth motion; however, for a more cinematic feel, 8 fps can be used.
Capabilities
Text-to-Video Generation with Pyramid Flow : Converts textual descriptions into dynamic video content.
Image-to-Video Generation: Transforms static images into animated sequences, guided by the provided image and optional text prompts.
Temporal Consistency: Maintains coherent motion and scene transitions across frames.
What Can I Use It For?
Content Creation with Pyramid Flow: Generate short videos for social media, marketing, or educational purposes based on textual or visual inputs.
Creative Projects: Explore artistic expressions by transforming images or text into animated visuals.
Prototyping: Quickly visualize concepts or storyboards without the need for extensive video production resources.
Things to Be Aware Of
Experiment with different combinations of text prompts and images to discover unique video outputs.
Adjust the guidance scales to see how the influence of text and image inputs affects the generated content.
Vary the duration and frames per second to create videos with different pacing and styles.
Limitations
The Pyramid Flow may struggle with highly complex scenes or prompts that require intricate temporal dynamics.
There is a possibility of artifacts or inconsistencies in longer videos due to the challenges in maintaining coherence over extended durations.
The generated videos are limited by the diversity and quality of the data the Pyramid Flow was trained on.
Output Format:MP4
Pricing Detail
This model runs at a cost of $0.001540 per second.
The average execution time is 276 seconds, but this may vary depending on your input data.
The average cost per run is $0.425040
Pricing Type: Execution Time
Cost Per Second means the total cost is calculated based on how long the model runs. Instead of paying a fixed fee per run, you are charged for every second the model is actively processing. This pricing method provides flexibility, especially for models with variable execution times, because you only pay for the actual time used.
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