
image-to-video
Idle
您的请求将花费 $0.42 每次运行。
使用 $10 您可以运行此模型大约 23 次。
还有一件事:
Kling Omni Video O1 (Standard) is Kuaishou's unified multi-modal video generation model, optimized for cost efficiency and stable production use. The Text-to-Video mode transforms natural language prompts into high-quality videos with coherent motion, strong scene understanding, and cinematic results.
Generate videos directly from text descriptions:
Advanced video reasoning ensures:
Use descriptive prompts to control:
Text-Driven Video Synthesis — From prompt to video in one step
Temporal Consistency — Stable visuals across the entire sequence
Cinematic Motion — Natural movement and camera dynamics
Standard Optimization — Balanced quality, speed, and cost
Adaptive Duration Control — Video length adapts based on input conditions
last_image is provided, supports flexible durations from 3 to 10 secondslast_image, generation is limited to 5s or 10s for optimal stabilityEnter Your Text Prompt Describe the scene, subject, and actions in natural language.
Refine with Details (Optional) Add style, camera motion, or environment cues.
Example: "A futuristic city at night, neon lights reflecting on wet streets, slow cinematic camera pan"
Set Parameters Choose video duration and whether to use start and end frames for generation.
Generate Receive a coherent, dynamic video generated entirely from text.
| duration | price |
|---|---|
| per second | $0.084 |
kwaivgi/kling-video-o1-std — Video Edit — Edit videos with natural-language instructions for precise, context-aware changes like object removal, scene adjustments, and style refinement while preserving motion consistency.
kwaivgi/kling-video-o1-std — Reference to Video — Generate new videos guided by a reference video to match its style, identity, or motion patterns, ideal for consistent visual storytelling and content iteration.
kwaivgi/kling-video-o1-std — Text to Video — Create videos directly from text prompts with strong prompt adherence and cinematic motion, great for rapid prototyping, ads, and creative concept exploration.