🎬 Flux 3 Openrouter Prompt *DRE:
The Flux3PrompterDRE node is a sophisticated tool designed to assist you in crafting precise and effective prompts for FLUX 3 video generation using the OpenRouter platform. This node leverages a Large Language Model (LLM) to transform your initial video ideas into structured prompts that are ready to be used in the FLUX 3 generation process. By adhering to a specific prompting skill, the node ensures that the generated prompts follow a standardized format, incorporating elements such as tag systems, timing rules, and camera vocabulary. This approach not only streamlines the prompt creation process but also enhances the quality and consistency of the video outputs. The node is particularly beneficial for users who wish to translate their creative concepts into actionable prompts without delving into the technical intricacies of prompt structuring.
🎬 Flux 3 Openrouter Prompt *DRE Input Parameters:
idea
This parameter requires you to describe your video idea in plain words. The LLM uses this input to generate a structured FLUX 3 prompt. It is essential to provide a clear and detailed description to ensure the generated prompt aligns with your creative vision. There is no default value, and the input must not be empty.
model
This parameter specifies the OpenRouter model slug to be used for prompt generation. The list of available models is dynamically loaded from the OpenRouter API, and you can refresh ComfyUI to access newly added models. The default option is the provider's default model. Selecting the appropriate model can influence the style and tone of the generated prompt.
skill
This parameter allows you to choose a prompting skill that guides the LLM in generating the prompt. The default option is "none," which results in a freeform prompt. You can select from bundled skills like Flux3Director or Flux3Director4Discord, or add your own by placing additional .md files in the skills folder and refreshing ComfyUI. The chosen skill can significantly impact the structure and content of the generated prompt.
🎬 Flux 3 Openrouter Prompt *DRE Output Parameters:
prompt
The output of the Flux3PrompterDRE node is a single, structured FLUX 3 prompt. This prompt is crafted based on your input idea and the selected model and skill, and it is ready to be pasted directly into a FLUX 3 generation node. The prompt encapsulates all necessary elements for video generation, ensuring a seamless transition from concept to execution.
🎬 Flux 3 Openrouter Prompt *DRE Usage Tips:
- Ensure your video idea is as detailed and vivid as possible to help the LLM generate a more accurate and effective prompt.
- Experiment with different models and skills to see how they affect the style and structure of the generated prompt, allowing you to find the best fit for your creative needs.
- Regularly update your list of models and skills by refreshing ComfyUI to take advantage of new features and improvements.
🎬 Flux 3 Openrouter Prompt *DRE Common Errors and Solutions:
"Flux3: prompt must not be empty."
- Explanation: This error occurs when the input idea is left empty, preventing the node from generating a prompt.
- Solution: Ensure that you provide a detailed description of your video idea in the
ideaparameter before executing the node.
"Flux3: aspect_ratio '' is not supported."
- Explanation: The specified aspect ratio is not among the supported options.
- Solution: Choose an aspect ratio from the allowed list provided in the error message.
"Flux3: duration '' is not supported."
- Explanation: The duration specified is outside the supported range or format.
- Solution: Use "auto" or specify a duration between 5 and 20 seconds.
"Flux3: resolution '' is not supported."
- Explanation: The resolution provided is not supported by the node.
- Solution: Select a resolution from the list of allowed options mentioned in the error message.
"Flux3: safety_tolerance must be <min>..<max>, got: <value>."
- Explanation: The safety tolerance value is outside the acceptable range.
- Solution: Adjust the safety tolerance to fall within the specified minimum and maximum values.
