Evilstreak

clipdraw-interactive

evilstreak

183

clipdraw-interactive is a tool that allows users to morph vector paths towards a text prompt. It is an interactive version of the CLIPDraw model, which synthesizes drawings to match a text prompt. Compared to other models like clip-interrogator, img2prompt, and stable-diffusion, clipdraw-interactive focuses on animating and modifying vector paths rather than generating full images from text. Model inputs and outputs clipdraw-interactive takes in a text prompt, the number of paths to generate, the number of iterations to perform, and optional starting paths. It outputs a string representation of the final vector paths. Inputs Prompt**: The text prompt to guide the path generation Num Paths**: The number of paths/curves to generate Num Iterations**: The number of iterations to perform Starting Paths**: JSON-encoded starting values for the paths (overrides Num Paths) Outputs Output**: A string representation of the final vector paths Capabilities clipdraw-interactive can be used to create dynamic, animated vector art that visually represents a given text prompt. It can generate a variety of organic, flowing shapes and forms that capture the essence of the prompt. What can I use it for? clipdraw-interactive could be used for a range of applications, such as creating animated logos, illustrations, or background graphics for web pages, presentations, or videos. The model's ability to morph paths towards a text prompt makes it well-suited for generating unique, custom vector art. Companies could potentially use clipdraw-interactive to create branded visual assets or to visualize product descriptions or marketing slogans. Things to try With clipdraw-interactive, you can experiment with different text prompts to see how the model interprets and visualizes them. Try prompts that describe natural elements, abstract concepts, or even fictional creatures to see the diverse range of vector art the model can produce. You can also play with the number of paths and iterations to achieve different levels of complexity and animation.

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