Nerijs
Models by this creator
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pixel-art-xl
342
The pixel-art-xl model, developed by nerijs, is a powerful latent diffusion model capable of generating high-quality pixel art images from text prompts. It builds upon the Stable Diffusion XL 1.0 model, a large-scale diffusion model, and has been further fine-tuned to excel at pixel art generation. Similar models include pixelcascade128-v0.1, an early version of a LoRa for Stable Cascade Stace C for pixel art, and animagine-xl, a high-resolution, latent text-to-image diffusion model fine-tuned for anime-style images. Model inputs and outputs Inputs Prompt**: A text description of the desired pixel art image, which can include keywords related to the subject matter, style, and desired quality. Negative Prompt**: An optional text description of elements to be avoided in the generated image. Outputs Generated Image**: A high-quality pixel art image that matches the input prompt. The model can generate images up to 1024x1024 pixels in size. Capabilities The pixel-art-xl model excels at generating detailed and visually appealing pixel art images from text prompts. It can capture a wide range of subjects, styles, and compositions, including characters, landscapes, and abstract designs. The model's fine-tuning on pixel art datasets allows it to generate images with a consistent and coherent pixel-based aesthetic, while maintaining high visual quality. What can I use it for? The pixel-art-xl model can be a valuable tool for artists, designers, and hobbyists interested in creating retro-inspired, pixel-based artwork. It can be used to generate concept art, illustrations, or even assets for pixel-based games and applications. The model's versatility also makes it suitable for educational purposes, allowing students to explore the intersection of technology and art. Things to try One interesting aspect of the pixel-art-xl model is its ability to work seamlessly with LoRA (Low-Rank Adaptation) adapters. By combining the base pixel-art-xl model with specialized LoRA adapters, users can further enhance the generated images with unique stylistic attributes, such as Pastel Style or Anime Nouveau. Experimenting with different LoRA adapters can open up a world of creative possibilities and help users find their preferred aesthetic.
Updated 5/27/2024
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pixelcascade128-v0.1
55
[pixelcascade128-v0.1] is an early version of a LoRa (Low-Rank Adaptation) model for Stable Cascade, a diffusion model for generating pixel art. Developed by nerijs, this model can produce pixel-style images, though the output may not be perfectly grid-aligned or pixel-perfect. The model is intended for research purposes, with possible applications in generative art, design tools, and creative processes. It can be compared to similar pixel art models like [pixelart] from irateas and the [All-In-One-Pixel-Model] from PublicPrompts. Model inputs and outputs pixelcascade128-v0.1 is a text-to-image diffusion model, taking a text prompt as input and generating a corresponding pixel art image as output. The model is designed to work with the Stable Cascade architecture, which uses a highly compressed latent space to enable more efficient training and inference compared to models like Stable Diffusion. Inputs Text prompt**: A description of the desired image, which the model will use to generate a corresponding pixel art image. Outputs Pixel art image**: The generated image, which will have a pixel-art style, though the output may not be perfectly grid-aligned or pixel-perfect. Capabilities The pixelcascade128-v0.1 model is capable of generating a wide range of pixel art images based on text prompts. While the output may not be perfectly pixel-perfect, the model can produce visually appealing and recognizable pixel art images across a variety of genres and subjects. The model's capabilities can be further enhanced by using techniques like downscaling, nearest-neighbor interpolation, or tools like Astropulse's Pixel Detector to clean up the output. What can I use it for? The pixelcascade128-v0.1 model is intended for research purposes, particularly in the areas of generative art, creative tools, and design processes. The pixel art-style images generated by the model could be used in a variety of applications, such as: Generative art and design**: The model's ability to generate unique pixel art images based on text prompts could be leveraged in the creation of generative art installations or assets for design projects. Educational and creative tools**: The model could be integrated into educational or creative tools, allowing users to explore and experiment with pixel art generation. Game development**: The pixel art-style images generated by the model could be used as assets or inspiration for retro-style or 8-bit inspired video games. Things to try One interesting aspect of the pixelcascade128-v0.1 model is its ability to produce visually appealing pixel art images while working with a highly compressed latent space. Experimenting with different text prompts, sampling techniques, and post-processing steps can help unlock the model's full potential and explore its limitations. For example, you could try using the model to generate pixel art versions of real-world scenes or objects, or combine it with other techniques like image-to-image translation to create unique pixel art-style images from existing references. Additionally, further research into the model's architecture and training process could uncover ways to improve the pixel-perfect alignment and grid-like structure of the output.
Updated 5/27/2024
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isopixel-diffusion-v1
42
The isopixel-diffusion-v1 is a Stable Diffusion v2-768 model trained by nerijs to generate isometric pixel art. It can be used to create a variety of pixel art scenes, such as isometric bedrooms, sushi stores, gas stations, and magical forests. This model is one of several pixel art-focused models created by nerijs, including PixelCascade128 v0.1 and Pixel Art XL. Model Inputs and Outputs Inputs Textual prompts that include the token "isopixel" to trigger the pixel art style Outputs High-quality isometric pixel art images in 768x768 resolution Capabilities The isopixel-diffusion-v1 model can generate a wide variety of isometric pixel art scenes with impressive detail and cohesive visual styles. The examples provided show the model's ability to create convincing pixel art representations of bedrooms, sushi stores, gas stations, and magical forests. The model performs best with high step counts using the Euler_a sampler and low CFG scales. What Can I Use It For? The isopixel-diffusion-v1 model could be useful for a variety of pixel art-related projects, such as game environments, illustrations, or concept art. The model's ability to create cohesive isometric scenes makes it well-suited for designing pixel art-based user interfaces, icons, or background elements. Additionally, the model's outputs could be used as a starting point for further refinement or post-processing in pixel art tools. Things to Try When using the isopixel-diffusion-v1 model, it's recommended to always use a 768x768 resolution and experiment with high step counts on the Euler_a sampler for the best results. Additionally, using a low CFG scale can help achieve the desired pixel art aesthetic. For even better results, users can employ tools like Pixelator to further refine the model's outputs.
Updated 9/6/2024