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The mzpikas_tmnd_enhanced model is an experimental attention agreement score merge model created by the maintainer ashen-sensored. It was trained using a combination of four teacher models - TMND Mix, Pika's New Generation v1.0, MzMix, and SD Silicon - with the aim of improving image generation capabilities, particularly in the areas of character placement and background detail. Model inputs and outputs Inputs Text prompts describing the desired image Optional use of ControlNet for character placement Outputs High-resolution images (2048x1024 or 4096x2048) with enhanced detail and character placement Images can be further improved through multi-diffusion and denoising techniques Capabilities The mzpikas_tmnd_enhanced model excels at generating high-quality, photorealistic images with a focus on detailed characters and backgrounds. It is particularly adept at handling character placement and background elements, producing images with a sense of depth and cohesion. The model's performance is best suited for resolutions of 2048x1024 or higher, as lower resolutions may result in some distortion or loss of detail. What can I use it for? The mzpikas_tmnd_enhanced model is well-suited for a variety of image generation tasks, such as creating detailed character portraits, fantasy scenes, and photorealistic illustrations. Its ability to handle character placement and background elements makes it a useful tool for concept art, game asset creation, and other visual development projects. Additionally, the model's photorealistic capabilities could be leveraged for commercial applications like product visualization, architectural rendering, or even digital fashion design. Things to try One key aspect to experiment with when using the mzpikas_tmnd_enhanced model is the interplay between the text prompt and the optional ControlNet input. By carefully adjusting the weight and focus of the character and background elements in the prompt, you can achieve a more harmonious and visually compelling final image. Additionally, exploring different multi-diffusion and denoising techniques can help refine the output and maximize the model's strengths.

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Updated 5/28/2024