BennyDaBall/Qwen3-4b-Z-Image-Turbo-AbliteratedV1
BennyDaBall/Qwen3-4b-Z-Image-Turbo-AbliteratedV1 is a 4 billion parameter text encoder based on the Tongyi-MAI/Z-Image-Turbo model, specifically modified by BennyDaBall. This model is engineered to significantly reduce image generation and general refusal rates, achieving a refusal rate of only 4/100 in torture tests with a minimal KL Divergence of 0.0004. It is primarily designed for users who require a text encoder that generates content with fewer restrictions, making it suitable for diverse and unrestricted image generation tasks.
Loading preview...
Qwen3-4b-Z-Image-Turbo-AbliteratedV1 Overview
This model, developed by BennyDaBall, is an abliterated version of the Z-Image-Turbo text encoder, specifically designed to minimize content generation refusals. It leverages a modified "p-e-w heretic method" applied over 1000 trials to target both image generation and general refusal mechanisms.
Key Capabilities
- Significantly Reduced Refusals: Achieves a refusal rate of only
4/100in rigorous testing, allowing for more unrestricted content generation. - Minimal Model Alteration: Maintains a very low KL Divergence of
0.0004, indicating that the core model integrity and quality are largely preserved despite the modifications. - Enhanced Creative Freedom: Empowers users to generate a wider range of content without encountering common AI-imposed restrictions.
- Versatile GGUF Formats: Available in various quantization levels, from F16 (8.05 GB) to Q2_K (1.67 GB), offering flexibility for different hardware and performance needs.
Good For
- Unrestricted Image Generation: Ideal for applications where the goal is to generate diverse images without encountering typical AI censorship or refusal messages.
- Creative Content Development: Suitable for artists, designers, and developers who need a text encoder that provides maximum creative latitude.
- Experimentation with AI Limitations: Useful for researchers and enthusiasts exploring the boundaries of AI content generation and refusal mechanisms.
Top 3 parameter combinations used by Featherless users for this model. Click a tab to see each config.