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loras/ZIT_D351_L1ght_V1.safetensors ADDED
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loras/ZIT_D351_L1ght_V1.safetensors.txt ADDED
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+ https://civitai.red/models/2349412/dezi-light-lora-for-indian-south-asian-faces-zit
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+ Details
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+ Type
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+ LoRA
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+ Stats
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+ 566
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+
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+ Generation
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+ Not loaded
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+
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+ Reviews
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+ Positive
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+ (28)
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+
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+ Published
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+ Jan 30, 2026
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+
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+ Base Model
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+ ZImageTurbo
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+
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+ Training
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+ Steps: 1,500
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+ Epochs: 35
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+ Usage Tips
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+ Clip Skip: 2
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+ Strength: 0.6
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+ Hash
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+ Trigger Words
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+ d351 l1ght
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+ AIR
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+ civitai:
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+ 2349412
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+ @
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+ 2642504
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+ +
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+ 3065524
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+ This model was trained on Z-Image Turbo which otherwise creates 'standard' South Asian faces and skintones.
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+
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+ Trigger word:
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+
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+ d351 l1ght - lighter skintones
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+
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+ Would love to see someone test this out!
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loras/zit_stage1_masked_dpo_11100.safetensors ADDED
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loras/zit_stage1_masked_dpo_11100.safetensors.txt ADDED
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+ https://huggingface.co/F16/z-image-turbo-masked-dpo/tree/main?not-for-all-audiences=true
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+
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+
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+ Gated model
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+
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+ You have been granted access to this model
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+
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+ Masked Flow-DPO: Region-Aware Preference Optimization for Flow Matching Models
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+
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+ Telegram
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+ Released Weights (Stage 1)
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+
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+ The published LoKR adapter corrects the human anatomy of the Z-Image-Turbo base model. After applying this adapter:
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+
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+ Correct body proportions and shapes — limbs, torso, and extremities now have anatomically plausible geometry instead of the deformed outputs the base model produces
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+ Improved fine details — localized anatomical structures and intimate details are rendered with correct morphology
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+ No style or composition regression — corrections are spatially masked to the body region; background, lighting, and overall composition remain largely unchanged from the base model
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+
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+
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+ Format LoKR (Kronecker low-rank adapter), .safetensors
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+ Base model Z-Image-Turbo (8-step distilled DiT)
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+
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+ Load this adapter on top of Z-Image-Turbo using any LoRA-compatible inference pipeline. No other changes to the base model or sampling config are needed.
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+
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+ Masked Flow-DPO is a training framework that extends Flow-DPO (arXiv:2501.13918) with spatial masking, enabling preference optimization to focus on specific image regions rather than optimizing the entire frame globally. This is particularly effective when win/lose image pairs differ only in a localized area (e.g., anatomical correctness, facial details, object quality) while sharing identical backgrounds and composition.
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+ The Problem: Signal Dilution in Localized Corrections
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+
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+ Standard DPO computes MSE loss over the entire latent space. When a win/lose pair differs only in a small region (~5-10% of pixels), the gradient signal from the meaningful difference is overwhelmed by noise from the vast identical area. The optimizer sees a weak, noisy preference signal and struggles to learn the intended correction.