想同时控制图片风格和内容？FreeStyle用社区LoRA搞定双参考生成，还自带防泄漏机制，比以往方法更稳。
FreeStyle提出一种基于社区LoRA挖掘的可扩展双参考生成框架，利用社区LoRA作为风格和内容的组合锚点，构建大规模三元组数据（风格参考和内容参考）。采用两阶段课程，包括注意力级富集约束抑制风格参考泄漏，以及频率感知RoPE调制解决位置对应泄漏。引入新基准，包含风格不变内容对齐分数（CAS）和基于VLM的拒绝分数。实验表明，FreeStyle在风格对齐、内容保持和泄漏抑制之间取得强平衡。
FreeStyle: Free Control of Style-Content Dual-Reference Generation from Community LoRA Mining
Style-content dual-reference generation aims to synthesize an image that preserves the structure and semantics of a content reference while adopting the style of a separate style reference.Despite recent progress, this setting remains challenging because models must balance content fidelity, style alignment, and instruction following avoiding semantic leakage from the style reference.A key bottleneck is the lack of large-scale triplet data with clean content-style separation and broad long-tail style coverage.In this work, we propose FreeStyle, a scalable dual-reference generation framework based on community LoRA mining.We treat community LoRAs as compositional anchors for style and content, and design a rigorous generation and filtering pipeline to construct large-scale Style-Reference and Content-Reference triplets across multiple base models.To address content leakage, we adopt a two-stage curriculum with stage-specific disentanglement mechanisms: an attention-level enrichment constraint that suppresses style-reference leakage in the style-transfer stage, and a frequency-aware RoPE modulation strategy that targets positional-correspondence-based leakage in the harder dual-reference stage.We also introduce a benchmark covering both style-reference and dual-reference generation, with evaluations on style similarity, content preservation, aesthetics, instruction following, and leakage rejection. The benchmark incorporates a style-invariant Content Alignment Score (CAS) and introduces a calibrated VLM-based Rejection Score for evaluating generation reliability and leakage suppression.Extensive experiments show that our model achieves a strong balance among style alignment, content preservation, and leakage suppression.