Denoising diffusion models have shown outstanding performance in image editing. Existing works tend to use either image-guided methods, which provide a visual reference but lack control over semantic coherence, or text-guided methods, which ensure faithfulness to text guidance but lack visual quality. To address the problem, we propose the Zero-shot Inversion Process (ZIP), a framework that injects a fusion of generated visual reference and text guidance into the semantic latent space of a \textit{frozen} pre-trained diffusion model. Only using a tiny neural network, the proposed ZIP produces diverse content and attributes under the intuitive control of the text prompt. Moreover, ZIP shows remarkable robustness for both in-domain and out-of-domain attribute manipulation on real images. We perform detailed experiments on various benchmark datasets. Compared to state-of-the-art methods, ZIP produces images of equivalent quality while providing a realistic editing effect.

零样本反演过程 (ZIP) 是一个框架，将生成的视觉参考和文本引导注入预训练的去噪扩散模型的语义潜空间中，仅使用一个小型神经网络，ZIP在文本提示的直观控制下产生多样的内容和属性，并对真实图像上的域内和域外属性操作展现了显著的鲁棒性。与最先进的方法相比，ZIP在提供逼真的编辑效果的同时，生成了同等质量的图像。

基于扩散模型的图像属性编辑的零样本反演过程