[New Project] Inference of Stable-Diffisuion on All Platform with ONNXRuntime

CppFast Diffusers Inference (CFDI)

CppFast Diffusers Inference (CFDI) is a C++ project. Its purpose is to leverage the acceleration capabilities of ONNXRuntime and the high compatibility of the .onnx model format to provide a convenient solution for the engineering deployment of Stable Diffusion.

You can find Project here: https://github.com/Windsander/CFDI-StableDiffusionONNXFast

The project aims to implement a high-performance SD inference library based on C/C++ using ONNXRuntime, comparable to HuggingFace Diffusers, with high model interchangeability.

Why choose ONNXRuntime as our Inference Engine?

• Open Source: ONNXRuntime is an open-source project, allowing users to freely use and modify it to suit different application scenarios.

• Scalability: It supports custom operators and optimizations, allowing for extensions and optimizations based on specific needs.

• High Performance: ONNXRuntime is highly optimized to provide fast inference speeds, suitable for real-time applications.

• Strong Compatibility: It supports model conversion from multiple deep learning frameworks (such as PyTorch, TensorFlow), making integration and deployment convenient.

• Cross-Platform Support: ONNXRuntime supports multiple hardware platforms, including CPU, GPU, TPU, etc., enabling efficient execution on various devices.

• Community and Enterprise Support: Developed and maintained by Microsoft, it has an active community and enterprise support, providing continuous updates and maintenance.

• Below show What actually happened in [Example: 1-step img2img inference] in Latent Space (Skip All Models):

See Details on the Project Main Page

The issue names no files, tests, or entry points in this repository. Start by reviewing the linked CFDI-StableDiffusionONNXFast project and its main page, then determine whether a concrete ONNX Runtime inference example is intended here. Done would require a scoped change and acceptance criteria, which the issue does not provide.