Features: - 40+ image processing algorithms - Traditional denoising: Wavelet, NLM, BM3D (GPU-accelerated) - AI models: DnCNN, SwinIR, SCUNet, NAFNet, Noise-DA - DeepInv diffusion denoising integration - Advanced film grain detection and processing - Frequency domain processing - Richardson-Lucy deconvolution - Wiener filter - External DeepInv service with FastAPI - Comprehensive documentation and guides
DeepInv Service
This folder hosts the FastAPI microservice that exposes selected
DeepInv models to ComfyUI nodes. The service is intended to run inside
the dedicated virtual environment at A:\Comfy25\envs\DeepInv so it can
install heavy dependencies without touching the primary ComfyUI venv.
Quick start
# Activate the DeepInv environment
& A:\Comfy25\envs\DeepInv\Scripts\Activate.ps1
# Launch the API
python external_tools\deepinv_service\service.py
The service listens on http://127.0.0.1:6112 by default. Override the
port by setting the DEEPINV_SERVICE_PORT environment variable before
launch.
API surface
GET /health— quick liveness probe.POST /denoise— run a DeepInv denoiser on an image saved as a.npytensor (NHWC, float32, range[0,1]). The request body must contain:input_path: path to the tensor to process.output_path: destination.npyfile that will store the result.model: one ofdrunet,dncnn,restormer,scunet,swinir.sigma: optional noise level (defaults to0.1).prefer_gpu: optional flag to request CUDA execution.
Example payload:
{
"input_path": "A:/tmp/input_image.npy",
"output_path": "A:/tmp/output_image.npy",
"model": "drunet",
"sigma": 0.05,
"prefer_gpu": true
}
Next steps
- Add endpoints for deblurring, super-resolution, and other recovery tasks using DeepInv's physics + reconstructor stack.
- Integrate an auto-starter from the ComfyUI launch batch so the service comes up automatically.
- Build ComfyUI nodes that call the API (e.g., via
requestsor asynchronous HTTP) and exchange tensors through the temporary.npyfiles.