VisoMaster: Powerful and easy-to-use photo/video face changing and editing software

General Introduction

VisoMaster is a powerful and easy-to-use video face-swapping and editing tool that utilizes artificial intelligence technology to achieve natural and realistic face-swapping effects. Whether it's an image or a video, VisoMaster produces high-quality face lifts with simple operations, suitable for both casual users and professionals. The tool supports multiple input and output formats and is GPU-accelerated to ensure efficient operation. In addition, users can customize the model and fine-tune it to meet different needs.

Function List

• High-quality AI face-swapping: Support face-swapping operation of images and videos with natural and realistic effect.
• Easy-to-use interface: user-friendly interface and simple operation.
• Multi-format support: Supports multiple input and output formats for user convenience.
• GPU Acceleration: Utilizes CUDA technology to accelerate processing and improve operational efficiency.
• Custom models: Users can customize models and fine-tune them as needed.

Using Help

Installation process

1. clone warehouse Open a terminal or command prompt and run the following command:

   git clone https://github.com/visomaster/VisoMaster.git
cd VisoMaster

2. Create and activate a Conda environment

   conda create -n visomaster python=3.10.13 -y
conda activate visomaster

3. Installing CUDA and cuDNN

   conda install -c nvidia/label/cuda-12.4.1 cuda-runtime
conda install -c conda-forge cudnn

4. Installing additional dependencies

   conda install scikit-image
pip install -r requirements_cu124.txt

5. Download models and other dependencies

   python download_models.py

Copy all the downloaded files to the dependencies/ folder.

6. Running the application After the configuration is complete, open the Start.bat file to launch the application.

Functional operation flow

1. Load video or images After opening the application, select the video or image file where you want to perform the face swap operation.
2. Selecting a face swap model Choose a preset face swap model or load a custom model as needed.
3. Adjustment parameters Adjust face-swap parameters according to specific needs, such as face-swap area, detail adjustment, and so on.
4. Starting to change faces. Click on the "Start" button and the application will automatically perform the face swap and generate the result.
5. Save results Once the face swap is complete, the user can preview the result and save it as a file in the desired format.

common problems

• CUDA Related Issues Make sure the GPU driver is updated. If you encounter CUDA-related problems, check that the driver version is compatible.
• Missing models Ensure that all model files have been properly downloaded and placed in the dependencies/ Catalog.