The present invention is based on a system that allows the application of real-time visual effects to static or moving objects or subjects without the need for markers, achieving a natural interaction between the object or subject and the input and output devices, using computer vision techniques. The system comprises an input device that allows the capture of images in any format and in real time, a stage configured so that the lighting and background are controlled, a real-time image processing and motion detection module through the implementation of filters, and an output device where the processed images with the corresponding visual effect are projected.
The system does not use special brands, objects, or colors, nor does it use behavioral training for its operation.