Percept Pixel

Percept Pixel is an innovative tool designed to enhance the understanding and analysis of somatosensory percepts, including pain and sensory experiences. This app provides users with advanced methods to quantify and compare the intensity and similarity of somatosensory maps, which are crucial for both clinical and research applications.

At its core, Percept Pixel offers functionalities that allow users to create, analyze, and compare somatosensory maps. These maps can be used to track changes in sensory experiences over time, providing valuable insights into how different factors influence perception. The app supports both discretized and free-hand drawn maps in 2D and 3D representations, making it versatile for various use cases.

Key features of Percept Pixel include the ability to measure somatosensory percept intensity and deviation, allowing for precise comparisons between different sensory experiences. This capability is particularly useful in healthcare settings, where accurate characterization of pain and other sensations is essential for patient care and research. By utilizing advanced mathematical models, such as those inspired by optimal transport theory, the app ensures consistent and reliable results across different conditions.

Overall, Percept Pixel serves as a powerful tool for researchers and clinicians seeking to improve their understanding of somatosensory experiences. Its ability to provide detailed, quantifiable data on sensory perceptions makes it a valuable resource for advancing research and improving patient outcomes in the field of somatosensory science.