FiMAN: SISTEMA COMPUTARIZADO PARA ANÁLISIS DE MOVIMIENTOS DIGITALES
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Abstract
La reciente tecnología de dispositivos y sensores infrarrojos han abierto nuevas posibilidades para el desarrollo de software relacionado con el área de análisis de movimientos corporales. Esta tecnología puede ser utilizada en áreas como la salud, la enseñanza, la realidad virtual y aumentada, control de robots y entretenimiento. En este artículo presentamos el desarrollo de FiMAN, un sistema que permite visualizar los movimientos detallados de las manos en tiempo real y en 3D utilizando el dispositivo infrarrojo LeapMotion para la captura de datos, permitiendo la realización de grabaciones y reproducciones de movimientos para su posterior análisis. Para su desarrollo fue necesaria la división modular de los componentes visuales, estructurales, analíticos, estadísticos y de sonido, además de la captura y manipulación de datos. Gracias a su diseño modular, se obtuvo un entorno genérico de desarrollo para aplicaciones especializadas en movimientos digitales. Como Estudio de Caso, se utilizó el sistema al área de la educación musical, específicamente a la enseñanza de la técnica del piano, para lo cual se extendió FiMAN con un teclado virtual y manejo de sonido. El uso real de FiMAN en este escenario, demostró su modularidad y extensibilidad a diferentes áreas relacionadas al análisis de movimientos digitales.
The introduction in the market of new devices and sensors with infrared technology has opened new opportunities for the development of specialized software for body motion analysis, in areas such as health, virtual and augmented reality, robot control and entertainment. In this article we present FiMAN, a computer system that allows capturing and visualizing detailed finger and hand motion in 3D and real time, using a Leap Motion sensor.FiMAN allows to record, store and replay finger motion for post-mortem analysis. We developed a modular system using components for visual, structural, analysis, statistical and sound management, which include also data capture a manipulation. Thanks to its modular design, FiMANis a generic framework for the development of specialized motion analysis applications. As a Case Study,we extended FiMANas a tool for musical education, namely to support teaching of piano techniques, through a virtual piano keyboard with a sound module. The real life usage of FiMAN, demonstrated its modularity and extensibility for its applicability in different areas related to motion analysis.
The introduction in the market of new devices and sensors with infrared technology has opened new opportunities for the development of specialized software for body motion analysis, in areas such as health, virtual and augmented reality, robot control and entertainment. In this article we present FiMAN, a computer system that allows capturing and visualizing detailed finger and hand motion in 3D and real time, using a Leap Motion sensor.FiMAN allows to record, store and replay finger motion for post-mortem analysis. We developed a modular system using components for visual, structural, analysis, statistical and sound management, which include also data capture a manipulation. Thanks to its modular design, FiMANis a generic framework for the development of specialized motion analysis applications. As a Case Study,we extended FiMANas a tool for musical education, namely to support teaching of piano techniques, through a virtual piano keyboard with a sound module. The real life usage of FiMAN, demonstrated its modularity and extensibility for its applicability in different areas related to motion analysis.
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Vol. 1, No. 16