開發與評估體感互動擷取式武術學習系統之研究

本研究以目前Microsoft之Kinect體感互動系統為基礎，藉此開發出具高度互動性的動作體驗系統，以提供給一般大眾在家中客廳便可以學習傳統武術-鄭子太極拳。本系統運用相容於Unity 3D遊戲開發引擎之Open NI的Kinect套件，進而開發可運用手勢控制的動作體驗系統，藉此讓使用者從體感及互動性強的系統中學習太極拳的套路。重點在使太極拳具有數位化的教學，並透過3D建模軟體所建置人物讓使用者有耳目一新的體驗系統。目標是解決抽象的講解以及在太極拳教師無法親自教導下學習亦或是自行觀賞太過於單調以及長時間的教學影片導致學習者放棄學習。整個體感太極拳體驗系統開發過程主要分為四大部分：（1）動作錄製；（2）3D人物建模與套入；（3）體感體驗系統製作；（4）體感太極拳體驗系統之發佈。此研究將體感系統(Natural Interaction)及動作捕捉系統(Motion Capture)加以運用以創造出一個具有文化創意價值的體感偵測學習系統，以提供一般大眾簡易的武術學習方式。在文化創意的領域上產生具有價值的數位典藏範例，並得以推展與保留中華文化的傳統武術。

關鍵字

體感互動；武術學習系統；科技接受模式

並列摘要

Based on current Kinect somatosensory interactive system from Microsoft, a highly interactive motion experiencing system is developed in this study for the public learning traditional martial art, CMC Tai Chi, at home. This system is compatible with Kinect package of Open NI developed with Unity 3D to further develop a motion experiencing system which could be controlled by hand gestures so that the users could learn Tai Chi skills from the somatosensory and interactive system. The point is to have Tai Chi present digital instruction and establish characters with 3D modeling for the users to have refreshing experiences. It aims to solve abstract lectures and learn without the instruction of a Tai Chi teacher, or prevent the learners from giving up due to individually viewing dull and long-term instructional films. The development of the somatosensory Tai Chi experiencing system is divided into (1)motion recording, (2)3D character modeling and setting, (3)production of somatosensory experiencing system, and (4)release of somatosensory Tai Chi experiencing system. Natural Interaction and Motion Capture are further applied in this study to create a somatosensory detecting and learning system with cultural and creative value for the public learning martial art easily. It presents a valuable example of digital archives in the cultural and creative domain and could promote and reserve traditional martial art in Chinese culture.

並列關鍵字

Somatosensory Interactive ； Martial Art Learning System ； TAM Model

國際替代計量

開發與評估體感互動擷取式武術學習系統之研究

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