運用混合實境(MR)輔助環境色彩計畫配色方案之研究

A Study to Apply Mixed Reality (MR) to Support Environmental Color Planning and Scheme Design

本研究旨在運用混合實境（Mixed Reality, MR）技術，進行港口建築區域配色方案之視覺模擬實驗，藉由達成環境色彩的調和，提升港口地區整體景觀的美感與視覺品質。研究過程首先蒐集港口建築區域的色彩影像資料，並建立完整的色譜資料庫。接續應用數位成像技術，針對港口建築立面設計多元配色方案，兼顧主色與輔色、建築風格、周邊環境與地域文化，確保色彩配置的整體協調性。設計完成後進行視覺評估，探討各配色組合對港口環境景觀之影響。受測者透過混合實境頭戴裝置，沉浸式觀察與評比不同方案的視覺效果與偏好，藉此蒐集使用者的回饋與建議，深入分析各配色方案之優劣。根據受測者評估結果，篩選出最具潛力之色彩優化方案，以供未來實際環境色彩規劃應用參考。最終目標為提升港口地區的視覺品質與整體吸引力，促進人與環境的和諧互動。

This study applies Mixed Reality (MR) technology to conduct visual simulation experiments for façade color scheme design in port architecture, aiming to achieve environmental color harmony and enhance the aesthetic and visual quality of port areas. The research process begins with collecting color image data from port building areas and establishing a comprehensive color spectrum database. Through digital imaging techniques, multiple façade color schemes are developed, taking into account primary and secondary colors, architectural features, surrounding environments, and regional cultural context to ensure color harmony. These schemes are then evaluated for their visual impact on the environmental landscape of the port. Participants use MR headsets to immerse themselves in the simulation, observe different color schemes, and provide feedback on visual preferences and perceived effectiveness. Their responses are analyzed to identify the strengths and weaknesses of each scheme. Based on user evaluations, the most promising color enhancement strategies are identified for potential application in real-world environmental color planning. The ultimate goal of this study is to improve the visual quality and overall appeal of port environments, fostering a more harmonious interaction between people and their surroundings.