- 期刊
梯田式音樂廳參數化的解構與形塑
The deconstruction and reconstruction of the parametric vineyard music hall design
摘要
表演建築空間具備低重複性與複雜之從屬關聯特質，而梯田式音樂廳空間是近年來常見的設計樣態，其需兼顧聲學與其他機能的特殊性，又需具備高藝術性表現，適合採用透過參數化輔助，進行大量產出、評估與自動篩選。當代流行梯田式音樂廳需要對各自的席位及其關聯反射面逐一檢討，彼此間也存在著複雜的互動。本研究先行透過影像處理方式，解構12個梯田式音樂廳的空間幾何特徵，並找出設計參考閥值，做為建構電腦塑形音樂廳的基礎，進而透過參數化設計的方式，去探討整合建築設計與效效能驗證的方法。本研究因此將以先導研究為基礎，建立參數化架構，輔助建築設計概念的輸入，並配建築聲學、視線規劃等，來回輔助優化，藉以幫助廳堂設計者與聲學顧問，提高設計上的自由度。
並列摘要
The performance architecture space has the characteristics of low repetition and complexity. The space needs to take into account the acoustics design and other functions, but also requires a high artistic performance. It is suitable for large-scale output, evaluation and automatic screening through the help of parametric tools. Contemporary popular terraced concert halls need to review their seats and their associated reflective surfaces one by one, and there are also complex interactions with each other. This research first uses image processing methods to deconstruct the spatial geometric characteristics of 12 terraced concert halls, and finds architecture design reference parameters thresholds, which are the basis reference for constructing computer-shaped concert halls. After that, we build a music hall design flow aided by the parametric design tools to help us modulate the concert hall in real time. With this model we used the self-developed initial acoustic real-time verification tool. Therefore, this research will base on pilot research, establish a parametric framework, assist in the input of architectural design concepts, and equipped with architectural acoustics analysis, such as line-of-sight plan to assist in optimization the complex design process, helping terraced concert hall designers and acoustic consultants to increase design creativity and freedom.