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題 名 | Parameterized 2D Graphic Compositions=參數化平面構成研究 |
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作 者 | 張建成; | 書刊名 | 華梵學報 |
卷 期 | 5 1998.08[民87.08] |
頁 次 | 頁75-90 |
分類號 | 440.8 |
關鍵詞 | 平面構成; 參數化圖形; 問題解決程序; Hyper talk程式語言; 造形單元; 造形法則; Graphic compositions; Parametric graphic; Problem solving procedure; Visual elements of form; Shape rule; |
語 文 | 英文(English) |
中文摘要 | 傳統的平面構成是以徒手加上繪圖工具輔助完成,通常都會耗費大量的人力和時 間,在修改上也有很大的困難度。本研究由問題解決程序的角度,提出一個參數化造形發展 模式。作者透過實際的螺旋造形例子說明參數化造形發展模式的步驟。此一程序係藉由一系 列直接控制基本造形元素和構成軌跡參數的演算式所達成。應用此一參數化模式,我們可將 造形發展過程透明化,並由多重參數在短時間內產生大量的平面構成,縮短徒手繪製和構想 具像化的過程。其結果頰示此一模式具有效率、精準和多樣化的優點。本文首先探討以點線 面為造形視梵單元的各種造形發展模式,進而以問題解決程序和參數化方法描述可行的造形 發展模式。透過參數化的處理,各種基礎造形元素和運算子可以簡單數學式加以操弄,遵循 美學原則逐漸發展至合理的平面構成。接著以上多邊形為單元,說明在美學原則下,參數化 平面構成模式如何將其發展成不同系列的螺旋造形。結語說明此一模式的優缺點及其限制, 最後並提出未來研究之發展方向。 |
英文摘要 | Traditionally, two-dimensional compositions are done manually with the aid of drafting tools, which is always time and energy consuming. Especially, it is difficult to refine the graphic composition during the idea development process.In the study, the author presented a parameterized form generation model from the view point of problem solving. Steps of the form generation procedure were delineated with practical examples of spirals, which were done by a series of algorithms that directly control the parameters of the primitive form and the trajectory. The methodology presented in the paper attempted to overcome the shortages existing in 2D graphic compositions from the process implementation point of view. The results of execution of this approach to form generation have shown efficiency, precision, and variety for graphic design. In the computation approach, the author visualized the form generation procedure to generate a large number of graphic outputs in a short period of time.Following the priciple of aesthetics, the primitive form and operators were manipulated by simple mathematical algorithms and further developed into a rational graphic composition. Practical examples of spirals were shown to illustrate such a form generation approach. Advantages and limitations of the computation approach as well as future work suggestions were offered at the endof the paper. |
本系統中英文摘要資訊取自各篇刊載內容。