MODELISASI KOTAK TISU DENGAN PENGGABUNGAN KURVA BEZIER, KURVA HERMIT DAN HASIL DEFORMASI BENDA GEOMETRI

Dian Safitri, Bagus Juliyanto, Firdaus Ubaidillah
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引用次数: 2

Abstract

The tissue box is a place to store tissues to make them look neat and protect the tissues from dirt and dust. Tissue boxes are often used in households, restaurants and also as room decorations. Therefore, the shapes of tissue boxes that are being developed are increasingly varied according to consumer interests. The tissue box consists of three main parts, namely the cover, body and base of the box. This research was carried out by developing variations in the shape of the tissue box components using the Bezier curve, the Hermit curve and the results of the deformation of geometric objects. The deformation techniques used are rotation, dilation, and curve interpolation. Tissue box modeling processes are divided into four stages. The first, modeling the tissue box by dividing into three models, namely model A, model B and model C. The second, determining the size of the tissue box components based on the model. The third, modeling tissue box components. Finally, visualizing the results of the tissue box model by combining the components so that a variety of tissue box models are produced.
用BEZIER曲线、隐士曲线和几何物体变形的结果来催化纸巾盒
纸巾盒是一个存放纸巾的地方,使它们看起来整洁,并保护纸巾免受灰尘和灰尘的侵害。纸巾盒通常用于家庭,餐馆和房间装饰。因此,正在开发的纸巾盒的形状越来越多地根据消费者的兴趣而变化。纸巾盒主要由三个部分组成,即盒盖、盒身和盒底。本研究是通过使用贝塞尔曲线、隐士曲线和几何物体变形结果来开发纸巾盒部件形状的变化来进行的。使用的变形技术有旋转、膨胀和曲线插值。组织盒建模过程分为四个阶段。首先,对纸巾盒进行建模,分为A、B、c三个模型。其次,根据模型确定纸巾盒部件的尺寸。第三,纸巾盒组件建模。最后,通过组合各组成部分对纸巾盒模型的结果进行可视化,从而产生多种纸巾盒模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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