利用表面反射特征和螺纹图案的纹理映射技术表示织物纹理

Mitsuya Saeki, Koichi Yamguchi, Masaaki Okamura
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引用次数: 2

摘要

在织物表面三维图像的计算机图形表示技术中,还没有一种通过织物表面反射特性和线纹来精确表达织物纹理的表示方法。利用表面反射亮度、不规则亮度分布、线纹等三种表面反射特征来表达四种不同材质织物的纹理成为可能。研究了三个字符的提取方法和由三个字符生成纹理的过程,并考虑了用计算机图形学表达织物真实感表面的方法。每个字符的检测和表达按照以下程序进行。(1)对不同入射角γ的9幅织物表面图像进行表面反射亮度和不规则强度分布检测。(2)用函数公式表示反射亮度的数值模型。利用最小二乘法,由图像的平均灰度值与cos γ的关系得到该公式。(3)不规则亮度的分布由函数式表示。利用最小二乘法,由图像灰度直方图的标准差值σ与cos γ之间的关系得到该公式。(4)通过检测织物表面图像上的线段,提取纱线图案。(5)线纹是从“MONDRIAN-ART”的套路中产生的。对该程序进行了改进,使其与测量结果相适应。(6)最后,利用纹理映射技术在图像上组合三种特征,生成表达纹理的图像。将我们的技术应用于服装设计系统和服装CAD系统,使织物纹理的高精度表达成为可能。
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Representation of Fabric Textures by Texture Mapping Technique using Surface Reflection Characters and Thread Pattern
In the computer graphic technology for indication of three-dimensional image of fabric surface, there is no indication method to express precisely the fabric textures by the surface reflection characters of fabric and thread pattern. It becomes possible to express the textures of four kinds of fabric with different materials using three kinds of surface reflection characters such as the luminance of surface reflection, distribution of irregular luminance, and thread pattern. We studied the extraction method of three characters and the procedure of generating textures from three characters and we considered the method of expressing the realistic fabric surface by computer graphics. The detection and expression of each character was performed according to the following procedures. (1) Luminance of surface reflection and distribution of irregular intensity were detected from nine images of fabric surface with various incidence angle γ. (2) The numerical model for reflection luminance was indicated by the function formula. Using least-squares method, this formula was obtained from the relation between the average gray level of image and cos γ. (3) Distribution of irregular luminance was indicated by the function formula. Using least-squares method, this formula was obtained from relation between the standard deviation value “σ” of gray level histogram of image and cos γ. (4) Extraction of thread pattern was carried out by detecting line segments on a fabric surface image. (5) The thread pattern was generated from the routine of “MONDRIAN-ART”. This routine was improved to adapt it to the result of measurements. (6) Finally, we used texture mapping technique to compose three kinds of characteristics on image, and generated the image that expresses textures.By using our technique for fashion design system and apparel CAD system, the expressing of a high precise fabric texture becomes possible.
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