Teo B G, Sarinder K K S, Lim L H S
Institute of Biological Sciences, University of Malaya, Kuala Lumpur, 50603 Malaysia.
Trop Biomed. 2010 Aug;27(2):254-64.
Three-dimensional (3D) models of the marginal hooks, dorsal and ventral anchors, bars and haptoral reservoirs of a parasite, Sundatrema langkawiense Lim & Gibson, 2009 (Monogenea) were developed using the polygonal modelling method in Autodesk 3ds Max (Version 9) based on two-dimensional (2D) illustrations. Maxscripts were written to rotate the modelled 3D structures. Appropriately orientated 3D haptoral hard-parts were then selected and positioned within the transparent 3D outline of the haptor and grouped together to form a complete 3D haptoral entity. This technique is an inexpensive tool for constructing 3D models from 2D illustrations for 3D visualisation of the spatial relationships between the different structural parts within organisms.
基于二维(2D)插图,利用Autodesk 3ds Max(版本9)中的多边形建模方法,构建了2009年发现的一种寄生虫——兰卡威桑达吸虫(Sundatrema langkawiense Lim & Gibson,单殖吸虫纲)边缘小钩、背腹锚、杆状体和抱器储器的三维(3D)模型。编写Max脚本以旋转建模的3D结构。然后选择方向合适的3D抱器硬体部分,并将其放置在抱器的透明3D轮廓内,组合在一起形成一个完整的3D抱器实体。该技术是一种低成本工具,可从2D插图构建3D模型,用于三维可视化生物体中不同结构部分之间的空间关系。