Ackerman Michael J
IEEE Pulse. 2017 Jul-Aug;8(4):39-41. doi: 10.1109/MPUL.2017.2701221.
Atlases of anatomy have long been a mainstay for visualizing and identifying features of the human body [1]. Many are constructed of idealized illustrations rendered so that structures are presented as three-dimensional (3-D) pictures. Others have employed photographs of actual dissections. Still others are composed of collections of artist renderings of organs or areas of interest. All rely on a basically two-dimensional (2-D) graphic display to depict and allow for a better understanding of a complicated 3-D structure.
长期以来,解剖图谱一直是可视化和识别人体特征的主要手段[1]。许多解剖图谱由理想化的插图构成,这些插图经过绘制,使得结构呈现为三维(3-D)图片。其他的则采用实际解剖的照片。还有一些是由器官或感兴趣区域的艺术家渲染图集合组成。所有这些都依赖于基本的二维(2-D)图形显示来描绘并让人更好地理解复杂的三维结构。