Acosta E, Temkin B, Krummel T M, Heinrichs W L
Dept. of Computer Science, Texas Tech University, Lubbock 79409, USA.
Stud Health Technol Inform. 2000;70:1-3.
For surgical training and preparations, the existing surgical virtual environments have shown great improvement. However, these improvements are more in the visual aspect. The incorporation of haptics into virtual reality base surgical simulations would enhance the sense of realism greatly. To aid in the development of the haptic surgical virtual environment we have created a graphics to haptic, G2H, virtual environment developer tool. G2H transforms graphical virtual environments (created or imported) to haptic virtual environments without programming. The G2H capability has been demonstrated using the complex 3D pelvic model of Lucy 2.0, the Stanford Visible Female. The pelvis was made haptic using G2H without any further programming effort.
对于外科手术训练和准备工作而言,现有的外科虚拟环境已展现出巨大进步。然而,这些进步更多体现在视觉方面。将触觉技术融入基于虚拟现实的外科模拟中,将极大地增强真实感。为助力触觉外科虚拟环境的开发,我们创建了一个从图形到触觉的(G2H)虚拟环境开发工具。G2H无需编程即可将图形虚拟环境(创建或导入的)转换为触觉虚拟环境。利用露西2.0(斯坦福可视女性)的复杂三维骨盆模型已证明了G2H的能力。使用G2H使骨盆具有触觉,无需任何进一步的编程工作。