Department of Pediatrics, University of Washington, Seattle, WA, USA.
Head Face Med. 2010 Jul 28;6:18. doi: 10.1186/1746-160X-6-18.
The use of 3D surface imaging technology is becoming increasingly common in craniofacial clinics and research centers. Due to fast capture speeds and ease of use, 3D digital stereophotogrammetry is quickly becoming the preferred facial surface imaging modality. These systems can serve as an unparalleled tool for craniofacial surgeons, proving an objective digital archive of the patient's face without exposure to radiation. Acquiring consistent high-quality 3D facial captures requires planning and knowledge of the limitations of these devices. Currently, there are few resources available to help new users of this technology with the challenges they will inevitably confront. To address this deficit, this report will highlight a number of common issues that can interfere with the 3D capture process and offer practical solutions to optimize image quality.
3D 表面成像技术在颅面临床和研究中心的应用越来越普遍。由于快速捕获速度和易用性,3D 数字体视摄影术迅速成为首选的面部表面成像方式。这些系统可以为颅面外科医生提供无与伦比的工具,为患者的面部提供客观的数字档案,而无需暴露于辐射下。要获得一致的高质量 3D 面部捕获,需要规划并了解这些设备的局限性。目前,很少有资源可以帮助这项技术的新用户应对他们不可避免会遇到的挑战。为了弥补这一不足,本报告将重点介绍一些可能会干扰 3D 捕获过程的常见问题,并提供优化图像质量的实用解决方案。