Abstract The contribution of digital tools in heritage documenting has significantly increased and stimulated the development and implementation of many techniques and software. Indeed, Laser scanning and advances in imaging are democratizing access to data by improving the ability to share and interpret heritage information over the world. 3D reconstruction remains the approach that currently offers the best compromises, the best protection against loss and/or oblivion. While laser scanning proved its acquisition accuracy, it faces significant issues related to data processing. This paper presents a 3D reconstruction process based on prior knowledge whose digital interpretation may create new tools to structure the acquired data. The implementation of these tools within a parametric environment would support three-dimensional interactive representations with greater reliability and future reuse. Away from being solely a case study, the example explain our process meant to be generalizable, generating models from a minimum of data avoiding the case-by-case basis.

中文翻译：

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用于知识解释和3D重建的基于知识的参数化建模

摘要数字工具在遗产文献记录中的贡献已大大增加，并刺激了许多技术和软件的开发和实施。确实，激光扫描和成像技术的进步通过提高在世界范围内共享和解释遗产信息的能力而使数据访问民主化。3D重建仍然是目前提供最佳折衷，防止丢失和/或遗忘的最佳保护的方法。激光扫描证明了其采集精度，但它面临着与数据处理相关的重大问题。本文提出了一种基于先验知识的3D重建过程，其数字解释可能会创建新的工具来构造获取的数据。这些工具在参数化环境中的实现将支持具有更高可靠性和将来重用的三维交互式表示。除了仅作为案例研究之外，该示例还说明了我们的流程应具有通用性，并利用最少的数据生成模型，从而避免了个案的基础。