土石堤坝渗流区分布式光纤温度传感监测技术装备三维模型数据

基于土石堤坝渗流区分布式光纤温度传感监测技术装备的设计图纸及实体结构组成，利用高清单反相机现场采集的装备材质、纹理等基础信息，与设备参研单位对设备结构划分、设备基础参数信息进行分类、整编、确认后，利用3dmax软件开展分布式光纤温度传感监测技术装备的三维模型创建工作，三维模型数据经各参研单位校核检验后，产生最终三维模型。数据量2.62MBBased on the design drawings and physical structural components of the distributed optical fiber temperature sensing monitoring equipment for the seepage zone of earth-rock dams, the basic information such as equipment materials and textures collected on-site using high-definition SLR cameras, and after classification, compilation and confirmation of the equipment's structural divisions and basic parameter information by the participating research and development units of the equipment, the 3D model of the distributed optical fiber temperature sensing monitoring equipment was created with 3ds Max software. After the 3D model data was verified and inspected by all participating units, the final 3D model was obtained, with a total data volume of 2.62 MB.

搜集汇总

背景与挑战

背景概述

该数据集为土石堤坝渗流区分布式光纤温度传感监测技术装备的三维模型数据，基于设计图纸和实体结构，通过高清单反相机采集信息并经参研单位整编后，利用3dmax软件创建而成，数据量2.62MB。