摘要
针对工程项目传统PPT汇报方式存在信息单向传递、缺乏互动性及复杂细节展示不足等问题,以某防波堤工程为例,提出一种基于BIM的三维交互式汇报解决方案。通过整合多专业BIM模型、倾斜摄影及GIS数据,依托鸿城InfraFuser平台实现多源模型轻量化集成与场景化叙事。利用核心“故事汇”模块,以项目汇报大纲为主线,通过实时动态控制模型显隐、多维剖切分析、属性信息查询及多媒体联动等,实现设计方案的可视化解析与交互式演示。工程应用表明,该汇报方式在项目述标、方案评审、设计交底等过程中,显著提升了信息传递效率与沟通深度,为复杂工程方案的高效理解与协同决策提供了沉浸式场景支撑,形成了可复用于港口、航道等水运工程领域的三维交互式汇报范式,具有一定的推广应用价值。
Aimed at addressing issues such as unidirectional information transmission,lack of interactivity,and insufficient presentation of complex details in traditional PPT reporting methods for engineering projects,taking a breakwater project as an example,this study proposes a BIM-based three-dimensional interactive reporting solution.The approach integrates multi-disciplinary BIM models,oblique photography,and GIS data through the InfraFuser platform,enabling lightweight integration of multi-source models and scenario-driven storytelling.Using the core“Story Collection”module,with the project report outline as the main line,the visualization analysis and interactive demonstration of the design scheme are achieved through real-time dynamic control of model visibility,multi-dimensional sectioning analysis,attribute information query,and multimedia linkage.Engineering applications demonstrate that this reporting method significantly enhances information transmission efficiency and communication depth during bid presentations,design reviews,and construction briefings.It provides an immersive environment for efficient comprehension and collaborative decision-making of complex engineering solutions,forming a three-dimensional interactive reporting paradigm that can be reused in the field of water transportation engineering such as ports and waterways,and has certain promotion and application value.
作者
杨彪
吴国鑫
钱原铭
陈良志
YANG Biao;WU Guoxin;QIAN Yuanming;CHEN Liangzhi(CCCC-FHDI Engineering Co.,Ltd.,Guangzhou 510290,China)
出处
《水运工程》
2026年第2期200-205,共6页
Port & Waterway Engineering
基金
国家重点研发计划项目(2023YFB2604200)。
关键词
BIM技术
交互式汇报
防波堤工程
轻量化集成
场景化叙事
BIM technology
interactive reporting
breakwater project
lightweight integration
scenario-based storytelling
