Parameterized and computational HBIM method for the wooden frame of traditional Minnan residential buildings
In response to the problems of slow drawing speed and poor data sharing in the conservation of Minnan traditional residential buildings,this paper proposes a parametric and arithmetic modelling approach based on the historic building information model(HBIM)technology process.Firstly,Revi-tAIP was used to drive the arithmetic generation of the model.Secondly,combining with the WPF user interface,the interactive generation of the model was achieved.Finally,cloud-based display platform for Minnan traditional residential buildings was built based on WebGL technology to achieve"internet+ancient construction".In order to verify the effectiveness of the method,a typical case was selected to practice the method.The results show that the method accurately and efficiently preserves all kinds of information of traditional residential buildings in digital form,and at the same time greatly improves the speed and accuracy of reverse modelling of traditional residential buildings,providing technical sup-port for informatization and digital conservation of traditional residential buildings in Minnan and even the entire Fujian Province.
Minnan traditional residential buildingslarge wooden frame modelhistoric building information model(HBIM)parametric modelingcomputational modelinginternet+ancient buildings
万方数据
维普
