Qiyin Temple (Yichun,China)
Release time
：2024-01-05 17:55:14 Views：
Project Date: March, 2016
Project Location: YIchun,China
Project Scope: Whole Buildiing Reverse Modeling
Total Construction Area: 266,666m2(Over 2,870,366.16 sqft)
Project Overview:
Qiyin Temple, founded in 845 AD during the Tang Dynasty, has a history of over 1,170 years. Its architecture blends Ming and Qing dynasty styles, characterized by granite-paved courtyards and buildings with blue-tiled roofs and yellow walls. The layout of the temple is dynamic, with varying heights of eaves and walls, creating a serene and enclosed space. The temple harmonizes with its natural surroundings, integrating trees and flowers into the design, resulting in a seamless connection between the structures and the landscape, exuding a sense of ancient elegance and dignity.
Bimodeling uses 3D scanning technology to capture the current state of Qiyin Temple for reverse modeling of its overall structure. This provides precise original data to the construction team. The point cloud data collected by 3D scanners undergoes processing, achieving measurement accuracy at the millimeter level, thus avoiding the need for repeated measurements. This accurate data supports the future maintenance, renovation, restoration, and archiving of Qiyin Temple.
Project Details:
In this project, Bimodeling utilized 3D scanning technology to collect precise data information about the ancient temple, creating both 3D models and 2D drawings. This processed data not only provided accurate design references for the project but also enabled a three-dimensional visualization simulation of the temple, fully showcasing its current condition and structural details. This technology ensures reliable data support for subsequent maintenance, restoration, and cultural heritage protection efforts, facilitating an efficient and precise project execution while avoiding issues like repeated measurements.
Bimodeling uses the most advanced three-dimensional scanning technology to collect the current data of "Qiyin Temple" to reverse restore the overall building of Qiyin Temple, provide accurate original data for the construction party, and collect point cloud data by three-dimensional scanners for processing, and the measurement accuracy of project data reaches the millimeter level to avoid repeated measurements. Provide accurate data support for the subsequent maintenance, renovation, restoration, and archiving of the Qiyin Temple.
Project Location: YIchun,China
Project Scope: Whole Buildiing Reverse Modeling
Total Construction Area: 266,666m2(Over 2,870,366.16 sqft)
Project Overview:
Qiyin Temple, founded in 845 AD during the Tang Dynasty, has a history of over 1,170 years. Its architecture blends Ming and Qing dynasty styles, characterized by granite-paved courtyards and buildings with blue-tiled roofs and yellow walls. The layout of the temple is dynamic, with varying heights of eaves and walls, creating a serene and enclosed space. The temple harmonizes with its natural surroundings, integrating trees and flowers into the design, resulting in a seamless connection between the structures and the landscape, exuding a sense of ancient elegance and dignity.
Bimodeling uses 3D scanning technology to capture the current state of Qiyin Temple for reverse modeling of its overall structure. This provides precise original data to the construction team. The point cloud data collected by 3D scanners undergoes processing, achieving measurement accuracy at the millimeter level, thus avoiding the need for repeated measurements. This accurate data supports the future maintenance, renovation, restoration, and archiving of Qiyin Temple.
Project Details:
In this project, Bimodeling utilized 3D scanning technology to collect precise data information about the ancient temple, creating both 3D models and 2D drawings. This processed data not only provided accurate design references for the project but also enabled a three-dimensional visualization simulation of the temple, fully showcasing its current condition and structural details. This technology ensures reliable data support for subsequent maintenance, restoration, and cultural heritage protection efforts, facilitating an efficient and precise project execution while avoiding issues like repeated measurements.
Bimodeling uses the most advanced three-dimensional scanning technology to collect the current data of "Qiyin Temple" to reverse restore the overall building of Qiyin Temple, provide accurate original data for the construction party, and collect point cloud data by three-dimensional scanners for processing, and the measurement accuracy of project data reaches the millimeter level to avoid repeated measurements. Provide accurate data support for the subsequent maintenance, renovation, restoration, and archiving of the Qiyin Temple.
3D Model of Qiyin Temple-1
3D Model of Qiyin Temple-2
