There are many examples of compatible projects that have used geospatial data to create 3D models of cityscapes or terrain models using Digital Elevation Models. The aim is to explore creation of 3D models and visualization of map data through different fields in the attribute table of a QGIS file when imported into Blender. This research will focus on two open-source software, QGIS and Blender, and their ability to represent data through 3D visualization, including an exported file of a 3D model format i.e a. Hence, there are many researchers and scholars who have studied the World Heritage List in detail, trying to understand its impact nationally and globally. These sites are viewed as a commitment to preserve and safeguard heritage for future generations. The inscription of a WHS by UNESCO is of cultural, economic and political significance to any region. The World Heritage List is not just beautiful structures and natural wonders, it is a recognition of efforts of communities and countries, coming together to preserve irreplaceable heritage. There are 1092 inscribed properties to the list, that are divided into Natural, Cultural and Mixed categories some sites are marked as World Heritage in Danger. The World Heritage List is a collection of inscribed properties of Outstanding Universal Value according to the 1972 UNESCO convention concerning the ‘Protection of World Culture and Natural Heritage’. The data set used to conduct this research was downloaded from UNESCO World heritage Center website. It is often the language most used for web-based application, especially for 2D and 3D imaging application. Python is a high-level multi-purpose programming language which is easy to read, code and run. ![]() QGIS and Blender, both are Python-based programs. The community is driven by peers who write codes for specific functions and expand the already existing functions. This program is largely supported by creative experts in the field, who are constantly experimenting, improvising and improving Blender through regular add-ons and developments. This software supports almost all 3D manipulation modeling, rigging, animation, simulation, rendering, composing and motion tracking. QGIS is supported by a vast and continuously growing community of users and coders of python extension that are discovering and experimenting with new and creative ways to manipulate data.īlender is a professional 3D creation suite, that is also open source, and available on Windows, and MacOs, and Linux systems. This software is a complete GIS system to manipulate spatial information to visualize, manage, edit, analyze, plot and compose as a map. QGIS is an open source professional GIS application available on Windows, MacOs, Linux and Unix operating systems. It is a study to push the boundaries of a conventional 3D model, where the plotting of ‘point’ shapefile will be a key aspect in data visualization, by importing a WHS shapefile into Blender to create an exportable 3D model. There will be a creative allowance, in organizing and manipulation of data. The case study will be a systematic study of using pre-existing data of UNESCO World Heritage Sites (WHS) to plot, manipulate, organize, visualize and export a 3D model. ![]() The research project will examine the possibilities of geospatial data manipulation and data visualization as a 3D model. This research is a proof of concept of integrating GIS and 3D modeling software - QGIS and Blender. Technical innovations have allowed people to push the boundaries of a GIS map, especially 3D modeling. ![]() ![]() From QGIS to Blender: Visualizing and Creating Georeferenced 3D modelsįor years GIS has been popular as a geo-spatial tool kit for scientists and researchers to map, organize, and analyze data.
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