GISBox

 Vector data in GIS is a spatial data model based on a coordinate system. It accurately represents the location, shape, and boundaries of geographic entities through discrete geometric objects—points, lines, and polygons. Its core feature is continuous coordinate space modeling, independent of pixel grids, thus achieving high-precision, infinitely scalable, and distortion-free spatial representation. GISBox supports importing and editing vector data in its scene editor. Examples include PostGIS databases, SHP, GEOJSON, DWG, and DXF. It also supports downloading vector data from maps or directly inserting empty vectors for drawing in 2D. This article will guide you through inserting empty vectors into a scene and drawing vector data. 1. First, click the “Add” button in Scene Editor to create a new scene. 2. After the scene is successfully created, select “Insert Empty Vector” in the Tab bar at the top of the interface. A “Feature Layer” will then be added to the scene on the left. 3...

  Geographic Information Systems (GIS) are evolving to become more specialized, user-friendly, and intelligent. From land-use planning and smart city digital twins to emergency response, the right GIS tool is crucial. Here are five practical options for reference. I. ArcGIS Pro: The Professional Desktop Standard Core Strengths:  Built on a 64-bit architecture, it offers over 1,500 geoprocessing tools for advanced vector/raster analysis, geostatistics, and network analysis. A new Spatial AI module automates feature extraction from imagery with over 95% accuracy. It excels in 3D by integrating oblique photography, BIM, and LiDAR data for seamless indoor/outdoor scenes. Deep integration with ArcGIS Online enables real-time collaborative editing on massive vector datasets for smart city applications. Limitations:  The installer exceeds 10GB, is Windows-only, and service deployment incurs additional costs, leading to a high barrier to entry. II. SuperMap: The Leading Domestic ...

 Geographic Information Systems (GIS) are essentially key tools that bridge spatial data and practical applications. Today, they are rapidly evolving toward “greater specialization, lighter and more user-friendly designs, and smarter integration.” Whether it’s precise calculations for land-use planning, the construction of digital twins for smart cities, or real-time dispatch for emergency response, all rely on GIS tools tailored to specific scenarios. This article will introduce five practical GIS tools for reference. I. ArcGIS Pro The core advantage of ArcGIS Pro lies in its 64‑bit processing architecture and over 1,500 geoprocessing tools covering advanced functions such as vector/raster analysis, geostatistical modeling, and network analysis, enabling refined handling of complex geographic data. Its newly added spatial AI analysis module can automatically identify building outlines and vegetation cover changes in remote sensing imagery, achieving over 95% accuracy and significa...

 S3M files are becoming increasingly important in the field of 3D GIS. As an industry-standard 3D model tile data format, its core trend is cross-platform data sharing and interoperability , especially driven by national projects like the “Realistic 3D China” initiative, where its application has grown significantly. In a previous article, we learned how to convert S3M to OSGB format in GISBox software. Now, with the continuous updates of GISBox versions, this article will guide you through the process of converting OSGB format to S3M. I. Create a New Conversion Task Open the GISBox software, select “S3M” in the “Tiling” section, and a “New Tiling Task” window will pop up. Import the local OSGB file. The export path at the bottom will display the default system path, which usually requires no modification. The “Spatial Reference” will be automatically recognized. If it fails to recognize, manual input is required. It is recommended not to change the “Maximum Concurrency for Convers...