For organizations looking to optimize their LiDAR, photogrammetry, or spatial data workflows, moving to the Spatix platform is the logical next step in professional surveying technology. Visit the Spatix Website Explore Terrasolid Training & Guides Spatix - Advanced technology for processing spatial data
While the Terrasolid applications (TerraScan, TerraModeler, etc.) are functionally nearly identical on both platforms, there are key differences in the host environment: Spatix Platform Bentley MicroStation Platform Included free with Terrasolid Requires separate paid license Tool Richness Lean; focused on LiDAR needs Comprehensive suite of CAD/GIS tools Functionality
| Feature | LAS/LAZ | E57 | Terrasolid Spatix | | :--- | :--- | :--- | :--- | | | Archival/Exchange | Interoperability (ASPRS) | Active Editing (Terrasolid) | | Compression | LAZ allows lossless | Yes (structured) | Proprietary lossless | | Spatial Index | External (.lax) | Limited internal | Native Octree | | Multi-User | No | No | Yes (file locking support) | | Attribute Support | Standard ASPRS classes | Extensive (rigid transforms) | Unlimited (custom classes/returns) | | Speed (Pan/Zoom) | Slow (requires full read) | Medium | Real-time |
For processing images and generating orthophotos alongside laser data.
The GUI supports up to eight view windows with standard CAD toolboxes. Terrasolid Spatix vs. Bentley MicroStation terrasolid spatix
Unlike generalized drafting environments, Spatix focuses specifically on managing huge datasets. When deployed standalone, it serves as a high-performance 3D spatial viewer. When activated alongside a valid license from the Terrasolid Product Suite , it transforms into an exhaustive engineering environment. The Terrasolid Suite on Spatix Terra for Spatix - Terrasolid
Terrasolid Spatix has a wide range of applications across various industries. Here are some examples:
The power of Spatix is realized through the integrated Terrasolid software suite, which specializes in different facets of geospatial data processing: TerraScan (Point Cloud Classification) This is the heart of the suite. It allows users to:
However, the introduction of altered the geospatial landscape. Developed in close technological collaboration with Terrasolid, Spatix is a native 64-bit 3D CAD engine engineered explicitly to handle dense spatial vectors and massive point clouds without overhead bloat. Terrasolid Spatix vs
| Feature | TerraSolid Spatix | PDAL (Open Source) | LASTools (standalone) | |---------|------------------|--------------------|------------------------| | Native .bin format support | (read/write, all metadata) | None (requires conversion) | None | | Tight integration with TerraScan classes | Yes (classification history, flight lines) | No | Partial (via LAS) | | Performance for huge point clouds (1B+ points) | Very high (optimized for TerraSolid’s internal structures) | Good | Very high | | Learning curve & documentation | Steep, developer-focused, moderate documentation | Moderate (good community) | Low-to-moderate | | Cost | License required (part of TerraSolid SDK) | Free (open source) | Paid (efficient but limited API) |
: The core tool for point cloud management and automated classification (e.g., ground, buildings, vegetation).
Using Spatix tools, users can trace buildings, roads, and power lines directly from the 3D data.
One of its most defining features is its native file format, . This proprietary vector format is efficient, supports 64-bit decimal coordinate values for high precision, and can manage up to 4,096 layers. For compatibility, Spatix can directly open and convert older DGN files (V7) into its native .spx format, ensuring a smooth transition for users with existing vector data. When activated alongside a valid license from the
Spatix was designed to mimic the core functionalities of MicroStation required for point cloud visualization and vector drafting while stripping away unnecessary features.
A pseudo-code example (C++):
To meet this demand, Terrasolid made a major developmental commitment. A significant engineering effort was undertaken to convert all of the software's dialogs and tool settings to standard Windows dialogs and to isolate interaction with the underlying CAD system to a dedicated layer. This monumental task made it feasible to run Terrasolid applications on a new platform like Spatix, or even entirely standalone in the future.