Before starting, ensure your system meets the recommended specifications to avoid crashes during high-density processing:
Import Ground Control Points (GCPs) if high absolute accuracy is required.
The software offers a comprehensive suite of tools for 3D modeling and mapping. Photogrammetric Triangulation
# Add your custom logic here (e.g., specific point filtering or export) Executing custom feature on: , chunk.label) # Add to the Metashape Tools menu Metashape.app.addMenuItem( Custom Tools/Run My Feature , my_custom_feature) Use code with caution. Copied to clipboard Implementation Resources Official Python API Reference Metashape 1.8.5 Python Reference provides the full list of classes and methods. Community Scripts Agisoft Metashape Professional 1.8.5 Build 1552...
The Professional edition expands significantly on the basic version, offering advanced GIS capabilities, network processing, Python scripting, and georeferenced output generation. Key Features of Build 1.8.5 Build 1552 1. High-Performance Photogrammetric Triangulation
Archaeologists document excavation sites, artifacts, and monuments using photogrammetry. Metashape generates photorealistic 3D models that can be archived, analyzed, or displayed in museums.
: Creates high-resolution, georeferenced maps for surveying and GIS applications. Laser Scan Support Before starting, ensure your system meets the recommended
Overall verdict
: Support for processing high-resolution satellite imagery for large-scale mapping. Typical System Requirements
If you need help optimizing your photogrammetry projects, let me know: Adobe Substance and Esri)
is ideal for:
Photogrammetry is notoriously resource-intensive. To maximize the processing speed of Build 1.8.5 Build 1552, implement these configuration strategies:
In an industry where software often shifts to subscription-only models (looking at you, Adobe Substance and Esri), represents a bastion of perpetual-licensed, stable photogrammetry. While it may not have the AI-backed "magic buttons" of newer competitors, it offers unmatched control over the transformation of pixels into points—and points into measurable, textured reality.
Supports Ground Control Points (GCPs), scale bars, and automated target detection for centimeter-level accuracy. Standard Photogrammetry Workflow