Agisoft – Metashape Pro 2.3.1.22416 [WIN x64]

1. 1. • Processing of various types of images: aerial photographs (nadir, oblique), close-up, satellite.
      • Automatic calibration: frame (including fisheye lens), spherical and cylindrical cameras.
      • Support for multi-camera projects.
      • Scanned images with reference marks support.

Dense point cloud: editing and classification

1. 1. • Careful modification of the model to obtain accurate results.
      • Automatic multi-class classification of points for further reconstruction customization.
      • Import/export to take advantage of the classic point data workflow.

Digital Elevation Model: Creating and Editing DTM/DEM.

1. 1. • Digital surface model and/or digital elevation model – depending on the project.
      • Georeferencing is based on EXIF/flight log metadata and checkpoint data.
      • Support for EPSG registry coordinate systems: WGS84, UTM, etc.
      • Customizable vertical reference coordinate systems based on a geoid wave grid.
      • Editing DTM: creating break lines, filling tools.

Creating georeferenced orthomosaics

1. 1. • Georeferenced orthomosaic: GeoTIFF format, the most compatible with GIS; KML files will be hosted in Google Earth.
      • Export in blocks for large projects.
      • Color correction for a uniform texture.
      • Built-in filter for suppressing artifacts caused by moving objects.
      • Custom flat and cylindrical projection options are available for short range projects.

LiDAR data support

1. 1. • Support for attributes of points obtained using aerial LiDAR surveys.
      • Support external registration for laser scanning.
      • Alignment of laser scans based on markers.
      • Visualization of laser scanning in model view mode.
      • Classification of control points adapted for LiDAR data.

Ground control points / scale ruler support

1. 1. • Control points are used for georeferencing and to control the accuracy of results.
      • Automatic detection of coded/uncoded targets for fast entry of control points.
      • The Scale tool for setting the reference distance without using positioning equipment.

Measurements: distances, areas, volumes

1. 1. • Built-in tools for measuring distances, areas and volumes.
      • For more complex metric analysis, photogrammetric processing results can be seamlessly transferred to external tools thanks to a variety of export formats.

Stereoscopic measurements

1. 1. • Professional 3D monitors and 3D controllers provide precise and convenient stereoscopic vectorization of objects and allow for measurements.

3D Model: Creation and Texturing

1. 1. • Various scenes: archaeological sites, artifacts, buildings, interiors, people, etc.
      • Direct upload to various online resources and export to many popular formats.
      • Photorealistic textures: support for HDR and multi-file files (including UDIM layout).

4D modeling for dynamic scenes

1. 1. • Processing data from multi-camera setups for creative projects in the film industry, gaming, and more.
      • The basis for numerous visual effects using 3D models reconstructed in time sequence.

Panorama

1. 1. • Three-dimensional reconstruction of data obtained from the same survey point – camera station, provided that there are at least two camera stations.
      • Stitching 360° panoramic images using data from a single camera.

Multispectral image processing

1. 1. • Processing images in RGB/NIR/thermal/multispectral formats.
      • Fast reconstruction based on preferred channel.
      • Creation of multi-band orthomosaics, calculation and export of user-defined vegetation indices (e.g. NDVI).

Automatic detection of power lines

1. 1. • A simple and time-efficient method for large-scale projects as it requires only aligned images as input.
      • The results are exported as a 3D polylinear model for each wire.
      • Reliable results thanks to the chain curve approximation algorithm.

Processing satellite images

1. 1. • A common algorithm for processing panchromatic and multispectral satellite images is supported, provided that sufficiently accurate RPC data are available for each image.

API for Python and Java

1. • Beyond batch processing—a way to reduce human intervention—Python scripts and Java bindings offer capabilities for complex automation and customization. This ranges from adding custom processing operations to an application’s GUI to fully automating tasks and integrating them into a Python or Java pipeline.