Agisoft PhotoScan

Description

3D modelling and mapping software

Off the shelf photogrammetric kit for automatic generation of textured polygonal models, high resolution georeferenced orthophotos and DEMs. 

PhotoScan Standard

The standard edition automatically builds professional, quality textured 3D models from still images. The program provides robust photo alignment, without the need for coded targets or special shooting conditions.

Features:

• Photo alignment
• Point cloud generation (sparse/dense)
• Polygonal model generation
• Texture mapping

Input formats: JPEG, TIFF, PNG, BMP, JPEG Multi-Picture Format (MPO)

Output formats: OBJ, PLY, VRML, COLLADA, Universal 3D, FBX, 3DS, PDF

PhotoScan Pro

Generate high resolution, georeferenced orthophotos and exceptionally detailed DEMs and textured polygonal models.

A fully automated workflow enables non-specialist users to process 1000s of aerial images on a desktop computer to produce professional standard photogrammetric data.

To complete a georeferencing task, the program needs either GPS coordinates associated with cameras and in EXIF/plain text format, or GCP coordinates that can be used to achieve higher accuracy levels (up to 5cm).

Camera calibration data can be calculated within PhotoScan (and exported if required), or imported from an outer source.

Flexible input and output formats make Agisoft PhotoScan Pro the ideal software platform for photogrammetric analysis in third party GIS systems.

Features:

• Aerial and close-range triangulation
• Point cloud generation (dense/sparse)
• Polygonal model generation (plain/textured)
• Setting coordinate system
• Digital Elevation Model (DEM) generation
• True orthophoto generation
• Georeferencing using flight log and/or GCPs
• Multispectral imagery processing
• 4D reconstruction for dynamic scenes
• Python scripting support

Input formats: JPEG, TIFF, PNG, BMP, JPEG Multi-Picture Format (MPO)

Output formats: GeoTIFF, xyz, ASPRS LAS, Google KMZ/KML, COLLADA, VRML, OBJ, PLY, 3DS, FBX, Universal 3D, PDF, etc