

Photogrammetry is a technology that analyzes image data taken or scanned from various directions of a target object and converts it into a three-dimensional three-dimensional model.Utilizing such technology generally requires a high-performance, high-spec PC, but Realit圜apture is evaluated as having high processing speed and high quality despite the low system requirements of the PC.


* Projects created or saved with this version cannot be opened with the previous version of Reality Capture.Please be careful. The video below is an example of a 2D model of the night city of Tokyo made from 350 photos taken with two cameras.You can see the high quality and elaborate texture as if it really exists.

Excellent for digitizing buildings/objects (digital twin)Įxamples in the WebViewer for point clouds:Ĭlick here to learn more about Realit圜apture.Photogrammetry software that automatically creates beautiful and accurate 3D models from photo and laser scan image data.It features high-speed processing and high quality finish, and also has functions such as image alignment, mesh calculation, texture, parallel projection, DSM, geocoding, and coordinate system conversion.It is also possible to create a more accurate model by using a combination of photographs and laser scan data.For training, the free PPI (Pay-Per-Input) license or a demo license can be used.Laser scans and photo data can be merged.Unsurpassed quality of data (high-resolution textured meshes, point clouds and orthoprojections).We have been successfully using Reality Capture in a wide variety of surveying projects. The software is mainly used in the gaming industry, architecture and archeology, but also in surveying. The advantage of the software is its speed and low hardware requirements – the program does not necessarily need a workstation, but already runs on a standard laptop (i5/i7, min. It can work with terrestrial close-up imagery as well as aerial imagery (UAV & aircraft). Realit圜apture is a photogrammetry software with which extremely high-resolution, photorealistic 3D models can be generated from photo and laser scan data.
