PHOTOMOD is a digital photogrammetric system that allows the user to obtain metrically accurate spatial data based on commercially available image systems such as digital frame and film cameras, high-resolution spatial scanning systems and synthetic aperture radars.
PHOTOMOD is a digital photogrammetric system that allows the user to obtain metrically accurate spatial data based on commercially available image systems such as digital frame and film cameras, high-resolution spatial scanning systems and synthetic aperture radars.
Space aerial triangulation:
Functions necessary for accuratecalculation of image orientation parameters and high geometric accuracy of output products: DEM, orthomosaics, digital maps. Arial triangulation results are calculated automatically and the system provides a full range of tools for accuracy assessment, visual control and error analysis.
Digital terrain models:
Allows automatic creation of digital elevation models and digital surface models from aerial and satellite images. The digital terrain model ensures high orthomosaic quality and also serves as a source of detailed information on terrain relief and is used in the resolution of analytical tasks.
2D and 3D vectorization:
The system provides a complete set of tools for 2D and 3D vectorization and editing of drawing terrain objects. Use vectorized objects as the topographic basis of cartographic production, or enter them as initial data in creating a mathematical (geometric) model scenario during 3D terrain modeling.
Ortorretification and creation of mosaics:
When creating mosaics using PHOTOMOD tools, build continuous orthomosaics, with color balance and homogeneous brightness with high precision from separate images. Geometric and photometric distortions are adjusted during the creation operation. Output product (orthomosaic) is presented as a single frame or a set of sheets in cartographic projection.
3D modeling:
The PHOTOMOD software package includes features for creating 3D models using stereo vectorization results. The resulting model, due to the high-quality metric, is used to solve applied analytical problems. And thanks to the visual appeal and clarity, they are useful in creating vivid and compelling multimedia presentations and videos.
System requirements
Microsoft Windows XP
Video card supporting OpenGL NVIDIA GeForce 8400
1GB RAM
Intel Platinum 4 CPU
You don't know what software you need or you haven't found what you were looking for? We have a team ready to help you choose the right software for your company.