MARKHAM, Ontario, Canada—April 28, 2015: PCI Geomatics, a world leading developer of geo-imaging software and systems, today announces the release of Geomatica 2015; the latest version of the company’s complete and integrated desktop geo-image processing software featuring tools for remote sensing, digital photogrammetry, geospatial analysis, map production, mosaicking and more.
New features in Geomatica 2015 include a new color balancing method and exposure correction that blend automated and manual tools to let users get consistently pleasing results in their mosaics. In addition, the Python API now handles arrays, which gives users direct access to rasters and bitmaps for custom application development, workflow creation and faster results in their custom scripts.
“As the geospatial imaging industry evolves, we are addressing a growing need to more easily integrate Geomatica within it,” said David Piekny, Product Marketing Manager at PCI Geomatics “A big part of that is what we’ve done by building on the Geomatica platform. By providing easier access to hundreds of geospatial functions, and integration with third-party products and libraries, Geomatica is empowering our users and partners to create and deliver better products and custom workflows than ever before.”
Geomatica 2015 is available for 64-bit versions of Microsoft Windows (Windows 7 and later) starting today. A Linux version will follow shortly thereafter. For more information on Geomatica 2015, please visit www.pcigeomatics.com/geomatica.
About PCI Geomatics
PCI Geomatics is a world-leading developer of software and systems for remote sensing, imagery processing, and photogrammetry. With more than 30 years of experience in the geospatial industry, PCI is recognized globally for its excellence in providing software for accurately and rapidly processing satellite and aerial imagery. There are more than 30,000 PCI licenses, in over 150 countries worldwide. Find out more about PCI Geomatics at www.pcigeomatics.com.
Press Contact (PCI Geomatics)
Kevin R. Jones
Director, Marketing and Communications
T: 819-770-0022 x 214
E: Email Contact
Highlights in Geomatica 2015
Improved color balancing methods provide you with consistently good results automatically, and with easier editing in newly expanded manual tools. Improvements to the interface and overall workflow remove the need for post-mosaic editing in other software, so your projects can remain georeferenced and at full bit-depth.
Improvements to automatic mosaic preparation
- Introduction of new “bundle” color balancing technique
This technique applies a global adjustment whereby each image's mean and sigma is computed using a "bundle" method. The result is calculated first between each overlapping image, then again using smaller local adjustments using dodging points between pairs of images
- New functionality for post-mosaic editing of enhancements
- New, “Simplify Cutlines” option along with a Simplification Level, which runs the Douglas-Peucker algorithm on the generated cutlines
Updates to OrthoEngine’s manual mosaicking tools
- Extended to support the editing of the bundle results (above), including:
Altering the mean and sigma value for each image (large scale balancing)
Editing dodging points created by the bundle method. (localized adjustments)
- â�New post-editing capabilities via a new contrast and brightness editing panel
- Smart GeoFill updates:
Real-time preview of data being copied which makes the process more efficient and productive
â�Improved manual editing tools to match new data and surrounding area
New exposure correction
Brightness is lowered on over-exposed pixels only, improving the visibility of details in these areas without sacrificing overall mosaic quality.
- The DESATUR function was developed specifically to create better-looking mosaics, but it can be used to adjust overly bright areas in any image. It is suited ideally to large image mosaics as a post-processing step
New LUT2 function
- You now have the ability to use enhancement curves from different files as well as control the type of the output image data
Multi-image GCP Collection
Faster and more convenient methods improve relative and absolute accuracy of your aerial projects:
- Automatic GCP collection now includes the ability to generate multi-image GCPs
- AUTOGCP2 function now includes the ability to generate multi-image GCPs
- A free-network bundle adjustment option is now available in OrthoEngine
Bingo integration improvements
- More information is now included (e.g. timestamp, standard error values)
- This ensures the workflow is compatible with Bingo at multiple points in your project
Gross error detection
- EOIMPORT function now generates a flight line report that highlights potential gross errors
- Analog projects in OrthoEngine now include the ability to use self-calibration
Residual panel upgrades
Significant improvements have been made to the OE Residual report that is generated, including:
- Automated point selection based on residual value
- Ability to select and delete multiple points by reviewing a report on the selected points
In Geomatica 2015, the linkages between the atmospheric correction capabilities and the spectral plot have been improved. This includes the following enhancements:
- Processing speed and output quality have been increased
- You are now able to properly view and compare active imagery to library signatures
- The spectral plot panel is now linked to the atmospheric correction panel, so you can see the changes in the spectral signatures based on changes made in the ATCOR parameters
Atmospheric correction support has been added for the following sensors:
- FastSAT Charlie
The platform now includes more direct file handling included in Python, specifically the ability to access new layer types:
- Arrays (i.e. raster layers): Including bitmaps and metadata. Geomatica now provides fast access to and execution of low-level functions for rasters, bitmaps and all other arrays. This allows easier raster math. The installation now includes NumPy by default.
- Masks: Provides easier access to bitmap masks when building applications. Vector masks are not yet supported.
- DEMs: Direct support for elevation models, including auto-interpolation and projection.
- Improved metadata tags: Handles more tags to aid in cataloguing, sorting, filtering etc.
- Improved function calls: Parameters can be specified in any order and omitted parameters will use default values.
- Segment handling: Control point, coordinate system and math model segments in .pix files can now be opened and read directly.
Support for the following sensors has been added:
- Worldview-3: 30cm resolution and 8-bands make this well suited for classification.
- KazEOSat 1: PCI is the first software suite to support this new sensor for commercial use.
- Spot-7: Improved model