Geographic Calculator

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Geographic Calculator

The Geographic Calculator is THE Global Coordinate Transformation tool for any coordinate or geomatic challenge. A powerful windows solution with particular strength in survey, seismic and energy exploration, it is available in 32 or 64 bit versions. This highly accurate transformation software includes tools such as Canadian DLS (Dominion Land Survey) Land Grid tools, Seismic Survey Conversion tools, Area of Use tools for guiding users, and much more. The Geographic Calculator supports a wide range of file formats with support from the largest geodetic parameter database available anywhere. When transformations have to be correct, consistent and certifiable, GIS professionals around the world choose the Geographic Calculator.

Since 1993, The Geographic Calculator has been the coordinate conversion tool of choice for GIS and Survey professionals around the world. The Geographic Calculator quickly grew in popularity over that first decade and has maintained its reputation as the best coordinate conversion solution on the market. The Calculator has come a long way since then with many improvements over the years. In 2004, the underlying GeoCalc library was re-written and in 2007 a new version was released as the Blue Marble Desktop.

2013 saw a rebranding of the Blue Marble Desktop to the Geographic Calculator. Blue Marble incorporated all of the functionality of the desktop including the Geographic Transformer, Translator and Spatial Connect products into the Geographic Calculator. This did away with the confusing versioning and introduced an easier-to-follow annual naming convention with one or two service pack updates between releases.

Today the tool provides a single platform for highly accurate coordinate transformation of virtually any type of geospatial data and includes features such as:

  • Support for Windows 8.1 machines and improved installation process
  • XML based coordinate object library
  • Project Manager for data processing, jobs, and workflow management
  • Administrative Tools to customize the datasource and restrict editing access
  • Unmatched Geoid or Vertical Datum support, including VDatum support
  • Powerful Survey Seismic format support
  • Raster Geo-referencing, Reprojecting, and Vector File Translation Tools
  • The ability to customize and send all or part of your GeoCalc datasource to Global Mapper
  • Esri Extension and powerful CAD support

This all-in-one interface enables users to complete a number of geodetic and geospatial transformation functions on various types of data in the same interface with unmatched accuracy and accountability. The enterprise collaboration tools such as workspaces and network folders enable consistency and repeatability of highly accurate data translation across your organization.

The major release of version 2015 features several powerful enhancements to the Administrative Tools, new support for Magnetic Declination, and new support for Geoid Creation in conjunction with Global Mapper v16. Other changes made with this release include a customizable Projection and Transformation interface to streamline workflow, and many new geodetic definitions.

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Features

Interactive Conversion
Select your source and destination coordinate systems, enter your coordinates, choose the datum transformation you would like to use, and then press the 'Calculate' button. Yes, it's that easy! The Interactive conversion tab allows you to convert, forward a position, and calculate the distance and azimuth between two points.

Point Database Conversion
A point database job allows you to perform coordinate conversion, forward and inverse and other calculations on your point database files. Work with flat files or files from a spatial database such as ArcSDE, Personal or File Geodatabase, Oracle Spatial and PostGIS spatial or ODBC databases like MS Access. With a given distance and direction, you can easily compute coordinates from an origin, or the distance and azimuth between points. Load in data from a variety of file types and output back to that file type or send your results directly to AutoCAD DWG/DXF files. A new search tool allows you to quickly search through the entries in your data. Manually specified transformations with Scale, Translation, and Rotation parameters are now supported in the Point Database Tab in addition to the Vector Conversion Job.

The point database tab has excellent support for Oil and Gas exploration specific formats like SEG and UKOAA. The interface is extremely fast and able to transform one hundred thousand records in 8 seconds or 50 million records in under an hour and a half. Users can easily work with large files by loading only a sample of the file to set up the job.

Additionally, you may:

  • Load an existing spreadsheet/database file in dBase v.3-5, Excel XLS v.2-2000, or ASCII text files.
  • Or use an ODBC Data Source to load data from Oracle, Postgres, SQL Server or another ODBC database. Spatial database support is available through our extension to ArcGIS. See below for more information.
  • Perform coordinate transformation on a variety of Oil and Gas industry formats: SEG-P1, SEG-Y, UKOAA P1/90, and SPS.
  • Right-click to modify the grid: insert, delete, clear and rename columns, and insert or delete a row.
  • Specify output coordinates display format.
  • Define custom text file formats, including custom header information.
  • Print the entire grid.
  • Save the point database in dBase, Excel XLS, ASCII text, MS Access, or as an AutoCAD DWG/DXF R12 map file.
  • You may read in and write out from and to any ASCII based format (not recommended for Oil and Gas formats).

Seismic Survey Conversion
The new Seismic Survey conversion allows users to access, maintain, and convert SEG, SPS and UKOOA formatted ASCII data faster and more efficiently. Quickly define custom reader rules to clean up improperly formatted data, convert multiple records types in the same file with a single pass, preserve and update metadata attached in all files and convert grid and geodetic record sets in a single pass.

Vector Data Conversion
Convert individual vector and CAD files, batch process an entire folder from different formats and coordinate systems - AutoCAD DWG/DXF, Microstation DGN, Esri Shapefile, ArcInfo Generate, E00, Google's KML, GML Simple Features, MapInfo TAB/MIF, Velocity files and much more are fully supported for both read and write. The Vector Data Conversion job includes area cropping and layer splitting functionality. Manually specified transformations for Scale, Translation, and Rotation parameters are also supported.

Land Survey Summary
The Land Survey Summary job allows users to generate printed layouts in Canadian survey systems. This allows users of Alberta and Saskatchewan lease data to plot layouts of points and lines directly from Dominion Land Survey coordinates in the context of the borders of the individual townships and ranges. Support has been added for Saskatchewan Grids systems, as well as enhanced layouts for non-square townships.    

Raster Format Support
Supports (read and write) all of the major GIS raster and reference formats including standard GeoTIFF, Mapinfo Table (TAB) and ESRI World (TFW, WLD, JGW) referencing files, Windows Bitmap (BMP), LizardTech's MrSID, JPG2000, Enhanced Compressed Wavelet (ECW), and more. Output from Raster Transform and Raster Mosaic jobs can be pipelined into other raster jobs, loading the data automatically.

Georeferencing - Reference Point Selection
Georeferencing is accomplished by applying affine or first through fifth order polynomial models to the reference control point information. Interactively add, delete, and edit reference information to ensure an accurate fit.

  • Easily georeference images by interactively selecting reference points
  • Multiple view windows enable rapid reference point selection within source images
  • Creates industry standard GeoTIFF, Mapinfo Table (TAB) and ESRI World (TFW, WLD, JGW) referencing files
  • Transfer control points directly from your ArcView, MapInfo, AutoCAD, and MicroStation map files
  • A production proven automatic reference point selection feature accelerates the registration of maps with regular grid lines

Raster Reprojection
Why would you want to reproject data with anything else? Geographic Calculator features the unmatched geodetic datasource of GeoCalc.XML. You can even define your own custom units, ellipsoids, datums and coordinate systems.

Specifically:

  • Over 3500 pre-defined coordinate systems
  • Over 165 ellipsoids
  • Over 630 datum transformations
  • Over 70 linear units and much more

Special Features

Project Manager
Use the Project Manager to organize your Calculator jobs in one easy place. Save your jobs and share with your colleagues! Breathe easy; the days of re-creating the same project again are over. Here's a list of jobs you can perform to accurately manipulate your geospatial data time and time again.    

Administrative Tools

The Administrative Tools can be used either in a Single User or Network User context. These tools allow an administrator to set rules that restrict or assist users of various skill levels and job responsibilities with making selections from, and edits to, the Geodetic Data Source (geodata.xml). The Administrative Settings would typically be set by a skilled user in a management role. The Administrative settings are all found under Options>Administrative Settings. Settings available to the Administrative user are:

  • Password Access - Workspaces can be locked down to use only the settings applied in the other areas of the Administrative Settings.
  • Datasource Filters - Filters can be applied to the geodetic datasource to hide certain entries in the datasource from users. This feature can be used to provide a streamlined experience for users, or to keep users from choosing systems or transformations deemed inappropriate by an administrative user. The Filtering options allow an administrative user to determine which Projections, Horizontal Transformations and Vertical Transformations are visible to users.
  • Custom 'Areas of Use' - In addition to any Custom 'Areas of Use' setup by users, there are also the standard 'Area of Use' definitions contained within the datasource. Administrators can control whether both of these 'Areas of Use' types are applied.
  • 'Areas of Use' - Controls to determine whether 'Areas of Use' should be applied during coordinate transformation and object selection.
  • Datasource Validation - The Geodetic Datasource file with in Calculator exists as an XML database file called geodata.xml. This file can be edited outside the dialog, but it is not recommended. To prevent this, the geodata.xml file contains a digital signature that uniquely identifies the contents of the entire XML file. If the geodetic datasource is edited outside of the dialog, the digital signature will not match. An administrator can choose to validate the datasource on startup and alert users if the signature does not match.
  • Locking the Workspace - The default workspace can be locked so that users cannot overwrite it.
  • Locking the Datasource - To set all the Administrative Settings in place
  • Locking Spatial Databases - By default, Spatial Databases are locked down so that the user may not overwrite existing tables. An administrator can change this setting if desired.
  • Locking Text Schemes - By default, the custom text schemes used in the Point Database job are unlocked. This means that all users can create and modify formatted text schemes. To modify this setting, the administrator will need to login and check the Lock text file schemes from editing option in the Administrative Settings dialog.
  • Null Datum Transformations - By default, the Geographic Calculator allows conversions with no datum transformation. When the user selects from the list of possible datum transformations, will be one of the options. If is selected, there will be no transformation applied, and the result may not be accurate. To prevent this, administrators can select 'Do not allow null datum transformations' in the Administrative Settings.
  • Transformations that Affect Height - By default, Transformations with a vertical component will affect the outcome height or Z value. An administrator can change this setting if desired.
  • Disable 'Via Intermediate' Category - By default if there is no direct transformation between two chosen coordinate systems Calculator will attempt to find transformations through an intermediate Coordinate system. An administrator can change this setting if desired.
  • Disable Manual Transformations - By Point Database Conversion jobs and Vector Data Conversion jobs allow the user to specify a manual transformation, instead of choosing a standard coordinate system conversion. An administrator can change this setting if desired.

Batch Transformation
We've been told by many of our customers that Geographic Calculator's processing speed and easy-to-use batch routines have saved many production hours, which is welcome news to any project manager. Try out the software for yourself and see how much time it will save you.

Seismic Survey Conversion Tool
Access, maintain, and convert your SEG, SPS and UKOOA formatted ASCII files natively, who knew software could do that?

SEGY
Now load and convert SEG Y files natively (Society of Exploration Geophysicists open standard) and save these projects for your colleagues to use.

Layer Splitting
Convert only the layers you need to in your multi-layered vector file.

LiDAR
One of the fastest Windows applications for LiDAR processing around.

DEM
Display and reproject your DEMs into the right coordinate systems.

Best Fit
Create a fitted coordinate system definition to align your locally referenced data to a known coordinate reference system.

Horizontal Time Dependent Positioning
For certain transformations, we now support the 4th dimension (date selection) as you can select the epoch relevant to your coordinate transformation.

Georeference
Assign a relationship between your data and its location on the Earth by georeferencing points in your data to known control points on the ground, but beware to 'Mind the Gap Between World and Map'.

Data Corral
Forgot where you saved your data? The Data Corral tool keeps all of the recently used data in one place, you can even save it into your project for future reference.

Formats

Point Database Formats

  • ASCII text (including custom text file formats,UKOOA for example)
  • dBase
  • Excel XLS
  • MS Access
  • ODBC databases including:
    • Oracle
    • MySQL
    • MS SQL Server
    • MS Access
    • Postgres
  • SEGP184, SEGP190
  • Shell Processing Support
  • Write to AutoCAD DWG/DXF

The Spatial Connect Module supports:

  • Esri Geodatabase
  • ArcSDE, Personal and File Geodatabase
  • Oracle
  • PostGIS
  • Write to MapInfo MIF
  • Write to Esri Shapefile
  • Write to MapInfo TAB
  • Write to Microstation DGN
  • AutoCAD support through AutoCAD 2010 (*.dwg, *.dxf)
  • Blue Marble Layers (*.bml)
  • Digital Line Graph (*.dlg)
  • Esri ArcInfo Export (*.e00)
  • Esri ArcInfo Generate (*.gen)
  • Esri Shapefile (*.shp)
  • GML Simple Features - Version 3.1.1. See Note 1 below. (*.gml)
  • Google Keyhole Markup Language (*.kml)
  • GPX Data File (*.gpx)
  • LiDAR Data Exchange - Versions 1.0 - 1.4. See Note 2 below. (*.las)
  • MapInfo Import (*.mif)
  • MapInfo Table (*.tab)
  • Microstation Design (*.dgn)
  • S-57 (*.000)
  • Spatial Data Transfer Standard (*catd.ddf)
  • TIGER/Line (*.rt1)
  • Velocity File (*.txt)
Vector Data Types (Write)
  • AutoCAD write support through AutoCAD 2010 (*.dwg, *.dxf)
  • Esri ArcInfo Export (*.e00)
  • Esri ArcInfo Generate (*.gen)
  • Esri Shapefile (*.shp)
  • GML Simple Features - Version 3.1.1. See Note 1 below. (*.gml)
  • Google Keyhole Markup Language (*.kml)
  • GPX Data File (*.gpx)
  • LiDAR Data Exchange - Versions 1.0 - 1.4. See Note 2 below. (*.las)
  • MapInfo Import (*.mif)
  • MapInfo Table (*.tab)
  • Microstation Design (*.dgn)
  • Velocity File (*.txt)
Image File Formats (Read)
  • ARC Digitized Raster Graphics (*img, *ovr)
  • BIL/HDR Raster Dataset (*.bil)
  • Bitmap Files (*.bmp)
  • BSB v3 - KAP (*.kap)
  • BSQ Files (*.bsq)
  • Compressed ARC Digitized Raster Graphics
  • Enhanced Compressed Wavelet (*.ecw)
  • JPEG (*.jpg)
  • JPEG 2000 (*.jp2)
  • LizardTech MrSID (*.sid)
  • Portable Network Graphics (*.png)
  • TIFF and GeoTIFF (*.tif)
  • Bitmap Files (*.bmp)
  • Enhanced Compressed Wavelet (*.ecw)
  • JPEG (*.jpg)
  • JPEG 2000 (*.jp2)
  • LizardTech MrSID (*.sid)
  • Portable Network Graphics (*.png)
  • TIFF and GeoTIFF (*.tif)
  • Blue Marble (RSF)
  • BIL/HDR Reference Files (.HDR)
  • ECW Reference File Format (ERS)
  • Internal Referencing (GeoTiff, ECW, MrSID, JP2, CADRG, ADRG, DOQQ, etc.)
  • MapInfo Raster (TAB)
  • World files (various file extensions)
  • Arc/Info Ascii Grid (*.asc)
  • Arc/Info Binary Grid (*.adf)
  • DTED Military Elevation (*.dt0, *.dt1, *.dt2, *.dt3, *.dt4, *.dt5)
  • USGS SDTS DEM (*.ddf)
  • USGS ASCII DEM (*.dem)
  • Arc/Info Ascii Grid (*.asc)
  • USGS ASCII DEM (*.dem)
  • SEG P1 (*.seg)
  • Shell Processing System (*.sps)
  • UKOOA P1/90 (*.uko)
  • SEG P1/11 (*.p111)
  • Note: In addition to supported file formats, you may create custom Text File Schemes to support virtually any type of ascii based seismic format and to handle data that doesn't exactly follow the appropriate spec.
  • SEG P1 (*.seg)
  • Shell Processing System (*.sps)
  • UKOOA P1/90 (*.uko)
  • SEG P1/11 (*.p111)

Geodesy and Geodetics

Coordinate Reference Systems

  • Bell Wire Center V & H (V & H)
  • Earth Geopotential Model of 1996 global geoid model support
  • Gauss-Kruger Modified, 3TM, and 6TM
  • Japanese Grid 2000 coordinate system
  • Maine Coordinate System 2000
  • Military GridReference System (MGRS)
  • New Zealand Map Grid
  • US State Plane 1927 (both original and exact solutions)
  • US State Plane 1983
  • UTM (Universal Transverse Mercator) North and South zones
  • World Geographic Reference System coordinate string support
  • XYZ Cartesian Earth-Centered Earth Fixed (ECEF)
  • Grids for Argentina, Australia, Austria, Bahrain, Belgium, Borneo, Columbia, Cuba, Egypt, England, France, Ghana, Greece, India, Iraq, Ireland, Italy, Japan, Minnesota, Netherlands, New Brunswick, New Zealand, Nigeria, Peru, Philippines, Qatar, Quebec, Romania, Veracruz, and many more.
  • Aitoff
  • Alaska State Plane 27
  • Albers Equal-Area Conic
  • Azimuthal Equal Area
  • Azimuthal Equal Area (Polar Aspect)
  • Azimuthal Equidistant
  • Azimuthal Equidistant (Polar Aspect)
  • Behrmann
  • Belgium 72
  • Bipolar Oblique Conic Conformal
  • Bonne
  • Cassini
  • Craster Parabolic
  • Danish System 34
  • Danish System 34 (1999)
  • Double Stereographic
  • Eckert I
  • Eckert II
  • Eckert III
  • Eckert IV
  • Eckert V
  • Eckert VI
  • EOV (Egyseges Orszagos Vetulet)
  • Equal-Area Cylindrical
  • Equidistant Conic
  • Equidistant Cylindrical
  • European Stereographic
  • Fuller (Dymaxion)
  • Gall-Peters
  • Gall Stereographic
  • Gnomic
  • Goode Homolosine
  • Goode Homolosine Interrupted
  • Guam
  • Guam State Plane 27
  • Hammer Aitoff
  • HSO/RSO (Deprecated)
  • Hyperbolic Cassini-Soldner
  • IMW Polyconic
  • Krovak
  • Laborde
  • Lambert Conformal Conic (1 parallel)
  • Lambert Conformal Conic (2 parallel)
  • Lambert Conformal Conic Extended
  • Lambert Near Conformal Conic
  • Lambert State Plane 27
  • Loximuthal
  • McBryde-Thomas Flat-Polar Quartic
  • Mercator
  • Mercator Variant C
  • Military Grid Reference System
  • Miller Cylindrical
  • Mollweide
  • Natural Earth
  • New Zealand Map Grid
  • Oblique Equal Area Cylindrical
  • Oblique Mercator Azimuth
  • Oblique Mercator Azimuth Extended
  • Oblique Mercator Two Point
  • Orthographic
  • Perspective Conic
  • Polar Stereographic
  • Polar Stereographic (Variant C)
  • Polyconic
  • Popular Visualisation Pseudo Mercator
  • Quartic Authalic
  • Robinson
  • Sinusiodal
  • Space Oblique Mercator
  • Stereographic
  • Stereographic 70
  • Swiss Oblique Mercator
  • Tilted Perspective
  • Times
  • Transverse Mercator (Gauss-Kruger)
  • Transverse Mercator Extended
  • Transverse Mercator Snyder
  • Transverse Mercator South Oriented
  • Transverse Mercator State Plane 27
  • Tunisia Mining Grid
  • Two Point Equidistant
  • Two-Point Fit
  • Universal Transverse Mercator
  • V and H
  • Van der Grinten
  • Van der Grinten IV
  • Vertical Perspective
  • Winkel I
  • Winkel II
  • Winkel Tripel
Additional downloadmay be required
  • Australia - AUSGEOID 98, AusGeoid2009
  • Canada - CVGD28, Vertical Geoid of 2013
  • Colombia - GEOCOL 04
  • Denmark - DVR90
  • Finland Geoid FIN2000N00
  • France and Corsica - RAC09, RAF09
  • Great Britain - OSTN02
  • Iberia - IGM 95, IGG2005
  • Japan - Japan Height Datum via GSIGEO2005
  • The Netherlands - NLGEO2004
  • New Zealand Vertical Datum 2009
  • South Africa - SAGEOID2010
  • United States - NAVD88, NGVD29 via Geoid 96, Geoid 99, Geoid 03, Geoid 2009, or Geoid 12a
    • VDatum Tidal Models. For more information on vdatum please visit NOAA.
  • Venezuelan Geoid Model of 2004
  • Worldwide - EGM96, EGM08, OSU91A
  • Also supports local offset height models for vertical datum transformations
  • Canadian National Transformation v2
  • Custom MRE
  • ED50 to ED87 North Sea
  • Finland transformation between KKJ and EUREF-FIN grid systems
  • Four Parameter
  • Geocentric Translation
  • Longitude Rotation
  • Madrid to ED50 Polynomial
  • Molodensky-Badekas
  • Molodensky
  • Multiple Regression Equations
  • NGS NADCON
  • NGS HARN
  • NTF to RGF93
  • Ordnance Survey National Grid Transform of 2002
  • Polynomial Transformations
  • Seven Parameter CFR
  • Seven Parameter PVR (Bursa-Wolfe)
  • Six Parameter
  • Tokyo to JGD2000
  • Time-Dependant Helmert
  • HTDP converter
Alberta Township System (ATS) Grid Versions

Additional download required

  • 2.1 NAD27
  • 2.2 NAD27
  • 2.3 NAD27
  • 2.4 NAD27
  • 2.5 NAD27
  • 2.6 NAD27
  • 3.1 NAD27
  • 3.2 NAD27
  • 3.2 NAD83
  • 4.1 NAD83
(Image pixel to reference coordinate system transformation.)
  • Affine (minimum three points)
  • 1st Order Polynomial (minimum four points)
  • 2nd Order Polynomial (minimum six points)
  • 3rd Order Polynomial (minimum ten points)
  • 4th Order Polynomial (minimum fifteen points)
  • 5th Order Polynomial (minimum twenty-one points)
(Provides different methods for displaying pixel values in output image.)
  • Nearest Neighbor
  • Quadratic interpolation
  • Bilinear interpolation
  • Cubic convolution

Latest Features

New in the Geographic Calculator Version 2015

  • New support for Magnetic Declination
  • Powerful new Administrative Tool enhancements
    • Specify a remote Datasource View file location
    • New Datasource View for maintaining custom foldering when upgrading Calculator installations
    • Ability to administratively lock the data path
    • Ability to administratively lock available projection and transformation types
  • New support for reading Vertical Geoid created in Global Mapper v16
  • Many new coordinate objects from EPSG version 8.6 release
  • New streamlined menu items
  • Custom vertical grid support in conjunction with Global Mapper
  • Added new projection Mercator Variant C
  • Updated Canadian Vertical Geoid of 2013
  • New preference setting to override native grid interpolation for horizontal and vertical grid based transformations
  • New Finland mathematical transformation between KKJ and EUREF-FIN grid systems
  • Added ability to filter HTDP Transformations
  • Added descriptive tooltips to column headers in the Datasource dialogs
  • Enhanced docking controls for Viewer
  • Enhanced layouts on Land Survey Summary Jobs for non-square townships
  • Support for Saskatchewan Grids systems in the Land Survey Summary job
  • Support for new data types in the OGP online registry
  • New MGRS, and BNG for 1,10, and 100 meter accuracy
  • Added options to streamline coordinate system handling when loading DXF/DWG/DGN files

New in the Geographic Calculator Version 2014 Service Pack 1

  • New job function for the Area Calculation Tool, execute directly as a full job and save in workspaces
  • New job function for the Line Intersection Tool, execute directly as a full job and save in workspaces
  • New option to load XLS data sheets into Area Calculation Jobs
  • Improved text readout on Land Survey Summary Jobs, for users needing to work with surveying data within the borders of Alberta and Saskatchewan
  • Improvements to Vertical Coordinate Systems and Vertical Transformations
  • Improvements to Best Fit Point Database Calculations
  • Improvements to Manual Transformation Methods for Point Databases and Vector Jobs
  • Improved Installation Process on Windows 8.1 Machines and introduction of official support
  • Many other enhancements

New in the Geographic Calculator Version 2014

  • Support and Display of EPSG Area of Use Polygon data

This allows for additional geographic reference information at your fingertips in the Geographic Calculator when selecting coordinate systems and transformations. The Area of Use polygons allow you to visually see on a map, where a coordinate system or transformation is intended to be used.

    • Integration in the transformation picker dialog to display these polygons while selecting transformations
    • Supports loading of EPSG polygons into viewers
    • Can also be used to filter results for transformation
  • Completely reworked Vertical Coordinate system handling

This allows more flexible transformation options when working with high accuracy elevation based data.

    • Dynamic selection of vertical transformations
    • Model now aligns with EPSG Vertical CRS definitions
  • Enhanced PDC interface to calculate bounds of loaded data and filter coordinate systems and transformations
  • New Land Survey Summary job for generating printed layouts in Canadian survey systems (Alberta, Saskatchewan)

This allows users of Alberta and Saskatchewan lease data to plot layouts of points and lines directly from Dominion Land Survey coordinates in the context of the borders of the individual townships and ranges.

  • Incorporated EPSG database v8.3
    • Hundreds of new projected, geodetic, and geocentric, coordinate systems
    • Many new datum shifts
    • Many new vertical coordinate systems and transformations
  • Command line support for launching and running workspaces or jobs
  • New Geodesic Line Intersection tool added to Area Calculation tool
  • Support for multiple concatenated transformations in a single process
    • Enables very complicated chains of horizontal and vertical transformations that were not previously possible to execute in one step

New in the Geographic Calculator Version 2013 Service Pack 1

  • A 64 bit version of the software is now available in addition to the standard 32 bit version
  • Vector Data Conversion jobs now support manually specified transformations with Scale, Translation, and Rotation parameters
  • ATS summary sheets can be generated and printed in the Interactive Conversion Job displaying well positions in the context of the Township and Range grid
  • Added support for Geoid 12a
  • New search tool for searching data loaded in a Point Database Conversion job
  • Added support for the new SEG P1/11 format in the Seismic Survey Conversion job
  • New preference settings allow for swapping the display order of Northing/Easting and Latitude Longitude throughout the application
  • Added support for VDatum system by NGS allowing for tidal vertical references along the US coast
  • Updated Esri toolbar with geodetic area calculation tools

New in Geographic Calculator Version 2013

  • Three previously separate modules, Geographic Calculator, Geographic Transformer, and Spatial Connect are now all included in Geographic Calculator 2013
  • Streamlined License Manager tool
  • Licensing options now include automatic online registration
  • New FME Plugin for working with Geographic Calculator conversions from within FME Workbench (additional license required)
  • Coordinate system selection now includes the option to limit your selection by a selected area via a map interface
  • Points entered into an Interactive Conversion can be opened for reference directly in Google Earth
  • Geodetic library now includes EPSG Database version 8.1
  • Support for Finland Geoid FIN2000N00
  • Enhanced search tool for geodetic definitions
  • Many bug fixes

New in Blue Marble Desktop Version 2.5

  • The data viewer now supports Geospatial PDF files. Users can save the current map as a Geospatial PDF retaining and editing the geospatial information.
  • Any vertical reference files, or other shift files which are provided for free on Blue Marble's website can now be downloaded from within the software by right clicking in the datasource dialogue box. Missing files are denoted by red text.
  • Direct Coordinate Transformations are now included along with standard Datum Shifts. This includes pre-defined concatenated operations, as well as direct conversion with an affine transformation.
  • Support has been added for Helmert Time Dependent shifts available to the Datumshift Picker.
  • A New Datum Transformation Generation Tool allows a user to generate 3 or 7 parameter datum shift parameters from known control points referenced in different datums.
  • The Geographic Calculator now supports read/write of LAS 1.4 files for LiDAR data.
  • Support for saving out a datum transformation as a GTF file by right clicking in the Coordinate Transform window and selecting Export to GTF.
  • Support for the latest version of the OGP online registry (Indicio version 2.2.1).
  • Full support for EPSG version 8.0 database

New in Geographic Calculator Version 7.8

  • Support for converting multiple columns of coordinate data at one time in the Point Database Conversion job.
  • Point database table data can now be viewed from the job by right clicking and loading the file in the viewer.

New in Geographic Transformer Version 6.4

  • Support for Big GeoTiff files greater than 2 gigabytes
  • Output from Raster Transform and Raster Mosaic jobs can now be pipelined into other raster jobs, loading the data automatically
Blue Marble Geographics
Blue Marble Geographics
397 Water Street, Suite 100
Gardiner ,  Maine 04345

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