Coordinate conversion tool

Home > business > math & scientific tools > eye4software coordinate calculator Download URL | Author URL | Software URL | Buy Now ($119)The Eye4Software Coordinate Calculator is an easy to use tool to perform map or GPS coordinate conversions. The software can be used to transform a single coordinate or a batch of coordinates read from a comma separated, database or ESRI shapefiles. The software is shipped with a MS Access database file, containing more then 3500 ellipsoid, map datum and map grid definitions around the world, which are identified by their EPSG code. It is possible to modify the definitions of all datums and map grids stored in the database. You can also create user defined map grids and map datums, so you can extend the database with newly introduced map datums. Supported map projections include: Transverse Mercator (regular and south orientated), Universal Transverse Mercator, (Hotine) Oblique Mercator, Swiss Oblique Mercator, Mercator, Oblique Stereographic, Polar Stereographic, Cassini, Albers Equal Area Conic, Polyconic, Mollweide, Gauss Kruger, Krovak, Lambert Azimuthal Equal Area and Lambert CoRelated software (5) UserGate Proxy & Firewall UTM (Unified Threat Management) class solution for sharing and monitoring employees' access to the local and Internet resources, for filtering FTP and HTTP traffic, as well as for ... UTM Coordinate Converter Mac UTM Coordinate Converter is an application that can convert between various Geographic Coordinate Systems, include Latitude/Longitude and UTM. The conversion results are displayed ... UTM Coordinate Converter UTM Coordinate Converter is an application that can convert between various Geographic Coordinate Systems, include Latitude/Longitude and UTM. The conversion results are displayed ... TRANSDAT TRANSDAT Coordinate Conversion supports thousands of coordinate systems and geodetic datum shifts, user-defined systems, INSPIRE, NTv2, BeTA2007, GPS, continental drift, Shape, KML ... GPS Utility GPS Utility is an easy-to-use application that allows you to manage, manipulate and map your GPS information.

Software tools. For instance, using command-line tools like GDAL, you can write a script to convert multiple files in one go. Similarly, some GIS software also offers batch processing capabilities.Is it possible to reconvert a TIFF back to a GeoTIFF?You can convert a TIFF back to a GeoTIFF format, but you would need to manually re-apply the geospatial metadata, such as the coordinate system and georeferencing information, as this data is not retained in the standard TIFF format.What tools or software are best for converting GeoTIFF to TIFF?Popular tools for this conversion include GDAL (a command-line utility), QGIS, ArcGIS, and even some online converters. The choice of tool often depends on the user’s familiarity with GIS software and specific requirements of the task.Are there any free or open-source tools for converting GeoTIFF to TIFF?Yes, there are free and open-source tools available. GDAL and QGIS are two of the most prominent open-source tools used for this purpose.How can I automate the conversion process for large datasets?For large datasets, automation can be achieved through scripting. Using Python with GDAL or R with the raster package allows for scripting the conversion process, making it possible to handle large numbers of files efficiently.What happens to the coordinate system and projection information in the GeoTIFF when converted to TIFF?When a GeoTIFF is converted to a standard TIFF, the coordinate system and projection information is removed. This means the resulting TIFF file no longer contains information about its spatial reference and cannot be accurately mapped to

 Advertisement Advertisement Toolkit to add GPS and coordinate conversion functionality to your software and scripts (GPS API). All NMEA0183 protocol versions are supported and can be filtered by NMEA sentence type and talker ID. Garmin USB PVT support. Information on GPS status can also be retrieved: GPS fix quality, satellites used in fix, satellites in view, satellite azimuth, elevation and signal strengths. The toolkit also offers functionality to perform map grid and datum transformations: latitude and longitude can be converted to various map grids, like Transverse Mercator (TM), Oblique Mercator, Mercator, Oblique Stereographic, Polar Stereographic, Cassini, Albers Equal Area Conal, Gauss Kruger or Lambert Conformal Conic projection, Lambert Azimuthal Equal Area and Krovak, for instance, to convert the GPS position to UTM or NAD27 / NAD83 State Plane. All map grid parameters can be specified (Scale Factor, False Northing, False Easting, Origin Latitude, Origin Longitude, North Parallel, South Parallel ) allowing you to convert your position to any map grid around.Comes with various programming examples: Visual C++, Visual Basic, Visual C# .NET, Visual Basic .NET and VBScript. Toolkit to add GPS functionality to software. Toolkit to add GPS and coordinate conversion functionality to software (GPS API). All NMEA0183 protocol versions are supported, Garmin USB PVT support. Support for datum conversions and coordinate conversion using different map projections. gps api, gps sdk, gps net, gps component, coordinate conversion, utm coordinate conversion, state plane coordinate conversion, map grid conversion, map datum conversion, nmea0183 decoding, gps development software File Name:Eye4Software GPS API

Killet GeoSoftware Ing.-GbR TRANSDATpro can prove a helpful tool for professionals, providing them with the possibility to perform coordinate transformations fast and easy by use of the coordinate reference systems of their choice. TRANSDATpro performs Coordinate Transformations fast and with high accuracy. The coordinate conversion software supports worldwide thousands of Coordinate Systems, geodetic Reference Systems and Datum Shifts, user-defined systems, 2D/3D transformations, INSPIRE, NTv2, HARN, EPSG, GPS, continental drift and more. The geographic calculator reads and writes the file systems Text, CSV, SDF, dBase, Arc-Shape, Arc-Generate, KML, GPX and others. Furthermore: Outdoor GPS reception, mapping in Google Earth, Google Maps and OpenStreetMap, Meridian Convergence and Extra Parameter, Polygonal scopes in NTv2 files, multilingual user interface. These Coordinate and Reference Systems are supported: The current and historical Systems of all countries of Europe - The European ETRS89 systems forced by INSPIRE - The US and Canadian NAD, NTv2, HARN and SPCS Coordinate Reference Systems - The Coordinate Reference Systems of most countries of all continents - The Coordinate Reference Systems of Germany, Austria and Switzerland incl. NTv2 - The Coordinate Reference Systems of the old and new German Federal States - The Geographic coordinates in different notations and Cartesian coordinates - Worldwide NTv2 gridfile supported Coordinate Transformations - Worldwide used numeric and alphanumeric Coordinate Systems - Most of EPSG supported Coordinate Reference Systems - ITRS annual realizations or WGS84 epochs for GPS measurements - WGS84 Coordinate Transformations in consideration of the continental drift - User defined Coordinate Systems, Reference Systems and earth ellipsoids - Meridian Convergence, Origin Center Meridian, Geographical Point Coordinates. A list with all supported CRS can be found at homepage User Rating: 1.0 (2 votes) Currently 1.00/512345 OS: Win2000, Windows XP, Windows 7 x32, Windows 7 x64, Windows 8, Windows 10, WinServer, WinOther, Windows 2000, Windows 2003, Windows Server 2000, Windows Server 2003, Windows Server 2008, Windows Server 2008r2, Windows Server 2012, Windows Tablet PC Edition 2005, Windows Media Center Editi Requirements: Pentium, 30 MB free HD

KML to GeoTIFF/Tiff, Vector to Raster Conversion" data-image-caption="" data-medium-file=" data-large-file=" srcset=" 750w, 300w">KML, or Keyhole Markup Language, is a geospatial data collection used in Google Earth and other Google services. TIFF, also known as Tagged Image File Format, is a file format for transferring, storing, and displaying raster images. This format is commonly used for scanned aerial photography and maps, as well as digital satellite imagery and other geographic data.GeoTIFF is a metadata standard in the public domain that enables the embedding of georeferencing information in a TIFF file. This additional information encompasses projections, coordinate systems, ellipsoids, datums, and all other essential elements for establishing the precise spatial reference for the file.Using IGIS Map Tool you can easily convert – KML to TIFF. You can also do other GIS Data Conversion using this tool.IGISMAP to Convert KML to GeoTIFFFor GeoJSON to GeoTIFF conversion, go to IGIS Map Tool, after logging in with your registered email and password. If you are a new user, click the Sign Up button in the Login popup and register to IGISMAP by filling the details.IGISMAPThere are four main steps for using GIS Converter:Click on Tool ConverterUpload the dataChoose the format to which it should be convertedDownload the converted fileStep one is to upload your KML file which you want to convert. You can upload your file from system or select from the Recent Files.Upload KMLHere we have uploaded the KML file of Turkey National Boundary.Step two is to select the output format from the dropdown for the converted file, in this case its GeoTIFF. You can also set the Coordinate Reference System of your preference. As a default CRS will set to WGS 84 (World) [EPSG:4326]. Now Now Click on the Convert File.Select GeoTIFF as Output FormatYour KML file will then gets converted to GeoTIFF file after a few seconds and will be available for downloading.Download GeoTIFF FileYou can also choose to style the layer or continue with further conversion process by clicking the Convert Another File button.Converted Files section from the dashboard contains the list of the details of all the conversion done in your account, providing both input and output data available for download their corresponding formats.Download free shapefile of various countries.Create your own shapefile and share with your clients or embed on your website. More on Conversion :KML to TopoJSONKML to ShapefileShapefile to PDFKML to Shapefile ConversionKMZ to KMLCreate your own GIS file Using IGIS Map Add or Load GeoJSON File – Point, Polyline map – Leaflet JSPost navigation

And UTM are different coordinate systems. WGS84 is a geographic coordinate system, while UTM is a projected coordinate system. Geographic coordinate systems use a spheroid and measure angles in degrees, while UTM uses a flat grid system for easier calculations.12. How do you convert coordinates to WGS84?To convert coordinates to WGS84, you can follow these steps:1. Convert the known latitude and longitude coordinates to decimal degrees.2. Use a coordinate conversion tool or software to input the coordinates and convert them to WGS84 format.3. The tool will provide you with the WGS84 coordinates, which you can then use for your specific purposes.13. Why do we use WGS84?WGS84 is widely used as a reference system for navigation, positioning, and mapping purposes. It provides a consistent and globally recognized coordinate system, allowing for accurate positioning and coordination between different systems and devices.14. Can WGS84 be UTM?WGS84 and UTM are different coordinate systems, but WGS84 can be transformed into UTM for specific applications or calculations. UTM zones cover a larger portion of the Earth compared to state plane coordinate zones, and they are based on a different projection and grid system.15. Is UTM in meters or feet?UTM coordinates are measured in meters, providing a consistent unit of measurement across the system. This allows for precise and accurate positioning on a Cartesian plane.16. How do I find my UTM zone?To find your UTM zone, you can follow these steps:1. Determine the longitude coordinate of the location you want to find the UTM zone for.2. Add 180 to the longitude value.3. Divide the result by 6.4. Round up the result to the next highest whole number.The resulting number will indicate your UTM zone.17. Is KML always in WGS84?Yes, KML (Keyhole Markup Language) coordinates are generally based on the World Geodetic System 1984 (WGS84) reference system. The coordinates are given in decimal degrees and follow the WGS84 latitude and longitude order.18. Does GPS always use WGS84?GPS itself uses the WGS84 reference system, but some GPS receivers can be set to convert the location into other reference systems, such as UTM or NAD-27. However, the default and most common setting is WGS84.19. Who uses WGS84?WGS84 is widely used by various organizations, including the Department of Defense (DoD), Intelligence Community (IC), NATO, International Hydrographic Office, and the International Civil Aviation Organization (ICAO). It provides a standardized reference system for navigation, positioning, and targeting.20. How do I plot UTM coordinates on Google Earth?To plot UTM coordinates on Google Earth, you can use the “add position” tool. This tool allows you to input UTM coordinates, and Google Earth will automatically display the corresponding location on the map.21. Does Apple Maps use WGS84?Yes, Apple Maps uses the WGS84 reference system as its default datum for location services. This provides a standard coordinate system for accurate positioning on Apple Maps.22. Why use UTM instead of Lat Long?There are several reasons why UTM is preferred over Lat Long in certain applications:– UTM provides a constant distance relationship anywhere on the map, whereas the distance