Coordinates Converter _VERIFIED

This tool is all about GPS coordinates conversion. As soon as you modify one end of the data (either the decimal or sexagesimal degrees coordinates), the other end is simultaneously updated by the coordinates converter, as well as the position on the map.

You can also start to convert latitude and longitude by clicking on the map, which will pre-fill the fields with the GPS coordinates of the location you clicked on. In any case, the address will not be geocoded automatically. If you want to convert the GPS coordinates into an address, you have to click on the button "Get Address" below the decimal coordinates. Click on my location if you need your current location coordinates.

Coordinates Converter Download

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This tool permits the user to convert latitude and longitude between decimal degrees and degrees, minutes, and seconds. For convenience, a link is included to the National Geodetic Survey's NADCON program, which allows conversions between the NAD83 / WGS84 coordinate system and the older NAD27 coordinate system. NAD27 coordinates are presently used for broadcast authorizations and applications.

Coordinates converter plugin developed for the purpose of converting coordinates from/to DMS, decimal degree and utm.

There are six methods in this plugin:

1- From Decimal Degree to UTM.

2- From Decimal Degree to DMS.

3- From UTM to Decimal Degree.

4- From UTM to DMS.

5- From DMS to Decimal Degree.

6- From DMS to UTM.

Mostly interesting for sector file managers is the coordinates converter (earlier called coordinates importer). It accepts a large number of coordinate formats, including some AIP description formats of airspaces. Just enter what you have on the left and see immediately the result (both in text and a drawing on Google Maps). In some cases, adjustments of the input text might be necessary to create the desired output.

Also updated is a tool to easily draw runway extended centerlines. The threshold coordinate can be of any value accepted by the coordinates converter. The runway direction and the ticks can then be easily configured.

Thanks for your kind words. There was indeed an issue with AIP coordinates from the German AIP compared to the previous version, mainly because the algorithm used (which is just a very complex regex) was completely changed in order to capture more types of coordinate formats. Jannik made me aware of this issue already and I implemented a fix a few days ago. Could you check if the AIP coordinates now work for you as well?

The coordinates converter is now accepting even more formats. I've added more details about them in the placeholder text of the input box. I've also added details there how to use the tool to draw circles (it was possible already before, but not properly documented). Any coordinate format can be followed by a dash and numerical value, which represents the radius in nautical miles, to draw a circle. If only a specific radial or an arc should be drawn, use another slash followed by the numbers for the radial and optionally either > (to draw clockwise), < (to draw counter-clockwise) or - (to draw the shortest way) plus the radial where the arc should end again.

Remember that a large number of syntaxes used in AIP can be used directly, including descriptions of arcs and even tangents around two center coordinates. If you find a format or text example that doesn't work, reply to this thread. Maybe I can add support for even more formats.

The coordinates converter now also interprets 5LNC (5 letter name codes of waypoints) and navaid identifiers. This was already an option earlier, but required some improvement and re-coding due to different changes to the code in the meantime. Waypoints and navaids need to be written in upper case. Their names can be used like any other coordinate format, and even combinations are possible. If a waypoint or navaid is the first coordinate of a group and multiple matches are found, all results are added in individual groups. If a waypoint or navaid follows any other coordinate and multiple matches are found, the closest only is taken.

I have noticed that when I input decimal coordinates it does not correctly "translate" them, making them very offset.

The error seems to occur on the latitude, however the longitude seems to match. Have tried with several coordinates in different regions of the world and all has the same effect.

When trying to draw a circle or arc with coordinates in the Southern Hemisphere the system returns the "correct" coordinates but for the Northern Hemisphere.

Input used:

S033.21.22.680 W056.29.45.964

circle(radius 30nm, S033.21.22.680 W056.29.45.964)

I am moving workflows over to ArcGIS Pro and some require the usage of attribute rules. I like the functionality, but I am very new to arcade. So, here is my latest challenge. I have a point feature that has X and Y columns for coordinates of the point. The feature is in North Dakota State Plane South, and if I use the code "return Geometry($feature).X" it will return the x coordinate in state plane feet. I want to auto populate with longitude. Suggestions?

The best opensource solution for converting coordinates from one projection to another is Proj4 originally written in c but ported to numerous programming languages. The port to c# that I have tried and used is DotSpatial Projections found on CodePlex. It is easy to find out how to use it based on the examples. The only thing you need to know are conversion parameters for your case.

You can convert degrees, minutes, seconds for both latitude and longitude to decimal degrees.Simply enter the DMS values for lat or both lat and long, than press the convert button. The decimal degrees coordinates will be calculated and displayed below the form.

By using this geographic tool you can get the lat long coordinates from an address.Please type the address which would include the name of the city/town, state and street name to get more accurate lat long value.Also, the gps coordinates of the address will be calculated below.

Those coordinates are non-sensical and therefore useless. "South fifty-seven degrees, eighteen thousand one hundred and five seconds, east forty decimal zero zero degrees" makes no sense. Whoever typed them made multiple mistakes, including two wrong hemispheres if it's supposed to point to North America.

In the UTM coordinate system a grid is used to specify locations on the surface of the Earth. The UTM system is not a single map projection but instead series of sixty zones. Each zone is based on a specifically defined secant Transverse Mercator projection. The units for both east and north coordinates are meters.

Tip! - If you have a csv list (or file) where the sequence of the input coordinates are in wrong order - open the csv list (or file) in a spreadsheet - move the columns with the coordinates to the right position according the required sequence - save the spreadsheet as a new csv file - open the csv file in a simple text editor - copy and paste the list into the input field above - Convert! The converter is valid for the northern hemisphere.

I have done some searching online but I am not entirely sure how to convert the fiducial coordinates (in mm) from RAS to LPS using Slicer (assuming its possibile). Hoping someone can point me in the right direction.

GPS Coordinates Converter is a tool to convert gps coordinates to address and convert address to lat long. The coordinate converter supports different formats of gps coordinates such as decimal degrees (DD) and degrees, minutes and seconds (DMS).

The lat long converter can be used to locate an address, latitude and longitude on a map for navigation purposely or if your gps navigation system is giving you a lat long and you need to convert it to address. Type an address or latitude and longitude to start using our gps coordinate converter.

Simply type the lat and long coordinate values and press Get Address or the Get GPS Coordinates button above. Reverse geocoded address will also show up on the map coordinates along with latlong.

There are two ways that you can use the coordinates converter to convert a coordinates to an actual address.

Coordinate Converter to Decimal converts latitude and longitude to decimal degrees and vice versa, coordinate converter to address and it is also able to convert decimal to degree minute second.

The degrees minutes seconds to decimal degrees or DMS Converter is a tool to convert any address or coordinates to decimal degrees format and convert decimal degrees to the degrees minutes seconds format.

We offer our gps coordinates converter as app that you can install for free in the Play Store. If you own an android phone or tablet, you can use it wherever you go.

GPS Coordinates Converter App

The app has all the functionalities of our web version plus some additional features, such as saving and sharing your coordinates or an address that you searched.

There are built in functions to locate your current location and multiple ways to convert gps coordinates to address and vice versa.

Just like our web tool, a map will show up with every search so you can explore the destination area or the location that you are current at.

One feature that you may like about the app is that it allows you to save all the locations that you search for so that you can retrieve them at a later time. You can use the app as an address book to keep the addresses of all your friends and families.

You can use the coordinates finder or where am I now to find your current location in latitude and longitude or the coordinates converter to convert address to latlong and convert lat and long to address.

Please make sure you choose the enable location on your browser in order for our gps coordinates system to locate your location. One can also use our longitude and latitude finder app to find your gps coordinates. e24fc04721