Converting GPS to KML online using GIS data converter

This tutorial will walk you through the process of using MAPOG‘s Converter Tool to rapidly and simply convert GPS files to KML format. Thus, the entire process of Converting GPS to KML with MAPOG will be broken down into easy steps for you, regardless of whether you are a first-time user or not.

Key Concept to Converting files

Converter Tool is a tool in the MAPOG used for the purpose of converting the information you have from one type to another. It’s like magic! You input data into it in one form, and you get it output in another form that you could use in your analysis. Moreover, GIS Data has a download in any format that means it is shift able in any kind of uses.

Online Conversion from GPS to KML

Step 1: Upload the Data

1. Choose the data by using the “Process Data” option, then select the “Converter Tool.”

GPS to KML

2. Upload your GPS file. This is the entry point where you enter the data to be converted.

Step 2: Decide on the Conversion Format

If you wish to export just the data, choose KML or Keyhole Markup Language as the output format. The application offers other ways to get the desired outcome, but in this tutorial, we’ll be using the option to convert the file to KML.

Additionally, this is a good time to set the CRS (Coordinate Reference System) to ensure your data aligns correctly with your spatial analysis requirements.

Step 3: Execute the Conversion

Navigate to “Convert Files” to observe the tool in action. When you use the Converter Tool, you enter your data and it transforms it from GPS to KML format.

Step 4: Review and Download

Take a moment to review your converted KML data to make sure everything looks correct. Once you’re happy with it, go ahead and export the file. This step is really important to ensure that the conversion worked properly and that all your data is intact.

Step 5: Add Label Feature

To add a Lebel to a map, click the layer’s action button, select the Label Feature, enter the converted file, and adjust color and font size. Save the data, and the newly converted data with all museums names will be displayed.

And that’s it! You now know how to use MAPOG Converter Tool to convert GPS files to KMLs. It’s now simpler than ever to modify your data and get it ready for whatever analysis you require. This useful tool makes handling different data types easier, which improves the efficiency and productivity of your work.

With MAPOG’s versatile toolkit, you can effortlessly upload vector and upload Excel or CSV data, incorporate existing layers, perform polyline splitting, use the converter for various formats, calculate isochrones, and utilize the Export Tool.

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Online GIS data Conversion |Converting GeoJSON to KMZ

In this guide, we’ll walk you through how to efficiently convert your GeoJSON files to KMZ using the powerful Converter Tool in MAPOG. Whether you’re a beginner or an experienced user, Converting GeoJSON to KMZ with MAPOG, this tutorial will help you understand the process in easy steps.

Key Concept to Converting files

The Converter Tool is a feature in MAPOG that helps you change your data from one format to another. It’s like magic! You give it your data in one form, and it transforms it into another form that you need for your analysis. Additionally, with GIS Data, you can download data in any format, making it versatile and adaptable for various applications.

Online GeoJSON to KMZ GIS Converter

Step 1: Upload the Data

1. Click on the “Process Data” menu and choose the “Converter Tool” option.

2. Upload your GeoJSON file. This is your starting point where you provide the data that needs conversion.

Step 2: Select the Format for Conversion

1. Choose the output file format as KMZ. The tool offers various formats, but for this guide, we are focusing on converting to KMZ.

2.You can also set the CRS at this stage.

Step 3: Run the Conversion

Click ‘Convert Files’ and let the tool work its magic. The Converter Tool processes your data, transforming it from GeoJSON to KMZ format.

Step 4: Review and Download

Finally, review your converted KMZ data to ensure it looks right. Once satisfied, download the converted file. This step is crucial to verify that the conversion has been successful and the data integrity is maintained.

And there you have it! You’ve successfully used the Converter Tool in MAPOG to convert your GeoJSON files to KMZ. Now you can easily convert your data for all your analysis needs. This feature simplifies the process of handling different data formats, making your workflow more efficient and effective.

With MAPOG’s versatile toolkit, you can effortlessly upload vector and upload Excel or CSV data, incorporate existing layers, perform polyline splitting, use the converter for various formats, calculate isochrones, and utilize the Export Tool.

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Convert Online GPS to GPX and in other formats

This guide will walk you through the simple process of converting GPS files to the GPX format using the Converter Tool within MAPOG. Whether you’re a first-time user or a seasoned expert, you’ll find that converting GPS to GPX is straightforward when broken down into clear, manageable steps.

Key Concepts in File Conversion

The Converter Tool in MAPOG Map Analysis is a powerful feature designed to transform your data from one format to another seamlessly. Think of it as a magic tool that takes your data in one form and outputs it in another, perfectly tailored for your needs. With GIS data, you have the flexibility to download in any format, making it adaptable for various uses.

Online GPS to GPX GIS Conversion

Step 1: Upload Your Data

To begin, select your data by going to the “Process Data” section and then navigate to the “Converter Tool.

Upload your GPS file, which serves as the starting point for the conversion process.

Step 2: Choose the Output Format

Next, select GPX as the output format. Although the tool offers multiple options for conversion, this guide focuses on converting your GPS file to GPX, ensuring the process is as straightforward as possible.

you can also set the CRS to make sure your data aligns perfectly with the needs of your spatial analysis.

Step 3: Execute the Conversion

After selecting your format, proceed to the ‘Convert Files’ option. The Converter Tool will then work its magic, transforming your GPS data into the GPX format.

Step 4: Review and Download

Once the conversion is complete, take a moment to review your GPX file. This step is crucial to confirm that everything has converted correctly. If all looks good, you can download the GPX file, confident that the conversion was successful and your data remains intact.

Step 5: Create Isochrones

To create isochrones, click the Process data option, select the Isochrone Option, enter the converted file in the select layer option, then provide a layer name and select the mode, provide duration and click on submit. By doing that isochrones will be created around the Museum points.

And there you have it! You’ve successfully converted your GPS files to GPX using the MAPOG Converter Tool. This feature simplifies the task of managing various data formats, making your workflow smoother and more efficient. Now, you’re all set to use your converted data for any analysis you require.

With MAPOG’s versatile toolkit, you can effortlessly upload vector and upload Excel or CSV data, incorporate existing layers, perform polyline splitting, use the converter for various formats, calculate isochrones, and utilize the Export Tool.

Here are some other blogs you might be interested in:

Convert Online GPS to MAPINFO

This guide will walk you through the process of converting GPS files to the MAPINFO format using the Converter Tool in MAPOG. Whether you’re new to the tool or a seasoned user, you’ll find the entire process explained in straightforward steps.

Understanding File Conversion

The Converter Tool in MAPOG is designed to transform data from one format to another effortlessly. Imagine it as a magic wand—input your data in one format, and it emerges in another, ready for your analysis. Additionally, GIS data can be downloaded in any format, making it versatile for various uses.

Online GPS to MAPINFO GIS Converter

Step 1: Upload Your Data

Start by selecting the “Process Data” section, then proceed to the “Converter Tool.

Here, you’ll upload your GPS file, which serves as the starting point for the conversion process.

Step 2: Choose the Output Format

Next, select MAPINFO as your desired output format. While the Converter Tool offers several options for achieving the final result, this guide focuses on converting your file to MAPINFO.

You can also set the CRS to make sure your data aligns perfectly with the needs of your spatial analysis.

Step 3: Execute the Conversion

Now, head to “Convert Files” and let the tool work its magic. It will seamlessly convert your GPS data into the MAPINFO format.

Step 4: Review and Download

Before wrapping up, take a moment to review your newly converted MAPINFO data to ensure accuracy. Once you’re satisfied with the conversion, download the file. This final step is crucial to confirm that all your data has been correctly transformed and is intact.

Step 5: Add Category Style

You can even apply category styles in map analysis to make the map clearer and more understandable at a glance. Just go to the action button of newly converted file and click on edit style to get category style. The provide your layer, provide attribute & save style. Here you get to select icons, choose their style and you can have true & false view for better visualization.

And that’s it! You’ve successfully used the Converter Tool in MAPOG Map Analysis to convert GPS files to MAPINFO. Now, transforming your data is simpler than ever, allowing you to be more productive and efficient in your analysis.

With MAPOG’s versatile toolkit, you can effortlessly upload vector and upload Excel or CSV data, incorporate existing layers, perform polyline splitting, use the converter for various formats, calculate isochrones, and utilize the Export Tool.

Here are some other blogs you might be interested in:

Download Angola Administrative Boundary Shapefiles – National, Provinces and more

Download GIS data of Angola such as Angola National Boundary, Provinces, Municipalities and more. Download in Shapefile or CSV formats

Are you struggling to find accurate and up-to-date GIS data for your desired country? Worry no more, as MAPOG is here to be your ultimate solution! Our platform offers a comprehensive collection of GIS data covering more than 150 countries. You’ll find an impressive selection of over 150 GIS datasets available for each nation in the MAPOG GIS Data Collection. The hallmark of our GIS data lies in its exceptional accuracy, especially when representing administrative divisions. Moreover, our users can access a diverse range of data pertaining to natural and man-made geographic features, including rivers, roads, railway lines, airport locations, and much more, all meticulously represented in appropriate geometric structures (points, lines, and polygons). Facilitating seamless access to this invaluable data are two essential tools – Download GIS Data and Add GIS Data, thoughtfully integrated into the MAPOG platform. To delve deeper into the functionalities of the Add GIS Data tool, check out our enlightening article – “Add GIS data from IGISMap GIS data collection

With MAPOG’s versatile toolkit, you can effortlessly upload vector, add WMS (Web Map Service) layers, upload Excel or CSV data, incorporate existing files, perform polygon splitting and merging, generate new polygon and polyline data, use the converter for various formats, conduct buffer analysis, create grids, transform points into polygons, calculate isochrones, and utilize the geocoder for precise location information.

We offer an extensive array of data formats, including KML, SHP, CSV, GeoJSON, Tab, SQL, Tiff, GML, KMZ, GPKZ, SQLITE, Dxf, MIF, TOPOJSON, XLSX, GPX, ODS, MID, and GPS, ensuring compatibility and accessibility for various applications and analyses.

Note:

  • All data available are in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
  • You need to login for downloading the shapefile.

Download Shapefile Data of Angola

Angola is located on the western Atlantic Coast of Southern Africa between Namibia and the Republic of the Congo. It also is bordered by the Democratic Republic of the Congo and Zambia to the east. The country consists of a sparsely watered and somewhat sterile coastal plain extending inland for a distance varying from 50 to 160 km (31 to 99 mi). Slightly inland and parallel to the coast is a belt of hills and mountains and behind those a large plateau. The total land size is 1,246,700 km2 (481,400 sq mi). It has an Exclusive Economic Zone of 518,433 km2 (200,168 sq mi).

Angola National Boundary

Download Angola National Boundary Shapefile

Download Angola Provinces Shapefile Data

Angola is divided into eighteen provinces, known in Portuguese as províncias:

  • Bengo
  • Caxito
  • Benguela
  • Bié
  • Cabinda
  • Cuando Cubango
  • Cuanza Norte
  • Cuanza Sul
  • Cunene
  • Huambo
  • Huíla
  • Luanda
  • Lunda Norte
  • Lunda Sul
  • Malanje
  • Moxico
  • Namibe
  • Uíge
  • Zaire
Angola Provinces Boundaries

Download Angola Provinces Boundaries Shapefiles

Other GIS Data:

Download Shapefile for the following:

  1. World Countries Shapefile
  2. Australia
  3. Argentina
  4. Austria
  5. Belgium
  6. Brazil
  7. Canada
  8. Denmark
  9. Fiji
  10. Finland
  11. Germany
  12. Greece
  13. India
  14. Indonesia
  15. Ireland
  16. Italy
  17. Japan
  18. Kenya
  19. Lebanon
  20. Madagascar
  21. Malaysia
  22. Mexico
  23. Mongolia
  24. Netherlands
  25. New Zealand
  26. Nigeria
  27. Papua New Guinea
  28. Philippines
  29. Poland
  30. Russia
  31. Singapore
  32. South Africa
  33. South Korea
  34. Spain
  35. Switzerland
  36. Tunisia
  37. United Kingdom Shapefile
  38. United States of America
  39. Vietnam
  40. Norway
  41. Chile
  42. Crotia

Disclaimer : If you find any shapefile data of country provided is in correct do contact us or comment below, so that we will correct the same in our system as well we will try to correct the same in OpenStreetMap.

Download Paraguay Administrative Boundary GIS Data – Regions , Departments and more

download-paraguay-administrative–province-departments-and-more

It’s fantastic to hear that MAPOG has expanded its GIS data collection to include data for more than 100 new countries, bringing the total coverage to over 150 countries. This is undoubtedly a valuable resource for GIS enthusiasts and professionals around the world. The availability of detailed information on administrative divisions, rivers, roads, and airports can greatly enhance various geospatial projects and analyses.

The option to access the data through tools like “Download GIS Data” and “Add GIS Data” seems convenient and user-friendly. Providing data in different formats such as Shapefile, KML, GeoJSON, and CSV ensures compatibility with a wide range of GIS software and applications, making it easier for users to integrate the data into their workflows.

This article will walk you through downloading administrative-level GIS data for Paraguay using the Download GIS Data tool. Experience a seamless geospatial journey with MAPOG as your trusted partner!

Note:

  • All data available are in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
  • You need to login for downloading the shapefile.

Download Paraguay Regions Shapefile Data

Paraguay is divided into 2 Regions

  •  Western Paraguay
  • Eastern Paraguay
 Paraguay Regions Boundaries

Download Paraguay Regions Boundaries Shapefile

Download Paraguay Departments Shapefile Data

Paraguay is divided into 17 Departments

  •  Concepción  
  • San Pedro
  •  Cordillera
  •  Guairá
  •  Caaguazú
  •  Caazapá
  •  Itapúa
  •  Misiones
  •  Paraguarí  
  • Alto Paraná
  •  Central  
  • Ñeembucú
  •  Amambay
  •  Canindeyú
  •   Presidente
  • Hayes
  •  Alto Paraguay  
  • Boquerón
Paraguay Departments Boundaries

Download Paraguay Departments Boundaries Shapefile

Other GIS Data:

Download Free Shapefile for the following:

  1. World Countries Shapefile
  2. Australia
  3. Argentina
  4. Austria
  5. Belgium
  6. Brazil
  7. Canada
  8. Denmark
  9. Fiji
  10. Finland
  11. Germany
  12. Greece
  13. India
  14. Indonesia
  15. Ireland
  16. Italy
  17. Japan
  18. Kenya
  19. Lebanon
  20. Madagascar
  21. Malaysia
  22. Mexico
  23. Mongolia
  24. Netherlands
  25. New Zealand
  26. Nigeria
  27. Papua New Guinea
  28. Philippines
  29. Poland
  30. Russia
  31. Singapore
  32. South Africa
  33. South Korea
  34. Spain
  35. Switzerland
  36. Tunisia
  37. United Kingdom Shapefile
  38. United States of America
  39. Vietnam
  40. Norway
  41. Chile
  42. Croatia
  43. Estonia
  44. Laos
  45. Hungary
  46. Libya
  47. Comoros
  48. Colombia
  49. Bhutan
  50. Maldives
  51. Iraq
  52. Azerbaijan
  53. Portugal

Disclaimer : If you find any shapefile data of country provided is incorrect do contact us or comment below, so that we will correct the same in our system as well we will try to correct the same in OpenStreetMap

Convert – Degree Minute Seconds to Degree Decimal Minutes to Decimal Degree format – Latitude Longitude

Convert – Degree Minute Seconds to Degree Decimal Minutes to Decimal Degree format. Geographical location information is represented in terms of Latitude and Longitude, where Latitude gives the angular distance of a point from equator to elevation either north or south, and Longitude gives the angular distance of a point east or west of the meridian. This Angular distance values of Lat and Lon is either represented in Degree, Minute, Seconds(dd,mm,ss) number system or Decimal Degree number system. So let us discuss about, how to represent the location with Latitude and Longitude, their value range and how to convert them with the tool.

Latitude values Range:

Point on Equator line is calculated as 0° latitude, while North pole as 90°N and South pole as 90°S. Latitude values range in between 0° and 90° in positive
(representing north) and in negative (representing south) values.

Longitude values Range:

Prime Meridian or Greenwich meridian is defined as 0° longitude. Longitude values ranges from 0° to 180° east or from 0° to 180° west.

Convert – Degree Minute Seconds to Degree Decimal Minutes to Decimal Degree format

Latitude and Longitude Representation – Different converted formats:

Generally in three formats, latitude and longitude values are represented. Let us take example of each format, by taking latitude longitude of San Antonio.
1.) Degree Minutes Seconds :
For example: 29° 25′ 26.5152″, -98° 29′ 37.6974″

2.) Degree Decimal Minutes:
For example: 29° 25.441916666667’ , -98° 29.6283’

3.) Decimal Degree:
For example: 29.424032, -98.493805

Format of Lat lon – Degree Minute Seconds, Degree Decimal Minutes, Decimal Degree format

Convert – Degree Minute Seconds to Degree Decimal Minutes to Decimal Degree format

Earth equator line is divided in 360 equal parts, each part represents a degree distance, where 1°=111.32 Km. Every Degree is further divided in 60 minutes. This means, 1 minute = 111.32/60 = 1.85 Km, and every minute is divided in 60 seconds. So 1 seconds = 1.85/60 = 0.0309 Km.

Convert Degree Minute Seconds to Degree Decimal for the Latitude Longitude values:

As 1°=60’=3600”, so we can compute degree decimal by:

d = degree + minute / 60 + seconds/3600

Let us take an example: Compute 29° 25′ 26.5152″, -98° 29′ 37.6974″ to degree decimal:

Latitude to Degree Decimal = d = 29 + 25/60 + 26.5152/3600 = 29.42432
Longitude to Degree Decimal = d = -(98 + 29/60 + 37.6974/3600) = -98.493805

Tool to convert lat lon values from degree minute seconds to degree decimal:


LATITUDE :Degree= Minute= Seconds=

LONGITUDE :Degree= Minute= Seconds=


Latitude :

Longitude :

Convert Degree Minute Seconds to Degree Decimal:

Again, as 1°=60’=3600”, we would compute Degree, Minute and Seconds separately from Degree Decimal.

  • Degree = integer part of Decimal degree = int(ddd.dd) = ddd.
  • Minute = integer part of ((Decimal degree – Degree computed above) * 60) = int(ddd.dd – ddd) * 60.
  • Seconds = (Degree Decimal – degree – Minute/60) * 3600 = (ddd.dd – ddd – m/60)*3600

Let us take an example. Compute 29.424032, -98.493805 to Degree Minute Seconds format:

Degree = int(29.424032) = 29
Minute = int((29.424032 – 29) * 60) = int (25.44192) = 25
Seconds = (29.424032 – 29 – 25/60) * 3600 = 26.5152″

So latitude = 29° 25′ 26.5152”

Similarly computing longitude of -98.493805, we get the degree minute second to -98° 29′ 37.6974.

Tool to convert lat lon values from Degree Decimal to Degree Minute Seconds:


LATITUDE :
LONGITUDE :


Latitude :

Longitude :

Convert – Degree Minute Seconds to Degree Decimal Minutes:

Fetch the Seconds number, and divide it by 60, and then add the result with minute,

For example: Convert 29° 25′ 26.5152” to Degree Decimal Minute:

  • Here Seconds = 26.5152,
  • so dividing it by 60 i.e 26.5152/60 = 0.44.
  • Now add this with Minute, we will get 29° 25.44, which is in Degree Decimal Minutes format. If you multiply again 0.44 by 60 you will get again Degree Minute seconds format.

You may find further link, to find the tool for conversion of Latitude longitude format, with Map view:

Latitude Longitude format Conversion – Degree Decimal, Degree Minute Seconds and Degree Decimal Minutes

Do comment below, if you have any doubt or if you want share any other related information with us by commenting below.

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