Convert TOPOJSON to GPX Online: A Step-by-Step Guide

In GIS workflows, data conversion is essential for ensuring compatibility between various geospatial formats. TOPOJSON is a compact format used for encoding geographic features, while GPX is widely used for storing data such as waypoints, routes, and tracks for GPS devices. Converting TOPOJSON to GPX allows you to use your geospatial data with GPS devices for navigation, tracking, and more.

What is TOPOJSON?

TopoJSON is a compact format for encoding geographic data, similar to GeoJSON, but with one key difference—it efficiently represents shared boundaries between features. Instead of storing duplicate geometry, TopoJSON stores topological relationships, making files smaller and ideal for visualizing complex maps. It’s commonly used for creating high-performance, web-based maps.

ONLINE GIS DATA CONVERSION

Key Concept for Conversion TOPOJSON to GPX:

MAPOG MapAnalysis‘s Converter Tool offers a user-friendly platform for converting data between formats. Below is a detailed guide on how to convert TOPOJSON files into GPX format using the MAPOG tool.

Step-by-Step Guide to Converting TOPOJSON to GPX

Step 1: Upload the TOPOJSON File
Start by opening the “Process Data” section in MAPOG MapAnalysis and selecting the “Converter Tool“. Upload your TOPOJSON file by clicking the “Upload” button. Ensure that your TOPOJSON file is properly organized, containing the relevant geographic features.

Step 2: Choose GPX as the Output Format
Once your TOPOJSON file is uploaded, select GPX as the output format. GPX is the standard for GPS devices, supporting the storage of waypoints, routes, and track data, which are essential for navigation.

Step 3: Set the Coordinate Reference System (CRS)
To ensure geographic accuracy, select the appropriate CRS for the conversion. This step is vital for ensuring the coordinates in your GPX file are correctly aligned with GPS systems. If unsure, use the CRS of your original data.

Step 4: Execute the Conversion
After setting the CRS and choosing GPX as the output format, click “Convert.” The MAPOG tool will convert the TOPOJSON file to GPX, preserving all relevant geographic data and attributes.

Step 5: Review and Download the GPX File
Once the conversion process is complete, review the resulting GPX file to ensure that all data has been converted accurately. If the file is correct, download it for use with GPS devices or applications.

Conclusion

The MAPOG Converting Tool makes it easy to convert TOPOJSON to GPX. These procedures will let you quickly convert TOPOJSON files to GPX so that your data.

Feature Tool:

Story by MAPOG:

For users who wish to employ interactive and eye-catching maps to bring their data to life, Story by MAPOG is ideal. It enables you to combine maps with multimedia components like text and photographs to create compelling narratives. Story by MAPOG makes it simple to produce shareable content, whether you’re promoting project, leading a tour, presenting research.

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Convert KMZ to GPS Online: A Step-by-Step Guide

KMZ is a popular format for sharing map data in Google Earth, containing geographic information and annotations like waypoints, paths, and polygons.

What is KMZ?

KMZ is a compressed version of a KML (Keyhole Markup Language) file, used to store geographic data for display in applications like Google Earth. It contains location-based information, such as points, lines, and polygons, along with additional elements like images or 3D models. The KMZ format keeps everything in a single, compact file, making it easy to share or upload geographic data with multimedia elements.

ONLINE GIS DATA CONVERSION

Key Concept for Conversion KMZ to GPS:

The MAPOG MapAnalysis Converter Tool provides a simple and efficient way to convert KMZ files to GPS formats. Below is a detailed step-by-step guide to help you convert KMZ to GPS using MAPOG.

Step-by-Step Guide to Converting KMZ to GPS

Step 1: Upload the KMZ File
Navigate to the “Process Data” section of the MAPOG MapAnalysis platform. Select the “Converter Tool” option. Upload your KMZ file by clicking the “Upload” button. Make sure that your KMZ file is well-organized and contains all relevant geographic data, such as routes and waypoints.

Step 2: Select the Output Format (GPS)
After uploading the KMZ file, choose GPS as the output format. GPS devices for exchanging location data, including waypoints, tracks, and routes.

Step 3: Specify the Coordinate Reference System (CRS)
To maintain geographic accuracy during the conversion, choose the appropriate CRS for your data. Ensuring that the CRS matches the spatial reference system of your KMZ file will prevent distortions in the final GPS data.

Step 4: Start the Conversion Process
Once the KMZ file is uploaded, the format is selected, and the CRS is set, click the “Convert” button. The MAPOG Converter Tool will convert the KMZ file into GPX format, keeping all the relevant waypoints, routes, and tracks intact.

Step 5: Review and Download the GPX File
After the conversion is complete, review the output to confirm that the data was converted accurately. Once satisfied, download the GPX file, which can now be loaded into GPS devices or mapping software for navigation and data analysis.

Conclusion :

The KMZ to GPS conversion procedure is made quick and easy with the help of the MAPOG Converter Tool. These instructions make it simple to convert KMZ files into a format that is compatible with GPS devices, ensuring that your geospatial data is ready for use in mapping, navigation, and fieldwork applications.

Feature Tool:

Story by MAPOG:

Story by MAPOG is an engaging tool that brings geographical data to life through interactive maps and narratives. Imagine combining detailed maps with photos, videos, and text to tell captivating stories about places, events, or trends. Whether you’re showcasing beautiful landscapes, tracking environmental changes, or exploring cultural sites, Story by MAPOG makes it easy to guide viewers through a visual journey.

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Convert TOPOJSON to GPS Online: A Step-by-Step Guide

Geospatial data conversion is essential for ensuring that your data is usable across different platforms and devices. TOPOJSON is a compact and efficient format for encoding geographic features, while GPS-compatible formats, such as GPX, are widely used for navigation, tracking, and geolocation. Converting TOPOJSON to a GPS-compatible format allows for easy integration with GPS devices and applications.

What is TOPOJSON?

ONLINE GIS DATA CONVERSION

Key Concept for Conversion TOPOJSON to GPS:

MAPOG MapAnalysis‘s Converter Tool provides a user-friendly platform for converting geospatial data between various formats. Here’s a step-by-step guide to converting TOPOJSON files to GPS-compatible formats like GPX using the MAPOG tool.

Step-by-Step Guide to Converting TOPOJSON to GPS Format

Step 1: Upload the TOPOJSON File
Start by navigating to the “Process Data” section in MAPOG MapAnalysis. Select the “Converter Tool” option. Upload your TOPOJSON file by selecting it from your local storage.

Step 2: Select GPS Format
Once your TOPOJSON file is uploaded, choose the GPS-compatible format, typically GPX, as the output. GPX is widely supported by GPS devices and is ideal for storing waypoints, routes, and tracks.

Step 3: Set the Coordinate Reference System (CRS)
To ensure geographic accuracy, select the appropriate Coordinate Reference System (CRS) for your data. This is crucial for maintaining the spatial integrity of your data when used in GPS devices.

Step 4: Convert the File
After selecting the output format and setting the CRS, click the “Convert” button to initiate the conversion process. The MAPOG tool will convert your TOPOJSON file into a GPS-readable GPX format, preserving the geographic features and attributes.

Step 5: Review and Download the GPX File
Once the conversion is complete, review the output file to ensure all data has been accurately converted.

Conclusion

The MAPOG Converter Tool simplifies the process of converting TOPOJSON files into GPS-compatible formats like GPX. This step-by-step guide ensures that your geospatial data can be effectively utilized for navigation, tracking, and other GPS-related tasks, enhancing the versatility of your projects. Follow these steps to ensure a smooth data conversion and seamless integration into your GPS systems.

Feature Tool:

Story by MAPOG:

Story by MAPOG is an interactive application that uses storytelling and interactive maps to bring geographical data to life. Imagine creating engrossing narratives about locations, occasions, or trends by fusing in-depth maps with images, text, and videos.

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Convert TOPOJSON to PDF Online: A Step-by-Step Guide

An essential part of GIS processes is geospatial data conversion, which lets users modify data for various platforms and uses. While PDF is a popular format for sharing and printing documents and maps, TOPOJSON is a small format for encoding geographic information. You may make aesthetically pleasing maps that are simple to disseminate and print by converting TOPOJSON to PDF.

What is TOPOJSON?

ONLINE GIS DATA CONVERSION

Key Concept for Conversion Topojson to PDF:

MAPOG MapAnalysis‘s Converter Tool offers an intuitive platform for converting geospatial data into various formats. Below is a step-by-step guide to converting TOPOJSON files into PDF format using the MAPOG tool.

Step-by-Step Guide to Converting TOPOJSON to PDF

Step 1: Upload the TOPOJSON File
Begin by navigating to the “Process Data” section in MAPOG MapAnalysis. Select the “Converter Tool” option. Upload your TOPOJSON file by selecting it from your local storage. Ensure that the file is correctly formatted.

Step 2: Select PDF as the Output Format
Once your TOPOJSON file is uploaded, choose PDF as the desired output format. PDF is ideal for creating print-ready maps that can be easily shared and viewed on any device.

Step 3: Set the Coordinate Reference System (CRS)
To ensure geographic accuracy, confirm that the appropriate Coordinate Reference System (CRS) is selected. This step is crucial for maintaining the spatial integrity of your data in the final PDF.

Step 4: Convert the File
After setting the output format, CRS, and any map customization options, click the “Convert” button to start the process. The MAPOG tool will convert your TOPOJSON file into a PDF.

Step 5: Review and Download the PDF
Once the conversion is complete, review the PDF to ensure all the data has been accurately represented. If everything looks correct, download the PDF file.

Conclusion

The MAPOG Converter Tool simplifies the process of converting TOPOJSON files into PDF format, allowing you to create high-quality maps for various purposes. By following these steps, you can efficiently convert your geospatial data into a shareable and printable format, enhancing the usability and accessibility of your maps.

Feature Tool:

Story by MAPOG:

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Convert MAPINFO TO GPS Online: A Step by Step Guide

For data to be used easily in various types of tools, file conversion is critical for Geographic Information System (GIS) operations. Quick accurate data conversion between formats is made possible by the MAPOG Map Analysis Converter Tool, which organizes this procedure.

ONLINE GIS DATA CONVERSION

Key Concept for Conversion MapInfo to GPS:

The Converter Tool in MAPOG Map Analysis offers a simple platform for converting data between various formats. This program’s user-friendly design makes it easy for all users to use and ensures a perfect conversion process. Here is a step-by-step guide on how to convert MapInfo files to GPS format using MAPOG.

Step-by-Step Guide to Converting MapInfo to GPS

Step 1: Upload the Data

Open MAPOG Map Analysis and go to the Process Data option to get started. Choose the “Converter Tool” option from there. Before providing your MapInfo file to the platform, make sure it is prepared for conversion.

Step 2: Select the Format for Conversion

After uploaded the file, choose GPS as the output format.

Step 3: Choose the Output Coordinate Reference System (CRS)

On your particular needs, choose the correct Coordinate Reference System (CRS) for your GPS file. With this, you can be sure that your data is georeferenced correctly—a vital part of accurate GIS mapping and navigation.

Step 4: Execute the Conversion

Set your selections and then start the conversion process.

Step 5: Review and Download

Review the output after the conversion and download it.

Conclusion:

The MAPOG Converter Tool is essential since it makes converting data between different formats easier. By following these simple steps, you can quickly convert MapInfo files to GPS format, ensuring that your data is ready for a wide range of applications. If you need to download any data file in MapInfo or in any other formats like GPKG, MIF, KMZ. visit GIS DATA. Here we have 900+ data layers for 200+ countries.

Feature Tool:

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Convert MAPINFO TO XLSX Online: A step by step Guide

File conversion, which makes information easily usable in a number of applications, is an essential step in the GIS process. The MAPOG Map Analysis Converter Tool improves the process by providing successful and rapid data conversion between various formats.

ONLINE GIS DATA CONVERSION

Key Concept for Conversion MapInfo to XLSX:

MAPOG Map Analysis‘s Converter Tool offers a convenient platform for converting data between different formats. Because of its basic layout, users may easily finish the conversion procedure. Here is a step-by-step tutorial on converting MapInfo files to XLSX (Excel) format using MAPOG.

Step-by-Step Guide to Converting MapInfo to XLSX

Step 1: Upload the Data

Begin with choosing the “Process Data” section in MAPOG Map Analysis. Choose the “Converter Tool” option from there. Before uploading your MapInfo file to the platform, make sure it is prepared for conversion.

Step 2: Select the Format for Conversion

Select XLSX as the output format next. You can choose the format in which your data will be converted at this phase, making sure that spreadsheet programs like Microsoft Excel can use it.

Step 3: Choose the Output Coordinate Reference System (CRS)

Choosing the right CRS is not essential for XLSX files, but it can be helpful if your data includes geospatial information in order to ensure proper location.

Step 4: Execute the Conversion

Start the conversion procedure when you’ve selected your choices. The MapInfo file will be properly converted by the tool into the XLSX format, giving you access to your data in a format that is appropriate for Excel analysis.

Step 5: Review and Download

Check the output when the conversion is finished to make sure the data was converted correctly. Download the XLSX file at last, so you can start using it for your data collection and analysis projects.

Conclusion:

The MAPOG Converter Tool simplifies the process of converting data between different formats, making it an essential resource for GIS professionals. By following these simple steps, you can easily convert MapInfo files to XLSX format, ensuring that your data is prepared for a wide range of applications, particularly those requiring tabular data analysis. If you need to download any data file in MapInfo or in any other formats like DXF, GML, GPX. visit GIS DATA. Here we have 900+ data layers for 200+ countries.

Feature TOOL:

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Add GIS data from IGISMap (Now MAPOG) GIS data collection

Data science and machine learning are the latest trend in education. This is due to the high demand for skilled labour in analytics and programming to extract information from raw data. In today’s world, almost all industries from social media to national security relies on data and information for decision making. Geoinformatics and location intelligence also plays an important role in research and business pointing out the relevance of geospatial data.

IGISMap(Now named as MAPOG) contains the collection of highly accurate GIS data representing several countries. This data collection contains administrative boundaries such as country, states, districts, roads, railway lines, and other geographical features such as roads, farmlands, waterbody, etc. These data are made available for 30+ countries, and 51 US states, available in point, line, and polygon shapes based on the spatial structure. These data are collected from official sources of the respective countries and other websites of trusted international organizations

There are two IGISMap tools (MAPOG Tools) to access these data – Add GIS Data and Download GIS Data tools. This article will demonstrate the usage of Add GIS Data tool by downloading polygon, polyline and point.

Click https://mapanalysis.mapog.com/add-gis to open Download GIS Data tool.

Add GIS Data Tool

The Add GIS Data tool of IGISMap provides a list of GIS data for several countries and US states. Users of IGISMap can add these data in maps and perform GIS operations for free after selecting the preferred country.

Click https://mapanalysis.mapog.com/add-gis to open Add GIS Data tool.

Add Polygon Data

First lets try to add a polygon GIS data from IGISMap using Add GIS Data tool.

Select Country

Select Country is the first step in Add GIS Data tool. In the Select Country step, countries are listed. You can also search with the name of the data and filter the list. Here let us select Canada, which will then open step 2 for selecting the layer.

Select Layer

Step 2 is Select Layer that will open the list of GIS data available for the country you selected. You can also use Seach Layer bar to filter the list. Here we will select the Province boundaries of Canada. This data is available in the list as administrative province boundaries full extend. Select the required data to simply preview it on the map. Toggle to Datatable to view the attribute fields and values of each feature of the data.

Crop Layer and Add GIS Data

In Add GIS Data step, you can crop the data if necessary. Just Click on Option Custom Areas, Crop Layer. and Click to start the drawing required features to select for adding.

The Crop Layer option will allow you to draw a polygon on the map, such that all the features that are completely within the polygon will be selected for adding in the map. After selecting the Crop Layer option, draw a polygon that covers the polygon features of your interest.

Now to add the data that you have selected or Crop. Click on Download button and select the Format in which you want data.

To Add Downloaded Crop Data Go to to Add Vector File and Drag the data which you have downloaded.

Add Polyline Data

Now let’s try to add a polyline GIS data from Add GIS Data tool

Select Country

Click on Select country, and then select the country of your choice, which is Canada itself.

Select Layer

For demonstrating the adding of polyline GIS data, let’s work with rivers line polyline data of Canada. Search for river to filter the list and select river line data to preview. Then click Add Layer icon to start the process of downloading.

After previewing and confirming to download, click Add Layer icon button to open Add GIS Data step.

Now the data you have selected has added successfully in the map. You can use all IGISMap tools over the data for editing and analysis.

Add Point Data

For the last demonstration, we will add a point GIS data from MAPOG Add GIS Data tool.

Select Layer

After selecting the country from Select Country, choose the required polyline GIS data. Here we are going to download Banks Point of Canada. Thus select Canada, then select banks point layer from Select Layer step.

After confirming the data by previewing the data on map and checking the data table, click Add Layer button to start the process of adding in the map.

Now the data you have selected has added successfully in the map. You can use all IGISMap tools over the data for editing and analysis.

You can share your map with others in public or private mode. Article Share your Map will help you understand more about Share Map feature of IGISMap.

Check other articles:

Check the following IGISMap tools:

Generate Voronoi Polygon from the GIS data

Developing polygon boundaries from GIS points is an important geostatistical process. IGISMap provides a Point to Polygon tool to create polygons from the point of input point GIS data. Conversion of point to polygon in IGISMap is based on Voronoi theorem. These polygons are called Voronoi polygons. In mathematics, a Voronoi diagram is a division of a plane into regions close to each of a particular set of objects. The Voronoi polygon created for each point represents the area of influence from the input point location such that any position within the polygon is closer to that point than any other point. Here we generate Voronoi polygon from the gis data.

IGISMap is a web-based platform that powers many of the most important GIS applications in the field of geospatial analysis. The uniqueness of IGISMap in the GIS industry is that it’s UI/UX helps users to perform geospatial operations easily. In IGISMap, you can upload your GIS data and perform geospatial analysis.

In this article, we will see how to make use of the point GIS data from the IGISMap GIS data collection for creating polygon GIS data.

Click the below link to open the Point to Polygon tool directly

Mapog – Point to Polygon

Add input point data

After opening Point to Polygon tool, first step is to add the required point GIS data. There are multiple options to add the required data, which are:

Select
Create Points
Upload Vector
Upload CSV/Excel
Add GIS Data

Among these options, we will choose Add GIS Data to add a point GIS data from IGISMap GIS data collection.

Add GIS Data option will be selected as default. Thus we will continue to add the required point GIS data for creating voronoi polygons.

Adding the GIS data

In this article, we will elaborate about the entire process for generating Voronoi polygon from the GIS data which will add from Add GIS Data in Point to Polygon tool. So we have to select the country which we want to add for creating a polygon after appearing in the Add GIS Data section. we can easily search the required country by the Search Country section.

For demonstration, let’s choose point GIS data of Airport locations in France for the demonstration. Browse for France in the Search Country search bar.

Otherwise, scroll down and choose France from the list of countries and click Select Country.

After selecting the country, browse airport point data from the list of data provided for France. You can also use Search Layer option for searching the data. After finding the required data, click on the name of the layer to preview the layer in the map. Click Add Layer icon to continue with the data.

Moving on, the Crop Layer option will appear. Since we are going to add the whole data, let’s select Add Layer option to publish the GIS data of airport points on the map.

Download France Airport Points Shapefile

Converting the point data

Now we have added the required data to the map, let’s continue to create Voronoi polygons from the input points GIS data. In the Convert Layer section, click Convert button to start the conversion.

As you can see below, voronoi polygons are created for each point in the point GIS data.

You can download this polygon GIS data in any important GIS format such as shapefile, KML, GeoJSON or CSV file. Or you can choose to use this data for further processing in IGISMap itself for visualization and analysis.

Upload your shapefile and create a buffer layer

Consider that you are working in the urban planning sector. Higher authorities in the sector have decided to develop the surroundings of the bank area. Your senior has assigned you a project to create a buffer so that later the architect can design the area separately.

When you are working with spatial operations and analysis, GIS is the best method to find a solution to any task. A geographic information system (GIS) is a system that creates, manages, analyzes, and maps all types of data.

IGISMap provides you with all the facilities for spatial operations and analysis without any difficulty. It is easy to use, and it saves your time.

How to upload file in IGISMap

An upload vector file is a GIS tool in IGISMap. This tool helps you to upload a file of your requirement.

Click on https://map.igismap.com/upload-vector-files and open the Upload Vector file tool

Browse Data

In the select layer click on Browse to find the relevant data from the device.

Select File

Now select the appropriate file, then click on open.

Upload File

Since we have selected the file, now click on upload to add data in IGISMap.

Map Tools

After uploading the shapefile click on Tools, to access other GIS tools. Here you can do bubble style, icon style, category style or label feature, etc. shown in image below.

In Map Tools, Open Buffer analysis tool. You can also try other tools like converter, split polygon, merge polygon, point to polygon, etc

Buffer Analysis Tool

The buffer Analysis tool of IGISMap is a powerful GIS tool. This tool helps you to create a zone of your requirement which is also called Buffer.

Upload shapefile and create a buffer layer

Select Layer

In the select layer click on the Select option, then from the drop-down Manu select the GIS Data, after that click on Next

Create Buffer

In create buffer, Select draw a polygon option. Draw a polygon that covers the input shapefile.

Enter the value in meters for buffer map, then click on submit.

Share Your Map

You can directly share the map by clicking on Share Map.

After filing up Map Operation, Click on the next button.

You can share your map as per your requirement.

You can also use the link to share the relevant data.

In the above steps, you have learned about sharing a map. If you want to embed the map on your website then that is also possible with this tool.

Upload GIS data and label the features – IGISMap Tool

Labeling is the art of arranging text on a map in relation to map symbols, which together represent features and attributes in the real world. It specifically refers to the process of automatically generating and setting descriptive text for features in a map. So here in this article, steps are provided on how to upload gis data and label the features.

GIS helps users to understand patterns, relationships, and geographic context. Its benefit includes improved communication and efficiency, as well as improved management and decision-making. GIS combines datasets with maps, and integrated regional datasets with any type of descriptive information or data. It provides mapping and assessment prerequisites for technology and almost every industry.

IGISMap is a web platform providing multiple GIS applications that are most important in the field of geospatial analytics. Label Feature tool from IGISMap is designed to label the region’s GIS data. In this IGISMap tool, we can easily plot the text data. Users can format text data according to presentation requirements. The color of the text, its size, everything can be adjusted.

In IGISMap there is using the Label Feature tool which is a powerful GIS tool to plot text data of the point GIS data. Let’s see the process of labeling the text data of a region as shown below.

If you have data then upload using the following steps if not download from gis data. For Adding data from IGISMAP check this – Add GIS data and label features in map.

How to upload GIS data and label the features

In this article, we will discuss the labeling of points GIS data. For this, we will upload the GIS data by using the Upload Vector File tool of IGISMap. Here we describe labeling the University locations in Germany using the Label Feature tool of IGISMap.

to assess the Upload Vector File tool directly click-https://map.igismap.com/upload-vector-files.

Upload the point GIS data

After login in to the IGISMap on the dashboard, there are many tools. From them, we have to click on the Upload Vector File tool.

That will open the Upload Vector File tool. First step is Select Layer.

After opening the Upload Vector File tool, we can upload the vector file of various file formats that we have e.g. GML, KML, KMZ, GeoJSON, TopoJSON, GPX, GPS, GPKG, ODS, MAPINFO, SOLITE, ESRI SHAPEFILE DXF MID, MIF, PDF. In the Select Layer section we can Drag &Drop the file or we can Browse the file. For this article, we Browse the file by clicking Browse and selecting the file (german _universities shapefile) from the desktop and then Upload it.

After uploading the data point layer is visible on the screen of IGISMap.

Opening Label Feature tool

After uploading the point GIS data from Upload Vector File, we can label the German university’s point GIS data using the Label Feature tool. For accessing the tool, click the Tools button at the upper left side of the screen to open the map tools popup. Then select the Label Feature tool listed under the Style Your Data section.

We can also open the Label Feature tool by going to the More option of the polygon GIS data and choosing the Label Feature tool.

Labeling the point GIS data

Then the tool appears on the screen of IGISMap.

Then the tool appears and we have to select the layer from the Select Layer section which is the ‘German_universities’ data that is published in this map and then we have to click the Next option.

After clicking Next, in the Select Field section, Here we have to select the appropriate field in the Feature Name section from the drop-down box as required.

We can change the size of text which will be plotted on the map by Font Size and select the appropriate color from the drop-down box as required by the Color section. Then we have to click OK.

After selecting the features name and changing the color and size of the features we have to click on Save Label for labeling the German Universities point GIS data.

Following all steps properly we get the desired output of universities point GIS data on the screen of IGISMap.

Successfully added Label style of German university’s point data

In the above steps, you learn how to upload gis data and label the features of the map. If you want to share, export, or embed the map on your website.

Try our online polygon merge feature in one layer.