Juhi Acharya, Author at

Converting GeoJSON to GPX: A Step-by-Step Guide

This guide outlines an easy-to-follow process for converting GeoJSON files into GPX format using the Converter Tool within MAPOG. Whether you’re a newcomer to MAPOG or already have experience with the platform, this tutorial will guide you through the conversion process smoothly.

What is GeoJSON Data Format:

GeoJSON is a geospatial data format based on JSON (JavaScript Object Notation) used to represent geographic features such as points, lines, and polygons. It stores both spatial data (coordinates) and attribute information, making it widely used for web mapping and data exchange in GIS applications due to its simplicity and compatibility with various platforms.

Online GIS Data Conversion

Converting GeoJSON Data into GPX Format:

MAPOG , Converter Tool simplifies the process of converting data between different formats, tailored to the user’s specific requirements. This functionality enhances the efficiency of adapting data for diverse GIS applications by providing seamless format transformations. For example, when converting GeoJSON data to GPX format using MAPOG’s Converter Tool, the data size is minimized while retaining critical geographic attributes. This makes it ideal for web mapping and interactive use, optimizing workflows and boosting the usability of GIS data across various platforms and applications.

Steps to Convert GeoJSON to GPX:

Step 1: Upload Your Data:

Begin by navigating to the top menu, selecting “Process Data,” and then choosing the “Converter Tool” to initiate the conversion process.

Converting GeoJSON to GPX Online — Choose the converter tool

2. To start the conversion, upload your GeoJSON file by selecting the data you want to convert.

Step 2: Select the Output Format:

In the Converter Tool, you’ll see a range of output format options. Choose GPX as the format you wish to export your data to. Although the tool offers multiple formats for conversion, this guide is specifically designed to help you convert your GeoJSON file into GPX format.

2. You can also Choose the Output Coordinate Reference System (CRS) according to your spatial analysis requirement.

Step 3: Execute the Conversion:

Head to the “Convert Files” section within the Converter Tool. Upload your GeoJSON file, and the tool will handle the conversion. It will efficiently transform your GeoJSON file into GPX format, ensuring the process is quick and easy.

Step 4: Review and Download:

Once the conversion is finished, take a moment to examine your GPX file to confirm that the data has been accurately converted and preserved. Verify that the spatial details and layout are as expected. After ensuring the output meets your standards, go ahead and download the file. This final step ensures the conversion was successful and meets your project requirements.

Conclusion:

MAPOG Map Analysis provides a variety of powerful tools to enhance your workflow. These tools include the Clip Tool for refining datasets, the Basic Style Tool for styling numerical data, and the Create Point Tool for adding point features to your maps. Additionally, the Create Grid Tool offers the capability to generate grids using different data types, adding flexibility and functionality to your GIS projects.

Story by MAPOG:

MAPOG is perfect for users who want to bring their data to life through interactive and visually engaging maps. It allows you to tell powerful stories, blending maps with multimedia elements like images and text. Whether you’re showcasing a project, presenting research, or guiding a tour, Story by MAPOG makes it easy to create shareable content.

Other Feature Tools contain:

These blogs may also be useful for you:

Convert DXF to PDF: A Step-by-Step Guide

This tutorial provides a clear and detailed walkthrough for converting a DXF file into PDF format using the Converter Tool in MAPOG. Whether you’re a beginner or have some experience with MAPOG, this guide will help you smoothly convert your DXF files to PDF.

What is DXF Data Format:

DXF is short for Drawing Exchange Format or Drawing Interchange Format and is a type of vector file. Engineers, designers and architects often use the DXF format for 2D and 3D drawings during product design. This data format can be used in case of analyzing the maps. It can be of many types like point, line and polygon or any boundaries.

Online GIS Data Conversion

Converting DXF Data into PDF Format:

MAPOG includes an advanced Converter Tool that enables users to easily switch between various data formats to meet their specific needs. This tool simplifies the process of converting data for multiple GIS applications, offering both flexibility and efficiency in handling different formats. For instance, MAPOG’s Converter Tool can convert DXF data into the PDF format, reducing file size while preserving essential geographic details. This makes the data more suitable for web-based mapping and interactive platforms, ultimately enhancing workflows and significantly improving GIS data usability.

Steps to Convert DXF to PDF:

Step 1: Upload the Data:

Navigate to the header menu, click on “Process Data,” and then choose the “Converter Tool” option to begin.

Converting DXF to PDF Online. — Choose the converter tool

To start the conversion, upload your DXF file by selecting the data you want to convert.

Step 2: Choose the Output Format

Set PDF as the desired output format for your data export. While the Converter Tool provides various format options, this guide is specifically dedicated to converting your file into the PDF format.

2. You can also Choose the Output Coordinate Reference System (CRS) according to your spatial analysis requirement.

Step 3: Execute the Conversion:

Head over to the ‘Convert Files’ section, and allow the tool to handle the conversion process for you. Just upload your DXF file, and the Converter Tool will seamlessly transform it into PDF format, making the conversion quick and easy.

Step 4: Review and Download:

Review your converted PDF file to confirm its accuracy. After ensuring that the conversion is correct and meets your requirements, proceed to download the file. This step is crucial to validate that the conversion was successful and that your data has been accurately preserved.

Outcome:

MAPOG Map Analysis offers a range of tools to enhance your work, including the Clip Tool for trimming datasets, the Basic Style Tool for formatting numeric data, and the Create Point Tool for adding point features to your map. Additionally, the Create Grid Tool allows you to generate grids by uploading various types of data etc.

Other Feature Tools Include:

These blogs may also be useful for you:

Converting GeoJSON to GPS Online: A Step-by-Step Guide

This guide outlines a simple and clear process for converting GeoJSON files into GPS format using the Converter Tool within MAPOG. Whether you’re new to MAPOG or have prior experience, this tutorial will help you navigate the conversion process smoothly.

What is GIS Data?

Geographic Information System (GIS) data contains spatial information that helps map features and locations on the Earth’s surface. It combines geographic coordinates with descriptive attributes like names, categories, and measurements, making it crucial for mapping, analysis, and visualization. GIS data is widely used in areas such as urban planning, environmental monitoring, and transportation. To explore various GIS data formats like DXF, SHP, KML, KMZ, GeoJSON, and TopoJSON, visit GIS DATA, which offers over 900 data layers from 200+ countries.

Online GIS Data Conversion

Key Points for GeoJSON to GPS Conversion:

The Converter Tool in MAPOG Map Analysis provides an easy way to convert data between different formats. This allows users to upload files in one format and export them in another, such as converting GeoJSON to GPS, simplifying workflows and increasing GIS data accessibility for a wide range of projects.

Steps to Convert GeoJSON to GPS

Step 1: Upload Your Data:

From the top menu, click on “Process Data” and select “Converter Tool” to start the conversion process.

Converting GeoJSON to GPS Online — Choose the converter tool

2. To start the conversion, upload your GeoJSON file by selecting the data you want to convert.

Step 2: Select the Output Format:

In the Converter Tool, you’ll find several output format options. Choose GPS as the format for exporting your data. Although the tool supports multiple formats, this guide focuses specifically on converting your GeoJSON file to GPS format.

2. You can also Choose the Output Coordinate Reference System (CRS) according to your spatial analysis requirement.

Step 3: Execute the Conversion:

Navigate to the “Convert Files” section within the Converter Tool. Upload your GeoJSON file, and the tool will automatically handle the conversion. It will efficiently convert your GeoJSON file to GPS format, ensuring a quick and seamless process.

Step 4: Review and Download:

Once the conversion is finished, review your GPS file to verify that the data has been accurately converted and preserved. Confirm that the spatial details and layout are correct and meet your expectations. After ensuring the output is satisfactory, download the file. This final step guarantees a successful conversion tailored to your project requirements.

Conclusion:

MAPOG Map Analysis offers a range of powerful tools to streamline your workflow. These include the Clip Tool for trimming datasets, the Basic Style Tool for formatting numerical data, and the Create Point Tool for adding point features to your maps. Additionally, the Create Grid Tool allows for the generation of grids using various data types, providing even more flexibility and functionality for your GIS projects.

Other Feature Tools contain:

These blogs may also be useful for you:

Convert Online MIF to MapInfo File : A Comprehensive Guide

This guide provides detailed, step-by-step instructions for converting a MIF file to MapInfo File format using the Converter Tool in MAPOG. Whether you’re new to MAPOG or have some experience, this tutorial will assist you in effortlessly transforming your MIF files into MapInfo File format.

Introduction to GIS Data:

Geographic Information System (GIS) data includes spatial information representing various features and locations on the Earth’s surface. It integrates geographic coordinates with descriptive details like names, classifications, or measurements, facilitating the mapping, analysis, and visualization of spatial patterns and relationships. GIS data is vital in areas such as urban planning, environmental management, and transportation. For access to different formats like DXF, SHP, KML, KMZ, GeoJSON, or TopoJSON, explore GIS DATA, which provides a wide collection of over 900 data layers from more than 200 countries.

Online GIS Data Conversion

Important Points for Converting MIF to MapInfo File:

The Converter Tool in MAPOG Map Analysis serves as a robust solution for transforming data between various formats. It streamlines the conversion process by allowing users to input data in one format and export it in another that aligns with their specific analytical requirements, such as converting MIF to MapInfo File. This capability enhances the adaptability and application of GIS data across a wide array of projects and fields.

Steps to Convert MIF to MapInfo File

Step 1: Input the Data:

Go to the header and click on “Process Data,” then select the “Converter Tool” option.

Converting MIF to MapInfo File Online. — Select the converter tool

2.To start the conversion, upload your MIF file by selecting the data you want to convert.

Step 2: Specify the Output Format:

Select MapInfo File as your output format for exporting the data. Although the Converter Tool offers multiple format options, this guide is focused specifically on converting your file to the MapInfo File format.

2. You can also Choose the Output Coordinate Reference System (CRS) according to your spatial analysis needs.

Step 3:Conduct the Conversion:

Click on the ‘Convert Files’ section and let the tool take care of the conversion. Simply upload your MIF file, and the Converter Tool will automatically convert it into MapInfo File format, ensuring a smooth and straightforward process.

Step 4:Check and Download:

Check your converted MapInfo File to verify its accuracy. Once you’re satisfied that the conversion is correct and meets your expectations, go ahead and download the file. This step is essential to ensure the conversion was successful and your data integrity is preserved.

Outcome: MAPOG Map Analysis offers a range of tools to enhance your work, including the Clip Tool for trimming datasets, the Basic Style Tool for formatting numeric data, and the Create Point Tool for adding point features to your map. Additionally, the Create Grid Tool allows you to generate grids by uploading various types of data etc.

Other Feature Tools contain:

These blogs may also be useful for you:

Convert SQLITE to KML : A Complete Guide of online GIS data converter

In this guide, it will provide step by step of how to convert SQLITE to KML format with the help of Converter Tool in MAPOG. So, both if you are a first-time user and a regular one, Converting SQLITE to KML with MAPOG, the entire process will be explained in simple steps for you.

Key Concept to Converting Files:

The Converter Tool in MAPOG functions to transform data from one format to another like for this case convert SQLITE to KML, it’s like a magical process. You input the data in one format, and it will provide the outputs in a different format suitable for your analysis. Additionally, GIS Data can be downloaded in various formats, making it adaptable for multiple uses.

Online GIS Data Conversion

Step 1: Upload the Data:

Go to “Process Data” and click on “Converter Tool” option.

2. Upload your SQLITE file. This is your entry point where you feed in the information that needs conversion.

Step 2: Select the Format for Conversion:

Select the output format as KML if you want to expatriate only the data. The tool provides several options in arriving at the result but for this guide, we are using the option to convert the file to KML.

2. You can also set the Output CRS as per your need.

Step 3: Run the Conversion:

Go to ‘Convert Files’ and watch the tool at work. Working with the Converter Tool you input your data and then the tool converts it from the SQLITE format to the 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 download the file. This step is really important to ensure that the conversion worked properly and that all your data is intact.

With MAPOG’s versatile toolkit, you can effortlessly upload vectors and upload Excel or CSV data, incorporate existing layers, perform polygon 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 SQLITE to GML: A Complete Guide For Online GIS Converter

In this guide, it will provide step by step of how to convert SQLITE to GML format with the help of Converter Tool in MAPOG. So, both if you are a first-time user and a regular one, Converting SQLITE to GML with MAPOG, the entire process will be explained in simple steps for you.

Key Concept to Converting Files:

The Converter Tool in MAPOG functions to transform data from one format to another like for this guide convert SQLITE to GML, it’s like a magical process. You input the data in one format, and it will provide the outputs in a different format suitable for your analysis. Additionally, GIS Data can be downloaded in various formats, making it adaptable for multiple uses.

Online GIS Data Conversion

Steps to Convert SQLITE to GML:

Step 1: Upload the Data:

Go to “Process Data” and click on “Converter Tool” option.

2. Upload your SQLITE file. This is your entry point where you feed in the information that needs conversion.

Step 2: Select the Format for Conversion:

Select the output format as GML if you want to expatriate only the data. The tool provides several options in arriving at the result but for this guide, we are using the option to convert the file to GML.

2. You can also set the Output CRS as per your need.

Step 3: Run the Conversion:

Go to ‘Convert Files’ and watch the tool at work. Working with the Converter Tool you input your data and then the tool converts it from the SQLITE format to the GML format.

Step 4: Review and Download:

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

Some Feature tool that you can use for your further analysis:

Here are some other blogs you might be interested in:

Add WMS- Two step online view of WMS layer on a map

Explore the world of WMS (Web Map Service) with IGISMAP! Easily view WMS layers on a map.

A Web Map Service (WMS) is an interface that lets a user access geospatial data, maps, and comprehensive information about certain features that are displayed on the map. Rather than the actual geospatial data, a “map” is described here as a visual depiction of such data. A web map service can create maps as images, collections of graphics, or packaged sets of geographic feature data. It can respond to simple questions about a map’s detail, and it allows us to know what maps it is capable of producing and which ones can be queried more deeply. Here in article you can Add View WMS Layer Online on your Map.

Exploring WMS Layers with Visual Guidance: Video Tutorial Roundup

Checkout video below for step by step process.

To open and view the WMS layer the user has to use any GIS software, which will require prior knowledge of GIS. However, the Add WMS tool on the MAPOG Tool website allows the user to open and view different layers and helps the data to interpret and analyze according to their own requirement. You can also download GIS data from MAPOG Tool and analyze in the same tool. From IGISMap Tool you can add data and share your map with others.

Get directed to Add WMS tool using the following –link
Let’s look into the application of Add WMS tool in MAPOG Tool.

Adding WMS file

Firstly, open the Add WMS tool, and select the WMS URL layer file from your system.

After selecting the WMS URL, click on the Submit option.

A WMS layer file can encompass either single or multiple layers, all accessible and visible on the IGISMap website. To initiate, choose the initial layer within the file and click on the “Publish” button.

The chosen WMS layer can be published and displayed on the base map. Users have the option to add additional layers from the same WMS file by clicking the “Add another layer” button. Additionally, users can incorporate another WMS file by selecting the “Add another WMS” button. These straightforward steps allow users to effortlessly view and analyze both single and multiple-layered WMS files on the IGISMap website.

Here are the other tools you can leverage within IGISMAP

Upload Vector Files
Upload Raster
Add WMS (Web Map Service)
Upload Excel/CSV Files
Add Existing File
Split Polygon
Merge Polygon
Create Polygon Data
Create Polyline Data
Converter
Buffer Analysis
Create Grid
Point to Polygon
Isochrones
Geocoder

if you are looking for any specific data please write us on support@igismap.com

Merge polygons features online using IGISMap

In GIS data, a geographic area is represented in a polygon shape. Geospatial features such as administrative boundaries are digitized in the polygon vector model. In some cases, we need to merge the polygon features based on attribute values or location. After merging, input polygons will merge into a single polygon feature assigned with a single row to store attribute values. When the adjacent polygons with common border lines are merged, they combine to form a single polygon. Through merge functionality, we can create any primary-level administrative boundaries like national boundaries from the secondary level divisions like state or district level boundaries. So here in this article, we are providing steps to merge polygons features online in a single layer.

Merging is a common geoprocessing used in GIS projects for two important cases. One is to merge multiple GIS features into single GIS feature within a GIS data itself. Another application is to merge multiple GIS data into single GIS data. In both cases, geometry entity of the input GIS feature or GIS data should be same ie., either point, polyline or polygon.

IGISMap provides Merge Polygons tool to merge multiple polygon features of a polygon GIS data into single polygon feature. IGISMap is a GIS-based web platform, that provides multiple GIS applications that are most important in the field of geospatial analytics. The peculiarity of IGISMAP in the GIS Industry is its user interface which helps the user to perform effortless geospatial operations. Merge Polygons tool is very easy to use and you can merge the required polgons in just two steps.

In this article we will create the national boundary of USA by merging the polygons of state boundaries. Without further due, lets dive into Merge Polygons tool.

Click https://map.igismap.com/merge-polygon to open Merge Polygons tool.

Add your data

After opening Merge Polygons tool, first step is to add or upload polygon GIS data. Here we will choose Upload Data option to upload the data from your personal computer. Then, click on the Browse button to open the browsing box, where you will choose the file from your pc. In this article, we will be uploading a polygon GIS data of USA state level boundaries.

After opening the file, click the Upload button to start the upload process.

Check the article Add / Upload polygon GIS data and merge required polygon features to understand how to use IGISMap GIS data in Merge Polygons tool.

Select polygons using Lasso Tool

When uploading is complete, polygon GIS data of USA state level boundaries will be published in the map. This data will be selected as the input data for carying out the merge operation.

You can access this same data from IGISMap GIS Data collection through Add GIS Data option provided in the Data Selection section.

Click https://map.igismap.com/add-gis to access Add GIS Data tool directly

Click below to download polygon GIS data of USA state level boundaries

Download USA State Level Boundaries Shapefile

Next step is to select the required polygon features from the input polygon data. IGISMap provides two options to select the polygons. They are – Lasso Tool and Select Manually. Lasso Tool option is suitable to selecte large number of polygon features, hence we will select Lasso Tool tab.

Lasso Tool will open the list of modes to draw a polygon over the required polygon features. These are Draw Polygon With Free Hand, Draw Circle, Draw Rectangle, and Draw Polygon. Select Draw Polygon and draw a polygon intersecting all the polygons of the states.

Draw Polygon using Lasso Tool — Draw Polygon using the Lasso Tool

Polygon features of the input polygon GIS data that intersected by the lasso polygon will be selected for merging. Then click Submit to start merging.

Output polygon

After submitting, merged polygon GIS data of USA national ouline boundary is published in the map, as shown below

In the above article we uploaded polygon GIS data and merge polygons features online. But if you have point data you can also convert it into polygon by point to polygon conversion feature of IGISMap Tool. This is good if you have point data. If you don’t have data you can Create Point Data using our tool.

Check the article Share your Map to understand the Share Map feature of IGISMap.

Check other articles:

Check the following IGISMap tools:

Add / Upload polygon GIS data and merge required polygon features

For a GIS project, accessing the required data is the first step that determines the further workflow of the project. Online sources either provides the data or provide tools to work with data. There are very few web tools that provides important data and services to work with the data in a single platform. Yes, that is right – MAPOG is one of that kind, where you can find most demanding GIS data in vector formats with a number of tools to carry out analysis and other operations over the GIS data. In the article below we will how to add/upload data and merge polygons. In addition, to merge the feature you can add GIS Data i.e shapefile, kml, kmz, geojson etc.

GIS Data in IGISMap contains administrative boundaries such as country, states, districts, roads, railway lines, and other geographical features such as roads, farmlands, waterbody, etc. IGISMap gis data tool provides you data for 30+ countries, and 51 US states. Also, a few spatial data on a global level are also provided. These data can be directly accessed using Add GIS Data tool from the dashboard or from the map tools. Add GIS Data is also made available in certain IGISMap tools to help users access GIS data directly within the tool itself.

In Merge Polygons tool, Add GIS Data option is provided to access polygon GIS data of various administrative level boundaries of each country. Users can add any polygon data from IGISMap collection and merge the required polygon features. In this article we are going to see how this is done.

Click https://story.mapog.com/app/process/merge-polygon to open the Merge Polygons tool or click Merge Polygons tab from the dashboard.

Add/Upload GIS Data

There are multiple options in Merge Polygons tool to add the input data. In this article, we will select Add GIS Data option to add the required data from IGISMap data collection. For demonstration, we will use the GIS data of local government area boundaries of South Australia. Thus we will select Australia from the Select Country list.

Add/Upload data and merge polygons — Add GIS Data – Select Country

After selecting the country, list of GIS data associated with Australia will open.

Scroll down or search for local government area in the search bar to filter the list to the required data. Select administrative local government area boundaries data from the list and click Add Layer icon.

Local Government Area Boundaries of Australia

Add Layer will preview the selected layer in the map and the options to crop the layer will be available in the tool. Since we only want the LGA boundaries of South Australia. Thus click the Crop Layer button and start drawing a polygon completely enclosing the LGA polygon features of South Australia and click Add Layer button.

Add Layer button will publish the cropped LGA boundaries of South Australia on the map and the Select Polygon section of the Merge Polygons tool will open.

Check this article Merge polygons features online using IGISMap to understand how to upload data and merge polygons in Merge Polygons tool.

If you have Point data then use our feature points to polygon converter. You can directly upload the point GIS data or convert addresses from spreadsheets to points.

Merging Polygons

There are two options to select the required polygon features – Lasso Tool and Select Manually. We will use Select Manually option. After selecting Select Manually, click Select Multiple Polygon button. Now select the polygon features of Roxby Downs, Coober Pady, and Unincorporated SA boundaries, which we want to merge the polygons together. After selecting the polygons, click on the Submit button to start the process of merging the selected polygon features.

Select Polygon - Select Manually — Select Polygon – Select Manually

In a few seconds, a new layer of the input GIS data of LGA boundaries gets published. In this layer, the selected polygon features are merged into a single polygon as shown below.

Check the article Share your Map to know how to share your map with others using Share Map feature.

Check other articles:

Check the following IGISMap tools:

Upload and view rendered raster images in IGISMap

Raster data in GIS are pixelated data format or images that are georeferenced. Here each pixel represent a geographic area storing the values of any parameter associated with that area. Parameters represented by raster images are mostly continuous in geography such as precipitation, elevation, temperature, vegetation indices etc. Raster images also represents categorical features such as land use land cover.

The conversion of an object’s geometry, color, texture, lighting, and other attributes into a display image is called the rendering of an image. It is the technique of creating a photorealistic or non-photorealistic image from a 2D or 3D model using a computer program. A geospatial raster is only different from a digital photo in that it is accompanied by spatial information that connects the data to a particular location. A raster image can be visualized in different styles such as categorical, quantitative, paletted, multiband etc. These visualization can be stored and saved, so that to be used in other platforms for image interpretations for remote sensing analysis.

IGISMap Upload Raster File tool can add the rendered raster image in GeoTIFF format. IGISMap is a GIS-based web platform, that provides multiple GIS applications that are most important in the field of geospatial analytics. The peculiarity of IGISMap in the GIS Industry is its UI/UX, which helps the user to perform effortless geospatial operations.

Click https://map.igismap.com/upload-raster to open Upload Raster File tool

Let’s see how this can be done.

Uploading the Rendered Raster Image

After opening Upload Raster File tool, Browse your system folder and select the rendered raster file. Then click on the Upload option.

About the rendered raster data

As we said in the introduction, the conversion of an image’s geometry, color, texture, lighting, and other attributes into a display image is called the rendering of an image. When it comes to GIS raster images, the alteration in geometry and style of visualization depends on pixel values.

The image that we have uploaded here is a stacked image of Landsat bands – Green, Red, and Near Infrared. And this stacked image is rendered into the style of False Color Composite, which we have uploaded here.

Raster image visualized

After successfully uploading, the rendered raster image is published on the map, which can be further analyzed through image interpretations.

Viewing of Rendered Raster image — Viewing of the Rendered Raster image

Sharing Map

Share Map will also work with map conatining raster image uploaded. For this, first click Share Map button at the map.

The Map Operation menu will open up to enter and enable the details for the shared map. Click Next button after completing the settings.

Now two options will appear – Share Map and Embed Map. Here we will simply share the map without any security. So click Share Map and click Public.

Then select Share Map button to open the popup containing a link. Copy this link and share with anyone whom you want to share your map with raster data.