Owner and Director of a Private Limited company which serves individual to large scale industries in the field of Maps and GIS. He is a Gold Medalist in M.Tech(Spatial Information Technology) and owns some famous Technology blogs and website... Know more
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.
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.
Upload the Data
Step 2: Select the Format for Conversion
After uploaded the file, choose GPS as the output format.
Select the format for Conversion
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.
Choose the Output CRS
Step 4: Execute the Conversion
Set your selections and then start the conversion process.
Execute the Conversion
Step 5: Review and Download
Review the output after the conversion and download it.
Review and Download
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.
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.
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.
Upload the Data
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.
Select the format for Conversion
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.
Select the Output CRS
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.
Execute the Conversion
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.
Review and Download
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.
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.
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.
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
Crop Layer
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.
Crop Layer Manually
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.
Crop Layer
Now to add the data that you have selected or Crop. Click on Download button and select the Format in which you want data.
Download Crop Layer
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.
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.
Voronoi Polygons
Click the below link to open the Point to Polygon tool directly
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
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.
Select Country From Add GIS Data
Otherwise, scroll down and choose France from the list of countries and click Select Country.
Select France From Country List
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.
France Airport Locations
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.
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.
Convert Layer
As you can see below, voronoi polygons are created for each point in the point GIS data.
Download In GIS Formats
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.
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.
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.
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.
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.
Dashboard
That will open the Upload Vector File tool. First step is Select Layer.
Upload Vector File tool
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.
Upload the shapefile
After uploading the data point layer is visible on the screen of IGISMap.
Successfully plotted the point data
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.
Label Feature from Tools
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.
Label Feature from More section
Labeling the point GIS data
Then the tool appears on the screen of IGISMap.
Label Feature tool
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.
Select the point GIS layer
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.
Choose the Feature Name
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.
Select the Color
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.
Save the Label of 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
GIS helps users to understand patterns, relationships, and geographic context. Its benefits include improved communication and efficiency which helps in improved management and decision-making. GIS combines datasets with maps, and integrates regional datasets with any type of descriptive information or data. It provides mapping and assessment prerequisites for technology and almost every industry. In this article, we add gis data and label features in map. After labeling you can share or embed the map on website.
Labeling is the craft of placing text on a map in relation to the map symbols, together representing features and properties of the real world. It refers specifically to the process of automatically generating and placing descriptive text for features in maps. Labeling the features of the map is important in presentations to identify the feature or its properties. IGISMap has a Label Feature tool to label each feature of GIS data based on the value from a particular attribute field.
IGISMap is a web platform providing 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 the effortless geospatial operation. Using Label Feature, you can easily label the spatial features of your GIS data based on the values from any attribute field of the data table, whether it’s integer, word, date, or any other data type. This labeling functionality works with point, line and polygon GIS data.
Let us look at the process of labeling GIS data like the following.
Portugal Districts
Add a GIS data from IGISMap
In this article, we will try to add data from IGISMap GIS data collection and label it’s features. For demonstration, let us use a polygon GIS data of Portugal from IGISMap GIS data collection.
After opening the tool, first step is to select the country. Here we will select united kingdom
Add GIS Data tool
Then Search Layer search Portugal, where we need to select ‘administrative Portugal district boundaries’. First click the download icon beside the data name and click the Add Layer button in the next section that opens.
Add the Layer
After clicking Add Layer button, polygon GIS data of Portugal District boundaries will be published in the map.
Successfully added the layer
You can access the GIS data of Portugal boundaries by clicking
After adding the input GIS data from Add GIS Data, we can label the polygon GIS data using Label Feature tool.
For accessing the tool from the map, click Tools button at the upper left side of screen to open the map tools popup. Then select Label Feature tool listed under Style Your Data section.
Label Feature from Tools
We can also open the Label Feature tool by going to the More option of the required GIS data and choose the Label Feature tool.
Label Feature from More section
Labeling the polygon GIS data
Now the tool is opened in the map, let’s label our GIS data.
Select Field section opens. Here we need to select the attribute field from which the label values to be taken for each polygon feature of the input GIS data. In our case, select name from the dropdown.
Select the Feature Name
In this section we can also change the style of label by changing the Font Size and Color.
Choose the color
After selecting the attribute field and fixing the Font Size and Color, click Save Label to apply the labels on our GIS data.
Save the Style
Following all steps properly we get the desired output of polygon GIS data with labelled features.
Successfully labeling of the polygon GIS data of Portugal
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 GIS points to polygon in IGISMap is based on the 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. Voronoi polygon 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.
IGISMap is a web platformproviding multiple GIS tools that are most important in the field of geospatial analytics. The uniqueness of IGISMap in the GIS industry is that it’s UI/UX that helps users to perform effortless geospatial operations. In IGISMap, you can upload your GIS data or use data from IGISMap collection to perform GIS analysis.
In this article , we will convert a point GIS data to polygon GIS data and publish in the map as follows.
Voronoi Polygons
Let’s look into the steps to use the Point to Polygon tool of IGISMap.
Click the below link to open the Point to Polygon tool directly
After opening the Point to Polygon tool, the 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
Add GIS Data
Upload the point data
For this article, we will upload the required point GIS data using the Upload Vector option. After selecting the Upload Vector tab, click the Browse button to browse and select the data from the system.
Select the right data and click the Upload button to start uploading the file. In this demonstration, we are going to use the KML file of GIS points representing locations from each state of USA. The name of the file is point USA.
Upload Vector
Input point data will get published in the map after uploading.
Convert Layer
Conversion of GIS points to polygon
Convert Layer section opens when data is added. In this section, input point GIS data will be provided in the name Active Data. Input data can be changed by clicking the Edit icon. Users can zoom into the layer by clicking the lens icon.
Click the Convert button to start the process of converting the input points to polygons.
Convert Layer
A few seconds after clicking the Convert button, polygon GIS data based on the Voronoi polygons will be published on the map. For making polygon maps appealing you can try the style polygon map feature of IGISMap Tool. Voronoi based polygon GIS data will be created
Voronoi Polygon Data Published
Export the data
You can export the data published in a map in any GIS format such as ESRI Shapefile, KML, GeoJSON or CSV and use it for external applications. In the More option beside the layer name, click Export Layer to open the following popup where you can choose the desired format and export the file in your system.
Export Layer
Sharing the Voronoi polygon map
For sharing this map with others or embedding it in a website, click the Share Map button from the map to open the Share Map interface. In the Share Map window, edit the components to be provided in the shared map and click Next.
Share Map
Now select the Share Map option and choose Public to share this map publicly. Click the Share Map button to generate the link to the map.
Share Map Link
Copy this link and share it with others to access this map.
Consider you are an operations manager at a bank. And you want to create a map of the bank locations in South India for managing and directing the operations and policies of your bank. Creating a map of the bank locations can help them expand their customer base and study market analysis. And without a doubt, GIS is the technology for this objective.
The applications of GIS are advancing in the field of information and computer science. The demand for mapping and geospatial analysis became important for almost all industrial sectors. Limited GIS software and online tools are available where you can do this job. Most GIS software are limited to the service of creating a map or hosting the map in a website, but IGISMap allows you to do both
IGISMap is a GIS based web platform providing 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 that helps the user to perform effortless geospatial operations. GIS tools of IGISMap allows you to Add Your Data, Create Your Data, Map Your Data, Style Your Data, Process Your Data, Analyze Your Data and also help you to Share your map privately or publicly.
IGISMap GIS Data Collection
IGISMap provides GIS data based on countries level. These data are made available for more than 30 countries, 51 US states and few spatial data of globally distributed features. These data can be accessed by using Add GIS Data tool and Download GIS Data tools.
Using Add GIS Data tool, you can these data in your map in IGISMap application iteslf and apply IGISMap tool to perform various geospatial operations. Data are provided in two lists for each country or US states. They are Administrative Layer and Other Layer.
Administrative GIS data are polygon vector data of administrative boundaries such as national outline boundary, state boundaries, province boundaries, district boundaries, counties, postcode boundaries etc. Most of the data in IGISMap GIS data are from Open Street Maps. Administrative level data are collected from various government websites and other authentic online sources such as US Census Bureau, Humanitarian Data Exchange, Census India etc.
In this article we will Add GIS Data and Proximity Analysis tools of IGISMap to plot the locations of bank in south Indian states, like the following.
Bank locations of South India
Adding data from Add GIS Data tool
For the requirement of mapping bank locations in south India, let us use the point data of bank locations and polygon data of state level boundaries of India from the IGISMap GIS database of India.
Add GIS data
When Add GIS Data is opened, select the country from the list. You can search the name in the search box. Here we will select India and the list of GIS data associated with India will be opened
Add GIS data- Select layer
Adding state level GIS data of India
From the list opened, select administrative boundaries state level to preview the data. After confirming the data, click Add Layer icon. This will open the options to Crop Layer and Add Layer.
Add GIS data
Based on our requirement, we only need to map the bank locations of south Indian states. Even though there is no official South India or North India division for the Republic of India, cetain states are commonly considered as south Indian states, north Indian, north east Indian states etc based on their geographical position. Kerala, Tamil Nadu, Karnataka, Telungana, Andhra Pradesh and Goa are considered to be south Indian states.
Thus lets use the Crop Layer functionality to select these states from the data we added. For this, select Crop Layer tool and draw a polygon intersecting all the south Indian states, as shown below.
Crop Layer
After the polygon is completed, click Add Layer button to publish the polygon GIS map of south Indian states to the map.
GIS Data Published
Click the below link to download the GIS data of India state level boundaries
So, the GIS data of south Indian state is added from Add GIS Data tool. Now lets hunt for the GIS data of bank locations of India.
Follow the same steps to add another layer in the existing base map. Select the country from the list and search bank in the Search Layer bar to filter the data list. When you see the data bank point, select the data – preview the map – select Add Layer icon.
Select layer
Use Crop Layer tool to select bank points in the southern part of India and click Add layer to add the selected bank points.
Crop Layer
Now we got both GIS data of the administrative boundaries of southern states and location points of bank added in the map.
Bank Points Published
Click the below link to download the GIS data of bank locations in India
Cropping the point GIS data by drawing polygon may not filter the data points accurately. Some points outside the area of interest may still remain. Thus let’s make use of Proximity Analysis tool of IGISMap.
Map Tools
Proximity Analysis can be accessed only from a map. Click onfrom Map Tools to get the list of IGISMap tools from which you need to select Proximity Analysis tool.
In the tool, the user needs to select layers for performing proximity analysis. Here we need to click the Two Layer option as we want to select the bank locations within the polygon boundaries of south Indian states.
Proximity Analysis
In Step 2, first select the input layer, which is the layer you want the features selected from – india_banks_points. Then select the mode of spatial intersection – are within and intersect. Here we want all bank locations that are within the south Indian states polygon boundaries. Thus select within as the mode of spatial intersection. In the next box, select the india_administrative_boundaries_state_level from the dropdown.
Select Layers
Click Next. Search Custom Filters step opens next, but we done need any further filter requirements. So click Get Result button and see the resulting points highlighted on the map
Proximity Analysis Result
Click Publish which will publish the GIS data of bank locations only in the added south Indian states.
Bank locations of South India
Check the article Share your Map to understand how to share this map with your team.
GIS helps users to understand patterns, relationships and geographic context. It benefit includes improved communication and efficiency, as well as improved management and decision-making. GIS combines datasets with maps, integrated regional datasets with any type of descriptive information or data. It provides mapping and assessment prerequisites for technology and almost every industry.
Visualization and intepretaion of data is what makes GIS a beautiful and interesting fields in data analytics. Science of visualization is the core essence in the art of cartography and mapping. Any type of geospatial features presented in the map with proper color combination, accurate size and location helps in better image interpretation. Quantity and category based representation of spatial features are the common visualization styles used in GIS.
IGISMap Styling Tools
IGISMap is a web platform providing 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 that helps the user to perform effortless geospatial operations. IGISMap provides the following styling tools:
Among the styling options listed above – Basic, Category and Quantity styling options are used to style polygon and points, whereas Bubble Style and Icon Style are used to symboloze point GIS data. Basic Style will give any single color for the while GIS layer. Quantity Style is used to visualize the GIS data quantitatively. And Category Style will style your GIS map with separate colors assigned to each category of features
In this article we will talk about Category Style tool of IGISMap and how it can be used to categorically visualize your polygon GIS data like the following.
USA County Boundaries Data Categorized Based On States
Add your GIS data
For the demonstration, let’s add county boundary polygon data of USA from IGISMap GIS data collection. For this let’s use Add GIS Data tool of IGISMap.
After opening the Add GIS Data tool, in the Select Country section we will select United States of America. Then Search Layer section opens with the list of GIS data of USA, where we need to select ‘administrative county boundaries‘.
Add GIS Data
Before adding this data, lets check the data table of this data and verify the attribute field which we need to categorize this data. Switch the view from Map to Datatable and review the attribute fields. Here we are going to categorize the polygon features of county boundaries based on the state which it belongs to.
As you can see below, we have the attribute field for counties and the attribute field with states it belongs to.
Datatable in Add GIS Data
Since we have confirmed the data, lets continue downloading. First click the download icon beside the data name and then click the Add Layer button in the next section that opens.
Add Layer
Now the layer is published in the map with the name ‘united_states_administrative_county_boundaries‘
After adding the input GIS data from Add GIS Data, we can style the counties categorically using Category Style tool. For accessing the tool, click Tools button at the upper left side of screen to open the map tools popup. Then select Category Style tool listed under Style Your Data section.
Map Tools
We can also open the Category Style tool by going to the More option of input point data and choose the Category Style from the Edit Style option.
More options -Edit Style – Category Style
Styling GIS data categorically
Then the tool is appeared on the screen of IGISMap.
Category Style
Then the tool appears and we have to select the layer from Select Layer section which is the ‘united_states_administrative_county_boundaries‘ data that is published in this map and then we have to click Next option.
Select Layer
After clicking Next, in the Edit Layer section, we can change the style as we want. In this section we can can change Opacity and change the Border Width as required. Now in the Attribute field, select state field to categorize the counties based on its individual attributes values.
Edit Layer
After selecting the required attribute field, all individual values will be listed with different colors assigned for each category.
Select Attribute Field
We can change the color for each category by the color and choosing the right color. Then we have to click OK.
Assign color to each category
After changing all color of the attributes we have to click on Save Style for styling the map categorically.
Save the Style
Now as you can see the map is converted into categorical style and the output map is shown.
Polygon GIS data categorized
For better view and make your data more interactive in the map, go to More and enable Make Interactive option.
Make Interactable
Now as you see below, the USA county level boundaries GIS data is better visualized in state based categories and the map got more interactive.
Interactable Map
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.
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from Map Tools to get the list of IGISMap tools from which you need to select Proximity Analysis tool.
