The user can create, convert, browse as well as process the information of the GIS and can leave the maps with the user to design API especially for the programmers of the .NET.  It allows the users to get as well as manipulate your graphic data in the geospatial data which is a vector-based format.  The API support users in the process of reading, composing as well as converting the file formats of GIS like the KML, FIIeGDB, Shapefile, GeoJSON and it also horrendous the map out of the forms.  The user and the programmer can customize the attributes and later present fashion to acquire the appearance of the map that is desired. The Aspose.GIS for .NET is made very simple, and it has functionality, portability, as well as usability in mind.  It contains APIs for the framework of .NET and .NET Core and helps the user to develop software.

Aspose.GIS for .NET Excellent Characteristics:

• The user can create and built new layers or datasets and read the attributes that are existing from the present documents.
• It produces points, surfaces, and even lines.
• The process of building the non-linear geometries take place.
• The geometries can be translated to or from the WKT and the WKB.
• It acts as a computer between the geometries.
• The computing of the intersections, unions, and distinctions in either of the geometries is possible.
• It computes the buffer area which is around the geometry.
• It is capable of rendering the maps into nothing but the BPM, JPEG, and even
• It can blend several symbolizers and even executes drawings that are mainly complicated in nature.
• It can calculate the parameters of the styling of the characteristics that are highlighting the values of its characteristics present.
• It can project the individual geometries and later complete the layers.
• The Aspose.GIS imports references that are spatial from the system of the WKT.
• The user can look at the spatial reference method by the SRID.
• It allows the conversion of information to a lot of formats.
• We can even play with projection when the process of converting information is happening.
• The user can utilize the information of the spatial in the servers of SQL and PostgreSQL.
• It allows users to construct indicators of spatial to speed up the queries of the spatial.
• The process of reading group values from the raster format of the GeoTIFF.

Single API for a Variety of Formats

Aspose.GIS can deal with the details of the information regarding the details of the formats that offer the users a very comfortable and clean model of data for the data of the GIS. The user in this case can read, and even save data in the files he desires.

Merge GIS Data Between Formats

Examples of the format conversion that are confirmed in this case are:

• Shapefile into KML
• Shapefile to document geodatabase
• GeoJSON into Shapefile
• KML to document
• KML into GeoJSON
• GPX to KML
• GPX into TopoJSON
• GML to document geodatabase
• MapInfo TAB into KML
• MapInfo Interchange into GeoJSON

Render Maps

In random apps, the information is very applicable only when somebody uses it. The library of the .NET GIS supplies that use with symbology and later makes it very fast and straightforward for the users to export the GIS data and vector graphics.

Use Different Coordinate Systems

With the help of the Aspose.GIS the user can alter the geometries, and the layers of coordinate reference from one system to another.  In this case, the process of transformation for the addition to cartographic projection is encouraged and the user can import from WKT and look at the reference system by the SRID and even a place where the parameters are right.

Perform Spatial Analysis

It involves the complete set of spatial predicates that are depending on the version of DE-9OM and it assesses the topological connections between the object.  Some of the normal cases are that it determines whether two objects can overlap or not, the ascertain of a single thing can intersect another thing, and the user can find minimum space between geometry as well as another geometry and can compute the place of some of these geometries. It will allow the user to perform operations such as producing buffer polygon right around the geometry and locate the centroid of the geometry.  The user can find the convex hull of the geometry, the process of computing the bounding extent can happen and the curve can be linearized.