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The ST_DISJOINT() function in MariaDB is used to determine whether two spatial objects are disjoint or not. It returns 1 if the objects do not intersect or touch each other, and 0 if they do.
ST_DISJOINT()
The ST_DIMENSION() function in MariaDB is used to retrieve the dimension value of a spatial object, allowing for efficient analysis and manipulation of spatial data.
ST_DIMENSION()
The ST_Difference() function in MariaDB is used to calculate the geometric difference between two spatial objects, allowing for efficient analysis and manipulation of spatial data.
ST_Difference()
Learn how MariaDB ST_CROSSES() evaluates spatial relations, including its 1, 0, and NULL results, with geometry examples.
The ST_ConvexHull() function in MariaDB is used to calculate the convex hull of a given geometry value, allowing for efficient analysis and manipulation of spatial data.
ST_ConvexHull()
The ST_Contains() function in MariaDB is used to determine whether a given geometry value contains another geometry value, allowing for efficient analysis and manipulation of spatial data.
ST_Contains()
The ST_Centroid() function in MariaDB is used to calculate the centroid of a given geometry value, allowing for efficient analysis and manipulation of spatial data.
ST_Centroid()
The ST_BUFFER() function in MariaDB is used to create a buffer geometry around a given geometry value, allowing for efficient analysis and manipulation of spatial data.
ST_BUFFER()
The ST_Boundary() function in MariaDB is used to return the boundary of a given geometry value, allowing for efficient analysis and manipulation of spatial data.
ST_Boundary()
The ST_ASWKT() function in MariaDB is used to convert a geometry value into its Well-Known Text (WKT) representation, allowing for efficient storage and retrieval of spatial data.
ST_ASWKT()