Pix4dmapper database epsg code#

The Esri code is used as the spatial reference ID and stored with the geometry.

Since projected coordinate systems cannot be used with the SQL Server Geography type, an error is returned and the data cannot be imported. The Esri code is used for the ID and stored with the geometry.Д®sri coordinate systems are used for projected coordinate systems. Known Esri coordinate system with an ST_Geometry, SDEBINARY, or Netezza spatial column Known EPSG code with custom tolerance and/or precision with an ST_Geometry, SDEBINARY, or Netezza spatial columnДЄn SRID greater than 300,000 is added to the ArcSDE system table. The EPSG code is used as the spatial reference ID and stored with the geometry. Known EPSG code with an ST_Geometry, SDEBINARY, PostGIS Geometry, SDO_Geometry, SQL Server Geometry, SQL Server Geography, or Netezza spatial column The words known or unknown indicate whether the spatial reference in the source data can be mapped to an existing spatial reference in the target database. The following table lists what SRID is used in the target PostgreSQL, Oracle, SQL Server, or Netezza database when importing or pasting spatial data. Others, such as the ST_Geometry type in Oracle, PostgreSQL, IBM DB2, and Informix, can use spatial references that have SRIDs defined by Esri. Some databases and spatial types, such as PostGIS geometry in PostgreSQL or the geography type in SQL Server, use a predefined subset of EPSG codes, and only spatial references with those SRIDs can be used. There are various recognized standard SRIDs, such as those defined by the European Petroleum Survey Group (EPSG). How the SRID is populated or what it represents can vary depending on what database you use to store your data. A spatial reference identifier (SRID) is a unique identifier associated with a specific coordinate system, tolerance, and resolution.

Pix4dmapper database epsg