![]() Generate Tile Cache Tiling Scheme-New lerc_error parameter.Alter Mosaic Dataset Schema-The raster_type_names has a new WorldView-3 choice.Create Mosaic Dataset-The product_definition parameter has a new WORLDVIEW-3_8BANDS choice.Make Mosaic Layer-The mosaic_operator parameter has a new SUM choice.Create Pansharpened Raster Dataset-The sensor parameter has a new WorldView-3 choice.Īnd Make Mosaic Layer-New processing_template parameter.Get Raster Properties-For the property_type parameter the ACQUSITIONDATE choice was replaced with ACQUISITIONDATE (the correct spelling).In both cases, the spatial extent of the index is set to the current extent of the data.Īdditional changes to existing tools are as follows: If your SQL Server database compatibility level is 110 or higher (SQL Server 2012 or later release), an autogrid is used. If your SQL Server database compatibility level is set to 100 (SQL Server 2008 or 2008R2), grid levels are always set to medium. When you run the Add Spatial Index tool on geometry or geography feature classes in a SQL Server database or a geodatabase in SQL Server, no input is required to define the spatial grid. This ID field is required if you will publish the table in a feature service. You can use the Add Incrementing ID Field to add a database-maintained, unique identifier to an existing table in ALTIBASE. The Export To CAD has two new choices for the output_type parameter: DWG_R2013 and DXF_R2013. Surface and produces an observer-visible region relationship tableįor up to 32 observers (points, multipoints or polylines) which canīe related back to the input observer feature class. It optionally accommodates vertical uncertainty in the input.Greatly improved performance for visibility analysis is possible with this tool on systems that have a GPU (Graphics Processing Unit) available, provided that your machine has an appropriate NVIDIA graphics card with CUDA compute capability 2.0 or opencl 1.2,.This tool performs its calculations using geodesic methods.This tool offers enhanced functionality over the existing surface visibility tools ( Observer Points, Visibility, and the original Viewshed) in the following areas: This tool determines raster surface locations visible to a set of observer features. The Viewshed 2 geoprocessing tool that was introduced for the Spatial Analyst extension for ArcGIS 10.3 has been added to the Visibility toolset of the 3D Analyst toolbox. LAS Point Statistics By Area, and Locate LAS Points By Proximity. Three new geoprocessing tools are available: Classify LAS By Height, The following are new and improved tools for ArcGIS 10.3.1, arranged by toolbox. To topics with more information for that specific area of the software. The following sections summarize changes in different functional areas of ArcGIS. ArcGIS 10.3.1 for Desktop includes enhancedįunctionality and stability improvements. ![]()
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