GetMessages ( 2 )) # Return python error messages for script tool or Python Window arcpy. format_tb ( tb ) # Concatenate error information into message string pymsg = 'PYTHON ERRORS: Traceback info: '. GetMessages () except : # Get the traceback object tb = sys. SaveGraph ( graphName, outGraph ) arcpy. StackProfile ( profileLine, profileTargets, profileTable, graphName ) # Execute SaveGraph arcpy. CheckOutExtension ( '3D' ) # Execute StackProfile arcpy. Publish hosted scene layersPortal for ArcGIS ArcGIS for Server. You can publish hosted scene layers using 3D point data beginning with ArcGIS 10.4 Data Store and Portal for ArcGIS 10.4. GetParameterAsText ( 2 ) # output graph file try : arcpy. Your portal must be configured with ArcGIS Data Store (10.3.1 or later release) to publish hosted scene layers using multipatch data. CreateUniqueName ( 'profile_table', 'in_memory' ) graphName = 'Sample Graph' outGraph = arcpy. GetParameterAsText ( 1 ) # input las files profileTable = arcpy. GetParameterAsText ( 0 ) profileTargets = arcpy. SRC_NAME-Name and path to the profile's source.SRC_ID-Unique ID of the multipatch feature being profiled.SRC_TYPE-Data type of the profile's source, which is either a surface or multipatch.LINE_ID-Unique ID of the line feature used to define the profile.SEC_Z-Height of the second vertex in the profile segment.SEC_DIST-Distance of the second vertex in the profile segment.FIRST_Z-Height of the first vertex in the profile segment.FIRST_DIST-Distance to the first vertex in the profile segment.The values in its fields can be used to create graphs in a wide variety of external applications. import arcpy from arcpy import env arcpy.CheckOutExtension('3D') env.workspace 'C:/data' arcpy.MultiPatchFootprint3d('multipatch.shp','multipatchfootprint. The elevation and distance along the input lines created by this densification gets stored in the output table along with the additional information about the line features and profile targets. MultiPatchFootprint example 1 (Python window) The following sample demonstrates the use of this tool in the Python window. Each line feature is densified along its overlapping profile targets in a manner that captures the profile's characteristics by introducing new vertices along the line.

The output table provides the information needed for generating the profile graph. The graph will be stored in memory, but can be saved as a graph file using the Save Graph tool. If the Output Graph Name parameter is populated and the tool is executed in ArcMap, ArcScene, or ArcGlobe, the resulting graph will be displayed on-screen.

Multipatch arcmap