ETS_FeaturesTo3D

Features To 3D from TIN

Convert 2D feature classes to 3D feature classes by interpolating the Z values from a reference TIN.

Z values for each point or vertex are obtained through linear interpolation in the plane defined by the enclosing triangle.
For Polyline and Polygon features additional vertices will be added where the geometry intersects triangle edges. Additional vertices will not be created if the "Z for vertices only" parameter is set to True. The default value for the parameter is False.
The attributes of the input dataset are preserved.

Parameters

Expression	Explanation
Function Name	FeaturesTo3DTin
<input dataset>	A String representing the input feature dataset.
<output dataset>	A String - the full name of the output dataset.
<reference tin>	A String - the full name of the reference TIN dataset.
{Z for vertices only}	A Boolean (optional). If TRUE Z values will be interpolated for the existing vertices of the input features. If False new vertices will be added to the input features in the places of intersection with the TIN edges.

ETGWPath used in the table below is the full path to ETGWRun.exe (E.G. "C:\Program Files\ETSpatial Techniques\ETSurface\ETSRun.exe")

Language	Syntax
Python	subprocess.call([ETSPath, "FeaturesTo3DTin", "input dataset", "output dataset", "reference tin", "Z for vertices only"])
.NET using ETSRun.exe	StartInfo.FileName = ETSPath StartInfo.Arguments = "FeaturesTo3DTin" "input dataset" "output dataset" "reference tin" "Z for vertices only"
.NET using ETSOutX.dll	FeaturesTo3DTin(input dataset, output dataset, reference tin, Z for vertices only)
ArcPy	arcpy.FeaturesTo3DTin("input dataset", "output dataset", "reference tin", "Z for vertices only")

Notes:

<> - required parameter
{} - optional parameter
See examples for Python , .NET or ArcPy
The argument separator for StartInfo.Arguments is space. If a string might contain a space, you need to double quote it.