Latest Contributions by DarrenWiens2

Here's how you can do it using Python at 10.1+ (sorry, no data access module at 10.0): >>> points_fc = 'points' # input points ... template_fc = 'template' # template line feature class ... out_fc = r'C:\junk\outputlines.shp' # output feature class ... sr = arcpy.Describe(points_fc).spatialReference # spatial reference ... template_geom = arcpy.da.SearchCursor(template_fc, 'SHAPE@', spatial_reference=sr).next() # get first line ... lines = [] # temporary line container ... points_count = int(arcpy.GetCount_management(points_fc).getOutput(0)) # count points ... for i in range(points_count): ...     lines.append(template_geom[0]) # create line copies ... arcpy.CopyFeatures_management(lines, out_fc) # write lines to feature class ... points = arcpy.da.SearchCursor(points_fc, 'SHAPE@XY', spatial_reference=sr) # load points to list for later ... with arcpy.da.UpdateCursor(out_fc,['SHAPE@XY'],spatial_reference=sr) as cursor: # loop through line copies, collecting line centroid ...     for row in cursor: ...         cur_point = points.next() # get next point geometry ...         cursor.updateRow([(cur_point[0][0], cur_point[0][1])]) # move line feature centroid to new location ----> ... View more

Try the next option: are within (Clementini) the source layer. ... View more

That is the WKT property of polygon geometry: >>> with arcpy.da.SearchCursor("YOUR_FEATURE_CLASS","SHAPE@") as cursor: ...    for row in cursor: ...        print row[0].WKT ...       MULTIPOLYGON (((1104099.6953918971 1638644.7216630857, 1106049.9706553277 1640403.7934693154, 1104197.6684162933 1642457.4329082444, 1102247.3931528646 1640698.3611020166, 1104099.6953918971 1638644.7216630857))) If you have a very long text field, you can also access this through Field Calculator with the expression (Python parser): !Shape!.WKT ... View more

Yes, I'm sure they did, but the actual coordinates may not be where you think they are. You can add a graphic point using the XY tool to confirm: ... View more