Is there anyway to convert polygon outlines into points, preferably with the ability to decide the gap of each point to be placed (just like the "construct points" from lines tool)?
The purpose is for creating service areas around polygons in Network Analyst. Or if there is another method of doing this besides the conversion do let me know!
I am using ArcGIS 10.2.2.
Solved! Go to Solution.
The da.SearchCursor could be easily replaced with the "old" SearchCursor, but what would be more work is to rebuild the positionAlongLine method, which is not available at 10.0. You may want to post your own question with that specific detail. I guess that would attract more people to help you with that problem. However, I will have a look to see if I can easily solve it, but I do not have access to 10.0 anymore.
Kind regards, Xander
An alternative would be to use the Densify tool to create points every x meter on the line followed by te Feature Vertices to Points tool (if you have access to those tolos).
Ok, I just tried some code using (I think) only 10.0 functionality. So Gaston Izaguirre, if you want to try, give it a shot here is some code:
Change the code on line 3 and 4 to point to your input polyline featureclass and output point featureclass (output will be created, if it exists it raises an error). Line 5 contains the interval size (distance between each point) and line 6 indicates if the last point should be added too (True).
import arcpy, math, numpy def main(): fc_in = r"D:\Xander\GeoNet\Polyline2Points10.0\test.gdb\lines_diss_projected" fc_out = r"D:\Xander\GeoNet\Polyline2Points10.0\test.gdb\lines_diss_toPnts01" interval = 100 bln_addLastPoint = True fld_shp = arcpy.Describe(fc_in).shapeFieldName sr = arcpy.Describe(fc_in).spatialReference curs = arcpy.SearchCursor(fc_in) pnts =  for row in curs: polyline = row.getValue(fld_shp) d = 0 frac_left = 0 for p in range(0, polyline.partCount): part = polyline.getPart(p) for i in range(0, len(part)-1): pnt1 = part pnt2 = part[i+1] length_part = getDistance2Points(pnt1, pnt2) for frac in numpy.arange(frac_left, length_part, interval): pnt = getPointBasedOnFractionOfLine(pnt1, pnt2, frac) pntg = arcpy.PointGeometry(pnt, sr) pnts.append(pntg) frac_left = interval - (length_part - frac) if bln_addLastPoint: pnts.append(arcpy.PointGeometry(polyline.lastPoint, sr)) del curs, row # write list to output featureclass arcpy.CopyFeatures_management(pnts, fc_out) def getDistance2Points(pnt1, pnt2): return math.hypot(pnt1.X-pnt2.X, pnt1.Y-pnt2.Y) def getPointBasedOnFractionOfLine(pnt1, pnt2, frac): length_line = getDistance2Points(pnt1, pnt2) f = frac / length_line return arcpy.Point(pnt2.X * f + pnt1.X * (1-f), pnt2.Y * f + pnt1.Y * (1-f)) if __name__ == '__main__': main()