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()
