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Midavalo ♦
Midavalo ♦
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I managed to accomplish what I wanted by using subquery sort and where clause with a step.

sort_fields = [["DestinationID", "ASCENDING"], ["Total_TravelTime", "ASCENDING"]] arcpy.Sort_management(AU2, out_AU2, sort_fields) arcpy.TableSelect_analysis(in_table=out_AU2, out_table=Ajad, where_clause="MOD(OBJECTID+3,2) = 0")

sort_fields = [["DestinationID", "ASCENDING"], ["Total_TravelTime", "ASCENDING"]]
arcpy.Sort_management(AU2, out_AU2, sort_fields)
arcpy.TableSelect_analysis(in_table=out_AU2, out_table=Ajad, where_clause="MOD(OBJECTID+3,2) = 0")

I managed to accomplish what I wanted by using subquery sort and where clause with a step.

sort_fields = [["DestinationID", "ASCENDING"], ["Total_TravelTime", "ASCENDING"]] arcpy.Sort_management(AU2, out_AU2, sort_fields) arcpy.TableSelect_analysis(in_table=out_AU2, out_table=Ajad, where_clause="MOD(OBJECTID+3,2) = 0")

I managed to accomplish what I wanted by using subquery sort and where clause with a step.

sort_fields = [["DestinationID", "ASCENDING"], ["Total_TravelTime", "ASCENDING"]]
arcpy.Sort_management(AU2, out_AU2, sort_fields)
arcpy.TableSelect_analysis(in_table=out_AU2, out_table=Ajad, where_clause="MOD(OBJECTID+3,2) = 0")
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Brooklyn_95
Brooklyn_95
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I managed to accomplish what I wanted by using subquery sort and where clause with a step.

sort_fields = [["DestinationID", "ASCENDING"], ["Total_TravelTime", "ASCENDING"]] arcpy.Sort_management(AU2, out_AU2, sort_fields) arcpy.TableSelect_analysis(in_table=out_AU2, out_table=Ajad, where_clause="MOD(OBJECTID+3,2) = 0")