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Modell3 #243

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merged 2 commits into from
Jan 29, 2025
Merged

Modell3 #243

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1868c17
endret min lengde i Thin, ryddet generelt, og la til dissolve og smoo…
VirAntonijevic Jan 29, 2025
dac600d
endret min lengde i Thin, ryddet generelt, og la til dissolve og smoo…
VirAntonijevic Jan 29, 2025
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58 changes: 22 additions & 36 deletions file_manager/n100/file_manager_roads.py
View file
Open in desktop
Original file line number Diff line number Diff line change
Expand Up @@ -422,27 +422,6 @@ class Road_N100(Enum):
)
)

test1___elveg_and_sti_kommune_singlepart_dissolve_simpl5___n100_road = (
file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_simpl5",
)
)

test1___elveg_and_sti_kommune_singlepart_dissolve_simpl5_mdr___n100_road = (
file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_simpl5_mdr",
)
)

test1___elveg_and_sti_kommune_singlepart_dissolve_simpl5_mdr_crd___n100_road = (
file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_simpl5_mdr_crd",
)
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads___n100_road = (
file_manager.generate_file_name_gdb(
script_source_name=test1,
Expand All @@ -455,6 +434,13 @@ class Road_N100(Enum):
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd",
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads2___n100_road = (
file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads2",
)
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_medium_ul___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_medium_ul",
Expand All @@ -470,44 +456,44 @@ class Road_N100(Enum):
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss",
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_mdr2___n100_road = file_manager.generate_file_name_gdb(
test1___simplified___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_mdr2",
description="simplified",
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road = file_manager.generate_file_name_gdb(
test1___simplified_thin_sti___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti",
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road = file_manager.generate_file_name_gdb(
test1___veglenke2___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke",
description="veglenke2",
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thinveg2___n100_road = file_manager.generate_file_name_gdb(
test1___thin_vegklasse2___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thinveg2",
description="thin_vegklasse2",
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin3vegklasse___n100_road = file_manager.generate_file_name_gdb(
test1___sm300___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin3vegklasse",
description="sm300",
)

test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin4vegklasse___n100_road = file_manager.generate_file_name_gdb(
test1___diss___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin4vegklasse",
description="diss",
)

test1___veg100_innlandet_c1___n100_road = file_manager.generate_file_name_gdb(
test1___veg100_akershusc1___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="veg100_innlandet-c1",
description="veg100_akershusc1",
)

test1___veg100_innlandet_c2___n100_road = file_manager.generate_file_name_gdb(
test1___veg100_akershusc2___n100_road = file_manager.generate_file_name_gdb(
script_source_name=test1,
description="veg100_innlandet-c2",
description="veg100_akershusc2",
)

# ========================================
Expand Down
200 changes: 114 additions & 86 deletions generalization/n100/road/vir_test/test1.py
View file
Open in desktop
Original file line number Diff line number Diff line change
Expand Up @@ -28,22 +28,22 @@ def main():
medium_ul()
medium_t()
kryss()
thin_sti()
veglenke()
thin_vegklasse()
veg100_nordland41()
# thin_sti()
# veglenke()
# thin_vegklasse()
# veg100_akershusc1()
simplify()
thin_sti2()
veglenke2()
thin_vegklasse2()
veg100_nordland42()
veg100_akershusc2()


# dette er sånn midlertidig, siden jeg ikke kan gjøre noe bedre må jeg skrive kommunenavn 4 steder linjer 35, 42, 375 og 379
def kommune():
custom_arcpy.select_attribute_and_make_permanent_feature(
input_layer=input_n50.AdminFlate,
expression="NAVN='nordland4'",
expression="NAVN='akershusc'",
output_name=Road_N100.test1___kommune___n100_road.value,
selection_type="NEW_SELECTION",
)
Expand Down Expand Up @@ -307,81 +307,83 @@ def kryss():
)


# første thin kjøres på ikke-kjørbare veger
# lages egen datasett med alle som fikk invisibility 0 og
# for disse kodes hie_1 til 5 slik at de skal være med, men med lav viktighet i neste THin
@timing_decorator
def thin_sti():
arcpy.cartography.ThinRoadNetwork(
in_features=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss___n100_road.value,
minimum_length="3000 meters",
invisibility_field="inv_sti",
hierarchy_field="hiesti",
)

custom_arcpy.select_attribute_and_make_permanent_feature(
input_layer=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss___n100_road.value,
expression="objtype IN ('Sti', 'Traktorveg', 'GangSykkelveg') AND inv_sti = 0",
output_name=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
selection_type="NEW_SELECTION",
)
# Calculate field for hie_1
arcpy.management.CalculateField(
in_table=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
field="hie_1",
expression="5",
expression_type="PYTHON3",
)
# Calculate field for hie_2
arcpy.management.CalculateField(
in_table=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
field="hie_2",
expression="11",
expression_type="PYTHON3",
)


# lager datasett med kjørbare veger og blir sett sammen med stiene som er igkjen etter Thin
def veglenke():
custom_arcpy.select_attribute_and_make_permanent_feature(
input_layer=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss___n100_road.value,
expression="objtype = 'VegSenterlinje'",
output_name=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
selection_type="NEW_SELECTION",
)

arcpy.management.Append(
inputs=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
target=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
)


# lager enda en datasett hvor kjørbareveger Thin med hierarchy etter vegklasse og større min lengde
@timing_decorator
def thin_vegklasse():
arcpy.cartography.ThinRoadNetwork(
in_features=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
minimum_length="3000 meters",
invisibility_field="inv_2",
hierarchy_field="hie_2",
)

custom_arcpy.select_attribute_and_make_permanent_feature(
input_layer=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
expression="inv_2 = 0",
output_name=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin_vegklasse___n100_road.value,
selection_type="NEW_SELECTION",
)


# lager en datasett med resultatet fra Thin etter vegklasse og 2000m
@timing_decorator
def veg100_nordland41():
arcpy.analysis.Clip(
in_features=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin_vegklasse___n100_road.value,
clip_features=Road_N100.test1___kommune___n100_road.value,
out_feature_class=Road_N100.test1___veg100_nordland41___n100_road.value,
)
#
# # første thin kjøres på ikke-kjørbare veger
# # lages egen datasett med alle som fikk invisibility 0 og
# # for disse kodes hie_1 til 5 slik at de skal være med, men med lav viktighet i neste THin
# @timing_decorator
# def thin_sti():
# arcpy.cartography.ThinRoadNetwork(
# in_features=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss___n100_road.value,
# minimum_length="3000 meters",
# invisibility_field="inv_sti",
# hierarchy_field="hiesti",
# )
#
# custom_arcpy.select_attribute_and_make_permanent_feature(
# input_layer=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss___n100_road.value,
# expression="objtype IN ('Sti', 'Traktorveg', 'GangSykkelveg') AND inv_sti = 0",
# output_name=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
# selection_type="NEW_SELECTION",
# )
# # Calculate field for hie_1
# arcpy.management.CalculateField(
# in_table=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
# field="hie_1",
# expression="5",
# expression_type="PYTHON3",
# )
# # Calculate field for hie_2
# arcpy.management.CalculateField(
# in_table=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
# field="hie_2",
# expression="11",
# expression_type="PYTHON3",
# )
#
#
# # lager datasett med kjørbare veger og blir sett sammen med stiene som er igkjen etter Thin
# def veglenke():
# custom_arcpy.select_attribute_and_make_permanent_feature(
# input_layer=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss___n100_road.value,
# expression="objtype = 'VegSenterlinje'",
# output_name=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
# selection_type="NEW_SELECTION",
# )
#
# arcpy.management.Append(
# inputs=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_thin_sti___n100_road.value,
# target=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
# )
#
#
# # lager enda en datasett hvor kjørbareveger Thin med hierarchy etter vegklasse og større min lengde
# @timing_decorator
# def thin_vegklasse():
# arcpy.cartography.ThinRoadNetwork(
# in_features=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
# minimum_length="3000 meters",
# invisibility_field="inv_2",
# hierarchy_field="hie_2",
# )
#
# custom_arcpy.select_attribute_and_make_permanent_feature(
# input_layer=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke___n100_road.value,
# expression="inv_2 = 0",
# output_name=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin_vegklasse___n100_road.value,
# selection_type="NEW_SELECTION",
# )
#
#
# # lager en datasett med resultatet fra Thin etter vegklasse og 2000m
# @timing_decorator
# def veg100_akershusc1():
# arcpy.analysis.Clip(
# in_features=Road_N100.test1___elveg_and_sti_kommune_singlepart_dissolve_mergedividedroads_crd_kryss_veglenke_thin_vegklasse___n100_road.value,
# clip_features=Road_N100.test1___kommune___n100_road.value,
# out_feature_class=Road_N100.test1___veg100_akershusc1___n100_road.value,
# )
#


def simplify():
Expand All @@ -398,7 +400,7 @@ def simplify():
def thin_sti2():
arcpy.cartography.ThinRoadNetwork(
in_features=Road_N100.test1___simplified___n100_road.value,
minimum_length="2000 meters",
minimum_length="1500 meters",
invisibility_field="inv_sti",
hierarchy_field="hiesti",
)
Expand Down Expand Up @@ -445,7 +447,7 @@ def veglenke2():
def thin_vegklasse2():
arcpy.cartography.ThinRoadNetwork(
in_features=Road_N100.test1___veglenke2___n100_road.value,
minimum_length="3000 meters",
minimum_length="2000 meters",
invisibility_field="inv_2",
hierarchy_field="hie_2",
)
Expand All @@ -460,11 +462,37 @@ def thin_vegklasse2():

# lager en datasett med resultatet fra Thin etter vegklasse og 2000m
@timing_decorator
def veg100_nordland42():
arcpy.analysis.Clip(
def veg100_akershusc2():
arcpy.cartography.SmoothLine(
in_features=Road_N100.test1___thin_vegklasse2___n100_road.value,
out_feature_class=Road_N100.test1___sm300___n100_road.value,
algorithm="PAEK",
tolerance="300 meters",
error_option="RESOLVE_ERRORS",
)

arcpy.management.Dissolve(
in_features=Road_N100.test1___sm300___n100_road.value,
out_feature_class=Road_N100.test1___diss___n100_road.value,
dissolve_field=[
"objtype",
"subtypekode",
"vegstatus",
"typeveg",
"vegkategori",
"vegnummer",
"motorvegtype",
"vegklasse",
"rutemerking",
"medium",
"uttegning",
],
multi_part="SINGLE_PART",
)
arcpy.analysis.Clip(
in_features=Road_N100.test1___diss___n100_road.value,
clip_features=Road_N100.test1___kommune___n100_road.value,
out_feature_class=Road_N100.test1___veg100_nordland42___n100_road.value,
out_feature_class=Road_N100.test1___veg100_akershusc2___n100_road.value,
)


Expand Down