Compare text

Find the difference between two text files

Real-time diff

Unified diff

Collapse lines

Highlight change

Syntax highlighting

Tools

Diffchecker Desktop The most secure way to run Diffchecker. Get the Diffchecker Desktop app: your diffs never leave your computer!Get Desktop

Untitled diff

Created 10 years agoDiff never expires

Lines
Total
Removed

Words
Total
Removed

To continue using this feature, upgrade to Diffchecker Pro View Pricing

178 lines

Lines
Total
Added

Words
Total
Added

To continue using this feature, upgrade to Diffchecker Pro View Pricing

#=============================================================================

# PARAMETERS FOR ALL osm2city MODULES

#=============================================================================

# -- Scenery folder, typically a geographic name or the ICAO code of the airport

PREFIX = "LSZR"

PREFIX = LFRS

# -- Boundary of the scenery in degrees (use "." not ","). The example below is from LSZR.

BOUNDARY_WEST = 9.54

BOUNDARY_WEST = -1.45362

BOUNDARY_SOUTH = 47.48

BOUNDARY_SOUTH = 47.16837

BOUNDARY_EAST = 9.58

BOUNDARY_EAST = -1.65362

BOUNDARY_NORTH = 47.50

BOUNDARY_NORTH = 47.26837

# -- Full path to the scenery folder without trailing slash. There must be

# an OBJECTS/ folder below PATH_TO_SCENERY

PATH_TO_SCENERY = "/home/user/fgfs/scenery"

PATH_TO_SCENERY = /mnt/c/fgdata/Scenery

OSM_FILE = "buildings.osm" # -- file name of the file with OSM data. Must reside in $PREFIX

OSM_FILE = buildings.osm # -- file name of the file with OSM data. Must reside in $PREFIX

USE_PKL = False # -- instead of parsing the OSM file, read a previously created cache file $PREFIX/buildings.pkl

IGNORE_PKL_OVERWRITE = True # -- Ignore overwriting of Cache File

# -- write .stg, .ac, .xml to this path. If empty, data is automatically written to correct location

# in $PATH_TO_SCENERY

PATH_TO_OUTPUT = ""

PATH_TO_OUTPUT =

NO_ELEV = False # -- skip elevation probing

ELEV_MODE = "FgelevCaching" # -- elev probing mode. Possible values are FgelevCaching (recommended), Manual, or Telnet

ELEV_MODE = FgelevCaching # -- elev probing mode. Possible values are FgelevCaching (recommended), Manual, or Telnet

ELEV_RASTER_X = 10 # -- Distance between raster points for the derived

ELEV_RASTER_Y = 10 # elevation map (x is horizontal, y is vertical)

FG_ELEV = '"D:/Program Files/FlightGear/bin/Win64/fgelev.exe"'

FG_ELEV = 'fgelev'

#=============================================================================

# PARAMETERS RELATED TO BUILDINGS IN osm2city

#=============================================================================

# -- check for overlap with static models. The scenery folder must contain an "Objects" folder

OVERLAP_CHECK = True

OVERLAP_RADIUS = 5

BUILDING_REMOVE_WITH_PARTS = False

TILE_SIZE = 2000 # -- tile size in meters for clustering of buildings

MAX_OBJECTS = 50000 # -- maximum number of buildings to read from OSM data

MAX_OBJECTS = 170699 # -- maximum number of buildings to read from OSM data

CONCURRENCY = 1 # -- number of parallel OSM parsing threads. Unused ATM.

# -- skip buildings based on their OSM name tag or OSM ID, in case there's already a static model for these, and the overlap check fails.

SKIP_LIST = ["Dresden Hauptbahnhof", "Semperoper", "Zwinger", "Hofkirche",

"Frauenkirche", "Coselpalais", "Palais im Großen Garten",

"Residenzschloss Dresden", "Fernsehturm", "Fernsehturm Dresden", "87807683"]

# -- Parameters which influence the number of buildings from OSM taken to output

BUILDING_MIN_HEIGHT = 3.4 # -- minimum height of a building to be included in output (does not include roof)

building_min_height = 0 # -- minimum height of a building to be included in output (does not include roof)

BUILDING_MIN_AREA = 50.0 # -- minimum area for a building to be included in output

BUILDING_MIN_AREA = 0 # -- minimum area for a building to be included in output

BUILDING_REDUCE_THRESHOLD = 200.0 # -- threshold area of a building below which a rate of buildings gets reduced from output

BUILDING_REDUCE_RATE = 0.5 # -- rate (between 0 and 1) of buildings below a threshold which get reduced randomly in output

BUILDING_REDUCE_CHECK_TOUCH = False # -- before removing a building due to area, check whether it is touching another building and therefore should be kept

BUILDING_SIMPLIFY_TOLERANCE = 1.0 # -- all points in the simplified building will be within the tolerance distance of the original geometry.

BUILDING_NEVER_SKIP_LEVELS = 6 # -- buildings that tall will never be skipped

BUILDING_COMPLEX_ROOFS = 1 # -- generate complex roofs on buildings?

BUILDING_COMPLEX_ROOFS_MAX_LEVELS = 5 # -- don't put complex roofs on buildings taller than this

BUILDING_COMPLEX_ROOFS_MAX_AREA = 2000 # -- don't put complex roofs on buildings larger than this

# -- Parameters which influence the height of buildings if no info from OSM is available.

# It uses a triangular distribution (see http://en.wikipedia.org/wiki/Triangular_distribution)

BUILDING_CITY_LEVELS_LOW = 2.0

BUILDING_CITY_LEVELS_MODE = 3.5

BUILDING_CITY_LEVELS_HEIGH = 5.0

BUILDING_CITY_LEVEL_HEIGHT_LOW = 3.1

BUILDING_CITY_LEVEL_HEIGHT_MODE = 3.3

BUILDING_CITY_LEVEL_HEIGHT_HEIGH = 3.6

# FIXME: same parameters for place = town, village, suburb

# -- The more buildings end up in LOD rough or bare, the more work for your GPU.

# Increasing any of the following parameters will decrease GPU load.

LOD_ALWAYS_DETAIL_BELOW_AREA = 150 # -- below this area, buildings will always be LOD detail

LOD_ALWAYS_ROUGH_ABOVE_AREA = 500 # -- above this area, buildings will always be LOD rough

LOD_ALWAYS_ROUGH_ABOVE_LEVELS = 6 # -- above this number of levels, buildings will always be LOD rough

LOD_ALWAYS_BARE_ABOVE_LEVELS = 10 # -- really tall buildings will be LOD bare

LOD_ALWAYS_DETAIL_BELOW_LEVELS = 3 # -- below this number of levels, buildings will always be LOD detail

LOD_PERCENTAGE_DETAIL = 0.5 # -- of the remaining buildings, this percentage will be LOD detail,

# the rest will be LOD rough.

LIGHTMAP_ENABLE = 1 # -- include lightmap in xml

OBSTRUCTION_LIGHT_MIN_LEVELS = 15 # -- put obstruction lights on buildings with >= given levels

EXPERIMENTAL_USE_SKEL = 0 # -- generate complex roofs with pySkeleton?

SKEL_MAX_NODES = 10 # -- max number of nodes for which we generate complex roofs

SKEL_MAX_HEIGHT_RATIO = 0.7 # --

EXPERIMENTAL_INNER = 0

CLUSTER_MIN_OBJECTS = 5 # -- discard cluster if to little objects

#=============================================================================

# EXPERIMENTAL PARAMETERS, work in progress, YMMV

#=============================================================================

# PARAMETERS RELATED TO PYLONS, POWERLINES, AERIALWAYS IN osm2pylons.py

#=============================================================================

C2P_PROCESS_POWERLINES = True

C2P_PROCESS_AERIALWAYS = True

C2P_PROCESS_OVERHEAD_LINES = True

C2P_PROCESS_STREETLAMPS = True

# Each powerline and aerialway has segments delimited by pylons. The longer the value the better clustering and

# the better the performance. However due to rounding errors the longer the length per cluster the larger the

# error.

C2P_CLUSTER_POWER_LINE_MAX_LENGTH = 300

C2P_CLUSTER_AERIALWAY_MAX_LENGTH = 300

C2P_CLUSTER_OVERHEAD_LINE_MAX_LENGTH = 130

C2P_CABLES_NO_SHADOW = True

# The radius for the cable. The cable will be a triangle with side length 2*radius.

# In order to be better visible the radius might be chosen larger than in real life

C2P_RADIUS_POWER_LINE = 0.1

C2P_RADIUS_POWER_MINOR_LINE = 0.05

C2P_RADIUS_AERIALWAY_CABLE_CAR = 0.05

C2P_RADIUS_AERIALWAY_CHAIR_LIFT = 0.05

C2P_RADIUS_AERIALWAY_DRAG_LIFT = 0.03

C2P_RADIUS_AERIALWAY_GONDOLA = 0.05

C2P_RADIUS_AERIALWAY_GOODS = 0.03

C2P_RADIUS_TOP_LINE = 0.02

C2P_RADIUS_OVERHEAD_LINE = 0.02

# The number of extra points between 2 pylons to simulate sagging of the cable.

# If 0 is chosen or if CATENARY_A is 0 then no sagging is calculated, which is better for performances (less realistic)

# 3 is normally a good compromise - for cable cars or major power lines with very long distances a value of 5

# or higher might be suitable

C2P_EXTRA_VERTICES_POWER_LINE = 3

C2P_EXTRA_VERTICES_POWER_MINOR_LINE = 3

C2P_EXTRA_VERTICES_AERIALWAY_CABLE_CAR = 5

C2P_EXTRA_VERTICES_AERIALWAY_CHAIR_LIFT = 3

C2P_EXTRA_VERTICES_AERIALWAY_DRAG_LIFT = 0

C2P_EXTRA_VERTICES_AERIALWAY_GONDOLA = 3

C2P_EXTRA_VERTICES_AERIALWAY_GOODS = 5

C2P_EXTRA_VERTICES_OVERHEAD_LINE = 2

# The value for catenary_a can be experimentally determined by using osm2pylon.test_catenary

C2P_CATENARY_A_POWER_LINE = 1500

C2P_CATENARY_A_POWER_MINOR_LINE = 1200

C2P_CATENARY_A_AERIALWAY_CABLE_CAR = 1500

C2P_CATENARY_A_AERIALWAY_CHAIR_LIFT = 1500

C2P_CATENARY_A_AERIALWAY_DRAG_LIFT = 1500

C2P_CATENARY_A_AERIALWAY_GONDOLA = 1500

C2P_CATENARY_A_AERIALWAY_GOODS = 1500

C2P_CATENARY_A_OVERHEAD_LINE = 600

C2P_CATENARY_MIN_DISTANCE = 30

C2P_POWER_LINE_ALLOW_100M = False

C2P_STREETLAMPS_MAX_DISTANCE_LANDUSE = 100

C2P_STREETLAMPS_RESIDENTIAL_DISTANCE = 40

C2P_STREETLAMPS_OTHER_DISTANCE = 70

C2P_STREETLAMPS_MIN_STREET_LENGTH = 20

#=============================================================================

# PARAMETERS RELATED TO landuse.py

#=============================================================================

LU_LANDUSE_GENERATE_LANDUSE = True

LU_LANDUSE_BUILDING_BUFFER_DISTANCE = 25

LU_LANDUSE_BUILDING_BUFFER_DISTANCE_MAX = 50

LU_LANDUSE_MIN_AREA = 5000

#=============================================================================

# PARAMETERS RELATED TO roads.py

#=============================================================================

TRAFFIC_SHADER_ENABLE = False

MAX_SLOPE_MOTORWAY = 0.03 # max slope for motorways

MAX_SLOPE_ROAD = 0.08

MAX_TRANSVERSE_GRADIENT = 0.1 #

BRIDGE_MIN_LENGTH = 20. # discard short bridges, draw road instead

DEBUG_PLOT = 0

Saved diffs

Original text

Open file

#=============================================================================
# PARAMETERS FOR ALL osm2city MODULES
#=============================================================================

# -- Scenery folder, typically a geographic name or the ICAO code of the airport
PREFIX = "LSZR"

# -- Boundary of the scenery in degrees (use "." not ","). The example below is from LSZR.
BOUNDARY_WEST = 9.54
BOUNDARY_SOUTH = 47.48
BOUNDARY_EAST = 9.58
BOUNDARY_NORTH = 47.50

# -- Full path to the scenery folder without trailing slash. There must be
#    an OBJECTS/ folder below PATH_TO_SCENERY
PATH_TO_SCENERY = "/home/user/fgfs/scenery"

OSM_FILE = "buildings.osm"  # -- file name of the file with OSM data. Must reside in $PREFIX
USE_PKL = False             # -- instead of parsing the OSM file, read a previously created cache file $PREFIX/buildings.pkl
IGNORE_PKL_OVERWRITE = True # -- Ignore overwriting of Cache File

# -- write .stg, .ac, .xml to this path. If empty, data is automatically written to correct location
#    in $PATH_TO_SCENERY
PATH_TO_OUTPUT = ""

NO_ELEV = False             # -- skip elevation probing
ELEV_MODE = "FgelevCaching" # -- elev probing mode. Possible values are FgelevCaching (recommended), Manual, or Telnet
ELEV_RASTER_X = 10          # -- Distance between raster points for the derived 
ELEV_RASTER_Y = 10          #    elevation map (x is horizontal, y is vertical)
FG_ELEV = '"D:/Program Files/FlightGear/bin/Win64/fgelev.exe"'

#=============================================================================
# PARAMETERS RELATED TO BUILDINGS IN osm2city
#=============================================================================

# -- check for overlap with static models. The scenery folder must contain an "Objects" folder
OVERLAP_CHECK = True
OVERLAP_RADIUS = 5
BUILDING_REMOVE_WITH_PARTS = False

TILE_SIZE = 2000            # -- tile size in meters for clustering of buildings

MAX_OBJECTS = 50000         # -- maximum number of buildings to read from OSM data
CONCURRENCY = 1             # -- number of parallel OSM parsing threads. Unused ATM.

# -- skip buildings based on their OSM name tag or OSM ID, in case there's already a static model for these, and the overlap check fails.
SKIP_LIST = ["Dresden Hauptbahnhof", "Semperoper", "Zwinger", "Hofkirche",
  "Frauenkirche", "Coselpalais", "Palais im Großen Garten",
  "Residenzschloss Dresden", "Fernsehturm", "Fernsehturm Dresden", "87807683"]

# -- Parameters which influence the number of buildings from OSM taken to output
BUILDING_MIN_HEIGHT = 3.4           # -- minimum height of a building to be included in output (does not include roof)
BUILDING_MIN_AREA = 50.0            # -- minimum area for a building to be included in output
BUILDING_REDUCE_THRESHOLD = 200.0   # -- threshold area of a building below which a rate of buildings gets reduced from output
BUILDING_REDUCE_RATE = 0.5          # -- rate (between 0 and 1) of buildings below a threshold which get reduced randomly in output
BUILDING_REDUCE_CHECK_TOUCH = False # -- before removing a building due to area, check whether it is touching another building and therefore should be kept
BUILDING_SIMPLIFY_TOLERANCE = 1.0   # -- all points in the simplified building will be within the tolerance distance of the original geometry.
BUILDING_NEVER_SKIP_LEVELS = 6      # -- buildings that tall will never be skipped

BUILDING_COMPLEX_ROOFS = 1          # -- generate complex roofs on buildings?
BUILDING_COMPLEX_ROOFS_MAX_LEVELS = 5 # -- don't put complex roofs on buildings taller than this
BUILDING_COMPLEX_ROOFS_MAX_AREA   = 2000 # -- don't put complex roofs on buildings larger than this

# -- Parameters which influence the height of buildings if no info from OSM is available.
#    It uses a triangular distribution (see http://en.wikipedia.org/wiki/Triangular_distribution)
BUILDING_CITY_LEVELS_LOW = 2.0
BUILDING_CITY_LEVELS_MODE = 3.5
BUILDING_CITY_LEVELS_HEIGH = 5.0
BUILDING_CITY_LEVEL_HEIGHT_LOW = 3.1
BUILDING_CITY_LEVEL_HEIGHT_MODE = 3.3
BUILDING_CITY_LEVEL_HEIGHT_HEIGH = 3.6
# FIXME: same parameters for place = town, village, suburb

# -- The more buildings end up in LOD rough or bare, the more work for your GPU.
#    Increasing any of the following parameters will decrease GPU load.
LOD_ALWAYS_DETAIL_BELOW_AREA = 150  # -- below this area, buildings will always be LOD detail
LOD_ALWAYS_ROUGH_ABOVE_AREA = 500   # -- above this area, buildings will always be LOD rough
LOD_ALWAYS_ROUGH_ABOVE_LEVELS = 6   # -- above this number of levels, buildings will always be LOD rough
LOD_ALWAYS_BARE_ABOVE_LEVELS = 10   # -- really tall buildings will be LOD bare
LOD_ALWAYS_DETAIL_BELOW_LEVELS = 3  # -- below this number of levels, buildings will always be LOD detail
LOD_PERCENTAGE_DETAIL = 0.5         # -- of the remaining buildings, this percentage will be LOD detail,
                                    #    the rest will be LOD rough.

LIGHTMAP_ENABLE = 1                 # -- include lightmap in xml
OBSTRUCTION_LIGHT_MIN_LEVELS = 15   # -- put obstruction lights on buildings with >= given levels

EXPERIMENTAL_USE_SKEL = 0           # -- generate complex roofs with pySkeleton?
SKEL_MAX_NODES = 10                 # -- max number of nodes for which we generate complex roofs
SKEL_MAX_HEIGHT_RATIO = 0.7         # --
EXPERIMENTAL_INNER = 0

CLUSTER_MIN_OBJECTS = 5             # -- discard cluster if to little objects

#=============================================================================
# EXPERIMENTAL PARAMETERS, work in progress, YMMV
#=============================================================================

#=============================================================================
# PARAMETERS RELATED TO PYLONS, POWERLINES, AERIALWAYS IN osm2pylons.py
#=============================================================================

C2P_PROCESS_POWERLINES = True
C2P_PROCESS_AERIALWAYS = True
C2P_PROCESS_OVERHEAD_LINES = True
C2P_PROCESS_STREETLAMPS = True

# Each powerline and aerialway has segments delimited by pylons. The longer the value the better clustering and
# the better the performance. However due to rounding errors the longer the length per cluster the larger the
# error.
C2P_CLUSTER_POWER_LINE_MAX_LENGTH = 300
C2P_CLUSTER_AERIALWAY_MAX_LENGTH = 300
C2P_CLUSTER_OVERHEAD_LINE_MAX_LENGTH = 130
C2P_CABLES_NO_SHADOW = True

# The radius for the cable. The cable will be a triangle with side length 2*radius.
# In order to be better visible the radius might be chosen larger than in real life
C2P_RADIUS_POWER_LINE = 0.1
C2P_RADIUS_POWER_MINOR_LINE = 0.05
C2P_RADIUS_AERIALWAY_CABLE_CAR = 0.05
C2P_RADIUS_AERIALWAY_CHAIR_LIFT = 0.05
C2P_RADIUS_AERIALWAY_DRAG_LIFT = 0.03
C2P_RADIUS_AERIALWAY_GONDOLA = 0.05
C2P_RADIUS_AERIALWAY_GOODS = 0.03
C2P_RADIUS_TOP_LINE = 0.02
C2P_RADIUS_OVERHEAD_LINE = 0.02

# The number of extra points between 2 pylons to simulate sagging of the cable.
# If 0 is chosen or if CATENARY_A is 0 then no sagging is calculated, which is better for performances (less realistic)
# 3 is normally a good compromise - for cable cars or major power lines with very long distances a value of 5
# or higher might be suitable
C2P_EXTRA_VERTICES_POWER_LINE = 3
C2P_EXTRA_VERTICES_POWER_MINOR_LINE = 3
C2P_EXTRA_VERTICES_AERIALWAY_CABLE_CAR = 5
C2P_EXTRA_VERTICES_AERIALWAY_CHAIR_LIFT = 3
C2P_EXTRA_VERTICES_AERIALWAY_DRAG_LIFT = 0
C2P_EXTRA_VERTICES_AERIALWAY_GONDOLA = 3
C2P_EXTRA_VERTICES_AERIALWAY_GOODS = 5
C2P_EXTRA_VERTICES_OVERHEAD_LINE = 2

# The value for catenary_a can be experimentally determined by using osm2pylon.test_catenary
C2P_CATENARY_A_POWER_LINE = 1500
C2P_CATENARY_A_POWER_MINOR_LINE = 1200
C2P_CATENARY_A_AERIALWAY_CABLE_CAR = 1500
C2P_CATENARY_A_AERIALWAY_CHAIR_LIFT = 1500
C2P_CATENARY_A_AERIALWAY_DRAG_LIFT = 1500
C2P_CATENARY_A_AERIALWAY_GONDOLA = 1500
C2P_CATENARY_A_AERIALWAY_GOODS = 1500
C2P_CATENARY_A_OVERHEAD_LINE = 600

C2P_CATENARY_MIN_DISTANCE = 30

C2P_POWER_LINE_ALLOW_100M = False

C2P_STREETLAMPS_MAX_DISTANCE_LANDUSE = 100
C2P_STREETLAMPS_RESIDENTIAL_DISTANCE = 40
C2P_STREETLAMPS_OTHER_DISTANCE = 70
C2P_STREETLAMPS_MIN_STREET_LENGTH = 20

#=============================================================================
# PARAMETERS RELATED TO landuse.py
#=============================================================================
LU_LANDUSE_GENERATE_LANDUSE = True
LU_LANDUSE_BUILDING_BUFFER_DISTANCE = 25
LU_LANDUSE_BUILDING_BUFFER_DISTANCE_MAX = 50
LU_LANDUSE_MIN_AREA = 5000

#=============================================================================
# PARAMETERS RELATED TO roads.py
#=============================================================================

TRAFFIC_SHADER_ENABLE = False
MAX_SLOPE_MOTORWAY = 0.03       # max slope for motorways
MAX_SLOPE_ROAD = 0.08
MAX_TRANSVERSE_GRADIENT = 0.1   #
BRIDGE_MIN_LENGTH = 20.         # discard short bridges, draw road instead
DEBUG_PLOT = 0

Changed text

Open file

#=============================================================================
# PARAMETERS FOR ALL osm2city MODULES
#=============================================================================

# -- Scenery folder, typically a geographic name or the ICAO code of the airport
PREFIX = LFRS

# -- Boundary of the scenery in degrees (use "." not ","). The example below is from LSZR.
BOUNDARY_WEST = -1.45362
BOUNDARY_SOUTH = 47.16837
BOUNDARY_EAST = -1.65362
BOUNDARY_NORTH = 47.26837

# -- Full path to the scenery folder without trailing slash. There must be
#    an OBJECTS/ folder below PATH_TO_SCENERY
PATH_TO_SCENERY = /mnt/c/fgdata/Scenery

OSM_FILE = buildings.osm  # -- file name of the file with OSM data. Must reside in $PREFIX
USE_PKL = False             # -- instead of parsing the OSM file, read a previously created cache file $PREFIX/buildings.pkl
IGNORE_PKL_OVERWRITE = True # -- Ignore overwriting of Cache File

# -- write .stg, .ac, .xml to this path. If empty, data is automatically written to correct location
#    in $PATH_TO_SCENERY
PATH_TO_OUTPUT =

NO_ELEV = False             # -- skip elevation probing
ELEV_MODE = FgelevCaching # -- elev probing mode. Possible values are FgelevCaching (recommended), Manual, or Telnet
ELEV_RASTER_X = 10          # -- Distance between raster points for the derived 
ELEV_RASTER_Y = 10          #    elevation map (x is horizontal, y is vertical)
FG_ELEV = 'fgelev'

# -- check for overlap with static models. The scenery folder must contain an "Objects" folder
OVERLAP_CHECK = True
OVERLAP_RADIUS = 5
BUILDING_REMOVE_WITH_PARTS = False

TILE_SIZE = 2000            # -- tile size in meters for clustering of buildings

MAX_OBJECTS = 170699         # -- maximum number of buildings to read from OSM data
CONCURRENCY = 1             # -- number of parallel OSM parsing threads. Unused ATM.

# -- Parameters which influence the number of buildings from OSM taken to output
building_min_height = 0           # -- minimum height of a building to be included in output (does not include roof)
BUILDING_MIN_AREA = 0            # -- minimum area for a building to be included in output
BUILDING_REDUCE_THRESHOLD = 200.0   # -- threshold area of a building below which a rate of buildings gets reduced from output
BUILDING_REDUCE_RATE = 0.5          # -- rate (between 0 and 1) of buildings below a threshold which get reduced randomly in output
BUILDING_REDUCE_CHECK_TOUCH = False # -- before removing a building due to area, check whether it is touching another building and therefore should be kept
BUILDING_SIMPLIFY_TOLERANCE = 1.0   # -- all points in the simplified building will be within the tolerance distance of the original geometry.
BUILDING_NEVER_SKIP_LEVELS = 6      # -- buildings that tall will never be skipped

LIGHTMAP_ENABLE = 1                 # -- include lightmap in xml
OBSTRUCTION_LIGHT_MIN_LEVELS = 15   # -- put obstruction lights on buildings with >= given levels

CLUSTER_MIN_OBJECTS = 5             # -- discard cluster if to little objects

C2P_PROCESS_POWERLINES = True
C2P_PROCESS_AERIALWAYS = True
C2P_PROCESS_OVERHEAD_LINES = True
C2P_PROCESS_STREETLAMPS = True

C2P_CATENARY_MIN_DISTANCE = 30

C2P_POWER_LINE_ALLOW_100M = False

C2P_STREETLAMPS_MAX_DISTANCE_LANDUSE = 100
C2P_STREETLAMPS_RESIDENTIAL_DISTANCE = 40
C2P_STREETLAMPS_OTHER_DISTANCE = 70
C2P_STREETLAMPS_MIN_STREET_LENGTH = 20

#=============================================================================
# PARAMETERS RELATED TO roads.py
#=============================================================================