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

# 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

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

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#=============================================================================
# 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'

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

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