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stylus-osm.yaml
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# adaption of tangram default scene.yaml to Stylus Labs vector tile schema
# - OpenMapTiles schema omits some important information, unnecessarily groups OSM tags, uses too many layers
# resulting in larger tiles due to duplicated data, etc.; Shortbread schema has even more layers
# - don't seem to be many services using mapzen schema (except HERE)
# - mapzen walkabout style is nice, but way too big - nearly 10K lines
# - no one uses mapbox schema except mapbox?
# - trying to create scene file that works for multiple schema isn't practical (either w/ globals or stacking yaml files)
global:
#camera_settings: { type: isometric, axis: [-.2, .2] }
camera_settings: { type: perspective }
# globals required for hillshading
earth_style: polygons
earth_color: '#E0E0E0' #[.97, .955, .94] #'#f0ebeb'
earth_order: 599 # should be above all other polygons
#elevation_sources: []
marker_font: Open Sans
# Open Sans looks very good, especially the italic style
primary_font: Open Sans
bold_weight: 600 # use instead of "bold" to avoid checking for OS font if we only have semibold
# HSL: 0 (== 360) is red, 120 is green, 240 is blue
color:
#background: [.97, .955, .94] #'#f0ebeb'
#earth: white
default_label: black
default_halo: white
landuse: honeydew
parks: hsl(135, 33%, 81%) #'#bddec5'
parks_border: hsl(135, 63%, 41%)
forest: hsl(135, 33%, 75%) # darker
scrub: hsl(135, 33%, 87%) # lighter
farmland: hsl(105, 33%, 81%) # decr hue -> more yellow
grass: hsl(120, 33%, 75%)
wetland: hsl(150, 33%, 81%) # incr hue -> more blue
park_detail: hsl(134.5, 21%, 72%)
golf: hsl(124, 83%, 88%) #'#C8FACC'
industry: '#C0CDCD'
retail: '#FEF0D0'
civic: '#D9CFC3'
water: '#9dc3de' # == hsl(205, 50%, 74%) (compare ferry color)
water_name: "#51909c"
water_halo: "#e2eef0"
spring: hsl(210, 100%, 45%)
beach: '#FEEFC3' #[1.000,0.953,0.900]
ice: white
rock: '#F5F0E5'
road: '#fff'
casing_16: '#999'
casing_18: '#aaa'
tunnel: '#E3E3E3'
tunnel_casing: '#A0A0A0'
oneway_arrow: '#888'
motorway: '#FDE293'
motorway_tunnel: '#CDB775'
motorway_link: '#FDE293' #'#aaa'
motorway_muted: '#eee'
path: '#fff'
unpaved_trail: '#B06000'
bike_lane: '#008800'
bike_path: '#004C00'
bike_unpaved: '#306000'
transit: '#EB322F'
rail: '#96ABB2' #[0.588,0.671,0.698]
rail_tunnel: '#A9C3CB'
dashed_rail_core: '#E6E9EC' #white
dashed_rail: '#919BA4' #'#555555'
service_rail: '#B1BBC4' #'#999999'
dashed_rail_tunnel: '#A1ABB4' #'#777777'
pier: '#F2EFE9' #[0.993,0.993,0.993]
breakwater: '#AAAAAA'
ferry: hsl(205, 42%, 62%) #'#8db3ce'
runway_13: '#C7CADC' #'#FFE4B5'
taxiway: '#BCBCCC'
airport: '#E8EAEF' #'#ddd'
airport_name: '#487585'
shield: '#FFFFFF'
motorway_shield: '#FFDC36'
road_name: '#666'
road_halo: white
ferry_name: hsl(205, 42%, 62%) #'#8db3ce'
ferry_halo: white
border: '#888' #wheat
border_country: '#666' #[0.824, 0.651, 0.329, 1.00]
city_point: white
city_point_halo: black
place_name: rgba(0, 0, 0, 0.8)
place_halo: white
hood_name: rgba(136, 45, 23, 0.9)
hood_halo: white
bldg: [.83, .83, .83, 0.75]
bldg_3d: [.83, .83, .83, 0.5]
bldg_3d_line: [.65, .65, .63, 0.5]
park_name: darkgreen
park_halo: white
housenumber: [0.30,0.30,0.30] #"#d2b17d"
housenumber_halo: [0.913,0.925,0.933] #rgba(38,38,38,0.15)
aerialway: '#555'
aerialway_name: black
aerialway_halo: white
piste_name: black
piste_halo: white
piste:
novice: '#2FB439' #[0.367,0.750,0.622]
easy: '#2F76B4' #[0.367,0.750,0.622]
intermediate: '#F54141' #[0.420,0.678,0.863]
advanced: '#2E2E2E' #[0.450,0.450,0.450]
expert: '#2E2E2E' #[0.450,0.450,0.450]
freeride: '#FFA500'
mtb:
"0": '#2FB439'
"1": '#2F76B4'
"2": '#F54141'
"3": '#2E2E2E'
"4": '#2E2E2E'
"5": '#FFA500'
#urban_7: lightgrey
#urban_9: [.88, .88, .88]
#motorway_5: '#F89595'
#motorway_7: '#D16768'
#runway_16: '#fff'
#runway_casing: orange
# z-order for polygons (<100) and lines (higher z-order draws over lower); order > 1000 is reserved by mapsapp
# ... now offset by 500 because we need depth range for raster tile proxy levels
order:
landuse: 510
parks: 512
park_detail: 514
golf: 516
airport: 518
landcover: 520
waterway: 622
water: 624
pier: 626
bldg: 630
transportation_casing: 638
transportation: 640
rail_sleepers: 640
rail: 645
taxiway: 650
path: 650
runway: 655
minor_road: 660
piste: 665
major_road: 670
motorway: 680
bridge: 700
bicycle: 720
transit: 750
# put bus routes on top so they aren't hidden by wider route train/subway/tram routes
transit_routes: { subway: 1, train: 2, light_rail: 3, tram: 4, bus: 5, trolleybus: 5 }
aerialway: 760
border_inner: 790
border: 791
bldg_3d_line: 799
bldg_3d: 800
piste_color_fn: function() { return global.color.piste[feature.difficulty] || 'white'; }
piste_symbols: { easy: '●', intermediate: '■', advanced: '◆', expert: '◆◆' }
piste_name_fn: |
function() {
const sym = global.piste_symbols[feature.difficulty] || '';
return feature.name ? (sym + ' ' + feature.name) : sym;
}
mtb_color_fn: function() { return global.color.mtb[feature.mtb_scale] || global.color.bike_unpaved; }
transit_order_fn: |
function() {
const offset = global.order.transit_routes[feature.route] || 0;
return global.order.transit + offset + (Number(feature.osm_id) & 65535)/65536;
}
transit_color_fn: |
function() {
const c = feature.color;
return (!c || c == "white" || c == "#ffffff" || c == "#FFFFFF") ? global.color.transit : c;
}
show_name_en: true
names_one_line: ['name_en', 'name']
names_one_line_fn: |
function() { return global.show_name_en && feature.name_en ? feature.name_en : feature.name; }
names_two_lines: |
function() { return global.show_name_en && feature.name_en && feature.name ? feature.name_en + "\n" + feature.name : feature.name; }
shuffle_seed: 58987
# priorities for colliding objects (points and text; lower value wins) - fractional part now orders within
# group defined by integer part, after ordering by visible state and camera space z coord
priority:
continent: 6
district_CN: 9
neighborhood: 10
peak: 14
saddle: 15
cave: 16
spring: 17
boundary: 19 # boundaries often follow mountain ridges, so don't let them hide peaks or saddles
park: 20
golf: 21
cemetery: 22
forest: 23
# road labels
oneway_arrow: 23
motorway_ref: 24
highway_ref: 25
road_primary: 30
road_secondary: 40
motorway_name: 45 # shield generally more important than name for motorway
road_tertiary: 50
road_minor: 60
# transit line labels
transit_ref: 19
transit_ref_tram: 24
transit_ref_bus: 29
# transit stops
bus_stop: 20 # bus stops only shown when show_transit = true
station_transit: 5 # transit station priority when show_transit = true
station_default: 29 # transit station priority when show_transit = false
#station_tram: 6 # only shown when show_transit = true
# we want to show every traffic light if showing any
traffic_light: 4
# housenumbers only shown at high zoom and unlikely to collide
housenumber: 350
# POIs - use osm_id to provide well-defined ordering so POIs don't get replaced by nearby ones when zooming in
# - looks like it's faster to let Tangram convert string to number instead of using Number() in JS fn
poi_default: function() { return 101 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_viewpoint: 31 #function() { return 31 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_toilet: 32 #function() { return 32 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_university: 33 #function() { return 33 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_grocery: function() { return 34 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_culture: function() { return 41 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_restaurant: function() { return 43 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_cafe: function() { return 44 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_convenience: function() { return 51 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_school: function() { return 52 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_religion: function() { return 101 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
poi_parking: function() { return 102 + ((global.shuffle_seed ^ Number(feature.osm_id)) & 65535)/65536; }
# cities, states, countries
place: { country: 7, state: 8, province: 8, city: 9, town: 10, village: 11, suburb: 12, hamlet: 13 }
place_fn: |
function() {
return (global.priority.place[feature.place] || 14) - Math.round(Math.sqrt(feature.population || 1))/65536;
//return (global.priority.place[feature.place] || 14) + 100.0/(100 + (feature.population || 1));
}
# bounds for country-specific filters
japan_bounds: # covers main islands, does not include Okinawa, etc
- { $latitude: {min: 31, max: 41.8}, $longitude: {min: 129.6, max: 142.3} }
- { $latitude: {min: 41.1, max: 45.8}, $longitude: {min: 139.2, max: 146.3} }
# if we want to easily add on top of various raster sources, have MapsSources set global._vector_order to
# layer number for vector source
show_polygons: true # function() { return !(global._vector_order > 0); }
show_bike: false
show_transit: false
show_trails: false
show_parking: false
show_motorways: true
show_land_polygons: global.show_polygons
application:
gui_variables:
show_polygons: { label: Polygons }
show_bike: { label: Bike }
show_trails: { label: Hike }
show_transit: { label: Transit }
show_parking: { label: Parking }
show_motorways: { label: Motorways }
# specify fields indexed for search and filter to select indexed features
search_data:
- layer: poi
fields: [name, name_en, amenity, leisure, shop, sport, tourism, cuisine, historic]
filter:
- name: true
not:
- highway: [bus_stop]
- amenity: [drinking_water, toilets]
- layer: place
fields: [name, name_en]
filter: { name: true }
sources:
osm:
type: MVT
#url: http://127.0.0.1:8080/tiles/{z}/{x}/{y}
cache: stylus-osm
attribution: |
© OpenStreetMap contributors
max_zoom: 14
rasters: global.elevation_sources
fonts:
Open Sans:
- weight: 400
url: ../shared/fonts/OpenSans-Regular.ttf
- weight: 400
style: italic
url: ../shared/fonts/OpenSans-Italic.ttf
- weight: 600
url: ../shared/fonts/OpenSans-SemiBold.ttf
scene:
background:
color: global.earth_color #global.color.background
cameras:
camera1: global.camera_settings
#lights:
# light1: { type: directional, origin: world, direction: [1, 1, -1], diffuse: 0.5, ambient: 0.7 }
# #light2: { type: directional, origin: world, direction: [1, 1, -1], diffuse: [.3, .3, .3, 1.], ambient: [0.7, 0.7, 0.7, 1.] }
#textures:
styles:
# blend_order -1000 to draw buildings just above other geometry; blend_order -110 to -100 reserved by app
heightglow:
base: polygons
mix: global.terrain_3d_mixin
blend: translucent
blend_order: -1000
lighting: vertex
shaders:
blocks:
# worldPosition() will include elevation if 3D enabled, but we only want building height
color: |
#ifdef TANGRAM_MODEL_POSITION_BASE_ZOOM_VARYING
color.rgb += vec3(v_modelpos_base_zoom.z * u_model[2][2] / 800.);
#else
color.rgb += vec3(worldPosition().z / 800.);
#endif
heightglowline:
base: lines
blend_order: -999
mix: heightglow
unlit-lines:
base: lines
mix: global.terrain_3d_mixin
lighting: false
# water polygons can be assumed to be flat (not quite true for rivers), so only need to set elevation at edges
unlit-polygons:
base: polygons
mix: global.terrain_3d_mixin
lighting: false
ocean-polygons:
base: polygons
lighting: false
# need to match depth_shift in raster style or ocean will be placed under terrain
shaders:
blocks:
position: |
#ifdef TANGRAM_TERRAIN_3D
depth_shift = -0.02*u_proj[2][3];
#endif
# dash only supported for styles, not draw block because each dash pattern requires separate shader
dashed-border: { mix: unlit-lines, dash: [2.0, 0.5] }
dashed-path: { mix: unlit-lines, dash: [3.0, 0.5] }
dashed-track: { mix: unlit-lines, dash: [2.5, 1.0] }
dashed-steps: { mix: unlit-lines, dash: [0.5, 0.5] }
dashed-bike: { mix: unlit-lines, dash: [1.0, 1.0] }
dashed-rail: { mix: unlit-lines, dash: [4.0, 4.0] }
#rail-sleepers: { mix: unlit-lines, dash: [0.15, 7.0] }
aerialway:
mix: unlit-lines
# both approaches have issue w/ circles being stretched due to change of line width w/ zoom
#blend: nonopaque; texcoords: true; shaders: defines: { dotSize: 0.2 }; blocks.color: |
# vec2 st = vec2(v_texcoord.x, 4.0*fract(v_texcoord.y / 4.0)) - 0.5;
# color.a = 1. - step(dotSize, dot(st,st)*2.);
texture: |
data:image/svg+xml;utf8,<svg width="10pt" height="40pt" viewBox="-5 -20 10 40">
<g fill="#fff"> <circle cx="0" cy="0" r="4"/> </g>
</svg>
piste-direction:
mix: unlit-lines
texture: |
data:image/svg+xml;utf8,<svg width="10pt" height="80pt" viewBox="-5 -40 10 80">
<g fill="#fff"> <path d="M-5 -40 L-5 0 L0 -4 L5 0 L5 -40Z M-5 40 L-5 6 L0 2 L5 6 L5 40Z"/> </g>
</svg>
inner-lines:
mix: unlit-lines
blend: nonopaque
texcoords: true
shaders:
blocks:
color: |
if (v_texcoord.x < 0.5) { discard; }
layers:
landcover:
data: { source: osm, layer: landuse }
enabled: global.show_land_polygons
#filter: [ { $zoom: { min: 16 } }, { area: { min: 500px2 } } ]
draw:
polygons:
visible: false
style: global.earth_style
order: global.order.landcover
color: global.color.landuse
forest:
filter: [ { class: forest }, { landuse: forest }, { natural: wood } ]
draw: { polygons: { visible: true, color: global.color.forest } }
scrub:
filter: { natural: [scrub, fell, heath] }
draw: { polygons: { visible: true, color: global.color.scrub } }
grass:
filter:
- class: grass
- landuse: [grass, allotments, meadow]
- natural: [grassland, grass]
draw: { polygons: { visible: true, color: global.color.grass } }
wetland:
filter: [ { class: wetland }, { natural: wetland } ]
draw: { polygons: { visible: true, color: global.color.wetland } }
beach:
filter: [ { class: sand }, { natural: [beach, sand] } ]
draw: { polygons: { visible: true, color: global.color.beach } }
ice:
filter: [ { class: ice }, { natural: glacier } ]
draw: { polygons: { visible: true, color: global.color.ice } }
rock:
filter: [ { class: rock }, { natural: [bare_rock, scree] } ]
draw: { polygons: { visible: true, color: global.color.rock } }
farmland:
filter:
- class: farmland
- landuse: [farmland, farmyard, farm, orchard, vineyard, plant_nursery, greenhouse_horticulture]
draw: { polygons: { visible: true, color: global.color.farmland } }
# golf course can be inside park, so make sure it is drawn on top
golf:
filter: [ { class: golf_course }, { leisure: [golf_course, pitch] } ]
draw: { polygons: { visible: true, order: global.order.golf, color: global.color.golf } }
park:
filter:
- class: park
- landuse: [recreation_ground, village_green]
- leisure: [park, garden]
draw: { polygons: { visible: true, order: global.order.parks, color: global.color.parks } }
landuse:
data: { source: osm, layer: landuse }
enabled: global.show_land_polygons
#filter: [ { $zoom: { min: 16 } }, { area: { min: 500px2 } } ]
draw:
polygons:
visible: false
style: global.earth_style
order: global.order.landuse
color: global.color.landuse
green:
filter: { class: [zoo, playground, pitch, cemetery] }
draw: { polygons: { visible: true, order: global.order.park_detail, color: global.color.park_detail } }
retail:
filter: { landuse: [retail] } #industrial, commercial
draw: { polygons: { visible: true, color: global.color.retail } }
civic:
filter: { amenity: [university, college] } # class: school
draw: { polygons: { visible: true, color: global.color.civic } }
#urban:
# filter: { kind: urban_area }
# draw: { polygons: { color: [[7, global.color.urban_7], [9, global.color.urban_9]] } }
park:
data: { source: osm, layer: landuse }
enabled: global.show_polygons
filter:
- { boundary: national_park, $zoom: { min: 8 } }
- { boundary: protected_area, protect_class: [1, 1a, 1b, 2, 3], $zoom: { min: 10 } }
- { leisure: nature_reserve, protect_class: [1, 1a, 1b, 2, 3], $zoom: { min: 10 } }
#any: [ { $zoom: { min: 16 } }, { area: { min: 500px2 } } ]
default:
filter:
name: true
any: [ global.show_land_polygons, { $zoom: { max: 11 } } ] # more succinct than all: [ {any: []}, {any: []} ]
draw:
lines:
style: unlit-lines
order: global.order.border
color: global.color.parks_border
width: 1px
inner-lines:
style: inner-lines
order: global.order.border_inner
color: global.color.parks
alpha: 0.5
width: 8px
pier:
data: { source: osm, layer: landuse }
enabled: global.show_polygons
filter: { man_made: [pier, breakwater, groyne] }
pier_areas:
filter: { $geometry: polygon } #$zoom: { min: 13 }
draw:
polygons:
style: unlit-polygons
order: global.order.pier
color: global.color.breakwater
pier:
filter: { man_made: pier }
draw: { polygons: { color: global.color.pier } }
pier_lines:
filter: { $geometry: line }
pier: { filter: { man_made: pier }, draw: { lines: { color: global.color.pier } } }
draw:
lines:
style: unlit-lines
order: global.order.pier
color: global.color.breakwater
width: [[13, 0px], [14, 0.5px],[15, 1.5px], [16, 2.5px],[17, 3px],[18, 3m]]
water:
data: { source: osm, layer: water }
enabled: global.show_polygons
filter: { $geometry: polygon }
draw:
polygons:
style: unlit-polygons
order: global.order.water
color: global.color.water
ocean:
filter: { class: ocean }
# ensure that ocean has elevation = 0 (by not writing elevation)
draw: { polygons: { style: ocean-polygons } }
#inter:
# filter: { class: [lake, river] }
water_name:
data: { source: osm, layer: water }
filter:
name: true
$geometry: [polygon, point]
any:
- { $zoom: { min: 17 } }
- { area: { min: 500px2 } }
- all: [ { rank: true }, 'function() { return $zoom - feature.rank > 4; }' ]
draw:
text:
#interactive: true
text_source: global.names_two_lines
transition: { show: { time: 0s }, hide: { time: 1s } }
repeat_distance: 500px
font:
family: global.primary_font
fill: global.color.water_name
stroke: { color: global.color.water_halo, width: 2 }
style: italic
size: [[16, 12px], [17, 14px]]
oceans:
filter: { class: ocean, $zoom: { min: 1, max: 8 } }
draw: { text: { font: { size: 14px } } }
#seas:
# filter: { class: [lake, sea], $zoom: { min: 7 } }
# draw: { text: { font: { size: [[9, 9px], [17, 10px], [18, 12px]] } } }
waterway:
data: { source: osm, layer: water }
enabled: global.show_polygons
filter: { $geometry: line }
draw:
lines:
style: unlit-lines
order: global.order.waterway
color: global.color.water
width: [[10,0px],[11,1px],[15,2px]]
unnamed:
# very large number of unnamed streams in, e.g., Italy (many that should be tagged intermittent?)
filter: { name: false }
draw: { lines: { width: [[12,0px],[12,0.5px],[14,1px],[16,2px]] } }
river:
filter: { waterway: river }
draw: { lines: { width: [[7,0.5px],[8,1px],[12,2px],[15,4px]] } }
intermittent:
filter: { intermittent: true }
draw: { lines: { style: dashed-bike } }
stream:
filter: { waterway: stream }
draw: { lines: { width: [[15,0px],[15,0.5px],[16,1.5px],[19,2px]] } }
waterway_name:
data: { source: osm, layer: water }
filter:
name: true
#waterway: true
$geometry: line
any: [ { $zoom: { min: 17 } }, { waterway: river } ]
draw:
text:
text_source: global.names_one_line
#buffer: 3px
font:
family: global.primary_font
fill: global.color.water_name
stroke: { color: global.color.water_halo, width: 2 }
style: italic
size: [[11, 0px], [12, 10px], [14, 11px], [16, 12px], [17, 14px]]
transportation:
data: { source: osm, layer: transportation }
filter: { not: { class: [transit, route, aeroway] } }
draw:
lines:
style: unlit-lines
color: global.color.road
width: 0
order: global.order.transportation
outline:
visible: global.show_polygons
color: [[16, global.color.casing_16], [18, global.color.casing_18]]
width: 0 #[[15, 0], [16, 2]]
order: global.order.transportation_casing # put all outlines below all roads
rounded:
filter: { $zoom: { min: 18 } }
draw: { lines: { cap: round } }
bridge:
filter: { brunnel: bridge }
priority: 1
draw: { lines: { order: global.order.bridge } }
tunnel:
filter: { brunnel: tunnel, $zoom: { min: 12 } }
priority: 1
draw: { lines: { color: global.color.tunnel, outline: { color: global.color.tunnel_casing } } }
motorway:
filter: { highway: [motorway, motorway_link] }
draw:
lines:
order: global.order.motorway
color: 'function() { return global.show_motorways ? global.color.motorway : global.color.motorway_muted; }'
#[[5, global.color.motorway_5], [7, global.color.motorway_7]]
width: [[4, 0], [5, 1px], [8, 1.5px], [14, 2px], [15, 12]]
outline:
width: [[14, 0], [15, 2]]
tunnel:
filter: { brunnel: tunnel, $zoom: { min: 12 } }
priority: 1
draw: { lines: { color: global.color.motorway_tunnel } }
link:
filter: { highway: motorway_link }
draw:
lines:
#color: global.color.motorway_link
width: [[13, 0], [14, 12]]
trunk:
filter: { highway: [trunk, trunk_link], $zoom: { min: 8 } }
draw:
lines:
order: global.order.major_road
width: [[8, 1px], [13, 2px], [14, 2px], [16, 12]]
outline:
width: [[16, 0], [17, 1]]
major_road:
filter: { highway: [primary, primary_link, secondary, secondary_link] }
draw:
lines:
order: global.order.major_road
width: [[10, 0], [13, 2px], [14, 2px], [16, 12]]
outline:
width: [[16, 0], [17, 1]]
withref:
filter: { ref: true }
draw: { lines: { width: [[8, 0], [9, 1px], [13, 2px], [14, 2px], [16, 12]] } }
minor_road:
filter:
highway: [tertiary, tertiary_link, unclassified, residential, road, living_street, service]
$zoom: { min: 13 }
draw:
lines:
order: global.order.minor_road
width: [[13, 0.75px], [14, 1px], [15, 8]]
outline:
width: [[17, 0], [18, 1]]
service:
filter: { highway: service }
draw: { lines: { width: [[15, 0px], [15, 0.75px], [16, 4px], [17, 8]] } }
parking:
filter: { service: parking_aisle }
draw: { lines: { width: [[15, 0px], [15, 0.75px], [16, 2px], [17, 4]] } }
paths:
filter: { highway: [footway, path, steps, pedestrian] }
draw:
lines:
order: global.order.path
style: dashed-path
color: global.color.path
width: [[14, 0px], [14, 0.5px], [15, 1px], [18, 3px]]
steps:
filter: { highway: steps }
draw: { lines: { style: dashed-steps, width: [[14, 0px], [14, 0.5px], [15, 3px], [18, 6px]] } }
unpaved:
enabled: global.show_trails
filter:
- highway: false # for old schema
- highway: path
- { highway: footway, surface: unpaved }
draw: { lines: { color: global.color.unpaved_trail, width: [[10, 1px], [18, 3px]] } }
poor:
filter: { trail_visibility: [ bad, very_bad, horrible, no, none, poor ] }
draw: { lines: { style: dashed-bike } }
tracks:
filter:
highway: [cycleway, byway, bridleway, track]
$zoom: { min: 13 }
draw:
lines:
order: global.order.path
style: dashed-track
color: global.color.path
width: [[13, 0.75px], [14, 1px], [15, 2px], [18, 4px]]
rail:
filter:
class: rail
railway: [rail, narrow_gauge]
#$zoom: { min: 10 }
draw:
lines:
style: dashed-rail
order: global.order.rail
color: global.color.dashed_rail_core
width: [[12, 1px], [14, 1px], [16, 2px]]
outline:
# outline drawn w/o dashed style provides background for dashes!
visible: true
style: unlit-lines
color: global.color.dashed_rail
width: [[12, 0.5px], [14, 1px]]
service:
filter: { service: true }
draw:
lines:
width: [[15, 0px], [15, 0.75px], [16, 1px], [17, 2px]]
outline: { color: global.color.service_rail }
tunnel:
filter: { brunnel: tunnel }
draw: { lines: { outline: { color: global.color.dashed_rail_tunnel } } }
light_rail:
filter:
class: rail
railway: [light_rail, subway, tram, funicular]
$zoom: { min: 10 }
draw:
lines:
order: global.order.rail
color: global.color.rail
width: [[12, 1px], [14, 1px], [16, 2px]]
service:
filter: { service: true }
draw: { lines: { width: [[15, 0px], [15, 0.75px], [16, 1px], [17, 2px]] } }
#sleepers:
# # since dash pattern resets for every line segment it looks very irregular when zoomed out
# filter: { $zoom: { min: 14 } }
# draw:
# rail-sleepers:
# order: global.order.rail_sleepers
# color: global.color.rail
# width: [[12, 4px], [14, 4px], [16, 6px]]
tunnel:
filter: { brunnel: tunnel }
draw: { lines: { color: global.color.rail_tunnel } }
ferry:
filter: [ { class: ferry }, { route: ferry } ]
draw:
lines:
style: dashed-track
color: global.color.ferry
width: [[14, 1px], [18, 2px]]
aerialway:
filter:
aerialway: true
not: { aerialway: [explosive, proposed, razed, no] }
$zoom: { min: 10 }
draw:
lines:
order: global.order.aerialway # aerialway would more often be over bridge vs under
color: global.color.aerialway
width: [[14, 0.5px], [15, 1.0px], [16, 2m]]
points:
visible: false
style: aerialway
order: global.order.aerialway
color: global.color.aerialway
width: [[14, 50], [16, 25], [18, 10], [20, 4]]
#width: [[14, 6px], [15, 8px], [16, 10px]]
#width: [[14, 50m], [15, 30m], [16, 20m]]
show_points:
filter: { $zoom: { min: 13 }, aerialway: [gondola, cable_car, mixed_lift, chair_lift] }
draw: { points: { visible: true } }
gondola:
filter: { aerialway: [gondola, cable_car, mixed_lift] }
draw:
lines: { width: [[10,0.5px], [11,1px], [12, 1.5px], [13, 1.5px], [14, 2px], [15, 2.5px]] }
#points: { size: [[12, 4px], [13, 4px], [14, 5px], [15, 7px], [16, 7px]] }
chair_lift:
filter: { aerialway: chair_lift }
draw:
lines: { width: [[10,0.5px], [11,1px], [12, 1.5px], [13, 1.5px], [14, 2px], [15, 2.5px]] }
#points: { size: [[12, 4px], [13, 4px], [14, 5px], [15, 7px], [16, 7px]] }
aerialway_label:
filter: { $zoom: { min: 14 } }
draw:
text:
text_source: name
font:
family: global.primary_font
fill: global.color.aerialway_name
stroke: { color: global.color.aerialway_halo, width: 3 }
size: 12px
piste:
enabled: global.show_trails
filter: { class: piste, $zoom: { min: 10 } }
piste_areas:
filter: { $geometry: polygon, $zoom: { min: 13 } }
enabled: global.show_land_polygons
draw:
polygons:
#visible: global.show_trails
style: global.earth_style
order: global.order.landuse
color: global.piste_color_fn
piste_lines:
filter: { $geometry: line }
draw:
lines:
#visible: global.show_trails
order: global.order.piste
color: global.piste_color_fn
width: [[10,0.5px],[11,1px],[12,1.25px],[13,2px],[18,3m]]
outline:
style: unlit-lines
color: global.color.piste_halo
width: [[13, 0px], [14, 2px]]
default:
filter: { $zoom: { min: 12 } }
draw: { lines: { visible: true } }
direction:
filter: { $zoom: { min: 16 } }
draw: { lines: { style: piste-direction } }
piste_names:
#enabled: global.show_trails
filter: { $geometry: line, $zoom: { min: 13 } }
draw:
text:
text_source: global.piste_name_fn
font:
family: global.primary_font
fill: global.piste_color_fn
stroke: { color: global.color.piste_halo, width: 3 }
size: 12px
road-icons:
arrows:
# oneway arrows and shields are distinct groups!
#exclusive: true
filter: { oneway: 1, $zoom: { min: 17 } }
draw:
points:
#collide: false
priority: global.priority.oneway_arrow
style: poi-points
texture: pois
sprite: arrow
color: global.color.oneway_arrow
flat: true
size: [[17, 18px], [18, 20px], [20, 32px]]
placement: spaced
placement_min_length_ratio: 0.5
placement_spacing: [[17, 70px], [20, 175px]]
angle: auto
shields:
enabled: global.show_motorways
data: { source: osm, layer: transportation }
filter:
#function() { const s = feature.maxspeed.split(" "); return parseInt(s[0]) >= (s[1] == "mph" ? 50 : 80); }
ref: true
aeroway: false
route: false
#not: { class: [transit, route, aeroway] }
any:
- { highway: motorway, $zoom: { min: 6 } }
- { highway: [trunk, primary], $zoom: { min: 9 } }
- { highway: [secondary, tertiary], $zoom: { min: 13 } }
- $zoom: { min: 14 }
motorway:
filter: { highway: motorway }
draw: { points: { priority: global.priority.motorway_ref, color: global.color.motorway_shield } }
draw:
points:
visible: function() { return feature.ref.split(";")[0].length <= 8; }
style: poi-points
texture: pois
sprite: shield #function() { return feature.network; }
color: global.color.shield
#sprite_default: shield
priority: global.priority.highway_ref
# faster roads get higher priority
#priority: function() { return global.priority.motorway_ref - parseInt(feature.maxspeed)/200; }
size: |
function() {
const str = feature.ref.split(";")[0];
var w = 0;
// exact values will depend on font
for (var ii = 0; ii < str.length; ii++) { w += (str[ii] == " ") ? 3.5 : 7.5; }
return [w, 14];
}
# midpoint generates too many labels (overwhelming label collider)
placement: spaced
placement_spacing: 30px
placement_min_length_ratio: 0
repeat_distance: 150px
repeat_group: shields
text:
anchor: center
text_source: function() { return feature.ref.split(";")[0]; }
font:
family: global.primary_font
size: 10px
fill: black
transportation_name:
data: { source: osm, layer: transportation }
filter:
name: true
not: { class: [rail, aeroway, route, piste, aerialway] }
aeroway: false
draw:
text:
#interactive: true
text_source: |
function() {
const name = global.names_one_line_fn();
return name.replace(" Avenue", " Ave.").replace(" Street", " St.").replace(" Boulevard", " Blvd.").replace(" Drive", " Dr.").replace(" Lane", " Ln.").replace(" Road", " Rd.");
}
transition: { show: { time: 0s }, hide: { time: 1s } }
font:
family: global.primary_font
fill: global.color.road_name
stroke: { color: global.color.road_halo, width: 2 }
# 0px to hide by default
size: 0px
motorway:
exclusive: true
filter: { highway: motorway, $zoom: { min: 13 } }
draw:
text:
visible: global.show_motorways
repeat_distance: 200px
repeat_group: road_labels
priority: global.priority.motorway_name
font:
# shield is generally more important than name for motorway
size: 12px
stroke: { width: 4 }
primary:
exclusive: true
filter:
any:
- {highway: trunk, $zoom: { min: 13 }}
- {highway: primary, $zoom: { min: 14 }}
draw:
text:
repeat_distance: 100px
repeat_group: roads
priority: global.priority.road_primary
font:
size: 14px
stroke: { width: 4 }
secondary:
exclusive: true
filter: { highway: secondary, $zoom: { min: 14 } }
draw: