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refill-style.yaml
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# Refill provides a high contrast, black & white basemap useful for data visualization.
# Give OpenStreetMap data a professional basemap skin using the Tangram graphics library
# and Mapzen's versatile Vector Tiles.
#
# Refill is a modern GL take on Geraldine's work on Toner for Stamen as part of their
# great CityTracking project. Please use and adapt the open source scene file in
# your own projects!
#
# Authors: Geraldine Sarmiento, Nathaniel V. Kelso
# Read more: https://github.com/tangrams/refill-style
#
import:
- themes/refill-icons.yaml
- themes/color-black.yaml
- themes/label-5.yaml
global:
# Sign up for a Mapzen API key to enjoy higher rate limits
# https://mapzen.com/documentation/overview/#developer-accounts-and-api-keys
sdk_api_key: 'WNbrMJ83QBuRm4xvbrmFqg' # set this value to your Mapzen API key
#ux/ui
#language
ux_language: hi # l10n language code, trusting OSM in v0.10 tiles, fixed in v1.0 tiles
ux_language_fallback: en # l10n language code, trusting OSM in v0.10 tiles, fixed in v1.0 tiles
ux_language_text_source: |
function() {
// if a ux_langauge has been defined use that, else if there is feature name in the fallback_ux_language then use that, else use the feature's default name in the local language
return (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature.name;
}
ux_language_text_source_left: |
function() {
// if a ux_langauge has been defined use that, else if there is feature name in the fallback_ux_language then use that, else use the feature's default name in the local language
return (global.ux_language && feature['name:left:'+global.ux_language]) || (global.ux_language_fallback && feature['name:left:'+global.ux_language_fallback]) || feature['name:left'];
}
ux_language_text_source_right: |
function() {
// if a ux_langauge has been defined use that, else if there is feature name in the fallback_ux_language then use that, else use the feature's default name in the local language
return (global.ux_language && feature['name:right:'+global.ux_language]) || (global.ux_language_fallback && feature['name:right:'+global.ux_language_fallback]) || feature['name:right'];
}
ux_language_text_source_boundary_lines_left_right:
left: global.ux_language_text_source_left
right: global.ux_language_text_source_right
ux_language_text_source_boundary_lines: |
function() {
var right = (global.ux_language && feature['name:right:'+global.ux_language]) || (global.ux_language_fallback && feature['name:right:'+global.ux_language_fallback]) || feature['name:right'];
var left = (global.ux_language && feature['name:left:'+global.ux_language]) || (global.ux_language_fallback && feature['name:left:'+global.ux_language_fallback]) || feature['name:left'];
if( right && left ) {
//if( right.includes(' ') || left.includes(' ') ) {
return left + " - " + right;
//} else {
// return right + '\n' + left;
//}
} else {
return (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature.name;
}
}
ux_language_text_source_short: |
function() {
return (global.ux_language && feature['name:short:'+global.ux_language]) || (global.ux_language_fallback && feature['name:short:'+global.ux_language_fallback]) || feature['name:short'];
}
ux_language_text_source_short_proxy_name: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'] || '';
var short = (global.ux_language && feature['name:short:'+global.ux_language]) || (global.ux_language_fallback && feature['name:short:'+global.ux_language_fallback]) || feature['name:short'];
return short ? name : '';
}
ux_language_text_source_abbreviation: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'] || '';
var abbrev = (global.ux_language && feature['name:abbreviation:'+global.ux_language]) || (global.ux_language_fallback && feature['name:abbreviation:'+global.ux_language_fallback]) || feature['name:abbreviation'];
return abbrev || name;
}
ux_language_text_source_iata: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'];
if(feature.iata) {
if (name) {
return name + ' (' + feature.iata + ')';
}
else {
return feature.iata;
}
} else {
return name;
}
}
ux_language_text_source_ocean: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'] || '';
name = name.split(' ').join('\n');
return name.split('').join(' ');
}
ux_language_text_source_sea: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'] || '';
name = name.split(' ').join('\n');
return name.split('').join(' ');
}
ux_language_text_source_continent_stacked_only: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'] || '';
return name.split(' ').join('\n');
}
ux_language_text_source_continent: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'] || '';
name = name.split(' ').join('\n');
return name.split('').join(' ');
}
ux_language_text_source_road_ref_and_name: |
function() {
// if a ux_langauge has been defined use that, else if there is feature name in the fallback_ux_language then use that, else use the feature's default name in the local language
return (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature.name;
/*
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'];
if(feature.ref && name) {
return (feature.ref + ' ' + name);
} else {
return name;
}
*/
}
ux_language_text_source_road_ref_and_name_short: |
function() {
// if a ux_langauge has been defined use that, else if there is feature name in the fallback_ux_language then use that, else use the feature's default name in the local language
return (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature.name;
/*
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'];
if (feature.ref && (feature.ref.length < 6) && name) {
return feature.ref + ' ' + name;
} else {
return name;
}
*/
}
ux_language_text_source_piste_advanced: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'];
return name ? ('◆ ' + name) : '◆';
}
ux_language_text_source_piste_expert: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'];
return name ? ('◆◆ ' + name) : '◆◆';
}
ux_language_text_source_building_and_address: |
function() {
var name = (global.ux_language && feature['name:'+global.ux_language]) || (global.ux_language_fallback && feature['name:'+global.ux_language_fallback]) || feature['name'];
if (name && feature.addr_housenumber) {
return name + '\n' + feature.addr_housenumber;
} else {
return name;
}
}
# India disputed boundary fix
# Reference: https://github.com/tangrams/bubble-wrap
ux_point_of_view: in # 2-char ISO country code (generally)
ux_point_of_view_fallback: false # 2-char ISO country code (generally)
ux_point_of_view_kind: |
function(feature) { return (global.ux_point_of_view && feature['kind:'+global.ux_point_of_view]) || (global.ux_point_of_view_fallback && feature['kind:'+global.ux_point_of_view_fallback]) || feature.kind }
ux_point_of_view_kind_filter_country: |
function() {
// if a ux_point_of_view has been defined use that, else fallback POV, else use the feature's default kind
var kind = global.ux_point_of_view_kind(feature);
switch( kind ) {
case( 'country' ):
case( 'indefinite' ):
return true;
default:
return false;
}
}
ux_point_of_view_kind_filter_disputed_etc: |
function() {
// if a ux_point_of_view has been defined use that, else fallback POV, else use the feature's default kind
var kind = global.ux_point_of_view_kind(feature);
switch( kind ) {
case( 'disputed' ):
case( 'indeterminate' ):
case( 'lease_limit' ):
case( 'line_of_control' ):
case( 'overlay_limit' ):
case( 'disputed_breakaway' ):
case( 'disputed_claim' ):
case( 'disputed_elusive' ):
case( 'disputed_reference_line' ):
return true;
default:
return false;
}
}
ux_point_of_view_kind_filter_disputed_star: |
function() {
// if a ux_point_of_view has been defined use that, else fallback POV, else use the feature's default kind
var kind = global.ux_point_of_view_kind(feature);
switch( kind ) {
case( 'disputed' ):
case( 'line_of_control' ):
case( 'disputed_breakaway' ):
case( 'disputed_claim' ):
case( 'disputed_elusive' ):
case( 'disputed_reference_line' ):
return true;
default:
return false;
}
}
ux_point_of_view_kind_filter_unrecognized: |
function() {
// if a ux_point_of_view has been defined use that, else fallback POV, else use the feature's default kind
var kind = global.ux_point_of_view_kind(feature);
switch( kind ) {
case( 'unrecognized' ):
return true;
case( 'unrecognized_country' ):
return true;
case( 'unrecognized_region' ):
return true;
default:
return false;
}
}
ux_point_of_view_kind_filter_country_capital: |
function() {
// if a ux_point_of_view has been defined use that, else fallback POV, else use the feature's default country capital boolean
if (global.ux_point_of_view && feature['country_capital:'+global.ux_point_of_view] != null) {
return feature['country_capital:'+global.ux_point_of_view];
}
else if (global.ux_point_of_view_fallback && feature['country_capital:'+global.ux_point_of_view_fallback] != null) {
return feature['country_capital:'+global.ux_point_of_view_fallback];
}
else {
return feature.country_capital;
}
}
# To facilitate data visualizations several recommended sort orders are provided
#
# Your classic raster map overlay.
# Over all line and polygon features.
# Under map labels (icons and text), under UI elements
# (like routeline and search result pins).
sdk_order_over_everything_but_text_0: 490
sdk_order_over_everything_but_text_1: 491
sdk_order_over_everything_but_text_2: 492
sdk_order_over_everything_but_text_3: 493
sdk_order_over_everything_but_text_4: 494
sdk_order_over_everything_but_text_5: 495
sdk_order_over_everything_but_text_6: 496
sdk_order_over_everything_but_text_7: 497
sdk_order_over_everything_but_text_8: 498
sdk_order_over_everything_but_text_9: 499
#
# Your classic "underlay"
# Under roads. Above borders, water, landuse, and earth.
sdk_order_under_roads_0: 290
sdk_order_under_roads_1: 291
sdk_order_under_roads_2: 292
sdk_order_under_roads_3: 293
sdk_order_under_roads_4: 294
sdk_order_under_roads_5: 295
sdk_order_under_roads_6: 296
sdk_order_under_roads_7: 297
sdk_order_under_roads_8: 298
sdk_order_under_roads_9: 299
#
# Under water.
# Above earth and most landuse.
sdk_order_under_water_0: 190
sdk_order_under_water_1: 191
sdk_order_under_water_2: 192
sdk_order_under_water_3: 193
sdk_order_under_water_4: 194
sdk_order_under_water_5: 195
sdk_order_under_water_6: 196
sdk_order_under_water_7: 197
sdk_order_under_water_8: 198
sdk_order_under_water_9: 199
#
# Under everything.
# Tip: disable earth layer.
sdk_order_under_everything_0: 0
sdk_order_under_everything_1: 1
sdk_order_under_everything_2: 2
sdk_order_under_everything_3: 3
sdk_order_under_everything_4: 4
sdk_order_under_everything_5: 5
sdk_order_under_everything_6: 6
sdk_order_under_everything_7: 7
sdk_order_under_everything_8: 8
sdk_order_under_everything_9: 9
#
# TRANSIT OVERLAY
# should default to "auto", with SDK overriding it to true or false,
# or app logic sets other booleans that triggers auto behavior later
sdk_transit_overlay: false
#
# BATHYMETRY
# Show relief shading under water
# should default to "false", with SDK overriding it to true or false,
sdk_bathymetry: false
#
# COASTLINE
# Show coastline shader
# should default to "true", with SDK overriding it to true or false,
sdk_coastline: true
#
# SHIELDS
sdk_shield_color: black
sdk_shield_text_color: white
#
# enable interactivity for key features
sdk_interactive: true
#
# default order for basemap features
feature_order: function() { return feature.sort_rank; }
feature_order_down_1: function() { return feature.sort_rank - 1; }
#
# areas:
sdk_building_extrude: true # building extrusion toggle
building_extrude_height: | # building extrude height logic
function() { return feature.height || 20; }
# labels:
text_font_family: 'Open Sans' # branding in asperational Unicode, yo (or Helvetica)
textures:
building-grid:
url: images/building-grid.gif
filtering: mipmap
sources:
mapzen:
type: MVT #GeoJSON, MVT, TopoJSON
# prod
url: https://tile.nextzen.org/tilezen/vector/v1/512/all/{z}/{x}/{y}.mvt
# dev
#url: https://dev-tile.nextzen.org/tilezen/vector/v1/512/all/{z}/{x}/{y}.mvt
url_params:
api_key: global.sdk_api_key
tile_size: 512
max_zoom: 15
normals: # normals
type: Raster
# prod
url: https://tile.nextzen.org/tilezen/terrain/v1/512/normal/{z}/{x}/{y}.png
url_params:
api_key: global.sdk_api_key
tile_size: 512
max_zoom: 14
# # Only enable this for local debug, should not be enabled for prod (app inserts these at runtime)
# # These are all in San Francisco, California
# #
# # Current location gem
# mz_current_location:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/9e9588228b0a604264a2/raw/b28be49bea0b7feb859eb65b588c28e9fee5ae2c/map.geojson
# # Route line
# mz_route_line:
# type: GeoJSON
# # sf to ny
# #url: https://gist.githubusercontent.com/anonymous/30c6c1a75c168d91d90c/raw/92bfe55e622766d250b1f2f5d17bdc7c26acb956/map.geojson
# # local sf trip
# url: https://gist.githubusercontent.com/anonymous/9a610ebda6fe4be7bccc/raw/8d217e43f2412d48d01534ba115f1e42dac72e68/map.geojson
# # Transit route line
# mz_route_line_transit:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/71ae88cbc6d62c4d141ecd6a61060050/raw/2254bbc18243f5dc609e663a580c9412a7447936/map.geojson
# # Pin at start of route
# mz_route_start:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/5262969cb7549ea69221/raw/be03f233fa323d9b5cf50ef1d8e89a1faa3750f1/map.geojson
# # Pin at end of route
# mz_route_destination:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/dbae9635dfe46796490e/raw/df55c318635a7d91b309ed40754d4738a292fd38/map.geojson
# # Arrow for current route location
# mz_route_location:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/36613092be6e2aa004fd/raw/f753d13069425199e1dea1b449ef67d723f6510e/map.geojson
# # Dots for transit stops in route preview
# mz_route_transit_stop:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/b9f16bca4a804f50faf71277d52ee4ab/raw/db13e4e765fa1ac8844b8ba02f4a0f66fe772907/map.geojson
# # Pins showing search result locations
# mz_search_result:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/57dc09eeb120919f76de/raw/43426217da3c2bae0522dc4257aaa61e4df3981e/map.geojson
# # Default point styling (SDK)
# mz_default_point:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/16324c771edfce45be0721390389b878/raw/7dbaebf17da7da8562e6c6f8768bc8cff83efa88/map.geojson
# # Default shield styling (SDK)
# mz_default_shield:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/5a789f6bd8b51b5693ba9cd57a767aa1/raw/d4523a6c9deebca125298c31085958262caa1ecd/map.geojson
# # Default line styling (SDK)
# mz_default_line:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/26f4e8b6b34b2617b5d5533d89decb39/raw/df8e180ab4f7f19448014dccc4a755f7cfa20003/map.geojson
# # Default polygon styling (SDK)
# mz_default_polygon:
# type: GeoJSON
# url: https://gist.githubusercontent.com/anonymous/88235c795bb44b8c45150bdd5561f947/raw/71d4fab97b6513833bf1a589167119e6169ef86d/map.geojson
cameras:
isometric:
type: isometric
styles:
##### LIBRARY OF FUNCTIONS
# SPACE functions
space-tile:
shaders:
blocks:
global: |
// Variant to be add to both vertex and fragments shaders
varying vec3 v_pos;
//
// Get the coordinates in tile space
// ================================
vec2 getTileCoords() {
return fract(v_pos.xy);
}
position: |
// Normalize the attribute position of a vertex
v_pos = modelPosition().xyz;
space-constant:
shaders:
blocks:
global: |
// Get the constant coordinates (glitches on zooms)
// ================================
vec2 getConstantCoords () {
#ifdef TANGRAM_FRAGMENT_SHADER
const float pixel_scale = 695.;
float meter_pixels = u_meters_per_pixel / u_device_pixel_ratio;
vec2 st = gl_FragCoord.xy/pixel_scale;
const float dot_wrap = 1000.;
st += mod(u_map_position.xy / meter_pixels, dot_wrap)/pixel_scale;
return st;
#else
return vec2(0.0,0.0);
#endif
}
# TILING functions
tiling-tile:
shaders:
blocks:
global: |
// Repeats a coordinate space (st) in diferent tiles
// ================================
vec2 tile(vec2 st, float zoom){
st *= zoom;
return fract(st);
}
tiling-brick:
shaders:
blocks:
global: |
// Repeats a coordinate space (st) in diferent brick-like tiles
// ================================
vec2 brick(vec2 st, float zoom){
st *= zoom;
// Here is where the offset is happening
st.x += step(1., mod(st.y, 2.0)) * 0.5;
return fract(st);
}
tiling-mirror:
shaders:
blocks:
global: |
// Mirror the coordinate space
// ================================
vec2 mirror(vec2 _st, vec2 _zoom){
_st *= _zoom;
if (fract(_st.y * 0.5) > 0.5){
_st.x = _st.x + 0.5;
_st.y = 1.0 - _st.y;
}
return fract(_st);
}
# Usefull functions
functions-aastep:
shaders:
extensions: OES_standard_derivatives
blocks:
global: |
// AntiAliased Step function
//=============================
float aastep(float threshold, float value) {
#ifdef TANGRAM_FRAGMENT_SHADER
#ifdef TANGRAM_EXTENSION_OES_standard_derivatives
float afwidth = length(vec2(dFdx(value), dFdy(value))) * 0.70710678118654757;
return smoothstep(threshold-afwidth, threshold+afwidth, value);
#else
return step(threshold, value);
#endif
#else
return step(threshold, value);
#endif
}
# Generative functions
generative-random:
shaders:
blocks:
global: |
// 1D Random for 1 and 2 dimentions
// ================================
float random(float x) { return fract(sin(x)*43758.5453);}
float random(vec2 p) { return fract(1e4 * sin(17.0 * p.x + p.y * 0.1) * (0.1 + abs(sin(p.y * 13.0 + p.x)))); }
float random(vec3 p) { return fract(sin(dot(p.xyz, vec3(70.9898,78.233,32.4355)))* 43758.5453123); }
//
// 2D Random for 2 dimentions
// ================================
vec2 random2 (vec2 xy) { return fract(sin(vec2(dot(xy,vec2(127.1,311.7)),dot(xy,vec2(269.5,183.3))))*43758.5453); }
//
// 3D Random for 2 dimentions
// ================================
vec3 random3 (vec2 xy) { return fract(sin(vec3( dot(xy,vec2(127.1,311.7)), dot(xy,vec2(269.5,183.3)), dot(xy,vec2(419.2,371.9)) ))*43758.5453); }
vec3 random3 (vec3 c) {
float j = 4096.0*sin(dot(c,vec3(17.0, 59.4, 15.0)));
vec3 r;
r.z = fract(512.0*j);
j *= .125;
r.x = fract(512.0*j);
j *= .125;
r.y = fract(512.0*j);
return r-0.5;
}
# Drawing Shapes functions
shapes-circle:
mix: functions-aastep
shaders:
defines:
PI: 3.14159265358979323846
blocks:
global: |
// get distance field of a Circle
// ================================
float circleDF (vec2 st) {
return dot(st,st);
}
//
// Draw a circle in the middle of the ST space
// ================================
float circle (vec2 st, float radius) {
return 1.-aastep(radius, circleDF(st-vec2(0.5))*PI);
}
shapes-rect:
shaders:
blocks:
global: |
// get distance field of a rectangle in the center
// ================================
float rectDF(vec2 st, vec2 size) {
//float aspect = u_resolution.x/u_resolution.y;
st = st*2.-1.;
//st.x *= aspect;
return length(max(abs(st)-size,.0));
}
float rectDF(vec2 st, float size) {
//float aspect = u_resolution.x/u_resolution.y;
st = st*2.-1.;
//st.x *= aspect;
return length(max(abs(st)-size,.0));
}
// Draw a round corners rectangle in the center
// ================================
float rect(vec2 st, vec2 size, float radio) {
radio = max(.000001, radio);
return 1.0-step(radio, rectDF(st, size-radio));
}
float rect(vec2 st, float size, float radio) {
return rect(st,vec2(size),radio);
}
// Draw a rectangle in the center
// ================================
float rect(vec2 st, vec2 size){
size = .25-size*.125;
vec2 uv = step(size,st*(1.0-st));
return (uv.x*uv.y);
}
float rect(vec2 st, float size){
return rect(st,vec2(size));
}
# Patterns compositions functions
patterns-stripes:
mix: functions-aastep
shaders:
defines:
PI: 3.14159265358979323846
blocks:
global: |
// Return a distance function of stripes
float stripesDF (vec2 st) {
return abs(sin(st.y*PI));
}
// Adjustable width stripes
float stripes (vec2 st, float width) {
return aastep(width,stripesDF(st));
}
// Faster optimisation of diagonal stripes
float diagonalStripes (vec2 st) {
vec2 i_st = floor(st);
vec2 f_st = fract(st);
if (mod(i_st.y,2.) - mod(i_st.x,2.) == 0.) {
return 1.0 - aastep(f_st.x,f_st.y);
} else {
return aastep(f_st.x,f_st.y);
}
}
dots-honeycomb:
mix: [space-tile, tiling-brick, shapes-circle]
shaders:
blocks:
global: |
// Interpolated dot patern between zooms attached to tile coords
float TileDots(float scale, float size) {
// Beginning of the transition
vec2 IN = brick(getTileCoords()*scale,2.);
float A = circleDF(vec2(0.5)-IN)*1.8;
//
// If over 18. add an end B to transition with
float d = 0.0;
if (u_map_position.z < 18.) {
vec2 OUT = fract(getTileCoords()*scale*2.);
float B = circleDF(vec2(0.25)-OUT)*5.;
B = min(B, circleDF(vec2(0.75,0.25)-OUT)*5.);
B = min(B, circleDF(vec2(0.5,0.75)-OUT)*5.);
B = min(B, circleDF(vec2(0.,0.75)-OUT)*5.);
B = min(B, circleDF(vec2(1.,0.75)-OUT)*5.);
d = mix(A, B, pow(fract(u_map_position.z),10.));
} else {
d = A;
}
//
// Use the antialias step to make a shape from the DF
return aastep(size,d);;
}
##### ACTUAL STYLES
pixel-pattern-light:
mix: [space-tile, generative-random]
base: polygons
shaders:
uniforms:
u_tint: global.ultralight_color
blocks:
filter: |
vec3 pos = vec3(getTileCoords()*130.0,1.0);
color.rgb = u_tint * vec3(random(abs(floor(pos)))+0.925);
pixel-pattern-bright:
mix: [space-tile, generative-random]
base: polygons
shaders:
uniforms:
u_tint: global.lightest_color
blocks:
filter: |
vec3 pos = vec3(getTileCoords()*180.0,1.0);
color.rgb = vec3(random(abs(floor(pos)))+0.950);
color.rgb *= u_tint;
waves:
base: polygons
mix: [space-constant, patterns-stripes]
shaders:
uniforms:
u_lighter: global.lighter_color
u_lightest: global.lightest_color
blocks:
global: |
float stripes2(vec2 st){
return step(.3,1.0-smoothstep(.5,1.,abs(sin(st.y*3.14159265358))));
}
filter: |
vec2 st = getConstantCoords();
const float wave_width = 30.0;
const float wave_height = .01;
st.y += sin(st.x*wave_width)*wave_height;
// gradient
color.rgb = mix(u_lighter, color.rgb, gl_FragCoord.x / u_resolution.x);
color = mix(color,vec4(u_lightest,1.0),stripes(st*92.,.5))*1.0;
coast:
base: lines
mix: [space-constant]
blend: overlay
shaders:
defines:
OPACITY: 0.8
blocks:
global: |
mat2 rotate2d(float angle){
return mat2(cos(angle),-sin(angle),
sin(angle),cos(angle));
}
float stripes(vec2 st){
st = rotate2d(3.14159265358*-0.25 )*st;
//return step(.9,1.0-smoothstep(.5,1.,abs(sin(st.x*3.14159265358))));
return step(.75,1.0-smoothstep(.75,1.,abs(sin(st.x*3.14159265358)))); // more spaced out stripes?
}
color: |
vec2 st = getConstantCoords();
color = mix(vec4(color.rgb, 0.4), vec4(0.0), stripes(st*130.))*OPACITY; // transparent stripes
riverlines:
base: lines
mix: [space-constant]
blend: opaque
shaders:
uniforms:
u_tint: global.light_color
u_fill: global.white_color
blocks:
global: |
mat2 rotate2d(float angle){
return mat2(cos(angle),-sin(angle),
sin(angle),cos(angle));
}
float stripes(vec2 st){
st = rotate2d(3.14159265358*-0.25 )*st;
return step(.75,1.0-smoothstep(.75,1.,abs(sin(st.x*3.14159265358)))); // more spaced out stripes?
}
color: |
vec2 st = getConstantCoords();
color = mix(vec4(u_tint.rgb, 0.9), vec4(u_fill.rgb, 1.0), stripes(st*130.));
dots:
mix: [space-tile, tiling-tile, shapes-circle]
base: polygons
shaders:
defines:
PATTERN_SCALE: 50.0
DOT_SIZE: .1
COLOR1: vec3(1.00,1.00,1.00)
COLOR2: color.rgb
blocks:
color: |
color.rgb = mix(COLOR1, COLOR2, circle(tile(getTileCoords(),PATTERN_SCALE), DOT_SIZE));
dots-rev-grid:
mix: [space-tile, tiling-tile, shapes-circle]
base: polygons
shaders:
defines:
PATTERN_SCALE: 60.0
DOT_SIZE: .4
COLOR1: vec3(1.00,1.00,1.00)
COLOR2: color.rgb
blocks:
color: |
color.rgb = mix(COLOR2, COLOR1, circle(tile(getTileCoords(),PATTERN_SCALE), DOT_SIZE));
medium-dots:
mix: dots
base: polygons
shaders:
defines:
PATTERN_SCALE: 60.0
DOT_SIZE: .25
COLOR1: vec3(1.00,1.00,1.00)
COLOR2: color.rgb
tiny-dots:
mix: dots
shaders:
defines:
PATTERN_SCALE: 70.0
DOT_SIZE: .125
COLOR1: vec3(1.00,1.00,1.00)
COLOR2: color.rgb
dots-rev:
base: polygons
mix: dots-honeycomb
shaders:
defines:
COLOR1: vec3(1.00,1.00,1.00)
PATTERN_SCALE: 35.0
blocks:
color: |
color.rgb = mix(COLOR1, color.rgb, TileDots(PATTERN_SCALE, 0.31));
horizontal-bars:
base: polygons
mix: [space-constant, shapes-rect]
texcoords: false
shaders:
defines:
COLOR1: vec3(1.0,1.0,1.0)
blocks:
global: |
float bar(in vec2 st, float size){
return rect(st, vec2(size*0.90,size*0.2));
}
filter: |
vec2 pos = getConstantCoords()*50.0;
float pct = clamp(bar(fract(pos),0.5),0.0,1.0);
color.rgb = mix(COLOR1,color.rgb,pct);
horizontal-bars-rev:
base: polygons
mix: [space-constant, shapes-rect]
texcoords: false
shaders:
defines:
COLOR1: vec3(1.0,1.0,1.0)
PATTERN_SCALE: 50.0
blocks:
global: |
float bar(in vec2 st, float size){
return rect(st, vec2(size*1.05,size*0.5));
}
filter: |
vec2 pos = getConstantCoords()*PATTERN_SCALE;
float pct = clamp(bar(fract(pos),0.5),0.0,1.0);
color.rgb = mix(color.rgb,COLOR1,pct);
scale-buildings:
shaders:
blocks:
position: |
// scale buildings based on zoom
float zoom = u_map_position.z;
float min = .1; // minimum building scale
float midpoint = 16.; // middle of zoom range
float inspeed = .1; // number of zooms to scale buildings up
float outspeed = 2.; // number of zooms to scale buildings back down
float e = 0.;
if (zoom >= midpoint) {
e = (zoom - midpoint) / (outspeed * .2);
} else {
e = abs(zoom - midpoint) / inspeed;
}
position.z *= ((1. - min) / (1. + (exp(e)))) + min;
building-grid:
base: polygons
lighting: false
mix: [scale-buildings]
texcoords: true
shaders:
uniforms:
u_tex_grid: building-grid
u_grid_color: global.black_color
defines:
WALL_TINT: vec3(1., 3., .993)
blocks:
color: |
// If it's a wall
color.rgb = mix(mix(color.rgb, u_grid_color.rgb, texture2D(u_tex_grid, v_texcoord).a),
color.rgb,
step(.5,dot(vec3(0., 0., 1.), worldNormal())));
building-lines:
base: lines
mix: scale-buildings
texcoords: true
lines_transparent:
base: lines
blend: overlay
outline_transparent:
base: lines
blend: overlay
polygons_transparent:
base: polygons
blend: overlay
text-blend-order:
base: text
blend_order: 1
ux-lines-overlay:
base: lines
blend: overlay
blend_order: 0
ux-transit-line-overlay:
base: lines
blend: overlay
blend_order: 0
ux-location-gem-overlay:
base: points
texture: mapzen_icon_library
blend: overlay
blend_order: 2
ux-icons-overlay:
base: points
texture: mapzen_icon_library
blend: overlay
blend_order: 3
sdk-point-overlay:
base: points
texture: mapzen_icon_library
blend: overlay
blend_order: 3
sdk-shield-overlay:
base: points
texture: mapzen_icon_library
blend: overlay
blend_order: 3
sdk-line-overlay:
base: lines
blend: overlay
blend_order: 0
sdk-polygon-overlay:
base: polygons
blend: overlay
blend_order: 0
scene:
background:
color: global.white_color
fonts:
Open Sans:
- weight: 300 # Light
url: fonts/OpenSans-Light.woff
- weight: normal # Regular
url: fonts/OpenSans-Regular.woff
- weight: normal # Regular
style: italic
url: fonts/OpenSans-Italic.woff
- weight: 600 # Semi Bold
url: fonts/OpenSans-Semibold.woff
- weight: 600 # Semi Bold
style: italic
url: fonts/OpenSans-SemiboldItalic.woff
- weight: bold
url: fonts/OpenSans-Bold.woff
Montserrat:
- weight: normal
#url: https://fonts.gstatic.com/s/montserrat/v7/zhcz-_WihjSQC0oHJ9TCYL3hpw3pgy2gAi-Ip7WPMi0.woff
url: fonts/Montserrat-Regular.woff
- weight: 500
#url: https://fonts.gstatic.com/s/montserrat/v10/BYPM-GE291ZjIXBWrtCweqLy3K7m9xj_O5xwN3SdQNs.woff
url: fonts/Montserrat-Medium.woff
- weight: 700
#url: https://fonts.gstatic.com/s/montserrat/v10/IQHow_FEYlDC4Gzy_m8fcnbFhgvWbfSbdVg11QabG8w.woff
url: fonts/Montserrat-Bold.woff
layers:
# Map overlays for styling the server response (using special source layer names) for route line, current location, and search result pins
mz_route_line:
data: { source: mz_route_line }
draw:
ux-lines-overlay:
interactive: global.sdk_interactive
color: global.route_line
order: 500
width: [[0,3.5px],[5,5px],[9,7px],[10,6px],[11,6px],[13,8px],[14,9px],[15,10px],[16,11px],[17,12px],[18,10px]]
mz_route_line_transit:
data: { source: mz_route_line_transit }
draw:
ux-transit-line-overlay:
# each transit route segment could be a different "line" each with it's own color
# but some transit lines don't define a color, in those cases default to blue
# and since the color is coming from Transit.land they call it "color" instead of "colour"
interactive: global.sdk_interactive
color: function() { return feature.color || '#06a6d4'; }
order: 500
width: [[0,3.5px],[5,5px],[9,7px],[10,6px],[11,6px],[13,8px],[14,9px],[15,10px],[16,11px],[17,12px],[18,10px]]
mz_current_location_gem:
data: { source: mz_current_location }
draw:
ux-location-gem-overlay:
interactive: global.sdk_interactive
sprite: ux-current-location
size: 36px
collide: false
transition: { show: { time: 0s }, hide: { time: 0s } }
mz_route_location:
data: { source: mz_route_location }
draw:
ux-location-gem-overlay: