reformat lua

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afischerdev 2023-05-24 11:33:32 +02:00
parent 7e57824d9f
commit 72195d3b4c

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@ -1,170 +1,169 @@
-- special config to calcule pseudo-tags / "Brouter project"
-- EssBee version 08/05/2023
local srid = 3857
-- 3857 SHOULD BE USED here for distance calculation ... (not srid = 4326 !)
-- https://gis.stackexchange.com/questions/48949/epsg-3857-or-4326-for-web-mapping
-- https://gis.stackexchange.com/questions/48949/epsg-3857-or-4326-for-web-mapping
local tables = {}
tables.lines = osm2pgsql.define_way_table('lines', {
{ column = 'name', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'highway', type = 'text' },
{ column = 'maxspeed', type = 'text' },
{ column = 'waterway', type = 'text' },
{ column = 'width', type = 'text' },
{ column = 'way', type = 'linestring', projection = srid, not_null = true },
{ column = 'name', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'highway', type = 'text' },
{ column = 'maxspeed', type = 'text' },
{ column = 'waterway', type = 'text' },
{ column = 'width', type = 'text' },
{ column = 'way', type = 'linestring', projection = srid, not_null = true },
})
tables.polygons = osm2pgsql.define_area_table('polygons', {
{ column = 'osm_id', type = 'text' },
{ column = 'type', type = 'text' },
{ column = 'boundary', type = 'text' },
{ column = 'name', type = 'text' },
{ column = 'place', type = 'text' },
{ column = 'population', type = 'text' },
{ column = 'landuse', type = 'text' },
{ column = 'leisure', type = 'text' },
{ column = 'natural', type = 'text' },
{ column = 'water', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
{ column = 'osm_id', type = 'text' },
{ column = 'type', type = 'text' },
{ column = 'boundary', type = 'text' },
{ column = 'name', type = 'text' },
{ column = 'place', type = 'text' },
{ column = 'population', type = 'text' },
{ column = 'landuse', type = 'text' },
{ column = 'leisure', type = 'text' },
{ column = 'natural', type = 'text' },
{ column = 'water', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
})
tables.cities = osm2pgsql.define_node_table('cities', {
{ column = 'name', type = 'text' },
{ column = 'place', type = 'text' },
{ column = 'admin_level', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'population', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
{ column = 'name', type = 'text' },
{ column = 'place', type = 'text' },
{ column = 'admin_level', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'population', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
})
-- create a table for cities from special relation
-- create a table for cities from special relation
tables.cities_rel = osm2pgsql.define_relation_table('cities_rel', {
{ column = 'reltype', type = 'text' },
{ column = 'admin_level', type = 'text' },
{ column = 'boundary', type = 'text' },
{ column = 'name', type = 'text' },
{ column = 'place', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'population', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
{ column = 'reltype', type = 'text' },
{ column = 'admin_level', type = 'text' },
{ column = 'boundary', type = 'text' },
{ column = 'name', type = 'text' },
{ column = 'place', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'population', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
})
-- create a table for peaks from nodes
-- create a table for peaks from nodes
tables.peak = osm2pgsql.define_node_table('peak', {
{ column = 'name', type = 'text' },
{ column = 'natural', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'ele', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
{ column = 'name', type = 'text' },
{ column = 'natural', type = 'text' },
{ column = 'osm_id', type = 'text' },
{ column = 'ele', type = 'text' },
{ column = 'way', type = 'geometry', projection = srid, not_null = true },
})
-- Helper function that looks at the tags and decides if this is possibly
-- an area.
function has_area_tags(tags)
if tags.area == 'yes' then
return true
end
if tags.area == 'no' then
return false
end
if tags.area == 'yes' then
return true
end
if tags.area == 'no' then
return false
end
return tags.place
or tags.population
end
return tags.place
or tags.population
end
function osm2pgsql.process_node(object)
if (object.tags.place == 'city' or object.tags.place == 'town' or object.tags.place == 'municipality') and has_area_tags(object.tags) then
tables.cities:insert({
osm_id = object.id,
name = object.tags.name,
place = object.tags.place,
admin_level = object.tags.admin_level,
population = object.tags.population,
way = object:as_point()
})
if (object.tags.place == 'city' or object.tags.place == 'town' or object.tags.place == 'municipality') and has_area_tags(object.tags) then
tables.cities:insert({
osm_id = object.id,
name = object.tags.name,
place = object.tags.place,
admin_level = object.tags.admin_level,
population = object.tags.population,
way = object:as_point()
})
end
end
if (object.tags.natural == 'peak') then
tables.peak:insert({
natural = object.tags.natural,
name = object.tags.name,
ele = object.tags.ele,
osm_id = object.id,
way = object:as_point()
})
if (object.tags.natural == 'peak') then
tables.peak:insert({
natural = object.tags.natural,
name = object.tags.name,
ele = object.tags.ele,
osm_id = object.id,
way = object:as_point()
})
end
end
end
function osm2pgsql.process_way(object)
local way_type = object:grab_tag('type')
if ( object.tags.natural == 'water') or (object.tags.landuse ~= nil ) or (object.tags.leisure ~= nil ) then
tables.polygons:insert({
name = object.tags.name,
osm_id = object.id,
type = way_type,
landuse = object.tags.landuse,
leisure = object.tags.leisure,
natural = object.tags.natural,
water = object.tags.water,
way = object:as_polygon()
})
end
local way_type = object:grab_tag('type')
if ( object.tags.natural == 'water') or (object.tags.landuse ~= nil ) or (object.tags.leisure ~= nil ) then
tables.polygons:insert({
name = object.tags.name,
osm_id = object.id,
type = way_type,
landuse = object.tags.landuse,
leisure = object.tags.leisure,
natural = object.tags.natural,
water = object.tags.water,
way = object:as_polygon()
})
end
if ( object.tags.highway ~= nil) or ( object.tags.waterway ~= nil) then
tables.lines:insert({
name = object.tags.name,
osm_id = object.id,
highway = object.tags.highway,
waterway = object.tags.waterway,
width = object.tags.width,
maxspeed = object.tags.maxspeed,
way = object:as_linestring()
})
end
tables.lines:insert({
name = object.tags.name,
osm_id = object.id,
highway = object.tags.highway,
waterway = object.tags.waterway,
width = object.tags.width,
maxspeed = object.tags.maxspeed,
way = object:as_linestring()
})
end
end
function osm2pgsql.process_relation(object)
local relation_type = object:grab_tag('type')
local relation_type = object:grab_tag('type')
tables.polygons:insert({
osm_id = object.id,
type = relation_type,
boundary = object.tags.boundary,
name = object.tags.name,
place = object.tags.place,
population = object.tags.population,
landuse = object.tags.landuse,
leisure = object.tags.leisure,
natural = object.tags.natural,
water = object.tags.water,
way = object:as_multipolygon()
})
tables.polygons:insert({
osm_id = object.id,
type = relation_type,
boundary = object.tags.boundary,
name = object.tags.name,
place = object.tags.place,
population = object.tags.population,
landuse = object.tags.landuse,
leisure = object.tags.leisure,
natural = object.tags.natural,
water = object.tags.water,
way = object:as_multipolygon()
})
-- if (relation_type == 'boundary') and has_area_tags(object.tags) then
-- if (relation_type == 'boundary') and has_area_tags(object.tags) then
if (relation_type == 'boundary') then
tables.cities_rel:insert({
reltype = object.tags.relation_type,
boundary = object.tags.boundary,
admin_level = object.tags.admin_level,
name = object.tags.name,
place = object.tags.place,
population = object.tags.population,
osm_id = object.id,
way = object:as_multipolygon()
})
end
tables.cities_rel:insert({
reltype = object.tags.relation_type,
boundary = object.tags.boundary,
admin_level = object.tags.admin_level,
name = object.tags.name,
place = object.tags.place,
population = object.tags.population,
osm_id = object.id,
way = object:as_multipolygon()
})
end
end