# -*- coding: utf-8 -*-
# Sample showing how to add a custom web map
from maperipy import Map
from maperipy.webmaps import WebMap
Map.clear()
# the first argument is the name of your custom map
# the second is the base URL of the Web map tiles (or multiple URLs if you have them)
Map.add_web_map_custom("local",
["http://192.168.4.54:6789/openstreetmap-carto/tile"])
# -*- coding: utf-8 -*- # Sample showing how to add a standard web map from maperipy import Map from maperipy.webmaps import WebMap Map.clear() Map.add_web_map(WebMap.MapQuestOsm)
# -*- coding: utf-8 -*-
# Sample showing how to add a custom web map
from maperipy import Map
from maperipy.webmaps import WebMap
Map.clear()
# the first argument is the name of your custom map
# the second is the base URL of the Web map tiles (or multiple URLs if you have them)
Map.add_web_map_custom("4umaps.eu", ["http://176.28.41.237" ])
# -*- coding: utf-8 -*-
# Sample showing how to add an offline web map.
# NOTE: in order for this to work, you need to place the web tiles into the Cache/WebTiles/MyOfflineMap
# directory ('MyOfflineMap' is the provider name, you can change that, see below). The file structure
# is the same as with the standard Web maps.
# The easiest way to test this is to copy the Cache/WebTiles/OSM Mapnik directory to MyOfflineMap
# and run this script. You will be show the standard OSM web map tiles, but only those that have
# been cached on your disk, with no extra tiles downloading from the web.
# Author: Igor Brejc
# License: public domain
from maperipy import Map
from maperipy.webmaps import WebMapLayer
Map.clear()
# We create an offline web map layer, with the name of the layer specified. This name is then used
# to find the tiles in the cache (Cache/WebTiles directory).
offline_map = WebMapLayer.create_offline("MyOfflineMap")
# Now we add that layer to the map.
Map.add_layer(offline_map)
def remove_page_id_decoration():
"""Remove the grid page ID decoration from the map."""
Map.remove_decoration("page_id")
# -*- coding: utf-8 -*-
# Sample showing how to add an offline web map.
# NOTE: in order for this to work, you need to place the web tiles into the Cache/WebTiles/MyOfflineMap
# directory ('MyOfflineMap' is the provider name, you can change that, see below). The file structure
# is the same as with the standard Web maps.
# The easiest way to test this is to copy the Cache/WebTiles/OSM Mapnik directory to MyOfflineMap
# and run this script. You will be show the standard OSM web map tiles, but only those that have
# been cached on your disk, with no extra tiles downloading from the web.
# Author: Igor Brejc
# License: public domain
from maperipy import Map
from maperipy.webmaps import WebMapLayer
Map.clear()
# We create an offline web map layer, with the name of the layer specified. This name is then used
# to find the tiles in the cache (Cache/WebTiles directory).
offline_map = WebMapLayer.create_offline("MyOfflineMap")
# Now we add that layer to the map.
Map.add_layer(offline_map)
# -*- coding: utf-8 -*-
# Sample showing how to add a custom web map
from maperipy import Map
from maperipy.webmaps import WebMap
Map.clear()
# the first argument is the name of your custom map
# the second is the base URL of the Web map tiles (or multiple URLs if you have them)
Map.add_web_map_custom("4umaps.eu", ["http://176.28.41.237"])
def add_page_id_decoration(page_id):
"""Add the page ID decoration to the map."""
Map.add_decoration("page_id", lambda c : paint_page_id(page_id, c))
def remove_page_id_decoration():
"""Remove the grid page ID decoration from the map."""
Map.remove_decoration("page_id")
def add_page_id_decoration(page_id):
"""Add the page ID decoration to the map."""
Map.add_decoration("page_id", lambda c: paint_page_id(page_id, c))
# -*- coding: utf-8 -*-
# Use Contour tiles from Cache/WebTiles/ContourTiles in Maperitive's installation directory
from maperipy import Map
from maperipy.webmaps import WebMapLayer
contours_overlay = WebMapLayer.create_offline("ContourTiles")
contours_overlay.draw_in_background = True
# Now we add that layer to the map.
Map.add_layer(contours_overlay)
# -*- coding: utf-8 -*- # Shows some simple capabilities of changing the default map painting workflow. # Author: Igor Brejc # License: public domain # The sample scripts tells Maperitive to skip rendering map text labels. # The cycles_to_output() method specifies the starting and ending paint cycles (the ending # cycle will not be included). # Here's a list of the default painting cycle values: # MapBackground = 100 # Landmass = 200 # BitmapBackground = 300 # LandUse = 400 # BitmapForeground = 500 # Infrastructure = 600 # Symbols = 700 # Labels (linear) = 799 # Labels (horizontal) = 800 # BitmapOverlay = 900 # Highlights = 950 # MapLegend = 1000 from maperipy import Map # This effectively skips cycles 799 and 800 with Map.init_workflow() as workflow: workflow.cycles_to_output(0, 799).cycles_to_output(801, 1001)
# -*- coding: utf-8 -*-
# Shows some simple capabilities of changing the default map painting workflow.
# Author: Igor Brejc
# License: public domain
# The sample scripts tells Maperitive to skip rendering map text labels.
# The cycles_to_output() method specifies the starting and ending paint cycles (the ending
# cycle will not be included).
# Here's a list of the default painting cycle values:
# MapBackground = 100
# Landmass = 200
# BitmapBackground = 300
# LandUse = 400
# BitmapForeground = 500
# Infrastructure = 600
# Symbols = 700
# Labels (linear) = 799
# Labels (horizontal) = 800
# BitmapOverlay = 900
# Highlights = 950
# MapLegend = 1000
from maperipy import Map
# This effectively skips cycles 799 and 800
with Map.init_workflow() as workflow:
workflow.cycles_to_output(0, 799).cycles_to_output(801, 1001)