def main2():
from_address = \
'University of Washington, Seattle, WA, United States'
to_address = \
'Legend House, Roosevelt Way Northeast, Seattle, WA, United States'
startpnt = '5336 8th Ave NE, Seattle, WA 98105'
endpnt = 'Space Needle , Seattle, WA 98105'
start_coords = traffic.address_to_coords(startpnt)
end_coords = traffic.address_to_coords(endpnt)
print start_coords
print end_coords
# Directly get the raw data from waze website
waze_resp = traffic.get_waze_resp(start_coords, end_coords)
#print json.dumps(waze_resp, indent=4, sort_keys=True)
#exportToJSON(route, 'raw_route_data.txt')
# Processed Route Data
route_info = traffic.get_route_info(waze_resp)
#print json.dumps(route_info, indent=4, sort_keys=True)
route = traffic.get_route(waze_resp)
print route
#print json.dumps(route, indent=4, sort_keys=True)
newroute = gmaps.snap_to_roads(route, interpolate=False)
def __init__(self, from_addr, to_addr): self.sl = SpeedLimits() start_coords = traffic.address_to_coords(from_addr) end_coords = traffic.address_to_coords(to_addr) response = traffic.get_waze_resp(start_coords, end_coords) route = traffic.get_route(response) self.route_info = traffic.get_route_info(response) print(self.route_info)
def main():
from_address = \
'University of Washington, Seattle, WA, United States'
to_address = \
'Legend House, Roosevelt Way Northeast, Seattle, WA, United States'
start_coords = traffic.address_to_coords(from_address)
end_coords = traffic.address_to_coords(to_address)
print start_coords
print end_coords
# Directly get the raw data from waze website
waze_resp = traffic.get_waze_resp(start_coords, end_coords)
# Processed Route Data
route_info = traffic.get_route_info(waze_resp)
route = traffic.get_route(waze_resp)
ele = elevation.Elevation()
elevations = ele.getElevations(route)
def main():
from_address = '4711 Ravenna AVE NE, Seattle, WA 98105'
# 'University of Washington, Seattle, WA, United States'
# '4711 Ravenna AVE NE, Seattle, WA 98105'
to_address = '3900 E Stevens Way NE, Seattle, WA 98195'
# 'Legend House, Roosevelt Way Northeast, Seattle, WA, United States'
# '3900 E Stevens Way NE, Seattle, WA 98195'
start_coords = traffic.address_to_coords(from_address)
end_coords = traffic.address_to_coords(to_address)
print start_coords
print end_coords
waze_resp = traffic.get_waze_resp(start_coords,
end_coords) # raw data from waze website
route_info = traffic.get_route_info(waze_resp) # processed route data
route = traffic.get_route(waze_resp)
traffic.exportToJSON(route, 'raw_route_data.json')
traffic.plotOnMap(start_coords, route_info)
ele = elevation.Elevation()
elevations = ele.getElevations(route)
def main():
route = map_functions.intro()
start_coords = route['start']
end_coords = route['end']
complete_waze = traffic.get_waze_resp(
start_coords, end_coords) # raw data from waze as JSON
parsed_waze = traffic.get_route_info(
complete_waze) # processed route info as JSON
map_functions.export_to_JSON(complete_waze, 'waze_complete.json')
waze_count = parsed_waze['node_count']
map_functions.export_to_JSON(parsed_waze, 'waze_full_output.json')
route_index = get_waze_nodes(complete_waze, parsed_waze)
total_nodes = get_google_nodes(waze_count, route_index)
g_lat = total_nodes[0]
g_lon = total_nodes[1]
g_type = total_nodes[2]
map_functions.plot_coords(g_lat, g_lon, g_type, 16, 'total_nodes.html')
map_functions.export_to_JSON(leg_node_array_total, 'total_nodes.json')