def add_marker_icon(mymap,
lat,
lon,
color,
type_icon,
icon_text,
icon_color,
tooltip,
add,
add_distance=False,
dist=''):
'''
Adds or returns a marker based on some parameters
Args:
mymap(Folium map)
lat(float): Latitude for marker
lon(float): Longitude for marker
color(str): color code for marker (used in case type_icon is 'fa')
type_icon(str): 'fa' to used fontawesome, 'custom' to used a picture.
icon_text(str): type of fontawesome or location for picture
icon_color(str): color of symbol in marker if type_icon is 'fa'.
tooltip(str): text to add to marker
add(boolean): True if marker directly added to map. False just to return marker (for later group adding)
add_distance(boolean): by default False, meaning no distance added to tooltip. True means distance is added to tooltip
dist(float): distance to be added to tooltip if add_distance is True
Returns:
marker(Folium Marker): if add is False
'''
if type_icon == 'fa':
icon = Icon(
color=color,
prefix="fa",
icon=icon_text,
icon_color=icon_color,
)
elif type_icon == 'custom':
#https://ocefpaf.github.io/python4oceanographers/blog/2015/11/02/icons/
icon = folium.features.CustomIcon(icon_text, icon_size=(50, 50))
else:
pass
loc = [lat, lon]
if add_distance:
tooltip = f'{tooltip}\n {dist} km'
else:
pass
marker = Marker(location=loc, icon=icon, tooltip=tooltip)
if add:
marker.add_to(mymap)
else:
return marker
class GeoMarker:
def __init__(self, geo: GeoPoint, popup_path: str, *args, **kwargs):
self.geo = geo
weather = Jinja2Processor(popup_path, casts=geo.get_weather()).content
self.marker = Marker(location=[self.geo.latitude, self.geo.longitude],
popup=Popup(weather),
*args,
**kwargs)
def mark(self, map_: Map) -> None:
self.marker.add_to(map_)
def final_location(coordinates_, map_lnd):
"""
Places the final location on the map
Args:
coordinates_ (list): coordinates of the final location
map_lnd (folium.Map): the map where the data has to be placed.
"""
icono = Icon(color="white", prefix="fa", icon="trophy", icon_color="black")
loc = {"location": coordinates_, "tooltip": "Gaming Company"}
marker_company = Marker(**loc, icon=icono)
marker_company.add_to(map_lnd)
def bicycling(origin, destination, alternative="bicycling"):
"""
Recoge las cordenadas y dibuja el mapa con direcciones
(en bici)
"""
coordenadas = waypoints(origin=origin,
destination=destination,
alternative="bicycling")
stopsdest = db.bicimad.find({
"coordinates": {
"$geoWithin": {
"$centerSphere":
[[coordenadas[2]["lng"], coordenadas[2]["lat"]],
0.00007885743614075527]
}
}
}).limit(1)
stopsorig = db.bicimad.find({
"coordinates": {
"$geoWithin": {
"$centerSphere":
[[coordenadas[1]["lng"], coordenadas[1]["lat"]],
0.00007885743614075527]
}
}
}).limit(1)
wpsneardest = []
wpsnearorig = []
for i in stopsdest:
wpsneardest.append(i)
for i in stopsorig:
wpsnearorig.append(i)
wpsneardest = wpsneardest[0]["coordinates"]
wpsnearorig = wpsnearorig[0]["coordinates"]
mapa = Map(location=[coordenadas[2]["lat"], coordenadas[2]["lng"]],
zoom_start=14)
chincheta2 = Marker(
location=[coordenadas[1]["lat"], coordenadas[1]["lng"]],
tooltip="origen",
popup="o")
chinchetad = Marker(
location=[coordenadas[2]["lat"], coordenadas[2]["lng"]],
tooltip="destino",
popup="d")
bicimador = Marker(location=[wpsnearorig[1], wpsnearorig[0]],
tooltip="orbici",
popup="bo",
icon=Icon(icon='heart', color='#f7b5f5'))
bicimaddest = Marker(location=[wpsneardest[1], wpsneardest[0]],
tooltip="destbici",
popup="bd",
icon=Icon(icon="heart", color="#f7b5f5"))
chincheta2.add_to(mapa)
chinchetad.add_to(mapa)
bicimador.add_to(mapa)
bicimaddest.add_to(mapa)
PolyLine(coordenadas[3], color="red", weight=2.5, opacity=1).add_to(mapa)
return mapa
def add_market(x, y, q, z):
for i, row in pd.DataFrame(y).iterrows():
parque = Marker(location=[
row['location']['coordinates'][1],
row['location']['coordinates'][0]
],
tooltip=row['name'],
icon=Icon(color=z,
prefix="fa",
icon=q,
icon_color="black"))
parque.add_to(x)
return x
def walk(origin, destination, alternative):
"""
Recoge las cordenadas y dibuja el mapa con direcciones
(andando)
"""
coordenadas = hi_google(origin, destination, alternative)
distancia = coordenadas[0]
mapa = Map(location=[coordenadas[2]["lat"], coordenadas[2]["lng"]],
zoom_start=14)
chincheta2 = Marker(
location=[coordenadas[1]["lat"], coordenadas[1]["lng"]],
tooltip="origen",
popup="o")
chinchetad = Marker(
location=[coordenadas[2]["lat"], coordenadas[2]["lng"]],
tooltip="destino",
popup="d")
chincheta2.add_to(mapa)
chinchetad.add_to(mapa)
PolyLine(coordenadas[3], color="red", weight=2.5, opacity=1).add_to(mapa)
return mapa
def get_the_map(closer_places, the_place, tags):
final_map = Map(location=the_place, zoom_start=15)
counter = 0
for coordinates in closer_places:
loc = coordinates
icon = Icon(color="green",
prefix="fa",
icon="flag",
icon_color="black",
tooltip=tags[counter])
counter += 1
marker = Marker(location=loc, icon=icon)
marker.add_to(final_map)
loc = the_place
icon_2 = Icon(color="red",
prefix="fa",
icon="space-shuttle",
icon_color="black",
tooltip="The place")
marker = Marker(location=loc, icon=icon_2)
marker.add_to(final_map)
return final_map
def marker(self, **kwargs):
add_to = kwargs.pop('add_to', True)
marker = Marker([self.lat, self.lon], **kwargs)
if add_to:
marker.add_to(self.maps)