def build(self):
self.title = "Eaglesoft Map"
print(MapSource.providers.keys())
box_layout = BoxLayout()
map_view = MapView(lat=30.005630, lon=73.257950, zoom=8)
map_view.map_source = "osm"
map_marker = MapMarker()
map_marker.lat = 30.005630
map_marker.lon = 73.257950
map_marker.source = "map-marker.png"
map_view.add_widget(map_marker)
box_layout.add_widget(map_view)
return box_layout
class Resultat(Screen):
coords = ListProperty(
(0, 0)) #Laver en ListProperty for klasse variabel coords
mark_coords = None #Sætter klassevariabel mark_coords til at være None.
markerList = [] #laver en liste for klassevariabel markerList
ADA = False #Sætter klassevariabel ADA til False
UNISEX = False #Sætter klassevariabel UNISEX til False
newMap = MapView() #Lavet et en tom MapView til klassevariabel newMap
def load_map(self, lokation):
self.coords = findkoordinater(
lokation, 0) #Sætter coords til at være findkordinater
self.newMap = MapView(
zoom=10, lat=self.coords[0],
lon=self.coords[1]) #Laver mapview med data fra coords
self.ids.map_view.add_widget(
self.newMap) #tilføjer MapView som widget til boxlayout i MyApp.kv
def criteria(self, ada, unisex):
if ada == "down": #Hvis id'en ADA's state er down
self.ADA = True #Sæt ada til at være true
else:
self.ADA = False #ellers skal det være false
if unisex == "down": #Hvis id'en Unisex's state er down
self.UNISEX = True #Sæt unisex til at være True
else:
self.UNISEX = False #ellers skal det være false
def load_markers(self, antal, lokation):
link = link_constructer(
antal, self.ADA, self.UNISEX,
lokation) #Bruger link_constructor fra data_toiley.py
data = data_constructer(
link) #Bruger data_constructer fra data_toilet.py
for address in range(
len(data[0])
): #Laver en løkke som går fra n til længden af data[0] for at finde hvor mange markers der skal laves
self.mark_coords = findkoordinater(
data[0][address], 0
) #Sætter mark_coords til at være findkordinater af [0][n] for at få koordinater
if self.mark_coords != None: #Er self.mark_coords None?
newMarker = MapMarker(
lat=self.mark_coords[0],
lon=self.mark_coords[1],
source="marker1.png"
) #laver en MapMarker med data fra self.mark_coords og bliver gemt i newMarker
self.newMap.add_widget(
newMarker) #tilføjer newMarker som widget til newMap
self.markerList.append(
newMarker
) #tilføjer newMarker til klasse variablen markerList
#print("dette er",self.mark_coords)
def remove_markers(self):
self.ids.map_view.remove_widget(
self.newMap) #fjerner newMap fra map_view i MyApp.kv
for marker in self.markerList: #Går igennem hver marker i markerList
self.newMap.remove_widget(
marker) #fjerner widget marker fra newMap
class AlertDetailScreen(Screen):
main_screen_manager = ObjectProperty()
backref = StringProperty()
def __init__(self, **kwargs):
super().__init__(**kwargs)
def goto_backref(self, btn):
if self.main_screen_manager:
if self.backref == 'dashboard':
self.main_screen_manager.show_dashboard(transition='right')
else:
self.main_screen_manager.show_alert_list(transition='right')
def on_enter(self):
self.mapbox = self.ids.map_box
self.mapview = MapView()
self.mapview.zoom = 5
self.mapview.center_on(40.5960129, -99.5961643)
import random
import glob
counties = glob.glob('*.polygon')
county = random.choice(counties)
with open(county, 'r') as f:
polygons = eval(f.read())
#self.draw_polygons(polygons)
polygon_draw_thread = threading.Thread(target=self.draw_polygons,
args=(polygons, ))
polygon_draw_thread.start()
def draw_polygons(self, polygons):
if not polygons:
return
polygons = [("severe", polygon) for polygon in polygons]
geo_json = self.get_geojson(polygons)
self.gj_layer = GeoJsonMapLayer(geojson=geo_json)
if self.gj_layer:
lon, lat = self.gj_layer.center
self.lon = lon
self.lat = lat
self.mapview.lon = self.lon
self.mapview.lat = self.lat
min_lon, max_lon, min_lat, max_lat = self.gj_layer.bounds
radius = haversine(min_lon, min_lat, max_lon, max_lat)
zoom = get_zoom_for_radius(radius, lat)
self.mapview.zoom = zoom
self.mapview.center_on(lat, lon)
self.mapview.add_widget(self.gj_layer)
self.mapbox.add_widget(self.mapview)
#Clock.schedule_once(self.create_marker, 1)
def create_marker(self, dt):
self.marker = MapMarker(lat=self.lat, lon=self.lon)
self.mapview.add_widget(self.marker)
def on_leave(self):
self.clear_widgets()
def get_geojson(self, polygons):
features = []
for sev, p in polygons:
feat = self.get_feature_dict()
poly = self.fix_polygon(p)
feat["geometry"]["coordinates"].append(poly)
feat["properties"]["color"] = self.get_color_for_severity(sev)
features.append(feat)
result = {"type": "FeatureCollection", "features": features}
return result
def get_feature_dict(self):
return {
"type": "Feature",
"properties": {
"color": "blue"
},
"geometry": {
"type": "Polygon",
"coordinates": []
}
}
def get_color_for_severity(self, severity):
sev_dict = {
"extreme": "red",
"severe": "orange",
"moderate": "blue",
"minor": "green",
"unknown": "grey"
}
return sev_dict.get(severity.lower(), 'grey')
def fix_polygon(self, polygon):
p = list(polygon)
for i in range(len(p)):
p[i] = p[i][::-1]
return p
def get_category_display_text(self, category):
db_val_to_category_val = {
"geo": "Earthquakes",
"met": "Weather",
"safety": "Public Safety",
"rescue": "Rescue",
"fire": "Fire",
"health": "Health",
"env": "Environment",
"transport": "Transportation",
"infra": "Infrastructure",
"cbrne": "CBRNE",
"other": "Other"
}
return db_val_to_category_val.get(category, category.title())