def add_sensor_map(layout, widget):
if "group" not in layout: return
sensors = utils.get_group_string(layout["group"])
if sensors is None: return
# setup the map
map = DecoratedMap(maptype=conf["gui"]["maps"]["type"],
size_x=conf["gui"]["maps"]["size_x"],
size_y=conf["gui"]["maps"]["size_y"])
for i in range(len(sensors)):
# for each sensor of the group
sensor = sensors[i]
sensor_url = sensor["module_id"] + "/" + sensor[
"group_id"] + "/" + sensor["sensor_id"]
# retrieve the data
markers = json.loads(
utils.web_get(hostname + sensor_url + "/" + layout["timeframe"] +
"/avg"))
if len(markers) == 0: continue
marker = json.loads(markers[len(markers) - 1][1])
# add the marker to the map
map.add_marker(
LatLonMarker(marker["latitude"],
marker["longitude"],
label=marker["label"][0].upper()))
# download the map
url = map.generate_url()
r = requests.get(url, verify=False)
save_to_file(r, widget["widget_id"])
def create_map(center_lat, center_lon, markers):
"""Create the URL for a static google map centered in latitude
`center_lat` and longitude `center_lon`. It shows in the map
markers labeled with numbers in the given coordinates.
:param center_lat: Latitude of the center of the map
:param center_lon: Longitude of the center of the map
:param markers: List of coordinates for the markers
:returns: URL for static google map
"""
google_map = DecoratedMap(lat=center_lat,
lon=center_lon,
zoom=15,
size_x=400,
size_y=400,
maptype='roadmap',
scale=1)
for marker_index, marker in enumerate(markers, 1):
google_map.add_marker(
LatLonMarker(lat=marker["lat"],
lon=marker["lon"],
label=str(marker_index)))
url = google_map.generate_url()
return url
def create_map_url(self, listing):
if not listing['gaddress'] and not listing['geotag']:
return None
road_styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'visibility': 'simplified',
'color': '#c280e9'
}
}, {
'feature': 'transit.line',
'rules': {
'visibility': 'simplified',
'color': '#bababa'
}
}]
dmap = DecoratedMap(style=road_styles, key=self.google_api_key)
for marker in self.map_markers:
dmap.add_marker(
AddressMarker(marker['address'], label=marker['label']))
if listing['gaddress'] and listing['map_accuracy'] <= 10:
dmap.add_marker(
AddressMarker(listing['gaddress'], label='1', color='blue'))
elif listing['geotag']:
dmap.add_marker(
LatLonMarker(listing['geotag'][0],
listing['geotag'][1],
label='0',
color='blue'))
return dmap.generate_url()
def get_googlemap_url(lon, lat, zoom=10):
dmap = DecoratedMap(lat=lat, lon=lon, zoom=zoom,
size_x=640, size_y=640,
maptype='terrain', key=GOOGLE_API_KEY)
dmap.add_marker(LatLonMarker(lat, lon))
return dmap.generate_url()
def getDecoratedMap(bot, update, closestParkings, data, distances):
road_styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'visibility': 'simplified',
'color': '#c280e9'
}
}, {
'feature': 'transit.line',
'rules': {
'visibility': 'simplified',
'color': '#bababa'
}
}]
dmap = DecoratedMap(style=road_styles)
utente = User.objects.get(chat_id=update.message.chat_id)
lat = utente.lat
lon = utente.lon
dmap.add_marker(LatLonMarker(lat, lon, label='S', color='blue'))
i = 0
keyboard = [[], [], []]
table = []
for p in closestParkings:
if "parking" in utente.lastCommand:
dmap.add_marker(
LatLonMarker(lat=data[p]['geometry']['coordinates'][1],
lon=data[p]['geometry']['coordinates'][0],
label=str(i + 1)))
textButton = createDetailsButtonTextParking(data[p], i)
row = createRowParking(data[p], distances[i], i)
elif "chargePoint" in utente.lastCommand:
dmap.add_marker(
LatLonMarker(lat=data[p]['geometry']['coordinates'][1],
lon=data[p]['geometry']['coordinates'][0],
label=str(i + 1)))
textButton = createDetailsButtonTextChargePoint(data[p], i)
row = createRowChargePoint(data[p], distances[i], i)
table.append(row)
keyboard[i].append(
InlineKeyboardButton(text=textButton,
callback_data=str(p),
resize_keyboard=True))
i += 1
url = dmap.generate_url()
npArray = np.array(table)
df = pd.DataFrame(npArray)
df.columns = ['N.', 'Parking Name', 'Free Slots', 'Distance']
ax = render_mpl_table(df, header_columns=0, col_width=1.5)
fileName = str(update.message.chat_id) + '.png'
plt.savefig(fileName, bbox_inches='tight')
baseDir = settings.BASE_DIR
picture = open(baseDir + '/' + fileName, 'rb')
#img=urllib.request.urlopen(baseDir + '\foo.png').read()
bot.sendPhoto(chat_id=update.message.chat_id, photo=picture)
print(ax)
return url, keyboard
def build_tweet(results):
status = []
dmap = DecoratedMap(size_x=640, size_y=320, key=GMAPS_API_KEY)
for result in rg.search([tuple(res) for res in results]):
status.append(", ".join([result['name'], result['admin1'], unicode_flag(result['cc'])]))
for result in results:
dmap.add_marker(LatLonMarker(result[0], result[1]))
img_url = dmap.generate_url()
return '\n'.join(status), img_url
def test_addressmarker(self):
# For some reason the url is not always same. So the test is... well.
dmap = DecoratedMap()
am = AddressMarker('1 Infinite Loop, Cupertino, CA', label='A')
dmap.add_marker(am)
am = AddressMarker('1600 Amphitheatre Parkway Mountain View, CA',
label='G')
dmap.add_marker(am)
_ = dmap.generate_url()
def locationsPicture(origin, locationList):
dmap = DecoratedMap()
dmap.add_marker(LatLonMarker(origin[0], origin[1], label='A'))
count = 1
for location in locationList:
dmap.add_marker(
LatLonMarker(location["geocode"][0],
location["geocode"][1],
color="blue",
label=str(count)))
count += 1
return dmap.generate_url()
def initMap(self):
self.fileName = "/home/spex/habipMapStart.jpg"
# Generate map URL
self.map = DecoratedMap(key="AIzaSyDzElKnTJkAewIuxuAUZJYmRfXz1mg0vYU")
# Add marker for Meteor Lab to start at
self.map.add_marker(LatLonMarker(lat=43.08463, lon=-77.67914))
self.map.add_path_latlon(lat=43.08463, lon=-77.67914)
self.requestUrl = self.map.generate_url()
# Save image to disk
urllib.urlretrieve(self.requestUrl, self.fileName)
self.im = Image.open(self.fileName)
def create_twitter_map(coordinates):
dmap = DecoratedMap()
for coordinate in coordinates:
if coordinate is None:
continue
lon = coordinate[0]
lat = coordinate[1]
tweet_marker = LatLonMarker(lat=lat, lon=lon)
dmap.add_marker(tweet_marker)
return dmap.generate_url()
def test_channel(self):
cmap = CenterMap(lat=48.858278,
lon=2.294489,
maptype='satellite',
clientid='gme-exampleid',
secret='bbXgwW0k3631Bl2V5Z34gs9vYgf=',
channel='somechannel')
self.assertEqual(
cmap.generate_url(),
'https://maps.googleapis.com/maps/api/staticmap?client=gme-exampleid&maptype=satellite&'
'format=png&scale=1¢er=48.858278%2C2.294489&zoom=17&'
'size=400x400&sensor=false&language=en&channel=somechannel&'
'signature=Y-D-iEMbWPfUTjBtKEYDbGUtElY=')
vmap = VisibleMap(maptype='terrain',
clientid='gme-exampleid',
secret='bbXgwW0k3631Bl2V5Z34gs9vYgf=',
channel='somechannel')
vmap.add_address('Sugarbowl, Truckee, CA')
vmap.add_address('Tahoe City, CA')
self.assertEqual(
vmap.generate_url(),
'https://maps.googleapis.com/maps/api/staticmap?client=gme-exampleid&maptype=terrain&'
'format=png&scale=1&size=400x400&sensor=false&'
'visible=Sugarbowl%2C%20Truckee%2C%20CA%7CTahoe%20City%2C%20CA&'
'language=en&channel=somechannel&signature=KQvz4Q3rB6Pmr7sJ_sM4qfKQzDo='
)
styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'color': '#c280e9'
}
}]
decorated_map = DecoratedMap(style=styles,
clientid='gme-exampleid',
secret='bbXgwW0k3631Bl2V5Z34gs9vYgf=',
channel='somechannel')
decorated_map.add_marker(
LatLonMarker('37.422782', '-122.085099', label='G'))
self.assertEqual(
decorated_map.generate_url(),
'https://maps.googleapis.com/maps/api/staticmap?client=gme-exampleid&maptype=roadmap&'
'format=png&scale=1&size=400x400&sensor=false&language=en&'
'markers=%7Clabel%3AG%7C37.422782%2C-122.085099&'
'style=feature%3Aroad.highway%7Celement%3Ageomoetry%7C'
'color%3A0xc280e9%7C&channel=somechannel&signature=IPHCEq1ifL7Chuwu604pMtN6eGw='
)
def rules():
form = RuleForm()
delete_forms = {
rule.id: DeleteForm(obj=rule)
for rule in current_user.rules
}
map_images = {}
for rule in current_user.rules:
dmap = DecoratedMap(key=Config.GOOGLEMAPS_KEY, size_x=280, size_y=280)
dmap.add_marker(LatLonMarker(rule.lat, rule.lng))
map_images[rule.id] = dmap.generate_url()
# This is a hack to get the delete buttons to ignore submission of new rule forms.
# It is inelegant.
if form.errors is not {}:
current_app.logger.info(form.errors)
if form.validate_on_submit():
for rule in current_user.rules:
delete_forms[rule.id].id.data = None
rule_day = timedelta(days=form.days.data)
rule_time = form.time.data
new_rule = current_user.make_rule(
form.location.data,
form.latitude.data,
form.longitude.data,
datetime.combine((ARBITRARY_MONDAY + rule_day), rule_time),
form.activity_name.data,
)
new_rule.record()
current_app.logger.debug("Rule form validated")
return redirect("/index")
if DeleteForm().validate_on_submit():
rule = Rule.query.get(DeleteForm().id.data)
rule.delete_rule()
return redirect(url_for("main.rules"))
flash_errors(form)
return render_template(
"rules.html",
title="Rules",
form=form,
delete_forms=delete_forms,
map_urls=map_images,
maps_key=Config.GOOGLEMAPS_KEY,
)
def updateImage(self):
self.fileName = "/home/spex/habipMapUpdated.jpg"
# Generate map URL
self.map = DecoratedMap(key="AIzaSyDzElKnTJkAewIuxuAUZJYmRfXz1mg0vYU")
for lat, lon in zip(self.latList, self.lonList):
self.map.add_marker(LatLonMarker(lat=lat, lon=lon))
self.map.add_path_latlon(lat=lat, lon=lon)
self.requestUrl = self.map.generate_url()
# Save image to disk
urllib.urlretrieve(self.requestUrl, self.fileName)
self.im.close()
self.im = Image.open(self.fileName)
self.image = ImageTk.PhotoImage(self.im)
self.image_label.configure(image=self.image)
def test_client_id_and_private_key(self):
cmap = CenterMap(lat=48.858278,
lon=2.294489,
maptype='satellite',
clientid='gme-exampleid',
secret='bbXgwW0k3631Bl2V5Z34gs9vYgf=')
self.assertEqual(
cmap.generate_url(),
'https://maps.googleapis.com/maps/api/staticmap?client=gme-exampleid&maptype=satellite&'
'format=png&scale=1¢er=48.858278%2C2.294489&zoom=17&'
'size=400x400&sensor=false&language=en&'
'signature=PsD-OrvyjeIflTpH1p6v5hElJrE=')
vmap = VisibleMap(maptype='terrain',
clientid='gme-exampleid',
secret='bbXgwW0k3631Bl2V5Z34gs9vYgf=')
vmap.add_address('Sugarbowl, Truckee, CA')
vmap.add_address('Tahoe City, CA')
self.assertEqual(
vmap.generate_url(),
'https://maps.googleapis.com/maps/api/staticmap?client=gme-exampleid&maptype=terrain&'
'format=png&scale=1&size=400x400&sensor=false&'
'visible=Sugarbowl%2C%20Truckee%2C%20CA%7CTahoe%20City%2C%20CA&'
'language=en&signature=0_hfvOReb4YQfq7sGyAs0dLEDEo=')
styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'color': '#c280e9'
}
}]
decorated_map = DecoratedMap(style=styles,
clientid='gme-exampleid',
secret='bbXgwW0k3631Bl2V5Z34gs9vYgf=')
decorated_map.add_marker(
LatLonMarker('37.422782', '-122.085099', label='G'))
self.assertEqual(
decorated_map.generate_url(),
'https://maps.googleapis.com/maps/api/staticmap?client=gme-exampleid&maptype=roadmap&'
'format=png&scale=1&size=400x400&sensor=false&language=en&'
'markers=%7Clabel%3AG%7C37.422782%2C-122.085099&'
'style=feature%3Aroad.highway%7Celement%3Ageomoetry%7C'
'color%3A0xc280e9%7C&signature=bkshPe4g0vRn1Wt3n-rUZvEEN4M=')
def test_create_marker_map_with_styles(self):
"""Check correct url generated with markers + styles"""
styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'color': '#c280e9'
}
}]
decorated_map = DecoratedMap(style=styles)
decorated_map.add_marker(
LatLonMarker('37.422782', '-122.085099', label='G'))
self.assertEqual(
decorated_map.generate_url(),
'https://maps.google.com/maps/api/staticmap?maptype=roadmap&'
'format=png&scale=1&size=400x400&sensor=false&language=en&'
'markers=|label:G|37.422782,-122.085099&'
'style=feature:road.highway|element:geomoetry|color:0xc280e9|')
def Map(dlist, dlock):
"Create a Google map of traffic."
while True:
dmap = DecoratedMap(maptype='hybrid', size_x=640, size_y=640)
dlock.acquire()
ndx = len(dlist)
for element in dlist:
i = dlist.index(element)
label = Marker.LABELS[i]
dmap.add_marker(
LatLonMarker(element.lat,
element.lgt,
color='red',
size='mid',
label=label))
dlock.release()
if ndx > 0:
print dmap.generate_url()
time.sleep(MAP_CYCLE)
def static_map_url(markers, zoom=None):
key = 'AIzaSyDpT6xnePrW02hH4XxErpTf1OV2yRu4RbQ'
road_styles = [{
'feature': 'road.highway',
'element': 'geometry',
'rules': {
'visibility': 'simplified',
'color': '#c280e9'
}
}, {
'feature': 'transit.line',
'rules': {
'visibility': 'simplified',
'color': '#bababa'
}
}]
dmap = DecoratedMap(style=road_styles, zoom=zoom)
for i, (latitude, longitude) in enumerate(markers):
dmap.add_marker(LatLonMarker(latitude, longitude, label=chr(65 + i)))
return (dmap.generate_url() + '&key={}'.format(key))
def get_googlemap_track_url(gpx_file_path, lat_centre, lon_centre, zoom=10):
"""
fuction that generates the url to plot the user .gpx tour on a map
Parameters
-------------
gpx_file_path: string
is the file path to the .gpx file
lat_centre: float
the latitude of the centre of the displayed map
lon_centre: float
the longitude of the centre of the displayed map
zoom: int, optional
default value = 10, sets the enlargement of the map
"""
# gets the map around the spacified coordinates and sets default size and type
dmap = DecoratedMap(lat=lat_centre,
lon=lon_centre,
zoom=zoom,
size_x=640,
size_y=640,
maptype='terrain',
key=GOOGLE_API_KEY)
# create xml.sax parser object named 'parser' and set GPXHandler()
# previously defined as its'default contenthandler
parser = xml.sax.make_parser()
parser.setContentHandler(GPXHandler(dmap))
# go to user input .gpx file and read it
with open(gpx_file_path) as f:
parser.feed(f.read())
# generate url for dmap, default method from motionless
return dmap.generate_url()
def pictureUrlForRoute(polyLine, markerList):
road_styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'visibility': 'simplified',
'color': '#c280e9'
}
}, {
'feature': 'transit.line',
'rules': {
'visibility': 'simplified',
'color': '#bababa'
}
}]
dmap = DecoratedMap(style=road_styles)
for index, point in enumerate(markerList):
if (len(point) == 3):
dmap.add_marker(
LatLonMarker(point[0],
point[1],
size="tiny",
icon_url="http:" + str(point[2])))
else:
if index == len(markerList) - 1:
dmap.add_marker(LatLonMarker(point[0], point[1], label='B'))
elif index == 0:
dmap.add_marker(LatLonMarker(point[0], point[1], label='A'))
else:
dmap.add_marker(
LatLonMarker(point[0],
point[1],
size="small",
color="blue"))
# dmap.add_marker(LatLonMarker(origin[0], origin[1],label='A'))
# dmap.add_marker(LatLonMarker(destination[0], destination[1],label='B'))
dmap.add_path_latlon(46.7623430, 23.5575370)
dmap.add_path_latlon(46.7765820, 23.6037750)
return handlePictureUrl(dmap.generate_url(), polyLine)
def obtenerMapa(latLongs):
"""Obtener un mapa con las localizaciones
"""
camino = []
indice = 1
dmap = DecoratedMap(scale=4)
for latLong in latLongs:
if latLong == 0:
continue
if latLong == None:
indice = indice + 1
continue
info = latLong.split(",")
dmap.add_marker(LatLonMarker(info[0], info[1]))
camino.append((float(info[0]), float(info[1])))
indice = indice + 1
enc = polyline.encode(camino, 5)
return dmap.generate_url() + '&path=weight:3%7Ccolor:orange%7Cenc:' + enc
def GetMap(self, address, key):
road_styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'visibility': 'simplified',
'color': '#c280e9'
}
}, {
'feature': 'transit.line',
'rules': {
'visibility': 'simplified',
'color': '#bababa'
}
}]
cmap = DecoratedMap(style = road_styles, key=key)
cmap.add_marker(AddressMarker(address,label='A'))
url = cmap.generate_url()
response = requests.get(url)
img = Image.open(BytesIO(response.content))
# 儲存圖片到Github，再下載圖片，丟到下一頁(ResultPage)
# 可先用自己的電腦試試
img.save(sys.path[0] + '/image/mymap.gif')
self.img_map = tk.PhotoImage(file = sys.path[0] + '/image/mymap.gif')
self.lable_map = tk.Label(self.controller.get_page('Resultpage'), image = self.img_map)
self.lable_map.place(x = 54, y = 80, anchor = 'nw')
# 測試用
# img.show()
# (捨棄)另法，直接放圖片 >> 出不來，但可以再試試
# img = ImageTk.PhotoImage(img)
# panel = tk.Label(self.controller.get_page('ResultPage'), image=img)
# panel.place(x = 54, y = 80, anchor = 'nw')
'''import 外部函數 cal_point'''
def generate_map_url(addresses, cluster_map, cluster_num):
"""
Given a cluster, generate a static Google Maps image with a pin for each
address
Returns the URL to this static image
"""
# get the subset of addresses
sa = []
for i in range(len(addresses)):
if cluster_map[i] == cluster_num:
sa.append(addresses[i])
# styling for map
road_styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'visibility': 'simplified',
'color': '#c280e9'
}
}, {
'feature': 'transit.line',
'rules': {
'visibility': 'simplified',
'color': '#bababa'
}
}]
# get maps
dmap = DecoratedMap(style=road_styles)
# add marker for each address
for a in sa:
dmap.add_marker(AddressMarker(a))
return dmap.generate_url()
def createMap(coords):
lat = coords[0]
lng = coords[1]
#create style for displayed map
road_styles = [{
'feature': 'road.highway',
'element': 'geomoetry',
'rules': {
'visibility': 'simplified',
'color': '#c280e9'
}
}, {
'feature': 'transit.line',
'rules': {
'visibility': 'simplified',
'color': '#bababa'
}
}]
dmap = DecoratedMap(style=road_styles, key=GMAPSKEY)
dmap.add_marker(LatLonMarker(lat, lng))
url = dmap.generate_url()
return url
try:
import geojson
except ImportError:
print('This example requires the geojson package')
quit()
# Get the geojson feed from USGS
opener = request.urlopen('http://earthquake.usgs.gov/earthquakes/feed/v1.0'
'/summary/2.5_day.geojson')
# Parse it
gjs = geojson.loads(opener.read().decode('utf-8'))
# Prepare a map and add the points
gmap = DecoratedMap(size_x=640, size_y=440)
for feat in gjs.features[:260]: # in case there are many earthquakes today
magnitude = feat['properties']['mag']
lon, lat, _ = feat['geometry']["coordinates"]
if magnitude > 2:
color = 'yellow'
size = 'small'
if magnitude > 5:
color = 'orange'
size = 'small'
if magnitude > 7:
color = 'red'
size = 'mid'
gmap.add_marker(LatLonMarker(lat, lon, color=color, size=size))
htmlPage = """
}
}, {
'feature': 'transit',
"element": "labels.text",
"rules": {
"visibility": "off"
}
}, {
'feature': 'administrative',
"element": "labels.text",
"rules": {
"visibility": "off"
}
}]
dmap = DecoratedMap(style=road_styles, maptype='roadmap', zoom=15, key=None)
#Agrego los marcadores
dmap.add_marker(LatLonMarker(latorigen, longorigen, label='O', color='blue'))
dmap.add_marker(LatLonMarker(latdestino, londestino, label='D'))
#Genero la URL desde donde se descarga la imagen...
url = dmap.generate_url()
#Creo la imagen...
f = open('estatico.png', 'wb')
f.write(requests.get(url).content)
f.close()
# Abrir imagen (por ahora van a ser dos tareas separadas)
imagen = 'estatico.png'
def getMapImage(self,
currentLocation,
missionLocations,
mapName='location',
showMap=False):
"""Use the static maps API, add the waypoints to the map as markers,
and return the image.
"""
if currentLocation[0] != 0 or currentLocation[1] != 0:
print 'Current location is initialized:'
print 'Lat:', currentLocation[0], 'Lon:', currentLocation[1]
coor1 = round(currentLocation[0], 4)
coor2 = round(currentLocation[1], 4)
dmap = DecoratedMap(lat=coor1,
lon=coor2,
size_x=self.__sizeX,
size_y=self.__sizeY,
zoom=self.__zoom,
maptype=self.__mapType)
marker = LatLonMarker(lat=coor1,
lon=coor2,
color='green',
label='P')
print 'Drawing waypoint position (P):', (coor1, coor2), '(green).'
dmap.add_marker(marker)
else:
print 'Current location is uninitialized:'
location = missionLocations[0]
coor1 = round(location[0], 4)
coor2 = round(location[1], 4)
dmap = DecoratedMap(lat=coor1,
lon=coor2,
size_x=self.__sizeX,
size_y=self.__sizeY,
zoom=self.__zoom,
maptype=self.__mapType)
index = 1
for location in missionLocations:
coor1 = round(location[0], 4)
coor2 = round(location[1], 4)
print 'Lat:', coor1, 'Lon:', coor2
if location[2] == 'waypoint':
print 'Drawing waypoint marker:', index, '(blue).'
color = 'blue'
elif location[2] == 'target':
print 'Drawing target marker:', index, '(red).'
color = 'red'
else:
print 'Drawing other marker:', index, '(green).'
color = 'green'
label = str(index)
index += 1
marker = LatLonMarker(lat=coor1,
lon=coor2,
color=color,
label=label)
dmap.add_marker(marker)
imageFileName = mapName + ".png"
url = dmap.generate_url()
print url
urllib.urlretrieve(url, imageFileName)
# Load an color image in grayscale
img = cv2.imread(imageFileName, cv2.IMREAD_COLOR)
if showMap:
plt.clf()
# cmap = 'gray', # TODO: figure out what color map to use.
plt.imshow(img, interpolation='bicubic')
plt.show()
plt.draw()
#cv2.destroyAllWindows()
return img
self.color = 'orange'
self.size = 'small'
if magnitude in ['7','8','9']:
self.color = 'red'
self.size = 'mid'
if qname == self.qname_entry:
self.gmap.add_marker(LatLonMarker(self.tokens[0],self.tokens[1],color=self.color,size=self.size))
self.content = []
def characters(self, ch):
if self.capture:
self.content.append(ch)
quake = DecoratedMap(size_x=640,size_y=440)
parser = xml.sax.make_parser()
parser.setContentHandler(QuakeHandler(quake))
parser.setFeature(xml.sax.handler.feature_namespaces, 1)
opener = urllib2.urlopen( 'http://earthquake.usgs.gov/earthquakes/catalogs/1day-M2.5.xml')
parser.feed(opener.read())
htmlPage = """
<html>
<body>
<h2>Earthquakes 2.5+ today</h2>
<i>GeoRSS feed parsed and visualized. Colors assigned to markers based on magnitued. Details can be found on <a href='http://earthquake.usgs.gov/earthquakes/catalogs/'>USGS web site</a>.
<p/>
<p/>
<img src="%s"/>
"""Examples of the various maps that can be created with motionless."""
from __future__ import print_function
from motionless import AddressMarker, DecoratedMap, CenterMap, VisibleMap
cmap = CenterMap(address='151 third st, san francisco, ca')
cmap_sat = CenterMap(lat=48.858278, lon=2.294489, maptype='satellite')
vmap = VisibleMap(maptype='terrain')
vmap.add_address('Sugarbowl, Truckee, CA')
vmap.add_address('Tahoe City, CA')
dmap = DecoratedMap()
dmap.add_marker(AddressMarker('1 Infinite Loop, Cupertino, CA', label='A'))
dmap.add_marker(AddressMarker('1600 Amphitheatre Parkway Mountain View, CA',
label='G'))
htmlPage = """
<html>
<body>
<h2>SFMOMA</h2>
<img src="%s"/>
<h2>La Tour Eiffel</h2>
<img src="%s"/>
<h2>Tahoe City and Sugarbowl</h2>
<img src="%s"/>
<h2>Google and Apple</h2>
<img src="%s"/>
</body>
</html>
self.gmap.add_marker(
LatLonMarker(attrs['lat'],
attrs['lon'],
color='green',
label='S'))
def endElement(self, name):
if name == 'trk':
self.gmap.add_marker(
LatLonMarker(self.prev[0],
self.prev[1],
color='red',
label='E'))
munich = DecoratedMap(size_x=640, size_y=640, pathweight=8, pathcolor='blue')
parser = xml.sax.make_parser()
parser.setContentHandler(GPXHandler(munich))
parser.feed(open('Current.gpx').read())
htmlPage = """
<html>
<body>
<h2>Munich</h2>
<i>Trip from Schwabing (S) to Airport (E). Current.gpx file taken of my Garmin device and edited down to single track.</i>
<p/>
<p/>
<img src="%s"/>
</body>
</html>
""" % munich.generate_url()
def estimate_DOA_path(self,
method,
path=lambda x:
(np.cos(2 * np.pi * x), np.sin(2 * np.pi * x)),
array_GPS=False,
npoints=2500,
map_zoom=20,
map_scale=2,
freq=False,
AF_freqs=(False, False)):
"""Gives an estimate of the source DOA along the `path` provided, otherwise along the unit circle if `path` is not present.
Parameters
----------
method : str
One of; "GCC", "MUSIC", or "AF-MUSIC". The method to use for DOA estimation.
path : str/function
A filepath to a saved Google Earth path (in .kmz form), else a function f: [0,1]->R^2 to act as a parametrisation of the path at which to evaluate the DOA estimator.
npoints : int
The number of points along the path to sample.
array_GPS : ()
!! REQUIRES CONVERSION TO PYPROJ !!
map_zoom : int
Zoom level of GEarth imagery. See motionless documentation for more details.
map_scale : int
Map scale of GEarth imagery. See motionless documentation for more details.
freq : float
The frequency at which to evaluate the *narrowband* MUSIC algorithm, if using.
AF_freqs : (float, float)
A lower and upper limit on the frequncies at which to eveluate the AF-MUSIC algorithm, if using.
"""
pathstr = False
if isinstance(path, str):
assert array_GPS
pathstr = path
path = self._get_path(path, array_GPS)
else:
assert callable(path)
dom = np.array(path(np.linspace(0, 1, npoints)))
if method.upper() == "GCC":
eval_dom = self._objective_(dom[0, :], dom[1, :])
elif method.upper() == "MUSIC":
assert freq, "Frequency must be provided for MUSIC calculation"
pos = fft_pack.rfftfreq(2 * self.data.shape[0]) * self.sample_rate
actidx = np.argmin(abs(pos - freq))
self.dataFFT = fft_pack.rfft(self.data,
axis=0,
n=2 * self.data.shape[0])
eval_dom = self._MUSIC2D_((pos[actidx], actidx), dom[0:1, :].T,
dom[1:, :].T).flatten()
elif method.upper() == "AF-MUSIC" or method.upper() == "AF_MUSIC":
self.dataFFT = fft_pack.rfft(self.data,
axis=0,
n=2 * self.data.shape[0])
eval_dom = self._AF_MUSIC_subset(dom[0:1, :].T,
dom[1:, :].T,
freqs=AF_freqs).flatten()
else:
print("Method not recognised. Defaulting to GCC.")
eval_dom = self._objective_(dom[0, :], dom[1, :])
maxidx = np.argmax(eval_dom)
x_max = dom[0, maxidx]
y_max = dom[1, maxidx]
theta = np.arctan2(y_max, x_max) * 180 / np.pi
plt.figure(1)
if pathstr:
plt.subplot(121)
else:
pass
p = plt.scatter(dom[0, :], dom[1, :], c=eval_dom)
for m in np.arange(self.mics.shape[0]):
plt.scatter(self.mics[m, 0], self.mics[m, 1], marker='x')
plt.xlim([np.min(dom[0, :]), np.max(dom[0, :])])
plt.ylim([np.min(dom[1, :]), np.max(dom[1, :])])
plt.title(
r"{} DOA Estimate; Max at $({:.2f}, {:.2f})$, $\theta={:.1f}^\circ$"
.format(pathstr if pathstr else "", x_max, y_max, theta))
plt.xlabel(r"x [m] East/West")
plt.ylabel(r"y [m] North/South")
plt.colorbar(p)
if pathstr:
lat, lon = _inv_proj(dom[:, maxidx:maxidx + 1].T, array_GPS)
# print(lat, lon, '\n', array_GPS)
with open("./data/apikey", 'r') as f_ap:
key = f_ap.readline()
dmap = DecoratedMap(maptype='satellite',
key=key,
zoom=map_zoom,
scale=map_scale)
dmap.add_marker(
LatLonMarker(lat=array_GPS[1], lon=array_GPS[0], label='A'))
dmap.add_marker(LatLonMarker(lat=lat[0], lon=lon[0], label='B'))
response = requests.get(dmap.generate_url())
with open("{}.png".format(pathstr), 'wb') as outfile:
outfile.write(response.content)
im = mpimg.imread("{}.png".format(pathstr))
plt.subplot(122)
plt.imshow(im)
plt.xticks([])
plt.yticks([])
plt.title("{} Satellite Imagery".format(pathstr))
plt.xlabel("A: Array\nB: Bird")
plt.show()
