def get_map(self):
"""Displays a google map oO"""
tmap = Map()
tmap.zoom = 12
# San Francisco
top_left = (37.793508, -122.511978)
bottom_right = (37.742485, -122.369156)
tmap.center = ((top_left[0] + bottom_right[0]) / 2,
(top_left[1] + bottom_right[1]) / 2)
pin_icon = Icon(id='pin',
image="http://gmaps-samples.googlecode.com/svn/trunk/markers/blue/blank.png"
)
for gps in self.application.pins:
point = (gps[0], gps[1], 'derp', pin_icon.id)
tmap.setpoint(point)
for gps in self.application.hotspots:
point = (gps[0], gps[1], 'derp')
tmap.setpoint(point)
gmap = PyMap(key='AIzaSyA59m0VtN62qf7Gu_c-_PSX_Eiw_t2vzBA', maplist=[tmap])
gmap.addicon(pin_icon)
mapcode = gmap.showhtml()
return mapcode
def showmap(lat, lng):
from pymaps import Map, PyMap, Icon # import the libraries
# Create a map - pymaps allows multiple maps in an object
tmap = Map()
tmap.zoom = 3
# Latitude and lognitude - see the getcords function
# to see how we convert from traditional D/M/S to the DD type
# used by Googel Maps
# lat = 0.0
# long = 0.0
#
# # These coordinates are for Hong Kong
# dlat = "22 15 0 N"
# dlong = "114 10 60 E"
#
# dlat = dlat.split(" ")
# dlong = dlong.split(" ")
#
# # Convert the coordinates
# lat = getcords(float(dlat[0]), float(dlat[1]), float(dlat[2]), dlat[3])
# lng = getcords(float(dlong[0]), float(dlong[1]), float(dlong[2]), dlong[3])
# Inserts html into the hover effect
pointhtml = "Hello!"
# Add the point to the map
icon = Icon()
point = (lat, lng, pointhtml, icon.id)
tmap.setpoint(point)
tmap.center = (1.757537, 144.492188)
# Put your own googl ekey here
GOOGLE_KEY = 0
gmap = PyMap(key=GOOGLE_KEY, maplist=[tmap])
gmap.addicon(icon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
# Do what you want with it - pass it to the template or print it!
return mapcode
def showmap():
# Create a map - pymaps allows multiple maps in an object
tmap = Map()
tmap.zoom = 3
# Latitude and lognitude - see the getcords function
# to see how we convert from traditional D/M/S to the DD type
# used by Googel Maps
lat = 0.0
long = 0.0
# These coordinates are for Hong Kong
dlat = "22 15 0 N"
dlong = "114 10 60 E"
dlat = dlat.split(" ")
dlong = dlong.split(" ")
# Convert the coordinates
lat = getcords(float(dlat[0]), float(dlat[1]), float(dlat[2]), dlat[3])
long = getcords(float(dlong[0]), float(dlong[1]), float(dlong[2]),
dlong[3])
# Inserts html into the hover effect
pointhtml = "Hello!"
pointicon = Icon()
# Add the point to the map
point = (lat, long, pointhtml, pointicon)
tmap.setpoint(point)
tmap.center = (1.757537, 144.492188)
# Put your own googl ekey here
gmap = PyMap(key="AIzaSyAKoLUaFGp_Eyl9ioFgZ2ARoHBz4nL1PXE", maplist=[tmap])
gmap.addicon(pointicon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
# Do what you want with it - pass it to the template or print it!
return mapcode
def showmap():
# Create a map - pymaps allows multiple maps in an object
tmap = Map()
tmap.zoom = 3
# Latitude and lognitude - see the getcords function
# to see how we convert from traditional D/M/S to the DD type
# used by Googel Maps
lat = 0.0
long = 0.0
# These coordinates are for Hong Kong
dlat = "22 15 0 N"
dlong = "114 10 60 E"
dlat = dlat.split(" ")
dlong = dlong.split(" ")
# Convert the coordinates
lat = getcords(float(dlat[0]), float(dlat[1]), float(dlat[2]), dlat[3])
long = getcords(float(dlong[0]), float(dlong[1]), float(dlong[2]), dlong[3])
# Inserts html into the hover effect
pointhtml = "Hello!"
pointicon = Icon()
# Add the point to the map
point = (lat, long, pointhtml, pointicon)
tmap.setpoint(point)
tmap.center = (1.757537,144.492188)
# Put your own googl ekey here
gmap = PyMap(key="AIzaSyAKoLUaFGp_Eyl9ioFgZ2ARoHBz4nL1PXE", maplist=[tmap])
gmap.addicon(pointicon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
# Do what you want with it - pass it to the template or print it!
return mapcode
def show_map(bcity):
"""Shows a map in your default browser with sites marked"""
print('\n---> Gerar Visualizacao Grafica dos Scores obtidos por Site de Localizacao\n')
zoom=int(eval(input('Zoom(4):')))
tmap = PyMap()
tmap.maps[0].center = (46.0000,7.0000)
tmap.key='AIzaSyCj-UAqhnY-fhkeCEayjALakrGJMgcaQ6A'
tmap.maps[0].zoom = zoom
blue_icon = Icon('blue_icon')
blue_icon.image = "http://www.clker.com/cliparts/B/B/1/E/y/r/marker-pin-google-md.png"
blue_icon.iconSize = (15,25)
tmap.addicon(blue_icon)
red_icon = Icon('red_icon')
red_icon.image = "http://www.clker.com/cliparts/e/3/F/I/0/A/google-maps-marker-for-residencelamontagne-md.png"
red_icon.iconSize = (15,25)
tmap.addicon(red_icon)
file=open('coords.csv','r')
reader=csv.reader(file)
for row in reader:
if row[0]==bcity:
p=[row[1],row[2],row[0][3:],'blue_icon']
tmap.maps[0].setpoint(p)
else:
p=[row[1],row[2],row[0][3:],'red_icon']
tmap.maps[0].setpoint(p)
file.close()
open('mymap.html','w').write(tmap.showhtml())
filepath = os.path.abspath('mymap.html')
webbrowser.open('file://' + filepath)
return '\nMapa guardado!'
tmap = Map()
tmap.zoom = 3
for row, l in enumerate(reader):
if row==0:
#print "\t".join(l)
pass
else:
#print "\t",l[1],l[2]
pointhtml = l[0]
point = (l[1], l[2], pointhtml, row)
tmap.setpoint(point)
gmap = PyMap(key="ABCDEFG", maplist=[tmap])
#gmap.addicon(icon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
print "<html><head>"
print mapcode
print "</head>"
print """<body onload="load()" onunload="GUnload()">
<div id="map" style="width: 760px; height: 460px"></div>
</body>
</html>"""from pymaps import Map, PyMap
import csv
reader = csv.reader(open('http://scraperwiki.com/scrapers/export/swimming-attempt/'), delimiter=',', quotechar='"')
tmap.zoom = 2
# prepare icons
iconRed = Icon('iconRed')
iconRed.image = "http://labs.google.com/ridefinder/images/mm_20_red.png"
iconRed.shadow = "http://labs.google.com/ridefinder/images/mm_20_shadow.png"
iconBlue = Icon('iconBlue')
iconBlue.image = "http://labs.google.com/ridefinder/images/mm_20_blue.png"
iconBlue.shadow = "http://labs.google.com/ridefinder/images/mm_20_shadow.png"
iconGreen = Icon('iconGreen')
iconGreen.image = "http://labs.google.com/ridefinder/images/mm_20_green.png"
iconGreen.shadow = "http://labs.google.com/ridefinder/images/mm_20_shadow.png"
iconYellow = Icon('iconYellow')
iconYellow.image = "http://labs.google.com/ridefinder/images/mm_20_yellow.png"
iconYellow.shadow = "http://labs.google.com/ridefinder/images/mm_20_shadow.png"
# create points
for x, row in data.T.iteritems():
icon = iconRed.id
point = (row['Lat'], row['Long'], text, icon)
tmap.setpoint(point)
# create googlemap
gmap = PyMap(key='XXXXXXXXXXXXXXXXXX', maplist=[tmap])
gmap.addicon(iconGreen)
gmap.addicon(iconYellow)
gmap.addicon(iconBlue)
gmap.addicon(iconRed)
# output
open('Data.html', 'wb').write(gmap.showhtml())
