def advanced_kml_output(self,
title='Location Indicators',
output_filename='output_advanced.kml',
color_ramp=[1, 500, 1000],
polygon_height=1000):
f = open(output_filename, "w")
header2 = header.replace('__title__', title)
f.write(header2)
for key, value in self.locations.items():
value = int(value)
if value < 1: continue
#print(key,value)
t = self.get_template(value, color_ramp=color_ramp)
poly = self.makeGoogleEarthBox(key)
height = value * polygon_height
# This is a 'ceiling' value to prevent the 3d polygons from getting to tall.
# TODO: remove this constraint for visualization
if height > MAX_POLYGON_HEIGHT:
height = MAX_POLYGON_HEIGHT
height = str(height)
poly = poly.replace("elevation", height)
t = t.replace("__name__", key)
t = t.replace("__coordinates__", poly)
t = t.replace('__title__', title)
f.write(t + "\n")
f.write(footer)
def advanced_kml_output(self,
title='Location Indicators',
output_filename='output_advanced.kml',
color_ramp=[1, 500, 1000],
polygon_height=1000):
f = open(output_filename, "w")
header2 = header.replace('__title__', title)
f.write(header2)
for key, value in self.locations.items():
value = int(value)
if value < 1: continue
print(key, value)
t = self.get_template(value, color_ramp=color_ramp)
poly = self.makeGoogleEarthBox(key)
#TODO: remove this constraint for visualization
if value > 50000:
value = 50000
height = value * polygon_height
height = str(height)
poly = poly.replace("elevation", height)
t = t.replace("__name__", key)
t = t.replace("__coordinates__", poly)
t = t.replace('__title__', title)
f.write(t + "\n")
f.write(footer)
def quartiles_kml_output(self,
title='Location Indicators',
output_filename='output_advanced.kml',
color_divides=[1, 500, 1000],
polygon_height=1000):
f = open(output_filename, "w")
header2 = header.replace('__title__', title)
f.write(header2)
for key, value in self.locations.items():
#value = int(value)
#if value < 1: continue
t = self.get_template(value, color_ramp=color_divides)
poly = self.makeGoogleEarthBox(key)
poly = poly.replace("elevation", 1)
t = t.replace("__name__", key)
t = t.replace("__coordinates__", poly)
t = t.replace('__title__', title)
f.write(t + "\n")
f.write(footer)
def simple_kml_output(self,title='Location Indicators',output_filename ='output_simple.kml' ):
f = open(output_filename,"w")
header2 = header.replace('__title__',title)
f.write(header2)
for key,value in self.locations.items():
value = int(value)
if value < 1: continue
print key,value
t = box_template
poly = self.makeGoogleEarthBox(key)
#TODO: remove this constraint for visualization
if value > 40:
value = 40
height = value * 400
height = str(height)
poly = poly.replace("elevation",height)
t = t.replace("__name__",key)
t = t.replace("__coordinates__",poly)
f.write(t+"\n")
f.write(footer)
def advanced_kml_output(self,title='Location Indicators',output_filename ='output_advanced.kml',color_ramp=[1,500,1000],polygon_height=1000):
f = open(output_filename,"w")
header2 = header.replace('__title__',title)
f.write(header2)
for key,value in self.locations.items():
value = int(value)
if value < 1: continue
print key,value
t = self.get_template(value,color_ramp=color_ramp)
poly = self.makeGoogleEarthBox(key)
#TODO: remove this constraint for visualization
if value > 50000:
value = 50000
height = value * polygon_height
height = str(height)
poly = poly.replace("elevation",height)
t = t.replace("__name__",key)
t = t.replace("__coordinates__",poly)
t = t.replace('__title__',title)
f.write(t+"\n")
f.write(footer)
