def socefficiency_value():
'''
calculate total social efficiency
'''
dict_temp = base.get_dict_block_area()
dict_socefficiency_value = {}
dict_block_park = get_dict_block_park()
for key in dict_block_park:
dict_socefficiency_value[key] = dict_block_park[key] \
/ dict_temp[key]
#print (dict_socefficiency_value)
return dict_socefficiency_value
averageV = sumV / num
listC.append(averageC)
listL.append(averageL)
listV.append(averageV)
#print(listC)
#print(listL)
#print(listV)
#average of distance ogf park
C_average = sum(listC) / len(listC)
#average of coverage of greenland
molecule = 0
denominator = 0
mo_dict = greenland.get_dict_block_greenland()
de_dict = base.get_dict_block_area()
#print (mo_dict)
#print (de_dict)
for item in mo_dict:
#print (mo_dict[item])
molecule += mo_dict[item]
#print ('^^^^^^^^^^^^^^^')
#print (molecule)
for item in de_dict:
#print (de_dict[item])
denominator += de_dict[item]
#print ('***************')
#print (denominator)
L_average = molecule / denominator / 1000000 * 100
#print(L_average)
averageV=sumV/num
listC.append(averageC)
listL.append(averageL)
listV.append(averageV)
#print(listC)
#print(listL)
#print(listV)
#average of distance ogf park
C_average = sum(listC)/len(listC)
#average of coverage of greenland
molecule= 0
denominator= 0
mo_dict = greenland.get_dict_block_greenland()
de_dict = base.get_dict_block_area()
#print (mo_dict)
#print (de_dict)
for item in mo_dict:
#print (mo_dict[item])
molecule += mo_dict[item]
#print ('^^^^^^^^^^^^^^^')
#print (molecule)
for item in de_dict:
#print (de_dict[item])
denominator += de_dict[item]
#print ('***************')
#print (denominator)
L_average = molecule / denominator /1000000 * 100
#print(L_average)
