def trend(county):
data = [] #NEW LISTS
signs = []
first = read_deaths(county)
for n in range(len(first) - 1):
change = first[n + 1] - first[n]
data.append(change) #ADD DATA TO NEW LIST
for i in range(len(data)):
if data[-1 - i] < -5: # NEGATIVE
signs.append('-')
elif data[-1 - i] > 5:
signs.append('+') #POSITIVE
elif -5 < data[-1 - i] < 5:
signs.append('=') #LESS THAN 5 EITHER WAY, SO EQUAL
print(county + ':'
"""
2013 2004
Trend: {}
""".format("".join(signs)))
return signs.count('+') - signs.count('-') # COUNT TO FIND STATISTICS
elif trendline.count("+") < trendline.count("-"):
#Second area is better
output = "I would rather live in {} than {}".format(area2, area1)
return output
else:
#Both areas are the same
output = "{} and {} are the same".format(area1, area2)
return output
#main body
#Handle the first name and data set
name1 = input("Enter the first area to check => ")
print(name1)
cdata1 = hw4_util.read_deaths(name1)
if len(cdata1) == 0:
#check name validity
print(name1, "is an invalid name")
sys.exit()
#Handle the second name and data set
name2 = input("Enter the second area to check => ")
print(name2)
cdata2 = hw4_util.read_deaths(name2)
if len(cdata2) == 0:
#check name validity
print(name2, "is an invalid name")
sys.exit()
#Compute the difference
data_[d] = '+'
data__ += data_[d]
elif float(data_[d]) <= low:
data_[d] = '-'
data__ += data_[d]
else:
data_[d] = '='
data__ += data_[d]
print county.ljust(15) + data__
## main body of program
if __name__ == "__main__":
county_1 = raw_input('First county => ')
print county_1
data_1 = hw4_util.read_deaths(county_1)
county_2 = raw_input('Second county => ')
print county_2
data_2 = hw4_util.read_deaths(county_2)
print
## conditional statements for different cases
if data_1 != [] and data_2 != []:
print ' ' * 15 + '2013' + ' ' * 3 + '2003'
read_deaths(county_1, data_1)
read_deaths(county_2, data_2)
elif data_1 != [] and data_2 == []:
print 'I could not find county %s' % county_2
elif data_1 == [] and data_2 != []:
print 'I could not find county %s' % county_1
else:
if count > 0:
print('I would rather live in', city1, 'than', city2)
elif count < 0:
print('I would rather live in', city2, 'than', city1)
else:
print(city1, 'and', city2, 'are the same')
else:
print('not equal lists')
area1 = input('Enter the first area to check => ')
print(area1)
dataC1 = hw4_util.read_deaths(area1) # Read data from file
##print(dataC1)
if dataC1 == []: # Check if data exists in list
print(area1, 'is an invalid name')
else:
area2 = input('Enter the second area to check => ')
print(area2)
dataC2 = hw4_util.read_deaths(area2)
## print(dataC2)
if dataC2 == []:
print(area2, 'is an invalid name')
else:
deathCount(area1, area2, dataC1, dataC2)
# Author: Yuze Bob Ma
# Date: Oct, 9th, 2016
# This code is written for HW4, part 2.
# import modules
import hw4_util
import sys
# load the files for the list
area_1 = input('Enter the first area to check => ')
print(area_1)
cdata1 = hw4_util.read_deaths(area_1)
if cdata1 == []:
print(area_1 + ' is an invalid name')
sys.exit()
area_2 = input('Enter the second area to check => ')
print(area_2)
cdata2 = hw4_util.read_deaths(area_2)
if cdata2 == []:
print(area_2 + ' is an invalid name')
sys.exit()
# analyse the trend
trend = []
for i in range(11):
diff = cdata1[i] - cdata2[i]
if abs(diff) <= 50:
trend.append('=')
elif diff < -50:
trend.append('+')
else:
elif -5 < data[-1 - i] < 5:
signs.append('=') #LESS THAN 5 EITHER WAY, SO EQUAL
print(county + ':'
"""
2013 2004
Trend: {}
""".format("".join(signs)))
return signs.count('+') - signs.count('-') # COUNT TO FIND STATISTICS
#INPUTS
first_county = input('Enter the first area to check => ')
print(first_county)
if read_deaths(first_county) == []: #INVALID NAME
print(first_county, 'is an invalid name')
sys.exit()
second_county = input('Enter the second area to check => ')
print(second_county)
if read_deaths(second_county) == []: #INVALID NAME
print(second_county, 'is an invalid name')
sys.exit()
print()
#CREATE FOR BOOLEANS
trend1 = trend(first_county)
trend2 = trend(second_county)