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KatieHoban/gist:c6dfd3c5af0c0e550204

Last active August 29, 2015 14:00
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GRAI Calculator
Raw
gistfile1.py
def open_file(file_name):
file_object = open(file_name, 'r', encoding = 'ISO-8859-1')
return file_object
def water_calculator(weight, activity_leveler, size):
ounces = ((weight * (2/3))+((activity_leveler/30)*12))
total_ounces = ounces*size
return total_ounces
def calorie_calculator(age, sex, activity_level, size):
if age > 3:
if 3 <= age < 8:
if sex == 'M':
print ('M')
print ("child")
if activity_level == 'sedentary':
calories = size*1400
elif activity_level == 'moderate':
calories = size * 1500
elif activity_level == 'active':
calories = size * 1800
elif sex == 'F':
print ('F')
print ('child')
if activity_level == 'sedentary':
calories = size * 1400
elif activity_level == 'moderate':
calories = size * 1500
elif activity_level == 'active':
calories = size * 1600
elif 8 <= age < 13:
if sex == 'M':
print ('M')
print ("big kid")
if activity_level == 'sedentary':
calories = size * 1800
elif activity_level == 'moderate':
calories = size * 2000
elif activity_level == 'active':
calories = size * 2300
elif sex == 'F':
print ('F')
print ('big kid')
if activity_level == 'sedentary':
calories = size * 1600
elif activity_level == 'moderate':
calories = size * 1800
elif activity_level == 'active':
calories = size * 2000
elif 13 <= age < 18:
if sex == 'M':
print ('M')
print('teen')
if activity_level == 'sedentary':
calories = size * 2200
elif activity_level == 'moderate':
calories = size * 2600
elif activity_level == 'active':
calories = size * 3000
elif sex == ('F'):
print ('F')
print ('teen')
if activity_level == 'sedentary':
calories = size * 1800
elif activity_level == 'moderate':
calories = size * 2000
elif activity_level == 'active':
calories = size * 2400
elif 18 <= age < 30:
if sex == 'M':
print ('M')
print ('young adult')
if activity_level == 'sedentary':
calories = size * 2400
elif activity_level == 'moderate':
calories = size * 2700
elif activity_level == 'active':
calories = size * 3000
elif sex == 'F':
print ('F')
print ('young adult')
if activity_level == 'sedentary':
calories = size * 2000
elif activity_level == 'moderate':
calories = size * 2100
elif activity_level == 'active':
calories = size * 2400
elif 30 <= age < 50:
if sex == 'M':
print ('M')
print ('middle aged')
if activity_level == 'sedentary':
calories = size * 2200
elif activity_level == 'moderate':
calories = size * 2500
elif activity_level == 'active':
calories = size * 2900
elif sex == 'F':
print ('F')
print ('middle aged')
if activity_level == 'sedentary':
calories = size * 1800
elif activity_level == 'moderate':
calories = size * 2000
elif activity_level == 'active':
calories = size * 2200
elif 50 < age < 150:
if sex == 'M':
print ('M')
print ('old')
if activity_level == 'sedentary':
calories = size * 2000
elif activity_level == 'moderate':
calories = size * 2300
elif activity_level == 'active':
calories = size * 2600
elif sex == 'F':
print ('F')
print ('old')
if activity_level == 'sedentary':
calories = size * 1600
elif activity_level == 'moderate':
calories = size * 1800
elif activity_level == 'active':
calories = size * 2100
else:
print ("baby")
if activity_level == 'sedentary':
calories = size * 1000
elif activity_level == 'moderate':
calories = size * 1200
elif activity_level == 'active':
calories = size * 1400
return calories
def construct_dict(file_object):
mydict = {}
country_list = []
year_list = []
for line in file_object:
lister = line.strip().split(',')
new_list = []
country_name = lister[0]
#print (country_name)
new_list.append(country_name)
n = 1
#print (lister)
while n < 59:
try:
population = lister[n]
#print (population)
new_list.append(population)
n += 1
except IndexError:
n += 1
mydict[country_name]=new_list
country_list.append(country_name)
if country_name == 'Country Name':
year_list = lister[3:]
#print (year_list)
country_list = country_list[3:]
#print (country_list)
return mydict
def total_population (mydict):
n = 5
year = 1960
annual_population = 0
year_dict = {}
for key in mydict:
if key == "World":
lister = []
for i in mydict[key]:
lister.append(i)
while n < 59:
try:
annual_population = int(lister[n])
year_dict[year] = annual_population
#print (year, annual_population)
year += 1
n += 1
except IndexError:
#print ("error")
n += 1
except ValueError:
#print ("error")
n += 1
return year_dict
def year_population (year_dict, year):
mini_dict = {}
for key in year_dict:
if key == year:
#print (year, year_dict[key])
mini_dict[year] = year_dict[key]
return mini_dict
def country_population (mydict, year, country):
n = year - 1955
population = 0
for key in mydict:
if key == country:
population = mydict[key][n]
mini_dict = {}
country_year = ""
country_year = country + ", " + str(year)
#print (country_year)
#print (country, year, population)
mini_dict[country_year] = population
return mini_dict
def run_calculator():
sex = input("Enter sex, M or F:")
age = int(input("Enter age:"))
weight = int(input("Please enter your weight:"))
activity_level = input("Enter activity level (sedentary, moderate, or active:)")
activity_leveler = int(input("Please enter how many minutes a day you work out:"))
size = int(input("Enter size of population:"))
water = water_calculator(weight, activity_leveler, size)
food = calorie_calculator(age, sex, activity_level, size)
print ("{} ounces of water and {} calories".format(str(water), food))
def print_entry(dicter):
for key in dicter:
print (key, dicter[key])
def main():
print ("Type 'manual' to manually input calculator values.")
print ("Type 'world' to view population over time.")
print ("Type 'year' to view population for a specific year")
print ("Type 'country' to view population for a specific year in a specific country.")
print ("Type 'world calculator' to calculate food and water needs worldwide over time.")
print ("Type 'year calculator' to calculate food and water needs for a specific year.")
print ("Type 'country calculator' to calculate food and water needs for a specific year in a specific country.'")
print ("Type 'q' to quit.")
continuity = input ("Please enter text:")
file = open_file('sp.pop.totl_Indicator_en_csv_v2.csv')
mydict = construct_dict(file)
year_dict = total_population (mydict)
while continuity != "q":
if continuity == "manual":
run_calculator()
elif continuity == "world":
print_entry(year_dict)
elif continuity == "year":
year = int(input("Please enter a year: "))
mini_year = year_population (year_dict, year)
print_entry(mini_year)
elif continuity == "country":
year = int(input("Please enter a year: "))
country = input ("Please enter a country: ")
mini_pop = country_population (mydict, year, country)
print_entry(mini_pop)
else:
print ("This feature is still under development.")
print ("Type 'manual' to manually input calculator values.")
print ("Type 'world' to view population over time.")
print ("Type 'year' to view population for a specific year")
print ("Type 'country' to view population for a specific year in a specific country.")
print ("Type 'world calculator' to calculate food and water needs worldwide over time.")
print ("Type 'year calculator' to calculate food and water needs for a specific year.")
print ("Type 'country calculator' to calculate food and water needs for a specific year in a specific country.'")
print ("Type 'q' to quit.")
continuity = input ("Please enter text:")
if continuity == "stats":
year_dict = total_population (mydict)
mini_year = year_population (year_dict, 1965)
mini_pop = country_population (mydict, 1965, 'Afghanistan')
continuity = input ("Press enter to continue: ")
main()
##def print_entry(db, state, county):
## for key in db:
## if db[key][0]== state:
## if db[key][1]== county:
## #print (key)#('{}{}'.format(i[0],i[1]))
## lister = []
## for i in db[key]:
## lister.append(i)
## #print (i)
## #print(lister)
## print ("County with the smallest population: ")
## print ("State name = {}".format(lister[0]))
## print ("County name = {}".format(lister[1]))
## print ("PopEst = {}".format(lister[2]))
## print ("Births = {}".format(lister[3]))
## print ("NetMigr = {}".format(lister[4]))
##
##def print_stats(db):
## min = 1000000000000000
## max = 0
## count = 0
## total = 0
## for i in db:
## try:
## j = int(db[i][2])
## if j < min:
## min = j
## min_state = db[i][0]
## min_county = db[i][1]
## min_pop = db[i][2]
## min_births = db[i][3]
## min_mig = db[i][4]
## if j > max:
## max = j
## max_state = db[i][0]
## max_county = db[i][1]
## max_pop = db[i][2]
## max_births = db[i][3]
## max_mig = db[i][4]
## count += 1
## total += j
## except:
## continue
## print ("County with the largest population: ")
## print ("State name = {}".format(max_state))
## print ("County name = {}".format(max_county))
## print ("PopEst = {}".format(max_pop))
## print ("Births = {}".format(max_births))
## print ("NetMigr = {}".format(max_mig))
##
## print ("County with the smallest population: ")
## print ("State name = {}".format(min_state))
## print ("County name = {}".format(min_county))
## print ("PopEst = {}".format(min_pop))
## print ("Births = {}".format(min_births))
## print ("NetMigr = {}".format(min_mig))
##
##def main():
## db = open_file()
## #print_dict(db)
## print_stats(db)
## state = 'la'
## county = 'la'
## while state != 'q' and county != 'q':
## state = input("Please enter state, enter q to quit: ")
## if state == 'q':
## break
## county = input("Please enter county, enter q to quit: ")
## print_entry(db, state, county)
##
##
##
##main()
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