if BMI < 18.5:
print("You have to gain a lot of weight to be obese!")
elif 18.5 <= BMI <= 24:
print("You are in the normal weight range, that is good!")
elif 24 < BMI <= 25:
print("You are in the normal weight range, but you have to be careful...")
elif 25 < BMI < 30:
print("You are overweight.")
else:
print("You are obese, get help!")
print("\n")
if sex == 'Female':
ave_bmi_country = F.ave_bmi_kvk_country(country, cursor)[0][0]
ave_bmi_country = float(format(ave_bmi_country, '.2f'))
ave_bmi_world = F.ave_bmi_kvk_world(cursor)[0][0]
ave_bmi_world = float(format(ave_bmi_world, '.2f'))
elif sex == 'Male':
ave_bmi_country = F.ave_bmi_kk_country(country, cursor)[0][0]
ave_bmi_country = float(format(ave_bmi_country, '.2f'))
ave_bmi_world = F.ave_bmi_kk_world(cursor)[0][0]
ave_bmi_world = float(format(ave_bmi_world, '.2f'))
print("The average BMI for {} in {} is {}".format(sex, country, ave_bmi_country))
print("The average BMI for {} in the world is {}".format(sex, ave_bmi_world))
if ave_bmi_world > BMI:
prosenta = (BMI / ave_bmi_world)*100
prosenta = format(prosenta, '.2f')
