Mar-11-2018, 10:10 PM
Here's a piece I wrote up a while back. Been wanting to post it. Haven't really had the chance...
It basically estimates what a reasonable home price is. Figured it was a decent application of code. It can definitely be streamlined but I think it's inner logic is pretty good.
My inline comments are sparse. More, likely, would have been useful...
the imported class module:
Plagiarism is the highest form of flattery ...so PLEASE steal this! Take it apart...use it for groceries, whatever your hearts please haha lol
And also Feedback is always appreciated...rip me/it apart!
It basically estimates what a reasonable home price is. Figured it was a decent application of code. It can definitely be streamlined but I think it's inner logic is pretty good.
My inline comments are sparse. More, likely, would have been useful...
the imported class module:
#!usr/bin/env python3
import os
class House():
_propcounter = 0
def __init__(self, street_name, price, income, units, age, sqft,lot):
self.street_name = street_name
self.price = float(price)
self.original_price = self.price
self.income = float(income)
if self.income == 0:
self.income = 1
self.units = int(units)
self.age = int(age)
self.sqft = float(sqft)
if self.units > 1:
self.avgsqft = self.sqft / self.units
self.lot = float(lot)
House._propcounter += 1
def alter(self,alterations,alterations_cost=0):
self.alterations = alterations
self.alterations_cost = alterations_cost
self.price += self.alterations_cost
print('***Please be cognizant you have chosen to add a remodeling charge of: '+str('{:,}'.format(self.alterations_cost)) +' to property price.')
print('>>>Your new price is amended to: $'+str('{:,}'.format(self.price)))
return self.alterations,self.alterations_cost, self.price
def questionable_time(self):
if (self.price/self.income) >12:
print('**this property does not generate sufficient cash flows**')
self.questionable = 'will not break even.'
self.calib = self.income * 8
print('** $'+str(self.calib)+' is more realistic.**')
else:
self.questionable = 'timely.'
self.calib = self.price
return self.questionable, self.calib
def info(self):
if self.calib:
print('Currently:')
if self.units > 1:
self.unitpl = 'units'
else:
self.unitpl = 'unit'
if 9999>=self.lot>=100:
self.lot /= 10000
if 100>self.lot >=10:
self.lot /= 100
if 10 > self.lot>=1:
self.lot /= 10
self.avgsqft = self.sqft / self.units
self.sqft_income = float(self.income / self.sqft)
print('sqft: {:,}'.format(self.sqft))
print('''\tThis house is ${:,}.\n\tHouse generates ${:,} in annual income.\n\tIt has {} {} and {:,} sqft {}.\n\tIts floor plan is {:,} sqft. \n\tIts lot size is {:,} acres.\n\tIt generates ${:,} /sqft yrly.
'''.format(self.price,self.income,self.units,self.unitpl,self.avgsqft,self.unitpl,self.sqft,self.lot,self.sqft_income))
return self.avgsqft,self.lot,self.sqft_income
def generic_info(self,vrate=0.05):
self.vrate = vrate
self.monthly_income = self.income/self.units/12
self.vmi = (1-self.vrate) * self.monthly_income
if (0<=self.age<=35):
self.upkeep = float(0.05 * self.monthly_income)
self.vupkeep = float(0.05 * self.vmi)
elif (35<self.age<=60):
self.upkeep = float(0.1 * self.monthly_income)
self.vupkeep = float(0.1 * self.vmi)
else:
self.upkeep = float(0.2 * self.monthly_income)
self.vupkeep = float(0.2 * self.vmi)
self.pretax_income = self.monthly_income - self.upkeep
self.vpretax_income = self.vmi - self.vupkeep
if self.lot >=10:
self.lot /= 100
if 10 > self.lot>=1:
self.lot /= 10
return self.sqft, self.lot, self.monthly_income, self.upkeep, self.pretax_income, self.vmi, self.vupkeep, self.vpretax_income
def print_generic_info(self):
print('Your monthly income is...${:,}. Monthly upkeep is ${:,}.\nMonthly pretax is ${:,}.'.format(self.monthly_income,self.upkeep,self.pretax_income))
if self.vrate != 0:
print('VACANCY VERSION \nYour monthly income is ${:,}. Monthly upkeep is ${:,}.\nMonthly pretax is ${:,}.'.format(self.vmi,self.vupkeep, self.vpretax_income))
def utility(self,electric,gas,heat,water):
self.electric = int(electric)
self.gas = int(gas)
self.heat = int(heat)
self.water = int(water)
self.totalu = self.electric + self.gas + self.heat + self.water
self.totaluu = int(self.totalu/self.units)
print('total cost of utilities is ${:,}.\nWith {} {}, this is ${:,}/unit.'.format(self.totalu, self.units,self.unitpl, self.totaluu))
return self.totalu, self.totaluu
def tenant_utilities(self,telectric,tgas,theat,twater):
self.telectric = telectric
self.tgas = tgas
self.theat = theat
self.twater = twater
return self.telectric, self.gas, self.theat, self.twater
def town(self,town,school,taxes):
self.town = str(town)
self.school = int(school)
self.taxes = float(taxes)
self.rep = self.school + (0.0001*self.taxes)
return self.rep, self.town
def sqft_score(self):
if self.sqft <= 1200:
self.rep -= 0.4
elif self.sqft > 2000:
self.rep += 0.4
return self.rep
def lot_score(self):
if self.lot > 0.3:
self.rep += 1
if 0.3 >= self.lot >0.275:
self.rep +=0.75
if 0.275 >= self.lot <0.250:
self.rep +=0.50
if 0.250>=self.lot > 0.225:
self.rep += 0.25
if self.lot < 0.2:
self.lot -= 1
return self.rep
def ins(self,flood, hoins=0):
self.flood = flood
self.hoins = int(hoins)
return self.flood, self.hoins,
def physical(self,roof,basement=None,garage=None,insulation=None):
self.roof = roof
self.basement = basement
self.garage = garage
self.insulation = insulation
return self.roof, self.basement, self.garage,self.insulation
def score(self):
if self.telectric == 'n' or self.telectric == 'no':
self.rep -=0.5
if self.tgas == 'no' or self.tgas == 'n':
self.rep -= 0.5
if self.theat == 'no' or self.theat == 'n':
self.rep -= 0.7
if self.twater == 'no' or self.twater =='n':
self.rep -= 0.5
if (self.price / self.income) <=9:
self.rep += 2
if 9 < (self.price/self.income) <=12:
self.rep += 0
if (self.price/self.income) >12:
self.rep -=1
print('**this property does not generate sufficient cash flows**')
if self.hoins <= 1400:
self.rep += 1
if self.flood == 'no' or self.flood =='n':
self.rep += 2
if self.basement == 'yes' or self.basement == 'y':
self.rep += 1
if 0 <= self.roof <=5:
self.rep += 0.8
if 5<self.roof <10:
self.rep += 0.5
if self.roof>= 15:
self.rep -= 0.5
if self.garage == 'yes' or self.garage == 'y':
self.rep += 1.3
if self.insulation =='yes' or self.insulation=='y':
self.rep +=1.0
if self.insulation =='partial' or self.insulation =='part' or self.insulation =='p':
self.rep +=0.5
print(self.rep)
return self.rep
def mortg_calc(self,down,prate):
self.prate=float(prate)
if self.prate >= 1.00:
self.prate /= 100
self.prate /= 12
self.payment= float((self.price - down)*((self.prate*(1+self.prate)**360) / ((1+self.prate)**360 -1)))
if self.payment:
filen ='mlstest0.txt'
with open(filen,'a+') as f:
f.write(str(House._popcounter) + ' '+ self.town.upper() + " " +self.street_name)
f.write('\n######MORTGAGE CALC: ')
f.write('monthly payment is: ' +str(self.payment))
f.write('\n\t---this includes tax, h.o.i., and flood')
self.ins = (self.taxes + self.hoins)/12
print('self.prate' +str(self.prate) +'self.down'+str(down)+'self.py'+str(self.payment))
if self.flood:
self.ins += 200
self.payment += self.ins
return self.prate, self.ins, self.payment
def writeintofile(self):
filen ='mlstest0.txt'
with open(filen,'a+') as f:
f.write('\n\n\n')
f.write(str(House._propcounter) + ' '+ self.town.upper() + " ")
f.write(self.street_name + '\n---final score: ')
f.write(str(self.rep)+ self.questionable.upper())
if (self.price/self.income) >12:
f.write('\n\t\t>>REASONABLE: $' +str(self.calib))
f.write('\n---price: $' +str('{:,}'.format(self.price)))
if self.price != self.original_price:
f.write('\n\t>>you have added a remodeling charge of: $'+str('{:,}'.format(self.alterations_cost)) +'to property price.')
f.write('\n---income: $'+str('{:,}'.format(self.income)))
f.write('\n---floor: '+str(self.sqft)+ ' --monthly sqft income: $' +str(self.sqft_income))
f.write('\n---lot size: '+str('{:,}'.format(self.lot)) +' acres')
f.write(' ---'+str('{:,}'.format(self.sqft)) +' sqft floor plan')
f.write('\n---pretax income: '+str('{:,}'.format(self.pretax_income)))
f.write('\n---pretax w/ vacancy: '+ str('{:,}'.format(self.vpretax_income)))
f.write('\n---home age: '+ str(self.age))
f.write('\n---insulation: '+ str(self.insulation.upper()))
f.write('------\n\n')
print('all done...you may open file...\nlocated in: '+os.getcwd())
if __name__=='__main__':
print('ok...running module as main file...')
else:
print(__name__,' not run as main file.')The user "front end":#!usr/bin/env python3
#simi0op.py
import sys
from simi1cl import House
i = 0
while True:
run = str(input('please confirm...enter \'go\':'))
if run != 'go':
# print('thx for using CestiMATE. C ya round...')
sys.exit()
while True:
i += 1
print(i)
try:
street_name=str(input('enter a street name for house.'))
town=str(input('enter town'))
alterations=str(input('do you expect remodeling [yes/no]?'))
space = street_name.find(' ')
code, lbl = street_name.split(' ')
except ValueError:
print('please enter letters only.')
continue
break
if alterations =='yes' or alterations == 'y':
code.alter(alterations, alterations_cost)
try:
alterations_cost= float(input('how much do you anticpate spending on remodeling: $'))
except ValueError:
print('please enter a dollar amount')
continue
while True:
try:
price=int(input('price of house...'))
income = int(input('annual income generated...'))
units = int(input('how many units on property? '))
age = int(input('age of dwelling? '))
sqft=int(input('what is the floor plan square footage?'))
lot=int(input('lot size: '))
except ValueError:
print('please enter whole numbers only...')
continue
break
code = House(code, price,income,units,age,sqft,lot)
code.questionable_time()
code.info()
print('20%[-#--------]80% to go')
while True:
generic = input('{:^s}'.format('wish to view generic financial earnings\' info? [yes/no]'))
if generic =='':
continue
code.generic_info()
if generic == 'n' or generic == 'no':
print('ok, no problem')
break
else:
code.print_generic_info()
break
print('moving on')
print('30%[--#------]70% to go')
while True:
try:
electric=int(input('power is...'))
gas = int(input('gas is...'))
if gas =='':
gas = (electric/2)
electric = gas
heat = int(input('heat is...'))
water = int(input('water is...'))
break
except ValueError:
print('please round up...')
continue
print('thank you...')
code.utility(electric,gas,heat,water)
print('40%[---#------]60% to go')
while True:
print('{:^30}'.format('please answer [yes/no]\nBLANK = \'NO\''))
try:
telectric=str(input('Does tenant pay electric?...'))
if telectric == '':
telectric = 'no'
tgas = str(input('Does tenant pay gas?...'))
if tgas == '':
tgas = 'no'
theat = str(input('Does tenant pay heat?...'))
if theat == '':
theat = 'no'
twater = str(input('Does tenant pay water?...'))
if twater == '':
twater = 'no'
break
except ValueError:
print('must be a string...')
continue
print('thank you...')
code.tenant_utilities(telectric, tgas, theat, twater)
print('50%[----#-----]50% to go')
while True:
try:
print('''SCHOOL SYSTEM
use a scale of 1 -5:
1 = worst (cambden/paterson)
3 = middle (dumont)
5 = best (alpine/norwood)
''')
school = int(input('enter your town\'s reputation score...basically are its schools great?'))
break
except ValueError:
print('must be a number.')
continue
while True:
try:
taxes=int(input('annual taxes...'))
break
except ValueError:
print('must be annual amount')
continue
code.town(town,school,taxes)
print('60%[-----#----]40% to go')
while True:
try:
hoins=int(input('annual h.o ins premium...'))
break
except ValueError:
print('must be annual amount')
continue
print('70%[------#---]30% to go')
print('gettin\' there')
while True:
try:
flood = str(input('''enter [yes/no]
Is flood insurance required? '''))
break
except ValueError:
print('must be [yes/no]')
continue
code.ins(flood,hoins)
print('80%[-------#--]20% to go')
while True:
try:
roof=int(input('please enter age of roof in years.'))
break
if roof == '':
roof = 15
except ValueError:
print('please enter whole numbers only')
continue
print('90%[--------#-]10% to go')
while True:
try:
print('please answer [yes/no]...')
basement=str(input('basement?...'))
garage = str(input('garage?...'))
insulation=str(input('insulation?options-->[yes,partial,no]...'))
break
except ValueError:
print('please answer yes/no...')
continue
code.physical(roof,basement,garage,insulation)
print('100%[---------#]Done.')
#print('{:^30s}'.format(mort_question))
while True:
try:
mort_question = input('Do you wish to find your 30 year mortgage quote?')
except ValueError:
print('please answer [yes/no]')
continue
if mort_question =='no' or mort_question== 'n':
break
try:
amount_down = float(input('Enter amount you are putting down...'))
if amount_down ==25 or amount_down == '':
amount_down = float(price /4)
if amount_down ==20:
amount_down =float(price /5)
if amount_down == 5:
amount_down = float(price/20)
prate = float(input('Enter APR'))
except ValueError:
print('please enter numbers...')
continue
print('price: ',price,' amount down: ',amount_down)
code.mortg_calc(amount_down, prate)
break
code.sqft_score()
code.lot_score()
code.score()
write_file=str(input('confirm you want to save into a file..'))
if write_file == 'yes' or write_file == 'y':
code.writeintofile()
run = str(input('do you wish to look at another property now?'))
if run == 'no' or run == 'n':
print('i: ',i,'House class: ',code._propcounter)
print('t\'was a pleasure interacting with you...\nCestiMATE looks forward to seeing you back!')
sys.exit()And yes I used tabs instead of spaces (in violation of PEP8...) apologies.Plagiarism is the highest form of flattery ...so PLEASE steal this! Take it apart...use it for groceries, whatever your hearts please haha lol
And also Feedback is always appreciated...rip me/it apart!