new

import math as m

#===================
#for multiplication use '*', for power use '**'
current_properties_value=
daily_payment=
days=
#===================

ratio=current_properties_value/daily_payment

count=1
gain=0
gain_per_day=0
def f(dp,r,d,c,cpv,g,gpd):
    while c<=d:
        c+=1
        g+=dp
        gpd+=dp/r
        dp+=dp/r

    target=2**((days+ratio*m.log( current_properties_value,2))/ratio)

    #dp=(((ratio+1)**(days))/ratio**(days))*daily_payment
    print("Optimistic\n___________")
    print("daily payment:",int(dp/1000),"K")
    print("gain:",int(g/1000),"K")
    print("gain in daily payment:",int(gpd/1000),"K")
    print("property value:",int((g+cpv)/10000)/100,"M")

    print("\n\nPesimistic\n___________")
    print("daily payment:",int((( (target-current_properties_value)/ratio)+daily_payment)/1000),"K      ", int(100*((((( target -current_properties_value) /ratio)+daily_payment)))/dp),"%")

    print("gain:",int((target-current_properties_value)/1000),"K             ",int(((target-current_properties_value)/g)*100),"%")
    print("gain in daily payment:",int((((( (target-current_properties_value)/ratio)+daily_payment))-daily_payment)/1000),"K    ")
    print("property value:",int((target)/10000)/100,"M")
    print("\n\n\nratio~"+str(int(ratio)))
    print("current dp:",int( daily_payment/1000),"K")


f(daily_payment,ratio,days,count, current_properties_value,gain,gain_per_day)