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#!usr/bin/env python3
import datetime
# NOTE: Maybe the whole thing should be re-thought to actually prompt for date.
# That way you can easily fill in a calendar of sorts, which is much easier to loop through and calculate what hours were overtime etc.
# This can probably be done with some smarts, which assume that if you start at 08:00, 07:00 doesn't mean the same day.
# Meaning you only need to prompt for the date of the call time, not the date of the wrap time.
# This will also automatically let you know if it was a weekend and stuff like that.
# TODO: Prompt user for base rate, call time, wrap time, whether overtime was warned, and if it was a weekend.
# This should be enough to calculate the pay for a single day's work.
# These accumulate gradually as you enter hours
normal_hours = 0.0
ot1_hours = 0.0
ot2_hours = 0.0
ot3_hours = 0.0
baserate = int(input("What's your base dayrate (sats)? "))
hourly_rate = baserate/7.5
print("Hourly rate:", str(hourly_rate))
print("\nTime to add your hours of work.")
def timeInput(prompt, fulldate=False):
if fulldate:
formatprompt="YY/MM/DD HrMn"
strpformat="%y/%m/%d %H%M"
else:
formatprompt="HrMn"
strpformat="%H%M"
while True:
print(prompt)
print(formatprompt)
i = input()
# If empty, return empty string
if i=="": return ""
try:
t = datetime.datetime.strptime(i, strpformat)
break
except ValueError:
print("Wrong format. Try again.")
return t
def floatify(hour, minutes):
# Turns hour and minute into a single float that is easier to do math with
return float(hour+(minutes/60.0))
# --- Data gathering loop ---
while True:
calltime = timeInput("CALL TIME (24-hour format. Leave blank to continue.)", True)
if calltime == "":
break
wraptime = timeInput("\nWRAP TIME (24-hour format)")
# Giving wrap same date as call
wraptime = wraptime.replace(year=calltime.year, month=calltime.month, day=calltime.day)
# If clock nr at wrap is equal to or lower than call, then a day has passed.
if floatify(wraptime.hour, wraptime.minute) <= floatify(calltime.hour, calltime.minute):
wraptime += datetime.timedelta(days=1)
difference = wraptime-calltime
hours_worked = difference.total_seconds()/3600
print("\nCalltime:",calltime)
print("Wraptime:",wraptime)
print("Delta:",hours_worked,"hours.\n")
# This part makes no sense. Don't worry. It'll be made to make sense.
overtime = hours_worked > 8
if overtime:
overtime_hours = hours_worked-8
print("Overtime detected.")
warned_overtime = "y" in input("Was this overtime warned about before 12 o'clock the day before? [y/n]: ").lower()
if warned_overtime:
if "n" in input("Was it warned of entirely? [y/n] ").lower():
#overtime_warned_until = timeInput("Until what time was it warned?")
print("Feature not yet implemented.")
# --- Price calculation ---
# NOTE:
# First two hours of warned overtime are 50%, unwarned is 100%
# Any work after 20:00 is overtime
# There is a rule that you always have to invoice for 4 hours or more pr day on ad-shoots. Take this into account.
#
# Extremely naive calculation
sum = 0
if overtime:
sum += overtime_hours*(hourly_rate*1.5)
print("\nDifference:", difference)
print("Hours worked:", hours_worked)
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