Posts: 13
Threads: 3
Joined: May 2019
Hello!
I am looking for luck 
I have whole idea how should work my game but i stuck with simple things 
Try to learn but it is not undersatnd to me so my question is 
How to combine this two codes 
init python:
class clock(object):
def __init__(self, century = 19, year = 1999, month = 1, day = 1, hour = 8, minute = 0):
self._century = century
self._year = year
self._month = month
self._day = day
self._hour = hour
self._minute = minute
def addtime(self, minutes, hours = 0, days = 0, months = 0, years = 0, centuries = 0):
self._minute += minutes # add minutes
self._hour += hours # add hours
self._day += days
self._month += months
self._year += years
self._century += centuries
# add hours by floor division minute over 60
self._hour += self._minute // 60
# add days by floor division hour over 24 - make sure to do this after hour's been added
self._day += self._hour // 24
self._month += self._day // 31 # Q Ok how to ?
self._year += self._month // 12 # Q 372 days
self._century += self._year // 100
# now we can clean up minutes and hours by using mod %
self._minute = self._minute % 60
self._hour = self._hour % 24
self._day = self._day % 31
self._month = self._month % 12
self._year = self._year % 372 # Q how to 365? and 366?
# use property to return formatted hour and minutes
@property
def century(self): # day as int
return self._century
@property
def year(self): # day as int
return self._year
@property
def yy(self): # minutes as mm.
year = "0" + str(self._year)
return year[-2:]
@property
def month(self): # day as int
return self._month
@property
def mn(self): # minutes as mm.
month = "0" + str(self._month)
return month[-2:]
@property
def day(self): # day as int
return self._day
@property
def dd(self): # minutes as mm.
day = "0" + str(self._day)
return day[-2:]
@property
def hour(self): # hour as int
return self._hour
@property
def hh(self): # hours as HH. I'm not familiar enough with python to know if there's a shorter way to do this
hour = "0" + str(self._hour)
return hour[-2:] # Q what is doing this 2?
@property
def minute(self): # minute as int
return self._minute
@property
def mm(self): # minutes as mm.
minute = "0" + str(self._minute)
return minute[-2:]
default clock = clock()
label start:
while True:
"Day: [clock.day] Time: [clock.hh]:[clock.mm]"
$ clock.addtime(15) # Q how to able add for ex months? Count? 60x24x31~~44640
"Date: [clock.day]/[clock.month]/[clock.year] Time: [clock.hh]:[clock.mm]"
$ clock.addtime(44640) # Here Error why?
"Blow mind"
returninit python:
weekdays = ("mon","tue","wed","thu","fri","sat","sun")
class Date:
def __init__(self):
self.year = 2019
self.month = 2
self.day = 28
self.weekday = weekdays[3]
def end_day(self):
self.day += 1
self.weekday = weekdays[weekdays.index(self.weekday)-6]
if self.month in (1,3,5,7,8,10,12):
if self.day > 31:
self.day = 1
self.month += 1
elif self.month in (4,6,9,11):
if self.day > 30:
self.day = 1
self.month += 1
#february in leap year
else :
# devide by 4
if (self.year // 4) == 0 :
# devide by 100
if (self.year // 100) == 0 :
# devide by 400
if (self.year // 400) == 0 :
#leap year
__d = 29
else:
#normal year
__d = 28
else:
#devide by 4 - leap year
__d = 29
else:
#normal year
__d = 28
if self.day > __d:
self.day = 1
self.month += 1
if self.month > 12:
self.month = 1
self.year += 1
# get weekdays
def get_weekdays(self):
if self.month < 3 :
__m = self.month + 12
__y = self.year - 1
else :
__m = self.month
__y = self.year
__weekday = ((__y+__y/4-__y/100+__y/400+(13*__m+8)/5+self.day) % 7) - 1
self.weekday = weekdays[__weekday]
return weekdays[__weekday]
def return_date(self):
return unicode(self.year)+". "+unicode(self.month)+". "+unicode(self.day) 
I would like to get effect
time control from upper code
formatting from upper code
weekdays and leap year counter from below
If u think it easy for u to make it please do it because for me it is impossible
Posts: 13
Threads: 3
Joined: May 2019
May-13-2019, 12:46 AM
(This post was last modified: May-13-2019, 12:46 AM by beLIEve.)
https://paste.ofcode.org/j9kWMQUP7cdi7Gn2jP28w
Showing syntax in line 15
init python:
weekdays = ("mon","tue","wed","thu","fri","sat","sun")
daytimes = ("midnight","night","dawn","morning","noon","afternoon","dusk","night")
seasons = ("winter", "spring", "summer", "autumn")
class clock(object):
def __init__(self , year , month , day , weekday, hour, minute, second):
self.year = 2019
self.month = 2
self.day = 28
self.weekday = weekdays[3]
self.hour = 7
self.minute = 0
self.second = 0
def addtime(self , seconds , minutes , hours)
self.second += seconds
self.minute += minutes # add minutes
self.hour += hours
self.minute += self.second // 60
self.hour += self.minute // 60
self.day += self.hour // 24
self.second = self.second % 60
self.minute = self.minute % 60
self.hour = self.hour % 24
self.weekday = weekdays[weekdays.index(self.weekday)-6]
if self.month in (1,3,5,7,8,10,12):
if self.day > 31:
self.day = 1
self.month += 1
elif self.month in (4,6,9,11):
if self.day > 30:
self.day = 1
self.month += 1
#february in leap year
else :
# devide by 4
if (self.year // 4) == 0 :
# devide by 100
if (self.year // 100) == 0 :
# devide by 400
if (self.year // 400) == 0 :
#leap year
__d = 29
else:
#normal year
__d = 28
else:
#devide by 4 - leap year
__d = 29
else:
#normal year
__d = 28
if self.day > __d:
self.day = 1
self.month += 1
if self.month > 12:
self.month = 1
self.year += 1
def daytime(self, daytime, season):
#("midnight","night","dawn","morning","noon","afternoon","dusk","night")
if self.month in (12,1,2):
self.season = seasons[0]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 7:
return daytime[1]
if self.hour > 7 and self.hour < 8:
return daytime[2]
if self.hour > 8 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 16:
return daytime[5]
if self.hour > 16 and self.hour < 17:
return daytime[6]
if self.hour > 17 and self.hour < 23:
return daytime[7]
if self.month in (3,4,5):
self.season = seasons[1]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 5:
return daytime[1]
if self.hour > 5 and self.hour < 6:
return daytime[2]
if self.hour > 6 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 18:
return daytime[5]
if self.hour > 18 and self.hour < 19:
return daytime[6]
if self.hour > 19 and self.hour < 23:
return daytime[7]
if self.month in (6,7,8):
self.season = seasons[2]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 4:
return daytime[1]
if self.hour > 4 and self.hour < 5:
return daytime[2]
if self.hour > 5 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 20:
return daytime[5]
if self.hour > 20 and self.hour < 21:
return daytime[6]
if self.hour > 21 and self.hour < 23:
return daytime[7]
if self.month in (9,10,11):
self.season = seasons[3]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 5:
return daytime[1]
if self.hour > 5 and self.hour < 6:
return daytime[2]
if self.hour > 6 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 18:
return daytime[5]
if self.hour > 18 and self.hour < 19:
return daytime[6]
if self.hour > 19 and self.hour < 23:
return daytime[7]
# get weekdays
def get_weekdays(self):
if self.month < 3 :
__m = self.month + 12
__y = self.year - 1
else :
__m = self.month
__y = self.year
__weekday = ((__y+__y/4-__y/100+__y/400+(13*__m+8)/5+self.day) % 7) - 1
self.weekday = weekdays[__weekday]
return weekdays[__weekday]
#def return_date(self):
# return unicode(self.year)+". "+unicode(self.month)+". "+unicode(self.day)
@property
def year(self): # day as int
return self.year
@property
def yy(self): # minutes as mm.
year = "0" + str(self.year)
return year[-2:]
@property
def month(self): # day as int
return self.month
@property
def mn(self): # minutes as mm.
month = "0" + str(self.month)
return month[-2:]
@property
def day(self): # day as int
return self.day
@property
def dd(self): # minutes as mm.
day = "0" + str(self.day)
return day[-2:]
@property
def hour(self): # hour as int
return self.hour
@property
def hh(self):
hour = "0" + str(self.hour)
return hour[-2:] # Q what is doing this 2?
@property
def minute(self): # minute as int
return self.minute
@property
def mm(self): # minutes as mm.
minute = "0" + str(self.minute)
return minute[-2:]
@property
def second(self):
return self.second
@property
def ss(self):
second = "0" + str(self.second)
return self.second[-2:]
@property
def sz(self):
season = seasons[season]
return seasons=[season]
def dt(self):
daytime = daytimes[daytime]
return daytimes[daytime]
default clock = clock()
label start:
while True:
"Day: [clock.day] Time: [clock.hh]:[clock.mm] [clock.sz] [clock.dt]"
$ clock.addtime(15)
"Date: [clock.day]/[clock.month]/[clock.year] Time: [clock.hh]:[clock.mm]"
$ clock.addtime(44640)
"Blow mind"
return
Posts: 4,229
Threads: 97
Joined: Sep 2016
You need a colon at the end of the line.
Posts: 7
Threads: 1
Joined: May 2019
(May-13-2019, 12:46 AM)beLIEve Wrote: def addtime(self , seconds , minutes , hours) You're missing a colon as ichabod801 mentioned.
Posts: 13
Threads: 3
Joined: May 2019
TypeError: __init__() takes exactly 8 arguments (1 given)
Soo i unbugged from missing colons and whatever it was after, and after, and after but this is too much for my knowledge or lack of her
init python:
weekdays = ("mon","tue","wed","thu","fri","sat","sun")
daytimes = ("midnight","night","dawn","morning","noon","afternoon","dusk","night")
seasons = ("winter", "spring", "summer", "autumn")
class clock(object):
def __init__(self , year , month , day , weekday, hour, minute, second):
self.year = 2019
self.month = 2
self.day = 28
self.weekday = weekdays[3]
self.hour = 7
self.minute = 0
self.second = 0
def addtime(self , seconds , minutes , hours):
self.second += seconds
self.minute += minutes # add minutes
self.hour += hours
self.minute += self.second // 60
self.hour += self.minute // 60
self.day += self.hour // 24
self.second = self.second % 60
self.minute = self.minute % 60
self.hour = self.hour % 24
self.weekday = weekdays[weekdays.index(self.weekday)-6]
if self.month in (1,3,5,7,8,10,12):
if self.day > 31:
self.day = 1
self.month += 1
elif self.month in (4,6,9,11):
if self.day > 30:
self.day = 1
self.month += 1
#february in leap year
else :
# devide by 4
if (self.year // 4) == 0 :
# devide by 100
if (self.year // 100) == 0 :
# devide by 400
if (self.year // 400) == 0 :
#leap year
__d = 29
else:
#normal year
__d = 28
else:
#devide by 4 - leap year
__d = 29
else:
#normal year
__d = 28
if self.day > __d:
self.day = 1
self.month += 1
if self.month > 12:
self.month = 1
self.year += 1
def daytime(self, daytime, season):
#("midnight","night","dawn","morning","noon","afternoon","dusk","night")
if self.month in (12,1,2):
self.season = seasons[0]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 7:
return daytime[1]
if self.hour > 7 and self.hour < 8:
return daytime[2]
if self.hour > 8 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 16:
return daytime[5]
if self.hour > 16 and self.hour < 17:
return daytime[6]
if self.hour > 17 and self.hour < 23:
return daytime[7]
if self.month in (3,4,5):
self.season = seasons[1]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 5:
return daytime[1]
if self.hour > 5 and self.hour < 6:
return daytime[2]
if self.hour > 6 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 18:
return daytime[5]
if self.hour > 18 and self.hour < 19:
return daytime[6]
if self.hour > 19 and self.hour < 23:
return daytime[7]
if self.month in (6,7,8):
self.season = seasons[2]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 4:
return daytime[1]
if self.hour > 4 and self.hour < 5:
return daytime[2]
if self.hour > 5 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 20:
return daytime[5]
if self.hour > 20 and self.hour < 21:
return daytime[6]
if self.hour > 21 and self.hour < 23:
return daytime[7]
if self.month in (9,10,11):
self.season = seasons[3]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 5:
return daytime[1]
if self.hour > 5 and self.hour < 6:
return daytime[2]
if self.hour > 6 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 18:
return daytime[5]
if self.hour > 18 and self.hour < 19:
return daytime[6]
if self.hour > 19 and self.hour < 23:
return daytime[7]
# get weekdays
def get_weekdays(self):
if self.month < 3 :
__m = self.month + 12
__y = self.year - 1
else :
__m = self.month
__y = self.year
__weekday = ((__y+__y/4-__y/100+__y/400+(13*__m+8)/5+self.day) % 7) - 1
self.weekday = weekdays[__weekday]
return weekdays[__weekday]
#def return_date(self):
# return unicode(self.year)+". "+unicode(self.month)+". "+unicode(self.day)
@property
def year(self): # day as int
return self.year
@property
def yy(self): # minutes as mm.
year = "0" + str(self.year)
return year[-2:]
@property
def month(self): # day as int
return self.month
@property
def mn(self): # minutes as mm.
month = "0" + str(self.month)
return month[-2:]
@property
def day(self): # day as int
return self.day
@property
def dd(self): # minutes as mm.
day = "0" + str(self.day)
return day[-2:]
@property
def hour(self): # hour as int
return self.hour
@property
def hh(self): # hours as HH. I'm not familiar enough with python to know if there's a shorter way to do this
hour = "0" + str(self.hour)
return hour[-2:] # Q what is doing this 2?
@property
def minute(self): # minute as int
return self.minute
@property
def mm(self): # minutes as mm.
minute = "0" + str(self.minute)
return minute[-2:]
@property
def second(self):
return self.second
@property
def ss(self):
second = "0" + str(self.second)
return self.second[-2:]
@property
def sz(self):
season = seasons[season]
return seasons[season]
def dt(self):
daytime = daytimes[daytime]
return daytimes[daytime]
default clock = clock()
# label start:
# while True:
# "Day: [clock.day] Time: [clock.hh]:[clock.mm] [clock.sz] [clock.dt]"
# $ clock.addtime(15) # Q how to able add for ex months? Count? 60x24x31~~44640
# "Date: [clock.day]/[clock.month]/[clock.year] Time: [clock.hh]:[clock.mm]"
# $ clock.addtime(44640) # Here Error why?
# "Blow mind"
# return
Posts: 7
Threads: 1
Joined: May 2019
(May-13-2019, 01:14 AM)beLIEve Wrote: TypeError: __init__() takes exactly 8 arguments (1 given)
Soo i unbugged from missing colons and whatever it was after, and after, and after but this is too much for my knowledge or lack of her
Is this your code? I tried running this in VS Code and there's a ton of problems. Have you tried using the debugger? Step in line by line.
Posts: 13
Threads: 3
Joined: May 2019
If you ask.
No it is not my code.
I tryieed to mix 2 working codes on one and i add my stuff you can see progress from 2 days
The codes were provided as opensource.
Here is my last topic
https://python-forum.io/Thread-Clock-Cal...game-Renpy
The debugger comes from Renpy and pycharm but i am not good in this
I have lack of knowledge but i still try
Posts: 7
Threads: 1
Joined: May 2019
May-13-2019, 03:12 AM
(This post was last modified: May-13-2019, 03:13 AM by SnoopFrogg.)
(May-13-2019, 01:41 AM)beLIEve Wrote: If you ask.
No it is not my code.
I tryieed to mix 2 working codes on one and i add my stuff you can see progress from 2 days
The codes were provided as opensource.
Here is my last topic
https://python-forum.io/Thread-Clock-Cal...game-Renpy
The debugger comes from Renpy and pycharm but i am not good in this
I have lack of knowledge but i still try
If I'm not mistaken renpy is a different extension than a regular python program. I've only used renpy once but I'm sure there's documentation on how to use the debugger in renpy.
Posts: 13
Threads: 3
Joined: May 2019
Really.
It is not the point that i use renpy because it should be clean python what i can implement there by init python: . The point is i fcuked up something in class clock but i dont understand classes after 6 books and 10 video turtoials about classes i dont get wtf. 
You guys you are my last hope
Posts: 13
Threads: 3
Joined: May 2019
init python:
weekdays = ("mon","tue","wed","thu","fri","sat","sun")
daytimes = ("midnight","night","dawn","morning","noon","afternoon","dusk","night")
seasons = ("winter", "spring", "summer", "autumn")
class clock(object):
def __init__(self , year , month , day , weekday, hour, minute, second):
self.year = year
self.month = month
self.day = day
self.weekday = weekday
self.hour = hour
self.minute = minute
self.second = second
def addtime(self , seconds , minutes , hours):
self.second += seconds
self.minute += minutes # add minutes
self.hour += hours
self.minute += self.second // 60
self.hour += self.minute // 60
self.day += self.hour // 24
self.second = self.second % 60
self.minute = self.minute % 60
self.hour = self.hour % 24
self.weekday = weekdays[weekdays.index(self.weekday)-6]
if self.month in (1,3,5,7,8,10,12):
if self.day > 31:
self.day = 1
self.month += 1
elif self.month in (4,6,9,11):
if self.day > 30:
self.day = 1
self.month += 1
#february in leap year
else :
# devide by 4
if (self.year // 4) == 0 :
# devide by 100
if (self.year // 100) == 0 :
# devide by 400
if (self.year // 400) == 0 :
#leap year
__d = 29
else:
#normal year
__d = 28
else:
#devide by 4 - leap year
__d = 29
else:
#normal year
__d = 28
if self.day > __d:
self.day = 1
self.month += 1
if self.month > 12:
self.month = 1
self.year += 1
def daytime(self, daytime, season):
#("midnight","night","dawn","morning","noon","afternoon","dusk","night")
if self.month in (12,1,2):
self.season = seasons[0]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 7:
return daytime[1]
if self.hour > 7 and self.hour < 8:
return daytime[2]
if self.hour > 8 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 16:
return daytime[5]
if self.hour > 16 and self.hour < 17:
return daytime[6]
if self.hour > 17 and self.hour < 23:
return daytime[7]
if self.month in (3,4,5):
self.season = seasons[1]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 5:
return daytime[1]
if self.hour > 5 and self.hour < 6:
return daytime[2]
if self.hour > 6 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 18:
return daytime[5]
if self.hour > 18 and self.hour < 19:
return daytime[6]
if self.hour > 19 and self.hour < 23:
return daytime[7]
if self.month in (6,7,8):
self.season = seasons[2]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 4:
return daytime[1]
if self.hour > 4 and self.hour < 5:
return daytime[2]
if self.hour > 5 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 20:
return daytime[5]
if self.hour > 20 and self.hour < 21:
return daytime[6]
if self.hour > 21 and self.hour < 23:
return daytime[7]
if self.month in (9,10,11):
self.season = seasons[3]
if self.hour == 0:
return daytime[0]
if self.hour > 0 and self.hour < 5:
return daytime[1]
if self.hour > 5 and self.hour < 6:
return daytime[2]
if self.hour > 6 and self.hour < 11:
return daytime[3]
if self.hour == 12:
return daytime[4]
if self.hour > 13 and self.hour < 18:
return daytime[5]
if self.hour > 18 and self.hour < 19:
return daytime[6]
if self.hour > 19 and self.hour < 23:
return daytime[7]
# get weekdays
def get_weekdays(self):
if self.month < 3 :
__m = self.month + 12
__y = self.year - 1
else :
__m = self.month
__y = self.year
__weekday = ((__y+__y/4-__y/100+__y/400+(13*__m+8)/5+self.day) % 7) - 1
self.weekday = weekdays[__weekday]
return weekdays[__weekday]
#def return_date(self):
# return unicode(self.year)+". "+unicode(self.month)+". "+unicode(self.day)
@property
def season(self):
return self.season
@property
def sz(self):
season = str(season[season])
return seasons[season]
@property
def daytime(self):
return self.daytime
@property
def dt(self):
daytime = str(daytimes[daytime])
return daytimes[daytime]
@property
def year(self): # day as int
return self.year
@property
def yy(self): # minutes as mm.
year = "0" + str(self.year)
return year[-2:]
@property
def month(self): # day as int
return self.month
@property
def mn(self): # minutes as mm.
month = "0" + str(self.month)
return month[-2:]
@property
def day(self): # day as int
return self.day
@property
def dd(self): # minutes as mm.
day = "0" + str(self.day)
return day[-2:]
@property
def hour(self): # hour as int
return self.hour
@property
def hh(self): # hours as HH. I'm not familiar enough with python to know if there's a shorter way to do this
hour = "0" + str(self.hour)
return hour[-2:] # Q what is doing this 2?
@property
def minute(self): # minute as int
return self.minute
@property
def mm(self): # minutes as mm.
minute = "0" + str(self.minute)
return minute[-2:]
@property
def second(self):
return self.second
@property
def ss(self):
second = "0" + str(self.second)
return self.second[-2:]
# label start:
# while True:
# "Day: [clock.day] Time: [clock.hh]:[clock.mm] [clock.sz] [clock.dt]"
# $ clock.addtime(15) # Q how to able add for ex months? Count? 60x24x31~~44640
# "Date: [clock.day]/[clock.month]/[clock.year] Time: [clock.hh]:[clock.mm]"
# $ clock.addtime(44640) # Here Error why?
# "Blow mind"
# return[clock.day] and others show me memmory allocation not the data >< Why ??
After that i have error
unbound method addtime() must be called with clock instance as first argument (got int instance instead)
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