Hello
Last thread talk
https://python-forum.io/Thread-Get-synta...rstand-why
Soo i am far away from this
But still need much of help
for saving time purpose
in between i decide to not use overlapping code provided by DeaD_EyE because i am not able to use it. Still recieve bound method error with adress so i change to "if"
I am constructing an "Wheater" system to my game
for now one i need a temperature dictionaries for today tomorrow and 8 day +. Total 10 days
I would like to make it by for function but i can not to use it
I think it should be an list because pop and append option because today will be deleted and 10th will be new by append
Go to Wheater Section
Also Issues
I am not able to get "It's weekend" in weekend. It is showed only on saturday or block on whole week
Line 59 and 194
Make an slow progress temperature
in betwen daytimes there are gaps of temperature soo i would like to make an slow progress by minutes to temp grow or get down by time to change by daytime modifier
Please save my time
also i think i should inherit from Clock class but do not know how and i bet u know-how
LINE 310 i think 
Last thread talk
https://python-forum.io/Thread-Get-synta...rstand-why
Soo i am far away from this
But still need much of help
for saving time purpose
in between i decide to not use overlapping code provided by DeaD_EyE because i am not able to use it. Still recieve bound method error with adress so i change to "if"
I am constructing an "Wheater" system to my game
for now one i need a temperature dictionaries for today tomorrow and 8 day +. Total 10 days
I would like to make it by for function but i can not to use it
I think it should be an list because pop and append option because today will be deleted and 10th will be new by append
Go to Wheater Section
- Soo code making range of temperatures of month
- Here should make an a dictionary of 10 days temperatures
Here i am not sure i wat to have dict because i am not familiar with dicts and i get different result exacly no result.
- next after that will make pop from 1st item on list and append on last to make move of temperatures by day
- The temperature comes by daytime temperature changer
- Here will come atmospherics wind and phenomen but in farther evolving code
Also Issues
I am not able to get "It's weekend" in weekend. It is showed only on saturday or block on whole week
Line 59 and 194
Make an slow progress temperature
in betwen daytimes there are gaps of temperature soo i would like to make an slow progress by minutes to temp grow or get down by time to change by daytime modifier
Please save my time
also i think i should inherit from Clock class but do not know how and i bet u know-how
LINE 310 i think #FONT DOOM
# _______ _ _ _____ _ _
# |__ __(_) | | / ____| | | | |
# | | _ _ __ ___ ___ __ _ _ __ __| | | | __ _| | ___ _ __ __| | __ _ _ __
# | | | | '_ ` _ \ / _ \ / _` | '_ \ / _` | | | / _` | |/ _ \ '_ \ / _` |/ _` | '__|
# | | | | | | | | | __/ | (_| | | | | (_| | | |___| (_| | | __/ | | | (_| | (_| | |
# |_| |_|_| |_| |_|\___| \__,_|_| |_|\__,_| \_____\__,_|_|\___|_| |_|\__,_|\__,_|_|
#
############################################################################################
# In "Time and Calendar" section simply count time flow. Time is counted from
# @ miliseconds - use for quests "time is runnin"
# @ seconds minutes hours - use for normal time counting
# @ days months year - use for calendar purpose including leap year
# @ season - use for changing daytime during season like in winter dusk comes faster than in summer
# @ daytimes weekdays- use for depend on it a schelude of player and npc
# This section works fine
# To do:
# >>Make an reset miliseconds if it is not an a quests
# >>make an a counter from actual miliseconds to how much more miliseconds left
# >>make a schelude section
init python:
weekdays = ["Monday","Tuesday","Wednesday","Thursday","Friday","Saturday","Sunday"]
daytimes = ["Midnight", "Night", "Dawn", "Morning", "Noon", "Afternoon", "Dusk", "Night"]
months = ["Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec"]
seasons = ["Winter", "Spring", "Summer", "Autumn"]
class Clock(object):
def __init__(self, year, month, day, hour, minute, second, millisecond, weekday, season, daytime, weekend):
self._year = year
self._month = month
self._day = day
self._hour = hour
self._minute = minute
self._second = second
self._millisecond= millisecond
self._weekday = weekday
self._season = season
self._daytime = daytime
self._weekend = weekend
def add(self , hours , minutes , seconds, milliseconds):
if self._month < 3 : # Week day segment
__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
if __weekday == 5:
self._weekend = True
elif __weekday == 6:
self._weekend = True
else:
self._weekend = False
self._weekday = weekdays[__weekday]
self._millisecond += milliseconds
self._second += seconds #Adding time segment
self._minute += minutes
self._hour += hours
self._second += self._millisecond // 1000
self._minute += self._second // 60
self._hour += self._minute // 60
self._day += self._hour // 24
if self._month in (1,3,5,7,8,10,12): # Limit day segment
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
else :
if (self._year % 4) == 0 and (self._year % 100) != 0 or (self._year % 400) == 0:
__d = 29
else:
__d = 28
if self._day > __d:
self._day = 1
self._month += 1
if self._month > 12:
self._month = 1
self._year += 1
self._millisecond = self._millisecond % 1000
self._second = self._second % 60
self._minute = self._minute % 60
self._hour = self._hour % 24
if self._month in (12,1,2):
self._season = seasons[0]
if self._hour == 0:
self._daytime = daytimes[0]
if self._hour > 0 and self._hour < 7:
self._daytime = daytimes[1]
if self._hour > 7 and self._hour < 8:
self._daytime = daytimes[2]
if self._hour > 8 and self._hour < 11:
self._daytime = daytimes[3]
if self._hour == 12:
self._daytime = daytimes[4]
if self._hour >= 13 and self._hour < 16:
self._daytime = daytimes[5]
if self._hour > 16 and self._hour < 17:
self._daytime = daytimes[6]
if self._hour > 17 and self._hour < 24:
self._daytime = daytimes[7]
if self._month in (3,4,5):
self._season = seasons[1]
if self._hour == 0:
self._daytime = daytimes[0]
if self._hour > 0 and self._hour < 5:
self._daytime = daytimes[1]
if self._hour > 5 and self._hour < 6:
self._daytime = daytimes[2]
if self._hour > 6 and self._hour < 11:
self._daytime = daytimes[3]
if self._hour == 12:
self._daytime = daytimes[4]
if self._hour >= 13 and self._hour < 18:
self._daytime = daytimes[5]
if self._hour > 18 and self._hour < 19:
self._daytime = daytimes[6]
if self._hour > 19 and self._hour < 24:
self._daytime = daytimes[7]
if self._month in (6,7,8):
self._season = seasons[2]
if self._hour == 0:
self._daytime = daytimes[0]
if self._hour > 0 and self._hour < 4:
self._daytime = daytimes[1]
if self._hour > 4 and self._hour < 5:
self._daytime = daytimes[2]
if self._hour > 5 and self._hour < 11:
self._daytime = daytimes[3]
if self._hour == 12:
self._daytime = daytimes[4]
if self._hour >= 13 and self._hour < 20:
self._daytime = daytimes[5]
if self._hour > 20 and self._hour < 21:
self._daytime = daytimes[6]
if self._hour > 21 and self._hour < 24:
self._daytime = daytimes[7]
if self._month in (9,10,11):
self._season = seasons[3]
if self._hour == 0:
self._daytime = daytimes[0]
if self._hour > 0 and self._hour < 5:
self._daytime = daytimes[1]
if self._hour > 5 and self._hour < 6:
self._daytime = daytimes[2]
if self._hour > 6 and self._hour < 11:
self._daytime = daytimes[3]
if self._hour == 12:
self._daytime = daytimes[4]
if self._hour >= 13 and self._hour < 18:
self._daytime = daytimes[5]
if self._hour > 18 and self._hour < 19:
self._daytime = daytimes[6]
if self._hour > 19 and self._hour < 24:
self._daytime = daytimes[7]
@property
def nm(self):
name_month = str(months[self.month])
return name_month
def test(self):
return __weekday
@property # properting for easy use
def wk(self): # [clk.wk] ---> weekday name
return self._weekday
@property
def we(self):
if self._weekend:
weekend = "It's weekend"
else:
weekend = " "
return weekend
@property
def sz(self):
season = str(self._season)
return season
@property
def dt(self):
daytm = str(self._daytime)
return daytm
@property
def yy(self):
year = "000" + str(self._year)
return year[-4:]
@property
def mn(self):
month ="00" +str(self._month)
return month[-2:]
@property
def dd(self):
day = "0" + str(self._day)
return day[-2:]
@property
def hh(self):
hour = "0" + str(self._hour)
return hour[-2:]
@property
def mm(self):
minute = "0" + str(self._minute)
return minute[-2:]
@property
def ss(self):
second = "0" + str(self._second)
return second[-2:]
@property
def ms(self):
millisecond = "000" + str(self._millisecond)
return millisecond[-4:]
# #################################################
# _ _ _ _
# | | | | | | | |
# | | | | ___ __ _| |_| |__ ___ _ __
# | |/\| |/ _ \/ _` | __| '_ \ / _ \ '__|
# \ /\ / __/ (_| | |_| | | | __/ |
# \/ \/ \___|\__,_|\__|_| |_|\___|_|
# ################################################
Temperatures = ("Freezing", "Cold", "Unconfortable", "Confortable", "Hot", "Scorcher")
Winds = ("Without", "Light", "Medium", "Strong", "Hurracane")
Clouds = ("Sunny", "Slightly Cloudy", "Cloudly", "Overcast" )
Atmosperics = ("Clear", "Breeze", "Rain", "Storm")
Temp_dict = {}
class Weather(Clock):
def __init__(self, temp_out, wind, cloud, phenomen):
self._temp_out = temp_out
self._wind = wind
self._cloud = cloud
self._phenomen = phenomen
def change_weather(self, temperature_outside, actual_wind, actual_atmospheric, actual_phenomen)
if self._month == 1:
min_temp = -10
max_temp = 15
elif self._month == 2:
min_temp = -8
max_temp = 20
elif self._month == 3:
min_temp = -1
max_temp = 23
elif self._month == 4:
min_temp = 6
max_temp = 27
elif self._month == 5:
min_temp = 10
max_temp = 32
elif self._month == 6:
min_temp = 15
max_temp = 36
elif self._month == 7:
min_temp = 16
max_temp = 37
elif self._month == 8:
min_temp = 16
max_temp = 38
elif self._month == 9:
min_temp = 10
max_temp = 30
elif self._month == 10:
min_temp = 0
max_temp = 26
elif self._month == 11:
min_temp = -5
max_temp = 21
elif self._month == 12:
min_temp = -25
max_temp = 15
else:
min_temp = -256
max_temp = 1450
if Temp_dict is None:
in range(10)
if self._hour == 0
day_temp = random.randrange(min_temp, max_temp)
if self._daytime == daytimes[0]:
temp_dayt = day_temp -2
elif self._daytime == daytimes[1]:
temp_dayt = day_temp -5
elif self._daytime == daytimes[2]:
temp_dayt = day_temp -6
elif self._daytime == daytimes[3]:
temp_dayt = day_temp -3
elif self._daytime == daytimes[4]:
temp_dayt = day_temp +3
elif self._daytime == daytimes[5]:
temp_dayt = day_temp +5
elif self._daytime == daytimes[6]:
temp_dayt = day_temp +2
elif self._daytime == daytimes[7]:
temp_dayt = day_temp
#######################################################
# _____ _ #
# | | | | #
# | | _ ____ _____ _ __ | |_ ___ _ __ _ _ #
# | | | '_ \ \ / / _ \ '_ \| __/ _ \| '__| | | | #
# _| |_| | | \ V / __/ | | | || (_) | | | |_| | #[;/]
# |_____|_| |_|\_/ \___|_| |_|\__\___/|_| \__, | #
# __/ | #
# |___/ #
# #
#######################################################
sizes = ["Tiny", "Small", "Medium", "Big", "Huge"]
class Item(object):
def __init__(self, name, quantity, volume, size, weight, spiece, info, price, craft, thumb, image):
self.name = name #1 Nazwa Name of item for identification purpose
self.quantity = quantity #2 Ilość Amount of items we have Ex. 15xbatteries
self.volume = volume #3 Objetosc Amount of volume taken from Container all items(volume)<=max_volume
self.size = size #4 Rozmiar Amount of volume taken from Container (huge, big, medium, small, tiny) huge>big>medium>small>tiny
self.weight = weight #5 Ciężar Strengh(actual_max_weight)=>weight<max weight container
self.spiece = spiece #6 Rodzaj Type of item
self.info = info #7 Informacje Infos
self.price = price #8 Cena Price
self.craft = craft #9 Tworzenie Crafting
self.thumb = thumb #10 Miniaturka Thumbinal
self.image = image #11 Obrazek Bigger thumb
class Container():
def __init__(self, max_size, max_volume, max_weight, spiece, info, image, ):
self.inventory = [] # List for items
self.max_size = max_size #
self.max_volume = max_volume # Max amount of total volume of items
self.max_weight = max_weight
self.spiece = spiece
self.image = image
def add(Item):
pass
#if max_size == sizes[5]:
#def __init__(self, year, m, da, ho, m, s, m,ms)
default clk = Clock(2019, 8, 25, 10, 0, 0, 0, "A Day", "An season", "An daytime", " ")
# deflaut wea = Weather(22,"Light","Slightly Cloudy","Clear")