def main():
#initialize the crop matrix using the following syntax:
crop_matrix = [[crop("NULL") for x in range(5)] for x in range(5)]
seed_list = []
bank_balance = bank(250)
numb_of_seeds = [0,0,0,0,0,0]
seed_list.append(seed("Wheat"))
seed_list.append(seed("Rice"))
seed_list.append(seed("Cotton"))
seed_list.append(seed("Jute"))
seed_list.append(seed("Banana"))
seed_list.append(seed("Apple"))
start_time = time.time()
print(start_time)
print_crop_matrix(crop_matrix,bank_balance,seed_list,numb_of_seeds)
add_seed("Wheat",seed_list,numb_of_seeds,bank_balance)
print_crop_matrix(crop_matrix,bank_balance,seed_list,numb_of_seeds)
add_seed("Cotton",seed_list,numb_of_seeds,bank_balance)
print_crop_matrix(crop_matrix,bank_balance,seed_list,numb_of_seeds)
add_to_crop_matrix("Wheat",0,0,crop_matrix,seed_list,numb_of_seeds)
crop_matrix[0][0].water()
crop_matrix[0][0].water()
crop_matrix[0][0].water()
crop_matrix[0][0].water()
crop_matrix[0][0].water()
crop_matrix[0][0].water()
print_crop_matrix(crop_matrix,bank_balance,seed_list,numb_of_seeds)
crop_matrix[0][0].water()
print_crop_matrix(crop_matrix,bank_balance,seed_list,numb_of_seeds)
crop_matrix[0][0].water()
print_crop_matrix(crop_matrix,bank_balance,seed_list,numb_of_seeds)
print(time.time()-start_time)
def main():
seed_list = []
seed_list.append(seed("Wheat"))
seed_list.append(seed("Rice"))
seed_list.append(seed("Cotton"))
seed_list.append(seed("Jute"))
seed_list.append(seed("Banana"))
seed_list.append(seed("Apple"))
print get_altitude()
print get_temperature()
print get_address()
print get_latlng()
find_most_optimized_crop(seed_list, get_temperature(), get_altitude())
def main():
seed_list = []
seed_list.append(seed("Wheat"))
seed_list.append(seed("Rice"))
seed_list.append(seed("Cotton"))
seed_list.append(seed("Jute"))
seed_list.append(seed("Banana"))
seed_list.append(seed("Apple"))
print get_altitude()
print get_temperature()
print get_address()
print get_latlng()
find_most_optimized_crop(seed_list,get_temperature(),get_altitude())
| __new__(*args, **kwargs) from builtins.type
| Create and return a new object. See help(type) for accurate signature.
DATA
MAXYEAR = 9999
MINYEAR = 1
datetime_CAPI = <capsule object "datetime.datetime_CAPI">
FILE
c:\users\cabba\appdata\local\programs\python\python38\lib\datetime.py
>>> import random
>>> from random import random, seed
>>> seed(0)
>>> for i in range(5):
print(random())
0.8444218515250481
0.7579544029403025
0.420571580830845
0.25891675029296335
0.5112747213686085
>>> from random import randrange, randint
>>> print(randrange(1))
0
>>> print(randrange(0,1))
0
>>> print(randrange(0,1,1,))
0
