import random
print(random.randint(3,7))#Prints a random number between 3 and 7
array =[cars, bananas, jet]print(random.choice(array))#Prints one of the values in the array at random
# generate random integer valuesfrom random import seed
from random import randint
# seed random number generator
seed(1)# generate some integersfor _ inrange(10):
value = randint(0,10)print(value)
from random import randint
radnom_number = randint(1,10)# generate random number from 1 to 10. including 10print(radnom_number)# Possible outputs# 1# 2# 3# 4# 5# 6# 7# 8# 9# 10
### random number between 0 and 0.99999print(random.random())### random number between 5 and 8print(random.uniform(5,8))### random number with normal distribution (bell curve)## random.normalvariate(standard deviation sigma)print(random.normalvariate(5,0.1))### simulate dice rollprint(random.randint(1,6))### random item from list
number =['one','two','three']print(random.choice(number))
import random
#random numbers from 1 to 10print(random.randint(1,10))#use of random.randint()#random word from a listprint(random.choice(["a","b","c","d","e"]))#use of random.choice()#random shuffle a list
random_list =["a","b","c","d","e"]
random.shuffle(random_list)#use of random.shuffle()print(random_list)
# generate random integer valuesfrom random import seed
from random import randint
# seed random number generator
seed(1)# generate some integersfor _ inrange(10):
value = randint(0,10)print(value)
import random # Imports the random package so that the program has full access to random-based functions
start =1# Put your staring value here
end =8# Put your ending value here
number = random.randint(start, end)# Calls the randomint function of random to generate a random numberprint(number)# Prints the number that was generated above
import random
# Random number, 0 through 10, INCLUDING 10:print(random.randint(0,10))#Random number, 0 through 10, NOT INCLUDING 10:print(random.randrange(0,10))#Random choice from a list:
my_list =["Apples","Oranges","Watermelon","Pineapple","Grapes"]print(random.choice(my_list))# Set a custom seed of 10 for random to work with:
random.seed(10)
import random
lower_limit =0# Can be anything
upper_limit =100# Again, can be anything# Print it outprint(f"Here is a random number:{random.randint(lower_limit, upper_limit)}
# generate random integer values, Here the rand int will generate any number# in integer between the given range.from random import randint
value = randint(0,10)print(value)
# Random Number Generator## Small Python Game## You will win if you guess a number greater than the system generated numberimport random
uNum =int(input("Enter a number between 0 and 100: "))
sNum = random.randint(0,100)if uNum > sNum:print("You Win!!!")else:print("Try Again!!!")print("Your Number:", uNum, "
System Number:", sNum)
# We'll be using the random module for this codeimport random
# Let's first get the range of numbers from which they want a random number
start =int(input('What is the lowest number you would expect'))
end =int(input('What is the largest number you would expect'))print('This is the number',random.randint(start,end))
import random, string
number =''.join(random.SystemRandom().choice(string.ascii_uppercase + string.digits)for _ inrange(N))## "N" is the length of the text
"""Generation of non-unique 1d_lst and 2d_lst
- Function takes in a list of info about the non-unique list
- You can also import randint from random.
- Note that randint is inclusive and randrange is exclusive.
- If you are looking to generate unique lsts...
...you might want to use random.sample() on a lst of numbers.
"""from random import randrange
dft =[10,10,100,10]# dft = default (range, low, high, row)defrand_1d(info = dft[:-1]):
r, low, high = info # r: rangereturn[randrange(low, high)for num inrange(r)]defrand_2d(info = dft):*info_1d, rows = info
return[rand_1d(info_1d)for i inrange(rows)]## Test
randlst_gen ={"rand_1d": rand_1d,"rand_2d": rand_2d
}
r1, r2 = randlst_gen.values()# get the functions# #function 1# print("rand_1d --------------------------------------------------")# print(f"default: {r1()}")# print(f"rand: {r1([5, 3, 234])}")# print()# # function 2# print("rand_2d --------------------------------------------------")# print("default:")# for row in r2(): # print(row)# print()# print("rand:")# for row in r2([8, 11, 30, 5]): # print(row)