PYTHON

python list of random values

# To create a list of random integer values:
import random
randomlist = random.sample(range(10, 30), 5)
# Output:
# [16, 19, 13, 18, 15]

# To create a list of random float numbers:
import numpy
random_float_array = numpy.random.uniform(75.5, 125.5, 2)
# Output:
# [107.50697835, 123.84889979]

generate a list of random numbers python

#To create a list of integer values that has random length with random values:
import random
#name of your list = (random.sample(range(of num the list elements has to be 
#within), 
#random.randint(range (of numbers your length of list may be))
list = (random.sample(range(1,10),random.randint(1,3)))
print(list)

#here list will have 3 elements and
#the elements will be witin 1 to 10

how to pick a random number in a list python

import random
choose = ["Egg","Rat","Rabbit","Frog","Human"]
Choosen = random.choice(choose)
print(Choosen)

generate random list of number py

import random
# list of n elements, going between a and b
list = [random.randint(a,b) for _ in range(n)]
print("list:", list)

get list with random numbers python

from num_tool import random_num_list
print(random_num_list(0, 5, length=20))

generate a list with random length and with random numbers python

import random

def main():
    global random_int
    random_int = random.randint(5, 13)
    print random_int
    makelist(random_int)
    random_list.sort
    string = ' ' . join([str(x) for x in random_list])
    print string

def makelist(list_length):
    global random_list
    random_list = []
    for x in range (list_length):
        random_list.append(random.randint(0, 100))

main()

random number list

"""Generation of unique random list of size n
"""
from random import sample
def unique_lst(n):
    return sample(range(10, 100), n) # return a sample of lst (unique lst)
    
# print(unique_lst(10))

generate a list with random length and with random numbers python

import random

def main():
    random_int = random.randint(6, 12)
    print (random_int)
    makelist()

def makelist():
    num_list = []
    for count in range(1, 101)
        num_list.append(random_int)

main()

random number list

"""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)

def rand_1d(info = dft[:-1]):
    r, low, high = info # r: range
    return [randrange(low, high) for num in range(r)]

def rand_2d(info = dft):
    *info_1d, rows = info
    return [rand_1d(info_1d) for i in range(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)

generate a list with random length and with random numbers python

import random

def main():
    random_int = random.randint(6, 13)
    print(random_int)
    rand_list = make_list(random_int)
    num_string = ""
    for i in sorted(rand_list):
        num_string += str(i) + " "
    return num_string

def make_list(list_length):
    num_list = []
    for count in range(list_length):
        num_list.append(random.randint(1, 101))
    return num_list

print main()