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randtest.py
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randtest.py
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from random import randint
from random import randrange
import time
import numpy
def rint(num, num2):
timesint = []
for i in range(num):
start_time = time.time()
for i in range(num2):
print(f"Iteration {i}")
#chose generation
gen = (randint(1, 3))
if gen == 1:
print(gen)
#chose season from generation 1
g1 = (randint(1, 3))
if g1 == 1:
print(g1)
#chose episode from season 1
g1s1 = (randint(1, 3))
if g1s1 == 1:
print(g1s1)
elif g1s1 == 2:
print(g1s1)
elif g1s1 == 3:
print(g1s1)
elif g1 == 2:
print(g1)
#chose episode from season 2
g1s2 = (randint(1, 3))
if g1s2 == 1:
print(g1s2)
elif g1s2 == 2:
print(g1s2)
elif g1s2 == 3:
print(g1s2)
elif g1 == 3:
print(g1)
#chose episode from season 3
g1s3 = (randint(1, 3))
if g1s3 == 1:
print(g1s3)
elif g1s3 == 2:
print(g1s3)
elif g1s3 == 3:
print(g1s3)
elif gen == 2:
print(gen)
#chose season from generation 2
g2 = (randint(1, 3))
if g2 == 1:
print(g2)
#chose episode from season 1
g2s1 = (randint(1, 3))
if g2s1 == 1:
print(g2s1)
elif g2s1 == 2:
print(g2s1)
elif g2s1 == 3:
print(g2s1)
elif g2 == 2:
print(g2)
#chose episode from season 2
g2s2 = (randint(1, 3))
if g2s2 == 1:
print(g2s2)
elif g2s2 == 1:
print(g2s2)
elif g2s2 == 3:
print(g2s2)
elif g2 == 3:
print(g2)
#chose episode from season 2
g2s3 = (randint(1, 3))
if g2s3 == 1:
print(g2s3)
elif g2s3 == 2:
print(g2s3)
elif g2s3 == 3:
print(g2s3)
elif gen == 3:
print(gen)
#chose season from generation 3
g3 = (randint(1, 3))
if g3 == 1:
print(g3)
#chose episode from season 1
g3s1 = (randint(1, 3))
if g3s1 == 1:
print(g3s1)
elif g3s1 == 2:
print(g3s1)
elif g3s1 == 3:
print(g3s1)
elif g3 == 2:
print(g3)
#chose episode from season 2
g3s2 = (randint(1, 3))
if g3s2 == 1:
print(g3s2)
elif g3s2 == 2:
print(g3s2)
elif g3s2 == 3:
print(g3s2)
elif g3 == 3:
print(g3)
#chose episode from season 3
g3s3 = (randint(1, 3))
if g3s3 == 1:
print(g3s3)
elif g3s3 == 2:
print(g3s3)
elif g3s3 == 3:
print(g3s3)
end_time = time.time()
exeint = end_time - start_time
timesint.append(exeint)
return(timesint)
def rrange(num, num2):
timesrange = []
for i in range(num):
start_time = time.time()
for i in range(num2):
print(f"Iteration {i}")
#chose generation
gen = (randrange(1, 4, 1))
if gen == 1:
print(gen)
#chose season from generation 1
g1 = (randrange(1, 4, 1))
if g1 == 1:
print(g1)
#chose episode from season 1
g1s1 = (randrange(1, 4, 1))
if g1s1 == 1:
print(g1s1)
elif g1s1 == 2:
print(g1s1)
elif g1s1 == 3:
print(g1s1)
elif g1 == 2:
print(g1)
#chose episode from season 2
g1s2 = (randrange(1, 4, 1))
if g1s2 == 1:
print(g1s2)
elif g1s2 == 2:
print(g1s2)
elif g1s2 == 3:
print(g1s2)
elif g1 == 3:
print(g1)
#chose episode from season 3
g1s3 = (randrange(1, 4, 1))
if g1s3 == 1:
print(g1s3)
elif g1s3 == 2:
print(g1s3)
elif g1s3 == 3:
print(g1s3)
elif gen == 2:
print(gen)
#chose season from generation 2
g2 = (randrange(1, 4, 1))
if g2 == 1:
print(g2)
#chose episode from season 1
g2s1 = (randrange(1, 4, 1))
if g2s1 == 1:
print(g2s1)
elif g2s1 == 2:
print(g2s1)
elif g2s1 == 3:
print(g2s1)
elif g2 == 2:
print(g2)
#chose episode from season 2
g2s2 = (randrange(1, 4, 1))
if g2s2 == 1:
print(g2s2)
elif g2s2 == 1:
print(g2s2)
elif g2s2 == 3:
print(g2s2)
elif g2 == 3:
print(g2)
#chose episode from season 2
g2s3 = (randrange(1, 4, 1))
if g2s3 == 1:
print(g2s3)
elif g2s3 == 2:
print(g2s3)
elif g2s3 == 3:
print(g2s3)
elif gen == 3:
print(gen)
#chose season from generation 3
g3 = (randrange(1, 4, 1))
if g3 == 1:
print(g3)
#chose episode from season 1
g3s1 = (randrange(1, 4, 1))
if g3s1 == 1:
print(g3s1)
elif g3s1 == 2:
print(g3s1)
elif g3s1 == 3:
print(g3s1)
elif g3 == 2:
print(g3)
#chose episode from season 2
g3s2 = (randrange(1, 4, 1))
if g3s2 == 1:
print(g3s2)
elif g3s2 == 2:
print (g3s2)
elif g3s2 == 3:
print(g3s2)
elif g3 == 3:
print(g3)
#chose episode from season 3
g3s3 = (randrange(1, 4, 1))
if g3s3 == 1:
print(g3s3)
elif g3s3 == 2:
print(g3s3)
elif g3s3 == 3:
print(g3s3)
end_time = time.time()
exerange = end_time - start_time
timesrange.append(exerange)
return(timesrange)
def meancalc(q):
mean = numpy.mean(q)
return(mean)
def compare(r, r2):
diffrence = r - r2
return(diffrence)
raint = meancalc(q=rint(num=50, num2=1000))
rarange = meancalc(q=rrange(num=50, num2=1000))
diffrence2 = compare(r=raint, r2=rarange)
print(f"The average of randint is {raint} seconds.\nThe average of the randrange runs is {rarange} seconds.\nThe diffrence between the two is {diffrence2} seconds.")