A run is a sequence of adjacent repeated values. Write a Python script to generate a sequence of 20 random die tosses and then print the die values, marking the runs by including them in parentheses, like this: 12 (5 5) 31243 (2222) 36 (5 5) 631 Use the functions: - generate_list(n,max): returns a list of n random numbers between 1, and max. - print_runs(values): this function prints the desired output sequence using the following pseudocode: Set a boolean variable inRun to false. For each valid index i in the list If inRun If values[i] is different from the preceding value Print ). inRun = false. If not inRun If values[i] is the same as the following value Print (. inRun = true. Print values[i]. If inRun, print ).

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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A run is a sequence of adjacent repeated values. Write a Python script to generate a sequence of 20
random die tosses and then print the die values, marking the runs by including them in parentheses, like
Quiz
this:
12 (55) 31243 (2222) 36 (55) 631
Use the functions:
- generate_list(n,max): returns a list of n random numbers between 1, and max.
Ahr
- print_runs(values): this function prints the desired output sequence using the following pseudocode:
12
Set a boolean variable inRun to false.
For each valid index i in the list
If inRun
Fin
If values[i] is different from the preceding value
Print ).
inRun = false.
If not inRun
If values[i] is the same as the following value
Print (.
inRun = true.
Print values[i].
If inRun, print ).
Insert the code here:
R
Transcribed Image Text:Time left 1:17:34 A run is a sequence of adjacent repeated values. Write a Python script to generate a sequence of 20 random die tosses and then print the die values, marking the runs by including them in parentheses, like Quiz this: 12 (55) 31243 (2222) 36 (55) 631 Use the functions: - generate_list(n,max): returns a list of n random numbers between 1, and max. Ahr - print_runs(values): this function prints the desired output sequence using the following pseudocode: 12 Set a boolean variable inRun to false. For each valid index i in the list If inRun Fin If values[i] is different from the preceding value Print ). inRun = false. If not inRun If values[i] is the same as the following value Print (. inRun = true. Print values[i]. If inRun, print ). Insert the code here: R
Drag and drop statements from the following selection:
return values
def print_runs(values):
def generate_list(n):
values.append(randint(1, max))
print_runs(values)
if values[i] != values[i-1]:
if inRun:
print(values[i], end=")
inRun =
False
print(")", end=")
if inRun: print(')', end="")
values = generate_list(20, 6)
values = []
def generate_list(n, max):
if i< len(values)-1:
%3D
from random import randint
if values[i] == values[i+1]:
print("(", end="")
%3D%3D
for i in range(n):
inRun = True
if values[i] != values[i+1]:
if values[i] == values[i-1]:
else:
for i in range(0,len(values)):
inRun = False
R.
DI
Transcribed Image Text:Drag and drop statements from the following selection: return values def print_runs(values): def generate_list(n): values.append(randint(1, max)) print_runs(values) if values[i] != values[i-1]: if inRun: print(values[i], end=") inRun = False print(")", end=") if inRun: print(')', end="") values = generate_list(20, 6) values = [] def generate_list(n, max): if i< len(values)-1: %3D from random import randint if values[i] == values[i+1]: print("(", end="") %3D%3D for i in range(n): inRun = True if values[i] != values[i+1]: if values[i] == values[i-1]: else: for i in range(0,len(values)): inRun = False R. DI
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