Write a python program that simulates a lo shu magic square using a two-dimensional list. The program should initialize a two-dimensional list with trial values. Don't ask for values as user input. Program must determine if the array is a Lo Shu Magic Square. These contain numbers 1-9 and have 3 rows and 3 columns. I want to use the following functions in the program: drawBoard(): No return value. Takes a two-dimensional list as input. Prints the Lo Shu Magic Square. isWinner(): Returns True when all the winning properties are satisfied. Takes a two-dimensional list as input. checkNumbers(): Returns True when the digits 1-9 exactly are used. Takes a two-dimensional list as input. checkRows(): Returns True when the sums of the rows are the same. Takes a two-dimensional list as input. checkColumns(): Returns True when the sums of the columns are the same. Takes a two-dimensional list as input. checkDiagonals(): Returns True when the sums of the diagonals are the same. Takes a two-dimensional list as input.
Write a python
drawBoard(): No return value. Takes a two-dimensional list as input.
Prints the Lo Shu Magic Square.
isWinner(): Returns True when all the winning properties are satisfied.
Takes a two-dimensional list as input.
checkNumbers(): Returns True when the digits 1-9 exactly are used.
Takes a two-dimensional list as input.
checkRows(): Returns True when the sums of the rows are the same.
Takes a two-dimensional list as input.
checkColumns(): Returns True when the sums of the columns are the same.
Takes a two-dimensional list as input.
checkDiagonals(): Returns True when the sums of the diagonals are the same.
Takes a two-dimensional list as input.
I will attach a picture of the code I've tried so far.
![Chapter 8 Programming Activity 8 Lists and Dictionaries
Brielle Sindt
10-20-2023
III
#CONSTANTS
#rows
#columns
#minimum
#maximum
HW 8 Lists and Dictionaries.py - /Users/Brielle 04/Desktop/HW 8 Lists and Dictionaries.py (3.11.4)
#start_index
#no_good
#PROCESS
'drawBoard 'F=int (input('[4, 9, 2, 3, 5, 7, 8, 1, 6]'))
for row in square:
print (row)
def LoShu (List2d):
if isinstance (List2d, list) and len (List2d) ==3:
List1d=sum (List2d, [])
print (Listld)
if max (Listld) >=10 or min (Listld) <=0:
print("No good")
return False
checkRows
rowlsum= List2d [0] [0] +List2d [0] [1] +List2d [0] [2]
row2sum= List2d [1] [0] +List2d [1] [1] +List2d [1] [2]
row3sum= List2d [0] [0] +List2d [0] [1] +List2d [0] [2]
checkColumns
collsum= List1d [0] +List1d [3] +List1d [6]
col2sum= List1d [1] +List1d [4] +List1d [7]
col3sum= List1d [2]+List1d [5]+List1d [8]
checkDiagonals
rightDiagonalsum= List1d [2] +List1d [4] +List1d [6]
leftDiagonalsum= List1d [0] +List1d [4] +List1d [8]
isWinner
else:
if rowlsum==row2sum==row3sum==collsum==col2sum==col3sum==right Diagonalsum==leftDiagonalsum:
print("This is a LoShu Magic Square")
print("No good")
print (LoShu (Square))](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4fd19836-9b26-4543-9bb9-ab1bff952376%2F261147c4-63b0-4100-9169-7bc487842334%2Fo14yl2_processed.jpeg&w=3840&q=75)
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