Write a function with the declaration solvedBoard = solveSudoku (board). The input to this function will be an incomplete Sudoku board and the output will be the solved board. Below are hints and suggestions for steps to help you implement this function: i. Find the indices of all the missing values in the table and store them in the variable emptyInd (find, isnan) ii. Create a variable called ind which will indicate our current location within the emptyInd array iii. Write a loop that will traverse the empty Ind array. At each location check what number can be placed in that location using your function from part (b) (Which numbers do you need to check?). If it's not valid, try a different number, if none work, replace it with a NaN, and go back to the previous empty index and try a different number than before. (Which loop type would be most suitable for this scenario?) (ind2sub, checkSudoku)

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Write a function with the declaration solvedBoard = solveSudoku (board). The input
to this function will be an incomplete Sudoku board and the output will be the solved board.
Below are hints and suggestions for steps to help you implement this function:
i. Find the indices of all the missing values in the table and store them in the variable
emptyInd (find, isnan)
ii. Create a variable called ind which will indicate our current location within the
emptyInd array
iii. Write a loop that will traverse the empty Ind array. At each location check what
number can be placed in that location using your function from part (b) (Which numbers
do you need to check?). If it's not valid, try a different number, if none work, replace it
with a NaN, and go back to the previous empty index and try a different number than
before. (Which loop type would be most suitable for this scenario?) (ind2sub,
checkSudoku)
Transcribed Image Text:Write a function with the declaration solvedBoard = solveSudoku (board). The input to this function will be an incomplete Sudoku board and the output will be the solved board. Below are hints and suggestions for steps to help you implement this function: i. Find the indices of all the missing values in the table and store them in the variable emptyInd (find, isnan) ii. Create a variable called ind which will indicate our current location within the emptyInd array iii. Write a loop that will traverse the empty Ind array. At each location check what number can be placed in that location using your function from part (b) (Which numbers do you need to check?). If it's not valid, try a different number, if none work, replace it with a NaN, and go back to the previous empty index and try a different number than before. (Which loop type would be most suitable for this scenario?) (ind2sub, checkSudoku)
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