A graphics/CAD/CAM design station is used by teenagers to design games
Indicate whether the statement is true or false
FALSE
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Write a main method in the class Sudoku that creates a SudokuPuzzle object and sets its initial configuration. Then use a loop to allow someone to play sudoku. Display the current configuration and ask for a row, column, and value. Update the game board and display it again. If the configuration does not satisfy the restrictions, let the user know. Indicate when the puzzle has been solved correctly. In that case, both checkPuzzle and isFull would return true. You should also allow options for resetting the puzzle and displaying the values that can be placed in a given square.
Sudoku is a popular logic puzzle that uses a 9 by 9 array of squares that are organized into 3 by 3 subarrays. The puzzle solver must fill in the squares with the digits 1 to 9 such that no digit is repeated in any row, any column, or any of the nine 3 by 3 subgroups of squares. Initially, some squares are filled in already and cannot be changed. For example, the following might be a starting configuration for a sudoku puzzle: Create a class SudokuPuzzle that has the attributes • board—a 9 by 9 array of integers that represents the current state of the puzzle, where zero indicates a blank square • start—a 9 by 9 array of boolean values that indicates which squares in board are given values that cannot be changed and the following methods: • SudokuPuzzle—a constructor that creates an empty puzzle • toString—returns a string representation of the puzzle that can be printed • addInitial(row, col, value)—sets the given square to the given value as an initial value that cannot be changed by the puzzle solver • addGuess(row, col, value)—sets the given square to the given value; the value can be changed later by another call to addGuess • checkPuzzle—returns true if the values in the puzzle do not violate the restrictions • getValueIn(row, col)—returns the value in the given square • getAllowedValues(row, col)—returns a one-dimensional array of nine booleans, each of which corresponds to a digit and is true if the digit can be placed in the given square without violating the restrictions • isFull—returns true if every square has a value • reset—changes all of the nonpermanent squares back to blanks (zeros) This project creates a class that could be used to implement Sudoku. It uses three different patterns for accessing values in a two dimensional array. The hardest part of this class is getting the logic for check rows, columns and subsquares correct. It is strongly recommended that the checking logic be implemented in separate methods that are checked one at a time. A text based interface that allows you to play a game of Sudoku is implemented in the main method.
Case F-1Michelle is working hard to meet a deadline, and she needs a quick, effective way to paint some masks. She turns to the automatic brush technique. Michelle wants to increase the diameter of her brush. She wants to increase it from 20 pixels to 90 pixels, so how many times should she press the ] key?
A. 4 B. 7 C. 14 D. 21
What is the difference between human memory and computer memory?
What will be an ideal response?
An identifier that shows the exact value of a data point in a chart.
What will be an ideal response?