data:image/png;base64,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 will stamp text on the stage at the given font size. The direction of the text is the direction the sprite is facing, and color will match the pen color.

Hello!12

1datamapmany1data lists

1

1

110i

121

cont3

catchtag

cont

catchtag

Sprite

Sprite

When this custom procedure starts, the process will repeat 3 times. Clone number is turned into a variable and it is changed by 1. Then, a clone is created of the original and x is changed by 50. Now, there is one row of 3 boxes because this process repeats 3 times.

When this procedure is started, a for loop block is used. For loops 1 to 3, make one row (code explained inside) custom prodecure is used, and x is changed by -150 while y is changed by -50, so the squares can be in a proper tic tac toe format. Then, outside of the for loop block, the original sprite which makes its own row is moved to 1000,0 so it is off the screen.

10000

Ox's turn?trueXO

falseTo start, I created a custom prodecure that allowed me to see who wins. I used a for each block to say for each triple in the winning triples variables, if item 1 of triple of board = the given sign, item 2 of triple of board = the given sign and item 3 of triple of board = the given sign, then report true as that person has won, and then report false on the outside.

falseTo start, I created a custom prodecure for a draw. If X wins and O wins, report = false, meaning no one has won, and not board contains an a empty, then report true as the game has ended in a tie. If else, then report false.

data:image/png;base64,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9trueX, ,O, ,X,O,X, ,O1,2,31,4,77,8,93,6,92,5,84,5,61,5,93,5,79