data:image/png;base64,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110i121I'm kind of bummed that I didn't find a beautiful one-line solution using FIND FIRST, but it just gives the value it finds, not the position in the list, which is what we need to find the line endpoints in WIN LINES. So it's a plain old fashioned FOR loop.playingfalseplayingfalseX's turn?available squaresavailable squares1data:image/png;base64,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,O,3,4,O,X,7,O,9false-100,50100,50-100,0100,0-100,-50100,-50-50,100-50,-1000,1000,-10050,10050,-100-100,100100,-100-100,-100100,1007