Given a finite set of points in the plane, each with integer coordinates, is it always possible to color the points red or white so that for any straight line
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parallel to one of the coordinate axes the difference (in absolute value) between the numbers of white and red points on
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is not greater than
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?
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Given a finite set of points in the plane, each with integer coordinates, is it always possible to color the points red or white so that for any straight line $L$ parallel to one of the coordinate axes the difference (in absolute value) between the numbers of white and red points on $L$ is not greater than $1$?