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We evaluate the descriptive set theoretic complexity of the space of continuous surjections from to .
It is shown that a monotone function acting between euclidean spaces and is continuous almost everywhere with respect to the Lebesgue measure on .
Let the spaces and be ordered by cones and respectively, let be a nonempty subset of , and let be an order-preserving function. Suppose that is generating in , and that contains no affine line. Then is locally bounded on the interior of , and continuous almost everywhere with respect to the Lebesgue measure on . If in addition is a closed halfspace and if is connected, then is continuous if and only if the range is connected.
We prove that if for certain values of , then
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