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Improved formatting

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edit approved Apr 9, 2013 at 11:47

A + B + { (|A| = A) = (|B| = B) = true: -AB; (|A| = A) = (|B| = B) = false: AB; else: 0 }

A + B + {
    (|A| = A) = (|B| = B) = true: -AB;
    (|A| = A) = (|B| = B) = false: AB;
    else: 0
}

That is, if both A and B share a sign, apply a limiting offset. The magnitude of the offset is the product of A and B. The direction of the offset is opposite to that of the A and B.

If A and B do not share a sign, no limit is applied, as there is no way to overflow.

A + B + { (|A| = A) = (|B| = B) = true: -AB; (|A| = A) = (|B| = B) = false: AB; else: 0 }

That is, if both A and B share a sign, apply a limiting offset. The magnitude of the offset is the product of A and B. The direction of the offset is opposite that of the A and B.

If A and B do not share a sign, no limit is applied, as there is no way to overflow.

A + B + {
    (|A| = A) = (|B| = B) = true: -AB;
    (|A| = A) = (|B| = B) = false: AB;
    else: 0
}

That is, if both A and B share a sign, apply a limiting offset. The magnitude of the offset is the product of A and B. The direction of the offset is opposite to that of A and B.

If A and B do not share a sign, no limit is applied, as there is no way to overflow.

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created Apr 8, 2013 at 21:53

Rich Remer

A + B + { (|A| = A) = (|B| = B) = true: -AB; (|A| = A) = (|B| = B) = false: AB; else: 0 }

That is, if both A and B share a sign, apply a limiting offset. The magnitude of the offset is the product of A and B. The direction of the offset is opposite that of the A and B.

If A and B do not share a sign, no limit is applied, as there is no way to overflow.