You have no prior knowledge of the ASF. You are given three passages:
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If the ASF optimizes the distances between objective values of solutions and the reference point, then such distances should also be considered in the augmentation term that sums them up over all objectives. Accounting for this term implies that the isoquants are slightly obtuse. As a result, without augmentation, solutions a and b in the figure have the same distance from the reference point.
This form should be adjusted to the primary function. If the ASF optimizes the distances between objective values of solutions and the reference point, then such distances should also be considered in the augmentation term that sums them up over all objectives. Accounting for this term implies that the isoquants are slightly obtuse.
A small remark here is that this term can take various forms. This form should be adjusted to the primary function. If the ASF optimizes the distances between objective values of solutions and the reference point, then such distances should also be considered in the augmentation term that sums them up over all objectives.
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Task: Create  a summary note about ASF based on the information in the passages. If it's impossible omit. The letter j should appear at least 15 times.
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