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    1. COIt is not academic. I am using this as an alternative to MS Project. The main goal of the program is to make it easier to answer the question "when can your team add feature X to our software?"
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    2. COI'll try it and get back to you. I was thinking about something similar but see a potential problem in the fact that a difference X in the first value represents the same probability as a difference X in the second value. Intuitively a difference in the second value ought to represent a value that is in some sense an infinitely smaller probability. A problem here is that it's hard to convince yourself through trial & error that your algorithm is sound. It might work for simple cases but create weird behavior in complex scenarios. I'm wishing for some theoretical confirmation of the method.
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    3. COThe different quantities do not always have compatible units. For example the deadline value is squared to get a least-squares type of optimization, i.e. I prefer delaying 3 tasks by 1 day each rather than delaying 1 task by 3 days. I have considered this but I'm afraid I will run into many boundary cases where the system is not doing the right thing because i didn't make the coefficients "just right" (if there even is such a thing). Also see answer to mcbeckish
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