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(1) Determine the criticality of workcenters. This will help us solve overload problems on the critical resources first. The meaning of the word critical is still unclear. The solution should also define what criticality means while coming up with ideas for determining criticality of resources.
(2) Determine EPST and LPST of tasks. Since the quantity of the taskplans also determines it length, the EPST and LPST are really dynamic quantities; a taskplan may be split into two smaller pieces and simultaneously assigned to two alternate resources; that would change the EPST/LPST calculations! So, any such information should be a guide to the solver; and we must always remember that it can lead to sub-optimal plans (as with any heuristic planning approach).
(3) Anything else?
The text was updated successfully, but these errors were encountered:
* Calculate EPST/LPST of tasks for a given plan/demand and associated
helper functions
* Update visualization tool to display level, EPST, LPST of TaskPlan
* Minor fix to CalendarUtils code to fix infinite loop (happens
when a date falls outside the plan horizon and we search for a shift
that contains the date)
(1) Determine the criticality of workcenters. This will help us solve overload problems on the critical resources first. The meaning of the word critical is still unclear. The solution should also define what criticality means while coming up with ideas for determining criticality of resources.
(2) Determine EPST and LPST of tasks. Since the quantity of the taskplans also determines it length, the EPST and LPST are really dynamic quantities; a taskplan may be split into two smaller pieces and simultaneously assigned to two alternate resources; that would change the EPST/LPST calculations! So, any such information should be a guide to the solver; and we must always remember that it can lead to sub-optimal plans (as with any heuristic planning approach).
(3) Anything else?
The text was updated successfully, but these errors were encountered: