An improved optimization algorithm with double precision arithmetic makes the software more stable and almost crash-proof
2
Its guaranteed superiority on other algorithms for low-cost layouts has been reinforced. Now, it yields even better layouts for most problems
3
User can now specify rectangular or other Composite Boundary Shapes with point & click input without any need to insert dummy modules
4
An academic problem from Ref . [Tompkins et al, Facilities Planning , 3rd Ed., John Wiley Inc., NY, 2002. ] has been added to the list of benchmark problems
5
A novel concept of Forbidden Area Module has been introduced to model obstructions and non-usable spaces
6
A bypass option to the check for zero flow modules is now available. This was needed for problems where the area minimization is a major objective
7
A new option of negative flow input helps in applications requiring certain departments to be placed away from each other in the optimal layout
8
The user can now modify the parameters and view optimal layouts instantly on the main window due to a wider display with better screen resolution
9
Product License can now be accessed easily throgh a browse option to activate the software
10
Display of user input data in a tabular form adds to the user's convenience
11
A variety of data import options have been introduced
VIP-PLANOPT
generates optimized floor plan layouts such that:
1) All modules
representing functional units, departments, facilities,
etc. are placed at their optimal or near-optimal (best
possible) positions. 2) Dimensions
(sizes) of variable aspect-ratio modules are optimized
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