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Thank you for putting this together - and introducing me to Serge Kruk's book, it's been extremely helpful on a current project.
One question I'm exploring, is how to add optional variable inputs (optional constraints) to the solver, i.e., a second input list of Size(s), setting these to optional, and letting the solver increase the quantity until a certain condition is met?
For example, add rolls of a size to minimize waste up to a set maximum # of rolls? I have a rough idea, but wondering if this has already been thought out.
The text was updated successfully, but these errors were encountered:
@Tyler0Akers sorry for late response. I did do experiements and tried to extend it to 2D but could not come up with a perfect plan for 2D CSP (in my case).
I would really recommend the ortools guide, it is more explanatory than I expected when I was learning ortools. Asking your question (ideally with some code) on StackOverflow sometimes attracts the author of ortools to answer
Hello Emad,
Thank you for putting this together - and introducing me to Serge Kruk's book, it's been extremely helpful on a current project.
One question I'm exploring, is how to add optional variable inputs (optional constraints) to the solver, i.e., a second input list of Size(s), setting these to optional, and letting the solver increase the quantity until a certain condition is met?
For example, add rolls of a size to minimize waste up to a set maximum # of rolls? I have a rough idea, but wondering if this has already been thought out.
The text was updated successfully, but these errors were encountered: