Simranjit Kaur
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Simranjit Kaurさんの最近のアクティビティ-
Simranjit Kaurさんがコメントを作成しました:
Hi Syed, Please have a look at the tutorials linked in our article Getting Started with Gurobi Optimizer.
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Simranjit Kaurさんがコメントを作成しました:
Great! Good luck with your project. Best regards,Simran
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Simranjit Kaurさんがコメントを作成しました:
Good! The issue was in perhaps in reading the model file. I assume you fixed it by moving the model.mps file to a folder so that the path to the file had no whitespaces. Best regards,Simran
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Simranjit Kaurさんがコメントを作成しました:
This error means that you are using Gurobi version 12, but the license you are using is valid only for versions 11.0 and below. To fix this, you need to update your Gurobi license to the latest ver...
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Simranjit Kaurさんがコメントを作成しました:
It's great to know that you can export your model in an MPS file now! Could it be the case that gurobi-modelanalyzer is installed in a different environment that gurobipy? Also, once gurobi-modelan...
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Simranjit Kaurさんがコメントを作成しました:
Hi Xintong, A potential bug in the Gurobi solver can be submitted via a support request in our Gurobi Help Center. In general, before reporting a bug, please check you are using the most recent v...
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Simranjit Kaurさんがコメントを作成しました:
Hi Yanda, Could you please try adding the line writeprob model.mps to your gurobi.opt options file? Please note use an options file with Gurobi, you will need to set the optfile model attribute or...
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Simranjit Kaurさんがコメントを作成しました:
Hi Yanda, You can use the writeprob option in GAMS to generate an MPS file. Alternatively, you can set the Gurobi parameter GURO_PAR_DUMP to 1 to export the model in an MPS file format. For more de...
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Simranjit Kaurさんがコメントを作成しました:
You can use the cbStopOneMultiObj callback to interrupt the optimization of a specific objective in a multi-objective model, while allowing the overall hierarchical optimization process to continu...
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Simranjit Kaurさんがコメントを作成しました:
Hi Rahmat, We don't currently have helper functions for inverse trigonometric functions. However, you can model them using simple trigometric transformations, such as \( y = arcsin(x) <=> x = sin...