Using ParaSCIP (UG) in PySCIPOpt
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I was wondering how to install and use ParaSCIP (UG) in python for SCIP Optimizer. I've looked through available information and haven't seen any information if UG is implemented in PySCIPOpt. Also default win distribution of SCIP Optimization Suite lacks ParaSCIP. I've tried to build it by myself but failed because of the following error:
Makefile.doit:176: recipe for target 'C:/my_progs/11/scipoptsuite-6.0.0/soplex/lib/libsoplex...gnu.opt.a' failed
Has anyone succeeded in installing parallel SCIP?
I'm on Windows 10, using Jupyter, Anaconda, Python 3.6
python scip
asked Nov 8 at 11:34
Johnny Cheesecutter
213
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up vote
0
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favorite
I was wondering how to install and use ParaSCIP (UG) in python for SCIP Optimizer. I've looked through available information and haven't seen any information if UG is implemented in PySCIPOpt. Also default win distribution of SCIP Optimization Suite lacks ParaSCIP. I've tried to build it by myself but failed because of the following error:
Makefile.doit:176: recipe for target 'C:/my_progs/11/scipoptsuite-6.0.0/soplex/lib/libsoplex...gnu.opt.a' failed
Has anyone succeeded in installing parallel SCIP?
I'm on Windows 10, using Jupyter, Anaconda, Python 3.6
python scip
asked Nov 8 at 11:34
Johnny Cheesecutter
213
add a comment |
up vote
0
down vote
favorite
up vote
0
down vote
favorite
I was wondering how to install and use ParaSCIP (UG) in python for SCIP Optimizer. I've looked through available information and haven't seen any information if UG is implemented in PySCIPOpt. Also default win distribution of SCIP Optimization Suite lacks ParaSCIP. I've tried to build it by myself but failed because of the following error:
Makefile.doit:176: recipe for target 'C:/my_progs/11/scipoptsuite-6.0.0/soplex/lib/libsoplex...gnu.opt.a' failed
Has anyone succeeded in installing parallel SCIP?
I'm on Windows 10, using Jupyter, Anaconda, Python 3.6
python scip
asked Nov 8 at 11:34
Johnny Cheesecutter
213
I was wondering how to install and use ParaSCIP (UG) in python for SCIP Optimizer. I've looked through available information and haven't seen any information if UG is implemented in PySCIPOpt. Also default win distribution of SCIP Optimization Suite lacks ParaSCIP. I've tried to build it by myself but failed because of the following error:
Makefile.doit:176: recipe for target 'C:/my_progs/11/scipoptsuite-6.0.0/soplex/lib/libsoplex...gnu.opt.a' failed
Has anyone succeeded in installing parallel SCIP?
I'm on Windows 10, using Jupyter, Anaconda, Python 3.6
python scip
python scip
asked Nov 8 at 11:34
Johnny Cheesecutter
213
asked Nov 8 at 11:34
Johnny Cheesecutter
213
edited Nov 8 at 14:03
asked Nov 8 at 11:34
Johnny Cheesecutter
213
asked Nov 8 at 11:34
Johnny Cheesecutter
213
asked Nov 8 at 11:34
Johnny Cheesecutter
213
213
add a comment |
add a comment |
1 Answer
1
active
oldest
votes
up vote
0
down vote
UG is not (yet) officially supported on Windows. In the meantime, I recommend you use Windows Subsystem for Linux (WSL). This should allow you to run the entire SCIP Optimization Suite on Windows.
As for PySCIPOpt, it's not possible to call UG from Python. We would be happy to work on a Pull Request in that direction :-)
answered Nov 8 at 14:58
mattmilten
2,11811741
2
You should probably suggest to use Pyscipopt to write out the model in mps-format, and then read and solve it with FiberSCIP.
– Gregor
Nov 8 at 15:11
add a comment |
1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
0
down vote
UG is not (yet) officially supported on Windows. In the meantime, I recommend you use Windows Subsystem for Linux (WSL). This should allow you to run the entire SCIP Optimization Suite on Windows.
As for PySCIPOpt, it's not possible to call UG from Python. We would be happy to work on a Pull Request in that direction :-)
answered Nov 8 at 14:58
mattmilten
2,11811741
2
You should probably suggest to use Pyscipopt to write out the model in mps-format, and then read and solve it with FiberSCIP.
– Gregor
Nov 8 at 15:11
add a comment |
up vote
0
down vote
UG is not (yet) officially supported on Windows. In the meantime, I recommend you use Windows Subsystem for Linux (WSL). This should allow you to run the entire SCIP Optimization Suite on Windows.
As for PySCIPOpt, it's not possible to call UG from Python. We would be happy to work on a Pull Request in that direction :-)
answered Nov 8 at 14:58
mattmilten
2,11811741
2
You should probably suggest to use Pyscipopt to write out the model in mps-format, and then read and solve it with FiberSCIP.
– Gregor
Nov 8 at 15:11
add a comment |
up vote
0
down vote
up vote
0
down vote
UG is not (yet) officially supported on Windows. In the meantime, I recommend you use Windows Subsystem for Linux (WSL). This should allow you to run the entire SCIP Optimization Suite on Windows.
As for PySCIPOpt, it's not possible to call UG from Python. We would be happy to work on a Pull Request in that direction :-)
answered Nov 8 at 14:58
mattmilten
2,11811741
UG is not (yet) officially supported on Windows. In the meantime, I recommend you use Windows Subsystem for Linux (WSL). This should allow you to run the entire SCIP Optimization Suite on Windows.
As for PySCIPOpt, it's not possible to call UG from Python. We would be happy to work on a Pull Request in that direction :-)
answered Nov 8 at 14:58
mattmilten
2,11811741
answered Nov 8 at 14:58
mattmilten
2,11811741
answered Nov 8 at 14:58
mattmilten
2,11811741
answered Nov 8 at 14:58
mattmilten
2,11811741
2,11811741
2
You should probably suggest to use Pyscipopt to write out the model in mps-format, and then read and solve it with FiberSCIP.
– Gregor
Nov 8 at 15:11
add a comment |
2
You should probably suggest to use Pyscipopt to write out the model in mps-format, and then read and solve it with FiberSCIP.
– Gregor
Nov 8 at 15:11
2
2
You should probably suggest to use Pyscipopt to write out the model in mps-format, and then read and solve it with FiberSCIP.
– Gregor
Nov 8 at 15:11
You should probably suggest to use Pyscipopt to write out the model in mps-format, and then read and solve it with FiberSCIP.
– Gregor
Nov 8 at 15:11
add a comment |
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