When running BertottiIronLossesVsSlipAclm macro, getting error "list.index(x): x not in list"
Best Answer
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Riyas S said:
Hi team,
Thanks for your reply
I actually used 'Slip' parameter in my scenario but now checked the scenario was partially solved.
Now its working properly
Thanks again
Hi Riyas,
Thanks for feedback on Bertotti macro usage.
"TIME" is the default quantity that is available when we solve the model in transient Magnetic application. And it can be used in definition of source. While defining the scenario we can choose the lower and higher limits of "TIME" parameter to solve the model. (Solve the model by control of time instead of control by mechanical set in the scenario).
Thanks
Karun
1
Answers
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Hi Riyas,
Thank you for contacting us.
The problem comes from choosing the Scenario while running the macro. The scenario should have the "slip" parameter defined by Multi values of upper and lower limits.
Please check the scenario chosen while running the macro.
Thanks
Karun
1 -
Hi team,
Thanks for your reply
I actually used 'Slip' parameter in my scenario but now checked the scenario was partially solved.
Now its working properly
Thanks again
0 -
Riyas S said:
Hi team,
Thanks for your reply
I actually used 'Slip' parameter in my scenario but now checked the scenario was partially solved.
Now its working properly
Thanks again
Hi Riyas,
Thanks for feedback on Bertotti macro usage.
"TIME" is the default quantity that is available when we solve the model in transient Magnetic application. And it can be used in definition of source. While defining the scenario we can choose the lower and higher limits of "TIME" parameter to solve the model. (Solve the model by control of time instead of control by mechanical set in the scenario).
Thanks
Karun
1 -
Karun Avula said:
Hi Riyas,
Thanks for feedback on Bertotti macro usage.
"TIME" is the default quantity that is available when we solve the model in transient Magnetic application. And it can be used in definition of source. While defining the scenario we can choose the lower and higher limits of "TIME" parameter to solve the model. (Solve the model by control of time instead of control by mechanical set in the scenario).
Thanks
Karun
Sure, thanks for your explanation
0