APM.MAX_TIME - APMonitor Option
Main.OptionApmMaxTime History
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See also [[Main/OptionApmIterations|ITERATIONS]], [[Main/OptionApmMaxIter|MAX_ITER]], [[Main/OptionApmMaxMemory|MAX_MEMORY]]
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(:title APM.MAX_TIME - APMonitor Option:)
(:keywords APM.MAX_TIME, Optimization, Estimation, Option, Configure, Default, Description:)
(:description Maximum run time in seconds:)
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Type: Floating Point, Input
Default Value: 1.0e20
Description: Maximum run time in seconds
MAX_TIME is the maximum amount of clock time in seconds that the solver should continue. Solutions forced to terminate early by this constraint do not satisfy the Karush Kuhn Tucker conditions for optimality. Even with this constraint, the application may fail to terminate at the required time because there are limited checks within the solvers. If a solver is stuck in a single major iteration when the time limit is reached, the program will terminate once that major iteration is completed. A supervisory application at the operating system level should generally be used to terminate applications that exceed a maximum desired amount of clock or CPU time.
(:keywords APM.MAX_TIME, Optimization, Estimation, Option, Configure, Default, Description:)
(:description Maximum run time in seconds:)
%width=50px%Attach:apm.png
Type: Floating Point, Input
Default Value: 1.0e20
Description: Maximum run time in seconds
MAX_TIME is the maximum amount of clock time in seconds that the solver should continue. Solutions forced to terminate early by this constraint do not satisfy the Karush Kuhn Tucker conditions for optimality. Even with this constraint, the application may fail to terminate at the required time because there are limited checks within the solvers. If a solver is stuck in a single major iteration when the time limit is reached, the program will terminate once that major iteration is completed. A supervisory application at the operating system level should generally be used to terminate applications that exceed a maximum desired amount of clock or CPU time.