Annotation: Difference between revisions
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(Created page with "The annotation object adds meta information to the model or component. == Model Annotation == When used to annotate a model, the annotation comes after the equation section...") |
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== Model Annotation == | == Model Annotation == | ||
When used to annotate a model, the annotation comes after the equation section and before the final end. | When used to annotate a model, the annotation comes after the equation section and before the final end. | ||
It is most often used to provide the [[experiment]] and [[__Mechanomy_analyze]] options. | It is most often used to provide the [[experiment]] and [[__Mechanomy_analyze]] options. | ||
[[experiment]] configures the simulation by specifying the start and stop times, solution tolerance, and step size or number of intervals. | [[experiment]] configures the simulation by specifying the start and stop times, solution tolerance, and step size or number of intervals. | ||
[[__Mechanomy_analyze]] provides quick plotting of simulation results. | [[__Mechanomy_analyze]] provides quick plotting of simulation results. | ||
Successive entries should be comma separated. | |||
=== Example === | |||
annotation( | |||
experiment(StartTime=0, StopTime=1, Tolerance=0.01, NumberOfIntervals=20), | |||
__Mechanomy_analyze( plot2D={x:time, y:revWL.phi} ), | |||
__Mechanomy_analyze( plot2D={x:time, y:revWL.frame_a.f[1]} ) | |||
); | |||
Latest revision as of 17:45, 3 January 2020
The annotation object adds meta information to the model or component.
Model Annotation[edit]
When used to annotate a model, the annotation comes after the equation section and before the final end.
It is most often used to provide the experiment and __Mechanomy_analyze options. experiment configures the simulation by specifying the start and stop times, solution tolerance, and step size or number of intervals. __Mechanomy_analyze provides quick plotting of simulation results.
Successive entries should be comma separated.
Example[edit]
annotation(
experiment(StartTime=0, StopTime=1, Tolerance=0.01, NumberOfIntervals=20),
__Mechanomy_analyze( plot2D={x:time, y:revWL.phi} ),
__Mechanomy_analyze( plot2D={x:time, y:revWL.frame_a.f[1]} )
);