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Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Run an extended period simulation.
Type:
Tutorial
Length:
4 min.
Tutorial resources
These downloadable resources will be used to complete this tutorial:
Transcript
00:04
Once you are done setting up the
00:05
hydraulic modeling for an extended period simulation,
00:08
you can run the simulation
00:11
to begin
00:11
double click the desired project dot APR X file to open
00:16
Agis Pro.
00:18
Once the project starts,
00:19
click the info water pro tab to open the info water pro ribbon
00:24
in the project panel, click initialize
00:29
in the model explorer attribute tab, click run manager
00:34
in the standard tab of the run manager, set the time setting to
00:38
s extended period analysis,
00:43
click run to run the simulation.
00:47
The green light indicates a successful simulation.
00:51
If this light was yellow,
00:52
then the simulation would have run partially or completely and it
00:56
would have been accompanied by warning messages on the output report.
00:60
If the run does not run through completely,
01:02
then those warnings would need to be addressed before
01:04
running the simulation again until it was successful.
01:09
All warnings should be reviewed in case they
01:11
are critical but some are often negligible.
01:15
A red light would indicate that the simulation failed to converge to a solution.
01:20
Lastly,
01:21
a gray light would have meant that the simulation did not produce
01:24
any output and you would need to troubleshoot to figure out why
01:29
click. OK, to exit the run manager.
01:33
Since this hydraulic model ran successfully,
01:35
you can now review the results using the attribute tab of the model explorer.
01:40
And you can create a variety of reports using the tools in the report manager.
Video transcript
00:04
Once you are done setting up the
00:05
hydraulic modeling for an extended period simulation,
00:08
you can run the simulation
00:11
to begin
00:11
double click the desired project dot APR X file to open
00:16
Agis Pro.
00:18
Once the project starts,
00:19
click the info water pro tab to open the info water pro ribbon
00:24
in the project panel, click initialize
00:29
in the model explorer attribute tab, click run manager
00:34
in the standard tab of the run manager, set the time setting to
00:38
s extended period analysis,
00:43
click run to run the simulation.
00:47
The green light indicates a successful simulation.
00:51
If this light was yellow,
00:52
then the simulation would have run partially or completely and it
00:56
would have been accompanied by warning messages on the output report.
00:60
If the run does not run through completely,
01:02
then those warnings would need to be addressed before
01:04
running the simulation again until it was successful.
01:09
All warnings should be reviewed in case they
01:11
are critical but some are often negligible.
01:15
A red light would indicate that the simulation failed to converge to a solution.
01:20
Lastly,
01:21
a gray light would have meant that the simulation did not produce
01:24
any output and you would need to troubleshoot to figure out why
01:29
click. OK, to exit the run manager.
01:33
Since this hydraulic model ran successfully,
01:35
you can now review the results using the attribute tab of the model explorer.
01:40
And you can create a variety of reports using the tools in the report manager.
Once you are done setting up the hydraulic modeling for an extended period simulation, you can run the simulation.
The green light indicates a successful simulation:
If this light was yellow, then the simulation would have run partially or completely, and it would have been accompanied by warning messages on the output report. If the run does not run through completely, then those warnings would need to be addressed before running the simulation again until it was successful. All warnings should be reviewed in case they are critical, but some are often negligible.
A red light would indicate that the simulation failed to converge to a solution. Lastly, a gray light would have meant that the simulation did not produce any output, and you would need to troubleshoot to figure out why.
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