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Transcript
00:05
Once you have successfully run a hydraulic model through an
00:08
S, you can review the results using the attribute tab of the model explorer.
00:13
And you can create a variety of reference
00:15
graphs using the tools in the report manager
00:19
to begin double click the desired project dot
00:22
ARX file to open RGI
00:24
pro.
00:26
Once the project starts,
00:27
click the info water pro tab to open the info water pro ribbon
00:32
in the project panel, click initialize
00:36
select a junction in the model.
00:39
The output section of model explorer attribute tab populates
00:43
with the demand and pressure data for that junction.
00:47
You can use the arrows or slide the output time
00:49
bar in the model explorer to change the output time.
00:53
The values in the attribute tab always reflect
00:56
the time referenced by the output time bar.
01:00
Select the pump with an id of P dash 140 which
01:03
is near the tank in the lower left of the system
01:08
in the model explorer attribute tab,
01:10
click the graph icon to open a pump graph of this pump in the report manager.
01:16
Make sure that FLO is selected in the second dropdown
01:19
from the graph. You can see that this pump was flowing during the simulation,
01:24
but it turned off twice.
01:27
Now select the tank with the id of T 5000 in the lower left corner of the system
01:35
in the model explorer attribute tab,
01:37
click the graph icon to open a tank graph in the report manager
01:43
to change the parameter displayed in the graph,
01:45
expand the second dropdown and select level.
01:50
The graph shows that the tank is filling and draining during the 24 hours.
01:56
In the report manager for this tank graph,
01:58
click the reference graph icon to add another parameter to the graph
02:03
in the reference graph dialog box.
02:05
Other data sources tab select quick mixed graph as the reference option
02:11
and active graph data as the data source
02:16
click OK.
02:18
The reference graph data source will create
02:21
a second parameter within the same graph.
02:25
There will be two options in the first drop down.
02:28
One that specifies the main or right Y axis and a
02:31
second that specifies the parameter for the associated Y axis,
02:36
expand the first dropdown and change the Y axis reference to R tank T 5000
02:43
then expand the second dropdown and change the parameter
02:46
displayed on the secondary Y axis to flow.
02:51
Click the reference graph icon again
02:54
on the other data sources.
02:56
Tab select none as the reference option to remove the secondary parameter.
03:02
Click OK.
03:04
You can compare graphs in the report manager
03:08
click undock twice to undock both graphs
03:13
from the window. Dropdown menu select tile horizontally.
03:20
The graphs are tiled on top of each other allowing you to view
03:23
and compare the E P S results for the specific pump and tank.
03:27
At the same time,
03:29
you can right click the title bar of each of
03:31
the floating graphs and choose dock to report manager to redo
03:34
the graphs
03:36
from the window dropdown menu select hide all
03:40
the graphs disappear from the display but can be
03:42
displayed again at any time by selecting un hide
03:45
all.
03:48
You can also display a graph of multiple selected elements
03:53
zoom to the area near pumps, P dash 100
03:55
P dash 120.
03:59
Ensure that both pumps are visible
04:03
in the report manager. Click new.
04:06
If you close the report manager previously,
04:08
you can reopen it in the model explorer attribute tab by clicking the graph icon
04:14
in the graph report tab select pump group graph
04:18
then click open.
04:21
Since selected elements was selected as the data scope.
04:24
The report manager is waiting for the pumps to be selected
04:28
with the select tool, active click and drag the cursor over pumps, P dash 100
04:33
P dash 120.
04:35
The pumps turn light blue indicating that they have been selected
04:40
right. Click anywhere in the map display and select enter
04:44
the report manager graph opens displaying the output for both pumps
04:49
by viewing two pumps in the same graph.
04:52
You can see that only pump P dash 120 was used for the 24 hour analysis.
04:58
Any report in info water pro can be customized using this tool,
05:02
click hide to close the report manager.
05:06
Every report and graph in the report manager is saved
05:09
in its current state until it is manually removed,
05:12
refreshed or the model is closed.
00:05
Once you have successfully run a hydraulic model through an
00:08
S, you can review the results using the attribute tab of the model explorer.
00:13
And you can create a variety of reference
00:15
graphs using the tools in the report manager
00:19
to begin double click the desired project dot
00:22
ARX file to open RGI
00:24
pro.
00:26
Once the project starts,
00:27
click the info water pro tab to open the info water pro ribbon
00:32
in the project panel, click initialize
00:36
select a junction in the model.
00:39
The output section of model explorer attribute tab populates
00:43
with the demand and pressure data for that junction.
00:47
You can use the arrows or slide the output time
00:49
bar in the model explorer to change the output time.
00:53
The values in the attribute tab always reflect
00:56
the time referenced by the output time bar.
01:00
Select the pump with an id of P dash 140 which
01:03
is near the tank in the lower left of the system
01:08
in the model explorer attribute tab,
01:10
click the graph icon to open a pump graph of this pump in the report manager.
01:16
Make sure that FLO is selected in the second dropdown
01:19
from the graph. You can see that this pump was flowing during the simulation,
01:24
but it turned off twice.
01:27
Now select the tank with the id of T 5000 in the lower left corner of the system
01:35
in the model explorer attribute tab,
01:37
click the graph icon to open a tank graph in the report manager
01:43
to change the parameter displayed in the graph,
01:45
expand the second dropdown and select level.
01:50
The graph shows that the tank is filling and draining during the 24 hours.
01:56
In the report manager for this tank graph,
01:58
click the reference graph icon to add another parameter to the graph
02:03
in the reference graph dialog box.
02:05
Other data sources tab select quick mixed graph as the reference option
02:11
and active graph data as the data source
02:16
click OK.
02:18
The reference graph data source will create
02:21
a second parameter within the same graph.
02:25
There will be two options in the first drop down.
02:28
One that specifies the main or right Y axis and a
02:31
second that specifies the parameter for the associated Y axis,
02:36
expand the first dropdown and change the Y axis reference to R tank T 5000
02:43
then expand the second dropdown and change the parameter
02:46
displayed on the secondary Y axis to flow.
02:51
Click the reference graph icon again
02:54
on the other data sources.
02:56
Tab select none as the reference option to remove the secondary parameter.
03:02
Click OK.
03:04
You can compare graphs in the report manager
03:08
click undock twice to undock both graphs
03:13
from the window. Dropdown menu select tile horizontally.
03:20
The graphs are tiled on top of each other allowing you to view
03:23
and compare the E P S results for the specific pump and tank.
03:27
At the same time,
03:29
you can right click the title bar of each of
03:31
the floating graphs and choose dock to report manager to redo
03:34
the graphs
03:36
from the window dropdown menu select hide all
03:40
the graphs disappear from the display but can be
03:42
displayed again at any time by selecting un hide
03:45
all.
03:48
You can also display a graph of multiple selected elements
03:53
zoom to the area near pumps, P dash 100
03:55
P dash 120.
03:59
Ensure that both pumps are visible
04:03
in the report manager. Click new.
04:06
If you close the report manager previously,
04:08
you can reopen it in the model explorer attribute tab by clicking the graph icon
04:14
in the graph report tab select pump group graph
04:18
then click open.
04:21
Since selected elements was selected as the data scope.
04:24
The report manager is waiting for the pumps to be selected
04:28
with the select tool, active click and drag the cursor over pumps, P dash 100
04:33
P dash 120.
04:35
The pumps turn light blue indicating that they have been selected
04:40
right. Click anywhere in the map display and select enter
04:44
the report manager graph opens displaying the output for both pumps
04:49
by viewing two pumps in the same graph.
04:52
You can see that only pump P dash 120 was used for the 24 hour analysis.
04:58
Any report in info water pro can be customized using this tool,
05:02
click hide to close the report manager.
05:06
Every report and graph in the report manager is saved
05:09
in its current state until it is manually removed,
05:12
refreshed or the model is closed.
Required for course completion
Once you have successfully run a hydraulic model through an EPS, you can review the results using the Attribute tab of the Model Explorer, and you can create a variety of reference graphs using the tools in the Report Manager.
The values in the Attribute tab always reflect the time referenced by the output time bar.
The Reference Graph Data Source will create a second parameter within the same graph. There will be two options in the first drop-down, one that specifies the Main or Right y-axis, and a second that specifies the parameter for the associated y-axis.
The graphs are tiled on top of each other, allowing you to view and compare the EPS results for the specific pump and tank at the same time.
In the Report Manager graph, notice the output for both pumps. Only pump P-120 was used for the 24-hour analysis.
Every report and graph in the Report Manager is saved in its current state until it is manually removed, refreshed, or the model is closed.