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Transcript
00:04
A multitrace analysis is a batch process that runs multiple
00:08
and separate source trace analyses for each individual trace.
00:13
It allows you to track over time what percentage of water reaching any
00:16
node in the network had its origin at a particular set of nodes.
00:21
The source nodes can be any node in the network, including tanks or reservoirs.
00:25
Internally.
00:26
The program treats the nodes as a constant source of a
00:29
non reacting constituent that enters the network with a concentration of 100
00:34
to begin. Double click the desired project dot APR X file to open
00:39
Agis Pro.
00:41
Once the project starts,
00:42
click the info water pro tab to open the info water pro ribbon
00:47
in the project panel, click initialize
00:50
you start a multitrace water quality analysis by setting up the simulation options
00:56
in the model explorer on the operation tab,
00:58
expand the simulation options folder and then double click W Q cl chlorine analysis
01:06
in the simulation options. Dialogue, click the clone icon.
01:10
Then in the new simulation options pop up,
01:13
enter a new ID of W Q underscore M T comma multitrace analysis
01:19
and then click OK,
01:22
click the quality tab and then select the multitrace option.
01:28
Make sure that the trace node field is blank
01:30
and that multitrace is set to all storage.
01:34
Be aware that the all storage option includes all tanks and reservoirs.
01:38
When tanks are used as the source,
01:40
all water leaving the tanks is attributed to
01:42
the tank versus the source that provided it.
01:46
If you were to choose all reservoirs here,
01:48
then the analysis would only include true water sources
01:53
before you run the multitrace analysis on the info
01:56
water pro toolbar
01:57
in the view panel, click reset map display.
02:02
This step is necessary because multitrace results are
02:05
not viewed using the map display tool.
02:08
You are ready to run the analysis
02:11
in the model explorer. Click the run icon to open the run manager
02:15
in the standard tab, expand the simulation options, drop down and select W
02:20
Q
02:21
MT multitrace analysis,
02:24
then expand time setting and select W
02:26
Q water quality analysis.
02:29
Click the run icon and then click OK when the simulation has completed successfully
02:36
to view the results of the multi trace analysis on
02:38
the info water pro ribbon in the view panel,
02:41
click report manager
02:44
in the report manager dialogue,
02:45
click new to open the output slash report graph dialogue
02:50
in the tabular report section, select multitrace report
02:53
and then click open
02:56
in the report manager tabular report that opens change the output time to 120 hours.
03:03
This report details the percentage of water that comes
03:06
to each junction from each source at the specified time
03:10
nodes adding up to more than 100% receive flow
03:13
from a tank that is supplied by the reservoir.
03:17
Keep in mind that the multitrace function is a batch process that
03:20
runs multiple and separate source trace analyses for each individual trace.
03:25
It is not a simultaneous solution of multiple source traces.
03:29
Therefore,
03:30
it is possible that the combined traces do not fully satisfy continuity,
03:34
especially with tanks that experience both incoming and outgoing flows.
03:39
So it is important to understand that the total percentage
03:41
of water combined from each source may not total 100%.
03:46
You can use a trace analysis if you require more detail.
03:50
When you are finished reviewing the table, click hide to close the report manager.
00:04
A multitrace analysis is a batch process that runs multiple
00:08
and separate source trace analyses for each individual trace.
00:13
It allows you to track over time what percentage of water reaching any
00:16
node in the network had its origin at a particular set of nodes.
00:21
The source nodes can be any node in the network, including tanks or reservoirs.
00:25
Internally.
00:26
The program treats the nodes as a constant source of a
00:29
non reacting constituent that enters the network with a concentration of 100
00:34
to begin. Double click the desired project dot APR X file to open
00:39
Agis Pro.
00:41
Once the project starts,
00:42
click the info water pro tab to open the info water pro ribbon
00:47
in the project panel, click initialize
00:50
you start a multitrace water quality analysis by setting up the simulation options
00:56
in the model explorer on the operation tab,
00:58
expand the simulation options folder and then double click W Q cl chlorine analysis
01:06
in the simulation options. Dialogue, click the clone icon.
01:10
Then in the new simulation options pop up,
01:13
enter a new ID of W Q underscore M T comma multitrace analysis
01:19
and then click OK,
01:22
click the quality tab and then select the multitrace option.
01:28
Make sure that the trace node field is blank
01:30
and that multitrace is set to all storage.
01:34
Be aware that the all storage option includes all tanks and reservoirs.
01:38
When tanks are used as the source,
01:40
all water leaving the tanks is attributed to
01:42
the tank versus the source that provided it.
01:46
If you were to choose all reservoirs here,
01:48
then the analysis would only include true water sources
01:53
before you run the multitrace analysis on the info
01:56
water pro toolbar
01:57
in the view panel, click reset map display.
02:02
This step is necessary because multitrace results are
02:05
not viewed using the map display tool.
02:08
You are ready to run the analysis
02:11
in the model explorer. Click the run icon to open the run manager
02:15
in the standard tab, expand the simulation options, drop down and select W
02:20
Q
02:21
MT multitrace analysis,
02:24
then expand time setting and select W
02:26
Q water quality analysis.
02:29
Click the run icon and then click OK when the simulation has completed successfully
02:36
to view the results of the multi trace analysis on
02:38
the info water pro ribbon in the view panel,
02:41
click report manager
02:44
in the report manager dialogue,
02:45
click new to open the output slash report graph dialogue
02:50
in the tabular report section, select multitrace report
02:53
and then click open
02:56
in the report manager tabular report that opens change the output time to 120 hours.
03:03
This report details the percentage of water that comes
03:06
to each junction from each source at the specified time
03:10
nodes adding up to more than 100% receive flow
03:13
from a tank that is supplied by the reservoir.
03:17
Keep in mind that the multitrace function is a batch process that
03:20
runs multiple and separate source trace analyses for each individual trace.
03:25
It is not a simultaneous solution of multiple source traces.
03:29
Therefore,
03:30
it is possible that the combined traces do not fully satisfy continuity,
03:34
especially with tanks that experience both incoming and outgoing flows.
03:39
So it is important to understand that the total percentage
03:41
of water combined from each source may not total 100%.
03:46
You can use a trace analysis if you require more detail.
03:50
When you are finished reviewing the table, click hide to close the report manager.
Required for course completion
A multi-trace analysis is a batch process that runs multiple and separate source trace analyses for each individual trace. It allows you to track over time what percentage of water reaching any node in the network had its origin at a particular set of nodes. The source nodes can be any node in the network, including tanks or reservoirs. Internally, the program treats the nodes as a constant source of a non-reacting constituent that enters the network with a concentration of 100.
To set up the simulation options:
Be aware that the All Storage option includes all tanks and reservoirs. When tanks are used as the source, all water leaving the tanks is attributed to the tank versus the source that provided it. If you were to choose All Reservoirs here, then the analysis would include only true water sources.
To view the multi-trace results without the Map Display tool:
To run the analysis:
To view the results of the multi-trace analysis:
This report details the percentage of water that comes to each junction from each source at the specified time. Nodes adding up to more than 100% receive flow from a tank that is supplied by the reservoir.
IMPORTANT: The multi-trace function is a batch process that runs multiple and separate source trace analyses for each individual trace. It is not a simultaneous solution of multiple source traces; therefore, it is possible that the combined traces do not fully satisfy continuity, especially with tanks that experience both incoming and outgoing flows. So, it is important to understand that the total percentage of water combined from each source may not total 100%. You can use a trace analysis if you require more detail.