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Transcript
00:04
In InfoWorks ICM, the data for simulations comes from events,
00:08
either individually or as combinations of events.
00:12
An event contains a single set of hydrological or hydraulic data that varies with time,
00:17
such as a rainfall record or a prediction of domestic wastewater inflow.
00:22
Event data can occur in either upstream or downstream boundary conditions.
00:28
Upstream boundaries commonly consist of inflows into the network,
00:32
either directly through an inflow event or indirectly through rainfall events applied to subcatchments.
00:38
Downstream boundaries control how the flow leaves the model.
00:42
These are the event types supported in InfoWorks ICM:
00:46
Rainfall - rainfall intensities for a particular storm and associated data, whether designed or observed;
00:55
Level - level hydrographs applied to outfalls or 2D Boundaries;
01:00
Inflow - inflow hydrographs;
01:04
Pollutograph - time-varying pollutant and sediment concentration and potency profiles for inflows;
01:12
Waste Water - 24-hour domestic wastewater profiles based on per-capita flow;
01:19
Trade Waste - 24-hour trade profiles;
01:23
Ground Infiltration - time-varying infiltration values for groundwater storage level
01:29
to be included in the Ground Infiltration Model;
01:32
and Regulator - time-varying profiles used to control regulator structures.
01:37
Events can be added manually, imported from a variety of data sources,
01:42
or in some cases, generated using a hydrologic boundary model, built into InfoWorks ICM,
01:48
such as a design rainfall generator.
01:51
Event data can also be exported to InfoWorks or CSV formats.
01:56
To create an event, in the Main Database Window, right-click a Model Group
02:01
and select New InfoWorks > Event type, such as Rainfall event.
02:06
Event data can also be imported from a variety of formats, such as spreadsheets or CSV files.
02:13
In this case, you can right-click a Model Group and select Import InfoWorks > Event type.
02:20
Once you have created or imported the event,
02:23
you can right-click the event and choose Open to open the appropriate editor for the event type.
02:29
For some event types, you can also choose Open as > Graph
02:33
to open a graphical representation of the event data.
02:36
From the editor, you can view and edit event data, if needed.
02:41
In some cases, you can right-click a cell for more options,
02:44
such as opening profile properties or sub-events.
02:47
A sub-event is a single occurrence that can be isolated in time.
02:51
A sub-event is made up of one or more profiles—a series of time-varying data values
02:57
applicable to a particular measurement point.
02:60
Once your model network and model event data have been set up with network and boundary conditions,
03:05
you are in position to run some models and analyze the results.
00:04
In InfoWorks ICM, the data for simulations comes from events,
00:08
either individually or as combinations of events.
00:12
An event contains a single set of hydrological or hydraulic data that varies with time,
00:17
such as a rainfall record or a prediction of domestic wastewater inflow.
00:22
Event data can occur in either upstream or downstream boundary conditions.
00:28
Upstream boundaries commonly consist of inflows into the network,
00:32
either directly through an inflow event or indirectly through rainfall events applied to subcatchments.
00:38
Downstream boundaries control how the flow leaves the model.
00:42
These are the event types supported in InfoWorks ICM:
00:46
Rainfall - rainfall intensities for a particular storm and associated data, whether designed or observed;
00:55
Level - level hydrographs applied to outfalls or 2D Boundaries;
01:00
Inflow - inflow hydrographs;
01:04
Pollutograph - time-varying pollutant and sediment concentration and potency profiles for inflows;
01:12
Waste Water - 24-hour domestic wastewater profiles based on per-capita flow;
01:19
Trade Waste - 24-hour trade profiles;
01:23
Ground Infiltration - time-varying infiltration values for groundwater storage level
01:29
to be included in the Ground Infiltration Model;
01:32
and Regulator - time-varying profiles used to control regulator structures.
01:37
Events can be added manually, imported from a variety of data sources,
01:42
or in some cases, generated using a hydrologic boundary model, built into InfoWorks ICM,
01:48
such as a design rainfall generator.
01:51
Event data can also be exported to InfoWorks or CSV formats.
01:56
To create an event, in the Main Database Window, right-click a Model Group
02:01
and select New InfoWorks > Event type, such as Rainfall event.
02:06
Event data can also be imported from a variety of formats, such as spreadsheets or CSV files.
02:13
In this case, you can right-click a Model Group and select Import InfoWorks > Event type.
02:20
Once you have created or imported the event,
02:23
you can right-click the event and choose Open to open the appropriate editor for the event type.
02:29
For some event types, you can also choose Open as > Graph
02:33
to open a graphical representation of the event data.
02:36
From the editor, you can view and edit event data, if needed.
02:41
In some cases, you can right-click a cell for more options,
02:44
such as opening profile properties or sub-events.
02:47
A sub-event is a single occurrence that can be isolated in time.
02:51
A sub-event is made up of one or more profiles—a series of time-varying data values
02:57
applicable to a particular measurement point.
02:60
Once your model network and model event data have been set up with network and boundary conditions,
03:05
you are in position to run some models and analyze the results.
Required for course completion
In InfoWorks ICM, the data for simulations comes from events, either individually or as combinations of events.
An event contains a single set of hydrological or hydraulic data that varies with time, such as a rainfall record or a prediction of domestic wastewater inflow.
Event data can occur in either upstream or downstream boundary conditions. Upstream boundaries commonly consist of inflows into the network, either directly through an inflow event or indirectly through rainfall events applied to subcatchments. Downstream boundaries control how the flow leaves the model.
These are the event types supported in InfoWorks ICM:
Events can be added manually, imported from a variety of data sources, or in some cases, generated using a hydrologic boundary model, built into InfoWorks ICM, such as a design rainfall generator. Event data can also be exported to InfoWorks or CSV formats.
To create an event:
Event data can also be imported from a variety of formats, such as spreadsheets or CSV files:
For some event types, choosing Open as > Graph opens a graphical representation of the event data.
A sub-event is a single occurrence that can be isolated in time. A sub-event is made up of one or more profiles—a series of time-varying data values applicable to a particular measurement point.
Once the model network and model event data are set up with network and boundary conditions, models can be run to analyze the results.