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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
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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
Transcript
00:03
Bank lines are not a necessity in InfoWorks ICM river models.
00:08
However, if you want to add a representation of any out-of-bank flows,
00:13
then an accurate representation of the river bank lines will be needed.
00:18
In their absence, the boundary points of the cross sections are seen as vertical walls.
00:24
There are 3 methods for creating bank lines:
00:28
From bank survey data, From ground model data, From the river section end points.
00:35
For this example, you use the first method by importing bank survey data,
00:40
and then fill in the missing bank data using a combination of the other two methods.
00:46
To complete this exercise, copy the data out of the transportable database .icmt file for this tutorial,
00:54
you can continue using the Network from the previous exercise.
00:59
From the Database, double-click the 1D River Model to open it on the GeoPlan.
01:05
It is also helpful to display labels on the GeoPlan to help you locate the river reaches.
01:12
Right-click the GeoPlan and select Properties & Themes.
01:17
On the Layers and Themes tab, in the River reach row, enable AutoLabel, and then click OK.
01:24
Bank survey data is first imported as bank lines.
01:29
These also need to be built into the computational river reach.
01:33
From the Network menu, select Import, and then select Open Data Import Center.
01:40
From the Table To Import Data Into list, select Bank line.
01:45
In the Data Source section, set the Source Type to Raw Shape File.
01:51
Click the Browse (…) button, navigate to the folder where you downloaded the exercise files, and select Bank Lines.shp.
02:01
Click Open.
02:03
Back in the ODIC, in the Field Mapping Configuration section, click Auto-Map.
02:10
Click Import, and then OK to complete the import.
02:15
You can now import the bank survey data as a subtable.
02:19
In the Subtable list, select Bank line: Bank data.
02:24
In the Data Source section, set the Source Type to CSV.
02:29
Click the Browse (…) button, and select Bank_Survey.csv.
02:37
Click Open.
02:39
Click Auto-Map.
02:42
Click Import, and then OK to complete the update.
02:47
This brings in four bank lines on the left and right of the existing river reaches.
02:54
Using the Select tool, double-click one of the bank lines to open the Properties window.
02:60
In the Bank data field, click the ellipsis (…) button to open the data window.
03:05
At the moment, the bank lines are not part of the river reach.
03:09
On your keyboard, click and hold CTRL to select multiple lines.
03:14
Use the Select tool to select the left and right bank lines, as well as the river reach on the GeoPlan.
03:22
From the Model menu, select River reach, then select Build banks from selected lines.
03:29
The bank lines are now represented by dotted lines, rather than by solid survey lines.
03:35
If you view the Properties of one of the river reaches, you can see the Bank line data is now populated,
03:42
but there are still some validation errors.
03:45
There is still one river reach in the model for which bank survey data was not available.
03:51
In this case, the bank line data can be inferred from the ground model.
03:56
You can generate the bank lines based on the shape of the river reach.
04:01
Use the Select tool to select river reach 17DS.1.
04:07
From the Model menu, select River reach, and then select Create bank lines from section ends.
04:15
When asked if you want to follow the shape of the link, select Yes.
04:19
From the Database, drag the 1m Ground Model onto the GeoPlan.
04:25
Double-click the 17DS.1 right bank line to open the Properties window.
04:31
View the Bank data using the ellipsis (…) button.
04:35
This shows that vertices have been added to correspond with those along the river reach,
04:41
and the levels have been interpolated between the cross sections.
04:45
The green line shows the ground model levels.
04:48
If this does not appear, right-click in the graph view and select Show Ground Model.
04:55
Close the data window.
04:57
On the GeoPlan, select both of the bank lines that you just created for 17DS.1.
05:05
From the Model menu, select Update from ground model.
05:10
In the popup window, in the Lines section, enable Overwrite existing elevations.
05:17
The Ground Model is already selected, as you previously applied it to the GeoPlan.
05:23
Click OK.
05:24
The existing interpolated elevations are overwritten with those from the ground model.
05:30
An information window appears informing you of the updates, this can be closed.
05:36
Reopen the bank data from the properties window to see the changes.
05:41
Close the data window.
05:43
You can now build these bank lines into the river reach.
05:47
Using the Select tool, on the GeoPlan, drag to select the two new bank lines as well as the river reach.
05:55
From the Model menu, select River reach, and then select Build banks from selected lines.
06:02
In the Properties window for River reach 17DS.1,
06:08
note that there are red in-line validation errors due to missing data for the left and right river bank fields.
06:15
An SQL can be used to fill in the missing modular limit and discharge coefficient data.
06:22
Double click the Set Bank Cd and Modular Limit SQL object that was copied in earlier.
06:29
This is going to populate the missing modular limit and discharge coefficient data in the river reach left and right bank data.
06:38
Click Test to validate your query.
06:41
If it is valid, click Save and then Run to run the query.
06:47
Open the river each Properties and check that the left river bank and right river bank have data associated with them,
06:55
and that the Discharge and Modular Limit columns are populated.
06:59
Building the river boundary is a procedure that draws a boundary around the river reach.
07:05
Use the Select tool to select all the river reaches in the model.
07:10
From the Model menu, select River reach, and then select Build boundary from banks and section ends.
07:18
At this point, you can commit your changes without validating.
07:23
Click Commit changes to database.
07:26
Add a comment of “Added banks”, and then click OK.
07:31
In the validation popup, select No.
Video transcript
00:03
Bank lines are not a necessity in InfoWorks ICM river models.
00:08
However, if you want to add a representation of any out-of-bank flows,
00:13
then an accurate representation of the river bank lines will be needed.
00:18
In their absence, the boundary points of the cross sections are seen as vertical walls.
00:24
There are 3 methods for creating bank lines:
00:28
From bank survey data, From ground model data, From the river section end points.
00:35
For this example, you use the first method by importing bank survey data,
00:40
and then fill in the missing bank data using a combination of the other two methods.
00:46
To complete this exercise, copy the data out of the transportable database .icmt file for this tutorial,
00:54
you can continue using the Network from the previous exercise.
00:59
From the Database, double-click the 1D River Model to open it on the GeoPlan.
01:05
It is also helpful to display labels on the GeoPlan to help you locate the river reaches.
01:12
Right-click the GeoPlan and select Properties & Themes.
01:17
On the Layers and Themes tab, in the River reach row, enable AutoLabel, and then click OK.
01:24
Bank survey data is first imported as bank lines.
01:29
These also need to be built into the computational river reach.
01:33
From the Network menu, select Import, and then select Open Data Import Center.
01:40
From the Table To Import Data Into list, select Bank line.
01:45
In the Data Source section, set the Source Type to Raw Shape File.
01:51
Click the Browse (…) button, navigate to the folder where you downloaded the exercise files, and select Bank Lines.shp.
02:01
Click Open.
02:03
Back in the ODIC, in the Field Mapping Configuration section, click Auto-Map.
02:10
Click Import, and then OK to complete the import.
02:15
You can now import the bank survey data as a subtable.
02:19
In the Subtable list, select Bank line: Bank data.
02:24
In the Data Source section, set the Source Type to CSV.
02:29
Click the Browse (…) button, and select Bank_Survey.csv.
02:37
Click Open.
02:39
Click Auto-Map.
02:42
Click Import, and then OK to complete the update.
02:47
This brings in four bank lines on the left and right of the existing river reaches.
02:54
Using the Select tool, double-click one of the bank lines to open the Properties window.
02:60
In the Bank data field, click the ellipsis (…) button to open the data window.
03:05
At the moment, the bank lines are not part of the river reach.
03:09
On your keyboard, click and hold CTRL to select multiple lines.
03:14
Use the Select tool to select the left and right bank lines, as well as the river reach on the GeoPlan.
03:22
From the Model menu, select River reach, then select Build banks from selected lines.
03:29
The bank lines are now represented by dotted lines, rather than by solid survey lines.
03:35
If you view the Properties of one of the river reaches, you can see the Bank line data is now populated,
03:42
but there are still some validation errors.
03:45
There is still one river reach in the model for which bank survey data was not available.
03:51
In this case, the bank line data can be inferred from the ground model.
03:56
You can generate the bank lines based on the shape of the river reach.
04:01
Use the Select tool to select river reach 17DS.1.
04:07
From the Model menu, select River reach, and then select Create bank lines from section ends.
04:15
When asked if you want to follow the shape of the link, select Yes.
04:19
From the Database, drag the 1m Ground Model onto the GeoPlan.
04:25
Double-click the 17DS.1 right bank line to open the Properties window.
04:31
View the Bank data using the ellipsis (…) button.
04:35
This shows that vertices have been added to correspond with those along the river reach,
04:41
and the levels have been interpolated between the cross sections.
04:45
The green line shows the ground model levels.
04:48
If this does not appear, right-click in the graph view and select Show Ground Model.
04:55
Close the data window.
04:57
On the GeoPlan, select both of the bank lines that you just created for 17DS.1.
05:05
From the Model menu, select Update from ground model.
05:10
In the popup window, in the Lines section, enable Overwrite existing elevations.
05:17
The Ground Model is already selected, as you previously applied it to the GeoPlan.
05:23
Click OK.
05:24
The existing interpolated elevations are overwritten with those from the ground model.
05:30
An information window appears informing you of the updates, this can be closed.
05:36
Reopen the bank data from the properties window to see the changes.
05:41
Close the data window.
05:43
You can now build these bank lines into the river reach.
05:47
Using the Select tool, on the GeoPlan, drag to select the two new bank lines as well as the river reach.
05:55
From the Model menu, select River reach, and then select Build banks from selected lines.
06:02
In the Properties window for River reach 17DS.1,
06:08
note that there are red in-line validation errors due to missing data for the left and right river bank fields.
06:15
An SQL can be used to fill in the missing modular limit and discharge coefficient data.
06:22
Double click the Set Bank Cd and Modular Limit SQL object that was copied in earlier.
06:29
This is going to populate the missing modular limit and discharge coefficient data in the river reach left and right bank data.
06:38
Click Test to validate your query.
06:41
If it is valid, click Save and then Run to run the query.
06:47
Open the river each Properties and check that the left river bank and right river bank have data associated with them,
06:55
and that the Discharge and Modular Limit columns are populated.
06:59
Building the river boundary is a procedure that draws a boundary around the river reach.
07:05
Use the Select tool to select all the river reaches in the model.
07:10
From the Model menu, select River reach, and then select Build boundary from banks and section ends.
07:18
At this point, you can commit your changes without validating.
07:23
Click Commit changes to database.
07:26
Add a comment of “Added banks”, and then click OK.
07:31
In the validation popup, select No.
Bank lines are not a necessity in InfoWorks ICM river models. However, in order to add a representation of any out-of-bank flows, then an accurate representation of the river bank lines is needed. In their absence, the boundary points of the cross sections are seen as vertical walls.
There are 3 methods for creating bank lines: from bank survey data, from ground model data, and from the river section end points. This example uses the first method by importing bank survey data, and then fills in the missing bank data using a combination of the other two methods.
To complete this exercise, copy the data out of the transportable database .icmt file for this tutorial, or continue using the network from the previous exercise.
To help locate the river reaches, it is helpful to display labels on the GeoPlan:
To import bank survey data as bank lines:
Now, import the bank survey data as a subtable:
This imports four bank lines on the left and right of the existing river reaches.
To build the bank lines into the river reach:
The bank lines are now represented by dotted lines, rather than by solid survey lines.
The Bank line data is now populated, but there are still some validation errors.
There is still one river reach in the model for which bank survey data was not available. In this case, the bank line data can be inferred from the ground model.
To generate the bank lines based on the shape of the river reach:
In the Bank data window, graph view, the green line shows the ground model levels.
An information window about the updates appears.
Now, build these bank lines into the river reach:
There are red in-line validation errors due to missing data for the left and right river bank fields.
An SQL can be used to fill in the missing modular limit and discharge coefficient data:
To build a river boundary, which draws a boundary around the river reach:
To commit the changes:
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