Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Any referenced datasets can be downloaded from "Module downloads" in the module overview.
Transcript
00:04
To help you visualize steady state simulation results.
00:07
You can create a color coded thematic map based on attribute values.
00:13
In this exercise. You create a map of the pressure and velocity results
00:19
to begin. Double click the desired project dot APR
00:23
file to open Argi
00:24
Pro.
00:26
Once the project starts,
00:28
click the info water pro tab to open info water Pro ribbon
00:33
in the project panel. Click initialize
00:38
on the info water pro ribbon
00:40
in the view panel, click map display
00:43
in the map display dialog box,
00:45
you can configure the map theme to display the needed information
00:50
for this exercise.
00:51
Select junction as the element type and active output as the data source,
00:58
expand the data field dropdown and select pressure.
01:02
As soon as you do,
01:03
the color theme table appears in the panel
01:06
set classes to four and then click set breaks
01:11
in the table, change the settings in the four rows,
01:15
row one
01:16
set, the color to red,
01:18
the size to seven
01:19
and the brake to 20
01:22
row two
01:23
set the color to blue
01:25
size to five
01:26
and break to 60
01:29
row three
01:30
set the color to green, the size to five and the brake to 120
01:36
row four set, the color to yellow,
01:39
the size to seven
01:41
and the brake to 171.31
01:47
click apply.
01:49
Now that the junctions are all color coded. You can color code the pipes as well,
01:55
select pipe as the element type and make sure
01:58
that active output is selected as the data source,
02:02
expand the data field dropdown and select velocity
02:08
set classes to three and then click set breaks
02:12
in the table, change the settings in the three rows,
02:17
row one
02:18
set color to yellow size to two and the brake 20.5
02:25
row two
02:26
set, the color to green,
02:28
the size to one
02:29
and break to 1.5
02:33
row three set, the color to red size to two
02:36
and the brake to 10
02:39
click apply and then close the map display dialog box
02:45
pan the map view to see the pressure and velocity
02:48
displayed by the color coded ranges that you just set.
02:53
You can zoom into any areas that may require further review.
02:57
Realize that because this is based on a steady state analysis,
03:01
this is just a snapshot in time for this system.
03:05
It is also possible to create a thematic map based on a time varying output
03:11
when you are finished on the info water pro ribbon in the view panel,
03:15
click reset map display
03:18
to reset the map to the default display as set in the preferences
Video transcript
00:04
To help you visualize steady state simulation results.
00:07
You can create a color coded thematic map based on attribute values.
00:13
In this exercise. You create a map of the pressure and velocity results
00:19
to begin. Double click the desired project dot APR
00:23
file to open Argi
00:24
Pro.
00:26
Once the project starts,
00:28
click the info water pro tab to open info water Pro ribbon
00:33
in the project panel. Click initialize
00:38
on the info water pro ribbon
00:40
in the view panel, click map display
00:43
in the map display dialog box,
00:45
you can configure the map theme to display the needed information
00:50
for this exercise.
00:51
Select junction as the element type and active output as the data source,
00:58
expand the data field dropdown and select pressure.
01:02
As soon as you do,
01:03
the color theme table appears in the panel
01:06
set classes to four and then click set breaks
01:11
in the table, change the settings in the four rows,
01:15
row one
01:16
set, the color to red,
01:18
the size to seven
01:19
and the brake to 20
01:22
row two
01:23
set the color to blue
01:25
size to five
01:26
and break to 60
01:29
row three
01:30
set the color to green, the size to five and the brake to 120
01:36
row four set, the color to yellow,
01:39
the size to seven
01:41
and the brake to 171.31
01:47
click apply.
01:49
Now that the junctions are all color coded. You can color code the pipes as well,
01:55
select pipe as the element type and make sure
01:58
that active output is selected as the data source,
02:02
expand the data field dropdown and select velocity
02:08
set classes to three and then click set breaks
02:12
in the table, change the settings in the three rows,
02:17
row one
02:18
set color to yellow size to two and the brake 20.5
02:25
row two
02:26
set, the color to green,
02:28
the size to one
02:29
and break to 1.5
02:33
row three set, the color to red size to two
02:36
and the brake to 10
02:39
click apply and then close the map display dialog box
02:45
pan the map view to see the pressure and velocity
02:48
displayed by the color coded ranges that you just set.
02:53
You can zoom into any areas that may require further review.
02:57
Realize that because this is based on a steady state analysis,
03:01
this is just a snapshot in time for this system.
03:05
It is also possible to create a thematic map based on a time varying output
03:11
when you are finished on the info water pro ribbon in the view panel,
03:15
click reset map display
03:18
to reset the map to the default display as set in the preferences
To help you visualize steady state simulation results, you can create a color-coded thematic map based on attribute values.
In the Map Display dialog box, you can configure the map theme to display the needed information:
To color-code the pipes also:
Note: This example is based on a steady state analysis, therefore, this is just a snapshot in time for this system. It is also possible to create a thematic map based on a time varying output.
How to buy
Privacy | Do not sell or share my personal information | Cookie preferences | Report noncompliance | Terms of use | Legal | © 2025 Autodesk Inc. All rights reserved
Sign in to start learning
Sign in for unlimited free access to all learning content.Save your progress
Take assessments
Receive personalized recommendations
May we collect and use your data?
Learn more about the Third Party Services we use and our Privacy Statement. May we collect and use your data to tailor your experience?
Explore the benefits of a customized experience by managing your privacy settings for this site or visit our Privacy Statement to learn more about your options.