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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
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.
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