Working with scenarios

00:04

Info

00:05

works W S pro allows you to model different scenarios

00:08

which essentially act as different versions of a network or control

00:13

scenarios can be used to model alternate networks and controls including

00:18

the ability to rezone networks or remove parts of the model

00:22

scenarios.

00:23

Also let you track changes to the base network and control so they remain up to date.

00:31

In this example, a new model group has been created,

00:34

the network has a control and a demand diagram already associated with it.

00:39

And a new run group has been named baseline.

00:42

The new run now appears under the run group.

00:45

It is now time to create a new scenario

00:48

in the toolbar, click the create scenario button or in the ribbon

00:53

scenarios. Tab pick create scenario

00:57

in the create new scenario,

00:58

dialogue type pipe replacement in the new scenario name field,

01:03

leave the box next to copy and existing scenario deselected.

01:08

It is recommended that you enable the option,

01:10

create matching scenario in the control as it makes

01:13

a connection between the network and control for you.

01:17

This is convenient when you start creating multiple scenarios as the system

01:21

will automatically know which network and control to use for each one

01:25

click. OK.

01:27

The pipe replacement scenario now appears in the dropdown in the toolbar.

01:32

You can also click the manage scenarios, icon, select network,

01:37

then view the scenarios in the manage network scenarios.

01:40

Dialogue

01:42

in the model group window.

01:44

Notice that under the session zero and four model group,

01:47

the network and control are marked with red circles with exclamation marks.

01:53

Those icons are simply to notify you that you

01:55

have made changes to both the network and control.

01:59

For this scenario, you will replace an existing pipe with a new pipe

02:05

in the toolbar. Click the find network objects tool

02:08

in the match identifier group Boxx insure asset is active,

02:13

check the box next to links

02:15

and enter 193479 asterisk into the wildcard field.

02:22

Then click the asset ID number to highlight it and click select and find

02:28

the pipe is highlighted in red in the GEO plan

02:32

before making any changes. Make sure you are working in the correct scenario.

02:37

The drop down in the toolbar should read pipe replacement

02:40

and make sure you can see both nodes at each end of the pipe

02:46

in the toolbar, expand the object dropdown and select link.

02:51

Then click the new object button,

02:55

then click the node at the lower left end of the pipe.

02:59

Click again somewhere above the pipe to add another link,

03:03

then click the node at the other end of the pipe.

03:07

The create new link dialogue appears

03:10

click. Ok.

03:12

A new pipe bypassing the old one now appears in the

03:15

network and its properties can be viewed in the property's window.

03:19

However, the pipe requires you to specify a diameter in friction coefficient

03:25

type a value of 100 in the diameter field

03:28

and a value of 0.1 in the friction coefficient field

03:34

in the toolbar.

03:35

Click the select tool and then in the GEO plan,

03:38

click the old pipe to highlight it in red.

03:42

Now click the confirmed deletion button.

03:47

A notification appears warning that you are about to delete the selected object.

03:52

Click. Ok.

03:54

The pipe you just deleted now appears in gray because it still exists in

03:59

the base scenario but not in the

04:01

pipe replacement scenario you are currently working on

04:05

in the toolbar,

04:06

expand the scenario dropdown and select base to see the

04:10

old pipe revert to its original dark blue color.

04:14

Switch back to the pipe replacement scenario

04:18

to validate the model in the toolbar. Click the validate button

04:23

in the network validation dialogue in the scenarios group box.

04:27

Ensure only the box next to pipe replacement is checked,

04:31

click. OK.

04:33

In this example, no errors appear in the output window so you can close it.

Video transcript

00:04

Info

00:05

works W S pro allows you to model different scenarios

00:08

which essentially act as different versions of a network or control

00:13

scenarios can be used to model alternate networks and controls including

00:18

the ability to rezone networks or remove parts of the model

00:22

scenarios.

00:23

Also let you track changes to the base network and control so they remain up to date.

00:31

In this example, a new model group has been created,

00:34

the network has a control and a demand diagram already associated with it.

00:39

And a new run group has been named baseline.

00:42

The new run now appears under the run group.

00:45

It is now time to create a new scenario

00:48

in the toolbar, click the create scenario button or in the ribbon

00:53

scenarios. Tab pick create scenario

00:57

in the create new scenario,

00:58

dialogue type pipe replacement in the new scenario name field,

01:03

leave the box next to copy and existing scenario deselected.

01:08

It is recommended that you enable the option,

01:10

create matching scenario in the control as it makes

01:13

a connection between the network and control for you.

01:17

This is convenient when you start creating multiple scenarios as the system

01:21

will automatically know which network and control to use for each one

01:25

click. OK.

01:27

The pipe replacement scenario now appears in the dropdown in the toolbar.

01:32

You can also click the manage scenarios, icon, select network,

01:37

then view the scenarios in the manage network scenarios.

01:40

Dialogue

01:42

in the model group window.

01:44

Notice that under the session zero and four model group,

01:47

the network and control are marked with red circles with exclamation marks.

01:53

Those icons are simply to notify you that you

01:55

have made changes to both the network and control.

01:59

For this scenario, you will replace an existing pipe with a new pipe

02:05

in the toolbar. Click the find network objects tool

02:08

in the match identifier group Boxx insure asset is active,

02:13

check the box next to links

02:15

and enter 193479 asterisk into the wildcard field.

02:22

Then click the asset ID number to highlight it and click select and find

02:28

the pipe is highlighted in red in the GEO plan

02:32

before making any changes. Make sure you are working in the correct scenario.

02:37

The drop down in the toolbar should read pipe replacement

02:40

and make sure you can see both nodes at each end of the pipe

02:46

in the toolbar, expand the object dropdown and select link.

02:51

Then click the new object button,

02:55

then click the node at the lower left end of the pipe.

02:59

Click again somewhere above the pipe to add another link,

03:03

then click the node at the other end of the pipe.

03:07

The create new link dialogue appears

03:10

click. Ok.

03:12

A new pipe bypassing the old one now appears in the

03:15

network and its properties can be viewed in the property's window.

03:19

However, the pipe requires you to specify a diameter in friction coefficient

03:25

type a value of 100 in the diameter field

03:28

and a value of 0.1 in the friction coefficient field

03:34

in the toolbar.

03:35

Click the select tool and then in the GEO plan,

03:38

click the old pipe to highlight it in red.

03:42

Now click the confirmed deletion button.

03:47

A notification appears warning that you are about to delete the selected object.

03:52

Click. Ok.

03:54

The pipe you just deleted now appears in gray because it still exists in

03:59

the base scenario but not in the

04:01

pipe replacement scenario you are currently working on

04:05

in the toolbar,

04:06

expand the scenario dropdown and select base to see the

04:10

old pipe revert to its original dark blue color.

04:14

Switch back to the pipe replacement scenario

04:18

to validate the model in the toolbar. Click the validate button

04:23

in the network validation dialogue in the scenarios group box.

04:27

Ensure only the box next to pipe replacement is checked,

04:31

click. OK.

04:33

In this example, no errors appear in the output window so you can close it.

Video quiz

When creating a new scenario, which of the following options allows a connection to be made between the network and control?

(Select one)
Select an answer

1/1 questions left unanswered

Step-by-step Guide

InfoWorks WS Pro allows you to model different scenarios, which act as different versions of a network or control. Scenarios can be used to model alternate networks and controls, including the ability to rezone networks or remove parts of the model. Scenarios also let you track changes to the base network and control, so they remain up to date.

For this exercise, a new model group and a new run group are already created.

  1. From the menu bar, select Scenarios > Create scenario.

The InfoWorks WS Pro menu bar with the Scenarios menu expanded and Create scenario called out and selected.

  1. In the Create New Scenario dialog box, in the New Scenario Name field, type “Pipe Replacement”.
  2. Select Create matching scenario in the Control.

Enabling this option creates a connection between the network and control.

  1. Click OK.

The Create New Scenario dialog box with “Pipe Replacement” entered in the New Scenario Name field and Create matching scenario in the Control selected.

In the Scenarios toolbar, in the Select scenarios drop-down, Pipe Replacement now appears.

In the Scenarios toolbar, the Select scenarios drop-down, where Pipe Replacement appears.

  1. In the Scenarios toolbar, click Manage scenarios.

The Scenarios toolbar with the Manage scenarios command called out and selected.

  1. In the Scenario dialog box, select Network.
  2. In the Manage Network Scenarios dialog box, review the newly created scenario.

The Manage Network Scenarios dialog box with the newly created Pipe Replacement scenario in a table with columns for ID, objects, date, and other details.

  1. In the Model Group window, under Session 04, notice the network and control are both marked with a red circle with an exclamation mark (!), indicating they have been changed.

In the Model Group window, the network and control both marked with a red circle with an exclamation mark (!), indicating they have been changed.

To replace an existing pipe with a new pipe:

  1. In the Operations toolbar, click Find network objects.

The Operations toolbar with the Find network objects command called out and selected.

  1. In the Network Find dialog box, in the Match Identifier group box, select Asset.
  2. In the object list, select Links.
  3. Enter “193479*” into the Wildcard field.
  4. In the Matched Objects list, select the asset ID 193479.
  5. Click Select and find.

In The Network Find dialog box, Match Identifier set to Asset and other options configured, with Select and find selected.

In the GeoPlan, the found pipe is highlighted in red.

The GeoPlan with the pipe highlighted.

Note: Before making changes, always confirm you are working in the correct scenario. In this example, in the Scenarios toolbar, the Select scenario drop-down should read, “Pipe Replacement”, and in the GeoPlan, both nodes at each of the pipe should be visible.

  1. In the Tools toolbar, expand the Object category drop-down and select Link.
  2. Click New Object.

The Tools toolbar with Link selected in the Object category drop-down and the New Object command selected.

  1. In the GeoPlan, click the node at the lower-left end of the pipe.
  2. Click again above the pipe to add another link.
  3. Click the node at the other end of the pipe.
  4. In the Create New Link dialog box, click OK.

Notice that a new pipe bypassing the old one now appears in the network.

The GeoPlan with the newly created pipe bypassing the old one and highlighted in blue.

  1. In the Properties panel, under Shape, in the Diameter field, enter “100”.
  2. Under Friction, in the friction coefficient field, or CW – k (millifeet), enter “0.1”.

The Properties panel for the Pipe Object with values entered in the Diameter (in) field and in the friction coefficient field, or CW-k (millifeet), both highlighted in red.

  1. In the Tools toolbar, click Select.

The Tools toolbar with the Select command called out and selected.

  1. In the GeoPlan, click the old pipe.
  2. In the Advanced toolbar, select Confirmed deletion.

iwsp2023M04U02_Wrkng_w_Scenarios_014.png The Advanced toolbar with the Confirmed deletion command called out and selected.

  1. In the warning dialog box, click OK.

Notice that the deleted pipe now appears gray, because it still exists in the Base scenario, but not in the current Pipe Replacement scenario.

The GeoPlan with the recently deleted pipe in gray, indicating it still exists in the Base scenario, but not in the current Pipe Replacement scenario.

  1. In the Scenarios toolbar, expand the Object category drop-down and select Base.

Notice that the old pipe reverts to its original dark blue color.

  1. Switch back to the Pipe Replacement scenario.

To validate the model:

  1. In the Operations toolbar click Validate.

The Operations toolbar with the Validate command called out and selected.

  1. In the Network Validation dialog box, Scenarios group box, ensure only Pipe Replacement is enabled.
  2. Click OK.

In the Network Validation dialog box, the Scenarios list with only Pipe Replacement enabled and OK selected.

In the Output Window, notice there are no errors.

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