Editing node attributes in the list view

In the list view, each row describes a node property.

1. In the network, double-click the node that you want to edit.

The Junction editor displays the selected node, the list view displays corresponding properties.

2. Make the desired changes here.

Note: Some layout and editing functions can be found in the shortcut menu of the list and the header row.

Editing node attributes

You can edit the editable attributes of the node in the list in different ways, depending on the attribute:

Double-click the desired row and enter the new value.
Perform an arithmetic operation for one or multiple values (Editing attribute values in the Quick view with arithmetic operations)
Select the desired value via a drop-down list
Select/deselect an option per mouse click
Use buttons to select values in a separate window

Note: The input options of the list view depend on the setting under Edit > User preferences > entry User interface > Junction editor (Adjusting the display and the input options of the list view).

You can, for example, display the following node attributes in the list view.

Note: You can edit the attribute selection of the list (Adjusting the attribute selection in the Junction editor).

Element	Description
Number	Unique number of the node The nodes are numbered consecutively. You can overwrite the preset number with a number that does not yet exist in the network. Note If you edit the node number, existing assignment results will be deleted for all demand segments.
Type number	The node type (0...99) categorizes the node for the definition of turn standards (Managing turns). Note The standard type is 0.
Code	Code of the node
Name	Name of the node
AddValue1 - AddValue3	Free attributes which you can use to enter additional values. Tip If you want to allocate additional information to a network object, you can also create user-defined attributes (Managing user-defined attributes).
Capacity PrT	Allowed hourly PrT capacity of the node
t0 PrT	Private transport turning time in an unloaded network
X-Coordinate Y-Coordinate Z-Coordinate	Coordinates of the node in the network The coordinates are assigned automatically according to the set coordinate system (Selecting a coordinate system). Tip You need Z-coordinates (height) for the 3D display in Vissim The elevation data is exported during an ANM export.
Control type	Use the drop-down list to select the control type of the node. Unknown Uncontrolled Two-way stop Two-way yield Signalized All-way stop Roundabout
Use preset method for impedance at node	If the option has been selected, the method set under attribute Method for impedances at node will be used. If the option has not been selected, the Standard method will be used that is set under the Calculate > General procedure settings > menu, PrT settings > Node impedances page (Selecting the method for node impedance calculation).
Method for impedance at node	You can use the list box to select a method for the impedance calculation of the displayed node if the Use preset method for impedance at node option has been selected (Selecting the method for node impedance calculation).
ICA sneakers	Minimum number of vehicles in [veh/cycle], which make a successful left turn (right-hand traffic) or a successful right turn (left-hand traffic) Note One value applies to all movements at the node.
ICA peak hour factor volume adjustment	Factor for adjustment of the initial volume to the peak period Enter a value between 0.25 and 1. Note Volumes are multiplied by both node and turn adjustment factors.
ICA is central business district	Specify whether the main node lies within the CBD
ICA use preset loss time	If the option has been selected, the set ICA loss time is used. If the option has not been selected, the internally calculated value is used.
ICA loss time	For nodes with a signal group-based controller, to which no signal controller has been allocated, you can specify a user-defined loss time.
Design volume	Sum of the volumes of all turns in vehicles and car units
Design volume capacity ratio PrT	The definition of this value depends on the impedance calculation at the node. By default it equals the quotient of the total volume and the total capacity of the node, i.e. in each case the total of the respective values of all turns.
Turn tCur mean	Mean waiting time per car unit
Turn tCur total	Total of the wait times of all turns within the design time interval
Turn tCur maximum	Maximum waiting time for a car unit
Has automatic major flow	Calculated attribute which indicates whether a manual or an automatic major flow exists
Main nodes	Here you can edit the allocation of the node to a main node.