Attributes of parking routing decisions

► On the Lists menu, click > Private Transport > Routes > Parking Routing Decisions.

The list of attributes opens.

The attribute and attribute values of this network object type are shown in the list on the left, which consists of two coupled lists.

Note: In lists, you can use the Attribute selection icon to show and hide attribute values (Selecting attributes and subattributes for columns of a list).

The list on the left may include the following attributes:

Column	Description
No	Number of parking routing decision
Name	Name of parking routing decision
Link	Number of the link, on which the parking routing decision is located
Pos	Distance of the parking routing decision to the beginning of link or connector
AllVehTypes	If the option is selected, all vehicle types follow the parking routing decision. The option All Vehicle Types is a virtual vehicle class that automatically includes all new vehicle types and vehicle types that have not been assigned a vehicle class yet.
VehClasses	Valid vehicle classes
ParkRate	Parking rate: Share of vehicles belonging to the allocated vehicle classes that are assigned to a parking lot via the parking routing decision. A vehicle that has been assigned a parking lot carries this out on an automatically generated route and parks for as long as the dwell time distribution specifies. This dwell time distribution is allocated in the Parking Routing Decisions. After the dwell time expires, the vehicle leaves the parking lot and begins on an automatically generated route, which brings the vehicle via the shortest path back to its original route behind the position of the routing decision.
Parking duration	Parking time
GenBy	Generated by: Indicates whether the parking routing decision is user-defined or has been generated by Vissim. User The parking routing decision was defined by a Vissim user. Dynamic assignment: only for parking routing decisions of dynamic assignment: For real parking lots, Vissim automatically creates a parking routing decision 50 m upstream of a parking lot and enters Dynamic assignment in the attribute GenBy box. In the attribute Routing decision distance of the parking lot, you can change the distance between the parking routing decision and the parking lot. Use this distance to ensure that the parking routing decision lies at the beginning of the last edge before the parking lot. After simulation has been completed, the list no longer shows automatically generated parking routing decisions of dynamic assignment.
FullOccupBehav	Full occupancy behavior: Waiting behavior of vehicles traversing the parking routing decision: Waiting: If there is no parking space available, the vehicle drives to the next parking space that will become available (a vehicle is currently still parked there) and waits. Drive on: If no parking space is available, the vehicle ignores the parking routing decision. By default, the attribute is not displayed in the list.

Showing and editing dependent objects as relation

1. In the list on the left, click the desired entry.

The list on the right contains attributes and attribute values of network objects, and/or base data allocated to the network object selected in the list on the left (Using coupled lists):

Parking rate by time interval: The attribute Parking rate is described above.
Vehicle classes (Using vehicle classes)
Parking routes (Attributes of parking routes)

2. On the list toolbar, in the Relations list, click the desired entry.

3. Enter the desired data.

Superordinate topic:

Modeling vehicle routing decision, vehicle routes and partial vehicle routes

Information on editing:

Defining static vehicle routes

Combining static routes

Defining parking routes

Defining a vehicle route of the type managed lane

Modeling a separate route course for the toll route and toll-free route

Defining a vehicle route of the type closure

Defining partial vehicle routes

Defining a partial route based on an existing partial route

Inserting intermediate points into a vehicle route

Changing routing procedure via intermediate points

Defining a vehicle route based on an existing vehicle route

Moving routing decisions or destination sections

Deleting vehicle routes, partial vehicle routes, and routing decisions

Checking and repairing routes