11. Ch竪n Link v connector
Right Click vo kho畉ng
tr畛ng 畛 hi畛n th畛 c叩c y畉u
t畛 c畛a m畉ng l動畛i
Ctrl-A
畛 th但y 動畛ng tim
Double Click vo link
畛 hi畛n chi ti畉t
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12. Ch竪n Link v connector
* Hi畛n th畛 k箪 hi畛u Link/ Connector
* Hi畛n th畛 kho畉ng c叩ch t鱈nh t畛 i畛m b畉t 畉u
* C坦 th畛 hi畛n th畛 cao 畛
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13. C叩c k箪 hi畛u tr棚n 動畛ng
Hi畛n th畛 chuy畛n 畛ng r畉 t畉i n炭t giao
Hi畛n th畛:
Diamond Lanes (D湛ng cho HOV)
U Turn
D畉i qua 動畛ng
V嘆ng xoay
M畛c 鱈ch tr狸nh di畛n 畛 h畛a
Kh担ng 畉nh h動畛ng 畉n hnh vi i l畉i
M畉ng l動畛i 動畛c l動u
d動畛i 畛nh d畉ng *.inp
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17. i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛
(Priority Rules)
畉t v畉ch 畛 t畉i 動畛ng ph畛
畉t v畉ch xanh t畉i 動畛ng ch鱈nh
C叩c tham s畛:
Minimum Gap Time (e.g. 3s)
Minimum Headway (e.g. 5m)
Maximum Speed
(c畛a ph動董ng ti畛n 畉n)
Active Vehicle Classes
interrupting section
connector
interrupted section
conflict area
headway
relevant gap for min. gap time
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18. PRIORITY RULES AT
ROUNDABOUTS
Lane 2
Lane 2
Lane 1
Priority rules
for a two-lane
roundabout
with a two-lane entry
t = 3.6 s
x = 5 m
t = 5.0 s Cars
x = 10 m
v = 180 km/h
CVs
v = 180 km/h
Legend
min. gap time
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t:
x: min. headway
v: max. speed
interrupted section
interrupting section
18
19. PRIORITY RULES AT
ROUNDABOUT
Lane 1
Lane 2
Lane 1
Priority rules
for a two-lane
roundabout
with a two-lane entry
Legend
t:
min. gap time
x: min. headway
v: max. speed
interrupted section
interrupting section
t = 3.6 s
x = 5 m
Cars
v = 180 km/h
t = 5.0 s
x = 10 m
CVs
v = 180 km/h
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20. Th棚m vo Priority Rules
Place conflict areas and
pavement markers
Add stop sign,
priority rules and
road maker
Network saved as XX_tewantin2.inp 20
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21. Traffic base data
Traffic volumes
Traffic speeds and routes
Traffic signals (fixed time)
Bus stops and transit routes
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22. Traffic Functions acceleration and deceleration
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23. Traffic Distributions weight and power
Weight and power distributions
only affect HGVs on gradients
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24. Traffic Distributions - speed
Click chu畛t
ph畉i 畛 ch竪n
i畛m trung gian
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28. VEHICLE TYPES, CLASSES AND CATEGORIES
Vehicle Types Vehicle Classes Vehicle Categories
Preset, static categories of vehicles that incorporate similar vehicle interaction.
e.g. the vehicle category tram does not allow for lane changes on multi-lane links and
does not oscillate around its desired speed.
One Group or of vehicles more vehicle with similar types technical are characteristics combined in and one physical vehicle driving class. behaviour.
Speeds,
Typically evaluations, the following route choice are vehicle behaviour types: and car, other LGV, network HGV (truck), characteristics bus, articulated refer Bus,
to
vehicle Tram, Bike, classes. Pedestrian.
By default one vehicle class refers to one vehicle type with the
same name.
More than one vehicle type is to be included in a vehicle class if they
incorporate a similar general driving behaviour but have different vehicle
characteristics (e.g. acceleration values).
Every vehicle type is to be assigned to a vehicle category.
If only the shape and length of a vehicle is different they can be placed in the same type
using the vehicle model and color distributions.
Example 1: The models Car1 to Car6 refer to different models with different vehicle
length yet similar driving behaviour. Therefore they can be placed into one vehicle type
using a model distribution with the six different models.
Example 2: Standard and articulated buses only differ in length, thus they can be placed
into one type with a distribution of two models. Exception: When these two bus types
need to be used in different transit routes then they need to be defined as two separate
vehicle types
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29. BASE DATA VEHICLE TYPES
Dynamic assignment will
be covered later
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30. BASE DATA VEHICLE CLASSES
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31. BASE DATA LINK TYPES
Create a
cycle-pedestrian
path
network
Try to manage these locations
using Conflict Areas
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Network sa3v1ed as XX_tewantin3.inp
37. Traffic routes
Select routings icon Select link
Then right-click
position on link
Select
destination link
and right-click
position of end of
route
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39. Traffic speeds
Select link and right-click
speed decision point
Select link, right-click and drag reduNcetewdork s sap3vee9de asdX Xa_rteewaantin4.inp
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45. Bus stops and transit routes
Select link, right-click
and drag the
length of the bus
stop in the kerb-side
Transit stops
Transit lines
Place an
on-street
bus-stop
here
And a bus
lay-by here
lane
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46. Bus stops and transit routes
A new link with connectors and yield
controls is automatically inserted
Select and drag another bus
stop and make it a lay-by
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47. BUS STOPS AND TRANSIT ROUTES
Transit line definition is a five step process. To initialize the process,
activate the Bus/Tram Lines mode. The next required action is shown in
the status bar. To get back one step, left click outside the VISSIM network.
1. Select the link for the start of the transit line.
2. Right click anywhere inside the selected link to create the line start (a
bar in highlighted red appears at the start of that link).
3. Select the link/connector for the transit line destination.
4. Right click on the location for the route destination point (green bar).
If there is a valid connection between the red bar and the click position the
link sequence is shown as a yellow band and the Bus/tram line window
appears. Define the transit line data and confirm with OK.
5. Include/exclude stops in the transit route as required and define their
properties.
To define another transit line, select the Bus/Tram Lines mode again and
repeat steps 1 to 5.
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48. Bus stops and transit routes
Define another transit route
Drag the route
to the lay-by
Double-click on the stop
to edit stop data
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Network sa4ve9d as XX_tewantin6.inp