際際滷

際際滷Share a Scribd company logo
19th June 2014, Ho-Chi-Minh-City, Viet Nam 
www.ptvap.com 
Msc. Huynh Duc Nguyen 
VISSIM TRAINING
N畛I DUNG- VISSIM 
PH畉N 1 
 Giao di畛n 畛 h畛a GUI 
 B畉n 畛 n畛n 
 Ph叩t tri畛n m畉ng l動畛i m担 h狸nh 
 Quy畛n 動u ti棚n trong n炭t giao 
 D畛 li畛u giao th担ng c董 b畉n 
 L動u l動畛ng giao th担ng 
 V畉n t畛c v l畛 tr狸nh tuy畉n 
 T鱈n hi畛u giao th担ng (fixed time) 
 Giao th担ng c担ng c畛ng. 
 Parking 
Ph畉n 2 
 C叩c Tham s畛 m担 ph畛ng 
 Hnh vi ng動畛i l叩i 
 Ph但n b畛 l動u l動畛ng theo m担 h狸nh 
畛ng 
 Xu畉t k畉t qu畉, ph但n t鱈ch 
 Hi畛u ch畛nh m担 h狸nh 
 Tr狸nh di畛n 
www.ptvap.com I Page 2 
2
Ph畉n 1 
 Giao di畛n ng動畛i s畛 d畛ng  GUI 
 B畉n 畛 n畛n 
 X但y d畛ng m畉ng l動畛i m担 ph畛ng 
 i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 
 D畛 li畛u giao th担ng c董 b畉n 
www.ptvap.com I Page 3 
3
GIAO DI畛N NG働畛I S畛 D畛NG 
www.ptvap.com I Page 4 
4
GUI  GIAO DI畛N NG働畛I S畛 D畛NG 
Hi畛n th畛 ton b畛 m畉ng l動畛i 
Zoom * 
Zoom by factor 
K辿o * 
Xoay (3D) 
www.ptvap.com I Page 5 
5
GUI  Graphical User Interface 
Short-cuts: 
 Ctrl-A : chuy畛n sang 動畛ng tim 
 Ctrl-D chuy畛n 畛i qua l畉i gi畛a 2D va 3D 
www.ptvap.com I Page 6 
6
Ph畉n 1 
 Giao di畛n ng動畛i s畛 d畛ng  GUI 
 B畉n 畛 n畛n 
 X但y d畛ng m畉ng l動畛i m担 ph畛ng 
 i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 
 D畛 li畛u giao th担ng c董 b畉n 
www.ptvap.com I Page 7 
7
X但y d畛ng m担 h狸nh-b畉n 畛 n畛n 
234.3m 
C坦 th畛 ch竪n vo nhi畛u b畉n 畛 
 C叩c 畛nh d畉ng ch畉p nh畉n BMP, JPG, TIF, SHP & DXF 
www.ptvap.com I Page 8 
8
L動u l畉i c叩c tham s畛 hi畛n th畛 
L動u l畉i m畉c 畛nh d動畛i d畉ng *.ini 
Tewantin2.inp 
L動u c叩c y畉u t畛 c畛a m畉ng l動畛i, li棚n 
k畉t v畛i b畉n 畛 n畛n, v v畛 tr鱈 hi畛n th畛 
(2D, 3D) 
www.ptvap.com I Page 9 
9
Ph畉n 1 
 Giao di畛n ng動畛i s畛 d畛ng  GUI 
 B畉n 畛 n畛n 
 X但y d畛ng m畉ng l動畛i m担 ph畛ng 
 i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 
 D畛 li畛u giao th担ng c董 b畉n 
www.ptvap.com I Page 10 
10
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 
www.ptvap.com I Page 11 
11
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 
www.ptvap.com I Page 12 
12
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 
www.ptvap.com I Page 13 
13
Ph畉n 1 
 Giao di畛n ng動畛i s畛 d畛ng  GUI 
 B畉n 畛 n畛n 
 X但y d畛ng m畉ng l動畛i m担 ph畛ng 
 i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 
 D畛 li畛u giao th担ng c董 b畉n 
www.ptvap.com I Page 14 
14
V湛ng xung 畛t 
Thay th畉 cho c叩c nguy棚n t畉c 動u ti棚n 畛 x叩c 畛nh m畛c 畛 動u ti棚n t畉i n炭t 
giao. 
Xung Xung 畛t 畛t giao nh畉p c畉t 
d嘆ng 
 M畛t v湛ng Xung xung 畛t 畛t t叩ch c坦 d嘆ng 
th畛 動畛c x叩c 畛nh khi hai links/connectors trong 
VISSIM chong l棚n nhau. 
www.ptvap.com I Page 15 
15
V湛ng xung 畛t 
SVFRiaresofaienbrtti yl gigt yaDappissstance Factor 
www.ptvap.com I Page 16 
16
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 
www.ptvap.com I Page 17 
17
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 
www.ptvap.com I Page 18 
t: 
x: min. headway 
v: max. speed 
interrupted section 
interrupting section 
18
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 
www.ptvap.com I Page 19 
19
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 
www.ptvap.com I Page 20
 Traffic base data 
 Traffic volumes 
 Traffic speeds and routes 
 Traffic signals (fixed time) 
 Bus stops and transit routes 
www.ptvap.com I Page 21 
21
Traffic Functions  acceleration and deceleration 
www.ptvap.com I Page 22 
22
Traffic Distributions  weight and power 
Weight and power distributions 
only affect HGVs on gradients 
www.ptvap.com I Page 23 
23
Traffic Distributions - speed 
Click chu畛t 
ph畉i 畛 ch竪n 
i畛m trung gian 
www.ptvap.com I Page 24 
24
Traffic Distributions  dwell time 
www.ptvap.com I Page 25 
25
TRAFFIC DISTRIBUTIONS - COLOR 
The color distribution only affects the 
screen display, not the simulation 
www.ptvap.com I Page 26 
26
Traffic Distributions  vehicle model 
www.ptvap.com I Page 27 
27
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 
www.ptvap.com I Page 28 
28
BASE DATA  VEHICLE TYPES 
Dynamic assignment will 
be covered later 
www.ptvap.com I Page 29 
29
BASE DATA  VEHICLE CLASSES 
www.ptvap.com I Page 30 
30
BASE DATA  LINK TYPES 
Create a 
cycle-pedestrian 
path 
network 
Try to manage these locations 
using Conflict Areas 
www.ptvap.com I Page 31 
Network sa3v1ed as XX_tewantin3.inp
www.ptvap.com I Page 32 32 
Ph畉n 1 
 Giao di畛n ng動畛i s畛 d畛ng  GUI 
 B畉n 畛 n畛n 
 X但y d畛ng m畉ng l動畛i m担 ph畛ng 
 i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 
 D畛 li畛u giao th担ng c董 b畉n
D畛 li畛u giao th担ng c董 b畉n 
 L動u l動畛ng giao th担ng 
 V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n 
 H畛 th畛ng 竪n t鱈n hi畛u (fixed time) 
 Giao th担ng c担ng c畛ng 
www.ptvap.com I Page 33 
33
Traffic volumes 
Create five new traffic compositions 
www.ptvap.com I Page 34 
34
TRAFFIC VOLUMES  SPECIFY DEMAND 
Select vehicle inputs 
Double-click any link 
www.ptvap.com I Page 35 
35
AGENDA 
www.ptvap.com I Page 36 
36 
D畛 li畛u giao th担ng c董 b畉n 
 L動u l動畛ng giao th担ng 
 V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n 
 H畛 th畛ng 竪n t鱈n hi畛u (fixed time) 
 Giao th担ng c担ng c畛ng
Traffic routes 
Select routings icon Select link 
Then right-click 
position on link 
Select 
destination link 
and right-click 
position of end of 
route 
www.ptvap.com I Page 37 
37
TRAFFIC ROUTES - PARKING 
www.ptvap.com I Page 38 
38
Traffic speeds 
Select link and right-click 
speed decision point 
Select link, right-click and drag reduNcetewdork s sap3vee9de asdX Xa_rteewaantin4.inp 
www.ptvap.com I Page 39
AGENDA 
www.ptvap.com I Page 40 
40 
D畛 li畛u giao th担ng c董 b畉n 
 L動u l動畛ng giao th担ng 
 V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n 
 H畛 th畛ng 竪n t鱈n hi畛u (fixed time) 
 Giao th担ng c担ng c畛ng
TRAFFIC 
SIGNALS 
SSeelleecctt ssiiggnnaallss iiccoonn 
Priority rules for 
conflicting turns 
Place signal head 
www.ptvap.com I Page 42 
42
TRAFFIC SIGNALS  3D REPRESENTATION 
www.ptvap.com I Page 43 
Network save4d 3as XX_tewantin5.inp
Open tewantin5.inp Traffic signals 
Create 4 signal groups for this signal controller 
www.ptvap.com I Page 44 
44
D畛 li畛u giao th担ng c董 b畉n 
 L動u l動畛ng giao th担ng 
 V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n 
 H畛 th畛ng 竪n t鱈n hi畛u (fixed time) 
 Giao th担ng c担ng c畛ng 
www.ptvap.com I Page 45 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 
www.ptvap.com I Page 46 
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 
www.ptvap.com I Page 47 
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. 
www.ptvap.com I Page 48 
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 
www.ptvap.com I Page 49 
Network sa4ve9d as XX_tewantin6.inp
REVIEW DAY 1 
www.ptvap.com I Page 50 
50
CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M 
B畉NG PH畉N M畛M VISSIM 
1. X叩c 畛nh c叩c tham 
s畛 m担 ph畛ng 
2. thi畉t l畉p v ki畛m tra 畉c 
i畛m lo畉i ph動董ng ti畛n 
trong m担 h狸nh giao th担ng 
PTV Headquarters, Karlsruhe / PTV Tr畛 s畛 ch鱈nh, Karlsruhe 
3. X叩c 畛nh thnh ph畉n ph動董ng ti畛n 
i l畉i tr棚n t畛ng tuy畉n 動畛ng 
www.ptvap.com I Page 51
CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M 
B畉NG PH畉N M畛M VISSIM 
4. M畛 b畉n 畛 n畛n (Background 
Image) v thi畉t l畉p t畛 l畛 ch鱈nh x叩c 
PTV Headquarters, Karlsruhe / PTV Tr畛 s畛 ch鱈nh, Karlsruhe 
5. X但y d畛ng m畉ng l動畛i 動畛ng 
(links and connectors) 
6. Nh畉p vo l動u l動畛ng giao th担ng v l動u l動畛ng 
www.ptvap.com I Page 52 
ng動畛i i b畛 t畉i c叩c m畉t c畉t ngang 
7. Nh畉p vo l動u l動畛ng giao th担ng v l動u 
l動畛ng ng動畛i i b畛 t畉i c叩c m畉t c畉t ngang
CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M 
B畉NG PH畉N M畛M VISSIM 
8. X叩c 畛nh c叩c o畉n thay 畛i v畉n t畛c 9. X叩c 畛nh c叩c v湛ng xung 畛t t畉i c叩c n炭t giao 畛 
thi畉t l畉p th畛 t畛 動u ti棚n gi畛a c叩c d嘆ng ph動董ng ti畛n 
10. x叩c 畛nh v畛 tr鱈 c叩c v畉ch d畛ng 11. Thi畉t l畉p h畛 th畛ng 竪n t鱈n hi畛u t畉i c叩c n炭t giao v 
www.ptvap.com I Page 53 
ch動董ng tr狸nh 竪n t鱈n hi畛u t動董ng 畛ng v畛i hi畛n tr畉ng
CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M 
B畉NG PH畉N M畛M VISSIM 
12. X但y d畛ng h畛 th畛ng c叩c tr畉m d畛ng cho h畛 
th畛ng giao th担ng c担ng c畛ng (xe bu箪t, 動畛ng 
s畉t) 
13. X但y d畛ng l畛 tr狸nh tuy畉n cho giao th担ng c担ng c畛ng 
14. X叩c 畛nh c叩c th担ng s畛 c畉n xu畉t ra k畉t qu畉 
www.ptvap.com I Page 54
CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M 
B畉NG PH畉N M畛M VISSIM 
15. Ti畉n hnh m担 ph畛ng 
www.ptvap.com I Page 55

More Related Content

VISSIM Manual ( Huong Dan Su Dung VISSIM)

  • 1. 19th June 2014, Ho-Chi-Minh-City, Viet Nam www.ptvap.com Msc. Huynh Duc Nguyen VISSIM TRAINING
  • 2. N畛I DUNG- VISSIM PH畉N 1 Giao di畛n 畛 h畛a GUI B畉n 畛 n畛n Ph叩t tri畛n m畉ng l動畛i m担 h狸nh Quy畛n 動u ti棚n trong n炭t giao D畛 li畛u giao th担ng c董 b畉n L動u l動畛ng giao th担ng V畉n t畛c v l畛 tr狸nh tuy畉n T鱈n hi畛u giao th担ng (fixed time) Giao th担ng c担ng c畛ng. Parking Ph畉n 2 C叩c Tham s畛 m担 ph畛ng Hnh vi ng動畛i l叩i Ph但n b畛 l動u l動畛ng theo m担 h狸nh 畛ng Xu畉t k畉t qu畉, ph但n t鱈ch Hi畛u ch畛nh m担 h狸nh Tr狸nh di畛n www.ptvap.com I Page 2 2
  • 3. Ph畉n 1 Giao di畛n ng動畛i s畛 d畛ng GUI B畉n 畛 n畛n X但y d畛ng m畉ng l動畛i m担 ph畛ng i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 D畛 li畛u giao th担ng c董 b畉n www.ptvap.com I Page 3 3
  • 4. GIAO DI畛N NG働畛I S畛 D畛NG www.ptvap.com I Page 4 4
  • 5. GUI GIAO DI畛N NG働畛I S畛 D畛NG Hi畛n th畛 ton b畛 m畉ng l動畛i Zoom * Zoom by factor K辿o * Xoay (3D) www.ptvap.com I Page 5 5
  • 6. GUI Graphical User Interface Short-cuts: Ctrl-A : chuy畛n sang 動畛ng tim Ctrl-D chuy畛n 畛i qua l畉i gi畛a 2D va 3D www.ptvap.com I Page 6 6
  • 7. Ph畉n 1 Giao di畛n ng動畛i s畛 d畛ng GUI B畉n 畛 n畛n X但y d畛ng m畉ng l動畛i m担 ph畛ng i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 D畛 li畛u giao th担ng c董 b畉n www.ptvap.com I Page 7 7
  • 8. X但y d畛ng m担 h狸nh-b畉n 畛 n畛n 234.3m C坦 th畛 ch竪n vo nhi畛u b畉n 畛 C叩c 畛nh d畉ng ch畉p nh畉n BMP, JPG, TIF, SHP & DXF www.ptvap.com I Page 8 8
  • 9. L動u l畉i c叩c tham s畛 hi畛n th畛 L動u l畉i m畉c 畛nh d動畛i d畉ng *.ini Tewantin2.inp L動u c叩c y畉u t畛 c畛a m畉ng l動畛i, li棚n k畉t v畛i b畉n 畛 n畛n, v v畛 tr鱈 hi畛n th畛 (2D, 3D) www.ptvap.com I Page 9 9
  • 10. Ph畉n 1 Giao di畛n ng動畛i s畛 d畛ng GUI B畉n 畛 n畛n X但y d畛ng m畉ng l動畛i m担 ph畛ng i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 D畛 li畛u giao th担ng c董 b畉n www.ptvap.com I Page 10 10
  • 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 www.ptvap.com I Page 11 11
  • 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 www.ptvap.com I Page 12 12
  • 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 www.ptvap.com I Page 13 13
  • 14. Ph畉n 1 Giao di畛n ng動畛i s畛 d畛ng GUI B畉n 畛 n畛n X但y d畛ng m畉ng l動畛i m担 ph畛ng i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 D畛 li畛u giao th担ng c董 b畉n www.ptvap.com I Page 14 14
  • 15. V湛ng xung 畛t Thay th畉 cho c叩c nguy棚n t畉c 動u ti棚n 畛 x叩c 畛nh m畛c 畛 動u ti棚n t畉i n炭t giao. Xung Xung 畛t 畛t giao nh畉p c畉t d嘆ng M畛t v湛ng Xung xung 畛t 畛t t叩ch c坦 d嘆ng th畛 動畛c x叩c 畛nh khi hai links/connectors trong VISSIM chong l棚n nhau. www.ptvap.com I Page 15 15
  • 16. V湛ng xung 畛t SVFRiaresofaienbrtti yl gigt yaDappissstance Factor www.ptvap.com I Page 16 16
  • 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 www.ptvap.com I Page 17 17
  • 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 www.ptvap.com I Page 18 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 www.ptvap.com I Page 19 19
  • 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 www.ptvap.com I Page 20
  • 21. Traffic base data Traffic volumes Traffic speeds and routes Traffic signals (fixed time) Bus stops and transit routes www.ptvap.com I Page 21 21
  • 22. Traffic Functions acceleration and deceleration www.ptvap.com I Page 22 22
  • 23. Traffic Distributions weight and power Weight and power distributions only affect HGVs on gradients www.ptvap.com I Page 23 23
  • 24. Traffic Distributions - speed Click chu畛t ph畉i 畛 ch竪n i畛m trung gian www.ptvap.com I Page 24 24
  • 25. Traffic Distributions dwell time www.ptvap.com I Page 25 25
  • 26. TRAFFIC DISTRIBUTIONS - COLOR The color distribution only affects the screen display, not the simulation www.ptvap.com I Page 26 26
  • 27. Traffic Distributions vehicle model www.ptvap.com I Page 27 27
  • 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 www.ptvap.com I Page 28 28
  • 29. BASE DATA VEHICLE TYPES Dynamic assignment will be covered later www.ptvap.com I Page 29 29
  • 30. BASE DATA VEHICLE CLASSES www.ptvap.com I Page 30 30
  • 31. BASE DATA LINK TYPES Create a cycle-pedestrian path network Try to manage these locations using Conflict Areas www.ptvap.com I Page 31 Network sa3v1ed as XX_tewantin3.inp
  • 32. www.ptvap.com I Page 32 32 Ph畉n 1 Giao di畛n ng動畛i s畛 d畛ng GUI B畉n 畛 n畛n X但y d畛ng m畉ng l動畛i m担 ph畛ng i畛u khi畛n d畛ng v ch畛 畛 c叩c giao l畛 D畛 li畛u giao th担ng c董 b畉n
  • 33. D畛 li畛u giao th担ng c董 b畉n L動u l動畛ng giao th担ng V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n H畛 th畛ng 竪n t鱈n hi畛u (fixed time) Giao th担ng c担ng c畛ng www.ptvap.com I Page 33 33
  • 34. Traffic volumes Create five new traffic compositions www.ptvap.com I Page 34 34
  • 35. TRAFFIC VOLUMES SPECIFY DEMAND Select vehicle inputs Double-click any link www.ptvap.com I Page 35 35
  • 36. AGENDA www.ptvap.com I Page 36 36 D畛 li畛u giao th担ng c董 b畉n L動u l動畛ng giao th担ng V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n H畛 th畛ng 竪n t鱈n hi畛u (fixed time) Giao th担ng c担ng c畛ng
  • 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 www.ptvap.com I Page 37 37
  • 38. TRAFFIC ROUTES - PARKING www.ptvap.com I Page 38 38
  • 39. Traffic speeds Select link and right-click speed decision point Select link, right-click and drag reduNcetewdork s sap3vee9de asdX Xa_rteewaantin4.inp www.ptvap.com I Page 39
  • 40. AGENDA www.ptvap.com I Page 40 40 D畛 li畛u giao th担ng c董 b畉n L動u l動畛ng giao th担ng V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n H畛 th畛ng 竪n t鱈n hi畛u (fixed time) Giao th担ng c担ng c畛ng
  • 41. TRAFFIC SIGNALS SSeelleecctt ssiiggnnaallss iiccoonn Priority rules for conflicting turns Place signal head www.ptvap.com I Page 42 42
  • 42. TRAFFIC SIGNALS 3D REPRESENTATION www.ptvap.com I Page 43 Network save4d 3as XX_tewantin5.inp
  • 43. Open tewantin5.inp Traffic signals Create 4 signal groups for this signal controller www.ptvap.com I Page 44 44
  • 44. D畛 li畛u giao th担ng c董 b畉n L動u l動畛ng giao th担ng V畉n t畛c v l畛a ch畛n h動畛ng tuy畉n H畛 th畛ng 竪n t鱈n hi畛u (fixed time) Giao th担ng c担ng c畛ng www.ptvap.com I Page 45 45
  • 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 www.ptvap.com I Page 46 46
  • 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 www.ptvap.com I Page 47 47
  • 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. www.ptvap.com I Page 48 48
  • 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 www.ptvap.com I Page 49 Network sa4ve9d as XX_tewantin6.inp
  • 49. REVIEW DAY 1 www.ptvap.com I Page 50 50
  • 50. CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M B畉NG PH畉N M畛M VISSIM 1. X叩c 畛nh c叩c tham s畛 m担 ph畛ng 2. thi畉t l畉p v ki畛m tra 畉c i畛m lo畉i ph動董ng ti畛n trong m担 h狸nh giao th担ng PTV Headquarters, Karlsruhe / PTV Tr畛 s畛 ch鱈nh, Karlsruhe 3. X叩c 畛nh thnh ph畉n ph動董ng ti畛n i l畉i tr棚n t畛ng tuy畉n 動畛ng www.ptvap.com I Page 51
  • 51. CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M B畉NG PH畉N M畛M VISSIM 4. M畛 b畉n 畛 n畛n (Background Image) v thi畉t l畉p t畛 l畛 ch鱈nh x叩c PTV Headquarters, Karlsruhe / PTV Tr畛 s畛 ch鱈nh, Karlsruhe 5. X但y d畛ng m畉ng l動畛i 動畛ng (links and connectors) 6. Nh畉p vo l動u l動畛ng giao th担ng v l動u l動畛ng www.ptvap.com I Page 52 ng動畛i i b畛 t畉i c叩c m畉t c畉t ngang 7. Nh畉p vo l動u l動畛ng giao th担ng v l動u l動畛ng ng動畛i i b畛 t畉i c叩c m畉t c畉t ngang
  • 52. CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M B畉NG PH畉N M畛M VISSIM 8. X叩c 畛nh c叩c o畉n thay 畛i v畉n t畛c 9. X叩c 畛nh c叩c v湛ng xung 畛t t畉i c叩c n炭t giao 畛 thi畉t l畉p th畛 t畛 動u ti棚n gi畛a c叩c d嘆ng ph動董ng ti畛n 10. x叩c 畛nh v畛 tr鱈 c叩c v畉ch d畛ng 11. Thi畉t l畉p h畛 th畛ng 竪n t鱈n hi畛u t畉i c叩c n炭t giao v www.ptvap.com I Page 53 ch動董ng tr狸nh 竪n t鱈n hi畛u t動董ng 畛ng v畛i hi畛n tr畉ng
  • 53. CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M B畉NG PH畉N M畛M VISSIM 12. X但y d畛ng h畛 th畛ng c叩c tr畉m d畛ng cho h畛 th畛ng giao th担ng c担ng c畛ng (xe bu箪t, 動畛ng s畉t) 13. X但y d畛ng l畛 tr狸nh tuy畉n cho giao th担ng c担ng c畛ng 14. X叩c 畛nh c叩c th担ng s畛 c畉n xu畉t ra k畉t qu畉 www.ptvap.com I Page 54
  • 54. CC B働畛C C B畉N XY D畛NG M HNH M PH畛NG VI M B畉NG PH畉N M畛M VISSIM 15. Ti畉n hnh m担 ph畛ng www.ptvap.com I Page 55