Saving discharge record to a file
The discharge record shows the time intervals between vehicles driving away from signal heads. You can use it for purposes such as determining time needs for your signal controller or calibrating actual measured saturation flow values. Links, vehicle inputs and signal heads must be defined in the network.
In order to determine meaningful time needs, the measured flows should be saturated. You should therefore ensure that the number of vehicles queued behind the stop line is at least as many as can pass during a green phase.
You can output the following data and data formats:
Output |
ASCII file |
MDB file |
Attribute file from attribute list |
---|---|---|---|
Aggregated data |
- |
- |
- |
Raw data |
*.dis |
- |
- |
Defining evaluation of the discharge record results
1. Make sure that the attribute Discharge record active is selected in the attributes of the desired signal head.
2. From the Evaluation menu, choose > Configuration > Direct Output tab.
3. In the Discharge record row, select the option Write to file.
4. You can change the time if you wish (Using the Direct output function to save evaluation results to files).
5. Confirm with OK.
6. Start the simulation (Running a simulation).
A *.dis file is saved. If the file was created based on the simulation of a scenario, the file name contains the name of the scenario.
Result of discharge record evaluation
A *.dis discharge record may contain the following data:
Element |
Description |
---|---|
File |
Path and name of network file |
Comment |
Optional comment from the simulation parameters |
Date |
Time of evaluation |
PTV Vissim |
Version number, service pack number, build number |
Table |
Discharge at signal controller with its number, signal group with its number, and in parentheses data collection point with number |
Data block |
One line for each signal controller cycle
|
Discharge record example: file *.dis
Discharge record
File: C:\Users\Public\Documents\PTV Vision\PTV Vissim 2024\Examples Demo\3D - Complex Intersection Karlsruhe.DE\Karlsruhe 3D.inpx
Comment: Karlsruhe 3D example
Date: 03.01.2024 10:20:30
PTV Vissim 2024.00-00* [253691]
Discharge at SC 619, signal group 14, signal head 3
1 (0: 0.0)
80 1.11 1.16 (1: 1.16)
170 1.01 (0: 0.0)
260 (0: 0.0)
350 0.95 0.70 (1: 0.70)
440 1.07 1.31 (1: 1.31)
530 1.09 (0: 0.0)
620 1.05 (0: 0.0)
710 1.17 (0: 0.0)
800 1.15 1.45 (1: 1.45)
890 1.09 (0: 0.0)
980 1.11 (0: 0.0)
1070 (0: 0.0)
1160 0.99 0.25 0.88 (2: 0.56)
1250 (0: 0.0)
1340 1.07 (0: 0.0)
1430 (0: 0.0)
1520 6.95 (0: 0.0)
1610 1.18 1.35 (1: 1.35)
1700 1.18 0.98 (1: 0.98)
1790 1.07 (0: 0.0)
1880 1.06 0.05 1.00 0.11 1.05 1.18 (5: 0.68)
1970 1.11 (0: 0.0)
2060 1.06 1.09 (1: 1.09)
2150 1.08 (0: 0.0)
2240 1.10 1.10 1.08 3.49 (3: 1.89)
2330 1.04 (0: 0.0)
2420 1.09 0.99 (1: 0.99)
2510 1.04 (0: 0.0)
2600 1.13 1.11 (1: 1.11)
2690 (0: 0.0)
2780 (0: 0.0)
2870 1.07 (0: 0.0)
2960 (0: 0.0)
3050 (0: 0.0)
3140 (0: 0.0)
3230 (0: 0.0)
3320 1.11 0.00 1.09 0.18 0.75 0.83 (5: 0.57)
3410 1.06 (0: 0.0)
3500 (0: 0.0)
3590 (0: 0.0)
3680 1.17 (0: 0.0)
3770 1.07 1.47 (1: 1.47)
3860 1.22 (0: 0.0)
3950 1.03 6.26 (1: 6.26)
4040 1.13 (0: 0.0)
4130 1.19 1.16
----- 1 2 3 4 5 6
----- 1.26 1.28 1.01 1.26 0.90 1.00
----- 34 16 4 3 2 2
[27: 1.19]
Superordinate topic:
Configuring evaluations for direct output
Information on editing:
Using the Direct output function to save evaluation results to files