VISSIM 5.30-05 User Manual

3 Program Handling
3.2.2.1 Default Shortcuts
CTRL+A Toggles between Center Line and the last active link display
mode (either Normal or Invisible).
CTRL+B Toggles the display of loaded background images.
CTRL+C Copies the selected 3D signal, continue with CTRL+V.
CTRL+D Toggles between 2D edit mode and 3D display mode.
CTRL+H Toggles the display of 3D signals.
CTRL+L Loops through all LOS definitions during the simulation of
pedestrians in aggregate data display mode.
CTRL+M Toggles the display of the compass.
CTRL+N Toggles the display of network elements/labels.
CTRL+Q Controls the visualization mode (3 states: normal visualization
of individual vehicles/pedestrians / alternative
display of aggregate values for vehicles on links or of
pedestrians on construction elements / no visualization).
While the pedestrian simulation is running in aggregate data
display mode, the currently selected LOS type is displayed in
the status bar when looping via CTRL+L.
CTRL+T Toggles the color of links and walkable elements: either
display type specific color or global color, cf. section 4.1.3
CTRL+U Toggles the type of display of the simulation time within the
status bar (either seconds or time of day).
CTRL+V Toggles the extended vehicle display, cf. section 4.2.2.
CTRL+Z Dynamic Assignment only (while in Parking Lots mode):
Shows the centroids of all parking lots that belong to the
same zone. Cf. section 12.7.2 for details.
CTRL+
SHIFT+C
Dynamic Assignment only: Sets the relative volumes of all
parking lots to the volume totals of their paths in the current
path file *.WEG. Cf. section 12.7.2 for details.
TAB Moves to next link or connector layer (when clicking at a
position with at least two links/connectors).
F5 Simulation Continuous:
Starts/continues continuous simulation.
F6 Simulation Step: Executes next simulation time step.
ESC Simulation Stop: Ends the simulation.
ENTER (during a simulation run only:)
Switch to continuous simulation.
SPACE (during a simulation run only:)
Executes next simulation time step.
48 VISSIM 5.30-05 © PTV AG 2011