IntegratedMultiCanvasVisualizer¶

Package: inet.visualizer.canvas.integrated

compound module IntegratedMultiCanvasVisualizer

Integrates all canvas visualizers into a single module. It supports disabling any submodule visualizer by providing an empty string as its type.

Usage diagram¶

Inheritance diagram¶

Used in compound modules¶

Name	Type	Description
IntegratedMultiVisualizer	compound module	Integrates canvas and osg visualizers into a single module.

Parameters¶

Name	Type	Default value	Description
numSceneVisualizers	int	1
numPhysicalEnvironmentVisualizers	int	1
numNetworkNodeVisualizers	int	1
numNetworkConnectionVisualizers	int	1
numMobilityVisualizers	int	1
numStatisticVisualizers	int	1
numInfoVisualizers	int	1
numEnergyStorageVisualizers	int	1
numMediumVisualizers	int	1
numObstacleLossVisualizers	int	1
numPacketDropVisualizers	int	1
numQueueVisualizers	int	1
numGateScheduleVisualizers	int	1
numRadioVisualizers	int	1
numPhysicalLinkVisualizers	int	1
numInterfaceTableVisualizers	int	1
numDataLinkVisualizers	int	1
numLinkBreakVisualizers	int	1
numIeee80211Visualizers	int	1
numNetworkRouteVisualizers	int	1
numRoutingTableVisualizers	int	1
numTransportRouteVisualizers	int	1
numTransportConnectionVisualizers	int	1
numFailureProtectionConfigurationVisualizers	int	1
numStreamRedundancyConfigurationVisualizers	int	1
numChannelVisualizers	int	1
numGeoMapVisualizers	int	0	the geographic visualizers are opt-in (0 by default): a GeoMap would otherwise hijack the shared canvas projection, and GeoSkyView/GeoHorizon require a coordinate system to be set
numGeoSkyViewVisualizers	int	0
numGeoHorizonVisualizers	int	0

Properties¶

Name	Value	Description
display	i=block/app

Unassigned submodule parameters¶

Name	Type	Default value	Description
sceneVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
sceneVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
sceneVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
sceneVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
sceneVisualizer.physicalEnvironmentModule	string	“physicalEnvironment”	The physical environment module, refers to a top-level submodule by default
sceneVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	The network node visualizer, refers to a sibling submodule by default
sceneVisualizer.axisLength	double	nan m	Length of x, y, and z axes, no axis by default
sceneVisualizer.animationSpeed	double	0	Always active animation speed independent of any visualization, the value must be in the range (0, +inf)
sceneVisualizer.sceneMinX	double	nan m	Lower bound of x coordinates in the scene
sceneVisualizer.sceneMinY	double	nan m	Lower bound of y coordinates in the scene
sceneVisualizer.sceneMinZ	double	nan m	Lower bound of z coordinates in the scene
sceneVisualizer.sceneMaxX	double	nan m	Upper bound of x coordinates in the scene
sceneVisualizer.sceneMaxY	double	nan m	Upper bound of y coordinates in the scene
sceneVisualizer.sceneMaxZ	double	nan m	Upper bound of z coordinates in the scene
sceneVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
sceneVisualizer.viewAngle	string	“x right y down z out”	View angle is either
sceneVisualizer.viewScale	string	“1 1”	The 2D scale is applied after the view projection
sceneVisualizer.viewTranslation	string	“0 0”	The 2D translation is applied after the view projection
sceneVisualizer.descriptionFigure	string	“”	If not empty, it should be the name of a text figure; it will display the active configuration’s description
physicalEnvironmentVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
physicalEnvironmentVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
physicalEnvironmentVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
physicalEnvironmentVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
physicalEnvironmentVisualizer.physicalEnvironmentModule	string	“physicalEnvironment”	The physical environment module that is displayed, refers to a top-level sub-module by default
physicalEnvironmentVisualizer.displayObjects	bool	true
physicalEnvironmentVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
networkNodeVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
networkNodeVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
networkNodeVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
networkNodeVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
networkNodeVisualizer.nodeFilter	string	“*”	Determines which network nodes are displayed. All nodes are displayed by default.
networkNodeVisualizer.annotationSpacing	double	4
networkNodeVisualizer.placementPenalty	double	10
networkNodeVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
networkConnectionVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
networkConnectionVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
networkConnectionVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
networkConnectionVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
networkConnectionVisualizer.displayNetworkConnections	bool	true
networkConnectionVisualizer.nodeFilter	string	“”	Determines which network connections are displayed. All connections are displayed by default.
networkConnectionVisualizer.lineColor	string	“black”	Connection line color.
networkConnectionVisualizer.lineStyle	string	“solid”	Connection line style (solid, dashed, dotted).
networkConnectionVisualizer.lineWidth	double	1	Connection line width.
networkConnectionVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
mobilityVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
mobilityVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
mobilityVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
mobilityVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
mobilityVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	The network node visualizer module, refers to a sibling submodule by default
mobilityVisualizer.displayMobility	bool	true	Display mobility, enabled by default
mobilityVisualizer.animationSpeed	double	0	Animation speed while objects are moving around, value must be in the range (0, +inf)
mobilityVisualizer.moduleFilter	string	“**.mobility”	Which mobilities are considered, matches all mobilities by default
mobilityVisualizer.displayPositions	bool	false	Display a circle indicating the current position, disabled by default
mobilityVisualizer.positionCircleRadius	double	4	Radius of the circle
mobilityVisualizer.positionCircleLineWidth	double	1	Line width of the circle
mobilityVisualizer.positionCircleLineColor	string	“dark”	Position circle line color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
mobilityVisualizer.positionCircleFillColor	string	“dark”	Position circle fill color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
mobilityVisualizer.displayOrientations	bool	false	Display a 3D cone indicating the current orientation, disabled by default
mobilityVisualizer.orientationPieRadius	double	32	On-screen radius of the orientation cone, in pixels
mobilityVisualizer.orientationPieSize	double	0.2	Angular half-width of the orientation cone as a fraction of a full circle; must be in the open interval (0, 0.5)
mobilityVisualizer.orientationPieOpacity	double	0.25	Opacity of the orientation cone
mobilityVisualizer.orientationLineColor	string	“black”	Orientation line color, black by default
mobilityVisualizer.orientationLineStyle	string	“solid”	Orientation line style (solid, dashed, dotted)
mobilityVisualizer.orientationLineWidth	double	1	Orientation line width
mobilityVisualizer.orientationFillColorUp	string	“blue”	Fill color of the orientation base disc when the cone points up (toward the viewer); empty means the disc is not filled
mobilityVisualizer.orientationFillColorDown	string	“red”	Fill color of the orientation base disc when the cone points down (away from the viewer); empty means the disc is not filled
mobilityVisualizer.displayVelocities	bool	false	Display an arrow indicating the current velocity, disabled by default
mobilityVisualizer.velocityArrowScale	double	1	Velocity scaling factor to pixels
mobilityVisualizer.velocityLineColor	string	“black”	Velocity line color, black by default
mobilityVisualizer.velocityLineStyle	string	“solid”	Velocity line style (solid, dashed, dotted)
mobilityVisualizer.velocityLineWidth	double	1	Velocity line width
mobilityVisualizer.velocityProjection	string	“projected”	How the velocity arrow is projected on an equirectangular map: “projected” applies the full equirectangular distortion; “trueLength” uses the map heading (sheared direction) at true length; “isometric” preserves true heading and length. No effect without a geographic/equirectangular projection.
mobilityVisualizer.orientationProjection	string	“projected”	How the orientation cone is projected on an equirectangular map: “projected” shears the base disc per the equirectangular distortion; “isometric” preserves true heading and length (the base disc stays circular); “trueLength” uses the map heading at true length. No effect without a geographic/equirectangular projection.
mobilityVisualizer.displayMovementTrails	bool	false	Display a line along the recent path of mobilities, disabled by default
mobilityVisualizer.movementTrailLineColor	string	“dark”	Movement trail line color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
mobilityVisualizer.movementTrailLineStyle	string	“solid”	Movement trail line style (solid, dashed, dotted)
mobilityVisualizer.movementTrailLineWidth	double	1	Movement trail line width
mobilityVisualizer.trailLength	int	100	Number of sections in the trail
mobilityVisualizer.movementTrailSegmentHideThreshold	double	inf	Trail segments longer than this many pixels (e.g. a node wrapping across the map on an equirectangular projection) are treated as discontinuities and hidden, so the trail shows as disjoint pieces; the default (positive infinity) hides nothing
mobilityVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
statisticVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
statisticVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
statisticVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
statisticVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
statisticVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	The network node visualizer module, refers to a sibling submodule by default
statisticVisualizer.displayStatistics	bool	false
statisticVisualizer.signalName	string	“”	Signal name to subscribe, no signal name by default
statisticVisualizer.statisticName	string	signalName	Statistic name to get the value, signal name by default
statisticVisualizer.statisticUnit	string	“”	Statistic unit, undefined by default
statisticVisualizer.statisticExpression	string	“”	Statistic expression, received value by default
statisticVisualizer.sourceFilter	string	“**”	Pattern that must match the signal source, no source filter by default
statisticVisualizer.format	string	“%n: %v %u”	Determines what is displayed, info by default
statisticVisualizer.unit	string	“”	Display the value in one of the specified units, statistic unit by default
statisticVisualizer.font	string	“<default>”	Statistic value font, automatic by default
statisticVisualizer.textColor	string	“black”	Statistic value font color, black by default
statisticVisualizer.backgroundColor	string	“white”	Statistic value background color, white by default
statisticVisualizer.opacity	double	1.0	Opacity of the visualization
statisticVisualizer.placementHint	string	“top”	Annotation placement hint, space separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
statisticVisualizer.placementPriority	double	0	Determines the order of annotation positioning
statisticVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
statisticVisualizer.propertyName	string	“”	Optional property name of a figure template along the module path of the visualizer
statisticVisualizer.propertyIndex	string	“”	Optional property index of a figure template along the module path of the visualizer
infoVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
infoVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
infoVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
infoVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
infoVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	Module path to the network node visualizer module, refers to a sibling submodule by default
infoVisualizer.displayInfos	bool	true
infoVisualizer.modules	string	“”	Specifies the path of the submodules of network nodes, no submodules by default
infoVisualizer.format	string	“%t”	Determines what is displayed on network nodes
infoVisualizer.font	string	“<default>”	Info text font, automatic by default
infoVisualizer.textColor	string	“black”	Info text font color
infoVisualizer.textAlignment	string	“left”	Alignment of multi-line text
infoVisualizer.backgroundColor	string	“white”	Text box fill color, specify an empty string for no fill
infoVisualizer.lineColor	string	“black”	Text box outline color, specify an empty string for no line
infoVisualizer.opacity	double	1.0	Opacity of the visualization
infoVisualizer.placementHint	string	“top”	Annotation placement hint, space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
infoVisualizer.placementPriority	double	0	Determines the order of annotation positioning
infoVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
energyStorageVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
energyStorageVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
energyStorageVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
energyStorageVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
energyStorageVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	Module path to the network node visualizer module, refers to a sibling submodule by default
energyStorageVisualizer.displayEnergyStorages	bool	false
energyStorageVisualizer.energyStorageFilter	string	“**”	Which energy storages are considered; matches all energy storages by default
energyStorageVisualizer.color	string	“green”
energyStorageVisualizer.width	double	8
energyStorageVisualizer.height	double	24
energyStorageVisualizer.spacing	double	2
energyStorageVisualizer.placementHint	string	“right”	Annotation placement hint; space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
energyStorageVisualizer.placementPriority	double	0	Determines the order of annotation positioning
energyStorageVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
mediumVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
mediumVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
mediumVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
mediumVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
mediumVisualizer.mediumModule	string	“radioMedium”	The medium module that is displayed, refers to a top-level submodule by default
mediumVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	The network node visualizer module, refers to a sibling submodule by default
mediumVisualizer.nodeFilter	string	“*”	Which nodes are considered, matches all nodes by default
mediumVisualizer.interfaceFilter	string	“*”	Which interfaces are considered, matches all interfaces by default
mediumVisualizer.packetFilter	object	“*”	Which packets are considered, matches all packets by default
mediumVisualizer.displaySignals	bool	false	Display signals propagating through the medium, disabled by default
mediumVisualizer.signalColor	string	“dark”	Signal color is a list of colors or a color group name (e.g., dark, light), a set of dark colors by default
mediumVisualizer.signalPropagationAnimationSpeed	double	nan	Animation speed while the very beginning or end of a signal is propagating on the medium, value must be in the range (0, +inf) or NaN, the latter means automatic setting
mediumVisualizer.signalPropagationAnimationTime	double	1s	Signal propagation animation duration when signalPropagationAnimationSpeed is unspecified
mediumVisualizer.signalPropagationAdditionalTime	double	0s	Additional simulation time to animate signal propagation after leaving the last receiver
mediumVisualizer.signalTransmissionAnimationSpeed	double	nan	Animation speed while a signal is being transmitted on the medium, value must be in the range (0, +inf) or NaN, the latter means automatic setting
mediumVisualizer.signalTransmissionAnimationTime	double	1s	Signal transmission animation duration when signalTransmissionAnimationSpeed is unspecified
mediumVisualizer.signalAnimationSpeedChangeTimeMode	string	“realTime”	Specifies the time mode for animation speed changes between propagation and transmission animation
mediumVisualizer.signalAnimationSpeedChangeTime	double	1s	Animation speed changes smoothly from propagationAnimationSpeed to transmissionAnimationSpeed in the specified real time
mediumVisualizer.displaySignalDepartures	bool	false	Display an image where a signal departure is currently in progress, disabled by default
mediumVisualizer.signalDepartureImage	string	“misc/signal_departure.png”	Image for ongoing signal departures
mediumVisualizer.signalDeparturePlacementHint	string	“topCenter”	Annotation placement hint, space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
mediumVisualizer.signalDeparturePlacementPriority	double	1	Determines the order of annotation positioning
mediumVisualizer.displaySignalArrivals	bool	false	Display an image where a signal arrival is currently in progress, disabled by default
mediumVisualizer.signalArrivalImage	string	“misc/signal_arrival.png”	Image for ongoing signal arrivals
mediumVisualizer.signalArrivalPlacementHint	string	“topCenter”	Annotation placement hint, space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
mediumVisualizer.signalArrivalPlacementPriority	double	-1	Determines the order of annotation positioning
mediumVisualizer.displayCommunicationRanges	bool	false	Display communication ranges as circles around radios, enabled by default
mediumVisualizer.communicationRangeLineColor	string	“blue”	Communication range circle line color, blue by default
mediumVisualizer.communicationRangeLineStyle	string	“solid”	Communication range circle line style, solid by default
mediumVisualizer.communicationRangeLineWidth	double	1	Communication range circle line width, 1 by default
mediumVisualizer.displayInterferenceRanges	bool	false	Display interference ranges as circles around radios, disabled by default
mediumVisualizer.interferenceRangeLineColor	string	“gray”	Interference range circle color, gray by default
mediumVisualizer.interferenceRangeLineStyle	string	“solid”	Interference range circle line style, solid by default
mediumVisualizer.interferenceRangeLineWidth	double	1	Interference range circle line width, 1 by default
mediumVisualizer.autoPowerAxis	bool	true	Enables automatic power axis configuration
mediumVisualizer.signalMinPower	double	inf dBmW	Minimum signal power if the axis is not automatic
mediumVisualizer.signalMaxPower	double	0 dBmW	Maximum signal power if the axis is not automatic
mediumVisualizer.signalMinPowerDensity	double	inf dBmWpMHz	Minimum signal power density if the axis is not automatic
mediumVisualizer.signalMaxPowerDensity	double	-inf dBmWpMHz	Maximum signal power density if the axis is not automatic
mediumVisualizer.autoTimeAxis	bool	true	Enables automatic time axis configuration
mediumVisualizer.signalMinTime	double	0 s	Relative to the current simulation time
mediumVisualizer.signalMaxTime	double	0 s	Relative to the current simulation time
mediumVisualizer.autoFrequencyAxis	bool	true	Enables automatic frequency axis configuration
mediumVisualizer.signalMinFrequency	double	inf Hz	Minimum signal frequency if the axis is not automatic
mediumVisualizer.signalMaxFrequency	double	-inf Hz	Maximum signal frequency if the axis is not automatic
mediumVisualizer.displayMainPowerDensityMap	bool	false	Display a power density map for the transmission medium, can be enabled with dimensional analog models only
mediumVisualizer.mainPowerDensityMapPixmapDensity	double	1	Pixmap relative resolution
mediumVisualizer.mainPowerDensityMapMinX	double	0	Minimum X coordinate
mediumVisualizer.mainPowerDensityMapMaxX	double	nan	Maximum X coordinate, compound module size by default
mediumVisualizer.mainPowerDensityMapMinY	double	0	Minimum Y coordinate
mediumVisualizer.mainPowerDensityMapMaxY	double	nan	Maximum Y coordinate, compound module size by default
mediumVisualizer.mainPowerDensityMapZ	double	0	Z coordinate
mediumVisualizer.mainPowerDensityMapFigureXTickCount	int	3	Number of ticks along the X-axis
mediumVisualizer.mainPowerDensityMapFigureYTickCount	int	3	Number of ticks along the Y-axis
mediumVisualizer.displayPowerDensityMaps	bool	false	Display power density maps at the nodes, can be enabled with dimensional analog models only
mediumVisualizer.powerDensityMapMode	string	“auto”	Total means total transmission medium, signal means transmitted or received signal, auto means total or signal and noise if transmission or reception is in progress
mediumVisualizer.powerDensityMapPixelMode	string	“mean”	Specifies the method used to determine the color of each pixel, the sample method is the least accurate but the fastest (sample < partition < mean)
mediumVisualizer.powerDensityMapApproximationSize	int	10	Medium power density function approximation along the X and Y axes
mediumVisualizer.powerDensityMapCenterFrequency	double	nan Hz	Center frequency of medium power density sampling or integration
mediumVisualizer.powerDensityMapBandwidth	double	0 Hz	Bandwidth of medium power density integration, 0 means sampling, inf means total integrated power
mediumVisualizer.powerDensityMapFigureWidth	double	200	Plot figure width in pixels
mediumVisualizer.powerDensityMapFigureHeight	double	120	Plot figure height in pixels
mediumVisualizer.powerDensityMapPixmapWidth	double	powerDensityMapFigureWidth	Pixmap resolution width
mediumVisualizer.powerDensityMapPixmapHeight	double	powerDensityMapFigureHeight	Pixmap resolution height
mediumVisualizer.powerDensityMapZ	double	0	Z coordinate
mediumVisualizer.powerDensityMapFigureXTickCount	int	3	Number of ticks along the X-axis
mediumVisualizer.powerDensityMapFigureYTickCount	int	3	Number of ticks along the Y-axis
mediumVisualizer.displaySpectrums	bool	false	Display power spectral density at the nodes, can be enabled with dimensional analog models only
mediumVisualizer.spectrumMode	string	“auto”	Total means total transmission medium, signal means transmitted or received signal, auto means total or signal and noise if transmission or reception is in progress
mediumVisualizer.spectrumFigureWidth	double	200	Plot figure width in pixels
mediumVisualizer.spectrumFigureHeight	double	120	Plot figure height in pixels
mediumVisualizer.spectrumFigureXTickCount	int	3	Number of ticks along the X-axis
mediumVisualizer.spectrumFigureYTickCount	int	5	Number of ticks along the Y-axis
mediumVisualizer.spectrumFigureInterpolationSize	double	5	Power spectrum density interpolation distance along the frequency axis
mediumVisualizer.spectrumPlacementHint	string	“bottomCenter”	Annotation placement hint, space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
mediumVisualizer.spectrumPlacementPriority	double	-1	Determines the order of annotation positioning
mediumVisualizer.displaySpectrograms	bool	false	Display power density spectrograms at the nodes, can be enabled with dimensional analog models only
mediumVisualizer.spectrogramMode	string	“auto”	Total means total transmission medium, signal means transmitted or received signal, auto means total or signal and noise if transmission or reception is in progress
mediumVisualizer.spectrogramPixelMode	string	“mean”	Specifies the method used to determine the color of each pixel, sample method is the least accurate but the fastest (sample < partition < mean)
mediumVisualizer.spectrogramFigureWidth	double	200	Plot figure width in pixels
mediumVisualizer.spectrogramFigureHeight	double	120	Plot figure height in pixels
mediumVisualizer.spectrogramPixmapWidth	double	spectrogramFigureWidth	Pixmap resolution width
mediumVisualizer.spectrogramPixmapHeight	double	spectrogramFigureHeight	Pixmap resolution height
mediumVisualizer.spectrogramFigureXTickCount	int	3	Number of ticks along the X-axis
mediumVisualizer.spectrogramFigureYTickCount	int	5	Number of ticks along the Y-axis
mediumVisualizer.spectrogramPlacementHint	string	“bottomCenter”	Annotation placement hint, space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
mediumVisualizer.spectrogramPlacementPriority	double	-1	Determines the order of annotation positioning
mediumVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
mediumVisualizer.signalShape	string	“ring”	Shape for displaying signals
mediumVisualizer.signalOpacity	double	0.5	Signal opacity, value must be in the range [0, 1]
mediumVisualizer.signalRingCount	int	20	Number of stationary rings around the transmitter, value must be in the range [0, +inf)
mediumVisualizer.signalRingSize	double	50m	Width of stationary rings, value must be in the range (0, +inf)
mediumVisualizer.signalFadingDistance	double	50m	Distance parameter for exponential opacity decreasing, value must be in the range (0, +inf)
mediumVisualizer.signalFadingFactor	double	1.2	Factor parameter for exponential opacity decreasing, value must be in the range (1, +inf)
mediumVisualizer.signalWaveCount	int	20	Number of moving circles representing waves around the transmitter, value must be in the range [0, +inf)
mediumVisualizer.signalWaveLength	double	50m	Distance between moving circles representing waves, value must be in the range (0, +inf)
mediumVisualizer.signalWaveWidth	double	10m	Width of moving circles representing waves, value must be in the range (0, +inf)
mediumVisualizer.signalWaveFadingAnimationSpeedFactor	double	1	Value must be in the range [0, 1]
mediumVisualizer.displayCommunicationHeat	bool	false	When enabled the radio medium displays recent successful receptions as a heat map overlay
obstacleLossVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
obstacleLossVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
obstacleLossVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
obstacleLossVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
obstacleLossVisualizer.displayIntersections	bool	false	Display intersections of transmissions and physical objects, disabled by default
obstacleLossVisualizer.intersectionLineColor	string	“red”
obstacleLossVisualizer.intersectionLineStyle	string	“solid”
obstacleLossVisualizer.intersectionLineWidth	double	1
obstacleLossVisualizer.displayFaceNormalVectors	bool	false	Display face normal vectors of intersections, disabled by default
obstacleLossVisualizer.faceNormalLineColor	string	“grey”
obstacleLossVisualizer.faceNormalLineStyle	string	“solid”
obstacleLossVisualizer.faceNormalLineWidth	double	1
obstacleLossVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive obstacle losses fade out
obstacleLossVisualizer.fadeOutTime	double	1s	How quickly link breaks fade away, 1 second by default
obstacleLossVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are obstacle losses, value must be in the range (0, +inf)
obstacleLossVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
packetDropVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
packetDropVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
packetDropVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
packetDropVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
packetDropVisualizer.displayPacketDrops	bool	false	Display packet drops, disabled by default
packetDropVisualizer.nodeFilter	string	“*”	Which network nodes are considered, matches all network nodes by default
packetDropVisualizer.interfaceFilter	string	“*”	Which network interfaces are considered, matches all network interfaces by default
packetDropVisualizer.packetFilter	object	“*”	Which packets are considered, matches all packets by default
packetDropVisualizer.detailsFilter	string	“*”	Which packet drops are considered, matches all packet drops by default
packetDropVisualizer.icon	string	“msg/packet_s”	Packet drop visualization icon
packetDropVisualizer.iconTintAmount	double	1	Colorization amount between 0 and 1, enabled by default
packetDropVisualizer.iconTintColor	string	“dark”	Icon tint color is a list of colors, a set of dark colors by default
packetDropVisualizer.labelFormat	string	“%n”	Determines what data is displayed in the label, packet name by default
packetDropVisualizer.labelFont	string	“<default>”	Label font, automatic by default
packetDropVisualizer.labelColor	string	“black”	Label color, black by default
packetDropVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive packet drops fade out, real time by default
packetDropVisualizer.fadeOutTime	double	1s	How quickly packet drops fade away, 1 second by default
packetDropVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are packet drops, value must be in the range (0, +inf), disabled by default
packetDropVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
packetDropVisualizer.dx	double	32	Specifies how far the animation turns over along the X axis
packetDropVisualizer.dy	double	64	Specifies how far the animation turns over along the Y axis
queueVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
queueVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
queueVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
queueVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
queueVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	Module path to the network node visualizer module, refers to a sibling submodule by default
queueVisualizer.displayQueues	bool	false
queueVisualizer.queueFilter	string	“**”	Which queues are considered, matches all queues by default
queueVisualizer.color	string	“blue”
queueVisualizer.width	double	8
queueVisualizer.height	double	24
queueVisualizer.spacing	double	2
queueVisualizer.placementHint	string	“right”	Annotation placement hint, space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
queueVisualizer.placementPriority	double	0	Determines the order of annotation positioning
queueVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
gateScheduleVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
gateScheduleVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
gateScheduleVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
gateScheduleVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
gateScheduleVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	Module path to the network node visualizer module, refers to a sibling submodule by default
gateScheduleVisualizer.displayGateSchedules	bool	false
gateScheduleVisualizer.labelFormat	string	“%i %D”
gateScheduleVisualizer.gateFilter	string	“**”	Which gates are considered, matches all gates by default
gateScheduleVisualizer.width	double	100
gateScheduleVisualizer.height	double	8
gateScheduleVisualizer.spacing	double	2
gateScheduleVisualizer.placementHint	string	“right”	Annotation placement hint, space separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
gateScheduleVisualizer.placementPriority	double	0	Determines the order of annotation positioning
gateScheduleVisualizer.displayDuration	double	0s	Gate operation time duration visualized in the amount of space available, use gate period by default
gateScheduleVisualizer.currentTimePosition	double	width / 2	Position of the current simulation time in the visualization, horizontally centered by default
gateScheduleVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
radioVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
radioVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
radioVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
radioVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
radioVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	Module path to the network node visualizer module, refers to a sibling submodule by default
radioVisualizer.displayRadios	bool	false
radioVisualizer.displayRadioMode	bool	true
radioVisualizer.displayReceptionState	bool	true
radioVisualizer.displayTransmissionState	bool	true
radioVisualizer.displayAntennaLobes	bool	false
radioVisualizer.radioFilter	string	“**”	Which radios are considered, matches all radios by default
radioVisualizer.radioModeImages	string	“block/process_vs block/timer_vs block/wrx_vs block/wtx_vs block/wrxtx_vs block/cogwheel_vs”
radioVisualizer.receptionStateImages	string	“- - misc/receiving misc/receiving”
radioVisualizer.transmissionStateImages	string	“- - misc/transmitting”
radioVisualizer.width	double	16
radioVisualizer.height	double	16
radioVisualizer.placementHint	string	“bottomRight”	Annotation placement hint, space separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
radioVisualizer.placementPriority	double	0	Determines the order of annotation positioning
radioVisualizer.antennaLobeNormalize	bool	false	True means maximum gain, false means 0dB is displayed at the given antennaLobeRadius
radioVisualizer.antennaLobeRelativeLabels	bool	false	Determines whether gain labels are relative or absolute (if true, maximum gain label is 0dB)
radioVisualizer.antennaLobePlaneGlobal	bool	true	Compute antenna lobe relative to the global or antenna local coordinate systems, global by default
radioVisualizer.antennaLobePlane	string	“view”	Compute antenna lobe in this plane, view by default
radioVisualizer.antennaLobeMode	string	“logarithmic”
radioVisualizer.antennaLobeLogarithmicBase	double	10
radioVisualizer.antennaLobeLogarithmicScale	double	100	Distance change in pixels for 10dB
radioVisualizer.antennaLobeRadius	double	100	Distance in pixels for 0dB (1 gain) or maximum gain depending on antennaLobeNormalize parameter
radioVisualizer.antennaLobeStep	double	10deg
radioVisualizer.antennaLobeOpacity	double	0.25	Opacity of the antenna lobe
radioVisualizer.antennaLobeLineSmooth	bool	true
radioVisualizer.antennaLobeLineColor	string	“black”	Antenna lobe line color, black by default
radioVisualizer.antennaLobeLineStyle	string	“solid”	Antenna lobe line style (solid, dashed, dotted)
radioVisualizer.antennaLobeLineWidth	double	1	Antenna lobe line width
radioVisualizer.antennaLobeFillColor	string	“white”	Antenna lobe fill color, white by default
radioVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
physicalLinkVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
physicalLinkVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
physicalLinkVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
physicalLinkVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
physicalLinkVisualizer.displayLinks	bool	false	Display arrows for active links, disabled by default
physicalLinkVisualizer.activityLevel	string	“service”	Determines what level of activity is displayed, service level by default
physicalLinkVisualizer.nodeFilter	string	“*”	Which nodes are considered, matches all nodes by default
physicalLinkVisualizer.interfaceFilter	string	“*”	Which interfaces are considered, matches all interfaces by default
physicalLinkVisualizer.packetFilter	object	“*”	Which packets are considered, matches all packets by default
physicalLinkVisualizer.lineColor	string	“olive”	Link arrow color, black by default
physicalLinkVisualizer.lineStyle	string	“dotted”	Link arrow style (solid, dashed, dotted)
physicalLinkVisualizer.lineWidth	double	3	Link arrow width
physicalLinkVisualizer.lineShift	double	16	Line shift to avoid overlapping arrows
physicalLinkVisualizer.lineShiftMode	string	“normal”	Determines how overlapping arrows are shifted, possible values are: none, normal, x, y, z; optional prefix + or -
physicalLinkVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon
physicalLinkVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules
physicalLinkVisualizer.labelFormat	string	“%n”	Determines what link data is displayed
physicalLinkVisualizer.labelFont	string	“<default>, 8px”	Label font, automatic by default
physicalLinkVisualizer.labelColor	string	“olive”	Label color, black by default
physicalLinkVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive links fade out
physicalLinkVisualizer.fadeOutTime	double	1s	How quickly inactive links fade away, 1 second by default
physicalLinkVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are active links, value must be in the range (0, +inf)
physicalLinkVisualizer.holdAnimationTime	double	0s	Hold simulation (no progress) for the specified amount of animation time when the link is activated
physicalLinkVisualizer.zIndex	double	1	Determines the drawing order of figures relative to other visualizers
interfaceTableVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
interfaceTableVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
interfaceTableVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
interfaceTableVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
interfaceTableVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	Module path to the network node visualizer module, refers to a sibling submodule by default
interfaceTableVisualizer.displayInterfaceTables	bool	false	Display interface table data, disabled by default
interfaceTableVisualizer.displayWiredInterfacesAtConnections	bool	true	Specifies where wired interfaces are displayed
interfaceTableVisualizer.displayBackground	bool	false	Specifies whether the text should have a background or not
interfaceTableVisualizer.nodeFilter	string	“*”	Which nodes are considered, matches all nodes by default
interfaceTableVisualizer.interfaceFilter	string	“not(lo*)”	Which interfaces are considered, matches all non-local interfaces by default
interfaceTableVisualizer.format	string	“%N %\\%a%/%l”	Determines what interface data is displayed
interfaceTableVisualizer.placementHint	string	“top”	Annotation placement hint, space separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
interfaceTableVisualizer.placementPriority	double	0	Determines the order of annotation positioning
interfaceTableVisualizer.font	string	“<default>”	Interface text font, automatic by default
interfaceTableVisualizer.textColor	string	“#005030”	Interface text font color
interfaceTableVisualizer.backgroundColor	string	“white”	Interface text background color
interfaceTableVisualizer.opacity	double	1.0	Opacity of the visualization
interfaceTableVisualizer.zIndex	double	10	Determines the drawing order of figures relative to other visualizers
interfaceTableVisualizer.anchor	string	“l”	Specifies the beginning/end/middle
dataLinkVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
dataLinkVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
dataLinkVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
dataLinkVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
dataLinkVisualizer.displayLinks	bool	false	Display arrows for active links, disabled by default
dataLinkVisualizer.activityLevel	string	“service”	Determines what level of activity is displayed, service level by default
dataLinkVisualizer.nodeFilter	string	“*”	Which nodes are considered, matches all nodes by default
dataLinkVisualizer.interfaceFilter	string	“*”	Which interfaces are considered, matches all interfaces by default
dataLinkVisualizer.packetFilter	object	“*”	Which packets are considered, matches all packets by default
dataLinkVisualizer.lineColor	string	“darkcyan”	Link arrow color, black by default
dataLinkVisualizer.lineStyle	string	“solid”	Link arrow style (solid, dashed, dotted)
dataLinkVisualizer.lineWidth	double	3	Link arrow width
dataLinkVisualizer.lineShift	double	16	Line shift to avoid overlapping arrows
dataLinkVisualizer.lineShiftMode	string	“normal”	Determines how overlapping arrows are shifted, possible values are: none, normal, x, y, z; optional prefix + or -
dataLinkVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon
dataLinkVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules
dataLinkVisualizer.labelFormat	string	“%n”	Determines what link data is displayed
dataLinkVisualizer.labelFont	string	“<default>, 8px”	Label font, automatic by default
dataLinkVisualizer.labelColor	string	“darkcyan”	Label color, black by default
dataLinkVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive links fade out
dataLinkVisualizer.fadeOutTime	double	1s	How quickly inactive links fade away, 1 second by default
dataLinkVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are active links, value must be in the range (0, +inf)
dataLinkVisualizer.holdAnimationTime	double	0s	Hold simulation (no progress) for the specified amount of animation time when the link is activated
dataLinkVisualizer.zIndex	double	2	Determines the drawing order of figures relative to other visualizers
linkBreakVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
linkBreakVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
linkBreakVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
linkBreakVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
linkBreakVisualizer.displayLinkBreaks	bool	false	Display icons for link breaks, disabled by default
linkBreakVisualizer.nodeFilter	string	“*”	Which network nodes are considered, matches all nodes by default
linkBreakVisualizer.interfaceFilter	string	“*”	Which interfaces are considered, matches all interfaces by default
linkBreakVisualizer.packetFilter	object	“*”	Which packets are considered, matches all packets by default
linkBreakVisualizer.icon	string	“status/stop”
linkBreakVisualizer.iconTintAmount	double	0
linkBreakVisualizer.iconTintColor	string	“”
linkBreakVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive link breaks fade out
linkBreakVisualizer.fadeOutTime	double	1s	How quickly link breaks fade away, 1 second by default
linkBreakVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are link breaks, value must be in the range (0, +inf)
linkBreakVisualizer.zIndex	double	2	Determines the drawing order of figures relative to other visualizers
ieee80211Visualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
ieee80211Visualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
ieee80211Visualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
ieee80211Visualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
ieee80211Visualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	Module path to the network node visualizer module, refers to a sibling submodule by default
ieee80211Visualizer.displayAssociations	bool	false	Display association icon and SSID, disabled by default
ieee80211Visualizer.nodeFilter	string	“*”	Which nodes are considered, matches all nodes by default
ieee80211Visualizer.interfaceFilter	string	“*”	Which interfaces are considered, matches all interfaces by default
ieee80211Visualizer.minPower	double	-85dBm	Minimum expected signal power
ieee80211Visualizer.maxPower	double	-50dBm	Maximum expected signal power
ieee80211Visualizer.icons	string	“misc/signal_power_0 misc/signal_power_1 misc/signal_power_2 misc/signal_power_3”	Wireless network visualization icon for different signal powers
ieee80211Visualizer.iconColor	string	“dark”	Wireless network icon color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
ieee80211Visualizer.labelFont	string	“<default>”	Label font, automatic by default
ieee80211Visualizer.labelColor	string	“black”	Label color, black by default
ieee80211Visualizer.placementHint	string	“top”	Annotation placement hint, space-separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
ieee80211Visualizer.placementPriority	double	0	Determines the order of annotation positioning
ieee80211Visualizer.zIndex	double	2	Determines the drawing order of figures relative to other visualizers
networkRouteVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
networkRouteVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
networkRouteVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
networkRouteVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
networkRouteVisualizer.displayRoutes	bool	false	Display polyline arrow for active routes, disabled by default
networkRouteVisualizer.startPathSignal	string	“packetReceivedFromUpper”
networkRouteVisualizer.extendPathSignal	string	“packetReceivedFromLower”
networkRouteVisualizer.endPathSignal	string	“packetSentToUpper”
networkRouteVisualizer.nodeFilter	string	“*”	Which nodes are considered, matches all nodes by default
networkRouteVisualizer.packetFilter	object	“*”	Which packets are considered, matches all packets by default
networkRouteVisualizer.lineColor	string	“dark”	Route color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
networkRouteVisualizer.lineStyle	string	“solid”	Route line style (solid, dashed, dotted)
networkRouteVisualizer.lineWidth	double	3	Route line width
networkRouteVisualizer.lineSmooth	bool	false	When true polylines are displayed as curves
networkRouteVisualizer.lineShift	double	16	Route line shift to avoid overlapping routes
networkRouteVisualizer.lineShiftMode	string	“normal”	Determines how overlapping lines are shifted, possible values are: normal, x, y, z; optional prefix + or -
networkRouteVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon
networkRouteVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules
networkRouteVisualizer.labelFormat	string	“%n”	Determines what path data is displayed
networkRouteVisualizer.labelFont	string	“<default>, 8px”	Label font, automatic by default
networkRouteVisualizer.labelColor	string	“”	Label color, same as line by default
networkRouteVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive routes fade out
networkRouteVisualizer.fadeOutTime	double	1s	How quickly inactive routes fade away, 1 second by default
networkRouteVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are active routes, value must be in the range (0, +inf)
networkRouteVisualizer.zIndex	double	3	Determines the drawing order of figures relative to other visualizers
routingTableVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
routingTableVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
routingTableVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
routingTableVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
routingTableVisualizer.displayRoutingTables	bool	false	Displays routing table data, disabled by default
routingTableVisualizer.displayRoutesIndividually	bool	true	Displays routes between the same network nodes individually, enabled by default
routingTableVisualizer.displayLabels	bool	true	Displays labels on arrows, enabled by default
routingTableVisualizer.destinationFilter	string	“*”	Determines the destinations that are considered, matches all destinations by default
routingTableVisualizer.nodeFilter	string	“*”	Determines the nodes that are considered, matches all nodes by default
routingTableVisualizer.multicastSourceNodeFilter	string	“*”	Determines the multicast source nodes that are considered, matches all nodes by default
routingTableVisualizer.multicastSourceAddressFilter	string	“*”	Determines the multicast source addresses that are considered, matches all addresses by default
routingTableVisualizer.multicastGroupFilter	string	“*”	Determines the multicast group addresses that are considered, matches all group addresses by default
routingTableVisualizer.lineColor	string	“black”	Route line color, black by default
routingTableVisualizer.lineStyle	string	“solid”	Route line style (solid, dashed, dotted)
routingTableVisualizer.lineWidth	double	2	Route line width
routingTableVisualizer.lineShift	double	16	Line shift to avoid overlapping lines
routingTableVisualizer.lineShiftMode	string	“normal”	Determines how overlapping lines are shifted, possible values are: none, normal, x, y, z; optional prefix + or -
routingTableVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon
routingTableVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules
routingTableVisualizer.labelFormat	string	“%d/%m -> %g (%n)”	Determines what route data is displayed
routingTableVisualizer.labelFont	string	“<default>, 8px”	Label font, automatic by default
routingTableVisualizer.labelColor	string	“black”	Label color, black by default
routingTableVisualizer.zIndex	double	0	Determines the drawing order of figures relative to other visualizers
transportRouteVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
transportRouteVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
transportRouteVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
transportRouteVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
transportRouteVisualizer.displayRoutes	bool	false	Display polyline arrow for active routes, disabled by default
transportRouteVisualizer.startPathSignal	string	“packetReceivedFromUpper”
transportRouteVisualizer.extendPathSignal	string	“packetReceivedFromLower”
transportRouteVisualizer.endPathSignal	string	“packetSentToUpper”
transportRouteVisualizer.nodeFilter	string	“*”	Which nodes are considered, matches all nodes by default
transportRouteVisualizer.packetFilter	object	“*”	Which packets are considered, matches all packets by default
transportRouteVisualizer.lineColor	string	“dark”	Route color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
transportRouteVisualizer.lineStyle	string	“solid”	Route line style (solid, dashed, dotted)
transportRouteVisualizer.lineWidth	double	3	Route line width
transportRouteVisualizer.lineSmooth	bool	false	When true polylines are displayed as curves
transportRouteVisualizer.lineShift	double	16	Route line shift to avoid overlapping routes
transportRouteVisualizer.lineShiftMode	string	“normal”	Determines how overlapping lines are shifted, possible values are: normal, x, y, z; optional prefix + or -
transportRouteVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon
transportRouteVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules
transportRouteVisualizer.labelFormat	string	“%n”	Determines what path data is displayed
transportRouteVisualizer.labelFont	string	“<default>, 8px”	Label font, automatic by default
transportRouteVisualizer.labelColor	string	“”	Label color, same as line by default
transportRouteVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive routes fade out
transportRouteVisualizer.fadeOutTime	double	1s	How quickly inactive routes fade away, 1 second by default
transportRouteVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are active routes, value must be in the range (0, +inf)
transportRouteVisualizer.zIndex	double	4	Determines the drawing order of figures relative to other visualizers
transportConnectionVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
transportConnectionVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
transportConnectionVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
transportConnectionVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
transportConnectionVisualizer.networkNodeVisualizerModule	string	“^.networkNodeVisualizer”	The network node visualizer module, refers to a sibling submodule by default
transportConnectionVisualizer.displayTransportConnections	bool	false	display transport connection endpoints, disabled by default
transportConnectionVisualizer.sourceNodeFilter	string	“*”	Which source network nodes are considered to display connections, matches no nodes by default
transportConnectionVisualizer.sourcePortFilter	string	“*”	Which source ports are considered to display connections, matches all ports by default
transportConnectionVisualizer.destinationNodeFilter	string	“*”	Which destination network nodes are considered to display connections, matches no nodes by default
transportConnectionVisualizer.destinationPortFilter	string	“*”	Which destination ports are considered to display connections, matches all ports by default
transportConnectionVisualizer.icon	string	“misc/marker_s”	Transport connection visualization icon
transportConnectionVisualizer.iconColor	string	“dark”	Transport connection icon color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
transportConnectionVisualizer.labelFont	string	“<default>”	Label font, automatic by default
transportConnectionVisualizer.labelColor	string	“black”	Label color, black by default
transportConnectionVisualizer.placementHint	string	“top”	Annotation placement hint, space separated list of any, top, bottom, left, right, topLeft, topCenter, topRight, etc.
transportConnectionVisualizer.placementPriority	double	0	Determines the order of annotation positioning
transportConnectionVisualizer.zIndex	double	4	Determines the drawing order of figures relative to other visualizers
failureProtectionConfigurationVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
failureProtectionConfigurationVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
failureProtectionConfigurationVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
failureProtectionConfigurationVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
failureProtectionConfigurationVisualizer.displayTrees	bool	false	Display a set of polyline arrows for trees, disabled by default
failureProtectionConfigurationVisualizer.lineColor	string	“dark”	Line color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
failureProtectionConfigurationVisualizer.lineStyle	string	“solid”	Line style (solid, dashed, dotted)
failureProtectionConfigurationVisualizer.lineWidth	double	3	Line width
failureProtectionConfigurationVisualizer.lineSmooth	bool	false	When true polylines are displayed as curves
failureProtectionConfigurationVisualizer.lineShift	double	16	Line shift to avoid overlapping lines
failureProtectionConfigurationVisualizer.lineShiftMode	string	“normal”	Determines how overlapping lines are shifted, possible values are: normal, x, y, z; optional prefix + or -
failureProtectionConfigurationVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon
failureProtectionConfigurationVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules
failureProtectionConfigurationVisualizer.failureProtectionConfiguratorModule	string	“failureProtectionConfigurator”
failureProtectionConfigurationVisualizer.streamFilter	string	“*”
failureProtectionConfigurationVisualizer.zIndex	double	3	Determines the drawing order of figures relative to other visualizers
streamRedundancyConfigurationVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
streamRedundancyConfigurationVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
streamRedundancyConfigurationVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
streamRedundancyConfigurationVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
streamRedundancyConfigurationVisualizer.displayTrees	bool	false	Display a set of polyline arrows for trees, disabled by default
streamRedundancyConfigurationVisualizer.lineColor	string	“dark”	Line color is a list of colors or a color group name (e.g. dark, light), a set of dark colors by default
streamRedundancyConfigurationVisualizer.lineStyle	string	“solid”	Line style (solid, dashed, dotted)
streamRedundancyConfigurationVisualizer.lineWidth	double	3	Line width
streamRedundancyConfigurationVisualizer.lineSmooth	bool	false	When true polylines are displayed as curves
streamRedundancyConfigurationVisualizer.lineShift	double	16	Line shift to avoid overlapping lines
streamRedundancyConfigurationVisualizer.lineShiftMode	string	“normal”	Determines how overlapping lines are shifted, possible values are: normal, x, y, z; optional prefix + or -
streamRedundancyConfigurationVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon
streamRedundancyConfigurationVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules
streamRedundancyConfigurationVisualizer.streamRedundancyConfiguratorModule	string	“streamRedundancyConfigurator”
streamRedundancyConfigurationVisualizer.streamFilter	string	“*”
streamRedundancyConfigurationVisualizer.zIndex	double	3	Determines the drawing order of figures relative to other visualizers
channelVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
channelVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
channelVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
channelVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
channelVisualizer.displayChannelActivity	bool	false	Display arrows for active channels. Disabled by default.
channelVisualizer.nodeFilter	string	“*”	Which nodes are considered. Matches all nodes by default.
channelVisualizer.packetFilter	object	“*”	Which packets are considered. Matches all packets by default.
channelVisualizer.lineColor	string	“blue”	Arrow color. Black by default.
channelVisualizer.lineStyle	string	“solid”	Arrow style (solid, dashed, dotted).
channelVisualizer.lineWidth	double	3	Arrow width.
channelVisualizer.lineShift	double	16	Line shift to avoid overlapping arrows.
channelVisualizer.lineShiftMode	string	“normal”	Determines how overlapping arrows are shifted. Possible values are: none, normal, x, y, z; optional prefix + or -.
channelVisualizer.lineContactSpacing	double	3	Spacing between arrow end and submodule icon.
channelVisualizer.lineContactMode	string	“rectangular”	Determines how arrows are clipped at the submodules.
channelVisualizer.labelFormat	string	“%n”	Determines what data is displayed.
channelVisualizer.labelFont	string	“<default>, 8px”	Label font. Automatic by default.
channelVisualizer.labelColor	string	“blue”	Label color. Black by default.
channelVisualizer.fadeOutMode	string	“realTime”	Specifies how inactive channels fade out.
channelVisualizer.fadeOutTime	double	1s	How quickly inactive channels fade away. 1 second by default.
channelVisualizer.fadeOutAnimationSpeed	double	0	Animation speed while there are active channels. Value must be in the range (0, +inf).
channelVisualizer.holdAnimationTime	double	0s	Hold simulation (no progress) for the specified amount of animation time when the channel is activated.
channelVisualizer.zIndex	double	1	Determines the drawing order of figures relative to other visualizers.
geoMapVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
geoMapVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
geoMapVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
geoMapVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
geoMapVisualizer.displayMap	bool	true	Display the map, enabled by default
geoMapVisualizer.zIndex	double	-16	Determines the drawing order of figures relative to other visualizers
geoMapVisualizer.mapImage	string	“”	Background world map image name (looked up on the image path), empty means no raster background
geoMapVisualizer.mapWidth	double	720	Width of the map area in pixels
geoMapVisualizer.mapHeight	double	360	Height of the map area in pixels
geoMapVisualizer.minLatitude	double	-90deg	Southern edge of the visible map window
geoMapVisualizer.maxLatitude	double	90deg	Northern edge of the visible map window
geoMapVisualizer.minLongitude	double	-180deg	Western edge of the visible map window
geoMapVisualizer.maxLongitude	double	180deg	Eastern edge of the visible map window; if less than or equal to minLongitude the window wraps across the antimeridian
geoMapVisualizer.adjustBackgroundBox	bool	true	Set the background box (and background image) of the target module to fit the map
geoMapVisualizer.clipFigures	bool	true	Clip other canvas visualizers’ figures (node icons, mobility markers/trails, links, routes, …) to the map area, so a limited/regional map window does not show figures projected outside it
geoMapVisualizer.displayGraticule	bool	true	Display a latitude/longitude grid, enabled by default
geoMapVisualizer.graticuleLatSpacing	double	30deg	Spacing between parallels
geoMapVisualizer.graticuleLonSpacing	double	30deg	Spacing between meridians
geoMapVisualizer.graticuleLineColor	string	“#EEEEEE”	Graticule line color
geoMapVisualizer.graticuleLineWidth	double	1	Graticule line width
geoMapVisualizer.epoch	string	“”	Absolute UTC time (ISO-8601, e.g. “2026-06-02T00:00:00Z”) mapped to simulation time 0; drives the absolute date/time shown in the lower-left corner; empty means no clock
geoMapVisualizer.clockColor	string	“black”	Color of the wall-clock text
geoSkyViewVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
geoSkyViewVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
geoSkyViewVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
geoSkyViewVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
geoSkyViewVisualizer.displaySkyView	bool	true	Display the sky view plots, enabled by default
geoSkyViewVisualizer.animationSpeed	double	1	Animation speed while targets move, value must be in the range (0, +inf)
geoSkyViewVisualizer.zIndex	double	-10	Determines the drawing order of figures relative to other visualizers
geoSkyViewVisualizer.coordinateSystemModule	string		Module path of the geographic coordinate system used to compute look angles
geoSkyViewVisualizer.observerFilter	string	“*”	Which mobilities are observers (get a sky plot)
geoSkyViewVisualizer.targetFilter	string	“*”	Which mobilities are targets (drawn in each plot)
geoSkyViewVisualizer.plotRadius	double	70	Radius of the sky plot in pixels (elevation 0 at the rim, 90 at the center)
geoSkyViewVisualizer.plotOffsetX	double	inf	Horizontal offset (pixels) of the plot’s upper-left corner from the observer icon; infinite (the default) detaches the plots from the icons and tiles them in a grid below the module’s viewport
geoSkyViewVisualizer.plotOffsetY	double	inf	Vertical offset (pixels) of the plot’s upper-left corner from the observer icon; infinite (the default) detaches the plots from the icons and tiles them in a grid below the module’s viewport
geoSkyViewVisualizer.elevationMask	double	0deg	Minimum usable elevation; the band between it and the horizon is masked
geoSkyViewVisualizer.backgroundColor	string	“#1a2a40”	Sky disc fill color
geoSkyViewVisualizer.backgroundOpacity	double	0.15	Sky disc fill opacity
geoSkyViewVisualizer.ringColor	string	“#888888”	Elevation ring and graticule color
geoSkyViewVisualizer.ringLineWidth	double	1	Elevation ring line width
geoSkyViewVisualizer.maskColor	string	“#808080”	Fill color of the below-minimum-elevation mask
geoSkyViewVisualizer.maskOpacity	double	0.25	Opacity of the below-minimum-elevation mask
geoSkyViewVisualizer.cardinalColor	string	“#888888”	Color of the N-S/W-E lines and the N/E/S/W labels
geoSkyViewVisualizer.labelColor	string	“black”	Color of the title and elevation labels
geoSkyViewVisualizer.targetColor	string	“dark”	Target dot color, a list of colors or a color group name (e.g. dark, light)
geoSkyViewVisualizer.targetRadius	double	3	Radius of a target dot in pixels
geoSkyViewVisualizer.lowElevationOpacity	double	0.35	Opacity of target dots between the horizon and elevationMask
geoSkyViewVisualizer.displayLabels	bool	true	Display the target name next to its dot, enabled by default
geoSkyViewVisualizer.displayTrails	bool	true	Display a fading sky trail of each target’s recent path, enabled by default
geoSkyViewVisualizer.trailLength	int	100	Number of sections in a sky trail
geoSkyViewVisualizer.trailLineStyle	string	“solid”	Sky trail line style (solid, dashed, dotted)
geoSkyViewVisualizer.trailLineWidth	double	1	Sky trail line width
geoHorizonVisualizer.displayStringTextFormat	string	“”	Determines the text that is written on top of the submodule, supports displaying pars, watches, and module-specific information
geoHorizonVisualizer.visualizationTargetModule	string	“^”	Module path relative to the visualizer which determines where the visualization should appear in the user interface, parent module by default
geoHorizonVisualizer.visualizationSubjectModule	string	“^”	Module path relative to the visualizer which determines what part of the simulation model the visualizer displays in the user interface, parent module by default
geoHorizonVisualizer.tags	string	“”	Tag added to each visualization for disambiguation in the runtime environment
geoHorizonVisualizer.zIndex	double	-15	Drawing order; above the background map by default
geoHorizonVisualizer.animationSpeed	double	1	Animation speed while nodes are moving, value must be in the range (0, +inf)
geoHorizonVisualizer.coordinateSystemModule	string		Module path of the geographic (ECEF) coordinate system used to place the footprints (e.g. the network’s Wgs84EcefGeographicCoordinateSystem)
geoHorizonVisualizer.mapVisualizer	string	“^.geoMapVisualizer[” + string(index) + “]”	Module path of the map visualizer (a GeoMapCanvasVisualizer) this overlay is aligned to; its map window is used. Default matches the IntegratedCanvasVisualizer sibling; set explicitly for other layouts.
geoHorizonVisualizer.moduleFilter	string	“**.mobility”	Which mobilities are considered, matches all mobilities by default
geoHorizonVisualizer.displayVisibility	bool	true	Display the visibility footprint of each node, enabled by default
geoHorizonVisualizer.elevationMask	double	0deg	Minimum elevation angle used to compute the visibility footprint radius
geoHorizonVisualizer.footprintSampleCount	int	72	Number of sample points around the footprint circle
geoHorizonVisualizer.visibilityFillColor	string	“blue”	Visibility footprint fill color
geoHorizonVisualizer.visibilityLineColor	string	“blue”	Visibility footprint outline color
geoHorizonVisualizer.visibilityOpacity	double	0.1	Visibility footprint opacity

Source code¶

//
// Integrates all canvas visualizers into a single module. It
// supports disabling any submodule visualizer by providing an empty string as
// its type.
//
// @see ~IntegratedOsgVisualizer, ~IntegratedVisualizer, ~IIntegratedVisualizer.
//
module IntegratedMultiCanvasVisualizer like IIntegratedVisualizer
{
    parameters:
        @display("i=block/app");
        int numSceneVisualizers = default(1);
        int numPhysicalEnvironmentVisualizers = default(1);
        int numNetworkNodeVisualizers = default(1);
        int numNetworkConnectionVisualizers = default(1);
        int numMobilityVisualizers = default(1);
        int numStatisticVisualizers = default(1);
        int numInfoVisualizers = default(1);
        int numEnergyStorageVisualizers = default(1);
        int numMediumVisualizers = default(1);
        int numObstacleLossVisualizers = default(1);
        int numPacketDropVisualizers = default(1);
        int numQueueVisualizers = default(1);
        int numGateScheduleVisualizers = default(1);
        int numRadioVisualizers = default(1);
        int numPhysicalLinkVisualizers = default(1);
        int numInterfaceTableVisualizers = default(1);
        int numDataLinkVisualizers = default(1);
        int numLinkBreakVisualizers = default(1);
        int numIeee80211Visualizers = default(1);
        int numNetworkRouteVisualizers = default(1);
        int numRoutingTableVisualizers = default(1);
        int numTransportRouteVisualizers = default(1);
        int numTransportConnectionVisualizers = default(1);
        int numFailureProtectionConfigurationVisualizers = default(1);
        int numStreamRedundancyConfigurationVisualizers = default(1);
        int numChannelVisualizers = default(1);
        // the geographic visualizers are opt-in (0 by default): a GeoMap would otherwise hijack the
        // shared canvas projection, and GeoSkyView/GeoHorizon require a coordinate system to be set
        int numGeoMapVisualizers = default(0);
        int numGeoSkyViewVisualizers = default(0);
        int numGeoHorizonVisualizers = default(0);
        *.visualizationTargetModule = default("^.^");
        *.visualizationSubjectModule = default("^.^");
        *.networkNodeVisualizerModule = default(absPath(".networkNodeVisualizer[0]"));
    submodules:
        sceneVisualizer[numSceneVisualizers]: <default("SceneCanvasVisualizer")> like ISceneVisualizer {
            parameters:
                @display("p=150,100,row,100");
        }
        physicalEnvironmentVisualizer[numPhysicalEnvironmentVisualizers]: <default("PhysicalEnvironmentCanvasVisualizer")> like IPhysicalEnvironmentVisualizer {
            parameters:
                @display("p=150,200,row,100");
        }
        networkNodeVisualizer[numNetworkNodeVisualizers]: <default("NetworkNodeCanvasVisualizer")> like INetworkNodeVisualizer {
            parameters:
                @display("p=150,300,row,100");
        }
        networkConnectionVisualizer[numNetworkConnectionVisualizers]: <default("NetworkConnectionCanvasVisualizer")> like INetworkConnectionVisualizer {
            parameters:
                @display("p=150,400,row,100");
        }
        mobilityVisualizer[numMobilityVisualizers]: <default("MobilityCanvasVisualizer")> like IMobilityVisualizer {
            parameters:
                @display("p=150,500,row,100");
        }
        statisticVisualizer[numStatisticVisualizers]: <default("StatisticCanvasVisualizer")> like IStatisticVisualizer {
            parameters:
                @display("p=150,600,row,100");
        }
        infoVisualizer[numInfoVisualizers]: <default("InfoCanvasVisualizer")> like IInfoVisualizer {
            parameters:
                @display("p=150,700,row,100");
        }
        energyStorageVisualizer[numEnergyStorageVisualizers]: <default("EnergyStorageCanvasVisualizer")> like IEnergyStorageVisualizer {
            parameters:
                @display("p=150,800,row,100");
        }
        mediumVisualizer[numMediumVisualizers]: <default("MediumCanvasVisualizer")> like IMediumVisualizer {
            parameters:
                @display("p=150,900,row,100");
        }
        obstacleLossVisualizer[numObstacleLossVisualizers]: <default("TracingObstacleLossCanvasVisualizer")> like ITracingObstacleLossVisualizer {
            parameters:
                @display("p=150,1000,row,100");
        }
        packetDropVisualizer[numPacketDropVisualizers]: <default("PacketDropCanvasVisualizer")> like IPacketDropVisualizer {
            parameters:
                @display("p=150,1100,row,100");
        }
        queueVisualizer[numQueueVisualizers]: <default("QueueCanvasVisualizer")> like IQueueVisualizer {
            parameters:
                @display("p=450,100,row,100");
        }
        gateScheduleVisualizer[numGateScheduleVisualizers]: <default("GateScheduleCanvasVisualizer")> like IGateScheduleVisualizer {
            parameters:
                @display("p=450,200,row,100");
        }
        radioVisualizer[numRadioVisualizers]: <default("RadioCanvasVisualizer")> like IRadioVisualizer {
            parameters:
                @display("p=450,300,row,100");
        }
        physicalLinkVisualizer[numPhysicalLinkVisualizers]: <default("PhysicalLinkCanvasVisualizer")> like IPhysicalLinkVisualizer {
            parameters:
                @display("p=450,400,row,100");
        }
        interfaceTableVisualizer[numInterfaceTableVisualizers]: <default("InterfaceTableCanvasVisualizer")> like IInterfaceTableVisualizer {
            parameters:
                @display("p=450,500,row,100");
        }
        dataLinkVisualizer[numDataLinkVisualizers]: <default("DataLinkCanvasVisualizer")> like IDataLinkVisualizer {
            parameters:
                @display("p=450,600,row,100");
        }
        linkBreakVisualizer[numLinkBreakVisualizers]: <default("LinkBreakCanvasVisualizer")> like ILinkBreakVisualizer {
            parameters:
                @display("p=450,700,row,100");
        }
        ieee80211Visualizer[numIeee80211Visualizers]: <default("Ieee80211CanvasVisualizer")> like IIeee80211Visualizer {
            parameters:
                @display("p=450,800,row,25,row,100");
        }
        networkRouteVisualizer[numNetworkRouteVisualizers]: <default("NetworkRouteCanvasVisualizer")> like INetworkRouteVisualizer {
            parameters:
                @display("p=450,900,row,100");
        }
        routingTableVisualizer[numRoutingTableVisualizers]: <default("RoutingTableCanvasVisualizer")> like IRoutingTableVisualizer {
            parameters:
                @display("p=450,1000,row,100");
        }
        transportRouteVisualizer[numTransportRouteVisualizers]: <default("TransportRouteCanvasVisualizer")> like ITransportRouteVisualizer {
            parameters:
                @display("p=450,1100,row,100");
        }
        transportConnectionVisualizer[numTransportConnectionVisualizers]: <default("TransportConnectionCanvasVisualizer")> like ITransportConnectionVisualizer {
            parameters:
                @display("p=450,1200,row,100");
        }
        failureProtectionConfigurationVisualizer[numFailureProtectionConfigurationVisualizers]: <default("FailureProtectionConfigurationCanvasVisualizer")> like IFailureProtectionConfigurationVisualizer {
            parameters:
                @display("p=750,100");
        }
        streamRedundancyConfigurationVisualizer[numStreamRedundancyConfigurationVisualizers]: <default("StreamRedundancyConfigurationCanvasVisualizer")> like IStreamRedundancyConfigurationVisualizer {
            parameters:
                @display("p=750,200");
        }
        channelVisualizer[numChannelVisualizers]: <default("ChannelCanvasVisualizer")> like IChannelVisualizer {
            parameters:
                @display("p=750,300");
        }
        geoMapVisualizer[numGeoMapVisualizers]: <default("GeoMapCanvasVisualizer")> like IGeoMapVisualizer {
            parameters:
                @display("p=750,400");
        }
        geoSkyViewVisualizer[numGeoSkyViewVisualizers]: <default("GeoSkyViewCanvasVisualizer")> like IGeoSkyViewVisualizer {
            parameters:
                @display("p=750,500");
        }
        geoHorizonVisualizer[numGeoHorizonVisualizers]: <default("GeoHorizonCanvasVisualizer")> like IGeoHorizonVisualizer {
            parameters:
                // pair each horizon overlay with the map of the same index; the scalar default
                // "^.geoMapVisualizer" would not resolve against this vector submodule
                mapVisualizer = default("^.geoMapVisualizer[" + string(index) + "]");
                @display("p=750,600");
        }
}

File: src/inet/visualizer/canvas/integrated/IntegratedMultiCanvasVisualizer.ned