hcs_floating.txt

#
# FloatinContent settings for the ONE simulator
#
# IMPORTANT: This configuration file conflicts with hcs_default.txt in this directory.  For running
# Floating Content simulation, rename hcs_default.txt or make sure it is not in the same directory
# in which you run one.sh.
# 
# This file (hcs_floating.txt) provides the default settings for basic floating content simulations.
# It covers *only* the router settings but not the FloatingContent application used to generate messages.
# It must therefore be combined with secondary settings file (floating_app.txt).
# 
# Moreover, to iterate through alternative scenarios, the script sim_floating_content.sh will dynamically
# create a third config file 'scen_file.<id>' and feed this into the ONE simulator.  As a result, some
# of the (default) settings from the former two files will be intentionally overwritten to iterate through
# the different simulation scenarios.
#
# Order: ./one.sh -b <#runs> hcs_floating.txt floating_app.txt [scen_file.<id>]
# 

## Scenario settings
Scenario.name = hcs_floating
Scenario.simulateConnections = true
Scenario.updateInterval = 0.1
# Scenario.updateInterval = 1
# 6h
# Scenario.endTime = 21600
Scenario.endTime = 90000

Scenario.ttlSeconds = true

Group.publish.MovementModel.waypoint = true

## Interface-specific settings:
# type : which interface class the interface belongs to
# For different types, the sub-parameters are interface-specific
# For SimpleBroadcastInterface, the parameters are:
# transmitSpeed : transmit speed of the interface (bytes per second) 
# transmitRange : range of the interface (meters)

firstinterface.type = SimpleBroadcastInterface
firstinterface.transmitSpeed = 250k
firstinterface.transmitRange = 10

dummyinterface.type = SimpleBroadcastInterface
dummyinterface.transmitSpeed = 250k
dummyinterface.transmitRange = 3

Group.nrofInterfaces = 1
Group.interface1 = firstinterface

# Define 7 different node groups: 1 unreachable target + 6 real ones
Scenario.nrofHostGroups = 7

### FloatingContent-specific settings

## When to delete a message when moving outside the anchor zone
# deletionPolicy: { immediate, encounter }
FloatingContentRouter.deletionPolicy = encounter

# replication policy: { fifo, rnd, saf, svf, svf2, stf, stf2 }
FloatingContentRouter.replicationPolicy = fifo

# Random seed for the router
FloatingContentRouter.seed = [0; 1; 2; 3; 4; 5; 6; 7; 8; 9 ]

# Replication and deletion algorithms for the buffer zone must be one of:
# { none, linear, exp, cosine, <prob>}
# where probability is a floating point number 0 <= <prob> <= 1.0
FloatingContentRouter.replicationAlgorithm = none
FloatingContentRouter.deletionAlgorithm = none

## Dealing with location errors
# Source of the location information
# locationError: min,max     (min,max) error range in meters, equal for both x and y
# if the value is not present, no location error is assumed
# FloatingContentRouter.locationError = 0,10

# locationUpdate: 1.5   interval in which the location is acquired (in seconds)
# if the value is not present, no location update latency is assumed
# FloatingContentRouter.locationUpdate = 1.0

# locationSource: { none, gps, hotspot }
# This variable is read but "hotspot" has no effect in this release.
# "none" indicates that the node has no notion of location and will only update it own
# location state when coming in contact with other nodes who do.
# if the variable is not present, ONE-internal (i.e., precise) location information is assumed
# FloatingContentRouter.locationSource = gps

# locationRaion: 0.0 ... 1.0   fraction p of nodes having location information
# Configuring the locationSource of individual nodes may be cumbersome.  locationRation
# specifies which share of the nodes have GPS coordinates (possibly subject to errors).
# Upon its creation, each node is assigned implicitly 'locationSource = none' with a 
# probability of 1 - p.  By default, all nodes have location information.
# FloatingContentRouter.locationRatio = 1.0

## Group-specific settings:
# groupID : Group's identifier. Used as the prefix of host names
# nrofHosts: number of hosts in the group
# movementModel: movement model of the hosts (valid class name from movement package)
# waitTime: minimum and maximum wait times (seconds) after reaching destination
# speed: minimum and maximum speeds (m/s) when moving on a path
# bufferSize: size of the message buffer (bytes)
# router: router used to route messages (valid class name from routing package)
# activeTimes: Time intervals when the nodes in the group are active (start1, end1, start2, end2, ...)
# msgTtl : TTL (minutes) of the messages created by this host group, default=infinite

## Group and movement model specific settings
# pois: Points Of Interest indexes and probabilities (poiIndex1, poiProb1, poiIndex2, poiProb2, ... )
#       for ShortestPathMapBasedMovement
# okMaps : which map nodes are OK for the group (map file indexes), default=all 
#          for all MapBasedMovent models
# routeFile: route's file path - for MapRouteMovement
# routeType: route's type - for MapRouteMovement


# Common settings for all groups
Group.movementModel = ShortestPathMapBasedMovement
Group.bufferSize = 5M
Group.waitTime = 0, 120

# Enable the Floating Content router
# Details will set in the floating_app.txt config file
Group.router = FloatingContentRouter

# Walking speeds
Group.speed = 0.5, 1.5
# Message TTL of 300 minutes (5 hours)
Group.msgTtl = 300

Group.nrofHosts = 40

# group1: virtual message target
Group1.groupID = V
Group1.nrofInterfaces = 1
Group1.interface1 = dummyinterface
Group1.movementModel = StationaryMovement
Group1.nrofHosts = 1
Group1.speed = 0, 0
Group1.nodeLocation = 4499, 3399
Group1.nrOfApplications = 0

# group7 (pedestrians) specific settings
Group7.groupID = p

# group2 specific settings
Group2.groupID = c
# cars can drive only on roads
Group2.okMaps = 1
# 10-50 km/h
Group2.speed = 2.7, 13.9

# another group of pedestrians
Group3.groupID = w

# The Tram groups
Group4.groupID = t
Group4.bufferSize = 50M
Group4.movementModel = MapRouteMovement
Group4.routeFile = data/tram3.wkt
Group4.routeType = 1
Group4.waitTime = 10, 30
Group4.speed = 7, 10
Group4.nrofHosts = 2

Group5.groupID = t
Group5.bufferSize = 50M
Group5.movementModel = MapRouteMovement
Group5.routeFile = data/tram4.wkt
Group5.routeType = 2
Group5.waitTime = 10, 30
Group5.speed = 7, 10
Group5.nrofHosts = 2

Group6.groupID = t
Group6.bufferSize = 50M
Group6.movementModel = MapRouteMovement
Group6.routeFile = data/tram10.wkt
Group6.routeType = 2
Group6.waitTime = 10, 30
Group6.speed = 7, 10
Group6.nrofHosts = 2


## Message creation parameters 
# How many event generators
Events.nrof = 0

## Movement model settings
# seed for movement models' pseudo random number generator (default = 0)
MovementModel.rngSeed = [ 0; 1; 2; 3; 4; 5; 6; 7; 8; 9; ]
# World's size for Movement Models without implicit size (width, height; meters)

MovementModel.worldSize = 4500, 3400
Group.worldSize = 4500, 3400

# How long time to move hosts in the world before real simulation
MovementModel.warmup = 1000

## Map based movement -movement model specific settings
MapBasedMovement.nrofMapFiles = 4

MapBasedMovement.mapFile1 = data/roads.wkt
MapBasedMovement.mapFile2 = data/main_roads.wkt
MapBasedMovement.mapFile3 = data/pedestrian_paths.wkt
MapBasedMovement.mapFile4 = data/shops.wkt

## Reports - all report names have to be valid report classes

# how many reports to load
Report.nrofReports = 1
# length of the warm up period (simulated seconds)
Report.warmup = 0
# default directory of reports (can be overridden per Report with output setting)
Report.reportDir = [ reports/0; reports/1; reports/2; reports/3; reports/4; reports/5; reports/6; reports/7; reports/8; reports/9 ]
# Report classes to load
Report.report1 = FloatingContentSummaryReport
# Report.report2 = FloatingMessageReport
# Report.report3 = MessageLocationReport

MessageLocationReport.granularity = 10

## Optimization settings -- these affect the speed of the simulation
## see World class for details.
Optimization.cellSizeMult = 5
Optimization.randomizeUpdateOrder = true


## GUI settings

# GUI underlay image settings
GUI.UnderlayImage.fileName = data/helsinki_underlay.png
# Image offset in pixels (x, y)
GUI.UnderlayImage.offset = 64, 20
# Scaling factor for the image
GUI.UnderlayImage.scale = 4.75
# Image rotation (radians)
GUI.UnderlayImage.rotate = -0.015

# how many events to show in the log panel (default = 30)
GUI.EventLogPanel.nrofEvents = 100
# Regular Expression log filter (see Pattern-class from the Java API for RE-matching details)
#GUI.EventLogPanel.REfilter = .*p[1-9]<->p[1-9]$