Class Hierarchy

viewer.lib.asynchttp.AsyncHTTPResponse: This class attempts to mimic HTTPResponse from httplib.
xml.sax.handler.ContentHandler: Interface for receiving logical document content events.
- mosp.geo.osm.OSMXMLFileParser: The OSM XML parser.
mosp.gui.gimp_palette.gimp_palette.GimpPalette: Represents a GIMP color palette read from file.
champlain.Marker
champlain.Marker
SimPy.SimulationRT.Process
asyncore.dispatcher
- asynchat.async_chat: This is an abstract class.
  - viewer.lib.asynchttp.AsyncHTTPConnection
    - viewer.lib.asynchttp.__test_AsyncHTTPConnection
object: The most base type
- exceptions.BaseException: Common base class for all exceptions
  - exceptions.Exception: Common base class for all non-exit exceptions.
    - viewer.lib.asynchttp.AsyncHTTPException
    - mosp.locations.LocationClosedException: Exception raised if a Person tries to enter a closed Location.
    - mosp.monitors.NoSimulationMonitorDefinedException: Exception raised if no monitor was defined.
    - exceptions.StandardError: Base class for all standard Python exceptions that do not represent interpreter exiting.
      - exceptions.AssertionError: Assertion failed.
- mosp.group.Call: Encapsulates a Call of a method for a group of objects/Persons with a given delay.
- mosp.group.CallGroup: A grouping object containing a group of things (typically a PersonGroup(set)), which if a generic attribute (method) is requested, returns a Call instance for the group and this attribute=method that shall be called.
- mosp.external_persons.external_data_manager.ConnectionService
- mosp.controller.Controller: Controller to connect and coordinate simulations.
- mosp_tools.node_finder.Finder: Map GUI visualization.
- mosp_tools.heatmap.heatmap.Heatmap: A generator for heatmap images based on simulation log data.
- mosp.collide.Line: A collidable line.
  - mosp.geo.osm.WaySegment: A geo-model way segment, the line between two nodes
- SimPy.Lister.Lister
  - SimPy.Lib.Process: Superclass of classes which may use generator functions
    - mosp_examples.passivate_wiggler.Alarm: Alarm process stores passivated users and reactivates if overcrowded.
    - mosp.monitors.EmptyMonitor: This monitor does nothing.
      - mosp.monitors.ChildprocessPlayerChamplainMonitor: Output of simulation to player.py via internal pipe to subprocess.
      - mosp.monitors.PipePlayerMonitor: This monitor writes person movement data via struct to stdout.
      - mosp.monitors.RecordFilePlayerMonitor: Records output for player.py in a file to playback later.
      - mosp.monitors.SocketPlayerMonitor: Sends output of simulation to viewer via sockets.
    - mosp.locations.Exit: Exit location formerly known as mosp.exit.Exit
    - mosp.locations.Location: A real-world location a Person can visit/interact with.
      - mosp.locations.Cafe: Cafe is a simple cafe Location.
      - mosp_examples.exit_wiggler.WigglerExit: The demo exit location.
    - mosp.core.Person: A basic simulated Person.
      - mosp_examples.BTvirus_wiggler.BTVirusWiggler: Models a random movement BT-virus infection
      - mosp_examples.exit_wiggler.ExitWiggler: Demo wiggler for acting at border nodes / at exits.
      - mosp.external_persons.external_person.ExternalPerson
      - mosp_examples.message_example.MsgRandomWiggler: Implements a simple person doing only random movement on the map, sending and receiving some messages.
      - mosp_examples.passivate_wiggler.PassivateWiggler: Random moving person, when arriving at an cafe road node being passivated.
      - mosp_examples.pause_wiggler.PauseWiggler: Implements a person with random movement pausing at any node.
      - mosp_examples.poi_act_wiggler.PoiActWiggler: Implements a zombie person with random movement, infection, action stopping.
      - mosp_examples.poi_wiggler.PoiWiggler: Implements a moving person, moving to somewhere and POI alternatively.
      - mosp_examples.external_controlled_random_wiggler.RandomWiggler: Implements a simple person doing only random movement on the map.
      - mosp_examples.roadwidth_wiggler.RandomWiggler: Implements a simple person doing only random movement on the map.
      - mosp_examples.statemachine_wiggler.RandomWiggler: Implements a person doing random movement the whole day.
      - mosp_examples.random_wiggler.RandomWiggler: Implements a simple person doing only random movement on the map.
      - mosp_examples.routing_wiggler.RoutingShowcaseWiggler: Person for routing demonstration.
      - mosp_examples.socketplayer_demo_wiggler.SocketPlayerDemoWiggler: Implements a simple person doing only random movement on the map.
      - mosp_examples.action_wiggler.StopActionsWiggler: Implements a zombie stopping its actions at tick 1000.
      - mosp_examples.statemachine_wiggler.WorkWiggler: The WorkWiggler wakes up between 6 and 8 o'clock and goes to work.
        
        mosp_examples.statemachine_wiggler.DrunkWiggler: The DrunkWiggler wakes up between 8 and 10 o'clock and goes to work, then drinking ...
      - mosp_examples.zombie_wiggler.ZombieWiggler: Implements a zombie person doing random movement infecting others.
    - mosp.core.PersonActionBase: Base class for Person actions.
    - mosp_examples.statemachine_wiggler.SocketPlayerClock: A minimal clock for viewing in the SocketPlayerMonitor viewer
    - mosp.controller.Ticker: Ticker class to stop the simulation from doing more than one tick at a time.
- mosp.group.Message: Encapsulates a single methods that will be executed by the simulation.
- mosp.geo.osm.NodePlaceHolder: Placeholder for OSM nodes while parsing the OSM data.
- mosp.gui.playerChamplain.Player: The visual player based on libchamplain and its python bindings.
- mosp.collide.Point: A collidable point.
  - mosp.core.Person: A basic simulated Person.
    - mosp_examples.BTvirus_wiggler.BTVirusWiggler: Models a random movement BT-virus infection
    - mosp_examples.exit_wiggler.ExitWiggler: Demo wiggler for acting at border nodes / at exits.
    - mosp.external_persons.external_person.ExternalPerson
    - mosp_examples.message_example.MsgRandomWiggler: Implements a simple person doing only random movement on the map, sending and receiving some messages.
    - mosp_examples.passivate_wiggler.PassivateWiggler: Random moving person, when arriving at an cafe road node being passivated.
    - mosp_examples.pause_wiggler.PauseWiggler: Implements a person with random movement pausing at any node.
    - mosp_examples.poi_act_wiggler.PoiActWiggler: Implements a zombie person with random movement, infection, action stopping.
    - mosp_examples.poi_wiggler.PoiWiggler: Implements a moving person, moving to somewhere and POI alternatively.
    - mosp_examples.external_controlled_random_wiggler.RandomWiggler: Implements a simple person doing only random movement on the map.
    - mosp_examples.roadwidth_wiggler.RandomWiggler: Implements a simple person doing only random movement on the map.
    - mosp_examples.statemachine_wiggler.RandomWiggler: Implements a person doing random movement the whole day.
    - mosp_examples.random_wiggler.RandomWiggler: Implements a simple person doing only random movement on the map.
    - mosp_examples.routing_wiggler.RoutingShowcaseWiggler: Person for routing demonstration.
    - mosp_examples.socketplayer_demo_wiggler.SocketPlayerDemoWiggler: Implements a simple person doing only random movement on the map.
    - mosp_examples.action_wiggler.StopActionsWiggler: Implements a zombie stopping its actions at tick 1000.
    - mosp_examples.statemachine_wiggler.WorkWiggler: The WorkWiggler wakes up between 6 and 8 o'clock and goes to work.
      - mosp_examples.statemachine_wiggler.DrunkWiggler: The DrunkWiggler wakes up between 8 and 10 o'clock and goes to work, then drinking ...
    - mosp_examples.zombie_wiggler.ZombieWiggler: Implements a zombie person doing random movement infecting others.
- mosp.collide.Polygon: A collidable polygon.
- mosp.collide.Rectangle: A collidable rectangle.
  - mosp.collide.WorldPart: Empty, nothing implemented.
- mosp.routing.RoutingNode: A routing node.
  - mosp.geo.osm.Node: A geo-model node.
- SimPy.Simulation.Simulation
  - SimPy.SimulationRT.SimulationRT
    - mosp.core.Simulation: A MOSP Simulation.
      - mosp.controller.SimulationControlled: The MoSP Simulation, extended for use with an external controller.
- unittest.case.TestCase: A class whose instances are single test cases.
  - mosp.test.test_collide.CollideTest: Tests mosp.collide basic functions.
  - mosp.test.test_routing.RoutingTest: Tests mosp.routing basic functions.
  - mosp.test.test_utm.UTMTest: Tests mosp.geo.utm basic functions
- viewer.lib.tileloader2.TileLoader: A tile downloader using threads for downloads
- mosp.geo.osm.Way: A geo-model way.
- mosp.collide.World: A set of all walkable elements in the simulated world, e.
  - mosp.geo.osm.OSMModel: A OSM-based geo-model.
- datetime.date: date(year, month, day) --> date object
  - datetime.datetime: datetime(year, month, day[, hour[, minute[, second[, microsecond[,tzinfo]]]]])
    - mosp.core.DateTime: Simulation DateTime extension.
- list: list() -> new empty list list(iterable) -> new list initialized from iterable's items
  - mosp.monitors.EmptyMonitor: This monitor does nothing.
    - mosp.monitors.ChildprocessPlayerChamplainMonitor: Output of simulation to player.py via internal pipe to subprocess.
    - mosp.monitors.PipePlayerMonitor: This monitor writes person movement data via struct to stdout.
    - mosp.monitors.RecordFilePlayerMonitor: Records output for player.py in a file to playback later.
    - mosp.monitors.SocketPlayerMonitor: Sends output of simulation to viewer via sockets.
- set: set() -> new empty set object set(iterable) -> new set object
  - mosp.locations.Exit: Exit location formerly known as mosp.exit.Exit
  - mosp.group.PersonGroup: A set of Persons.
  - mosp.collide.WorldPart: Empty, nothing implemented.