Schedules the execution of the specified method on every object in the
specified List to occur at the specified interval (e.g. every three clock
ticks) in the specified order.
Schedules the execution of the specified method on every object in the
specified List to occur at the specified interval (e.g. every three clock
ticks) in the specified order.
Schedules the execution of the specified method on every object in the
specified List to occur at the specified interval (e.g. every three clock
ticks).
Schedules the execution of the specified method on every object in the
specified List to occur at the specified interval (e.g. every three clock
ticks).
Schedules the execution of the specified method on every object in the
specified List to occur at the specified interval (e.g. every three clock
ticks) in the specified order.
Schedules the execution of the specified method on every object in the
specified List to occur at the specified interval (e.g. every three clock
ticks) in the specified order.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and
every tick thereafter.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and
every tick thereafter.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and every
tick thereafter.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and every
tick thereafter.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and
every tick thereafter.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and
every tick thereafter.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and every
tick thereafter.
Schedules the execution of the specified method on every object in the
specified List to occur beginning at the specified clock tick and every
tick thereafter.
Sets the double of the desired density of the network (ratio of number of existing
edges to the maximum possible number of edges) Must be set before
makeRolfeNet() is called.
Setting the display surface (or passing it with the constructor)
allows the graph layout to update the display to show the
algorithm's convergence within the current tick.
Sets whether the simulation application should exit with a
System.exit(0) call on exit (pressing the exit button), or
dispose of all windows, release the model without killing this
instance of the virtual machine.
Sets whether the simulation application should exit with a
System.exit(0) call on exit (pressing the exit button), or
dispose of all windows, release the model without killing this
instance of the virtual machine.
Sets whether the simulation application should exit with a
System.exit(0) call on exit (pressing the exit button), or
dispose of all windows, release the model without killing this
instance of the virtual machine.
If the layout has been passed a display to update, and
updateEveryN is greater than 0, the layout will update the
display after every Nth pass through the algorithm.
Constructs a SimModel and initializes the default random number generator
in uchicago.src.sim.util.Random with
the current timestamp (new java.util.Date()) as the seed.
Deprecated. Constructs a SubSchedule with a default interval of 1, and with the
specified number of times to execute its scheduled actions per tick
of the parent Schedule
Deprecated. Constructs a SubSchedule with the specifed interval, and with the
specified number of times to execute its scheduled actions per tick
of the parent Schedule