Made explicit where cancel resides.

#54

Author: nmcl

docs/manual.adoc

@@ -111,7 +111,7 @@ public class Simulation
 }
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-To enable multiple simulation runs to occur within a single application, it is possible to reset it and the simulation clock by calling the reset() method of the Simulation class. This causes the simulation to remove all processes (simulation objects) currently registered on the scheduler queue and to invoke a class specific method on each of them which resets their states (detailed in the next section). Once this is finished the simulation is ready for an additional run. A suspended process is informed that it has been “reset” by having the method it called to originally suspend itself (i.e., place itself on the scheduler queue) raise the RestartSimulation exception, which the object should catch. It must then perform any work necessary to put itself back in a state ready for restarting the simulation, and should then suspend itself again before the simulation can be restarted (typically by calling cancel.)
+To enable multiple simulation runs to occur within a single application, it is possible to reset it and the simulation clock by calling the reset() method of the Simulation class. This causes the simulation to remove all processes (simulation objects) currently registered on the scheduler queue and to invoke a class specific method on each of them which resets their states (detailed in the next section). Once this is finished the simulation is ready for an additional run. A suspended process is informed that it has been “reset” by having the method it called to originally suspend itself (i.e., place itself on the scheduler queue) raise the RestartSimulation exception, which the object should catch. It must then perform any work necessary to put itself back in a state ready for restarting the simulation, and should then suspend itself again before the simulation can be restarted (typically by calling cancel, which is available on the SimulationProcess class.)
 
 A process can use isReset() to determine whether or not the simulation has been reset. The start() and stop() operations allow the simulation to be halted or resumed respectively.