DESystem Class Reference

Main container class for the simulation environment class. More...

#include <desystem.h>

Collaboration diagram for DESystem:

[legend]List of all members.

Public Member Functions
	DESystem (ParamManager *_Param, GlobalProbeManager *_Results, ProbeManager *_ProbeMgr, int _TimeResolution, time_int _TicksPerStep, time_int _StepsPerBigstep, time_int _BigstepsPerSuperstep)
	System constructor.
const DETime &	getTime () const
	Returns the time stamp of the event which is currently beeing executed.
virtual void	Initialize ()
	Initializes the syestem for simulation. MUST be called by the subclass' Initialize function.
void	Run ()
	Runs the simulation from time 0 to TMax.
Friends
class	DEDevice

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Detailed Description

Main container class for the simulation environment class.

"System" parameters:

Param Type	Param Name	Default value	span or allowed values	meaning
DETimeParameter	SimulationTime	10000	(0,inf)	How long the simulation will run
EnumParameter	SimulationMode	Single	Single Multi	If the simulation is a single one or a multirun
IntParameter	MaxRepetitions	1000	(0,inf)	In case of a multirun simulation, the number of runs. Otherwise not considered
StringParameter	RandomGenType	default	see GSL docs	The random number generation type. See also: SetSeed()
IntParameter	RandomSeed	1234567	[0,MaxInt]	The random number generation seed. See also: SetSeed()
DETimeParameter	WriteStatsInterval	100	(0,inf)	How frequently the probes will write its stats to their files. Beware, a too high frequency can slow the simulation; usually it's set to 1/100 of SimulationTime

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Constructor & Destructor Documentation

DESystem::DESystem (  ParamManager *  _Param, GlobalProbeManager *  _Results, ProbeManager *  _ProbeMgr, int  _TimeResolution, time_int  _TicksPerStep, time_int  _StepsPerBigstep, time_int  _BigstepsPerSuperstep )

System constructor. This is the DESystem constructor. It is called by the user's system constructor (a subclass of this) and is the main way to setup the time structure. The pointers to the ParamManager, the GlobalProbeManager and the ProbeManager are passed by the user's system constructor, while the others parameters must be read from the corresponding parameter file. This constructor should look like: DESystem(_Param, _Results, _ProbeMgr, get<IntParameter,int>(_Param, "TimeResolution", "MySimulation", ""), stringToULL( get<StringParameter,string>(_Param, "SlotTime", "MySimulation", ""), get<IntParameter,int>(_Param, "TimeResolution", "MySimulation", "") ), get<IntParameter,int>(_Param, "N_Slots_per_Frame", "MySimulation", ""), get<IntParameter,int>(_Param, "N_Frames_per_SuperFrame", "MySimulation", "")) If you don't plan to use one of the DETime's framing aggregation types (e.g., you want to use Slots and Frames, but not SuperFrames), you must pass 1 to the corresponding parameter. Parameters: _Param  a pointer to the ParamManager _Results  a pointer to the GlobalProbeManager _ProbeMgr  a pointer to the ProbeManager _TimeResolution  the time resolution. See DETime. _TicksPerStep  the number of ticks per Step. See DETime. _StepsPerBigstep  the number of Step per BigStep. See DETime. _BigstepsPerSuperstep  the number of BigStep per SuperStep. See DETime.

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The documentation for this class was generated from the following file:

• desystem.h

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