Examples of ca.nengo.sim.Simulator.run()

ca.nengo.sim.Simulator.run()
Runs the Network for the given time range. The states of all components of the Network are assumed to be consistent with the given start time. So, you could reset to the t=0 state, and then immediately start running from t=100, but the results may not make sense. @param startTime Simulation time at which running starts @param endTime Simulation time at which running stops @param stepSize Length of time step at which the Network is run. This determines the frequency with which outputs are passed between Ensembles, but individual Neurons may run with different and/or variable time steps. @throws SimulationException if a problem is encountered while trying to run

      Probe inputRecorder = simulator.addProbe("input", "input", true);
      Probe integratorRecorder = simulator.addProbe("integrator", NEFEnsemble.X, true);
      Probe neuronRecorder = simulator.addProbe("integrator", 0, "V", true);


      long startTime = System.currentTimeMillis();
      simulator.run(0f, 1f, .0002f);
      System.out.println("Run time: " + ((System.currentTimeMillis() - startTime)/1000f) );
    
      TimeSeries integratorData = integratorRecorder.getData();
      integratorData.getLabels()[0] = "decoded output";

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                simulator.resetNetwork(false, true);
                simulator.addSimulatorListener(NengoGraphics.getInstance().getProgressIndicator());
                
                try {
                    simulator.run(startTime, endTime, stepTime);
                } finally {
                    simulator.removeSimulatorListener(NengoGraphics.getInstance().getProgressIndicator());
                }


                ((NengoGraphics) (UIEnvironment.getInstance())).captureInDataViewer(uiNetwork

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