cnslab.cnsnetwork

Class AMainSimulator

java.lang.Object

cnslab.cnsnetwork.MainSimulator

cnslab.cnsnetwork.AMainSimulator

public class AMainSimulator
extends MainSimulator

Same as MainSimulator but deals with avalanche

Version:

$Date: 2012-08-04 13:43:22 -0500 (Sat, 04 Aug 2012) $ $Rev: 104 $ $Author: croft $

Author:

Yi Dong, David Wallace Croft, M.Sc., Jeremy Cohen

Nested Class Summary

Nested classes/interfaces inherited from class cnslab.cnsnetwork.MainSimulator

MainSimulator.ToDo

Field Summary

Fields inherited from class cnslab.cnsnetwork.MainSimulator

backFire, endIndex, experiment, heapSize, idum, info, minDelay, modelFile, netJpvmTaskIds, RESULTS_DIR, RESULTS_DIR_PREFIX, seedInt

Constructor Summary

Constructors

Constructor and Description
AMainSimulator(Seed idum, String modelFile, int heapSize)

Method Summary

Methods

Modifier and Type

Method and Description

void

run() Organize the whole simulation in following steps: 1. start to parse the XML file 2. map cells, finding the numbers of neuron IDs. 3. parse neuronal definitions 4. parse the experiment 5. find the minimum synaptic delay 6. startup the JPVM 7. spawn all the trial hosts 8. spawn all the net hosts 9. fill up the jpvm info structure 10. setup the timing to send check progress message to all the NetHosts periodically. 11. listing in background to communicate with TrialHosts and NetHosts to initialize new trials, collect recorded data etc. 12. organize collected data and record it 13. end the simulation

Methods inherited from class cnslab.cnsnetwork.MainSimulator

main

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

AMainSimulator

public AMainSimulator(Seed idum,
              String modelFile,
              int heapSize)

Method Detail

run

public void run()

Description copied from class: MainSimulator

Organize the whole simulation in following steps: 1. start to parse the XML file 2. map cells, finding the numbers of neuron IDs. 3. parse neuronal definitions 4. parse the experiment 5. find the minimum synaptic delay 6. startup the JPVM 7. spawn all the trial hosts 8. spawn all the net hosts 9. fill up the jpvm info structure 10. setup the timing to send check progress message to all the NetHosts periodically. 11. listing in background to communicate with TrialHosts and NetHosts to initialize new trials, collect recorded data etc. 12. organize collected data and record it 13. end the simulation

Overrides:

run in class MainSimulator