for k in range(0, numNodes):
if nodeTypes[k] == 0 or nodeTypes[k] == 'legacy':
t = legacyNode(numChans, numSteps,
legacyChanList[CountLegacyChanIndex])
CountLegacyChanIndex += 1
elif nodeTypes[k] == 1 or nodeTypes[k] == 'hopping':
t = hoppingNode(numChans, numSteps,
hoppingChanList[CountHoppingChanIndex], hopRate,
offSet[CountHoppingChanIndex])
CountHoppingChanIndex += 1
elif nodeTypes[k] == 2 or nodeTypes[k] == 'im':
t = imNode(numChans, numSteps, imPeriod, imDutyCircleList[CountIm],
imChanList[CountIm])
CountIm += 1
elif nodeTypes[k] == 3 or nodeTypes[k] == 'dsa':
t = dsaNode(numChans, numSteps)
elif nodeTypes[k] == 4 or nodeTypes[k] == 'possion':
t = poissonNode(numChans, numSteps, poissonChanList, arrivalInterval,
serviceInterval)
elif nodeTypes[k] == 5 or nodeTypes[k] == 'markovChain':
t = markovChainNode(numChans, numSteps, mcChanList, alpha, beta)
elif nodeTypes[k] == 10 or nodeTypes[k] == 'mdp':
t = mdpNode(numChans, states, numSteps, 'VI')
elif (nodeTypes[k] >= 11 and nodeTypes[k] <= 16) \
or (nodeTypes[k] >= 30 and nodeTypes[k] <= 33) \
or nodeTypes[k] == 'dqn' or nodeTypes[k] == 'dqnDouble' \
or nodeTypes[k] == 'dqnPriReplay' or nodeTypes[k] == 'dqnDuel' \
or nodeTypes[k] == 'dqnRef' or nodeTypes[k] == 'dpg' \
or nodeTypes[k] == 'dqnPo' or nodeTypes[k] == 'dqnPad' \
or nodeTypes[k] == 'dqnStack':
# or nodeTypes[k] in ['dqn', 'dqnDouble', 'dqnPriReplay', 'dqnDuel', 'dqnRef', \
''' =================================================================== '''
''' Construct different Type of Nodes '''
''' =================================================================== '''
for k in range(0,numNodes):
if nodeTypes[k] == 0 or nodeTypes[k] == 'legacy':
t = legacyNode(numChans,numSteps, txProbability[CountLegacyChanIndex], legacyChanList[CountLegacyChanIndex])
CountLegacyChanIndex += 1
elif nodeTypes[k] == 1 or nodeTypes[k] == 'hopping':
t = hoppingNode(numChans,numSteps,hoppingChanList[CountHoppingChanIndex],hopRate)
CountHoppingChanIndex += 1
elif nodeTypes[k] == 2 or nodeTypes[k] == 'im':
t = imNode(numChans,numSteps,imPeriod, imDutyCircleList[CountIm], imChanList[CountIm])
CountIm += 1
elif nodeTypes[k] == 3 or nodeTypes[k] == 'dsa':
t = dsaNode(numChans,numSteps,txProbability)
elif nodeTypes[k] == 4 or nodeTypes[k] == 'possion':
t = poissonNode( numChans, numSteps, poissonChanList, arrivalRate, serviceRate)
elif nodeTypes[k] == 5 or nodeTypes[k] == 'markovChain':
t = markovChainNode( numChans, numSteps, mcChanList, alpha, beta)
elif nodeTypes[k] == 10:
t = mdpNode(numChans,states,numSteps,'PI')
elif (nodeTypes[k] >= 11 and nodeTypes[k] <= 16) \
or (nodeTypes[k] >= 30 and nodeTypes[k] <= 33) \
or nodeTypes[k] == 'dqn' or nodeTypes[k] == 'dqnDouble' \
or nodeTypes[k] == 'dqnPriReplay' or nodeTypes[k] == 'dqnDuel' \
or nodeTypes[k] == 'dqnRef' or nodeTypes[k] == 'dpg' \
or nodeTypes[k] == 'dqnPo' or nodeTypes[k] == 'dqnPad' \
or nodeTypes[k] == 'dqnStack':
t = dqnNode(numChans,states,numSteps, nodeTypes[k])