#llfSmart
llfSmartRate = llfSmart.simulateLLF( simulationInterval )
individualRates.append( llfSmartRate )
llfSmartACRate = llfSmartAC.simulateLLF( simulationInterval )
individualRates.append( llfSmartACRate )
#llfSimple
llfSimpleRate = llfSimple.simulateLLFSimple( simulationInterval )
individualRates.append( llfSimpleRate )
llfSimpleACRate = llfSimpleAC.simulateLLFSimpleAC( simulationInterval )
individualRates.append( llfSimpleACRate )
#dsac
dsacRate = dsac.simulateDSAC( simulationInterval )
individualRates.append( dsacRate )
for index, rate in enumerate(individualRates):
averageRates[index] += rate
for n in range( len(averageRates) ):
averageRates[n] /= ( numRunsPerIteration * 1.0 )
simulationData.append( [arrivalRate] + averageRates)
arrivalRate += (maxArrivalRate / numIterations)
if i % 10 == 0:
print "iteration: " , i, " arrival rate: ", arrivalRate
print averageRates
csvGen.exportSimulationDataToCSV( simulationData )
for n in range( len( averageRates ) ):
averageRates[ n ] /= ( numRunsPerIteration * 1.0 )
for n in range( len( averageRatesWithDeclined ) ):
averageRatesWithDeclined[ n ] /= ( numRunsPerIteration * 1.0 )
for n in range( len( averageProfits ) ):
averageProfits[ n ] /= ( numRunsPerIteration * 1.0 )
for n in range( len( averageElapsedTimes ) ):
averageElapsedTimes[ n ] /= ( numRunsPerIteration * 1.0 )
simulationSuccessData.append( [ arrivalRate ] + averageRates )
simulationSuccessDataWithDeclined.append( [ arrivalRate ] + averageRatesWithDeclined )
simulationProfitData.append( [ arrivalRate ] + averageProfits )
simulationElapsedTimeData.append( [ arrivalRate ] + averageElapsedTimes )
arrivalRate += arrivalStep
if i % 10 == 0:
print "iteration: " , i, " arrival rate: ", arrivalRate
print "averageRates: ", averageRates
print "averageRatesWithDeclined", averageRatesWithDeclined
print "averageProfits: ", averageProfits
csvGen.exportSimulationDataToCSV( simulationSuccessData , "Success" )
csvGen.exportSimulationDataToCSV( simulationSuccessDataWithDeclined , "Success With Declines" )
csvGen.exportSimulationDataToCSV( simulationProfitData , "Profits" )
csvGen.exportSimulationDataToCSV( simulationElapsedTimeData , "Elapsed Time" )
averageRates[n] /= (numRunsPerIteration * 1.0)
for n in range(len(averageRatesWithDeclined)):
averageRatesWithDeclined[n] /= (numRunsPerIteration * 1.0)
for n in range(len(averageProfits)):
averageProfits[n] /= (numRunsPerIteration * 1.0)
for n in range(len(averageElapsedTimes)):
averageElapsedTimes[n] /= (numRunsPerIteration * 1.0)
simulationSuccessData.append([arrivalRate] + averageRates)
simulationSuccessDataWithDeclined.append([arrivalRate] +
averageRatesWithDeclined)
simulationProfitData.append([arrivalRate] + averageProfits)
simulationElapsedTimeData.append([arrivalRate] + averageElapsedTimes)
arrivalRate += arrivalStep
if i % 10 == 0:
print "iteration: ", i, " arrival rate: ", arrivalRate
print "averageRates: ", averageRates
print "averageRatesWithDeclined", averageRatesWithDeclined
print "averageProfits: ", averageProfits
csvGen.exportSimulationDataToCSV(simulationSuccessData, "Success")
csvGen.exportSimulationDataToCSV(simulationSuccessDataWithDeclined,
"Success With Declines")
csvGen.exportSimulationDataToCSV(simulationProfitData, "Profits")
csvGen.exportSimulationDataToCSV(simulationElapsedTimeData, "Elapsed Time")
#llfSmart
llfSmartRate = llfSmart.simulateLLF(simulationInterval)
individualRates.append(llfSmartRate)
llfSmartACRate = llfSmartAC.simulateLLF(simulationInterval)
individualRates.append(llfSmartACRate)
#llfSimple
llfSimpleRate = llfSimple.simulateLLFSimple(simulationInterval)
individualRates.append(llfSimpleRate)
llfSimpleACRate = llfSimpleAC.simulateLLFSimpleAC(simulationInterval)
individualRates.append(llfSimpleACRate)
#dsac
dsacRate = dsac.simulateDSAC(simulationInterval)
individualRates.append(dsacRate)
for index, rate in enumerate(individualRates):
averageRates[index] += rate
for n in range(len(averageRates)):
averageRates[n] /= (numRunsPerIteration * 1.0)
simulationData.append([arrivalRate] + averageRates)
arrivalRate += (maxArrivalRate / numIterations)
if i % 10 == 0:
print "iteration: ", i, " arrival rate: ", arrivalRate
print averageRates
csvGen.exportSimulationDataToCSV(simulationData)
