def getSamplingTimeBasedOnFreq(sim,phase,samplingWin=50):
carrier_freq=[0.1,0.5,0.9][phase-1]
a= np.where(sim.X[:,sim.siteUnderSelection,:].mean(1)>carrier_freq)[0]
ft=sim.getTrueGenerationTimes().max()
if len(a):
t= sim.getTrueGenerationTimes()[np.where(sim.X[:,sim.siteUnderSelection,:].mean(1)>carrier_freq)[0].min()]
else:
t=sim.getTrueGenerationTimes().max()
return min(t,ft-samplingWin)
def Load(s=0.1, experimentID=0, nu0=0.005, numReplicates=3, step=10, ModelName='TimeSeries', samplingWindow=50,
L=50000, depthRate=30):
if not s: nu0=0.005
sim = Simulation.load(s=s, experimentID=experimentID % 100, nu0=nu0, numReplicates=numReplicates, step=step,
ExperimentName=ModelName, All=True, L=L, replicates=range(numReplicates),
depthRate=depthRate)
sim.experimentID=experimentID
startGen=0
sim.setSamplingTimes(maxGeneration=min(startGen+samplingWindow,sim.getTrueGenerationTimes()[-1]),step=step,startGeneration=startGen)
sim.createDF()
return sim
