print(IPost)
print('actionIndex')
print(actionIndex)
print('reward: %f'%(reward))
print('rewardAfterAdapt: %f'%(rewardAfterAdapt))
print('points: %f'%(points))
if recording and step%recordingSample==0:
Trace['actionIndex'][step/recordingSample]=actionIndex
Trace['reward'][step/recordingSample]=reward
Trace['points'][step/recordingSample]=points
Trace['rewardIncrease'][step/recordingSample]=rewardIncrease
Trace['rewardAdaption'][step/recordingSample]=rewardAdaption
ADSA.Recording()
ALIFNArray.Record()
if saveVideo and step>StarRcordFrames:
p.saveScreen(capturePath+'frame%.9d.png'%(p.getFrameNumber()))
#%%
if not os.path.exists(path):
os.makedirs(path)
codepath=path+'src/'
if not os.path.exists(codepath):
os.makedirs(codepath)
for filename in os.listdir(os.getcwd()):
if filename.endswith(".py"):
shutil.copy2(filename, codepath)
NeuonNumber=0
newSlice= [slice(None)]*3
newSlice[1]=NeuonNumber
Traces = Tracet, ADSA.Trace['Weighters'][newSlice], ADSA.Trace['WeighterVarRates'][newSlice], ADSA.Trace['WeighterInAxonConcentration'][newSlice], ADSA.Trace['WeightersCentre'][newSlice], ADSA.Trace['WeighterVarDamping'][newSlice], ADSA.Trace['EquivalentVolume'][newSlice]
# figure1,figure2,figure3,figure4,figure5, figure6, figure7,figure8,figure9,ax = DSA.plot(TimOfRecording, Traces, path=path, savePlots=savePlots, StartTimeRate=1, linewidth= linewidth) #path=
