cellMechNames = project.cellMechanismInfo.getAllCellMechanismNames()
for syn in syns:
if not syn in cellMechNames:
print "Synapse mechanism %s not found in project!"%syn
exit()
synProp = SynapticProperties(syn)
synProp.setThreshold(0)
synProp.setFixedDelay(default_syn_delay)
synList.add(synProp)
searchPattern = SearchPattern.getRandomSearchPattern()
maxMinLength = MaxMinLength()
connectivityConditions = ConnectivityConditions()
connectivityConditions.setGenerationDirection(ConnectivityConditions.TARGET_TO_SOURCE)
connectivityConditions.setNumConnsInitiatingCellGroup(NumberGenerator(numPre))
if "axon" in postGroup:
connectivityConditions.getPrePostAllowedLoc().setAxonsAllowedPost(1)
if "dend" in preGroup:
connectivityConditions.getPrePostAllowedLoc().setDendritesAllowedPre(1)
connectivityConditions.setAllowAutapses(0)
if("Elect" in syns[0]):
connectivityConditions.setNoRecurrent(1)
'''
prefix = "NCM_"
target = "MDL08"
for cell in cells:
source = cell
netConnName = prefix+source+"_"+target
searchPattern = SearchPattern.getRandomSearchPattern()
#searchPattern = SearchPattern.getClosestSearchPattern() # will be better, but slower!
maxMinLength = MaxMinLength()
connectivityConditions = ConnectivityConditions()
connectivityConditions.setGenerationDirection(ConnectivityConditions.SOURCE_TO_TARGET)
num = conns[cells.index(cell)]
connectivityConditions.setNumConnsInitiatingCellGroup(NumberGenerator(num))
print "Set NumConnsInitiatingCellGroup to %i"%num
'''
if "axon" in postGroup:
connectivityConditions.getPrePostAllowedLoc().setAxonsAllowedPost(1)
connectivityConditions.getPrePostAllowedLoc().setDendritesAllowedPost(0)
connectivityConditions.getPrePostAllowedLoc().setSomaAllowedPost(0)
'''
print "Set connectivityConditions: " + str(connectivityConditions)
