def inducedEdge(sampleList, friendList, breakDep, theta) :
print "+++Induced Edge+++"
noDependList = []
noDependFriendList = []
if breakDep == 0 :
noDependList = depend.thinningsample(sampleList, theta,0)
noDependFriendList = depend.thinningfriend(friendList, theta,0)
print "***Simple Thinning***"
print "Estimated Size of nodes :" + str(getListResult(noDependList, noDependFriendList))
print "Induced Edges :" + str(inducedEdgeNum)
elif breakDep == 1 :
totalNodeSize = 0
for i in range(0,theta-1) :
noDependList = depend.thinningsample(sampleList,theta,i)
noDependFriendList = depend.thinningfriend(friendList, theta,0)
totalNodeSize = totalNodeSize + getListResult(noDependList, noDependFriendList)
print "Induced Edges :" + str(inducedEdgeNum)
print "***Shift Thinning***"
print "Estimated Size of nodes :" + str(int(totalNodeSize/theta))
elif breakDep == 2 :
print "***Safety Margin***"
print "Estimated Size of nodes :" + str(int(safetymarginIE(sampleList, friendList, theta)))
else :
print "Error in breaking dependence type!"
def collisionCount(sampleList,breakDep,theta) : print "+++Collision Counting+++" noDependList = [] if breakDep == 0 : noDependList = depend.thinningsample(sampleList,theta,0) #print noDependList[3][1] print "***Simple Thinning***" print "Estimated Size of nodes :" + str(getListResult(noDependList)) elif breakDep == 1 : totalNodeSize = 0 for i in range(0,theta-1) : noDependList = depend.thinningsample(sampleList,theta,i) totalNodeSize = totalNodeSize + getListResult(noDependList) print "***Shift Thinning***" print "Estimated Size of nodes :" + str(int(totalNodeSize/theta)) elif breakDep == 2 : print "***SaftyMargin***" print "Estimated Size of nodes :" + str(int(safetyMargin(sampleList,theta))) else : print "Error in breaking dependence type!"
