def generaClose(self):
out = ""
if self.isGood:
staticOffset = []
for i in range(self.father.dim):
staticOffset.append(1)
id = self.generaId()
start = util.addList(staticOffset, self.realCoordinates)
end = util.addList(start, self.realDim)
#print start,end
out += ("b(")
count = 0
merged = zip(start,end)
for i in merged:
#print i
count +=1
out += (str(i[0])+":"+str(i[1]-1))
if count < len(merged):
out += (",")
out += (") = s" +str(id)+"_1 ;\n")
return out
def recursiveInit(self,element,level,coordinate):
#print "ELEMENT:\n"+ str(element) + "\nLEVEL:\n" +str(level) + "\nCOORDINATE\n" +str(coordinate)
if element is not None:
for index, item in enumerate(element):
#print "sono nella recursiveInit" ,index,item,element
coordinate.append(index)
isLast = self.recursiveInit(item,level+1,coordinate)
if isLast:
# coordinates of this point in the partition
globalCoordinates = util.addList(coordinate , self.sendCoordinates)
#initialize and assign the point
p = SectionPoint(copy.deepcopy(coordinate),globalCoordinates,self,False)
# if self.minPoint is None or p < self.minPoint:
# self.minPoint = p
# if self.maxPoint is None or p > self.maxPoint:
# self.MaxPoint = p
element[index] = p
#CHECK if it is a shift point
lowerBound = self.computationCoordinates
print lowerBound
upperBound = util.addList(self.computationCoordinates,self.computationDim)
print upperBound
isLower = reduce(lambda x,y:x or y,map(lambda x,y: x<y,globalCoordinates,lowerBound))
isUpper = reduce(lambda x,y:x or y,map(lambda x,y: x>=y,globalCoordinates,upperBound))
if isLower or isUpper :
print str(p)+"is a shift point"
self.shiftPoints.append(p)
else:
print str(p)+"is not a shift point"
coordinate.pop()
return False
else:
return True
def orecursiveInit(self,element,level,coordinate):
#print "ELEMENT:\n"+ str(element) + "\nLEVEL:\n" +str(level) + "\nCOORDINATE\n" +str(coordinate)
if element is not None:
for index, item in enumerate(element):
#print "sono nella recursiveInit" ,index,item,element
coordinate.append(index)
isLast = self.orecursiveInit(item,level+1,coordinate)
if isLast:
#print "sto per modificare", str(element[index])
p = SectionPoint(copy.deepcopy(coordinate), util.addList(coordinate , self.outsideCoordinates),self,True)
# if self.minPoint is None or p < self.minPoint:
# self.minPoint = p
# if self.maxPoint is None or p > self.maxPoint:
# self.MaxPoint = p
element[index] = p
#print "stampo cosa ho fatto: " + str(element[index])
#print self
coordinate.pop()
return False
else:
return True
def isNotShiftPoint(self,point):
for item0,item1 in zip(point.gcoordinates,self.computationCoordinates):
if item0 < item1 :
if point in self.shiftPoints:
return False
else:
print "point is",point
print "section is",self
raise ValueError('Problema: punti di shift non sono corretti'+str(point))
for item0,item1 in zip(point.gcoordinates,util.addList(self.computationCoordinates,self.computationDim)):
if item0 >= item1 :
if point in self.shiftPoints:
return False
else:
print "point is",point
print "section is",self
raise ValueError('Problema: punti di shift non sono corretti')
return True