def closure(coordinates):
cPoints = [
sc.MultiPhasePoint(coors,
[[quadChooser.getQuadrature(coors[0]), 'B']])
for coors in coordinates
]
return Common.DependentList(cPoints)
def adder(point):
hashValue = hashFunc(point)
if hashT.has_key(hashValue):
cPoint = hashT[hashValue]
cPoint.addQuadrature(point.quadrature)
else:
newCPoint = sc.MultiPhasePoint(point.coordinates)
newCPoint.addQuadrature(point.quadrature)
hashT[hashValue] = newCPoint
def makeNearbyPoints(myCoors, quads):
allCloseCoordinates = lg.multipleDimensions(
[makeRange(c) for c in myCoors])
closeEnoughCoordinates = [
pt for pt in allCloseCoordinates if distance(myCoors, pt) <= 1
]
return [
WrapperPoint(sc.MultiPhasePoint(newCoords, quads))
for newCoords in closeEnoughCoordinates
]
def getSchedule(text):
text = text.rstrip()
lines = text.split('\n')
points = []
for l in lines:
nums = l.rstrip().split(' ')
#print "nums: ", nums
numericNums = [int(x) for x in nums]
points.append(s.MultiPhasePoint(numericNums))
print "number of points: ", len(points)
return s.SampleSchedule(points)
def bumpCoordinates(coors, quads, blurWidth):
newCoords = [bump(c, blurWidth) for c in coors]
return WrapperPoint(sc.MultiPhasePoint(newCoords, quads))
def __call__(self, coordinates):
cPoints = map(
lambda coors: sc.MultiPhasePoint(coors, self.quadratureChooser()),
coordinates)
return DependentList(cPoints)
