def testNumberOfPoints(self):
ranges = self.params['ranges']
gen = ht.getGenerator(ranges)
points = gen()
self.assertEqual(
len(points), reduce(lambda x, y: x * y, [len(x) for x in ranges],
1), "bad number of points generated")
def getGenerator(ranges, shellSpacing, maxDeviation):
points = ht.getGenerator(ranges)()
origin = [r[0] for r in ranges]
shells = [
pt for pt in points if myDist(pt, origin, shellSpacing, maxDeviation)
]
return lambda: shells
def testNumberOfPoints(self):
ranges = self.params["ranges"]
gen = ht.getGenerator(ranges)
points = gen()
self.assertEqual(
len(points), reduce(lambda x, y: x * y, [len(x) for x in ranges], 1), "bad number of points generated"
)
def getGenerator(ranges, offsetAngle, gapAngle, maximumDeviation):
allPoints = ht.getGenerator(ranges)()
origin = [r[0] for r in ranges]
points = [
pt for pt in allPoints
if myFilter(pt, origin, offsetAngle, gapAngle, maximumDeviation)
]
return lambda: points
def getGenerator(ranges, offsetAngle, gapAngle, maximumDeviation):
allPoints = ht.getGenerator(ranges)()
origin = [r[0] for r in ranges]
points = [pt for pt in allPoints if myFilter(pt, origin, offsetAngle, gapAngle, maximumDeviation)]
return lambda: points
def getGenerator(ranges, shellSpacing, maxDeviation):
points = ht.getGenerator(ranges)()
origin = [r[0] for r in ranges]
shells = [pt for pt in points if myDist(pt, origin, shellSpacing, maxDeviation)]
return lambda: shells
def getHyperTable(params):
rangeLists = map(lambda dim: dim['range'], params['dimensions'])
ranges = map(lambda r: u.rangeIncludingBounds(r[0], r[1]), rangeLists)
return ht.getGenerator(ranges)
def getHyperTable(params):
rangeLists = map(lambda dim: dim['range'], params['dimensions'])
ranges = map(lambda r: u.rangeIncludingBounds(r[0], r[1]), rangeLists)
return ht.getGenerator(ranges)
def setUp(self):
self.params = {"ranges": [myRange(1, 30), myRange(1, 30)]}
self.ranges = self.params['ranges']
gen = ht.getGenerator(self.ranges)
self.points = gen()
def setUp(self):
self.params = {"ranges": [myRange(1, 30), myRange(1, 30)]}
self.ranges = self.params["ranges"]
gen = ht.getGenerator(self.ranges)
self.points = gen()
