def gridExample():
starGrid = cloneGrid(Star(beams=5), 0, 20, 20, 4, 4)
starGrid.shift(-50, -50)
cookie = Star(radius=30.0, beams=5, iradius=20.0) - Circle(radius=15.0)
starCookie = cookie - starGrid
writeSVG('StarCookie.svg', (starCookie,))
if hasPDFExport:
writePDF('StarCookie.pdf', (starCookie,))
def gridExample():
starGrid = cloneGrid(Star(beams=5), 0, 20, 20, 4, 4)
starGrid.shift(-50, -50)
cookie = Star(radius=30.0, beams=5, iradius=20.0) - Circle(radius=15.0)
starCookie = cookie - starGrid
writeSVG('StarCookie.svg', (starCookie,))
if hasPDFExport:
writePDF('StarCookie.pdf', (starCookie,))
def testLargeOperations(self):
sheet = Rectangle(1000, 500)
perf = cloneGrid(Circle(0.5, points=32), 0, 200, 100, 5, 5)
perfSheet = sheet - perf
#print 'perfSheet has %d points in %d contours' % (perfSheet.nPoints(), len(perfSheet))
circle = Circle(400, points=512)
circle.scale(1.0, 0.5)
circle.shift(500, 250)
perfCircle = circle & perfSheet
#print 'perfCircle has %d points in %d contours' % (perfCircle.nPoints(), len(perfCircle))
perfCircle.write('perfcircle.gpf')
def testLargeOperations(self):
sheet = Rectangle(1000, 500)
perf = cloneGrid(Circle(0.5, points=32), 0, 200, 100, 5, 5)
perfSheet = sheet - perf
circle = Circle(400, points=512)
circle.scale(1.0, 0.5)
circle.shift(500, 250)
perfCircle = circle & perfSheet
perfCircle.write('perfcircle.gpf', )
c, h, p, hf = gpfInfo('perfcircle.gpf')
self.assertEqual(c, len(perfCircle))
self.assertEqual(p, perfCircle.nPoints())
self.assertEqual(hf, True)
