def testParser1(self):
data = datafile("ni-q27r100-neutron.gr")
parser = PDFParser()
parser.parseFile(data)
meta = parser._meta
self.assertEqual(data, meta['filename'])
self.assertEqual(1, meta['nbanks'])
self.assertEqual('N', meta['stype'])
self.assertEqual(27, meta['qmax'])
self.assertEquals(300, meta.get('temperature'))
self.assertEquals(None, meta.get('qdamp'))
self.assertEquals(None, meta.get('qbroad'))
self.assertEquals(None, meta.get('spdiameter'))
self.assertEquals(None, meta.get('scale'))
self.assertEquals(None, meta.get('doping'))
x, y, dx, dy = parser.getData()
self.assertTrue(dx is None)
self.assertTrue(dy is None)
testx = numpy.linspace(0.01, 100, 10000)
diff = testx - x
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
testy = numpy.array([1.144, 2.258, 3.312, 4.279, 5.135, 5.862, 6.445,
6.875, 7.150, 7.272])
diff = testy - y[:10]
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
return
def testParser1(self):
data = datafile("ni-q27r100-neutron.gr")
parser = PDFParser()
parser.parseFile(data)
meta = parser._meta
self.assertEqual(data, meta['filename'])
self.assertEqual(1, meta['nbanks'])
self.assertEqual('N', meta['stype'])
self.assertEqual(27, meta['qmax'])
self.assertEquals(300, meta.get('temperature'))
self.assertEquals(None, meta.get('qdamp'))
self.assertEquals(None, meta.get('qbroad'))
self.assertEquals(None, meta.get('spdiameter'))
self.assertEquals(None, meta.get('scale'))
self.assertEquals(None, meta.get('doping'))
x, y, dx, dy = parser.getData()
self.assertTrue(dx is None)
self.assertTrue(dy is None)
testx = numpy.linspace(0.01, 100, 10000)
diff = testx - x
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
testy = numpy.array([1.144, 2.258, 3.312, 4.279, 5.135, 5.862, 6.445,
6.875, 7.150, 7.272])
diff = testy - y[:10]
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
return
def testParser2(self):
data = datafile("si-q27r60-xray.gr")
parser = PDFParser()
parser.parseFile(data)
meta = parser._meta
self.assertEqual(data, meta['filename'])
self.assertEqual(1, meta['nbanks'])
self.assertEqual('X', meta['stype'])
self.assertEqual(27, meta['qmax'])
self.assertEquals(300, meta.get('temperature'))
self.assertEquals(None, meta.get('qdamp'))
self.assertEquals(None, meta.get('qbroad'))
self.assertEquals(None, meta.get('spdiameter'))
self.assertEquals(None, meta.get('scale'))
self.assertEquals(None, meta.get('doping'))
x, y, dx, dy = parser.getData()
testx = numpy.linspace(0.01, 60, 5999, endpoint=False)
diff = testx - x
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
testy = numpy.array([
0.1105784, 0.2199684, 0.3270088, 0.4305913, 0.5296853, 0.6233606,
0.7108060, 0.7913456, 0.8644501, 0.9297440
])
diff = testy - y[:10]
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
testdy = numpy.array([
0.001802192, 0.003521449, 0.005079115, 0.006404892, 0.007440527,
0.008142955, 0.008486813, 0.008466340, 0.008096858, 0.007416456
])
diff = testdy - dy[:10]
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
self.assertTrue(dx is None)
return
def testParser2(self):
data = datafile("si-q27r60-xray.gr")
parser = PDFParser()
parser.parseFile(data)
meta = parser._meta
self.assertEqual(data, meta['filename'])
self.assertEqual(1, meta['nbanks'])
self.assertEqual('X', meta['stype'])
self.assertEqual(27, meta['qmax'])
self.assertEquals(300, meta.get('temperature'))
self.assertEquals(None, meta.get('qdamp'))
self.assertEquals(None, meta.get('qbroad'))
self.assertEquals(None, meta.get('spdiameter'))
self.assertEquals(None, meta.get('scale'))
self.assertEquals(None, meta.get('doping'))
x, y, dx, dy = parser.getData()
testx = numpy.linspace(0.01, 60, 5999, endpoint=False)
diff = testx - x
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
testy = numpy.array([0.1105784, 0.2199684, 0.3270088, 0.4305913,
0.5296853, 0.6233606, 0.7108060, 0.7913456, 0.8644501, 0.9297440])
diff = testy - y[:10]
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
testdy = numpy.array([0.001802192, 0.003521449, 0.005079115,
0.006404892, 0.007440527, 0.008142955, 0.008486813, 0.008466340,
0.008096858, 0.007416456])
diff = testdy - dy[:10]
res = numpy.dot(diff, diff)
self.assertAlmostEqual(0, res)
self.assertTrue(dx is None)
return
