class DetectorTest(unittest.TestCase):
def setUp(self):
self.d = DetectorData(
shape = (10,10),
pixelsteps_per_buffer = 1,
buffers_per_file = 1,
dirpaths = NETCDF_DIR,
filepattern = NETCDF_PATTERN,
mca_bins = 2048,
first_file_n = 1,
)
def get_spectrum_first_test(self):
pixel_step, row, col = (0, 0, 0)
spectrum = self.d.spectrum(pixel_step, row, col)
self.assertEqual(len(spectrum), 2048)
self.assertEqual(spectrum.sum(), 5445)
def get_spectrum_last_test(self):
pixel_step, row, col = (538, 9, 9)
spectrum = self.d.spectrum(pixel_step, row, col)
self.assertEqual(len(spectrum), 2048)
self.assertEqual(spectrum.sum(), 155276)
def get_statistic_first_test(self):
pixel_step, row, col = (0, 0, 0)
stat = self.d.statistic(pixel_step, row, col, 'realtime')
self.assertEqual(stat, 3125023)
class DetectorTest(unittest.TestCase):
def setUp(self):
self.d = DetectorData(
shape=(10, 10),
pixelsteps_per_buffer=1,
buffers_per_file=1,
dirpaths=NETCDF_DIR,
filepattern=NETCDF_PATTERN,
mca_bins=2048,
first_file_n=1,
)
def get_spectrum_first_test(self):
pixel_step, row, col = (0, 0, 0)
spectrum = self.d.spectrum(pixel_step, row, col)
self.assertEqual(len(spectrum), 2048)
self.assertEqual(spectrum.sum(), 5445)
def get_spectrum_last_test(self):
pixel_step, row, col = (538, 9, 9)
spectrum = self.d.spectrum(pixel_step, row, col)
self.assertEqual(len(spectrum), 2048)
self.assertEqual(spectrum.sum(), 155276)
def get_statistic_first_test(self):
pixel_step, row, col = (0, 0, 0)
stat = self.d.statistic(pixel_step, row, col, 'realtime')
self.assertEqual(stat, 3125023)
