def _setup(self):
indx = line_indices(self.cachedlines, PRINTLIB5_HEADER)
assert len(indx) == 2
# remove title and next empty line
self.mean_start_index = indx[0] + 2
self.line_start_index = indx[1]
self.nr_of_entries = 0
def _process(self):
if not line_indices(self.cachedlines, "Nuclide Nuclide Nuclide"):
raise PypactNotPrintLib5FileException(
"Not a valid printlib5 file or SAVELINES was not used, as no spectral data exists.")
# off set start index to remove header (column titles are 2 lines)
self.mean_start_index = self.mean_start_index + 2
self.nr_of_entries = self.line_start_index - self.mean_start_index
def _setup(self):
indx = line_indices(self.cachedlines, PRINTLIB5_HEADER)
assert len(indx) == 2
# remove title and next empty line
self.mean_start_index = indx[0]+ 2
self.line_start_index = indx[1]
self.nr_of_entries = 0
def _process(self):
if not line_indices(self.cachedlines, "Nuclide Nuclide Nuclide"):
raise PypactNotPrintLib5FileException(
"Not a valid printlib5 file or SAVELINES was not used, as no spectral data exists."
)
# off set start index to remove header (column titles are 2 lines)
self.mean_start_index = self.mean_start_index + 2
self.nr_of_entries = self.line_start_index - self.mean_start_index
def _setup(self):
indices = line_indices(self.cachedlines, PRINTLIB4_HEADER)
if len(indices) != 1:
raise PypactNotPrintLib4FileException(
"Not a valid printlib4 file.")
sindx = line_indices(self.cachedlines, PRINTLIB4_START_HEADER)
if len(sindx) != 1:
raise PypactNotPrintLib4FileException(
"Not a valid printlib4 file.")
eindx = line_indices(self.cachedlines, PRINTLIB4_END_HEADER)
if len(eindx) != 1:
raise PypactNotPrintLib4FileException(
"Not a valid printlib4 file.")
# remove title and next empty line
self.start_index = sindx[0] + 1
self.end_index = eindx[0]
def __init__(self, filename, asstring=''):
"""
Cache the file content as a list of strings and process the timesteps
:param filename:
"""
self.cachedlines = (asstring if asstring else content_as_str(filename))
self.lineindices = line_indices(self.cachedlines, TIME_STEP_HEADER)
self.timesteps = []
self.irradiation_times = []
self.cooling_times = []
self._processtimesteps()
def test_line_indices(self):
self.assertEqual(lines.line_indices(self.teststr, 'This'), [0, 2])
self.assertEqual(lines.line_indices(self.teststr, 'another'), [2])
self.assertEqual(lines.line_indices(self.teststr, 'This is a line'), [0])
self.assertEqual(lines.line_indices(self.teststr, 'This is a lines'), [])
self.assertEqual(lines.line_indices(self.teststr, 'This is another line after a space'), [])
self.assertEqual(lines.line_indices(self.teststr, 'This is another line after a space'), [2])
self.assertEqual(lines.line_indices(self.teststr, 'blah'), [8])
self.assertEqual(lines.line_indices(self.teststr, 'blah blah'), [8])
self.assertEqual(lines.line_indices(self.teststr, '6'), [6, 8, 14, 20, 26])
self.assertEqual(lines.line_indices(self.teststr, '3'), [3, 6, 8, 20, 26])
self.assertEqual(lines.line_indices(self.teststr, '738.9'), [3])
self.assertEqual(lines.line_indices(self.teststr, '(738.9)'), [3])
self.assertEqual(lines.line_indices(self.teststr, ' (738.9)'), [3])
self.assertEqual(lines.line_indices(self.teststr, ' (738.9)'), [3])
self.assertEqual(lines.line_indices(self.teststr, ' (738.9) '), [])
self.assertEqual(lines.line_indices(self.teststr, '!'), [6])
self.assertEqual(lines.line_indices(self.teststr, ' !'), [6])
self.assertEqual(lines.line_indices(self.teststr, ' !and'), [6])
self.assertEqual(lines.line_indices(self.teststr, ' ! '), [])
self.assertEqual(lines.line_indices(self.teststr, ' some text '), [])
self.assertEqual(lines.line_indices(self.teststr, ' some text. '), [3, 6])
self.assertEqual(lines.line_indices(self.teststr, 'HEADER'), [10, 16, 22])
self.assertEqual(lines.line_indices(self.teststr, 'HEADER2'), [22])
self.assertEqual(lines.line_indices(self.teststr, ' '), [0,2,3,6,8,10,12,14,16,18,20,22,24,26,27])
self.assertEqual(lines.line_indices(self.teststr, '\n'), [])
def _setup(self):
self.lineindices = line_indices(self.cachedlines, TIME_STEP_HEADER)
self.timesteps = []
self.irradiation_times = []
self.cooling_times = []
self.times = []
def test_line_indices(self):
self.assertEqual(lines.line_indices(self.teststr, 'This'), [0, 2])
self.assertEqual(lines.line_indices(self.teststr, 'another'), [2])
self.assertEqual(lines.line_indices(self.teststr, 'This is a line'),
[0])
self.assertEqual(lines.line_indices(self.teststr, 'This is a lines'),
[])
self.assertEqual(
lines.line_indices(self.teststr,
'This is another line after a space'), [])
self.assertEqual(
lines.line_indices(self.teststr,
'This is another line after a space'), [2])
self.assertEqual(lines.line_indices(self.teststr, 'blah'), [8])
self.assertEqual(lines.line_indices(self.teststr, 'blah blah'), [8])
self.assertEqual(lines.line_indices(self.teststr, '6'),
[6, 8, 14, 20, 26])
self.assertEqual(lines.line_indices(self.teststr, '3'),
[3, 6, 8, 20, 26])
self.assertEqual(lines.line_indices(self.teststr, '738.9'), [3])
self.assertEqual(lines.line_indices(self.teststr, '(738.9)'), [3])
self.assertEqual(lines.line_indices(self.teststr, ' (738.9)'), [3])
self.assertEqual(lines.line_indices(self.teststr, ' (738.9)'), [3])
self.assertEqual(lines.line_indices(self.teststr, ' (738.9) '), [])
self.assertEqual(lines.line_indices(self.teststr, '!'), [6])
self.assertEqual(lines.line_indices(self.teststr, ' !'), [6])
self.assertEqual(lines.line_indices(self.teststr, ' !and'), [6])
self.assertEqual(lines.line_indices(self.teststr, ' ! '), [])
self.assertEqual(lines.line_indices(self.teststr, ' some text '), [])
self.assertEqual(lines.line_indices(self.teststr, ' some text. '),
[3, 6])
self.assertEqual(lines.line_indices(self.teststr, 'HEADER'),
[10, 16, 22])
self.assertEqual(lines.line_indices(self.teststr, 'HEADER2'), [22])
self.assertEqual(
lines.line_indices(self.teststr, ' '),
[0, 2, 3, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 27])
self.assertEqual(lines.line_indices(self.teststr, '\n'), [])
def _setup(self):
self.lineindices = line_indices(self.cachedlines, TIME_STEP_HEADER)
self.timesteps = []
self.irradiation_times = []
self.cooling_times = []
self.times = []