def load_resonances(start: int, stop: int, file: str, axis_swing: float,
planets: Tuple[str]):
assert axis_swing > 0.
from commands import load_resonances as _load_resonances
if not os.path.isabs(file):
file = os.path.normpath(opjoin(os.getcwd(), file))
if file == RESONANCE_FILEPATH:
logging.info('%s will be used as source of integers' % file)
for i in range(start, stop, STEP):
end = i + STEP if i + STEP < stop else stop
_load_resonances(file, i, end, planets, axis_swing)
def find(start: int, stop: int, from_day: float, to_day: float, reload_resonances: bool,
recalc: bool, is_current: bool, phase_storage: str, aei_paths: Tuple[str, ...],
recursive: bool, clear: bool, clear_s3: bool, planets: Tuple[str], verbose: bool):
from commands import load_resonances as _load_resonances
from datamining import PhaseStorage
from commands import calc as _calc
from commands import LibrationFinder
finder = LibrationFinder(planets, recursive, clear, clear_s3, is_current,
PhaseStorage(PHASE_STORAGE.index(phase_storage)), verbose)
if start == stop == -1 and aei_paths:
finder.find_by_file(aei_paths)
if recalc:
_calc(start, stop, STEP, from_day, to_day)
for i in range(start, stop, STEP):
end = i + STEP if i + STEP < stop else stop
if reload_resonances:
_load_resonances(RESONANCE_FILEPATH, i, end, planets)
finder.find(i, end, aei_paths)