def do2(self):
for experiment, farm in zip(self.experiments, self.farms):
for cell_label in experiment.cell_data_frames:
logging.info(f"Analyzing {cell_label}")
if experiment.all_in_memory:
logging.debug("CellpyData picked from memory")
cell = experiment.cell_data_frames[cell_label]
if cell.empty:
logging.warning("Oh-no! Empty CellpyData-object")
else:
logging.debug("CellpyData loaded from Cellpy-file")
cell = experiment.data[cell_label]
if cell.empty:
logging.warning("Oh-no! Empty CellpyData-object")
df = select_ocv_points(
cell,
selection_method=self.selection_method,
number_of_points=self.number_of_points,
interval=self.interval,
relative_voltage=self.relative_voltage,
report_times=self.report_times,
direction=self.direction,
)
farm.append(df)
return self.farms
def test_select_ocv_points(dataset):
out = ocv_rlx.select_ocv_points(dataset)
# print()
# print(" ocv rlx points ".center(80, "="))
# print(" all defaults ".center(80, "-"))
# print(out.head())
out = ocv_rlx.select_ocv_points(dataset, relative_voltage=True)
# print(" relative voltage ".center(80, "-"))
# print(out.head())
out = ocv_rlx.select_ocv_points(dataset, number_of_points=1)
# print(" seven points ".center(80, "-"))
# print(out.head())
out = ocv_rlx.select_ocv_points(dataset, report_times=True)
# print(" report times ".center(80, "-"))
# print(out.head())
out = ocv_rlx.select_ocv_points(dataset, selection_method="fixed_times")