def __init__(self, filename=None, w=1e-6, t=1e-6, L=1e-6, sign=1, **kwargs):
self.parameters = []
self.measures = []
self.raw_data = []
# Check for some specific kwargs and update kwargs
self["force_kxy"], kwargs = self.__check_force_kxy(**kwargs)
self["symmetrize"], kwargs = self.__check_symmetrize(**kwargs)
self["sign"] = self.__check_sign(sign)
self["gain"], kwargs = self.__check_gain(**kwargs)
if filename is not None:
filename = os.path.abspath(filename)
self["filename"] = filename
self["filetype"] = self.__check_filetype(filename)
# Find info
self.__add_parameters(w, t, L)
# If the file contains raw data
if self["filetype"] == "raw":
# If symmetrize is True
if self["H"] != "0.0" and self["symmetrize"] is True:
filename2 = U.get_symetric_file(filename)
raw_data = self.__Symmetrize(filename, filename2)
elif self["H"] != "0.0" and self["symmetrize"] is False:
if filename.find("--") != -1:
self["H"] = "-"+self["H"]
raw_data = U.read_file_raw(filename)
else:
raw_data = U.read_file_raw(filename)
else:
raw_data = U.read_file_raw(filename)
for key, values in raw_data.items():
self[key] = values
self.raw_data.append(key)
self.__Analyze(self["gain"])
self.__add_measure()
# If the file contains treated data
elif self["filetype"] == "treated":
data = U.read_file_treated(filename)
for key, values in data.items():
self[key] = values
self.measures.append(key)
self.__add_measure()
# Remaining kwargs are set as parameters
for key, value in kwargs.items():
self[key] = value
self.parameters.append(key)
return
def __Symmetrize(self, filename, filename2):
anti_sym = ["dTy_0", "dTy_Q"]
if filename.find("--") != -1:
filename, filename2 = filename2, filename
else:
pass
data = U.read_file_raw(filename)
data2 = U.read_file_raw(filename2)
sym_data = dict()
for key, values in data.items():
if key in data2:
if key in anti_sym:
sym_data[key] = 0.5*(data[key]-data2[key])
else:
sym_data[key] = 0.5*(data[key]+data2[key])
else:
pass
return sym_data