def set_wlet_pars(self):
# period validator
vali = self.periodV
# read all the LineEdits:
text = self.T_min.text()
T_min = text.replace(",", ".")
check, _, _ = vali.validate(T_min, 0)
if self.debug:
print("Min periodValidator output:", check, "value:", T_min)
if check == 0:
self.OutOfBounds = MessageWindow("Wavelet periods out of bounds!",
"Value Error")
return False
self.T_min_value = float(T_min)
step_num = self.step_num.text()
check, _, _ = posintV.validate(step_num, 0)
if self.debug:
print("# Periods posintValidator:", check, "value:", step_num)
if check == 0:
self.OutOfBounds = MessageWindow(
"The Number of periods must be a positive integer!",
"Value Error")
return False
self.step_num_value = int(step_num)
text = self.T_max.text()
T_max = text.replace(",", ".")
check, _, _ = vali.validate(T_max, 0)
if self.debug:
print("Max periodValidator output:", check)
print(f"Max period value: {self.T_max.text()}")
if check == 0 or check == 1:
self.OutOfBounds = MessageWindow(
"Wavelet highest period out of bounds!", "Value Error")
return False
self.T_max_value = float(T_max)
text = self.p_max.text()
p_max = text.replace(",", ".")
check, _, _ = posfloatV.validate(p_max, 0) # checks for positive float
if check == 0:
self.OutOfBounds = MessageWindow("Powers are positive!",
"Value Error")
return False
# check for empty string:
if p_max:
self.p_max_value = float(p_max)
else:
self.p_max_value = None
# success!
return True
def set_wlet_pars(self):
'''
Retrieves and checks the set wavelet parameters
of the 'Analysis' input box reading the following
QLineEdits:
self.Tmin
self.Tmax
self.step_num
self.pmax
Further the checkboxes regarding detrending and amplitude
normalization are evaluated. And
self.get_L()
self.get_T_c()
are called if needed. These respective parameters are set to False
if the opereation in question is not requested.
Returns
-------
wlet_pars : dictionary holding the retrieved parameters,
L and T_c are set to None if no amplitude
normalization or detrending operation should be done
'''
wlet_pars = {}
# period validator
vali = self.periodV
# -- read all the QLineEdits --
text = self.T_min.text()
T_min = text.replace(",", ".")
check, _, _ = vali.validate(T_min, 0)
if self.debug:
print("Min periodValidator output:", check, "value:", T_min)
if check == 0:
self.OutOfBounds = MessageWindow(
"Wavelet periods out of bounds!", "Value Error"
)
return False
wlet_pars['T_min'] = float(T_min)
step_num = self.step_num.text()
check, _, _ = posintV.validate(step_num, 0)
if self.debug:
print("# Periods posintValidator:", check, "value:", step_num)
if check == 0:
self.OutOfBounds = MessageWindow(
"The Number of periods must be a positive integer!", "Value Error"
)
return False
wlet_pars['step_num'] = int(step_num)
if int(step_num) > 1000:
choice = QMessageBox.question(
self,
"Too much periods?: ",
"High number of periods: Do you want to continue?",
QMessageBox.Yes | QMessageBox.No,
)
if choice == QMessageBox.Yes:
pass
else:
return False
text = self.T_max.text()
T_max = text.replace(",", ".")
check, _, _ = vali.validate(T_max, 0)
if self.debug:
print("Max periodValidator output:", check)
print(f"Max period value: {self.T_max.text()}")
if check == 0 or check == 1:
self.OutOfBounds = MessageWindow(
"Wavelet highest period out of bounds!", "Value Error"
)
return False
wlet_pars['T_max'] = float(T_max)
text = self.p_max.text()
p_max = text.replace(",", ".")
check, _, _ = posfloatV.validate(p_max, 0) # checks for positive float
if check == 0:
self.OutOfBounds = MessageWindow("Powers are positive!", "Value Error")
return False
# check for empty string:
if p_max:
wlet_pars['p_max'] = float(p_max)
else:
wlet_pars['p_max'] = None
# -- the checkboxes --
# detrend for the analysis?
if self.cb_use_detrended.isChecked():
T_c = self.get_T_c(self.T_c_edit)
if T_c is None:
return False # abort settings
wlet_pars['T_c'] = T_c
else:
# indicates no detrending requested
wlet_pars['T_c'] = False
# amplitude normalization is downstram of detrending!
if self.cb_use_envelope.isChecked():
L = self.get_L(self.L_edit)
if L is None:
return False # abort settings
wlet_pars['L'] = L
else:
# indicates no ampl. normalization
wlet_pars['L'] = False
# success!
return wlet_pars
def set_wlet_pars(self):
'''
Retrieves and checks the set wavelet parameters
of the 'Analysis' input box reading the following
QLineEdits:
self.Tmin_edit
self.Tmax_edit
self.nT_edit
self.pow_max_edit
Further the checkboxes regarding detrending and amplitude
normalization are evaluated. And
self.get_wsize()
self.get_T_c()
are called if needed.
Returns
-------
wlet_pars : dictionary holding the retrieved parameters,
window_size and T_c are set to None if no amplitude
normalization or detrending operation should be done
'''
wlet_pars = {}
# period validator
vali = self.periodV
# -- read all the QLineEdits --
text = self.Tmin_edit.text()
text = text.replace(",", ".")
check, _, _ = vali.validate(text, 0)
if self.debug:
print("Min periodValidator output:", check, "value:", text)
if check == 0:
msgBox = QMessageBox()
msgBox.setText("Lowest period out of bounds!")
msgBox.exec()
return False
Tmin = float(text)
if Tmin < 2 * self.dt:
Tmin = 2 * self.dt
self.Tmin_edit.clear()
self.Tmin_edit.insert(str(Tmin))
msgBox = QMessageBox()
msgBox.setWindowTitle('Warning')
msg = f"Lowest period set to Nyquist limit: {Tmin} {self.time_unit}!"
msgBox.setText(msg)
msgBox.exec()
wlet_pars['Tmin'] = Tmin
step_num = self.nT_edit.text()
check, _, _ = posintV.validate(step_num, 0)
if self.debug:
print("# Periods posintValidator:", check, "value:", step_num)
if check == 0:
msgBox = QMessageBox()
msgBox.setText("The Number of periods must be a positive integer!")
msgBox.exec()
return False
wlet_pars['step_num'] = int(step_num)
if int(step_num) > 1000:
choice = QMessageBox.question(
self,
"Too much periods?: ",
"High number of periods: Do you want to continue?",
QMessageBox.Yes | QMessageBox.No,
)
if choice == QMessageBox.Yes:
pass
else:
return False
text = self.Tmax_edit.text()
Tmax = text.replace(",", ".")
check, _, _ = vali.validate(Tmax, 0)
if self.debug:
print("Max periodValidator output:", check)
print(f"Max period value: {self.Tmax_edit.text()}")
if check == 0 or check == 1:
msgBox = QMessageBox()
msgBox.setText("Highest periods out of bounds!")
msgBox.exec()
return False
wlet_pars['Tmax'] = float(Tmax)
text = self.pow_max_edit.text()
pow_max = text.replace(",", ".")
check, _, _ = posfloatV.validate(pow_max,
0) # checks for positive float
if check == 0:
msgBox = QMessageBox()
msgBox.setText("Maximal power must be positive!")
msgBox.exec()
return False
# check for empty string:
if pow_max:
wlet_pars['pow_max'] = float(pow_max)
else:
wlet_pars['pow_max'] = None
# -- the checkboxes --
# detrend for the analysis?
if self.cb_use_detrended.isChecked():
T_c = self.get_T_c(self.T_c_edit)
if T_c is None:
return False # abort settings
wlet_pars['T_c'] = T_c
else:
# indicates no detrending requested
wlet_pars['T_c'] = None
# amplitude normalization is downstram of detrending!
if self.cb_use_envelope.isChecked():
window_size = self.get_wsize(self.wsize_edit)
if window_size is None:
return False # abort settings
wlet_pars['window_size'] = window_size
else:
# indicates no ampl. normalization
wlet_pars['window_size'] = None
# success!
return wlet_pars