def __init__(self,
datnum,
run_fit,
experiment_name,
hot_or_cold,
vary_theta, vary_gamma,
g, theta, mid, amp, lin, const, occ_lin,
):
super().__init__()
self.run_fit = triggered_by(self.components.but_fit.id) # Don't actually care about n_clicks from run_fit
self.datnum_triggered = triggered_by(self.components.inp_datnum.id)
self.experiment_name = experiment_name if experiment_name else None
self.datnum = datnum
self.hot_or_cold = hot_or_cold
self.vary_theta = True if vary_theta is not None and True in vary_theta else False
self.vary_gamma = True if vary_gamma is not None and True in vary_gamma else False
self.mid = mid
self.g = 10 ** g
self.theta = theta
self.amp = amp
self.lin = lin
self.const = const
self.occ_lin = occ_lin
def __init__(
self,
run,
run_centers,
datnum,
overwrite_centers,
sp_start,
se_transition_func,
se_fit_width,
se_rows,
use_tonly,
tonly_datnum,
tonly_func,
tonly_width,
tonly_rows,
center_func,
force_theta,
force_gamma,
force_dt,
force_amp,
int_from_se,
use_csq,
csq_datnum,
):
self.run = triggered_by(
self.components.but_run.id) # i.e. True if run was the trigger
self.run_centers = triggered_by(
self.components.but_run_generate_centers.id)
self.overwrite_centers = True if overwrite_centers else False
self.datnum = datnum
# SE fitting
self.sp_start = sp_start if sp_start else 0.0
self.ent_transition_func = se_transition_func
self.ent_width = se_fit_width
self.ent_rows = se_rows if se_rows else (None, None)
# Tonly fitting
self.use_tonly = use_tonly
self.tonly_datnum = tonly_datnum
self.tonly_func = tonly_func
self.tonly_width = tonly_width
self.tonly_rows = tonly_rows
self.center_func = center_func
self.force_theta = force_theta
self.force_gamma = force_gamma
# Integration info
self.force_dt = force_dt
self.force_amp = force_amp
self.int_from_se = int_from_se
# CSQ mapping
self.csq_map = use_csq
self.csq_datnum = csq_datnum
# ## Post init
self.dat = get_dat(self.datnum) if self.datnum else None
def __init__(self, se_name, e_names, t_names, int_names, calculated,
datnum):
super().__init__() # Shutting up PyCharm
self.se_name: str = se_name
self.e_names: List[str] = listify_dash_input(e_names)
self.t_names: List[str] = listify_dash_input(t_names)
self.int_names: List[str] = listify_dash_input(int_names)
self.datnum: Optional[int] = datnum
self.calculated: StoreData = calculated
self.calculated_triggered = triggered_by(
self.components.store_calculated.id)
# Generated
self.dat = get_dat(datnum) if self.datnum is not None else None
def __init__(
self,
datnum,
t_fit_names, # plotting existing
calculated,
):
self.datnum: int = datnum
# plotting existing
self.t_fit_names: List[str] = listify_dash_input(t_fit_names)
self.calculated: StoreData = calculated
self.calculated_triggered = triggered_by(
self.components.store_calculated.id)
# ################# Post calculations
self.dat = get_dat(self.datnum) if self.datnum is not None else None
def __init__(self,
which, x_type,
datnum,
g, theta, mid, amp, lin, const, occ_lin,
experiment_name,
):
super().__init__() # Just here to shut up PyCharm
self.experiment_name = experiment_name if experiment_name else None
self.which = ensure_list(which if which else ['occupation'])
self.x_type = x_type
self.which_triggered = triggered_by(self.components.dd_which_nrg.id)
self.datnum = datnum
self.mid = mid
self.g = 10 ** g
self.theta = theta
self.amp = amp
self.lin = lin
self.const = const
self.occ_lin = occ_lin