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PCAR-New.ini
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PCAR-New.ini
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[Options]
model: Stoner.analysis.fitting.models.superconductivity.Strijkers
# Controls whether the data and fit are plotted or not.
show_plot: True
# Sets whether to print a nice report to the console
print_report: True
# Save the final result ?
save_fit: False
#
# These are optional options that turn on various (experimental) bits of code
#
#This turns on the normalisation
normalise: False
# This turns on the fitting a quadratic to the outer 10% to determine the normalisation
# Don't use it unless you know why this might be sensible for your data !
fancy_normaliser: False
# Turns on rescaling the V axis into mV
# Only use if data not already correctly scaled.
rescale_v: False
# Tries to find and remove an offset in V by looking for peaks within 5 Delta
# Warning, this may go badly wrong with certain DC waveforms
remove_offset: False
# Decompose the data into symmetric and anti-symmetric with respect to bias and then fit the symmetric part only.
make_symmetric: True
# Be clever about annotating the result on the plots
fancy_result: True
#
# Can switch between a least-squares fitting algorithm based on the lmfit module, or othogonal distance regression "odr"
method=lmfit
# These settings will read old style files directly
[Data]
x: V
y: G
# This will load from a csv file, comment out to have it guess the file type
type: Stoner.formats.generic.CSVFile
header_line:1
start_line:2
separator: ,
# Only need v_scale if rescale_v is true
v_scale:1000
# Only need this if normalise is True and fancy_normaliser is False
Normal_conductance: 0.0
# Set true to discard data at high bias
discard: False
# Bias limit to discard at
v_limit: 10.0
# The next four sections set the parameters up
[omega]
#starting value
value:0.55
# Allow this parameter to vary in the fix
vary: True
#Lower bound is set
min: 0.0
# Would give upper limit if it were constrained
# Just comment out limits which are not set
#max: None
# Symbol for plot annotations
label: \omega
# Default step size 0 . Use in conjunction with vary,min and max when mapping a parameter
step: 0.0
# Defines the units label for the plots
units: meV
[delta]
value: 1.5
vary: True
min: 0.5
max: 2.0
label: \Delta
step: 0.2
units: meV
[P]
value: 0.5
vary: True
min: 0.2
max: 0.7
label: P
step: 0.05
[Z]
value: 0.17
vary: True
min: 0.0
#max: None
label: Z
step: 0.0