def free_sub_xray_lines_weight(self, xray_lines='all', bound=0.01):
"""
Free the weight of a sub X-ray lines
Remove the twin on the height of sub-Xray lines (non alpha)
Parameters
----------
xray_lines: list of str or 'all'
The Xray lines. If 'all', fit all lines
bounds: float
Bound the height of the peak to a fraction of
its height
"""
def free_twin(component):
component.A.twin = None
component.A.free = True
if component.A.value - bound * component.A.value <= 0:
component.A.bmin = 1e-10
else:
component.A.bmin = component.A.value - \
bound * component.A.value
component.A.bmax = component.A.value + \
bound * component.A.value
component.A.ext_force_positive = True
xray_families = [
utils_eds._get_xray_lines_family(line) for line in xray_lines]
for component in self:
if component.isbackground is False:
if xray_lines == 'all':
free_twin(component)
elif utils_eds._get_xray_lines_family(
component.name) in xray_families:
free_twin(component)
def free_sub_xray_lines_weight(self, xray_lines='all', bound=0.01):
"""
Free the weight of a sub X-ray lines
Remove the twin on the height of sub-Xray lines (non alpha)
Parameters
----------
xray_lines: list of str or 'all'
The Xray lines. If 'all', fit all lines
bounds: float
Bound the height of the peak to a fraction of
its height
"""
def free_twin(component):
component.A.twin = None
component.A.free = True
if component.A.value - bound * component.A.value <= 0:
component.A.bmin = 1e-10
else:
component.A.bmin = component.A.value - \
bound * component.A.value
component.A.bmax = component.A.value + \
bound * component.A.value
component.A.ext_force_positive = True
xray_families = [
utils_eds._get_xray_lines_family(line) for line in xray_lines]
for component in self:
if component.isbackground is False:
if xray_lines == 'all':
free_twin(component)
elif utils_eds._get_xray_lines_family(
component.name) in xray_families:
free_twin(component)
