annul_av = annular_av_module(id='sans.annular_av',
datatype=SANS_DATA,
version='1.0',
action=annular_av_action,
xtype=xtype,
filterModule=annular_av)
def correct_background_action(input=None, **kwargs):
result = [correct_background(bundle[-1], bundle[0]) for bundle in input]
return dict(output=result)
correct_back = correct_background_module(id='sans.correct_background',
datatype=SANS_DATA,
version='1.0',
action=correct_background_action,
xtype=xtype,
filterModule=correct_background)
#Instrument definitions
SANS_NG3 = Instrument(
id='ncnr.sans.ins',
name='sans',
archive=config.NCNR_DATA + '/sansins',
menu=[
('Input', [load, save]),
('Reduction', [
deadtime, generate_trans, correct_det_sens, initial_corr, annul_av,
absolute
]),
],
flat = []
for bundle in input:
flat.extend(bundle)
result = [convert_q(f) for f in flat]
return dict(output=result)
convertq = convertq_module(id='sans.convertq', datatype=SANS_DATA, version='1.0', action=convertq_action)
def correct_detector_efficiency_action(input=None):
result = [correct_detector_efficiency(bundle[-1], bundle[0]) for bundle in input]
return dict(output=result)
correct_det_eff = correct_detector_efficiency_module(id='sans.correct_detector_efficiency', datatype=SANS_DATA, version='1.0', action=correct_detector_efficiency_action)
def correct_background_action(input=None):
result = [correct_background(bundle[-1], bundle[0]) for bundle in input]
return dict(output=result)
correct_back = correct_background_module(id='sans.correct_background', datatype=SANS_DATA, version='1.0', action=correct_background_action)
#Instrument definitions
SANS_INS = Instrument(id='ncnr.sans.ins',
name='NCNR SANS INS',
archive=config.NCNR_DATA + '/sansins',
menu=[('Input', [load, save]),
('Reduction', [convertq,correct_det_eff,mon_norm,correct_back])
],
requires=[config.JSCRIPT + '/sansplot.js'],
datatypes=[data2d],
)
instruments = [SANS_INS]
# Testing
if __name__ == '__main__':
