print '-> remove first and last point (edge effet)'
qmin = x_axis[1]
qmax = x_axis[-2]
CropWorkspace(InputWorkspace=output_ws,
OutputWorkspace=output_ws,
XMin=qmin, XMax=qmax)
#space
self.setProperty("OutputWorkspace", mtd[output_ws])
#cleanup all workspace used
print '-> Cleaning useless workspaces'
if mtd.workspaceExists(ws_event_data):
mtd.deleteWorkspace(ws_event_data)
if mtd.workspaceExists(ws_data_Q):
mtd.deleteWorkspace(ws_data_Q)
if mtd.workspaceExists(ws_data):
mtd.deleteWorkspace(ws_data)
if (NormFlag):
if mtd.workspaceExists(ws_norm_event_data):
mtd.deleteWorkspace(ws_norm_event_data)
print
mtd.registerPyAlgorithm(RefLReduction())
print _line
#s1h
s1h_value, s1h_units = wks_utility.getS1h(mtd[ws_event_data])
_line = ' s1h: {0:.4f}'.format(s1h_value)
_line += ' ' + s1h_units
print _line
#s2h
s2h_value, s2h_units = wks_utility.getS2h(mtd[ws_event_data])
_line = ' s2h: {0:.4f}'.format(s2h_value)
_line += ' ' + s2h_units
print _line
#s1w
s1w_value, s1w_units = wks_utility.getS1w(mtd[ws_event_data])
_line = ' s1w: {0:.4f}'.format(s1w_value)
_line += ' ' + s1w_units
print _line
#s2w
s2w_value, s2w_units = wks_utility.getS2w(mtd[ws_event_data])
_line = ' s2w: {0:.4f}'.format(s2w_value)
_line += ' ' + s2w_units
print _line
print '********************************'
print
mtd.registerPyAlgorithm(RefLview())
