def UpdateGuiFromModel(self,):
"""
update gui from a model
"""
model = self.get_Model()
if model == None: return
# Data
self.init_Data()
if self.components.Theta.text =='':
tname = self.get_ModelName()
tname = tname + '.theta'
self.components.Theta.text = tname
# parameters
params = model.get_params()
if len(params) > 0:
self.components.Energy.text = str(params['energy'])
self.components.ConvWidth.text = str(params['wconv'])
self.components.SampLen.text = str(params['slen'])
self.components.BeamVert.text = str(params['bvert'])
self.components.BeamHorz.text = str(params['bhorz'])
self.components.AreaFlag.stringSelection = str(params['aflag'])
self.components.RefScale.text = str(params['rscale'])
#
if params.has_key('fyel'):
self.components.FyEl.text = str(params['fyel'])
else:
idx = int(params['fyidx'])
if idx == -1:
self.components.FyEl.text = str(0.0)
else:
elz = model.slab.list_elements()
if idx in range(len(elz)):
self.components.FyEl.text = str(elz[idx])
else:
self.components.FyEl.text = str(0.0)
#
self.components.FyEnergy.text = str(params['fyenergy'])
self.components.DetAngle.text = str(params['adet'])
self.components.ThetaNorm.text = str(params['tnorm'])
self.components.RoughFlag.stringSelection = str(params['rflag'])
self.components.DelZ.text = str(params['delz'])
self.components.PDepth.text = str(params['pdepth'])
# components
self.init_Components()
# Dist params
self.init_DistParamsFromModel()
def UpdateGuiFromModel(self, ):
"""
update gui from a model
"""
model = self.get_Model()
if model == None: return
# Data
self.init_Data()
if self.components.Theta.text == '':
tname = self.get_ModelName()
tname = tname + '.theta'
self.components.Theta.text = tname
# parameters
params = model.get_params()
if len(params) > 0:
self.components.Energy.text = str(params['energy'])
self.components.ConvWidth.text = str(params['wconv'])
self.components.SampLen.text = str(params['slen'])
self.components.BeamVert.text = str(params['bvert'])
self.components.BeamHorz.text = str(params['bhorz'])
self.components.AreaFlag.stringSelection = str(params['aflag'])
self.components.RefScale.text = str(params['rscale'])
#
if params.has_key('fyel'):
self.components.FyEl.text = str(params['fyel'])
else:
idx = int(params['fyidx'])
if idx == -1:
self.components.FyEl.text = str(0.0)
else:
elz = model.slab.list_elements()
if idx in range(len(elz)):
self.components.FyEl.text = str(elz[idx])
else:
self.components.FyEl.text = str(0.0)
#
self.components.FyEnergy.text = str(params['fyenergy'])
self.components.DetAngle.text = str(params['adet'])
self.components.ThetaNorm.text = str(params['tnorm'])
self.components.RoughFlag.stringSelection = str(params['rflag'])
self.components.DelZ.text = str(params['delz'])
self.components.PDepth.text = str(params['pdepth'])
# components
self.init_Components()
# Dist params
self.init_DistParamsFromModel()
def UpdateGuiFromModel(self,):
"""
update gui from a model
"""
model = self.get_Model()
if model == None: return
# layers
ldata = []
for j in range(len(model.layer)):
ll = []
m = model.layer[j]
ll.append(str(j))
ll.append(m.name)
ll.append(str(m.thickness))
ll.append(str(m.density))
ll.append(str(m.roughness))
ldata.append(ll)
ldata = self.sort_LayerList(ldata)
self.components.LayerList.items = ldata
# slab delta
if model.slab:
self.components.SlabDelta.text = str(model.slab.delta)
# Data
self.init_Data()
if self.components.Theta.text =='':
tname = self.get_ModelName()
tname = tname + '.theta'
self.components.Theta.text = tname
# parameters
params = model.get_params()
if len(params) > 0:
self.components.Energy.text = str(params['energy'])
self.components.ConvWidth.text = str(params['wconv'])
self.components.SampLen.text = str(params['slen'])
self.components.BeamVert.text = str(params['bvert'])
self.components.BeamHorz.text = str(params['bhorz'])
self.components.AreaFlag.stringSelection = str(params['aflag'])
self.components.RefScale.text = str(params['rscale'])
#self.components.FyIndex.text = str(params['fyidx'])
#
if params.has_key('fyel'):
self.components.FyEl.text = str(params['fyel'])
else:
idx = int(params['fyidx'])
if idx == -1:
self.components.FyEl.text = str(0.0)
else:
elz = model.slab.list_elements()
if idx in range(len(elz)):
self.components.FyEl.text = str(elz[idx])
else:
self.components.FyEl.text = str(0.0)
#
self.components.FyEnergy.text = str(params['fyenergy'])
self.components.DetAngle.text = str(params['adet'])
self.components.ThetaNorm.text = str(params['tnorm'])
self.components.RoughFlag.stringSelection = str(params['rflag'])
self.components.DelZ.text = str(params['delz'])
self.components.PDepth.text = str(params['pdepth'])
def UpdateGuiFromModel(self, ):
"""
update gui from a model
"""
model = self.get_Model()
if model == None: return
# layers
ldata = []
for j in range(len(model.layer)):
ll = []
m = model.layer[j]
ll.append(str(j))
ll.append(m.name)
ll.append(str(m.thickness))
ll.append(str(m.density))
ll.append(str(m.roughness))
ldata.append(ll)
ldata = self.sort_LayerList(ldata)
self.components.LayerList.items = ldata
# slab delta
if model.slab:
self.components.SlabDelta.text = str(model.slab.delta)
# Data
self.init_Data()
if self.components.Theta.text == '':
tname = self.get_ModelName()
tname = tname + '.theta'
self.components.Theta.text = tname
# parameters
params = model.get_params()
if len(params) > 0:
self.components.Energy.text = str(params['energy'])
self.components.ConvWidth.text = str(params['wconv'])
self.components.SampLen.text = str(params['slen'])
self.components.BeamVert.text = str(params['bvert'])
self.components.BeamHorz.text = str(params['bhorz'])
self.components.AreaFlag.stringSelection = str(params['aflag'])
self.components.RefScale.text = str(params['rscale'])
#self.components.FyIndex.text = str(params['fyidx'])
#
if params.has_key('fyel'):
self.components.FyEl.text = str(params['fyel'])
else:
idx = int(params['fyidx'])
if idx == -1:
self.components.FyEl.text = str(0.0)
else:
elz = model.slab.list_elements()
if idx in range(len(elz)):
self.components.FyEl.text = str(elz[idx])
else:
self.components.FyEl.text = str(0.0)
#
self.components.FyEnergy.text = str(params['fyenergy'])
self.components.DetAngle.text = str(params['adet'])
self.components.ThetaNorm.text = str(params['tnorm'])
self.components.RoughFlag.stringSelection = str(params['rflag'])
self.components.DelZ.text = str(params['delz'])
self.components.PDepth.text = str(params['pdepth'])
