def add_contextual_widgets(self):
axes_tab, self.axis_info_widgets = self.construct_axes_tab()
binning_tab, self.binning_info_widgets = self.construct_binning_tab()
kspace_tab, self.kspace_info_widgets = self.construct_kspace_tab()
self.tabs = tabs(
[
'Info',
horizontal(),
],
[
'Axes',
axes_tab,
],
[
'Binning',
binning_tab,
],
[
'K-Space',
kspace_tab,
],
)
self.tabs.setFixedHeight(qt_info.inches_to_px(1))
self.main_layout.addLayout(self.content_layout, 0, 0)
self.main_layout.addWidget(self.tabs, 1, 0)
def add_controls(self):
specification = self.calculate_control_specification()
ui = {}
with CollectUI(ui):
controls = tabs([
'Controls',
horizontal(*[
vertical(*[
vertical(label(s[0]), self.build_control_for(*s))
for s in pair
]) for pair in group_by(2, specification)
])
], )
def update_argument(arg_name, arg_type):
def updater(value):
self.current_arguments[arg_name] = arg_type(value)
self.update_data()
return updater
for arg_name, arg_type, _ in specification:
ui[f'{arg_name}-control'].subject.subscribe(
update_argument(arg_name, arg_type))
controls.setFixedHeight(qt_info.inches_to_px(1.4))
self.main_layout.addWidget(controls, 1, 0)
def construct_binning_tab(self):
binning_options = QtWidgets.QLabel('Options')
inner_items = [
BinningInfoWidget(axis_index=i, root=self)
for i in range(len(self.data.dims))
]
return horizontal(binning_options, *inner_items), inner_items
def construct_coordinate_info_tab(self):
needed_coordinates = ['phi', 'psi', 'alpha', 'theta', 'beta', 'chi']
inner_items = [CoordinateOffsetWidget(coordinate_name=coordinate, root=self)
for coordinate in needed_coordinates]
self.coordinate_widgets = dict(zip(needed_coordinates, inner_items))
for widget in inner_items:
pass
return horizontal(*inner_items)
def construct_sample_info_tab(self):
material_choice = combo_box(
sorted(SURFACE_ZONE_DEFINITIONS.keys()),
name='Material Specification',
)
self.material_choice_widget = material_choice
self.material_choice_widget.currentTextChanged.connect(self.on_change_material)
#self.photon_energy_widget =
inner_items = [material_choice]
return horizontal(*inner_items)
def add_contextual_widgets(self):
convert_dims = ['theta', 'beta', 'phi', 'psi']
if 'eV' not in self.data.dims:
convert_dims += ['chi']
if 'hv' in self.data.dims:
convert_dims += ['hv']
ui = {}
with CollectUI(ui):
controls = tabs([
'Controls',
horizontal(*[
vertical(*[
vertical(
label(p),
numeric_input(self.data.attrs.get(
f'{p}_offset', 0.),
input_type=float,
id=f'control-{p}'),
) for p in pair
]) for pair in group_by(2, convert_dims)
])
])
def update_dimension_name(dim_name):
def updater(value):
self.update_offsets(dict([[dim_name, float(value)]]))
return updater
for dim in convert_dims:
ui[f'control-{dim}'].subject.subscribe(update_dimension_name(dim))
controls.setFixedHeight(qt_info.inches_to_px(1.75))
self.main_layout.addLayout(self.content_layout, 0, 0)
self.main_layout.addWidget(controls, 1, 0)
def construct_general_settings_tab(self):
inner_items = []
return horizontal(*inner_items)
def construct_detector_info_tab(self):
inner_items = []
return horizontal(*inner_items)
def construct_kspace_tab(self):
inner_items = []
return horizontal(*inner_items), inner_items
def construct_axes_tab(self):
inner_items = [
AxisInfoWidget(axis_index=i, root=self)
for i in range(len(self.data.dims))
]
return horizontal(*inner_items), inner_items
