def create_settings_dock(self):
settings_d = InnerDock(self.layout,
'Settings',
toggle_button=True,
size=(1, 1))
self.init_on_off_button(settings_d.layout)
create_param_combobox(settings_d.layout, 'Max Freq', (0, 1),
['Auto', '60 Hz', '80 Hz', '100 Hz', '120 Hz'],
partial(self.scale_axis, axis_name='x'))
create_param_combobox(settings_d.layout, 'Max Uv', (0, 2), [
'Auto', '1000 uv', '10000 uv', '100000 uv', '1000000 uv',
'10000000 uv'
], partial(self.scale_axis, axis_name='y'))
create_param_combobox(settings_d.layout, 'Log', (0, 3),
['False', 'True'], self.log_axis)
create_param_combobox(settings_d.layout, 'Filter', (0, 4),
['No filter', 'Bandpass', 'Bandstop', 'Both'],
self.show_filter)
self.combo_to_filter = {
'No filter': [],
'Bandpass': ['bandpass'],
'Bandstop': ['bandstop'],
'Both': ['bandpass', 'bandstop']
}
create_param_combobox(
settings_d.layout,
'Ch On', (0, 5),
['ch 1', 'ch 2', 'ch 3', 'ch 4', 'ch 5', 'ch 6', 'ch 7', 'ch 8'],
self.ch_on_off,
editable=False)
self.dock_area.addDock(settings_d.dock, 'top')
def create_banner_dock(self):
banner_d = InnerDock(
self.layout, 'Banner', b_pos=(0, 3), b_checked=False,
toggle_button=True, size=(1, 1))
Banner(banner_d.layout)
self.dock_area.addDock(banner_d.dock)
banner_d.dock.hide()
def init_viz_layout(self):
# viz_gr, viz_layout = create_gr()
viz_d = InnerDock(self.layout, 'Visualization')
self.view = self.init_view()
viz_d.layout.addWidget(self.view)
# self.layout.addWidget(self.view, 2, 0, 1, 9)
self.dock_area.addDock(viz_d.dock)
def create_time_dock(self):
self.time_d = InnerDock(self.layout, 'time dock', size=(1, 1))
self.add_ch_layout(self.time_d.layout,
ch=self.gv.N_CH,
time_ch=True,
plot_pos=(0, 0))
self.dock_area.addDock(self.time_d.dock)
def create_saving_dock(self):
saving_d = InnerDock(self.layout,
'Saving',
b_pos=(0, 2),
toggle_button=True,
size=(1, 1))
DataSaver(self.gv.main_window, self.gv, saving_d.layout, size=(1, 1))
self.dock_area.addDock(saving_d.dock)
def create_settings_dock(self):
settings_d = InnerDock(
self.layout, 'Settings', b_pos=(0, 1),toggle_button=True,
size=(1, 1))
# Stop/Start button
self.create_buttons(settings_d.layout)
# Plot parameter
self.create_all_combobox(settings_d.layout)
self.dock_area.addDock(settings_d.dock)
def create_eeg_dock(self, grps):
eeg_d = InnerDock(self.layout, 'Part EEG')
splitters = self.create_splitter(grps)
s_factor = len(splitters)//self.GR_PER_COL
for no, s in enumerate(splitters):
# Add 1 to the row to be in line with the hardware settings
eeg_d.layout.addWidget(s, no%s_factor, no//s_factor)
self.dock_area.addDock(eeg_d.dock)
return eeg_d
def create_write_hardware_dock(self):
write_hardware_d = InnerDock(
self.layout, 'Write to hardware', b_pos=(0, 4), toggle_button=True,
size=(1, 1), b_checked=True)
self.write_hardware_l_e = QtGui.QLineEdit('x1040000X')
write_hardware_d.layout.addWidget(self.write_hardware_l_e)
btn('Write serial', write_hardware_d.layout,
func_conn=self.send_byte_to_hardware, pos=(0, 1))
self.dock_area.addDock(write_hardware_d.dock)
def create_filter_settings_dock(self):
filter_d = InnerDock(self.layout,
'Filter',
toggle_button=True,
size=(1, 1),
b_pos=(0, 1),
b_checked=False)
self.dock_area.addDock(filter_d.dock, 'right')
filter_d.dock.hide()
return filter_d
def set_settings_pins_layout(self):
settings_pins_d = InnerDock(
self.layout, 'Pins settings', b_pos=(1, 0), toggle_button=True,
size=(1, 1), b_checked=False, b_orientation='east',
background_color='k')
self.pins_settings = []
for ch in range(self.gv.N_CH):
self.pins_settings.append(
PinSettings(self, self.gv, settings_pins_d.layout, ch))
return settings_pins_d
def init_modify_curve_layout(self):
settings_d = InnerDock(self.layout,
'Settings',
toggle_button=True,
size=(1, 1))
# Stop/Start button
self.init_on_off_button(settings_d.layout)
# modify_curve_gr, modify_curve_layout = create_gr()
create_param_combobox(
settings_d.layout,
'Ch to move',
(
0, 1, 1, 1
), # TODO: ALEXM: change to have a hboxlayout instead of a qboxlayout
[str(ch + 1) for ch in range(self.gv.N_CH)],
self.change_pos_and_angle_of_signal,
cols=1,
editable=False)
# Position
pos_l = create_txt_label('Position')
settings_d.layout.addWidget(pos_l, 0, 2, 1, 3)
self.triplet_box = TripletBox(self.gv,
name='position',
col=2,
layout=settings_d.layout,
colors=(blue_plane, green_plane,
red_plane))
# Angle
angle_l = create_txt_label('Angle')
settings_d.layout.addWidget(angle_l, 0, 5, 1, 3)
self.triplet_angle = TripletBox(self.gv,
name='angle',
col=5,
layout=settings_d.layout,
colors=(blue_plane, green_plane,
red_plane))
# Save to file
DataSaver(
self.gv.main_window,
self.gv,
settings_d.layout, # TODO: ALEXM: Add a tooltip
saving_type='Save',
pos=(0, 8),
size=(1, 1),
save_file_button=True,
choose_b_size=(1, 1))
# return modify_curve_layout, modify_curve_gr
self.show_3D_viz_b(settings_d.layout)
self.dock_area.addDock(settings_d.dock)
def init_plot_dock(self):
plot_d = InnerDock(self.layout, 'plot')
self.dock_area.addDock(plot_d.dock)
return plot_d
def init_plot_dock(self):
plot_d = InnerDock(self.secondary_layout, 'Plot')
self.dock_area.addDock(plot_d.dock)
return plot_d
def init_settings_dock(self):
settings_d = InnerDock(
self.secondary_layout, 'Settings', toggle_button=True,
size=(1, 1))
self.dock_area.addDock(settings_d.dock)
return settings_d
