def _set_button(self, specs):
button = Button()
button.label = specs.text
button.width = specs.width
button.height = specs.height
button.on_click(self.widget_callback)
return button
def _set_button(self, specs):
button = Button()
button.label = specs['text']
button.width = specs['width']
button.height = specs['height']
button.on_click(self.widget_callback)
return button
def beforeClicked(self, event, button: Button, graphId: int,
metadata: Metadata):
button.disabled = True
button.label = 'Working!'
UnlockedDocumentProxy(button.document).add_next_tick_callback(
partial(self.calculate_datapoints,
graphId=graphId,
button=button,
metadata=metadata))
def _set_button(self, specs):
button = Button()
# button = figure()
# button = figure(plot_width=400, plot_height=400,
# tools="tap", title="Click the Dots")
#
# source = ColumnDataSource(data=dict(
# x=[1, 2, 3, 4, 5],
# y=[2, 5, 8, 2, 7],
# color=["navy", "orange", "olive", "firebrick", "gold"]
# ))
#
# button.circle('x', 'y', color='color', size=20, source=source)
#
# url = _convert_url_to_bokeh("mast_folder/mast.html")
# taptool = button.select(type=TapTool)
# taptool.callback = OpenURL(url=url)
button.label = specs.text
button.width = specs.width
button.height = specs.height
button.name = _convert_url_to_bokeh("mast_folder/mast.html")
button.callback = self.widget_callback()
return button
def progressReport(self, button: Button, progressValue):
button.label = str(progressValue)
return
def calculate_datapoints(self, graphId: int, button: Button,
metadata: Metadata):
# Thread(target=lambda: UnlockedDocumentProxy(button.document).add_next_tick_callback()).start()
self.threadCorelate(graphId, button, metadata)
button.label = 'Find Similarities'
button.disabled = False
def uploadFile(self, file_source, button: Button):
button.label = "Upload"
button.disabled = False
def disableButton(self, event, button: Button):
button.label = "Uploading"
button.disabled = True
UnlockedDocumentProxy(button.document)\
.add_next_tick_callback(partial(self.uploadFile, file_source=self.file_source, button=button))
end=12,
step=1,
title='Particle Size (microns)',
value=n_particle_size)
sample_flow_rate_slider = Slider(start=1,
end=6,
step=0.5,
title='Sample Flow Rate (CFM)',
value=n_flow_rate)
shrouded_probe_select = Select(
options=['RF-2-111', 'RF-2-112', 'Straight Tube', 'Bend', 'Contraction'],
value='RF-2-111',
title='Shrouded Probe Model')
add_component = Button()
add_component.label = 'Add Component'
tube_diameter_text_box = InputWidget()
tube_diameter_text_box.title = 'enter tube dia'
probe = shrouded_probe_select.value
free_velocity_vector = np.arange(1, 30, 1, dtype=float)
source = ColumnDataSource(
data={
'x':
free_velocity_vector,
'y':
shrouded_probe(n_flow_rate * 28.316 * 0.001 / 60, n_particle_size *
1e-6, free_velocity_vector, probe)
chart_wheel_zoom = WheelZoomTool()
chart_pan_tool = PanTool()
chart.add_tools(chart_wheel_zoom, chart_pan_tool)
chart.toolbar.active_scroll = chart_wheel_zoom
chart.xaxis.visible = False
chart_lines = None
chart_hover = None
chart.toolbar.logo = None
chart.toolbar_location = None
##create widgets
update_button = Button()
update_button.label = "Update"
update_button.on_click(update)
central_bus_toggle = Toggle(label="Ignore Central Business District", active=False)
select_rbg_div = Div(text="Display by: ")
select_type_radios = RadioButtonGroup(
labels=["Count", "Due", "Paid", "Penalties", "Initial Amnt"], active=0)
chart_res_div = Div(text="Chart resolution: ")
chart_res_labels = ["Yearly", "Monthly", "Weekly", "Daily (Slow)"]
chart_res_radios = RadioButtonGroup(labels=chart_res_labels, active=1)
chart_rbg_div = Div(text="Chart type: ")
chart_rbg_labels = ["Non-Cummulative", "Cummulative"]
