我有以下代码，我似乎无法开始工作，我认为这与装饰器可能无法在循环中运行的事实有关？
如果我只在and函数中生成 1 个选项invoke_cell_geometry_options并在函数中指定一个唯一的 id （而不是在循环中），那么代码就可以工作。我可以发布工作修订版，尽管依赖关系会使它有点冗长，而且我似乎无法在不投入太多时间的情况下成功隔离感兴趣的代码。click_register_functionfill_region
我觉得我的逻辑是完全合理的，除非在循环或其他东西中当然不允许使用装饰器。请大家帮忙，不胜感激，谢谢！
app = dash.Dash()
app.config['suppress_callback_exceptions'] = True
app.layout = html.Div([
html.Button('Create Cell', id='cell-geometry-button', n_clicks=0),
html.Div(id='cell-geometry-config-container'),
html.A(id='click-register'),
])
num_clicks = 0
# Initiate cell geometry config with button
@app.callback(
Output('cell-geometry-config-container', 'children'),
[Input('cell-geometry-button', 'n_clicks')],)
def invoke_cell_geometry_options(n_clicks):
geometry_ui_list = []
global num_clicks
num_clicks = n_clicks
for i in range(n_clicks):
graph_id = 'cell-graph-{}'.format(i)
planes_list_id = 'planes-list-{}'.format(i)
button_id = 'fill-region-button-{}'.format(i)
click_register_id = 'click-register-{}'.format(i)
geometry_ui_list.extend([dcc.Graph(id=graph_id),
dcc.Input(id=planes_list_id, placeholder='Enter list of radial planes (comma separated)',
type="text"),
html.Button('Fill Region', id=button_id, n_clicks=0),
html.A(id=click_register_id),
html.Br(),
])
options = html.Div(geometry_ui_list)
return options
for val in range(num_clicks):
@app.callback(
Output('click-register-{}'.format(val), 'children'),
[Input('cell-graph-{}'.format(val), 'clickData')])
def click_register_function(clickData):
region = 0
click_x = 0
click_y = 0
if clickData is not None:
if 'points' in clickData:
point = clickData['points'][0]
if 'text' in point:
region = int(re.search(r'\d+', point['text']).group())
if 'x' in point:
click_x = point['x']
if 'y' in point:
click_y = point['y']
return [region, click_x, click_y]
# Fill Region
@app.callback(
Output('cell-graph-{}'.format(val), 'figure'),
[Input('planes-list-{}'.format(val), 'value'),
Input('fill-region-button-{}'.format(val), 'n_clicks')],
[State('material-dropdown', 'value'),
State('cell-graph-{}'.format(val), 'clickData')]
)
def fill_region(planes, n_clicks, selected_material, click_register):
planes = [float(plane) for plane in planes.split(',')]
planes.sort()
edge = planes[-1]
x = np.linspace(-edge, edge, 250)
y = np.linspace(-edge, edge, 250)
regions = []
cell_hover = []
# Normal Display
for i in x:
row = []
text_row = []
for j in y:
if np.sqrt(i ** 2 + j ** 2) < planes[0]:
row.append(7) # <- Arbitrary number to adjust color
text_row.append('Region 1')
if np.sqrt(i ** 2 + j ** 2) > planes[-1]:
row.append(5) # <- Arbitrary number to adjust color
text_row.append('Region {}'.format(len(planes) + 1))
for k in range(len(planes) - 1):
if planes[k] < np.sqrt(i ** 2 + j ** 2) < planes[k + 1]:
row.append(k * 3) # <- Arbitrary number to adjust color
text_row.append('Region {}'.format(k + 2))
regions.append(row)
cell_hover.append(text_row)
######################################################
# Fill region in OpenMC
outer_radii = []
for plane in planes:
outer_radii.append(openmc.ZCylinder(x0=0, y0=0, R=plane, name='{} Outer Radius'))
cell_universe = openmc.Universe(name='{} Cell'.format(selected_material))
cell_fillings = []
# Initialize region
if click_register is not None:
region = click_register[0]
click_x = click_register[1]
click_y = click_register[2]
if region == 1: # For region 1
cell_filling = openmc.Cell(name='', fill=model.materials[selected_material], region=-outer_radii[0])
if region == (len(planes) + 1): # For outer region
cell_filling = openmc.Cell(name='', fill=model.materials[selected_material], region=+outer_radii[-1])
for k in range(len(planes) - 1):
if planes[k] < region < planes[k + 1]: # For in-between regions
cell_filling = openmc.Cell(name='', fill=model.materials[selected_material],
region=+outer_radii[k] & -outer_radii[k + 1])
cell_fillings = []
if n_clicks > 0:
new_hover = []
cell_fillings.append(cell_filling)
# Change graph on Click # TODO: Figure out why new text wont show up
if 0 < np.sqrt(click_x ** 2 + click_y ** 2) < planes[0]:
for row_ in cell_hover:
for text in row_:
new_hover.append(
text.replace('Region 1', '{} Region'.format(materials_list[selected_material])))
if np.sqrt(click_x ** 2 + click_y ** 2) > planes[-1]:
for row_ in cell_hover:
for text in row_:
new_hover.append(text.replace('Region {}'.format(len(planes) + 1),
'{} Region'.format(materials_list[selected_material])))
for k in range(len(planes) - 1):
if planes[k] < np.sqrt(click_x ** 2 + click_y ** 2) < planes[k + 1]:
for row_ in cell_hover:
for text in row_:
new_hover.append(text.replace('Region {}'.format(k + 2),
'{} Region'.format(materials_list[selected_material])))
cell_hover = new_hover
n_clicks = 0
cell_universe.add_cells(cell_fillings)
# Add completely filled cell universe to list of universes
if len(cell_fillings) == len(planes) + 1:
cell_universes.append(cell_universe)
######################################################
heatmap = go.Heatmap(z=regions, x=x, y=y, hoverinfo='x+y+text', text=cell_hover, opacity=0.5, showscale=False)
data = [heatmap]
shapes = []
for plane in planes:
shape = {
'type': 'circle',
'x0': -plane,
'y0': -plane,
'x1': plane,
'y1': plane,
'line': {
'width': 4,
},
'opacity': 1
}
shapes.append(shape)
layout = dict(title='Cell Region Depiction',
height=1000,
width=1000,
shapes=shapes)
figure = dict(data=data, layout=layout)
return figure
if __name__ == '__main__':
app.run_server()