def generate_page():
grid = ConnectedCardGrid()
existing_card = GraphCard(
id='district-heating-existing-building-unit-heat-factor',
slider=dict(
min=-60,
max=20,
step=5,
value=get_variable(
'district_heating_existing_building_efficiency_change') * 10,
marks={x: '%.1f %%' % (x / 10)
for x in range(-60, 20 + 1, 10)},
))
new_card = GraphCard(
id='district-heating-new-building-unit-heat-factor',
slider=dict(
min=-60,
max=20,
step=5,
value=get_variable(
'district_heating_new_building_efficiency_change') * 10,
marks={x: '%.1f %%' % (x / 10)
for x in range(-60, 20 + 1, 10)},
),
)
geo_card = GraphCard(id='district-heating-geothermal-production',
link_to_page=('BuildingHeating', 'GeothermalHeating'))
row = grid.make_new_row()
row.add_card(existing_card)
row.add_card(new_card)
row.add_card(geo_card)
consumption_card = GraphCard(
id='district-heating-consumption',
extra_content=html.Div(id='district-heating-unit-emissions-card'))
existing_card.connect_to(consumption_card)
new_card.connect_to(consumption_card)
geo_card.connect_to(consumption_card)
row = grid.make_new_row()
row.add_card(consumption_card)
emissions_card = GraphCard(id='district-heating-consumption-emissions')
consumption_card.connect_to(emissions_card)
row = grid.make_new_row()
row.add_card(emissions_card)
return html.Div([
grid.render(),
html.Div(id='district-heating-sticky-page-summary-container')
])
def generate_page():
grid = ConnectedCardGrid()
existing_card = GraphCard(
id='solar-power-existing-buildings',
slider=dict(
min=0,
max=90,
step=5,
value=get_variable('solar_power_existing_buildings_percentage'),
marks={x: '%d %%' % x
for x in range(0, 90 + 1, 10)},
),
extra_content=html.Div(id='solar-power-existing-kwpa'),
)
new_card = GraphCard(
id='solar-power-new-buildings',
slider=dict(
min=20,
max=100,
step=5,
value=get_variable('solar_power_new_buildings_percentage'),
marks={x: '%d %%' % x
for x in range(20, 100 + 1, 10)},
),
extra_content=html.Div(id='solar-power-new-kwpa'),
)
grid.make_new_row()
grid.add_card(existing_card)
grid.add_card(new_card)
production_card = GraphCard(id='solar-power-production')
existing_card.connect_to(production_card)
new_card.connect_to(production_card)
grid.make_new_row()
grid.add_card(production_card)
emission_card = GraphCard(id='solar-power-emission-reductions')
production_card.connect_to(emission_card)
grid.make_new_row()
grid.add_card(emission_card)
return html.Div([
grid.render(),
html.Div(id='solar-power-sticky-page-summary-container')
])
def get_content(self):
grid = ConnectedCardGrid()
grid.make_new_row()
c1a = self.get_card('residential-parking-fee')
c1b = self.get_card('cars-affected-by-residential-parking-fee')
grid.add_card(c1a)
grid.add_card(c1b)
grid.make_new_row()
c2a = self.get_card('modal-share-car')
grid.add_card(c2a)
c2b = self.get_card('modal-shares-rest')
grid.add_card(c2b)
c2c = self.get_card('number-of-passenger-kms')
grid.add_card(c2c)
c1a.connect_to(c2a)
c1a.connect_to(c2b)
c1b.connect_to(c2a)
c1b.connect_to(c2b)
grid.make_new_row()
c3 = self.get_card('car-mileage-per-resident')
grid.add_card(c3)
c2a.connect_to(c3)
c2c.connect_to(c3)
grid.make_new_row()
c4a = self.get_card('car-mileage')
c4b = self.get_card('car-emission-factor')
grid.add_card(c4a)
grid.add_card(c4b)
c3.connect_to(c4a)
grid.make_new_row()
c5 = self.get_card('parking-emission-reductions')
grid.add_card(c5)
c4a.connect_to(c5)
c4b.connect_to(c5)
return grid.render()
def generate_page():
grid = ConnectedCardGrid()
bev_perc_card = GraphCard(
id='cars-bev-percentage',
slider=dict(
min=0,
max=100,
step=5,
value=get_variable('cars_bev_percentage'),
marks={x: '%d %%' % x for x in range(0, 100 + 1, 10)},
),
)
per_resident_card = GraphCard(
id='cars-mileage-per-resident',
slider=dict(
min=-60,
max=20,
step=5,
value=get_variable('cars_mileage_per_resident_adjustment'),
marks={x: '%d %%' % (x) for x in range(-60, 20 + 1, 10)},
),
)
mileage_card = GraphCard(
id='cars-total-mileage',
)
emission_factor_card = GraphCard(
id='cars-emission-factor',
)
emissions_card = GraphCard(
id='cars-emissions',
)
"""
biofuel_card = GraphCard(
id='cars-biofuel-percentage',
)
"""
grid.make_new_row()
grid.add_card(bev_perc_card)
#grid.add_card(biofuel_card)
grid.add_card(per_resident_card)
grid.make_new_row()
grid.add_card(emission_factor_card)
grid.add_card(mileage_card)
grid.make_new_row()
grid.add_card(emissions_card)
bev_perc_card.connect_to(emission_factor_card)
#biofuel_card.connect_to(emission_factor_card)
emission_factor_card.connect_to(emissions_card)
per_resident_card.connect_to(mileage_card)
mileage_card.connect_to(emissions_card)
return html.Div([
grid.render(),
html.Div(id='cars-sticky-page-summary-container')
])
def get_content(self):
grid = ConnectedCardGrid()
grid.make_new_row()
c1a = self.get_card('renovated-per-year')
grid.add_card(c1a)
c1b = self.get_card('new-building-installation')
grid.add_card(c1b)
"""
grid.make_new_row()
c2a = self.get_card('boreholes-existing-buildings')
c2b = self.get_card('boreholes-new-buildings')
grid.add_card(c2a)
grid.add_card(c2b)
c1a.connect_to(c2a)
c1b.connect_to(c2b)
"""
grid.make_new_row()
c3a = self.get_card('geothermal-production')
c3b = self.get_card('electricity-emission-factor')
c3c = self.get_card('district-heat-emission-factor')
grid.add_card(c3a)
grid.add_card(c3b)
grid.add_card(c3c)
c1a.connect_to(c3a)
c1b.connect_to(c3a)
grid.make_new_row()
c4 = self.get_card('emissions')
grid.add_card(c4)
c3a.connect_to(c4)
c3b.connect_to(c4)
c3c.connect_to(c4)
return grid.render()
def get_content(self):
grid = ConnectedCardGrid()
grid.make_new_row()
c1a = self.get_card('ev-parking-fee-discount')
c1b = self.get_card('share-of-ev-charging-stations-built')
c1c = self.get_card('cars-per-resident')
grid.add_card(c1a)
grid.add_card(c1b)
grid.add_card(c1c)
grid.make_new_row()
c2a = self.get_card('newly-registered-evs')
c2b = self.get_card('yearly-fleet-turnover')
grid.add_card(c2a)
grid.add_card(c2b)
c1a.connect_to(c2a)
c1b.connect_to(c2a)
c1c.connect_to(c2b)
grid.make_new_row()
c3 = self.get_card('car-fleet')
grid.add_card(c3)
c2a.connect_to(c3)
c2b.connect_to(c3)
grid.make_new_row()
c4a = self.get_card('emission-factor')
c4b = self.get_card('mileage')
grid.add_card(c4a)
grid.add_card(c4b)
c3.connect_to(c4a)
grid.make_new_row()
c5 = self.get_card('emission-impact')
grid.add_card(c5)
c4a.connect_to(c5)
c4b.connect_to(c5)
return grid.render()
def get_content(self):
grid = ConnectedCardGrid()
"""
biofuel_card = GraphCard(
id='cars-biofuel-percentage',
)
"""
grid.make_new_row()
c1a = self.get_card('bev-percentage')
c1b = self.get_card('mileage-per-resident')
grid.add_card(c1a)
grid.add_card(c1b)
grid.make_new_row()
c2a = self.get_card('emission-factor')
c2b = self.get_card('total-mileage')
grid.add_card(c2a)
grid.add_card(c2b)
c1a.connect_to(c2a)
c1b.connect_to(c2b)
grid.make_new_row()
c3 = self.get_card('emissions')
grid.add_card(c3)
c2a.connect_to(c3)
c2b.connect_to(c3)
return grid.render()
def get_content(self):
grid = ConnectedCardGrid()
grid.make_new_row()
c1a = self.get_card('existing-buildings')
c1b = self.get_card('new-buildings')
grid.add_card(c1a)
grid.add_card(c1b)
grid.make_new_row()
c2a = self.get_card(id='production')
grid.add_card(c2a)
c1a.connect_to(c2a)
c1b.connect_to(c2a)
grid.make_new_row()
c3a = self.get_card(id='emission-impact')
grid.add_card(c3a)
c2a.connect_to(c3a)
return grid.render()
def render_page():
grid = ConnectedCardGrid()
per_capita_card = GraphCard(
id='electricity-consumption-per-capita',
slider=dict(
min=-50,
max=20,
step=5,
value=int(
get_variable('electricity_consumption_per_capita_adjustment') *
10),
marks={x: '%d %%' % (x / 10)
for x in range(-50, 20 + 1, 10)},
))
solar_card = GraphCard(id='electricity-consumption-solar-production',
link_to_page=('ElectricityConsumption',
'SolarProduction'))
grid.make_new_row()
grid.add_card(per_capita_card)
grid.add_card(solar_card)
consumption_card = GraphCard(id='electricity-consumption')
emission_factor_card = GraphCard(
id='electricity-consumption-emission-factor')
per_capita_card.connect_to(consumption_card)
solar_card.connect_to(consumption_card)
grid.make_new_row()
grid.add_card(consumption_card)
grid.add_card(emission_factor_card)
emission_card = GraphCard(id='electricity-consumption-emissions')
consumption_card.connect_to(emission_card)
emission_factor_card.connect_to(emission_card)
grid.make_new_row()
grid.add_card(emission_card)
return html.Div(children=[
grid.render(),
html.Div(id='electricity-consumption-summary-bar')
])
def render_page():
grid = ConnectedCardGrid()
per_capita_card = GraphCard(
id='electricity-consumption-per-capita',
slider=dict(
min=-50,
max=20,
step=5,
value=get_variable(
'electricity_consumption_per_capita_adjustment'),
marks={x: '%d %%' % (x / 10)
for x in range(-50, 20 + 1, 10)},
))
grid.make_new_row()
grid.add_card(per_capita_card)
consumption_card = GraphCard(id='electricity-consumption')
emission_factor_card = GraphCard(
id='electricity-consumption-emission-factor')
per_capita_card.connect_to(consumption_card)
grid.make_new_row()
grid.add_card(consumption_card)
grid.add_card(emission_factor_card)
emission_card = GraphCard(id='electricity-consumption-emissions')
consumption_card.connect_to(emission_card)
emission_factor_card.connect_to(emission_card)
grid.make_new_row()
grid.add_card(emission_card)
return grid.render()