def add_border_output(self):
'''
add layer to visualize drawn border
'''
self.output_border = ProjectLayer.from_table(
self.borders.table, groupname=self.layer_group,
prepend=True)
self.output_border.draw(
label='Grenze Siedlunskörper',
style_file='flaeche_oekologie_grenze_siedlungskoerper.qml'
)
def add_fla_layer(self):
'''
show family compensation layer
'''
self.output = ProjectLayer.from_table(self.gemeinden.table,
groupname=self.layer_group)
self.output.draw(label='Familienleistungsausgleich',
style_file='einnahmen_fam_leistungs_ausgleich.qml',
filter="fam_leistungs_ausgleich != 'NULL'",
uncheck_siblings=True,
redraw=False)
self.output.zoom_to()
def add_est_layer(self):
'''
show income tax layer
'''
self.output = ProjectLayer.from_table(self.gemeinden.table,
groupname=self.layer_group)
self.output.draw(label='Einkommensteuer',
style_file='einnahmen_einkommensteuer.qml',
filter="einkommensteuer != 'NULL'",
uncheck_siblings=True,
redraw=False)
self.output.zoom_to()
def add_layer(self):
'''
show business tax layer
'''
self.output = ProjectLayer.from_table(self.gemeinden.table,
groupname=self.layer_group)
self.output.draw(label='Gewerbesteuer',
style_file='einnahmen_gewerbesteuer.qml',
filter="gewerbesteuer != 'NULL'",
uncheck_siblings=True,
redraw=False)
self.output.zoom_to()
def add_gesamt_layer(self):
'''
show layer with total changes in tax revenues
'''
self.output = ProjectLayer.from_table(self.gemeinden.table,
groupname=self.layer_group)
self.output.draw(label='Gesamtsumme Einnahmen',
style_file='einnahmen_summe_einnahmen.qml',
filter="summe_einnahmen != 'NULL'",
uncheck_siblings=True,
redraw=False)
self.output.zoom_to()
def add_ust_layer(self):
'''
show value added tax layer
'''
self.output = ProjectLayer.from_table(self.gemeinden.table,
groupname=self.layer_group)
self.output.draw(label='Umsatzsteuer',
style_file='einnahmen_umsatzsteuer.qml',
filter="umsatzsteuer != 'NULL'",
uncheck_siblings=True,
redraw=False)
self.output.zoom_to()
def add_layer(self, toggle_if_exists=False):
'''
show the centers in a layer
'''
self.output = ProjectLayer.from_table(self.centers.table,
groupname=self.layer_group)
self.output.draw(label='Zentren',
style_file='standortkonkurrenz_zentren.qml',
filter='nutzerdefiniert=1',
redraw=not toggle_if_exists,
toggle_if_exists=toggle_if_exists)
self.select_tool.set_layer(self.output.layer)
def draw_itineraries(self, zoom_to=False):
'''
show layer visualizing the itineraries used for determining the
transfer nodes
'''
self.itinerary_output = ProjectLayer.from_table(
self.itineraries.table, groupname=self.layer_group)
self.itinerary_output.draw(label='Zulaufstrecken',
expanded=False,
style_file='verkehr_kuerzeste_Wege.qml')
if zoom_to:
self.itinerary_output.zoom_to()
def add_layer(self, toggle_if_exists=False):
'''
show layer with migration of jobs
'''
self.output = ProjectLayer.from_table(self.wanderung.table,
groupname=self.layer_group)
self.output.draw(label='Wanderungssalden Beschäftigte',
style_file='einnahmen_beschaeftigtenwanderung.qml',
uncheck_siblings=True,
redraw=not toggle_if_exists,
toggle_if_exists=toggle_if_exists)
if self.output.tree_layer.isVisible():
self.output.zoom_to()
def jobs_table(self):
'''
show job development in a table a dialog
'''
areas = self.get_job_areas()
if not areas:
return
output = ProjectLayer.from_table(
ApProJahr.get_table(), groupname=self.layer_group)
layer = output.draw(label='Arbeitsplätze insgesamt nach Jahr')
table_config = layer.attributeTableConfig()
table_config.setSortExpression('"id_teilflaeche" || "jahr"')
layer.setAttributeTableConfig(table_config)
utils.iface.showAttributeTable(layer)
output = ProjectLayer.from_table(
Gewerbeanteile.get_table(), groupname=self.layer_group)
layer = output.draw(label='Branchenanteile')
table_config = layer.attributeTableConfig()
table_config.setSortExpression('"id_teilflaeche" || "id_branche"')
layer.setAttributeTableConfig(table_config)
utils.iface.showAttributeTable(layer)
def draw_nodes(self, zoom_to=False):
'''
show layer visualizing the transfer nodes
'''
self.node_output = ProjectLayer.from_table(self.transfer_nodes.table,
groupname=self.layer_group)
self.node_output.draw(label='Herkunfts-/Zielpunkte',
style_file='verkehr_zielpunkte.qml',
prepend=True)
self.select_tool.set_layer(self.node_output.layer)
self.drag_tool.set_layer(self.node_output.layer)
if zoom_to:
self.node_output.zoom_to()
def add_layer(self, zoom_to=False, toggle_if_exists=False):
'''
add output layer showing markets
'''
self.output = ProjectLayer.from_table(self.markets.table,
groupname=self.layer_group)
self.output.draw(label=self.market_label,
style_file=self.layer_style,
filter=self.layer_filter,
redraw=not toggle_if_exists,
toggle_if_exists=toggle_if_exists)
self.select_tool.set_layer(self.output.layer)
if zoom_to and self.output.tree_layer.isVisible():
self.output.zoom_to()
def draw_traffic(self, zoom_to=False, toggle_if_exists=False):
'''
show layer visualizing the additional traffic load
'''
output = ProjectLayer.from_table(self.traffic_load.table,
groupname=self.layer_group)
output.draw(label='Zusätzliche PKW-Fahrten',
style_file='verkehr_links_zusaetzliche_PKW-Fahrten.qml',
filter=f'trips > 0',
toggle_if_exists=toggle_if_exists,
redraw=not toggle_if_exists)
if zoom_to and output.tree_layer.isVisible():
output.zoom_to()
def inhabitants_table(self):
'''
show population development in a table a dialog
'''
areas = self.get_residential_areas()
if not areas:
return
output = ProjectLayer.from_table(
WohnenProJahr.get_table(), groupname=self.layer_group)
layer = output.draw(label='Bewohnerschätzung nach Alter und Jahr')
table_config = layer.attributeTableConfig()
table_config.setSortExpression(
'"id_teilflaeche" || "jahr" || "id_altersklasse"')
layer.setAttributeTableConfig(table_config)
utils.iface.showAttributeTable(layer)
def show_results(self):
'''
show the results from "Projektwirkung" as layers
'''
# hide layers messing up the readability of the results
study_output = ProjectLayer.find(self.study_group)
if study_output:
study_output[0].setItemVisibilityChecked(False)
nullfall_output = ProjectLayer.find(self.nullfall_group)
if nullfall_output:
nullfall_output[0].setItemVisibilityChecked(False)
group_name = f'{self.layer_group}/{self.results_group}'
planfall_markets = self.markets.filter(id_betriebstyp_planfall__gt=0)
# check first one only
checked = True
for market in planfall_markets:
if market.id_betriebstyp_nullfall == market.id_betriebstyp_planfall:
continue
output = ProjectLayer.from_table(self.relations.table,
groupname=group_name)
layer_name = f'Kaufkraftbindung {market.name} ({market.id})'
output.draw(label=layer_name,
style_file='standortkonkurrenz_kk_bindung_2.qml',
filter=f'id_markt={market.id}',
expanded=False,
checked=checked)
# zoom to first layer
if checked:
output.zoom_to()
checked = False
self.markets.filter()
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(
label='Umsatzveränderung der Bestandsmärke nach Zentren',
style_file='standortkonkurrenz_umsatzveraenderung_zentren.qml',
filter='nutzerdefiniert=1',
expanded=False,
checked=checked)
checked = False
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(
label='Umsatzveränderung der Bestandsmärke nach Gemeinde/Verw-Gem.',
style_file='standortkonkurrenz_umsatzveraenderung_vwg.qml',
filter='nutzerdefiniert=-1 and auswahl!=0',
expanded=False,
checked=checked)
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(label='Zentralität im Nullfall nach Gemeinde/Verw-Gem.',
style_file='standortkonkurrenz_zentralitaet_nullfall.qml',
filter='nutzerdefiniert=-1 and auswahl!=0',
expanded=False,
checked=checked)
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(label='Zentralität im Planfall nach Gemeinde/Verw-Gem.',
style_file='standortkonkurrenz_zentralitaet_planfall.qml',
filter='nutzerdefiniert=-1 and auswahl!=0',
expanded=False,
checked=checked)
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(
label='Veränderung der Zentralität im Planfall gegenüber Nullfall',
style_file='standortkonkurrenz_entwicklung_zentralitaet.qml',
filter='nutzerdefiniert=-1 and auswahl!=0',
expanded=False,
checked=checked)
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(
label='Verkaufsflächendichte im Nullfall',
style_file='standortkonkurrenz_verkaufsflaechendichte_nullfall.qml',
filter='nutzerdefiniert=-1 and auswahl!=0',
expanded=False,
checked=checked)
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(
label='Verkaufsflächendichte im Planfall',
style_file='standortkonkurrenz_verkaufsflaechendichte_planfall.qml',
filter='nutzerdefiniert=-1 and auswahl!=0',
expanded=False,
checked=checked)
output = ProjectLayer.from_table(self.centers.table,
groupname=group_name)
output.draw(label='Veränderung der Verkaufsflächendichte im Planfall '
'gegenüber Nullfall',
style_file='standortkonkurrenz_entwicklung_'
'verkaufsflaechendichte.qml',
filter='nutzerdefiniert=-1 and auswahl!=0',
expanded=False,
checked=checked)