def retrieve_intake_for_level_control(open_water, labels, sheet, pars):
"""Return the single intake for level control.
This method finds the PumpingStation named NAME_INTAKE_LEVEL_CONTROL or
creates one with that name if it does not exist. It also finds or creates
each PumpLine for this PumpingStation and connects that PumpLine to its
time series.
Parameters:
* open_water *
OpenWater to which the PumpingStation to retrieve belongs
* labels *
dictionary of PumpingStation name to Label
* sheet *
xlrd Sheet that contains all data
* pars *
dictionary of PumpingStation name to Parameter
"""
label = labels[NAME_INTAKE_LEVEL_CONTROL]
pumping_station = retrieve_pumping_station_for_level_control(sheet, open_water, label)
row, column = tuple(COORDS_NAME_PUMPLINE_INTAKE_LEVEL_CONTROL)
cell = sheet.cell(row, column)
if (not cell.value is None) and len(cell.value) > 0:
name = "%s" % cell.value
print "pomplijn voor %s op %d, %d met naam %s" % (pumping_station.__unicode__(), row, column, name)
pump_lines = PumpLine.objects.filter(pumping_station=pumping_station, name=name)
if pump_lines.count() > 0:
pump_line = pump_lines[0]
else:
pump_line = PumpLine()
pump_line.pumping_station = pumping_station
pump_line.name = name
parameter = pars["structure_discharge"]
timeseries_queryset = WaterbalanceTimeserie.objects.filter(parameter=parameter, pump_line_timeserie=pump_line)
if timeseries_queryset.count() > 0:
timeseries = timeseries_queryset[0]
else:
timeseries = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (pump_line.__unicode__()[:30], parameter.name[:15])
)
pump_line.timeserie = timeseries
save_timeserie_into_database(timeseries, sheet, 76, 0, column)
pump_line.save()
def upload_settings_from_excelfile(xls_file_name, load_excel_reference_results=False):
"""load settings from the waternet excelfile format
"""
print "start import file %s" % xls_file_name
xls = xlrd.open_workbook(xls_file_name)
sheet = xls.sheet_by_name("uitgangspunten")
wb_area_name = sheet.cell(0, 0).value
pars = {}
pars["rainfall_day"], new = Parameter.objects.get_or_create(
name="dag neerslag",
unit="mm/dag",
parameter=Parameter.PARAMETER_PRECIPITATION,
sourcetype=Parameter.TYPE_MEASURED,
)
pars["evaporation_day"], new = Parameter.objects.get_or_create(
name="dag verdamping",
unit="mm/dag",
parameter=Parameter.PARAMETER_EVAPORATION,
sourcetype=Parameter.TYPE_MEASURED,
)
pars["min_level"], new = Parameter.objects.get_or_create(
name="minimum waterpeil",
unit="mNAP",
parameter=Parameter.PARAMETER_WATERLEVEL,
sourcetype=Parameter.TYPE_USERINPUT,
)
pars["max_level"], new = Parameter.objects.get_or_create(
name="maximum waterpeil",
unit="mNAP",
parameter=Parameter.PARAMETER_WATERLEVEL,
sourcetype=Parameter.TYPE_USERINPUT,
)
pars["reference_waterlevel_day"], new = Parameter.objects.get_or_create(
name="gemeten waterpeil",
unit="mNAP",
parameter=Parameter.PARAMETER_WATERLEVEL,
sourcetype=Parameter.TYPE_MEASURED,
)
pars["seepage_infiltration"], new = Parameter.objects.get_or_create(
name="kwel(+) en wegzijging(-)",
unit="mm/dag",
parameter=Parameter.PARAMETER_SEEPAGE_INFILTRATION,
sourcetype=Parameter.TYPE_USERINPUT,
)
pars["seepage"], new = Parameter.objects.get_or_create(
name="kwel",
unit="mm/dag",
parameter=Parameter.PARAMETER_SEEPAGE_INFILTRATION,
sourcetype=Parameter.TYPE_USERINPUT,
)
pars["infiltration"], new = Parameter.objects.get_or_create(
name="wegzijging",
unit="mm/dag",
parameter=Parameter.PARAMETER_SEEPAGE_INFILTRATION,
sourcetype=Parameter.TYPE_USERINPUT,
)
pars["structure_discharge"], new = Parameter.objects.get_or_create(
name="kunstwerk_debiet",
unit="m3/dag",
parameter=Parameter.PARAMETER_DISCHARGE,
sourcetype=Parameter.TYPE_MEASURED,
)
pars["chloride_measurement"], new = Parameter.objects.get_or_create(
name="gemeten chloride", unit="mg/l", parameter=Parameter.PARAMETER_CHLORIDE, sourcetype=Parameter.TYPE_MEASURED
)
pars["sewer_day"], new = Parameter.objects.get_or_create(
name="referentie gemengde riolering", unit="m3/dag/ha", sourcetype=Parameter.TYPE_USERINPUT
)
try:
area = WaterbalanceArea.objects.get(name=wb_area_name)
scenario, new = WaterbalanceScenario.objects.get_or_create(name="import")
except (WaterbalanceArea.DoesNotExist):
print "geometry van gebied %s niet gevonden" % wb_area_name
area, new = WaterbalanceArea.objects.get_or_create(name="%s n.g." % wb_area_name)
# create scenario with name and link areas later manually
scenario, new = WaterbalanceScenario.objects.get_or_create(name="import")
config, config_new = WaterbalanceConf.objects.get_or_create(
waterbalance_scenario=scenario,
waterbalance_area=area,
defaults={
"calculation_start_date": datetime(1996, 1, 1),
"description": "%s - %s" % (str(area.name), str(scenario.name)),
},
)
labels = {}
labels[(0, "neerslag")], new = Label.objects.get_or_create(
program_name="precipitation"
) # name='neerslag', flow_type=Label.TYPE_IN, defaucolor='#0000ff', color_increment='#ff0000')
labels[(1, "kwel")], new = Label.objects.get_or_create(
program_name="seepage"
) # name='kwel', flow_type=Label.TYPE_IN, color='#ffbb00', color_increment='#ff0000')
labels[(2, "verhard")], new = Label.objects.get_or_create(
program_name="hardened"
) # name='verhard', flow_type=Label.TYPE_IN, color='#bbbbbb', color_increment='#ff0000')
labels[(3, "riolering")], new = Label.objects.get_or_create(
program_name="sewer"
) # name='riolering', flow_type=Label.TYPE_IN, color='#006600', color_increment='#ff0000')
labels[(4, "gedraineerd")], new = Label.objects.get_or_create(
program_name="drained"
) # name='gedraineerd', flow_type=Label.TYPE_IN, color='#ff9900', color_increment='#ff0000')
labels[(5, "uitspoeling")], new = Label.objects.get_or_create(
program_name="undrained"
) # name='uitspoeling', flow_type=Label.TYPE_IN, color='#00ff00', color_increment='#ff0000')
labels[(6, "afstroming")], new = Label.objects.get_or_create(
program_name="flow_off"
) # name='afstroming', flow_type=Label.TYPE_IN, color='#008800', color_increment='#ff0000')
labels[(7, "inlaat1")], new = Label.objects.get_or_create(
program_name="inlet1"
) # name='inlaat 1', flow_type=Label.TYPE_IN, color='#ff00ff', color_increment='#ff0000')
labels[(8, "inlaat2")], new = Label.objects.get_or_create(
program_name="inlet2"
) # name='inlaat 2', flow_type=Label.TYPE_IN, color='#cc00cc', color_increment='#ff0000')
labels[(9, "inlaat3")], new = Label.objects.get_or_create(
program_name="inlet3"
) # name='inlaat 3',, flow_type=Label.TYPE_IN, color='#aa00aa', color_increment='#ff0000')
labels[(10, "inlaat4")], new = Label.objects.get_or_create(
program_name="inlet4"
) # name='inlaat 4',, flow_type=Label.TYPE_IN, color='#880088', color_increment='#ff0000')
labels[(11, "inlaat peilhandhaving")], new = Label.objects.get_or_create(
program_name="intake_wl_control"
) # name='inlaat peilhandhaving',, flow_type=Label.TYPE_IN, color='#440044', color_increment='#ff0000')
labels[(-1, "initieel")], new = Label.objects.get_or_create(
program_name="initial"
) # name='afstroming', flow_type=Label.TYPE_IN, color='#008800', color_increment='#ff0000')
labels[(-1, "uitlaat1")], new = Label.objects.get_or_create(
program_name="outtake1"
) # name='uitlaat 1', flow_type=Label.TYPE_OUT, color='#663399', color_increment='#ff0000')
labels[(-1, "uitlaat2")], new = Label.objects.get_or_create(
program_name="outtake2"
) # name='uitlaat 2', flow_type=Label.TYPE_OUT, color='#443399', color_increment='#ff0000')
labels[(-1, "uitlaat3")], new = Label.objects.get_or_create(
program_name="outtake3"
) # name='uitlaat 3', flow_type=Label.TYPE_OUT, color='#666699', color_increment='#ff0000')
labels[(-1, "uitlaat4")], new = Label.objects.get_or_create(
program_name="outtake4"
) # name='uitlaat 4', flow_type=Label.TYPE_OUT, color='#554499', color_increment='#ff0000')
labels[(-1, "uitlaat5")], new = Label.objects.get_or_create(
program_name="outtake5"
) # name='uitlaat 5', flow_type=Label.TYPE_OUT, color='#6633bb', color_increment='#ff0000')
labels[(-1, "uitlaat6")], new = Label.objects.get_or_create(
program_name="outtake6"
) # name='uitlaat 6', flow_type=Label.TYPE_OUT, color='#662288', color_increment='#ff0000')
labels[(-1, "uitlaat peilhandhaving")], new = Label.objects.get_or_create(
program_name="outtake_wl_control"
) # name='uitlaat peilhandhaving', flow_type=Label.TYPE_OUT, color='#7744aa', color_increment='#ff0000')
# lab, new = Label.objects.get_or_create(name='intrek', program_name='indraft')#, flow_type=Label.TYPE_OUT, color='#ff9911', color_increment='#ff0000')
# lab, new = Label.objects.get_or_create(name='wegzijging', program_name='infiltration')#, flow_type=Label.TYPE_OUT, color='#444444', color_increment='#ff0000')
# lab, new = Label.objects.get_or_create(name='verdamping', program_name='evaporation')#, flow_type=Label.TYPE_OUT, color='#0000ff', color_increment='#ff0000')
# lab, new = Label.objects.get_or_create(name='sluitfout', program_name='sluice_error')#, flow_type=Label.TYPE_ERROR, color='#000000', color_increment='#000000')
# lab, new = Label.objects.get_or_create(name='gemeten waterpeil', program_name='meas_waterlevel')# flow_type=Label.TYPE_OTHER, color='#0000ff', color_increment='#000000')
# lab, new = Label.objects.get_or_create(program_name='calc_waterlevel')#name='berekend waterpeil', , flow_type=Label.TYPE_ERROR, color='#ff00ff', color_increment='#000000')
# lab, new = Label.objects.get_or_create(program_name='initial')#name='initieel', , flow_type=Label.TYPE_ERROR, color='#222222', color_increment='#000000')
# initieel nog invullen
def get_float_or_default(sheet, rownr, colnr, default_value=None):
if type(sheet.cell(rownr, colnr).value).__name__ in ["int", "float"]:
return float(sheet.cell(rownr, colnr).value)
else:
return default_value
for key, label in labels.items():
rownr = key[0] + 16
if key[0] >= 0 and (
type(sheet.cell(key[0] + 16, 1).value).__name__ in ["str", "unicode"]
or get_float_or_default(sheet, key[0] + 16, 1) is not None
):
concentration, new = Concentration.objects.get_or_create(label=label, configuration=config)
concentration.stof_lower_concentration = get_float_or_default(sheet, rownr, 3, 0)
concentration.stof_increment = get_float_or_default(sheet, rownr, 4, 0)
concentration.cl_concentration = get_float_or_default(sheet, rownr, 5, 0)
concentration.p_lower_concentration = get_float_or_default(sheet, rownr, 7, 0)
concentration.p_incremental = get_float_or_default(sheet, rownr, 8, 0)
concentration.n_lower_concentration = get_float_or_default(sheet, rownr, 9)
concentration.n_incremental = get_float_or_default(sheet, rownr, 10)
concentration.so4_lower_concentration = get_float_or_default(sheet, rownr, 11)
concentration.so4_incremental = get_float_or_default(sheet, rownr, 12)
concentration.save()
labels = dict([(key[1], label) for key, label in labels.items()])
concentration, new = Concentration.objects.get_or_create(label=labels["initieel"], configuration=config)
concentration.stof_lower_concentration = 0
concentration.stof_increment = 0
concentration.cl_concentration = get_float_or_default(sheet, 32, 3, 0)
concentration.p_lower_concentration = 0
concentration.p_incremental = 0
concentration.save()
if config_new:
WaterbalanceTimeserie.objects.filter(configuration_references=config)
# reference - waterlevel
parameter = pars["reference_waterlevel_day"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_references=config).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (config.__unicode__()[:30], parameter.name[:15])
)
config.references.add(wb_timeserie)
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_references=config)[0]
save_timeserie_into_database(wb_timeserie, sheet, 76, 0, 3, stick_to_last_value=True)
# reference - chloride
parameter = pars["chloride_measurement"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_references=config).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (config.__unicode__()[:30], parameter.name[:15])
)
config.references.add(wb_timeserie)
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_references=config)[0]
save_timeserie_into_database(wb_timeserie, sheet, 76, 22, 23)
# reference - chloride
parameter = pars["chloride_measurement"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_references=config).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (config.__unicode__()[:30], parameter.name[:15])
)
config.references.add(wb_timeserie)
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_references=config)[0]
save_timeserie_into_database(wb_timeserie, sheet, 76, 24, 25)
# results - todo
if config.open_water:
open_water = config.open_water
new = False
else:
open_water = OpenWater()
new = True
######################### OpenWater ##############################
open_water.name = config.__unicode__()
open_water.surface = sheet.cell(10, 3).value
open_water.bottom_height = sheet.cell(11, 3).value # is average depth
open_water.init_water_level = sheet.cell(67, 3).value
# precipitation
parameter = pars["rainfall_day"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_precipitation=config).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (config.__unicode__()[:30], parameter.name[:15])
)
open_water.precipitation = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_precipitation=config)[0]
save_timeserie_into_database(wb_timeserie, sheet, 76, 0, 1)
# evaporation
parameter = pars["evaporation_day"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_evaporation=config).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (config.__unicode__()[:30], parameter.name[:15])
)
open_water.evaporation = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, configuration_evaporation=config)[0]
save_timeserie_into_database(wb_timeserie, sheet, 76, 0, 2)
# sewer
parameter = pars["sewer_day"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_sewer=open_water).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (config.__unicode__()[:30], parameter.name[:15])
)
open_water.sewer = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_sewer=open_water)[0]
save_timeserie_into_database(wb_timeserie, sheet, 76, 0, 9)
# minimum_level
array_with_values = [
[1, 1, float(sheet.cell(66, 2).value)],
[3, 15, float(sheet.cell(63, 2).value)],
[5, 1, float(sheet.cell(64, 2).value)],
[8, 15, float(sheet.cell(65, 2).value)],
[10, 1, float(sheet.cell(66, 2).value)],
]
parameter = pars["min_level"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_min_level=open_water).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (open_water.__unicode__()[:30], parameter.name[:15])
)
open_water.minimum_level = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_min_level=open_water)[0]
create_save_yearly_timeserie_into_database(wb_timeserie, array_with_values, stick_to_last_value=True)
# maximum_level
array_with_values = [
[1, 1, float(sheet.cell(66, 4).value)],
[3, 15, float(sheet.cell(63, 4).value)],
[5, 1, float(sheet.cell(64, 4).value)],
[8, 15, float(sheet.cell(65, 4).value)],
[10, 1, float(sheet.cell(66, 4).value)],
]
parameter = pars["max_level"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_max_level=open_water).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (open_water.__unicode__()[:30], parameter.name[:15])
)
open_water.maximum_level = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_max_level=open_water)[0]
create_save_yearly_timeserie_into_database(wb_timeserie, array_with_values)
# target_level, wordt niet gebruikt, weg?
# seepage
array_with_values = [[1, 1, float(sheet.cell(36, 1).value)]]
parameter = pars["seepage"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_seepage=open_water).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (open_water.__unicode__()[:30], parameter.name[:15])
)
open_water.seepage = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_seepage=open_water)[0]
create_save_yearly_timeserie_into_database(wb_timeserie, array_with_values)
array_with_values = [[1, 1, float(sheet.cell(36, 1).value)]]
parameter = pars["infiltration"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_infiltration=open_water).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (open_water.__unicode__()[:30], parameter.name[:15])
)
open_water.infiltration = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, open_water_infiltration=open_water)[0]
create_save_yearly_timeserie_into_database(wb_timeserie, array_with_values)
open_water.save()
config.open_water = open_water
config.save()
######################### Buckets ##############################
bucket_nr = 0
for colnr in range(4, 12):
if sheet.cell(34, colnr).value > 0 and (
sheet.cell(34, colnr).value < sheet.cell(34, colnr + 1).value or sheet.cell(34, colnr + 1).value < 0
):
bucket_nr = bucket_nr + 1
if sheet.cell(34, colnr).value == sheet.cell(34, colnr - 1).value:
# dubble bucket
print "dubbel bucket: %s" % sheet.cell(35, colnr - 1).value
col_upper = colnr - 1
col_lower = colnr
name = sheet.cell(35, col_upper).value
if name.find("verhard") >= 0:
surface_type = Bucket.HARDENED_SURFACE
elif name.find("gedraineerd") >= 0:
surface_type = Bucket.DRAINED_SURFACE
else:
print 'WARNING: bucket type "%s"unknown, take drained' % name
surface_type = Bucket.DRAINED_SURFACE
else:
# single bucket
print "single bucket: %s" % sheet.cell(35, colnr).value
col_upper = colnr
col_lower = colnr
name = sheet.cell(35, col_upper).value
if name.find("stedelijk") >= 0:
bucket.surface_type = Bucket.STEDELIJK_SURFACE
elif name.find("ongedraineerd") >= 0:
bucket.surface_type = Bucket.UNDRAINED_SURFACE
elif name.lower().find("verhard") >= 0:
bucket.surface_type = Bucket.HARDENED_SURFACE
elif name.lower().find("landelijk") >= 0:
bucket.surface_type = Bucket.UNDRAINED_SURFACE
else:
print 'WARNING: bucket type "%s" unknown, take undrained' % name
bucket.surface_type = Bucket.UNDRAINED_SURFACE
if Bucket.objects.filter(open_water=open_water, name=name, surface_type=surface_type).count() > 0:
bucket = Bucket.objects.filter(open_water=open_water, name=name, surface_type=surface_type)[0]
else:
bucket = Bucket()
bucket.name = name
bucket.surface_type = surface_type
bucket.slug = sheet.cell(35, col_upper).value
bucket.surface = 0
if not sheet.cell(43, col_upper).value in ["", None]:
bucket.surface = sheet.cell(43, col_upper).value
else:
bucket.surface = 0
print "Warning: bucket surface veld is leeg"
bucket.open_water = open_water
# upper
if bucket.surface_type == Bucket.HARDENED_SURFACE:
bucket.crop_evaporation_factor = 1
bucket.min_crop_evaporation_factor = 1
else:
bucket.crop_evaporation_factor = 1
bucket.min_crop_evaporation_factor = 0.75
bucket.upper_porosity = sheet.cell(38, col_upper).value
bucket.upper_drainage_fraction = sheet.cell(36, col_upper).value
bucket.upper_indraft_fraction = sheet.cell(37, col_upper).value
bucket.upper_max_water_level = sheet.cell(39, col_upper).value
bucket.upper_equi_water_level = 0
if type(sheet.cell(41, col_upper).value) == type(1) or type(sheet.cell(41, col_upper).value) == type(1.0):
bucket.upper_min_water_level = sheet.cell(41, col_upper).value
else:
bucket.upper_min_water_level = None
bucket.upper_init_water_level = sheet.cell(42, col_upper).value
# lower
bucket.porosity = sheet.cell(38, col_lower).value
bucket.drainage_fraction = sheet.cell(36, col_lower).value
bucket.indraft_fraction = sheet.cell(37, col_lower).value
bucket.max_water_level = sheet.cell(39, col_lower).value
bucket.equi_water_level = 0
if type(sheet.cell(41, col_lower).value) == type(1) or type(sheet.cell(41, col_lower).value) == type(1.0):
bucket.min_water_level = sheet.cell(41, col_lower).value
else:
bucket.min_water_level = None
bucket.init_water_level = sheet.cell(42, col_lower).value
# bucket.seepage
array_with_values = [[1, 1, float(sheet.cell(37 + bucket_nr, 1).value)]]
parameter = pars["seepage_infiltration"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, bucket_seepage=bucket).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (bucket.__unicode__()[:30], parameter.name[:15])
)
bucket.seepage = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, bucket_seepage=bucket)[0]
create_save_yearly_timeserie_into_database(wb_timeserie, array_with_values)
bucket.save()
# results
################# PUMPINGSTATIONS ################
retrieve_intake_for_level_control(open_water, labels, sheet, pars)
# uitlaat peilhandhaving
if PumpingStation.objects.filter(open_water=open_water, name="uitlaat peilhandhaving").count() > 0:
pumping_station = PumpingStation.objects.filter(open_water=open_water, name="uitlaat peilhandhaving")[0]
else:
pumping_station = PumpingStation()
pumping_station.open_water = open_water
pumping_station.name = "uitlaat peilhandhaving"
pumping_station.into = False
pumping_station.percentage = 100
pumping_station.computed_level_control = True
pumping_station.label = labels["uitlaat peilhandhaving"]
if type(sheet.cell(70, 1).value) == type(1) or type(sheet.cell(70, 1).value) == type(1.0):
pumping_station.max_discharge = sheet.cell(70, 1).value
pumping_station.save()
for colnr in range(4, 8):
if (not sheet.cell(72, colnr).value == None) and len(str(sheet.cell(72, colnr).value)) > 0:
name = "%s_%i" % (str(sheet.cell(72, colnr).value), colnr - 3)
print "pomplijn voor %s op %d, %d met naam %s" % (pumping_station.__unicode__(), 72, colnr, name)
if PumpLine.objects.filter(pumping_station=pumping_station, name=name):
pump_line = PumpLine.objects.filter(pumping_station=pumping_station, name=name)[0]
else:
pump_line = PumpLine()
pump_line.pumping_station = pumping_station
pump_line.name = name
parameter = pars["structure_discharge"]
if WaterbalanceTimeserie.objects.filter(parameter=parameter, pump_line_timeserie=pump_line).count() == 0:
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (pump_line.__unicode__()[:30], parameter.name[:15])
)
pump_line.timeserie = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(parameter=parameter, pump_line_timeserie=pump_line)[
0
]
save_timeserie_into_database(wb_timeserie, sheet, 76, 0, colnr)
pump_line.save()
# in- en uitlaten niet voor peilhandhaving
inlaat_nr = 0
uitlaat_nr = 0
for row in range(23, 31):
if sheet.cell(row, 1).value in [0] and sheet.cell(row, 2).value in [0]:
pass
elif sheet.cell(row, 1).value == "rekenhart":
pass
else:
name = sheet.cell(row, 0).value
if PumpingStation.objects.filter(open_water=open_water, name=name).count() > 0:
pumping_station = PumpingStation.objects.filter(open_water=open_water, name=name)[0]
else:
pumping_station = PumpingStation()
pumping_station.open_water = open_water
pumping_station.name = name
if row > 27:
pumping_station.into = False
uitlaat_nr += 1
pumping_station.label = labels["uitlaat%i" % uitlaat_nr]
else:
pumping_station.into = True
inlaat_nr += 1
pumping_station.label = labels["inlaat%i" % inlaat_nr]
pumping_station.percentage = 100
pumping_station.computed_level_control = False
pumping_station.max_discharge = None
pumping_station.save()
if PumpLine.objects.filter(pumping_station=pumping_station, name=name):
pump_line = PumpLine.objects.filter(pumping_station=pumping_station, name=name)[0]
else:
pump_line = PumpLine()
pump_line.pumping_station = pumping_station
pump_line.name = pumping_station.name
colnr = row - 13
# as row in range(23, 31), colnr in range(10, 18)
if (not sheet.cell(72, colnr).value == None) and len(str(sheet.cell(72, colnr).value)) > 0:
name = "%s_%i" % (str(sheet.cell(72, colnr).value), colnr - 3)
print "opgedrukte pomplijn voor %s op rij %d, kolom %d met naam %s" % (
pumping_station.__unicode__(),
72,
colnr,
name,
)
if PumpLine.objects.filter(pumping_station=pumping_station, name=name):
pump_line = PumpLine.objects.filter(pumping_station=pumping_station, name=name)[0]
else:
pump_line = PumpLine()
pump_line.pumping_station = pumping_station
pump_line.name = name
parameter = pars["structure_discharge"]
if (
WaterbalanceTimeserie.objects.filter(parameter=parameter, pump_line_timeserie=pump_line).count()
== 0
):
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (pump_line.__unicode__()[:30], parameter.name[:15])
)
pump_line.timeserie = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(
parameter=parameter, pump_line_timeserie=pump_line
)[0]
save_timeserie_into_database(wb_timeserie, sheet, 76, 0, colnr)
pump_line.save()
else:
print "opgedrukte jaarlijkse tijdreeks voor %s met naam %s" % (pumping_station.__unicode__(), name)
# discharge
winter_value = 0
summer_value = 1
if not sheet.cell(row, 1).value in [0, "", None]:
winter_value = float(sheet.cell(row, 1).value)
if not sheet.cell(row, 2).value in [0, "", None]:
summer_value = float(sheet.cell(row, 2).value)
print row, winter_value, summer_value
array_with_values = [[1, 1, winter_value], [4, 1, summer_value], [10, 1, winter_value]]
parameter = pars["structure_discharge"]
if (
WaterbalanceTimeserie.objects.filter(parameter=parameter, pump_line_timeserie=pump_line).count()
== 0
):
wb_timeserie = WaterbalanceTimeserie.objects.create(
parameter=parameter, name="%s: %s" % (pump_line.__unicode__()[:30], parameter.name[:15])
)
pump_line.timeserie = wb_timeserie
else:
wb_timeserie = WaterbalanceTimeserie.objects.filter(
parameter=parameter, pump_line_timeserie=pump_line
)[0]
create_save_yearly_timeserie_into_database(wb_timeserie, array_with_values)
pump_line.save()