def monthly():
pv = list(get_last_n_days(30))
timestamps = get_timestamps(pv)
series = [(float(d.daily_energy or 0)) for d in pv]
monthly_energy = sum(series)
monthly_pv_chart_data = [list(x) for x in zip(timestamps, series)]
electricity_import = [(float(d.electricity_import or 0)) for d in list(get_last_n_days_import(30))]
monthly_import_chart_data = [list(x) for x in zip(timestamps, electricity_import)]
return render_template("charts/monthly.html", pvdata=monthly_pv_chart_data,
importData=monthly_import_chart_data, monthly_energy=monthly_energy)
def weekly():
# solar data
pv = list(get_last_n_days(7))
timestamps = get_timestamps(pv)
series = [(float(d.daily_energy or 0)) for d in pv]
seven_days_energy = sum(series)
weekly_pv_chart_data = [list(x) for x in zip(timestamps, series)]
electricity_import = [(float(d.electricity_import or 0)) for d in list(get_last_n_days_import(7))]
weekly_import_chart_data = [list(x) for x in zip(timestamps, electricity_import)]
return render_template("charts/weekly.html", pvdata=weekly_pv_chart_data, importData=weekly_import_chart_data,
seven_days_energy=seven_days_energy)
def get_last_days_chart(number_of_days=7):
pv = get_last_n_days(number_of_days)
timestamps = get_timestamps(pv)
series = [(float(d.daily_energy or 0)) for d in pv]
total_energy = sum(series)
pv_chart_data = [list(x) for x in zip(timestamps, series)]
electricity_import = [(float(d.electricity_import or 0)) for d in list(get_last_n_days_import(number_of_days))]
chart_data = [list(x) for x in zip(timestamps, electricity_import)]
return render_template("charts/last_days.html",
number_of_days=number_of_days,
pvdata=pv_chart_data,
importData=chart_data,
total_energy=total_energy)
def get_last_days_chart(number_of_days=7):
pv = get_last_n_days(number_of_days)
timestamps = get_timestamps(pv)
series = [(float(d.daily_energy or 0)) for d in pv]
total_energy = sum(series)
pv_chart_data = [list(x) for x in zip(timestamps, series)]
electricity_import = [(float(d.electricity_import or 0)) for d in list(get_last_n_days_import(number_of_days))]
chart_data = [list(x) for x in zip(timestamps, electricity_import)]
return render_template("charts/last_days.html",
number_of_days=number_of_days,
pvdata=pv_chart_data,
importData=chart_data,
total_energy=total_energy)
def daily(date=None):
"""Renders a page with charts for a given date
:param date: a date in the format %Y-%m-%d
:return: page with charts for a given date
"""
error = None
current_date = get_todays_date()
try:
if date:
current_date = datetime.strptime(date, "%Y-%m-%d")
except ValueError:
error = "invalid date, displaying today's data instead"
current_date = get_todays_date()
yesterday = current_date - timedelta(days=1)
tomorrow = current_date + timedelta(days=1)
# get photovoltaic data for the day
pv = get_daily_energy_series(current_date)
daily_chart_data = get_daily_pv_chart_data(pv)
timestamps_pv = get_timestamps(pv)
# voltages
input_voltage_1_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.dc_1_u or 0)) for d in pv])]
input_voltage_2_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.dc_2_u or 0)) for d in pv])]
output_voltage_1_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_1_u or 0)) for d in pv])]
output_voltage_2_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_2_u or 0)) for d in pv])]
output_voltage_3_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_3_u or 0)) for d in pv])]
# get maxium photovoltaic data for ± 3 days
pv_max = get_7_day_max_energy_series(current_date)
current_date_midnight = calendar.timegm(current_date.timetuple())
timestamps_pv_max = [1000 * (get_sec(d.pvdata_created_at) + current_date_midnight) for d in pv_max]
daily_chart_max_data = [list(x) for x in zip(timestamps_pv_max, [(int(d.pv_max or 0)) for d in pv_max])]
# additional data
daily_energy = 0.0
if pv:
daily_energy = pv[-1].daily_energy
return render_template("charts/daily.html", data=daily_chart_data, data2=daily_chart_max_data,
yesterday=yesterday, today=current_date,
tomorrow=tomorrow, daily_energy=daily_energy, all_data=pv,
input_voltage_1_chart_data=input_voltage_1_chart_data,
input_voltage_2_chart_data=input_voltage_2_chart_data,
output_voltage_1_chart_data=output_voltage_1_chart_data,
output_voltage_2_chart_data=output_voltage_2_chart_data,
output_voltage_3_chart_data=output_voltage_3_chart_data,
error=error)
def daily(date=None):
"""Renders a page with charts for a given date
:param date: a date in the format %Y-%m-%d
:return: page with charts for a given date
"""
error = None
current_date = get_todays_date()
try:
if date:
current_date = datetime.strptime(date, "%Y-%m-%d")
except ValueError:
error = "invalid date, displaying today's data instead"
current_date = get_todays_date()
yesterday = current_date - timedelta(days=1)
tomorrow = current_date + timedelta(days=1)
# get photovoltaic data for the day
pv = get_daily_energy_series(current_date)
daily_chart_data = get_daily_pv_chart_data(pv)
timestamps_pv = get_timestamps(pv)
# voltages
input_voltage_1_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.dc_1_u or 0)) for d in pv])]
input_voltage_2_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.dc_2_u or 0)) for d in pv])]
output_voltage_1_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_1_u or 0)) for d in pv])]
output_voltage_2_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_2_u or 0)) for d in pv])]
output_voltage_3_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_3_u or 0)) for d in pv])]
# get maxium photovoltaic data for ± 3 days
pv_max = get_7_day_max_energy_series(current_date)
current_date_midnight = calendar.timegm(current_date.timetuple())
timestamps_pv_max = [1000 * (get_sec(d.pvdata_created_at) + current_date_midnight) for d in pv_max]
daily_chart_max_data = [list(x) for x in zip(timestamps_pv_max, [(int(d.pv_max or 0)) for d in pv_max])]
# additional data
daily_energy = 0.0
if pv:
daily_energy = pv[-1].daily_energy
return render_template("charts/daily.html", data=daily_chart_data, data2=daily_chart_max_data,
yesterday=yesterday, today=current_date,
tomorrow=tomorrow, daily_energy=daily_energy, all_data=pv,
input_voltage_1_chart_data=input_voltage_1_chart_data,
input_voltage_2_chart_data=input_voltage_2_chart_data,
output_voltage_1_chart_data=output_voltage_1_chart_data,
output_voltage_2_chart_data=output_voltage_2_chart_data,
output_voltage_3_chart_data=output_voltage_3_chart_data,
error=error)
def monthly():
pv = list(get_last_n_days(30))
timestamps = get_timestamps(pv)
series = [(float(d.daily_energy or 0)) for d in pv]
monthly_energy = sum(series)
monthly_pv_chart_data = [list(x) for x in zip(timestamps, series)]
electricity_import = [(float(d.electricity_import or 0))
for d in list(get_last_n_days_import(30))]
monthly_import_chart_data = [
list(x) for x in zip(timestamps, electricity_import)
]
return render_template("charts/monthly.html",
pvdata=monthly_pv_chart_data,
importData=monthly_import_chart_data,
monthly_energy=monthly_energy)
def weekly():
# solar data
pv = list(get_last_n_days(7))
timestamps = get_timestamps(pv)
series = [(float(d.daily_energy or 0)) for d in pv]
seven_days_energy = sum(series)
weekly_pv_chart_data = [list(x) for x in zip(timestamps, series)]
electricity_import = [(float(d.electricity_import or 0))
for d in list(get_last_n_days_import(7))]
weekly_import_chart_data = [
list(x) for x in zip(timestamps, electricity_import)
]
return render_template("charts/weekly.html",
pvdata=weekly_pv_chart_data,
importData=weekly_import_chart_data,
seven_days_energy=seven_days_energy)
def daily(date=None):
error = None
current_date = get_todays_date()
try:
if date:
current_date = datetime.strptime(date, "%Y-%m-%d")
except ValueError, TypeError:
error = "invalid date, displaying today's data instead"
current_date = get_todays_date()
yesterday = current_date - timedelta(days=1)
tomorrow = current_date + timedelta(days=1)
# get photovoltaic data for the day
pv = get_daily_energy_series(current_date)
timestamps_pv = get_timestamps(pv)
daily_chart_data = [
list(x)
for x in zip(timestamps_pv, [(int(d.current_power or 0)) for d in pv])
]
# voltages
input_voltage_1_chart_data = [
list(x) for x in zip(timestamps_pv, [(int(d.dc_1_u or 0)) for d in pv])
]
input_voltage_2_chart_data = [
list(x) for x in zip(timestamps_pv, [(int(d.dc_2_u or 0)) for d in pv])
]
output_voltage_1_chart_data = [
list(x) for x in zip(timestamps_pv, [(int(d.ac_1_u or 0)) for d in pv])
]
"""
error = None
current_date = get_todays_date()
try:
if date:
current_date = datetime.strptime(date, "%Y-%m-%d")
except ValueError, TypeError:
error = "invalid date, displaying today's data instead"
current_date = get_todays_date()
yesterday = current_date - timedelta(days=1)
tomorrow = current_date + timedelta(days=1)
# get photovoltaic data for the day
pv = get_daily_energy_series(current_date)
timestamps_pv = get_timestamps(pv)
daily_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.current_power or 0)) for d in pv])]
# voltages
input_voltage_1_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.dc_1_u or 0)) for d in pv])]
input_voltage_2_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.dc_2_u or 0)) for d in pv])]
output_voltage_1_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_1_u or 0)) for d in pv])]
output_voltage_2_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_2_u or 0)) for d in pv])]
output_voltage_3_chart_data = [list(x) for x in zip(timestamps_pv, [(int(d.ac_3_u or 0)) for d in pv])]
# get maxium photovoltaic data for ± 3 days
pv_max = get_7_day_max_energy_series(current_date)
current_date_midnight = calendar.timegm(current_date.timetuple())
timestamps_pv_max = [1000 * (get_sec(d.pvdata_created_at) + current_date_midnight)
for d in pv_max]
daily_chart_max_data = [list(x) for x in zip(timestamps_pv_max, [(int(d.pv_max or 0)) for d in pv_max])]