def get_standards_chart_data(config):
data = g.uow.compiled_point_records.get_compiled_point_data(config.point_ids, config.report_year,
'temp', 'all')
standards_chart_info = ReportChartInformation()
standards_chart_info.title = "Intensity"
standards_chart_info.y_axis_label = "Energy Intensity (BTU/sqft)"
standards_chart_info.x_axis_label = "Temperature (F)"
standards_chart_info.data = data
return standards_chart_info
def get_intensity_chart_data(sic_codes, account_type, report_year, comparison_type, demand_type, g):
# Set the x units for the intensity chart on the consumption report
x_units = "F"
x_axis_label = "Temperature (" + x_units + ")"
if comparison_type == "enthalpy":
x_axis_label = "Enthalpy"
final_data = []
# get all accounts for sic code and it's descendants
for nc in sic_codes:
data_insert = []
accounts = []
sic_code = g.uow.sic.get_by_code(nc)
group_descendants = g.uow.sic.get_group_descendants(nc)
for desc in group_descendants:
accounts += SharedReporting.get_accounts_for_group(desc, account_type, report_year, comparison_type, demand_type, g)
consider_demand_type = False
if demand_type != 'all':
consider_demand_type = True
if len(accounts) > 0:
# get data for the consumption report
intensity_data = g.uow.compiled_energy_records.get_compiled_energy_records_for_report(accounts, consider_demand_type=consider_demand_type)
else:
intensity_data = []
# loop through and adjust the values based on size normalization
for entry in intensity_data:
data_insert.append([entry['group']['value'],
entry['reduction']['sum_btu'] / entry['reduction']['sum_size_normalization']])
# add to the final data
final_data.append({"name": sic_code["name"], "data": data_insert})
# set the metadata for the consumption report
intensity_chart_info = ReportChartInformation()
intensity_chart_info.title = "Intensity"
intensity_chart_info.y_axis_label = "Energy Intensity (BTU/sqft)"
intensity_chart_info.x_axis_label = x_axis_label
intensity_chart_info.data = final_data
return intensity_chart_info
