def build(summary, year):
#get spreadsheets
#attempt to handle file name changes (go glob!)
bookname = glob('Energy*')[0]
elecBook = xlrd.open_workbook(bookname)
elecSheet = elecBook.sheet_by_name('BldgEnergyCost')
#attempt to handle file name changes
bookname = glob('Gas*')[0]
steamBook = xlrd.open_workbook(bookname)
steamSheet = steamBook.sheet_by_name('SteamEnergyPerBldg')
for code in BuildingNames:
#get use rows of building in both spread sheets
steam_use_row = findBuildingUseRow(steamSheet, BuildingNames[code])
elec_use_row = findBuildingUseRow(elecSheet, BuildingNames[code])
#get cost rows of building in both spread sheets
steam_cost_row = findBuildingCostRow(steamSheet, BuildingNames[code])
elec_cost_row = findBuildingCostRow(elecSheet, BuildingNames[code])
for i in range(1, 13):
#gets month col for electric
mColumnElec = findMonthColumn(elecSheet, i, elecBook.datemode, year)
#gets month col for steam
mColumnSteam = findMonthColumn(steamSheet, i, steamBook.datemode, year)
if code.startswith('r'):
summary.ResElectricUse += getMeasurement(elecSheet, mColumnElec, elec_use_row)
summary.ResSteamUse += getMeasurement(steamSheet, mColumnSteam, steam_use_row)
summary.ResElectricCost += getMeasurement(elecSheet, mColumnElec, elec_cost_row)
summary.ResSteamCost += getMeasurement(steamSheet, mColumnSteam, steam_cost_row)
elif code.startswith('s'):
summary.StuElectricUse += getMeasurement(elecSheet, mColumnElec, elec_use_row)
summary.StuSteamUse += getMeasurement(steamSheet, mColumnSteam, steam_use_row)
summary.StuElectricCost += getMeasurement(elecSheet, mColumnElec, elec_cost_row)
summary.StuSteamCost += getMeasurement(steamSheet, mColumnSteam, steam_cost_row)
elif code.startswith('a'):
summary.AcaElectricUse += getMeasurement(elecSheet, mColumnElec, elec_use_row)
summary.AcaSteamUse += getMeasurement(steamSheet, mColumnSteam, steam_use_row)
summary.AcaElectricCost += getMeasurement(elecSheet, mColumnElec, elec_cost_row)
summary.AcaSteamCost += getMeasurement(steamSheet, mColumnSteam, steam_cost_row)
#convert kwh to btu: 1 kwh = 3,413 btu
# 1 kwh = 0.003413 million btus
summary.ResElectricUse = summary.ResElectricUse * 0.003413
summary.StuElectricUse = summary.StuElectricUse * 0.003413
summary.AcaElectricUse = summary.AcaElectricUse * 0.003413
def build(building, code, util, year):
months = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]
#get book and worksheet for util
if (util == 'electric'):
#attempt to handle file name changes (go glob!)
bookname = glob('Energy*')[0]
book = xlrd.open_workbook(bookname)
sheet = book.sheet_by_name('BldgEnergyCost')
building.unit = 'kWh'
if (util == 'steam'):
#attempt to handle file name changes
bookname = glob('Gas*')[0]
book = xlrd.open_workbook(bookname)
sheet = book.sheet_by_name('SteamEnergyPerBldg')
building.unit = 'Mbtu'
preyear = year - 1
curyear = year
building.currYear = curyear
building.prevYear = preyear
building_row = None
#TODO add function find building column?
#gets building row
building.name = BuildingNames[code]
building_row = findBuildingUseRow(sheet, building.name)
for i in range(0, 12):
#gets month col for preyear
mColumn = findMonthColumn(sheet, months[i], book.datemode, preyear)
#set month data in utilpre of data to measurement
building.months[i]['pre'] = getMeasurement(sheet, mColumn, building_row)
#gets month col for curyear
mColumn = findMonthColumn(sheet, months[i], book.datemode, curyear)
#set month data in utilcur of data to measurement
building.months[i]['post'] = getMeasurement(sheet, mColumn, building_row)
if ((building.months[i]['post'] != 0) and (building.months[i]['pre'] != 0)):
building.pretotal = building.pretotal + building.months[i]['pre']
building.posttotal = building.posttotal + building.months[i]['post']
#collect grand total from other buildings (DOES NOT INCLUDE SELECTED BUILDING)
for key in BuildingNames:
if (key != code):
row = findBuildingUseRow(sheet, BuildingNames[key])
for i in range(0, 12):
mColumn = findMonthColumn(sheet, months[i], book.datemode, preyear)
building.preGrandTotal = building.preGrandTotal + getMeasurement(sheet, mColumn, row)
mColumn = findMonthColumn(sheet, months[i], book.datemode, curyear)
building.postGrandTotal = building.postGrandTotal + getMeasurement(sheet, mColumn, row)