def test_totalCost(self):
cost = _landbos.totalCost(self.rating,
self.diameter, self.hubHeight, self.nTurbines, self.voltage,
self.distToInterconnect, self.terrain, self.layout, self.soil,
self.farmSize, self.TCC, self.towerTopMass, self.constructionTime,
self.buildingSize, self.tempMetTowers, self.permanentMetTowers,
self.weatherDelayDays, self.craneBreakdowns, self.accessRoadEntrances)
self.assertAlmostEqual(285646716, cost, delta=0.5)
def test_markup(self):
tcost = _landbos.transportationCost(self.TCC, self.rating, self.nTurbines,
self.hubHeight)
values = _landbos.markupMultiplierAndCost(tcost)
cost = values['cost'] + values['alpha']*_landbos.totalCost(self.rating,
self.diameter, self.hubHeight, self.nTurbines, self.voltage,
self.distToInterconnect, self.terrain, self.layout, self.soil,
self.farmSize, self.TCC, self.towerTopMass, self.constructionTime,
self.buildingSize, self.tempMetTowers, self.permanentMetTowers,
self.weatherDelayDays, self.craneBreakdowns, self.accessRoadEntrances)
self.assertAlmostEqual(11151202, cost, delta=0.5)
def test_insurance(self):
fcost = _landbos.foundationCost(self.rating, self.diameter, self.towerTopMass,
self.hubHeight, self.soil, self.nTurbines)
performanceBond = False
values = _landbos.insuranceMultiplierAndCost(self.TCC,
self.farmSize, fcost, performanceBond)
cost = values['cost'] + values['alpha']*_landbos.totalCost(self.rating,
self.diameter, self.hubHeight, self.nTurbines, self.voltage,
self.distToInterconnect, self.terrain, self.layout, self.soil,
self.farmSize, self.TCC, self.towerTopMass, self.constructionTime,
self.buildingSize, self.tempMetTowers, self.permanentMetTowers,
self.weatherDelayDays, self.craneBreakdowns, self.accessRoadEntrances,
performanceBond=performanceBond)
self.assertAlmostEqual(2265350, cost, delta=0.5)
