def __init__(self, pgm, logfile, data=None):
Analysis.__init__(self, pgm, logfile)
self.data = data
if data == None:
self.protos = None
else:
self.protos = data.protos
def __init__(self, pgm, logfile, data=None):
Analysis.__init__(self, pgm, logfile)
self.data = data
if data == None:
self.protos = None
else:
self.protos = data.protos
def __init__(self, config):
Analysis.__init__(self, config)
self.generate_unique_ids()
self.pcwg_share_metrics_calc()
def __init__(self, config):
Analysis.__init__(self, config)
self.share_specific_calculations()
self.generate_unique_ids()
self.pcwg_share_metrics_calc()
def __init__(self, analysis_config):
Analysis.__init__(self, analysis_config)
self.calculateBase()
self.powerCurveSensitivityResults = {}
self.powerCurveSensitivityVariationMetrics = pd.DataFrame(columns = ['Power Curve Variation Metric'])
self.calculate_sensitivity_analysis()
self.calculate_scatter_metric()
def __init__(self, analysis_config, baseLineMode):
self.basePower = "Base Power"
self.baseLineMode = baseLineMode
Status.add("Baseline Mode: %s" % self.baseLineMode)
Analysis.__init__(self, analysis_config)
self.calculateBase()
self.calculateHubBenchmark()
self.calculateREWSBenchmark()
self.calculateTurbRenormBenchmark()
self.calculationCombinedBenchmark()
self.calculatePowerDeviationMatrixBenchmark()
self.calculateProductionByHeightBenchmark()
def __init__(self, analysis_config, baseLineMode):
self.basePower = "Base Power"
self.baseLineMode = baseLineMode
Status.add("Baseline Mode: %s" % self.baseLineMode)
Analysis.__init__(self, analysis_config)
self.calculateBase()
self.calculateHubBenchmark()
self.calculateREWSBenchmark()
self.calculateTurbRenormBenchmark()
self.calculationCombinedBenchmark()
self.calculatePowerDeviationMatrixBenchmark()
self.calculateProductionByHeightBenchmark()
def __init__(self, analysis_config, baseLineMode):
self.basePower = "Base Power"
self.baseLineMode = baseLineMode
Status.add("Baseline Mode: %s" % self.baseLineMode)
Analysis.__init__(self, analysis_config)
self.calculateBase()
self.calculateHubBenchmark()
self.calculateREWSBenchmark()
self.calculateTurbRenormBenchmark()
self.calculationCombinedBenchmark()
self.calculatePowerDeviationMatrixBenchmark()
self.dataFrame.to_csv("Debug.dat")
def __init__(self, analysis_config):
Analysis.__init__(self, analysis_config)
if self.hasActualPower:
Status.add("Calculating actual power curves...")
self.innerTurbulenceMeasuredPowerCurve = self.calculateMeasuredPowerCurve(2, self.cutInWindSpeed, self.cutOutWindSpeed, self.ratedPower, self.actualPower, 'Inner Turbulence')
self.outerTurbulenceMeasuredPowerCurve = self.calculateMeasuredPowerCurve(2, self.cutInWindSpeed, self.cutOutWindSpeed, self.ratedPower, self.actualPower, 'Outer Turbulence')
if self.rewsActive and self.rewsDefined:
if self.hasShear: self.rewsMatrixInnerShear = self.calculateREWSMatrix(3)
if self.hasShear: self.rewsMatrixOuterShear = self.calculateREWSMatrix(6)
Status.add("Actual Power Curves Complete.")
self.calculateBase()
self.calculate_additional_power_deviation_matrices()
def __init__(self, analysis_config):
Analysis.__init__(self, analysis_config)
self.calculateBase()
self.calculate_additional_power_deviation_matrices()
def __init__(self, config):
Analysis.__init__(self, config)
self.pcwg_share_metrics_calc()
def __init__(self, pgm, logfile, data=None):
Analysis.__init__(self, pgm, logfile)
