def parse_results_no_extopt():
''' parse the results of an OpenWind run WITHOUT external optimization '''
self.gross_aep, self.array_aep, self.net_aep, owTurbs = utils.rdReport(rptpath, debug=self.debug)
self.turbine_number = len(owTurbs)
# Set the output variables
self.array_efficiency = self.array_aep / self.gross_aep
self.gross_aep = self.gross_aep * 1000000.0 # gWh to kWh
self.array_aep = self.array_aep * 1000000.0
self.net_aep = self.net_aep * 1000000.0
# find net aep (not using openwind for these since they may be inputs from other models)
self.net_aep = self.net_aep * self.availability * (1-self.other_losses)
# find array efficiency
self.array_losses = 1 - (self.array_aep/self.gross_aep)
def parse_results_no_extopt():
''' parse the results of an OpenWind run WITHOUT external optimization '''
self.gross_aep, self.array_aep, self.net_aep, owTurbs = utils.rdReport(
rptpath, debug=self.debug)
self.turbine_number = len(owTurbs)
# Set the output variables
self.array_efficiency = self.array_aep / self.gross_aep
self.gross_aep = self.gross_aep * 1000000.0 # gWh to kWh
self.array_aep = self.array_aep * 1000000.0
self.net_aep = self.net_aep * 1000000.0
# find net aep (not using openwind for these since they may be inputs from other models)
self.net_aep = self.net_aep * self.availability * (1 -
self.other_losses)
# find array efficiency
self.array_losses = 1 - (self.array_aep / self.gross_aep)
def execute(self):
""" Executes our file-wrapped component. """
if self.debug:
sys.stderr.write(" In {0}.execute()...\n".format(self.__class__))
# Prepare input file here
# - write a new script file?
# - write a new turbine file to overwrite the one referenced
# in the existing script_file?
# Execute the component
self.command[1] = self.script_file
super(OWwrapped, self).execute()
if self.debug:
sys.stderr.write(
'Ran openWindExtCode: dummyVbl {:} returnCode {:}\n'.format(
self.dummyVbl, self.return_code))
# Parse output file
dscr = rdScript(self.command[1],
debug=self.debug) # get output file name from script
rptpath = dscr['rptpath']
self.gross_aep, self.array_aep, self.net_aep, owTurbs = utils.rdReport(
rptpath, debug=self.debug)
self.turbine_number = len(owTurbs)
# Set the output variables
self.array_efficiency = self.array_aep / self.gross_aep
self.gross_aep = self.gross_aep * 1000000.0 # gWh to kWh
self.array_aep = self.array_aep * 1000000.0
self.net_aep = self.net_aep * 1000000.0
# find net aep (not using openwind for these since they may be inputs from other models)
self.net_aep = self.net_aep * self.availability * (1 -
self.other_losses)
# find array efficiency
self.array_losses = 1 - (self.array_aep / self.gross_aep)
def execute(self):
""" Executes our file-wrapped component. """
if self.debug:
sys.stderr.write(" In {0}.execute()...\n".format(self.__class__))
# Prepare input file here
# - write a new script file?
# - write a new turbine file to overwrite the one referenced
# in the existing script_file?
# Execute the component
self.command[1] = self.script_file
super(OWwrapped, self).execute()
if self.debug:
sys.stderr.write('Ran openWindExtCode: dummyVbl {:} returnCode {:}\n'.format(self.dummyVbl,self.return_code))
# Parse output file
dscr = rdScript(self.command[1], debug=self.debug) # get output file name from script
rptpath = dscr['rptpath']
self.gross_aep, self.array_aep, self.net_aep, owTurbs = utils.rdReport(rptpath, debug=self.debug)
self.turbine_number = len(owTurbs)
# Set the output variables
self.array_efficiency = self.array_aep / self.gross_aep
self.gross_aep = self.gross_aep * 1000000.0 # gWh to kWh
self.array_aep = self.array_aep * 1000000.0
self.net_aep = self.net_aep * 1000000.0
# find net aep (not using openwind for these since they may be inputs from other models)
self.net_aep = self.net_aep * self.availability * (1-self.other_losses)
# find array efficiency
self.array_losses = 1 - (self.array_aep/self.gross_aep)
