def parse_algorithms(options):
"""Return a list of initilized algorithms from the command line"""
methods = options.method.split(",")
methods = set(methods) - set([""])
if options.quantiles:
for sep in "-,":
if sep in options.quantiles:
q1, q2 = options.quantiles.split(sep, 1)
break
else:
q1 = float(options.quantiles)
q2 = 1.0 - q1
quantiles = (float(q1), float(q2))
if "quanties" not in methods:
logger.warning(
"Add quantiles to the set of methods as quantiles parameters is defined."
)
methods.add("quantiles")
else:
quantiles = None
if "quantiles" in methods:
logger.warning(
"Quantiles method defined but no parameters set. Method skipped."
)
methods.remove("quantiles")
if len(methods) == 0:
logger.warning("No method defined. Add default mean method")
methods.add("mean")
result = []
for method in methods:
if not average.is_algorithm_name_exists(method):
logger.warning("Method name '%s' unknown. Method skipped.", method)
continue
try:
algorithm = average.create_algorithm(method, options.cutoff,
quantiles)
except average.AlgorithmCreationError as e:
logger.warning("Method '%s' skipped: %s", method, e)
continue
result.append(algorithm)
return result
def parse_algorithms(options):
"""Return a list of initilized algorithms from the command line"""
methods = options.method.split(",")
methods = set(methods) - set([""])
if options.quantiles:
for sep in "-,":
if sep in options.quantiles:
q1, q2 = options.quantiles.split(sep, 1)
break
else:
q1 = float(options.quantiles)
q2 = 1.0 - q1
quantiles = (float(q1), float(q2))
if "quanties" not in methods:
logger.warning("Add quantiles to the set of methods as quantiles parameters is defined.")
methods.add("quantiles")
else:
quantiles = None
if "quantiles" in methods:
logger.warning("Quantiles method defined but no parameters set. Method skipped.")
methods.remove("quantiles")
if len(methods) == 0:
logger.warning("No method defined. Add default mean method")
methods.add("mean")
result = []
for method in methods:
if not average.is_algorithm_name_exists(method):
logger.warning("Method name '%s' unknown. Method skipped.")
continue
try:
algorithm = average.create_algorithm(method, options.cutoff, quantiles)
except average.AlgorithmCreationError as e:
logger.warning("Method skipped: %s", e)
continue
result.append(algorithm)
return result
