def ps(self):
pset=ParameterSet()
for (k,v) in self._flatten().iteritems():
if v.__class__.__name__=="float":
pset.AddDouble(k,v)
elif v.__class__.__name__=="int":
pset.AddInt(k,v)
elif v.__class__.__name__=="str":
pset.AddString(k,v)
elif v.__class__.__name__=="bool":
pset.AddBool(k,v)
elif getattr(v, '__iter__', False):
# Iterable type
if not my_any([isinstance(v,t) for t in types.vector_types]):
try:
v=types.iterable_to_icf_type(v)
except TypeError,e:
print "Variable %s : %s" % (k,e)
raise e
func = None
for t in types.vector_types:
if isinstance(v, t):
func = getattr(pset, "Add%s" % t.__name__[4:], None)
if func: break
if func: func(k, v)
else: raise Exception("Cannot find C++ convertor function for iterable '%s' (type '%s')" % v.__class__.__name__)
else: print "ERROR"
def ps(self):
pset=ParameterSet()
for (k,v) in self._flatten().iteritems():
if v.__class__.__name__=="float":
pset.AddDouble(k,v)
elif v.__class__.__name__=="int":
pset.AddInt(k,v)
elif v.__class__.__name__=="str":
pset.AddString(k,v)
elif v.__class__.__name__=="bool":
pset.AddBool(k,v)
elif getattr(v, '__iter__', False):
# Iterable type
if not my_any([isinstance(v,t) for t in types.vector_types]):
try:
v=types.iterable_to_icf_type(v)
except TypeError,e:
print "Variable %s : %s" % (k,e)
raise e
if isinstance(v,ICF_StringVector):
pset.AddStringVector(k,v)
elif isinstance(v,ICF_DoubleVector):
pset.AddDoubleVector(k,v)
elif isinstance(v,ICF_IntVector):
pset.AddIntVector(k,v)
elif isinstance(v,ICF_BoolVector):
pset.AddBoolVector(k,v)
