def parse(self, meter=None):
if not meter:
from Meter import Meter, genDefault
meter = genDefault()
words = self.ents(cls='Word', flattenList=False)
numSyll = 0
if not words: return None
for word in words:
if type(word) == type([]):
for wrd in word:
if wrd.isBroken():
#print wrd
return None
numSyll += word[0].getNumSyll()
else:
if word.isBroken():
return None
numSyll += word.getNumSyll()
self.__parses[meter] = meter.parse(words, numSyll)
try:
self.__bestparse[meter] = self.__parses[meter][0]
except KeyError:
self.__bestparse[meter] = None
def parse(self,meter=None): if not meter: from Meter import Meter,genDefault meter = genDefault() words=self.ents(cls='Word',flattenList=False) numSyll=0 if not words: return None for word in words: if type(word)==type([]): for wrd in word: if wrd.isBroken(): #print wrd return None numSyll+=word[0].getNumSyll() else: if word.isBroken(): return None numSyll+=word.getNumSyll() self.__parses[meter]=meter.parse(words,numSyll) try: self.__bestparse[meter]=self.__parses[meter][0] except KeyError: self.__bestparse[meter]=None
def parse(self,meter=None,arbiter='Line'):
"""Parse this text metrically."""
if not meter:
from Meter import Meter,genDefault
meter = genDefault()
self.__parses[meter]=[]
self.__bestparses[meter]=[]
init=self
if not hasattr(init,'meter_stats'): init.meter_stats={'lines':{},'positions':{},'texts':{}, '_ot':{},'_constraints':{}}
if not hasattr(init,'bestparses'): init.bestparses=[]
init.meter=meter
init.meter_stats['_constraints']=sorted(init.meter.constraints)
init.ckeys="\t".join(sorted([str(x) for x in init.meter.constraints]))
ents=self.ents(arbiter)
for ent in ents:
ent.parse(meter,init=init)
self.__parses[meter].append( ent.allParses(meter) )
self.__bestparses[meter].append( ent.bestParse(meter) )
#self.scansion_prepare(conscious=True)
self.scansion(meter=meter,conscious=True)
def parse(self, meter=None, arbiter='Line'):
"""Parse this text metrically."""
if not meter:
from Meter import Meter, genDefault
meter = genDefault()
self.__parses[meter] = []
self.__bestparses[meter] = []
init = self
if not hasattr(init, 'meter_stats'):
init.meter_stats = {
'lines': {},
'positions': {},
'texts': {},
'_ot': {},
'_constraints': {}
}
if not hasattr(init, 'bestparses'): init.bestparses = []
init.meter = meter
init.meter_stats['_constraints'] = sorted(init.meter.constraints)
init.ckeys = "\t".join(sorted([str(x)
for x in init.meter.constraints]))
ents = self.ents(arbiter)
for ent in ents:
ent.parse(meter, init=init)
self.__parses[meter].append(ent.allParses(meter))
self.__bestparses[meter].append(ent.bestParse(meter))
#self.scansion_prepare(conscious=True)
self.scansion(meter=meter, conscious=True)
def parse(self,meter=None,arbiter='Line'): """Parse this text metrically.""" if not meter: from Meter import Meter,genDefault meter = genDefault() self.__parses[meter]=[] self.__bestparses[meter]=[] ents=self.ents(arbiter) for ent in ents: ent.parse(meter) self.__parses[meter].append( ent.allParses(meter) ) self.__bestparses[meter].append( ent.bestParse(meter) ) #self.scansion_prepare(conscious=True) self.scansion(meter=meter,conscious=True)
def parse(self,meter=None,arbiter='Line'): """Parse this text metrically.""" if not meter: from Meter import Meter,genDefault meter = genDefault() self.__parses[meter]=[] self.__bestparses[meter]=[] ents=self.ents(arbiter) import prosodic for ent in ents: if len(ent.syllables())>prosodic.config['line_maxsylls']: continue if len(ent.syllables())<prosodic.config['line_minsylls']: continue ent.parse(meter) self.__parses[meter].append( ent.allParses(meter) ) self.__bestparses[meter].append( ent.bestParse(meter) ) #self.scansion_prepare(conscious=True) self.scansion(meter=meter,conscious=True)
def parse(self, meter=None, arbiter='Line'):
"""Parse this text metrically."""
if not meter:
from Meter import Meter, genDefault
meter = genDefault()
self.__parses[meter] = []
self.__bestparses[meter] = []
ents = self.ents(arbiter)
import prosodic
for ent in ents:
if len(ent.syllables()) > prosodic.config['line_maxsylls']:
continue
if len(ent.syllables()) < prosodic.config['line_minsylls']:
continue
ent.parse(meter)
self.__parses[meter].append(ent.allParses(meter))
self.__bestparses[meter].append(ent.bestParse(meter))
#self.scansion_prepare(conscious=True)
self.scansion(meter=meter, conscious=True)