def createGrammar():
sommatoriaExpansion = Literal("sommatoria")
sommatoriaExpansion.tag = '\\sum_{}^{}'
sommatoriaRule = PublicRule("sommatoria_main", sommatoriaExpansion)
indexExpansion = Literal("sommatoria da")
indexExpansion.tag = None
indexRule = PublicRule("summation_index", indexExpansion)
intervalExpansion = Literal("sommatoria da a")
intervalExpansion.tag = None
intervalRule = PublicRule("summation_interval", intervalExpansion)
#setattr section
setattr(sommatoriaRule, 'node_type', NODE_TYPE.INTERNO)
setattr(sommatoriaRule, 'request_new_layer', False)
setattr(sommatoriaRule, 'next_rules_trigger_words', ['da'])
setattr(sommatoriaRule, 'is_entry_rule', True)
#-------------------------
setattr(indexRule, 'node_type', NODE_TYPE.INTERNO)
setattr(indexRule, 'request_new_layer', True)
setattr(indexRule, 'next_rules_trigger_words', ['a'])
setattr(indexRule, 'is_entry_rule', False)
setattr(
indexRule, 'go_to_begin',
len('\\sum_{}^{}')) #attributo che specifica se fare carry-home.
#-------------------------------
setattr(intervalRule, 'node_type', NODE_TYPE.INTERNO)
setattr(intervalRule, 'request_new_layer', True)
setattr(
intervalRule, 'next_rules_trigger_words', []
) #non mettere None se no salta tutto perchè None non è iterabile
setattr(intervalRule, 'is_entry_rule', False)
#grammar creation section
g = Grammar()
g.add_rules(sommatoriaRule, indexRule, intervalRule)
return g
def createGrammar():
integraleDefinitoExpansion = Literal("integrale da")
integraleDefinitoExpansion.tag = "\\int\\limits_{}^{}"
definedIntegralRule = PublicRule("defined_integral_main",
integraleDefinitoExpansion)
integraleDefinitoUpLimitExpansion = Literal("integrale da a")
integraleDefinitoUpLimitExpansion.tag = None
upLimitRule = PublicRule("defined_integral_limit",
integraleDefinitoUpLimitExpansion)
#setattr section
setattr(definedIntegralRule, 'node_type', NODE_TYPE.INTERNO)
setattr(definedIntegralRule, 'request_new_layer', True)
setattr(definedIntegralRule, 'next_rules_trigger_words', [
'a'
]) #non mettere None se no salta tutto perchè None non è iterabile
setattr(definedIntegralRule, 'is_entry_rule', True)
setattr(definedIntegralRule, 'go_to_begin', len('\\int\\limits_{}^{}')
) #attributo che specifica se fare carry-home.
#------------------------------
setattr(upLimitRule, 'node_type', NODE_TYPE.INTERNO)
setattr(upLimitRule, 'request_new_layer', True)
setattr(
upLimitRule, 'next_rules_trigger_words', []
) #non mettere None se no salta tutto perchè None non è iterabile
setattr(upLimitRule, 'is_entry_rule', False)
#grammar creation section
g = Grammar()
g.add_rules(definedIntegralRule, upLimitRule)
return g
def main():
# Create a grammar and add some rules to it
grammar = Grammar()
name = HiddenRule("name", AlternativeSet("john", "bob", "anna"))
# greeting is either: 'hey', 'hey there' or 'hello'
greeting = HiddenRule(
"greeting",
AlternativeSet(Sequence("hey", OptionalGrouping("there")), "hello"))
# parting_phrase is either: 'good bye' or 'see you'
parting_phrase = HiddenRule("parting_phrase",
AlternativeSet("good bye", "see you"))
# greet is a greeting followed by a name
greet = PublicRule("greet", Sequence(RuleRef(greeting), RuleRef(name)))
# goodbye is a parting phrase followed by a name
goodbye = PublicRule("goodbye",
Sequence(RuleRef(parting_phrase), RuleRef(name)))
grammar.add_rules(name, greeting, parting_phrase, greet, goodbye)
print("Grammar compiles to the following:")
print(grammar.compile())
# Try matching some speech strings
print_matching(grammar, "hey john")
print_matching(grammar, "hey there john")
print_matching(grammar, "see you john")
# Try matching some hidden rules
print_matching(grammar, "bob")
print_matching(grammar, "hey there")
print_matching(grammar, "good bye")
def createGrammar():
limiteMainExpansion = Literal("limite per")
limiteMainExpansion.tag = "\\lim{ \\to }"
limiteMainRule = PublicRule("limite_main", limiteMainExpansion)
limiteUpP1Expansion = Literal("limite per che")
limiteUpP1Expansion.tag = None
limiteUpP1Rule = PublicRule("limite_up_p1", limiteUpP1Expansion)
limiteUpP2Expansion = Literal("limite per che tende")
limiteUpP2Expansion.tag = None
limiteUpP2Rule = PublicRule("limite_up_p2", limiteUpP2Expansion)
limiteUpP3Expansion = Literal("limite per che tende a")
limiteUpP3Expansion.tag = None
limiteUpP3Rule = PublicRule("limite_up_p3", limiteUpP3Expansion)
#setattr section
setattr(limiteMainRule, 'node_type', NODE_TYPE.INTERNO)
setattr(limiteMainRule, 'request_new_layer', True)
setattr(limiteMainRule, 'next_rules_trigger_words', [
'che'
]) #non mettere None se no salta tutto perchè None non è iterabile
setattr(limiteMainRule, 'is_entry_rule', True)
setattr(
limiteMainRule, 'go_to_begin',
len('\\lim{ \\to }')) #attributo che specifica se fare carry-home.
#------------------------------
setattr(limiteUpP1Rule, 'node_type', NODE_TYPE.INTERNO)
setattr(limiteUpP1Rule, 'request_new_layer', True)
setattr(limiteUpP1Rule, 'next_rules_trigger_words', [
'tende'
]) #non mettere None se no salta tutto perchè None non è iterabile
setattr(limiteUpP1Rule, 'is_entry_rule', False)
#--------------------------------
setattr(limiteUpP2Rule, 'node_type', NODE_TYPE.INTERNO)
setattr(limiteUpP2Rule, 'request_new_layer', True)
setattr(limiteUpP2Rule, 'next_rules_trigger_words', [
'a'
]) #non mettere None se no salta tutto perchè None non è iterabile
setattr(limiteUpP2Rule, 'is_entry_rule', False)
#------------------------------------
setattr(limiteUpP3Rule, 'node_type', NODE_TYPE.INTERNO)
setattr(limiteUpP3Rule, 'request_new_layer', True)
setattr(
limiteUpP3Rule, 'next_rules_trigger_words', []
) #non mettere None se no salta tutto perchè None non è iterabile
setattr(limiteUpP3Rule, 'is_entry_rule', False)
#grammar creation section
g = Grammar()
g.add_rules(limiteMainRule, limiteUpP1Rule, limiteUpP2Rule,
limiteUpP3Rule)
return g
def main():
# Create a hidden (private) rule
rule1 = HiddenRule("hello", "hello")
# Create a public rule referencing rule1
rule2 = PublicRule("greet", RuleRef(rule1))
# Create a grammar and add the new rules to it
grammar = Grammar("g")
grammar.add_rules(rule1, rule2)
# Compile the grammar using compile()
print("Grammar '%s' compiles to:" % grammar.name)
print(grammar.compile())
# Find rules matching 'hello'
# rule2 will be found, but not rule1 because it is hidden
print("Matching rule: %s" % grammar.find_matching_rules("hello")[0])
def main():
# The Repeat expansion requires one or more matches for its child expansion.
# The KleeneStar requires zero or more matches. The Sequence expansion
# requires all of its children expansions to be spoken in sequence.
# Create a public rule using a Repeat expansion and another using the
# KleeneStar expansion.
rule1 = PublicRule("repeat", Sequence(Repeat("please"), "don't crash"))
rule2 = PublicRule("kleene", Sequence(KleeneStar("please"), "don't crash"))
# Create a grammar and add the new rules to it
grammar = Grammar("g")
grammar.add_rules(rule1, rule2)
# Compile the grammar using compile()
print("Grammar '%s' compiles to:" % grammar.name)
print(grammar.compile())
# Find rules in the grammar that match some speech strings
print_matching(grammar, "don't crash") # only kleene will match
print_matching(grammar, "please don't crash") # both will match
print_matching(grammar, "please please don't crash") # both again
def createGrammar():
fracExpansion = Literal("frazione")
fracExpansion.tag = '\\frac{}{}'
fracRule = PublicRule("fraction_main", fracExpansion)
numeratorExpansion = Literal("frazione numeratore")
numeratorExpansion.tag = None
numeratorRule = PublicRule("fraction_numerator", numeratorExpansion)
denominatorExpansion = Literal("frazione numeratore denominatore")
denominatorExpansion.tag = None
denominatorRule = PublicRule("fraction_denominator",
denominatorExpansion)
#setattr section
setattr(fracRule, 'node_type', NODE_TYPE.INTERNO)
setattr(fracRule, 'request_new_layer', False)
setattr(fracRule, 'next_rules_trigger_words', [
'numeratore'
]) #non mettere None se no salta tutto perchè None non è iterabile
setattr(fracRule, 'is_entry_rule', True)
#-------------------
setattr(numeratorRule, 'node_type', NODE_TYPE.INTERNO)
setattr(numeratorRule, 'request_new_layer', True)
setattr(numeratorRule, 'next_rules_trigger_words', [
'denominatore'
]) #non mettere None se no salta tutto perchè None non è iterabile
setattr(numeratorRule, 'is_entry_rule', False)
setattr(
numeratorRule, 'go_to_begin',
len('\\frac{}{}')) #attributo che specifica se fare carry-home.
#------------------------
setattr(denominatorRule, 'node_type', NODE_TYPE.INTERNO)
setattr(denominatorRule, 'request_new_layer', True)
setattr(
denominatorRule, 'next_rules_trigger_words', []
) #non mettere None se no salta tutto perchè None non è iterabile
setattr(denominatorRule, 'is_entry_rule', False)
#grammar creation section
g = Grammar()
g.add_rules(fracRule, numeratorRule, denominatorRule)
return g
