@ -11,13 +11,14 @@ import os.path
class Data : class Data :
def __init__ ( self , input_type , allow_shuffle_vector_generation = False , save_generated_data = True , shuffle_all_inputs = True ,
def __init__ ( self , input_type , allow_shuffle_vector_generation = False , save_generated_data = True , shuffle_all_inputs = True ,
additional_letter_attributes = True , reverse_inputs = True :
additional_letter_attributes = True , reverse_inputs = True , accent_classification = False ):
self . _input_type = input_type
self . _input_type = input_type
self . _save_generated_data = save_generated_data
self . _save_generated_data = save_generated_data
self . _allow_shuffle_vector_generation = allow_shuffle_vector_generation
self . _allow_shuffle_vector_generation = allow_shuffle_vector_generation
self . _shuffle_all_inputs = shuffle_all_inputs
self . _shuffle_all_inputs = shuffle_all_inputs
self . _additional_letter_attributes = additional_letter_attributes
self . _additional_letter_attributes = additional_letter_attributes
self . _reverse_inputs = reverse_inputs
self . _reverse_inputs = reverse_inputs
self . _accent_classification = accent_classification
self . x_train = None
self . x_train = None
self . x_other_features_train = None
self . x_other_features_train = None
@ -30,14 +31,14 @@ class Data:
self . y_validate = None
self . y_validate = None
def generate_data ( self , train_inputs_name , test_inputs_name , validate_inputs_name , test_and_validation_size = 0.1 ,
def generate_data ( self , train_inputs_name , test_inputs_name , validate_inputs_name , test_and_validation_size = 0.1 ,
= ' SlovarIJS_BESEDE_utf8.lex ' ,
force_override= False , content_name= ' SlovarIJS_BESEDE_utf8.lex ' ,
content_shuffle_vector = ' content_shuffle_vector ' , shuffle_vector = ' shuffle_vector ' ,
content_shuffle_vector = ' content_shuffle_vector ' , shuffle_vector = ' shuffle_vector ' ,
inputs_location = ' ../../internal_representations/inputs/ ' , content_location = ' ../../../data/ ' ) :
inputs_location = ' ../../internal_representations/inputs/ ' , content_location = ' ../../../data/ ' ) :
content_path = ' {} {} ' . format ( content_location , content_name )
content_path = ' {} {} ' . format ( content_location , content_name )
train_path = ' {} {} .h5 ' . format ( inputs_location , train_inputs_name )
train_path = ' {} {} .h5 ' . format ( inputs_location , train_inputs_name )
test_path = ' {} {} .h5 ' . format ( inputs_location , test_inputs_name )
test_path = ' {} {} .h5 ' . format ( inputs_location , test_inputs_name )
validate_path = ' {} {} .h5 ' . format ( inputs_location , validate_inputs_name )
validate_path = ' {} {} .h5 ' . format ( inputs_location , validate_inputs_name )
if os . path . exists ( train_path ) and os . path . exists ( test_path ) and os . path . exists ( validate_path ) :
if not force_override and os . path . exists ( train_path ) and os . path . exists ( test_path ) and os . path . exists ( validate_path ) :
print ( ' LOADING DATA... ' )
print ( ' LOADING DATA... ' )
self . x_train , self . x_other_features_train , self . y_train = self . _load_inputs ( train_path )
self . x_train , self . x_other_features_train , self . y_train = self . _load_inputs ( train_path )
self . x_test , self . x_other_features_test , self . y_test = self . _load_inputs ( test_path )
self . x_test , self . x_other_features_test , self . y_test = self . _load_inputs ( test_path )
@ -62,7 +63,7 @@ class Data:
print ( ' CONTENT READ SUCCESSFULLY ' )
print ( ' CONTENT READ SUCCESSFULLY ' )
print ( ' CREATING DICTIONARY... ' )
print ( ' CREATING DICTIONARY... ' )
dictionary , max_word , max_num_vowels , vowels , accented_vowels = self . _create_dict ( content )
dictionary , max_word , max_num_vowels , vowels , accented_vowels = self . _create_dict ( content )
if self . _input_type == ' s ' or self . _input_type == ' l s' :
if self . _input_type == ' s ' or self . _input_type == ' l ' :
dictionary = self . _create_syllables_dictionary ( content , vowels )
dictionary = self . _create_syllables_dictionary ( content , vowels )
print ( ' DICTIONARY CREATION SUCCESSFUL! ' )
print ( ' DICTIONARY CREATION SUCCESSFUL! ' )
# test_and_validation_size = 0.1
# test_and_validation_size = 0.1
@ -125,7 +126,7 @@ class Data:
break
break
line + = 1
line + = 1
dictionary_input = sorted ( dictionary_input )
dictionary_input = sorted ( dictionary_input )
max_num_vowels + =
# max_num_vowels +=
return dictionary_input , max_word , max_num_vowels , vowels , accented_vowels
return dictionary_input , max_word , max_num_vowels , vowels , accented_vowels
# split content so that there is no overfitting
# split content so that there is no overfitting
@ -230,23 +231,22 @@ class Data:
word = word [ : : - 1 ]
word = word [ : : - 1 ]
j = 0
j = 0
word_accentuations = [
# word_accentuations = [
num_vowels = 0
num_vowels = 0
for c in list ( word ) :
for c in list ( word ) :
index = 0
index = 0
if self . _is_vowel ( word , j , vowels ) :
num_vowels + = 1
for d in accentuated_vowels :
for d in accentuated_vowels :
if c == d :
if c == d :
word_accentuations . append ( num_vowels )
if not self . _accent_classification :
y [ i ] [ num_vowels ] = 1
else :
y [ i ] [ num_vowels ] = index
# word_accentuations.append(num_vowels)
break
break
index + = 1
index + = 1
if self . _is_vowel ( word , j , vowels ) :
num_vowels + = 1
j + = 1
j + = 1
if len ( word_accentuations ) > 0 :
for word_accentuation in word_accentuations :
y [ i ] [ word_accentuation ] = 1
else :
y [ i ] [ 0 ] = 1
i + = 1
i + = 1
return y
return y
@ -255,10 +255,10 @@ class Data:
shuffle_vector_location ) :
shuffle_vector_location ) :
if self . _input_type == ' l ' :
if self . _input_type == ' l ' :
x = self . _x_letter_input ( content , dictionary , max_word , vowels )
x = self . _x_letter_input ( content , dictionary , max_word , vowels )
elif self . _input_type == ' s ' or self . _input_type == ' l s' :
elif self . _input_type == ' s ' or self . _input_type == ' l ' :
x = self . _x_syllable_input ( content , dictionary , max_num_vowels , vowels )
x = self . _x_syllable_input ( content , dictionary , max_num_vowels , vowels )
else :
else :
raise ValueError ( ' No input_type provided. It could be \' l \' , \' s \' or \' l s\' . ' )
raise ValueError ( ' No input_type provided. It could be \' l \' , \' s \' or \' l \' . ' )
y = self . _y_output ( content , max_num_vowels , vowels , accentuated_vowels )
y = self . _y_output ( content , max_num_vowels , vowels , accentuated_vowels )
print ( ' CREATING OTHER FEATURES... ' )
print ( ' CREATING OTHER FEATURES... ' )
@ -476,46 +476,112 @@ class Data:
def _generator_instance ( self , orig_x , orig_x_additional , orig_y , batch_size , content_path ) :
def _generator_instance ( self , orig_x , orig_x_additional , orig_y , batch_size , content_path ) :
if self . _input_type == ' l ' :
if self . _input_type == ' l ' :
return self . _letter_generator ( orig_x , orig_x_additional , orig_y , batch_size )
content = self . _read_content ( content_path )
dictionary , max_word , max_num_vowels , vowels , accented_vowels = self . _create_dict ( content )
return self . _letter_generator ( orig_x , orig_x_additional , orig_y , batch_size , accented_vowels )
elif self . _input_type == ' s ' :
elif self . _input_type == ' s ' :
content = self . _read_content ( content_path )
content = self . _read_content ( content_path )
dictionary , max_word , max_num_vowels , vowels , accented_vowels = self . _create_dict ( content )
dictionary , max_word , max_num_vowels , vowels , accented_vowels = self . _create_dict ( content )
syllable_dictionary = self . _create_syllables_dictionary ( content , vowels )
syllable_dictionary = self . _create_syllables_dictionary ( content , vowels )
eye = np . eye ( len ( syllable_dictionary ) , dtype = int )
eye = np . eye ( len ( syllable_dictionary ) , dtype = int )
return self . _syllable_generator ( orig_x , orig_x_additional , orig_y , batch_size , eye
return self . _syllable_generator ( orig_x , orig_x_additional , orig_y , batch_size , eye , accented_vowels )
elif self . _input_type == ' sl ' :
elif self . _input_type == ' sl ' :
content = self . _read_content ( content_path )
content = self . _read_content ( content_path )
dictionary , max_word , max_num_vowels , vowels , accented_vowels = self . _create_dict ( content )
dictionary , max_word , max_num_vowels , vowels , accented_vowels = self . _create_dict ( content )
syllable_dictionary = self . _create_syllables_dictionary ( content , vowels )
syllable_dictionary = self . _create_syllables_dictionary ( content , vowels )
max_syllable = self . _get_max_syllable ( syllable_dictionary )
max_syllable = self . _get_max_syllable ( syllable_dictionary )
syllable_letters_translator = self . _create_syllable_letters_translator ( max_syllable , syllable_dictionary , dictionary , vowels )
syllable_letters_translator = self . _create_syllable_letters_translator ( max_syllable , syllable_dictionary , dictionary , vowels )
return self . _syllable_generator ( orig_x , orig_x_additional , orig_y , batch_size , syllable_letters_translator
return self . _syllable_generator ( orig_x , orig_x_additional , orig_y , batch_size , syllable_letters_translator , accented_vowels )
# generator for inputs for tracking of data fitting
# generator for inputs for tracking of data fitting
def _letter_generator ( self , orig_x , orig_x_additional , orig_y , batch_size :
def _letter_generator ( self , orig_x , orig_x_additional , orig_y , batch_size , accented_vowels ):
size = orig_x . shape [ 0 ]
size = orig_x . shape [ 0 ]
while 1 :
while 1 :
loc = 0
loc = 0
while loc < size :
if self . _accent_classification :
if loc + batch_size > = size :
eye = np . eye ( len ( accented_vowels ) , dtype = int )
yield ( [ orig_x [ loc : size ] , orig_x_additional [ loc : size ] ] , orig_y [ loc : size ] )
eye_input_accent = np . eye ( len ( orig_y [ 0 ] ) , dtype = int )
else :
input_x_stack = [ ]
yield ( [ orig_x [ loc : loc + batch_size ] , orig_x_additional [ loc : loc + batch_size ] ] , orig_y [ loc : loc + batch_size ] )
input_x_other_features_stack = [ ]
loc + = batch_size
input_y_stack = [ ]
while loc < size :
while len ( input_x_stack ) < batch_size and loc < size :
accent_loc = 0
for accent in orig_y [ loc ] :
if accent > 0 :
new_orig_x_additional = orig_x_additional [ loc ]
new_orig_x_additional = np . concatenate ( ( new_orig_x_additional , eye_input_accent [ accent_loc ] ) )
input_x_stack . append ( orig_x [ loc ] )
input_x_other_features_stack . append ( new_orig_x_additional )
input_y_stack . append ( eye [ int ( accent ) ] )
accent_loc + = 1
loc + = 1
if len ( input_x_stack ) > batch_size :
yield ( [ np . array ( input_x_stack [ : batch_size ] ) ,
np . array ( input_x_other_features_stack [ : batch_size ] ) ] , np . array ( input_y_stack ) [ : batch_size ] )
input_x_stack = input_x_stack [ batch_size : ]
input_x_other_features_stack = input_x_other_features_stack [ batch_size : ]
input_y_stack = input_y_stack [ batch_size : ]
else :
# print('BBB')
# print(np.array(input_stack))
# yield (np.array(input_stack))
yield ( [ np . array ( input_x_stack ) , np . array ( input_x_other_features_stack ) ] , np . array ( input_y_stack ) )
input_x_stack = [ ]
input_x_other_features_stack = [ ]
input_y_stack = [ ]
else :
while loc < size :
if loc + batch_size > = size :
yield ( [ orig_x [ loc : size ] , orig_x_additional [ loc : size ] ] , orig_y [ loc : size ] )
else :
yield ( [ orig_x [ loc : loc + batch_size ] , orig_x_additional [ loc : loc + batch_size ] ] , orig_y [ loc : loc + batch_size ] )
loc + = batch_size
# generator for inputs for tracking of data fitting
# generator for inputs for tracking of data fitting
def _syllable_generator ( self , orig_x , orig_x_additional , orig_y , batch_size , translator ) :
def _syllable_generator ( self , orig_x , orig_x_additional , orig_y , batch_size , translator , accented_vowels ):
size = orig_x . shape [ 0 ]
size = orig_x . shape [ 0 ]
while 1 :
while 1 :
loc = 0
loc = 0
while loc < size :
if self . _accent_classification :
if loc + batch_size > = size :
eye = np . eye ( len ( accented_vowels ) , dtype = int )
gen_orig_x = translator [ orig_x [ loc : size ] ]
eye_input_accent = np . eye ( len ( orig_y [ 0 ] ) , dtype = int )
yield ( [ gen_orig_x , orig_x_additional [ loc : size ] ] , orig_y [ loc : size ] )
input_x_stack = [ ]
else :
input_x_other_features_stack = [ ]
gen_orig_x = translator [ orig_x [ loc : loc + batch_size ] ]
input_y_stack = [ ]
yield ( [ gen_orig_x , orig_x_additional [ loc : loc + batch_size ] ] , orig_y [ loc : loc + batch_size ] )
while loc < size :
loc + = batch_size
while len ( input_x_stack ) < batch_size and loc < size :
accent_loc = 0
for accent in orig_y [ loc ] :
if accent > 0 :
new_orig_x_additional = orig_x_additional [ loc ]
new_orig_x_additional = np . concatenate ( ( new_orig_x_additional , eye_input_accent [ accent_loc ] ) )
input_x_stack . append ( orig_x [ loc ] )
input_x_other_features_stack . append ( new_orig_x_additional )
input_y_stack . append ( eye [ int ( accent ) ] )
accent_loc + = 1
loc + = 1
if len ( input_x_stack ) > batch_size :
gen_orig_x = translator [ np . array ( input_x_stack [ : batch_size ] ) ]
yield ( [ gen_orig_x , np . array ( input_x_other_features_stack [ : batch_size ] ) ] , np . array ( input_y_stack ) [ : batch_size ] )
input_x_stack = input_x_stack [ batch_size : ]
input_x_other_features_stack = input_x_other_features_stack [ batch_size : ]
input_y_stack = input_y_stack [ batch_size : ]
else :
gen_orig_x = translator [ np . array ( input_x_stack ) ]
yield ( [ gen_orig_x , np . array ( input_x_other_features_stack ) ] , np . array ( input_y_stack ) )
input_x_stack = [ ]
input_x_other_features_stack = [ ]
input_y_stack = [ ]
else :
while loc < size :
if loc + batch_size > = size :
gen_orig_x = translator [ orig_x [ loc : size ] ]
yield ( [ gen_orig_x , orig_x_additional [ loc : size ] ] , orig_y [ loc : size ] )
else :
gen_orig_x = translator [ orig_x [ loc : loc + batch_size ] ]
yield ( [ gen_orig_x , orig_x_additional [ loc : loc + batch_size ] ] , orig_y [ loc : loc + batch_size ] )
loc + = batch_size
def _get_max_syllable ( self , syllable_dictionary ) :
def _get_max_syllable ( self , syllable_dictionary ) :
max_len = 0
max_len = 0
