def nucleus_search(dict_occ_ref, candidates, nucleus_threshold, log_file_path):
dict_nucleus = {}
windows = ana_useful.define_windows(dict_occ_ref, candidates, 3, 2)
valid_windows = []
for window in windows:
valid_window = nucleus_valid_window(window)
if valid_window:
valid_windows.append(valid_window)
windowR = ana_useful.symmetric_window(window)
valid_windowR = nucleus_valid_window(windowR)
if valid_windowR:
valid_window = ana_useful.symmetric_window(valid_windowR)
valid_windows.append(valid_window)
dict_aword = dict_found_words(valid_windows)
dict_occ_cand = nucleus_find_cand(dict_aword, nucleus_threshold)
if dict_occ_cand != {}:
for shortshape, occ_cand_list in dict_occ_cand.items():
new_cand, occ_count = ana_useful.new_cand_nucleus(occ_cand_list)
dict_nucleus.setdefault(new_cand, []).append(occ_cand_list)
ana_useful.write_log(
log_file_path,
'NOYAU TROUVE ' + str(new_cand) + ' ' + str(occ_count))
# TODO retrouver les fenetres valides qui ont permis de créer le noyau
ana_useful.write_log(log_file_path, ' LISTE DES OCCURRENCES')
for occ_cand in occ_cand_list:
ana_useful.write_log(log_file_path, ' ' + str(occ_cand))
return dict_nucleus
def expression_search(dict_occ_ref, candidates, expression_threshold,
log_file_path):
dict_expre = {}
for candidate in candidates:
candidate = [candidate] # in order to use the define_windows
windows = ana_useful.define_windows(
dict_occ_ref, candidate, 3, 1
) #fenetre du type `CAND1 + (cand ou mot quelconque) + (cand ou mot quelconque)`. Les mots stop ("v") ne sont pas représentés
valid_windows = []
windows_cand_list = []
valid_windows = expression_valid_windows(windows, candidate[0])
if valid_windows != []:
dict_cand_windows = expression_find_cand(valid_windows,
expression_threshold)
if dict_cand_windows != {}:
for shortshape, windows_cand_list in dict_cand_windows.items():
new_cand, occ_count = ana_useful.new_cand_expression(
windows_cand_list)
dict_expre[new_cand] = windows_cand_list
# dict_expre.setdefault(new_cand,[]).append(windows_cand_list)
ana_useful.write_log(
log_file_path, 'EXPRESSION TROUVEE ' + str(new_cand) +
' ' + str(occ_count))
ana_useful.write_log(log_file_path,
' LISTE DES OCCURRENCES ')
for window_cand in windows_cand_list:
ana_useful.write_log(log_file_path,
' ' + str(window_cand))
return dict_expre
def nucleus_search(dict_occ_ref, candidates, nucleus_threshold, log_file_path):
dict_nucleus = {}
windows = ana_useful.define_windows(dict_occ_ref, candidates, 3, 2)
valid_windows = []
for window in windows:
valid_window = nucleus_valid_window(window)
if valid_window:
valid_windows.append(valid_window)
windowR = ana_useful.symmetric_window(window)
valid_windowR = nucleus_valid_window(windowR)
if valid_windowR:
valid_window = ana_useful.symmetric_window(valid_windowR)
valid_windows.append(valid_window)
dict_aword = dict_found_words(valid_windows)
dict_occ_cand = nucleus_find_cand(dict_aword, nucleus_threshold)
if dict_occ_cand != {}:
for shortshape, occ_cand_list in dict_occ_cand.items():
new_cand, occ_count = ana_useful.new_cand_nucleus(occ_cand_list)
dict_nucleus.setdefault(new_cand,[]).append(occ_cand_list)
ana_useful.write_log(log_file_path, 'NOYAU TROUVE ' + str(new_cand) + ' ' + str(occ_count))
# TODO retrouver les fenetres valides qui ont permis de créer le noyau
ana_useful.write_log(log_file_path, ' LISTE DES OCCURRENCES')
for occ_cand in occ_cand_list:
ana_useful.write_log(log_file_path, ' ' + str(occ_cand))
return dict_nucleus
def expansion_search(dict_occ_ref, candidates, expansion_threshold, log_file_path):
dict_expa = {}
windows = ana_useful.define_windows(dict_occ_ref,candidates,3,2)
valid_windows = expansion_valid_window(windows)
dict_cand_windows = expansion_cand_search(valid_windows, expansion_threshold)
# Find the new cand and build a new dict and write in the log, what there is at this step.
for shape in dict_cand_windows:
new_cand,occ_count = ana_useful.new_cand(dict_cand_windows[shape])
ana_useful.write_log(log_file_path, 'EXPANSION TROUVEE ' + str(new_cand) + ' ' + str(occ_count))
ana_useful.write_log(log_file_path, ' LISTE DES OCCURRENCES ')
for window_cand in dict_cand_windows[shape]:
ana_useful.write_log(log_file_path, ' ' + str(window_cand))
# dict_expa.setdefault(new_cand,[]).append(dict_cand_windows[shape])
dict_expa[new_cand] = dict_cand_windows[shape]
return dict_expa
def expansion_search(dict_occ_ref, candidates, expansion_threshold,
log_file_path):
dict_expa = {}
windows = ana_useful.define_windows(dict_occ_ref, candidates, 3, 2)
valid_windows = expansion_valid_window(windows)
dict_cand_windows = expansion_cand_search(valid_windows,
expansion_threshold)
# Find the new cand and build a new dict and write in the log, what there is at this step.
for shape in dict_cand_windows:
new_cand, occ_count = ana_useful.new_cand(dict_cand_windows[shape])
ana_useful.write_log(
log_file_path,
'EXPANSION TROUVEE ' + str(new_cand) + ' ' + str(occ_count))
ana_useful.write_log(log_file_path, ' LISTE DES OCCURRENCES ')
for window_cand in dict_cand_windows[shape]:
ana_useful.write_log(log_file_path, ' ' + str(window_cand))
# dict_expa.setdefault(new_cand,[]).append(dict_cand_windows[shape])
dict_expa[new_cand] = dict_cand_windows[shape]
return dict_expa
def expression_search(dict_occ_ref, candidates, expression_threshold, log_file_path):
dict_expre = {}
for candidate in candidates:
candidate = [candidate] # in order to use the define_windows
windows = ana_useful.define_windows(dict_occ_ref, candidate, 3, 1) #fenetre du type `CAND1 + (cand ou mot quelconque) + (cand ou mot quelconque)`. Les mots stop ("v") ne sont pas représentés
valid_windows = []
windows_cand_list = []
valid_windows = expression_valid_windows(windows, candidate[0])
if valid_windows != []:
dict_cand_windows = expression_find_cand(valid_windows, expression_threshold)
if dict_cand_windows != {}:
for shortshape, windows_cand_list in dict_cand_windows.items():
new_cand, occ_count = ana_useful.new_cand_expression(windows_cand_list)
dict_expre[new_cand] = windows_cand_list
# dict_expre.setdefault(new_cand,[]).append(windows_cand_list)
ana_useful.write_log(log_file_path, 'EXPRESSION TROUVEE ' + str(new_cand) + ' ' + str(occ_count))
ana_useful.write_log(log_file_path, ' LISTE DES OCCURRENCES ')
for window_cand in windows_cand_list:
ana_useful.write_log(log_file_path, ' ' + str(window_cand))
return dict_expre
#SEUILS#################################################################
# nucleus_threshold = [3,5,5,10]
# nucleus_threshold = [2,4,4,6]
nucleus_threshold = config['nucleus_threshold']
expansion_threshold = int(config['expansion_threshold'])
expression_threshold = int(config['expression_threshold'])
recession_threshold = int(config['recession_threshold'])
#STEPS########################################################################
global_steps = int(config['global_steps'])
nucleus_steps = int(config['nucleus_nestedsteps'])
automaticsteps = config['automaticsteps'] # True ou False
with open(log_file_path, 'w', encoding='utf8') as logfile:
ana_useful.write_log(log_file_path,
"########################################\n")
ana_useful.write_log(log_file_path, "FICHIER LOG\n")
ana_useful.write_log(log_file_path,
"ANALYSE DU FICHIER : " + txt_file_path + "\n")
ana_useful.write_log(log_file_path, "BOOTSTRAP : " + str(cands) + "\n")
ana_useful.write_log(
log_file_path,
"\n\nTraitement démarré le " + time.strftime("%c") + " \n")
ana_useful.write_log(log_file_path,
"########################################\n")
stop = False
nb_passe = 0
while not stop:
nb_passe += 1
#SEUILS#################################################################
# nucleus_threshold = [3,5,5,10]
# nucleus_threshold = [2,4,4,6]
nucleus_threshold = config['nucleus_threshold']
expansion_threshold = int(config['expansion_threshold'])
expression_threshold = int(config['expression_threshold'])
recession_threshold = int(config['recession_threshold'])
#STEPS########################################################################
global_steps = int(config['global_steps'])
nucleus_steps = int(config['nucleus_nestedsteps'])
automaticsteps = config['automaticsteps'] # True ou False
with open(log_file_path, 'w', encoding = 'utf8') as logfile:
ana_useful.write_log(log_file_path,"########################################\n")
ana_useful.write_log(log_file_path,"FICHIER LOG\n")
ana_useful.write_log(log_file_path,"ANALYSE DU FICHIER : " + txt_file_path + "\n")
ana_useful.write_log(log_file_path,"BOOTSTRAP : " + str(cands) + "\n")
ana_useful.write_log(log_file_path,"\n\nTraitement démarré le " + time.strftime("%c") + " \n")
ana_useful.write_log(log_file_path,"########################################\n")
stop = False
nb_passe = 0
while not stop:
nb_passe += 1
global_steps -= 1
dict_expa = {}
dict_expre = {}
print('\n\n\n################# step n°', str(nb_passe), '#################\n')
