def changeResolution(self, width, height, full = True, debug = False, logpos = True):
scene = None
if(self.window.scene != None):
scene = self.window.scene
self.window.set_fullscreen(False)
self.window.close()
self.window = Frame(self, width, height, full, debug, logpos)
if(scene != None):
self.window.setScene(scene)
setResol('./cnf/config.ini', width, height)
def PUSHFRAME(self):
if not self._tmp_frame.defined:
raise UndefinedFrameError()
self._local_frame = self._tmp_frame
self._local_frame_stack.append(self._local_frame)
self._tmp_frame = Frame()
def __init__(self, source_file):
self._source_file = source_file
self._instr_list = dict()
self._instr_order_list = list()
self._jump_label_list = dict()
self._instr_index = 0
self._instr_args = list()
self._tmp_frame = Frame(False)
self._global_frame = Frame(True)
self._local_frame = Frame(False)
self._call_stack = list()
self._data_stack = list()
self._local_frame_stack = list()
def __init__(self):
pyglet.resource.path = ['./res']
pyglet.resource.reindex()
self.db = DB('localhost', 3306, 'fisica', 'qwe123iop', 'fisica')
platform = pyglet.window.get_platform()
display = platform.get_default_display()
self.MW = display.get_screens()[0].width
self.MH = display.get_screens()[0].height
pyglet.clock.schedule(self.timer)
self.activateSuck()
self.window = Frame(self, 400, 400, False, visible=False)
self.window.set_location(int((self.MW-self.window.width)/2), int((self.MH-self.window.height)/2))
self.window.setScene(AppLauncher())
self.window.set_visible(True)
def process_row(self, row):
for s in row:
if s.startswith("B:") or s.startswith("I:"):
annot = s.split(":")
index = annot[len(annot) - 1]
if annot[1] == "COREF-TARGET-INDIRECT" or annot[
1] == "COREF-TARGET-DIRECT" or annot[1] == "MENTION":
if index not in self.corefs:
self.corefs[index] = Coref(index, row[1])
if annot[1] == "COREF-TARGET-INDIRECT" or annot[
1] == "COREF-TARGET-DIRECT":
self.corefs[index].add_coref(row[3], row[4])
else:
self.corefs[index].add_mention(row[3])
if annot[2] == "FE" or annot[2] == "TARGET":
semantic_frame = annot[1]
if (index, semantic_frame) not in self.frames:
self.frames[index, semantic_frame] = Frame(
index, semantic_frame)
self.frames[index, semantic_frame].add_word(row, annot)
class Shell():
window = None
sucket = None
MW = 0
MH = 0
def __init__(self):
pyglet.resource.path = ['./res']
pyglet.resource.reindex()
self.db = DB('localhost', 3306, 'fisica', 'qwe123iop', 'fisica')
platform = pyglet.window.get_platform()
display = platform.get_default_display()
self.MW = display.get_screens()[0].width
self.MH = display.get_screens()[0].height
pyglet.clock.schedule(self.timer)
self.activateSuck()
self.window = Frame(self, 400, 400, False, visible=False)
self.window.set_location(int((self.MW-self.window.width)/2), int((self.MH-self.window.height)/2))
self.window.setScene(AppLauncher())
self.window.set_visible(True)
def timer(self,data):
if(self.window != None):
if(self.window.scene != None):
if(self.window.scene.MODE != 'LOCAL'):
self.switchScene()
if(self.window.scene.SIZE != 'CURRENT'):
if(self.window.scene.SIZE == 'WIN'):
self.window.set_fullscreen(False)
self.window.set_location(int((self.MW-self.window.width)/2), int((self.MH-self.window.height)/2))
elif (self.window.scene.SIZE == 'LD'):
self.changeResolution(800, 600)
elif (self.window.scene.SIZE == 'BD'):
self.changeResolution(1024, 768)
elif (self.window.scene.SIZE == 'HD'):
self.changeResolution(1366, 768)
self.window.scene.SIZE = 'CURRENT'
self.window.timer(data)
def activateSuck(self):
self.sucket = pyglet.window.Window(self.MW, self.MH, fullscreen=True)
self.sucket.set_visible(False)
def run(self):
pyglet.app.run()
def switchScene(self):
preData = self.window.scene.data
if(self.window.scene.NAME == 'LAUNCHER'):
if(self.window.scene.MODE == 'MENU'):
w, h = getResol('./cnf/config.ini')
self.window.scene = None
self.changeResolution(w, h)
self.window.setScene(Menu(preData))
else:
if(self.window.scene.MODE == 'AJUSTES'):
self.window.setScene(Ajustes(preData))
if(self.window.scene.MODE == 'PRINCIPAL'):
self.window.setScene(Principal(preData))
if(self.window.scene.MODE == 'AYUDA'):
self.window.setScene(Ayuda(preData))
if(self.window.scene.MODE == 'MENU'):
self.window.setScene(Menu(preData))
if(self.window.scene.MODE == 'REGISTRO'):
preData['dbcon'] = self.db
self.window.setScene(Registro(preData))
if(self.window.scene.MODE == 'LOGIN'):
preData['dbcon'] = self.db
self.window.setScene(Login(preData))
if(self.window.scene.MODE == 'NIVELES'):
preData['dbcon'] = self.db
self.window.setScene(Niveles(preData))
if(self.window.scene.MODE == 'NIVEL1'):
self.window.setScene(Nivel1(preData))
if(self.window.scene.MODE == 'EJERCICIO2_N1'):
self.window.setScene(Ejercicio2_n1(preData))
if(self.window.scene.MODE == 'EJERCICIO3_N1'):
self.window.setScene(Ejercicio3_n1(preData))
if(self.window.scene.MODE == 'EJERCICIO1_N2'):
self.window.setScene(Ejercicio1_n2(preData))
if(self.window.scene.MODE == 'EJERCICIO2_N2'):
self.window.setScene(Ejercicio2_n2(preData))
if(self.window.scene.MODE == 'EJERCICIO3_N2'):
self.window.setScene(Ejercicio3_n2(preData))
if(self.window.scene.MODE == 'EJERCICIO1_N3'):
self.window.setScene(Ejercicio1_n3(preData))
if(self.window.scene.MODE == 'EJERCICIO2_N3'):
self.window.setScene(Ejercicio2_n3(preData))
if(self.window.scene.MODE == 'EJERCICIO3_N3'):
self.window.setScene(Ejercicio3_n3(preData))
def changeResolution(self, width, height, full = True, debug = False, logpos = True):
scene = None
if(self.window.scene != None):
scene = self.window.scene
self.window.set_fullscreen(False)
self.window.close()
self.window = Frame(self, width, height, full, debug, logpos)
if(scene != None):
self.window.setScene(scene)
setResol('./cnf/config.ini', width, height)
def run_close(self):
self.sucket.close()
for dir in os.listdir(json_dir):
dir1 = os.path.join(json_dir, dir)
for f in os.listdir(dir1):
file_name = os.path.join(dir1, f)
data = json.load(io.open(file_name))
for elem in data["annotations"]:
result_file_name = "out/corpus/" + dir + '/question.' + str(
question_index) + '.json'
question_index += 1
id = elem["id"]
lu_index = elem["lu_index"]
if (id, lu_index) in natural_questions:
elem = natural_questions[(id, lu_index)]
del natural_questions[(id, lu_index)]
frame_name = elem["frame"]
frame = Frame(id, frame_name)
for fe in elem["frame_elements"]:
fe["generated_questions_from_auto_patterns"] = []
fe["generated_questions_from_manual_patterns"] = []
fe_name = fe["name"]
frame.frame_elements[fe_name] = FrameElement(
fe_name, None, None, frame.semantic_frame)
frame.frame_elements[fe_name].words = fe["text"].split()
coref = fe["coref"]["text"]
if coref != "":
new_coref = Coref(None, None)
new_coref.coref = coref.split()
frame.frame_elements[fe_name].coref = new_coref
questions, answers, _ = questionsGenerator_manual.generate(
frame, False, patterns_id=True)
for i in range(len(questions)):