def save_data(self):
"""
puts the loaded configuration parameters in the dict and save it
"""
if not self.current_configuration:
return
groupboxes = [
self.ui_cw.groupBox, self.ui_cw.groupBox_2, self.ui_cw.groupBox_3
]
for igroupbox in groupboxes: # por cada groupbox
for ikey in self.current_configuration.keys():
if ikey not in JSON_CONFIGURATION_KEYS:
continue
item_le = igroupbox.findChild(QtWidgets.QLineEdit, ikey)
item_cob = igroupbox.findChild(QtWidgets.QComboBox, ikey)
item_chb = igroupbox.findChild(QtWidgets.QCheckBox, ikey)
item_sb = igroupbox.findChild(QtWidgets.QSpinBox, ikey)
item_dsb = igroupbox.findChild(QtWidgets.QDoubleSpinBox, ikey)
item_tw = igroupbox.findChild(QtWidgets.QTableWidget, ikey)
if item_le is not None:
text = item_le.text()
# intentar convertir la cadena a float (si es un numero), de otro
# modo es directamente un string (por ejemplo, label)
text = convert_string(text)
self.current_configuration[ikey] = text
elif item_cob is not None:
if ikey in CB_GET_VALUE:
self.current_configuration[ikey] = convert_string(
item_cob.currentText())
else:
self.current_configuration[
ikey] = item_cob.currentIndex()
elif item_sb is not None:
self.current_configuration[ikey] = item_sb.value()
elif item_dsb is not None:
self.current_configuration[ikey] = item_dsb.value()
elif item_tw is not None:
self.get_table(ikey, item_tw, self.current_configuration)
elif item_chb is not None:
self.current_configuration[ikey] = 1 if item_chb.isChecked(
) else 0
else:
continue
return self.current_configuration
def get_table(self, ikey, table, current_dict, factor):
if not table.isEnabled():
return
ncols = table.columnCount()
nrows = table.rowCount()
current_dict[ikey] = []
for irow in range(0, nrows):
dict_row = []
for icol in range(0, ncols):
if not table.item(irow, icol):
current_dict[ikey] = []
show_message(
'Please provide all the fields for the %s table' %
ikey)
# dejo que salte el error en el try de accept
text = table.item(irow, icol).text()
text_parsed = convert_string(text)
text_parsed = text_parsed * factor[icol]
if ncols == 1:
current_dict[ikey].append(text_parsed)
else:
dict_row.append(text_parsed)
if dict_row != []:
current_dict[ikey].append(dict_row)
return
def generate_play(self, grid):
# print("received grid : ", grid)
# maxgrid, index = get_max_rotation(grid)
maxgrid, index = grid.copy(), 0
# print("maxgrid", maxgrid, "index", index)
strigrid = convert_string(maxgrid)
if strigrid in self.moves:
move = self.moves[strigrid]
tryhard = (move["loss"] - move["win"]) * 100
if tryhard < random.randint(0, 100):
# print("found move on maxgrid", move["play"])
play = perm_x(move["play"], 4 - index)
self.new_moves[strigrid] = perm_x(play, index)
# print("returned move", play)
return int(play)
# print("tryhard --------------------------------------------------")
picks = [i for i, x in enumerate(grid) if not x]
play = random.choice(picks)
self.new_moves[strigrid] = perm_x(play, index)
if not strigrid[int(play)]:
print("picked move :")
from TicTac import display
display(grid)
print("play :", play)
print("saved move :")
display(strigrid)
print("play :", perm_x(play, index))
return play
def get_table(self, ikey, table, current_dict, factor=1.0):
if not table.isEnabled():
return True
ncols = table.columnCount()
nrows = table.rowCount()
current_dict[ikey] = [] if ikey!='state_ini' else current_dict[ikey]
for irow in range(0, nrows):
dict_row = []
for icol in range(0, ncols):
if not table.item(irow,icol):
current_dict[ikey] = []
show_message('Please provide all the fields for the %s table'%ikey)
return False
if not check_if_float(table.item(irow,icol).text(), ikey):
show_message('Please provide valid values for the %s table'%ikey)
current_dict[ikey] = []
return False
text = table.item(irow,icol).text()
text_parsed = convert_string(text)
text_parsed = text_parsed*factor
if ncols==1:
current_dict[ikey].append(text_parsed)
else:
dict_row.append(text_parsed)
if dict_row!=[]:
current_dict[ikey].append(dict_row)
return True
def get_table(self, ikey, table, current_dict):
ncols = table.columnCount()
nrows = table.rowCount()
current_dict[ikey] = []
for irow in range(0, nrows):
for icol in range(0, ncols):
text = table.item(irow, icol).text()
text = convert_string(text)
current_dict[ikey].append(text)
return
def accept(self):
"""
puts the loaded configuration parameters in the dict and save it
"""
if not self.current_dict:
return
if not self.verify_fields():
return
self.current_dict['histo'] = []
tabs = (0,4,5)
self.current_dict['state_ini'] = []
ret = self.get_table('state_ini_0', self.ui_cd.state_ini_0, self.current_dict)
self.current_dict['state_ini'].append(self.current_dict['state_ini_0'][0])
del self.current_dict['state_ini_0']
for itab in range(6): # por cada tab del widget
current_dict = self.current_dict if itab in tabs else \
self.current_dict[DICT_KEYS[itab-1]]
for ikey in current_dict.keys():
if ikey not in JSON_CYLINDER_KEYS:
continue
item_le = self.ui_cd.tabWidget.widget(itab).findChild(QtWidgets.QLineEdit,ikey)
item_cob = self.ui_cd.tabWidget.widget(itab).findChild(QtWidgets.QComboBox,ikey)
item_chb = self.ui_cd.tabWidget.widget(itab).findChild(QtWidgets.QCheckBox,ikey)
item_sb = self.ui_cd.tabWidget.widget(itab).findChild(QtWidgets.QSpinBox,ikey)
item_dsb = self.ui_cd.tabWidget.widget(itab).findChild(QtWidgets.QDoubleSpinBox,ikey)
item_tw = self.ui_cd.tabWidget.widget(itab).findChild(QtWidgets.QTableWidget,ikey)
if item_le is not None:
text = item_le.text()
text = convert_string(text)
current_dict[ikey] = text
current_dict[ikey] = self.parse_data(current_dict,ikey,DEPARSED,DEEXTRAS)
elif item_cob is not None:
if ikey in CB_GET_VALUE:
current_dict[ikey] = convert_string(item_cob.currentText())
else:
current_dict[ikey] = item_cob.currentIndex()
current_dict[ikey] = self.parse_data(current_dict,ikey,DEPARSED,DEEXTRAS)
elif item_sb is not None:
current_dict[ikey] = item_sb.value()
current_dict[ikey] = self.parse_data(current_dict,ikey,DEPARSED,DEEXTRAS)
elif item_dsb is not None:
current_dict[ikey] = item_dsb.value()
current_dict[ikey] = self.parse_data(current_dict,ikey,DEPARSED,DEEXTRAS)
elif item_tw is not None:
ret = self.get_table(ikey, item_tw, current_dict)
if not ret:
return
elif item_chb is not None:
if type(current_dict[ikey])==list:
current_dict[ikey] = [0] if item_chb.isChecked() else []
else:
current_dict[ikey] = 1 if item_chb.isChecked() else 0
current_dict[ikey] = self.parse_data(current_dict,ikey,DEPARSED,DEEXTRAS)
else:
continue
self.set_histogram()
self.close()
return