def do_kill(self):
if self.status == 'Alarm':
self.app.comms.write('$X\n')
else:
# are you sure?
mb = MessageBox(text='KILL - Are you Sure?', cb=self._do_kill)
mb.open()
def _loaded(self, path):
if self.failed:
mb = MessageBox(text='File Chooser {} failed - try a different one'.format(NativeFileChooser.type_name))
mb.open()
return
if path:
dr= os.path.dirname(path)
if self.cb:
self.cb(path, dr)
def _load_file(self, ll):
self._loaded_ok = False
try:
self.parse_gcode_file(self.app.gcode_file, ll, True)
except Exception:
print(traceback.format_exc())
mb = MessageBox(
text='File not found: {}'.format(self.app.gcode_file))
mb.open()
self._loaded()
def __init__(self, parent=None):
super(MainWindow, self).__init__()
self.setObjectName("MainWindow")
self.centralwidget = QtWidgets.QWidget()
self.setCentralWidget(self.centralwidget)
self.message = MessageBox()
self.grid_central = QtWidgets.QGridLayout(self.centralwidget)
self.grid_central.setObjectName("grid_central")
self._translate = QtCore.QCoreApplication.translate
self.visible_geom = None
self.visible_calc = None
self.visible_post = None
self.statusbar = None
self.create_actions_menubar()
self.create_actions_toolbar()
self.create_menubar()
self.create_toolbar()
self.change_statusbar()
def show_treasures(self) -> bool:
message = ['Treasures found', '', '']
found = False
for tribe in self.mine.tribes:
treasures = []
for c in self.mine.creatures:
if c.tribe == tribe:
treasures.extend(i.type for i in c.items
if isinstance(i, Treasure))
if not treasures:
continue
found = True
message.append(f'{tribe.name} team ({len(treasures)}):')
c = Counter(treasures)
for t, count in c.items():
if count == 1:
message.append('- A {}'.format(t))
else:
message.append('- {} {}s'.format(count, t))
message.append('')
if found:
MessageBox(self.screen, '\n'.join(message))
return found
def show_knowledge(self) -> bool:
message = ['Things learnt', '', '']
found = False
for tribe in self.mine.tribes:
knowledge = []
for c in self.mine.creatures:
if c.tribe == tribe:
knowledge.extend(i.type for i in c.knowledge)
if not knowledge:
continue
found = True
message.append(f'{tribe.name} team ({len(knowledge)}):')
c = Counter(knowledge)
for t, count in c.items():
if count == 1:
message.append('- {}'.format(t))
else:
message.append('- {} {}s'.format(count, t))
message.append('')
if found:
MessageBox(self.screen, '\n'.join(message))
return found
def main():
# ready
manager = Manager()
upen = UnderlinePen('~')
mbox = MessageBox('*')
sbox = MessageBox('/')
manager.register('strong message', upen)
manager.register('warning box', mbox)
manager.register('slash box', sbox)
# create
p1 = manager.create('strong message')
p1.use('Hello, world.')
p2 = manager.create('warning box')
p2.use('Hello, world.')
p3 = manager.create('slash box')
p3.use('Hello, world.')
def connect(self):
if self.app.is_connected:
if self.is_printing:
mb = MessageBox(
text=
'Cannot Disconnect while printing - Abort first, then wait'
)
mb.open()
else:
self._disconnect()
else:
port = self.config.get(
'General', 'serial_port'
) if not self.app.use_com_port else self.app.use_com_port
self.add_line_to_log("Connecting to {}...".format(port))
self.app.comms.connect(port)
def finish_repo(self, widget):
"""quit dialog automatically if add it OK"""
del widget
new_repo_name = self.new_repo_name.get_text().strip()
new_repo_url = self.new_repo_url.get_text().strip()
status, output = commands.getstatusoutput(
'%s/scripts/pkg_relate.sh add %s %s' %
(ABSPATH, new_repo_name, new_repo_url))
if status == 0:
self.repo_dlg.destroy()
else:
del output
msg = MessageBox(self.repo_dlg, _('Add repo'),
_('Repo not installed'),
_('The repo name or URL is invalid.'))
msg.run()
return True
def show_message(message):
""" Originally popped up a message box. Now just logs to console """
global main_window
init_gui()
log_info(message)
if (hasattr(main_window, 'messagebox')):
main_window.messagebox.update(message)
else:
main_window.messagebox = MessageBox()
def start_game(self):
start_game_info = MessageBox(self.game)
start_game_info.startgame()
self.usercounter_ships = 20 #ilosc wszystkich kafelek na statki
self.compcounter_ships = 20
#counter do zliczania strzalow by zatopic konkretny statek
self.fourcounter = 0
self.threecounter_o = 0
self.threecounter_t = 0
self.twocounter_o = 0
self.twocounter_t = 0
self.twocounter_th = 0
self.shot = True #flaga strzalu komputera
self.Xright = True
self.Xleft = False
self.Yup = False
self.Ydown = False
self.s = 0
self.dx = 0
self.dy = 0
def ask_exit(self, restart=False):
# are you sure?
if restart:
mb = MessageBox(text='Restart - Are you Sure?',
cb=self._do_restart)
else:
mb = MessageBox(text='Exit - Are you Sure?', cb=self._do_exit)
mb.open()
def show_deaths(self) -> bool:
message = ['Creatures died', '', '']
c = Counter(self.deaths)
found = False
for t, count in c.items():
found = True
if count == 1:
message.append('- A {} {}'.format(t[0], t[1]))
else:
message.append('- {} {}s {}'.format(
count, t[0], t[1].replace('was', 'were')))
if found:
MessageBox(self.screen, '\n'.join(message))
return found
def search(self):
""" Search for things """
map_layers = self.map_list[self.cur_map_name].map_layers
if 'searchable' not in map_layers:
print(f"No searchable sprites on {self.cur_map_name} map layer.")
return
searchable_sprites = map_layers['searchable']
sprites_in_range = arcade.check_for_collision_with_list(self.player_sprite, searchable_sprites)
print(f"Found {len(sprites_in_range)} searchable sprite(s) in range.")
for sprite in sprites_in_range:
if 'item' in sprite.properties:
self.message_box = MessageBox(self, f"Found: {sprite.properties['item']}")
sprite.remove_from_sprite_lists()
lookup_item = self.item_dictionary[sprite.properties['item']]
self.player_sprite.inventory.append(lookup_item)
else:
print("The 'item' property was not set for the sprite. Can't get any items from this.")
def show(self):
shown_something = False
if self.show_treasures():
shown_something = True
self.mine.print_current_level()
if self.show_items():
shown_something = True
self.mine.print_current_level()
if self.show_knowledge():
shown_something = True
self.mine.print_current_level()
if self.show_deaths():
shown_something = True
self.mine.print_current_level()
if not shown_something:
MessageBox(self.screen, 'Our story has just begun...')
def __init__(self, parent_window, version_number):
# Create pop-up box for entering data
from message_box import MyEntryWindow
self.data_entry = MyEntryWindow(parent_window, version=version_number)
# Create log file pop-up box
from message_box import MessageBox, MyHandlerText
self.my_message = MessageBox(parent_window, version=version_number)
self.module_logger = logging.getLogger(__name__)
self.module_logger.setLevel(logging.DEBUG)
# Create handler to route messages to popup
gui_handler = MyHandlerText(self.my_message.popup_text)
gui_handler.setLevel(logging.INFO)
self.module_logger.addHandler(gui_handler)
# Create handler to route messages to file
file_handler = logging.FileHandler(
os.path.join(os.getcwd(), ReportCruk.log_file))
file_handler.setLevel(logging.DEBUG)
self.module_logger.addHandler(file_handler)
def _assert(self, tf, msg):
if self._checknext:
self._accept = tf
if not tf:
self._checknext = False
MessageBox(msg)
#!/usr/bin/env python
# coding: utf-8
from framework.manager import Manager
from message_box import MessageBox
from underline_pen import UnderlinePen
manager = Manager()
upen = UnderlinePen('~')
mbox = MessageBox('*')
sbox = MessageBox('/')
manager.register("strong message", upen)
manager.register("warning box", mbox)
manager.register("slash box", sbox)
p1 = manager.create("strong message")
p1.use("こんにちは")
p2 = manager.create("warning box")
p2.use("Hello, world")
p3 = manager.create("slash box")
p3.use("Hello, world.")
def run(self):
showinformation = MessageBox(self.game)
showinformation.preparinggame()
gametableview = GameTableView(self.game, 10)
def movement(self, i, j):
if (self.playerField[j][i] != 'W' and self.playerField[j][i] != '0'):
self.buttons[i][j].config(bg='red')
self.buttons[i][j].config(state='disabled')
self.compcounter_ships -= 1
#sprawdzenie czy statek jest zatopiony, nie moze byc
if self.destroyed_enemyShips(i, j) == True:
self.label2.config(text='Trafiony zatopiony', fg='green')
else:
self.label2.config(text='Trafiony')
self.playerField[j][i] = 'X'
else:
self.buttons[i][j].config(bg='blue')
self.buttons[i][j].config(state='disabled')
self.label2.config(text='Pudło', fg='black')
for x in range(10):
for y in range(10):
print(self.playerField[x][y], end='')
print('')
print('\n')
if self.shot == True:
self.rand_x = random.randint(0, 9)
self.rand_y = random.randint(0, 9)
if (self.GameTableView.playerField[self.rand_y][self.rand_x] == 'X'
or self.GameTableView.playerField[self.rand_y][self.rand_x]
== 'U') and self.shot == True:
tmp = True
while tmp == True:
self.rand_x = random.randint(0, 9)
self.rand_y = random.randint(0, 9)
if (self.GameTableView.playerField[self.rand_y][self.rand_x] !=
'X' and self.GameTableView.playerField[self.rand_y][
self.rand_x] != 'U'):
tmp = False
if (self.GameTableView.playerField[self.rand_y][self.rand_x] != 'W' and
self.GameTableView.playerField[self.rand_y][self.rand_x] != '0'
and self.GameTableView.playerField[self.rand_y][self.rand_x] !=
'U'):
self.GameTableView.buttons[self.rand_x][self.rand_y].config(
bg='red')
self.usercounter_ships -= 1
if self.destroyed_myShips(self.rand_x, self.rand_y) == True:
self.GameTableView.label2.config(text='Trafiony zatopiony !!!',
fg='green')
self.shot = True
self.Xright = True
self.Xleft = False
self.Yup = False
self.Ydown = False
self.GameTableView.playerField[self.rand_y][self.rand_x] = 'X'
#jesli vertical to caly statek dookola oznaczam litera U tak jak przy nietrafieniu, aby losowe strzaly nie obejmowaly wiadomych miejsc gdzie nie moze byc statku.
try:
if (self.GameTableView.playerField[self.dy +
1][self.dx] == 'X'):
for a in range(self.dy - 1, self.dy + self.s + 1):
for b in range(self.dx - 1, self.dx + 2):
if a > -1 and b > -1 and a < 10 and b < 10:
self.GameTableView.playerField[a][b] = 'U'
elif (self.GameTableView.playerField[self.dy][self.dx +
1] == 'X'):
for a in range(self.dy - 1, self.dy + 2):
for b in range(self.dx - 1, self.dx + self.s + 1):
if a > -1 and b > -1 and a < 10 and b < 10:
self.GameTableView.playerField[a][b] = 'U'
#jesli to byl jednomasztowiec
else:
for a in range(self.rand_y - 1, self.rand_y + 2):
for b in range(self.rand_x - 1, self.rand_x + 2):
if a > -1 and b > -1 and a < 10 and b < 10:
self.GameTableView.playerField[a][b] = 'U'
except IndexError:
pass
else:
self.GameTableView.label2.config(text="Trafiony", fg='black')
self.shot = False
self.GameTableView.playerField[self.rand_y][self.rand_x] = 'X'
if self.rand_x < 9 and self.Xright == True:
if self.GameTableView.playerField[self.rand_y][self.rand_x
+ 1] != 'U':
self.rand_x = self.rand_x + 1
self.Xright = True
elif self.GameTableView.playerField[self.rand_y][
self.rand_x + 1] == 'U':
self.Xright = False
if self.rand_x == 0:
self.Xleft = False
if self.GameTableView.playerField[self.rand_y + 1][
self.rand_x] != 'U' and self.rand_y < 9:
self.Yup = True
self.rand_y = self.rand_y + 1
elif self.GameTableView.playerField[
self.rand_y +
1][self.rand_x] == 'U' or self.rand_y == 9:
self.Yup = False
self.Ydown = True
self.rand_y = self.rand_y - 1
elif self.GameTableView.playerField[self.rand_y][
self.rand_x -
1] != 'U' and self.GameTableView.playerField[
self.rand_y][self.rand_x - 1] != 'X':
self.Xleft = True
self.rand_x = self.rand_x - 1
elif self.GameTableView.playerField[self.rand_y][
self.rand_x -
2] != 'U' and self.GameTableView.playerField[
self.rand_y][
self.rand_x -
2] != 'X' and self.GameTableView.playerField[
self.rand_y][self.rand_x -
1] == 'X':
self.Xleft = True
self.rand_x = self.rand_x - 2
elif self.GameTableView.playerField[self.rand_y][
self.rand_x -
3] != 'U' and self.GameTableView.playerField[
self.rand_y][
self.rand_x -
3] != 'X' and self.GameTableView.playerField[
self.rand_y][
self.rand_x -
1] == 'X' and self.GameTableView.playerField[
self.rand_y][self.rand_x -
2] == 'X':
self.Xleft = True
self.rand_x = self.rand_x - 3
elif self.GameTableView.playerField[self.rand_y][
self.rand_x - 1] == 'U':
self.Xleft = False
if self.rand_y == 9:
self.Yup = False
self.Ydown = True
self.rand_y = self.rand_y - 1
elif self.GameTableView.playerField[
self.rand_y + 1][self.rand_x] == 'U':
self.Yup = False
self.Ydown = True
self.rand_y = self.rand_y - 1
elif self.GameTableView.playerField[
self.rand_y + 1][self.rand_x] != 'U':
self.Yup = True
self.Ydown = False
self.rand_y = self.rand_y + 1
elif self.rand_x == 9 and self.Xright == True:
if self.GameTableView.playerField[self.rand_y][
self.rand_x -
2] != 'X' and self.GameTableView.playerField[
self.rand_y][self.rand_x - 1] == 'X':
self.rand_x = self.rand_x - 2
self.Xright = False
self.Xleft = True
elif self.GameTableView.playerField[self.rand_y][
self.rand_x -
3] != 'X' and self.GameTableView.playerField[
self.rand_y][self.rand_x - 2] == 'X':
self.rand_x = self.rand_x - 3
self.Xright = False
self.Xleft = True
elif self.GameTableView.playerField[self.rand_y][
self.rand_x - 1] != 'U':
self.Xright = False
self.Xleft = True
self.rand_x = self.rand_x - 1
elif self.rand_y < 9:
if self.GameTableView.playerField[self.rand_y + 1][
self.rand_x] != 'U':
self.rand_y = self.rand_y + 1
self.Xright = False
self.Xleft = False
self.Yup = True
else:
self.rand_y = self.rand_y - 1
self.Xright = False
self.Xleft = False
self.Yup = False
self.Ydown = True
elif self.rand_y == 9:
self.rand_y = self.rand_y - 1
self.Xright = False
self.Xleft = False
self.Ydown = True
self.Yup = False
elif self.rand_x > 0 and self.Xleft == True:
if self.GameTableView.playerField[self.rand_y][self.rand_x
- 1] != 'U':
self.rand_x = self.rand_x - 1
self.Xleft = True
else:
self.Xleft = False
self.Yup = True
elif self.rand_x == 0 and self.Xleft == True:
if self.GameTableView.playerField[self.rand_y + 1][
self.rand_x] != 'U' and self.rand_y < 9:
self.Xleft = False
self.Yup = True
elif self.GameTableView.playerField[self.rand_y + 1][
self.rand_x] == 'U' or self.rand_y == 9:
self.Yup = False
self.Ydown = True
elif self.rand_y < 9 and self.Yup == True:
if self.GameTableView.playerField[self.rand_y +
1][self.rand_x] != 'U':
self.rand_y = self.rand_y + 1
self.Yup = True
else:
self.Yup = False
self.Ydown = True
if self.GameTableView.playerField[self.rand_y - 2][
self.rand_x] == 'X':
if self.GameTableView.playerField[self.rand_y - 3][
self.rand_x] != 'X':
self.rand_y = self.rand_y - 3
elif self.GameTableView.playerField[self.rand_y - 2][
self.rand_x] != 'X':
self.rand_y = self.rand_y - 2
elif self.rand_y == 9 and self.Yup == True:
self.Yup = False
self.Ydown = True
if self.GameTableView.playerField[self.rand_y -
1][self.rand_x] != 'X':
self.rand_y = self.rand_y - 1
elif self.GameTableView.playerField[self.rand_y -
2][self.rand_x] != 'X':
self.rand_y = self.rand_y - 2
elif self.GameTableView.playerField[self.rand_y -
3][self.rand_x] != 'X':
self.rand_y = self.rand_y - 3
elif self.rand_y > 0 and self.Ydown == True:
self.rand_y = self.rand_y - 1
self.Ydown = True
else:
self.GameTableView.buttons[self.rand_x][self.rand_y].config(
bg='blue')
self.GameTableView.label2.config(text='Pudło', fg='black')
self.GameTableView.playerField[self.rand_y][self.rand_x] = 'U'
if self.shot == False and self.Xright == True:
self.Xright = False
if self.rand_x > 1 and self.GameTableView.playerField[
self.rand_y][
self.rand_x -
2] != 'X' and self.GameTableView.playerField[
self.rand_y][self.rand_x - 2] != 'U':
self.rand_x = self.rand_x - 2
self.Xleft = True
elif self.rand_x == 1:
self.Xleft = False
self.rand_x = self.rand_x - 1
if self.rand_y < 9 and self.GameTableView.playerField[
self.rand_y + 1][self.rand_x] != 'U':
self.Yup = True
self.rand_y = self.rand_y + 1
else:
self.rand_y = self.rand_y - 1
self.Ydown = True
elif self.GameTableView.playerField[self.rand_y][self.rand_x -
2] == 'U':
self.Xleft = False
self.rand_x = self.rand_x - 1
if self.rand_y == 9:
self.Yup = False
self.Ydown = True
self.rand_y = self.rand_y - 1
elif self.GameTableView.playerField[self.rand_y + 1][
self.rand_x] != 'U' and self.rand_y < 9:
self.rand_y = self.rand_y + 1
self.rand_x = self.rand_x
self.Yup = True
elif self.GameTableView.playerField[self.rand_y +
1][self.rand_x] == 'U':
self.Yup = False
self.rand_y = self.rand_y - 1
self.Ydown = True
elif self.GameTableView.playerField[self.rand_y][self.rand_x -
3] != 'X':
self.rand_x = self.rand_x - 3
self.Xleft = True
elif self.GameTableView.playerField[self.rand_y][self.rand_x -
4] != 'X':
self.rand_x = self.rand_x - 4
self.Xleft = True
elif self.shot == False and self.Xleft == True:
if self.rand_y < 9 and self.GameTableView.playerField[
self.rand_y + 1][self.rand_x + 1] != 'U':
self.rand_x = self.rand_x + 1
self.rand_y = self.rand_y + 1
self.Xleft = False
self.Yup = True
elif self.rand_y == 9:
self.rand_x = self.rand_x + 1
self.rand_y = self.rand_y - 1
self.Xleft = False
self.Yup = False
self.Ydown = True
elif self.GameTableView.playerField[self.rand_y +
1][self.rand_x + 1] == 'U':
self.rand_x = self.rand_x + 1
self.rand_y = self.rand_y - 1
self.Xleft = False
self.Yup = False
self.Ydown = True
elif self.shot == False and self.Yup == True:
if self.GameTableView.playerField[self.rand_y -
2][self.rand_x] != 'X':
self.rand_y = self.rand_y - 2
self.rand_x = self.rand_x
self.Yup = False
self.Ydown = True
elif self.GameTableView.playerField[self.rand_y -
3][self.rand_x] != 'X':
self.rand_y = self.rand_y - 3
self.rand_x = self.rand_x
self.Yup = False
self.Ydown = True
elif self.GameTableView.playerField[self.rand_y -
4][self.rand_x] != 'X':
self.rand_y = self.rand_y - 4
self.rand_x = self.rand_x
self.Yup = False
self.Ydown = True
elif self.shot == False and self.Ydown == True:
if self.GameTableView.playerField[self.rand_y +
2][self.rand_x] != 'X':
self.rand_y = self.rand_y + 2
self.Ydown = False
elif self.GameTableView.playerField[self.rand_y +
3][self.rand_x] != 'X':
self.rand_y = self.rand_y + 3
self.Ydown = False
elif self.GameTableView.playerField[self.rand_y +
4][self.rand_x] != 'X':
self.rand_y = self.rand_y + 4
self.Ydown = False
for t in range(10):
for r in range(10):
print(self.GameTableView.playerField[t][r], end='')
print('')
print('\n')
if self.compcounter_ships == 0:
won = MessageBox(self.game)
won.win()
for a in range(10):
for b in range(10):
self.buttons[a][b].config(state='disabled')
self.reset_button = tkinter.Button(self.formframe,
height=3,
width=10,
text='Zagraj ponownie',
command=self.reset_game)
self.reset_button.grid(pady=6)
self.endgame_button = tkinter.Button(self.formframe,
height=3,
width=10,
text='Zakoncz',
command=self.end_game)
self.endgame_button.grid(pady=6)
elif self.usercounter_ships == 0:
lose = MessageBox(self.game)
lose.lose()
for a in range(10):
for b in range(10):
self.buttons[a][b].config(state='disabled')
for c in range(10):
for d in range(10):
if (self.playerField[d][c] != 'W'
and self.playerField[d][c] != 'X'
and self.playerField[d][c] != '0'):
self.buttons[c][d].config(bg='dim gray')
self.reset_button = tkinter.Button(self.formframe,
height=3,
width=10,
text='Zagraj ponownie',
command=self.reset_game)
self.reset_button.grid(pady=6)
self.endgame_button = tkinter.Button(self.formframe,
height=3,
width=10,
text='Zakoncz',
command=self.end_game)
self.endgame_button.grid(pady=6)
def showMessage(self, type, message):
if (self.message):
self.message.hide()
self.message = MessageBox(type, message)
self.message.show()
class GUI_Window(QtWidgets.QMainWindow, ui_interface.Ui_MainWindow):
def __init__(self):
super().__init__()
self.setupUi(self)
self.action_2.triggered.connect(self.openFile)
self.action_3.triggered.connect(self.saveFile)
self.actionGithub.triggered.connect(self.openGithub)
self.button_convert.clicked.connect(self.convert)
self.input_file_name = None
self.message = None
self.movie_cutter = None
def openFile(self, test=False):
if (not test):
self.input_file_name, _ = QFileDialog.getOpenFileName(
self, "Открыть файл", QDir.homePath(),
"MP4 (*.mp4);;MKV (*.mkv);;TS (*.ts)", "",
QFileDialog.DontUseNativeDialog)
if self.input_file_name != '':
self.movie_cutter = MovieCutterAPI(
source_file=self.input_file_name,
min_silence_len=self.input_min_length.value(),
silence_thresh=self.input_thresh.value())
if (self.movie_cutter.convert_required()):
self.showMessage(
"info",
'Необходима конвертация исходного файла, это может занять несколько минут'
)
self.movie_cutter.convert()
self.video_player_original.openFile(self.input_file_name)
def saveFile(self):
if (self.movie_cutter):
result_filename, _ = QFileDialog.getSaveFileName(
self, "Экспортировать файл", QDir.homePath(),
"Видео-файл (*." + self.movie_cutter.format + ")", "",
QFileDialog.DontUseNativeDialog)
QFile.copy(self.movie_cutter.output_file,
result_filename + "." + self.movie_cutter.format)
def openGithub(self):
QDesktopServices.openUrl(
QUrl(
"https://github.com/moevm/mse_automatic_pause_cutter_from_video"
))
def convert(self):
if (self.input_file_name is None):
self.showMessage("error", "Не указан исходный файл")
else:
self.movie_cutter.min_silence_len = self.input_min_length.value()
self.movie_cutter.silence_thresh = self.input_thresh.value()
try:
self.showMessage(
"info",
'Преобразование исходного файла может занять несколько минут'
)
self.movie_cutter.cut()
output_file_name = self.movie_cutter.save_clip()
self.video_player_result.openFile(output_file_name)
except Exception as ex:
self.showMessage("error", str(ex))
def showMessage(self, type, message):
if (self.message):
self.message.hide()
self.message = MessageBox(type, message)
self.message.show()
def hideMessage(self):
if (self.message):
self.message.hide()
self.message = None
def __init__(self, xspecio=False):
super().__init__()
self.xspecio = xspecio
#----------- External data ---------------------------------
# save a fits copy in the main window
self.fitsobj = FitsObj([],None,None)
self.linelist = []
self.newlinelist = []
self.z_est = [] #pd.DataFrame(columns=['Name', 'RA', 'DEC', 'Z', 'Z_err', 'Confidence', 'Flag'])
# --------- Menus and Toolbars -----------------------------
self.setStatusBar(QStatusBar(self))
self.toolbar = Custom_ToolBar(self)
self.addToolBar(self.toolbar)
#menubar = Custom_MenuBar(self)
#self.setMenuBar(menubar)
# --------- Define all necessary widgets -------------------
#placeholder to hold the central widget in main window
widget = QWidget()
#widget.setMinimumSize(1000, 800)
#widget.setFixedSize(1600, 900)
widget_z = LineListWidget()
#widget_z.setFixedSize(1000,80)
table_z = CustomZTable()
mbox = MessageBox()
sublayout = QHBoxLayout()
sublayout.addWidget(mbox)
sublayout.addWidget(table_z)
sublayout.setContentsMargins(0,0,0,0)
layout = QVBoxLayout()
layout.setAlignment(QtCore.Qt.AlignLeft) #QtCore.Qt.AlignTop |
self.sc = MplCanvas(width=15, height=9, dpi=100)
self.sc.setMinimumSize(1000,500)
sc_layout = QVBoxLayout()
sc_layout.setContentsMargins(0,0,0,0)
mpl_toolbar = NavigationToolbar(self.sc, self)
sc_layout.addWidget(mpl_toolbar)
sc_layout.addWidget(self.sc)
layout.addLayout(sc_layout)
layout.addWidget(widget_z)
#layout.addWidget(table_z)
#layout.addWidget(mbox)
layout.addLayout(sublayout)
layout.setContentsMargins(0,0,0,0)
widget.setLayout(layout)
# MainWindow parameters
self.setCentralWidget(widget)
self.setWindowTitle('Spectrum Analysis GUI')
#self.setMinimumSize(1000, 900)
# ----------------- Signal connections ---------------
# 1. menubar signal exports
#menubar.send_fitsobj.connect(self.on_fitsobj_slot)
#menubar.send_linelist.connect(self.on_linelist_slot)
#menubar.send_z_est.connect(self.on_z_est_slot)
#menubar.send_filename.connect(widget_z.on_linelist_name_slot)
#menubar.send_linelist.connect(widget_z.on_linelist_slot)
#menubar.send_linelist.connect(self.sc.on_linelist_slot)
#menubar.send_z_est.connect(table_z._on_sent_estZ)
# 2. toolbar signal exports
self.toolbar.send_filename.connect(widget_z._on_sent_filename)
self.toolbar.send_fitsobj.connect(widget_z._on_sent_fitsobj)
self.toolbar.send_filename.connect(table_z._move_current_filename_top)
self.toolbar.send_filename.connect(self.sc._update_lines_for_newfile)
self.toolbar.send_fitsobj.connect(self.on_fitsobj_slot)
self.toolbar.send_message.connect(lambda s,c='#ff0000': mbox.on_sent_message(s, c))
# 3. widget_z signal exports
widget_z.send_linelist.connect(self.sc.on_linelist_slot)
widget_z.send_lineindex.connect(self.sc.on_lineindex_slot)
widget_z.send_gauss_num.connect(self.sc._on_sent_gauss_num)
widget_z.send_z_returnPressed.connect(self.sc._on_estZ_return_pressed)
widget_z.send_more_linelist.connect(self.sc.on_additional_linelist_slot)
widget_z.send_more_linelist_z.connect(self.sc.on_additional_linelist_slot_z)
widget_z.send_linelists2multiG.connect(self.sc._on_sent_linelists2multiG)
widget_z.send_message.connect(mbox.on_sent_message)
widget_z.send_data.connect(table_z._on_sent_data)
# 4. sc (SpecCanvas) signal exports
self.sc.send_message.connect(mbox.on_sent_message)
self.sc.send_z_est.connect(widget_z._on_estZ_changed)
self.sc.send_z_manual.connect(widget_z._on_estZ_manual)
self.sc.send_scale_limits.connect(self.toolbar._on_scale_limits_slot)
self.sc.send_extract1d.connect(self.toolbar._on_sent_extract1d)
#self.sc.gauss2d.send_gcenter
# 5. table_z ==> widget_z
table_z.send_dictdata.connect(widget_z._on_sent_dictdata)
def ask_shutdown(self):
# are you sure?
mb = MessageBox(text='Shutdown - Are you Sure?',
cb=lambda b: self._do_shutdown(b))
mb.open()
def _check_dragged(self, e):
fnames = [s.toLocalFile() for s in e.mimeData().urls()]
exts = [os.path.splitext(s)[1][1:].upper() for s in fnames]
exts = np.array(exts)
ext = exts[0]
#check that all file extensions are the same
self._assert(np.all(exts == ext),
'All dragged files must have the same extension')
#check that all file extensions are supported
self._assert(
exts[0] in self.ftypes,
'%s files unsupported.\nFile type must be one of:\n%s' %
(exts[0], self.ftypes))
#check extension-specific maximum number of files
self._assert(
len(fnames) <= self.maxnumfiledict[ext],
'Maximum number of %s files is: %d' %
(ext, self.maxnumfiledict[ext]))
#######
# check file readability (result of each check should be a single variable "y" which will be subject to further common checks)
#######
y = np.array([])
#check NPY file:
if self._checknext and ext == 'NPY':
try:
y = np.load(fnames[0])
except:
self._checknext = False
MessageBox(
'NPY file unreadable.\nMust be readble using:\n np.load')
#check MAT file:
if self._checknext and ext == 'MAT':
try:
mfile = loadmat(fnames[0])
except:
self._checknext = False
MessageBox(
'MAT file unreadable.\nMust be readble using:\n scipy.io.loadmat'
)
if self._checknext:
keys = [s for s in mfile.keys() if not s.startswith('__')]
b0 = 'Y' in mfile.keys()
b1 = len(keys) == 1
self._assert(
b0,
'MAT file must contain only a single variable called "Y".\nNo variable named "Y" found.'
)
self._assert(
b1,
'MAT file must contain only a single variable called "Y".\nOther variables found.'
)
if b0 and b1:
y = mfile['Y']
#check CSV file(s):
if self._checknext and ext == 'CSV':
if len(fnames) == 1:
try:
y = np.loadtxt(fnames[0], delimiter=',')
except:
self._checknext = False
MessageBox(
'CSV file unreadable.\nMust be readble using:\n np.loadtxt(filename, delimiter=",")'
)
else:
yy = []
for fname in fnames:
try:
yy.append(np.loadtxt(fname, delimiter=','))
except:
self._checknext = False
MessageBox(
'CSV file (%s) unreadable.\nMust be readble using:\nnp.loadtxt(filename, delimiter=",")'
% fname)
if self._checknext:
shapes = [yyy.shape for yyy in yy]
sa = np.array(shapes)
self._assert(
np.all(sa == sa[0]),
'All CSV files must contain the same number of columns and rows.\nArray sizes:\n%s'
% shapes)
if self._checknext:
y = np.dstack(yy)
#check that data are numeric:
if self._checknext:
try:
y = np.asarray(y, dtype=float)
except:
self._checknext = False
MessageBox('Data not convertable to float.')
self._y = y if self._checknext else np.array([])
self._checknext = True
return self._accept
def reprint(self):
# are you sure?
mb = MessageBox(text='ReRun {}?'.format(self.app.gcode_file),
cb=self._reprint)
mb.open()
def ask_exit(self):
# are you sure?
mb = MessageBox(text='Exit - Are you Sure?',
cb=lambda b: self._do_exit(b))
mb.open()
def m0_dlg(self):
MessageBox(text='M0 Pause, click OK to continue',
cb=self._m0_dlg).open()
def abort_print(self):
# are you sure?
mb = MessageBox(text='Abort - Are you Sure?',
cb=lambda b: self._abort_print(b))
mb.open()
def config_editor(self):
if self.app.is_v2:
MessageBox(text='Implemented for V1 config only').open()
return
self.app.config_editor.populate()
self.app.sm.current = 'config_editor'
