def wybor(self):
poz_lista = [
'Wykaz narzędzi ',
"SELECT * FROM ",
'Baza nie zawiera żadnych pozycji. Plik nie zostanie zapisany.',
]
lista_poz = []
lista_poz.append('Brak')
from narzedzia_poz import naglowki
for i in naglowki():
if "/" in i[0]:
lista_poz.append(i[0])
inp = QInputDialog(self)
inp.setWhatsThis('Wybierz pozycję aby eksportować do pliku')
inp.setLabelText('Wybierz pozycję:')
inp.setWindowTitle('Pozycje')
inp.setComboBoxItems(lista_poz)
inp.setCancelButtonText('Anuluj')
if inp.exec_() == QDialog.Accepted:
print(inp.textValue())
poz_lista[0] += inp.textValue()
poz_lista[1] += "'" + inp.textValue() + "'"
if inp.textValue() != 'Brak':
self.export(poz_lista)
self.statusBar().showMessage(
"Wyeksportowano do pliku", 10000)
else:
QMessageBox.critical(self, 'Wybierz pozycję',
'Nie wybrano żadnej pozycji!',
QMessageBox.Ok,
QMessageBox.Ok)
async def ask_for_connection(self, connections):
connections_titles = [c.title() for c in connections]
input_dialog = QInputDialog()
input_dialog.setComboBoxItems(connections_titles)
input_dialog.setWindowTitle(self.tr("Membership"))
input_dialog.setLabelText(self.tr("Select a connection"))
await dialog_async_exec(input_dialog)
result = input_dialog.textValue()
if input_dialog.result() == QDialog.Accepted:
for c in connections:
if c.title() == result:
return c
async def ask_for_connection(self, connections):
connections_titles = [c.title() for c in connections]
input_dialog = QInputDialog()
input_dialog.setComboBoxItems(connections_titles)
input_dialog.setWindowTitle(self.tr("Membership"))
input_dialog.setLabelText(self.tr("Select a connection"))
await dialog_async_exec(input_dialog)
result = input_dialog.textValue()
if input_dialog.result() == QDialog.Accepted:
for c in connections:
if c.title() == result:
return c
def chooseterm(self):
inputdialog = QInputDialog(self)
items = [
'大一上期', '大一下期', '大二上期', '大二下期', '大三上期', '大三下期', '大四上期', '大四下期'
]
inputdialog.setComboBoxItems(items)
inputdialog.setWindowTitle('学期')
inputdialog.setLabelText('选择学期：')
inputdialog.setOkButtonText('确定')
inputdialog.setCancelButtonText('取消')
inputdialog.setWindowOpacity(0.7)
ok = inputdialog.exec_()
if ok:
self.termValueLabel.setText(str(inputdialog.textValue()))
def getText(self,matdata):
inputBox=QInputDialog()
inputBox.setInputMode(0)
inputBox.setWindowTitle('MatFileKeyInputDialog')
itemlist=list()
for key in matdata.keys():
itemlist.append(key)
inputBox.setComboBoxItems(itemlist)
inputBox.setComboBoxEditable(False)
inputBox.setLabelText('Please Input MatFile Key')
inputBox.setOkButtonText(u'Ok')
inputBox.setCancelButtonText(u'Cancel')
if inputBox.exec_() and inputBox.textValue()!='':
return inputBox.textValue()
def addImageFlowFunc(self, ind:int):
myDebug(self.__class__.__name__, get_current_function_name())
input_flow_list = self.controller.getInputFlowList()
items = [item.getName() for item in input_flow_list]
# print(input_flow_list)
dialog = QInputDialog(self)
dialog.setModal(True)
dialog.setStyleSheet("""
background-color: rgba(0, 0, 0, 200);
border:1px solid rgba(0, 200, 200, 150);
""")
dialog.setFixedSize(350,250)
dialog.setWindowTitle('Set Input Flow for Improcessor')
dialog.setComboBoxItems(items)
dialog.textValueSelected.connect(lambda x: self._addImageFlow(input_flow_list[dialog.findChild(QComboBox).currentIndex()]) if dialog.findChild(QComboBox).currentIndex() >= 0 else None)
dialog.show()
def addImageProcFunc(self, ind:int):
myDebug(self.__class__.__name__, get_current_function_name())
register = getImageProcRegister()
items = register.getNames()
dialog = QInputDialog(self)
dialog.setModal(True)
dialog.setStyleSheet("""
background-color: rgba(0, 0, 0, 200);
border:1px solid rgba(0, 200, 200, 150);
""")
dialog.setFixedSize(350,250)
dialog.setWindowTitle('Set Input Flow for Improcessor')
dialog.setComboBoxItems(items)
dialog.textValueSelected.connect(lambda: self._addImageProc(ind, register[dialog.findChild(QComboBox).currentIndex()]) if dialog.findChild(QComboBox).currentIndex() >= 0 else None)
# dialog.textValueSelected.connect(partial(self._addImageProc, ind, register[dialog.findChild(QComboBox).currentIndex()]))
dialog.show()
def askForChapter(self):
chapters = []
selected_ch = 0
chapter_index_curr = 0
for ch in self.model.getChapters():
ch_num = self.getChapterNumber(ch)
if ch_num in self.model.allowed_chapters:
chapters.append(ch)
if ch_num == self.model.engine.currentDungeon:
selected_ch = chapter_index_curr
chapter_index_curr += 1
dialog = QInputDialog()
dialog.setStyleSheet("")
dialog.setComboBoxItems(chapters)
dialog.setWindowTitle("Select chapter")
dialog.setLabelText("Chapter:")
ret = dialog.exec()
if ret:
new_ch = self.getChapterNumber(dialog.textValue())
self.controller.requestchangeCurrentChapter(new_ch)
def contextMenuEvent(self, event):
# create menu
pos = self.mapToScene(event.pos())
menu = QMenu(self)
# remove from memory after usage
menu.setAttribute(Qt.WA_DeleteOnClose) # remove from memory
spawn_point_menu = menu.addMenu('Spawn Point')
spawn_point_create = spawn_point_menu.addAction('Create on Cursor')
spawn_point_delete = spawn_point_menu.addAction('Delete on Cursor')
spawn_point_delete_all = spawn_point_menu.addAction('Delete All')
way_point_menu = menu.addMenu('Way Point')
way_point_create = way_point_menu.addAction('Create on Cursor')
way_point_delete = way_point_menu.addAction('Clear')
load_map = menu.addAction('Load Map')
# execute
action = menu.exec_(self.mapToGlobal(event.pos()))
# parse response
if action == spawn_point_create:
spawn_time = text_time_to_seconds('6:40')
dialog = QInputDialog(self)
dialog.setWindowTitle('Create Spawn Point')
dialog.setLabelText('Respawn Time (hh:mm:ss):')
dialog.setTextValue('6:40')
if dialog.exec_():
spawn_time = text_time_to_seconds(dialog.textValue())
dialog.deleteLater()
spawn = SpawnPoint(location=MapPoint(
x=pos.x(),
y=pos.y(),
z=self._data.geometry.z_groups[self._z_index]),
length=spawn_time)
self._scene.addItem(spawn)
self._data.spawns.append(spawn)
spawn.start()
if action == spawn_point_delete:
pixmap = self._scene.itemAt(pos.x(), pos.y(), QTransform())
if pixmap:
group = pixmap.parentItem()
if group:
self._data.spawns.remove(group)
self._scene.removeItem(group)
if action == spawn_point_delete_all:
for spawn in self._data.spawns:
self._scene.removeItem(spawn)
self._data.spawns = []
if action == way_point_create:
if self._data.way_point:
self._scene.removeItem(self._data.way_point.pixmap)
self._scene.removeItem(self._data.way_point.line)
self._data.way_point = None
self._data.way_point = WayPoint(location=MapPoint(
x=pos.x(),
y=pos.y(),
z=self._data.geometry.z_groups[self._z_index]))
self._scene.addItem(self._data.way_point.pixmap)
self._scene.addItem(self._data.way_point.line)
if action == way_point_delete:
if self._data.way_point:
self._scene.removeItem(self._data.way_point.pixmap)
self._scene.removeItem(self._data.way_point.line)
self._data.way_point = None
if action == load_map:
dialog = QInputDialog(self)
dialog.setWindowTitle('Load Map')
dialog.setLabelText('Select map to load:')
dialog.setComboBoxItems(
sorted([map.title()
for map in MapData.get_zone_dict().keys()]))
if dialog.exec_():
self.load_map(dialog.textValue().lower())
dialog.deleteLater()
self.update_()
def nueva_sol(self, restricciones, mensaje, respuesta, iteraciones,
holgura, artificial, data):
vars_sol = []
vars_entrada = []
ultima_iteracion = iteraciones[len(iteraciones) - 1]
for var in respuesta:
tmp = str(var).split(" = ")
if float(tmp[1]) > 0 and tmp[0] != 'Z':
vars_sol.append(tmp[0])
print("VARIABLES DE LA SOLUCION: ", vars_sol)
for var in range(len(ultima_iteracion[0])):
if ultima_iteracion[0][var] != "V.B" and ultima_iteracion[0][
var] != 'bi' and not ultima_iteracion[0][var] in vars_sol:
if ultima_iteracion[len(ultima_iteracion) - 1][var] == 0:
vars_entrada.append(ultima_iteracion[0][var])
print("VARIABLES DE ENTRADA: ", vars_entrada)
input_ = QInputDialog(self)
input_.setLabelText("Seleccione la nueva Variable de Entrada")
input_.setWindowTitle("Seleccione la Nueva Variable de entrada")
input_.setComboBoxItems(vars_entrada)
input_.setOkButtonText("Encontrar la nueva Solución")
input_.setCancelButtonText("Cancelar")
button = input_.exec()
print("RESULT: ", input_.textValue())
print("BUTTON: ", button)
pivote = sp.special_solution(
ultima_iteracion[0].index(input_.textValue()), ultima_iteracion)
sol_ = copy.deepcopy(ultima_iteracion)
sol_ = sp.var_salida(sol_, pivote)
sol_ = sp.reducir_fila_pivote(sol_, pivote)
sol_ = sp.nueva_solucion_v2(sol_, pivote, holgura, artificial)
sol_ = sp.depurar_nueva_solucion(sol_)
iteraciones.append(sol_)
respuesta = sp.generar_solucion(sol_, 2)
message = QMessageBox()
message.setWindowTitle("Simplex")
message.setText("Nueva Solución")
sol = ""
for var in respuesta:
sol = sol + var + "\n"
message.setInformativeText("Solución: \n\n" + sol + "\n" +
"¿Desea obtener una nueva solución?")
yes = message.addButton("Sí", QMessageBox.YesRole)
no = message.addButton("No", QMessageBox.NoRole)
message.setIcon(QMessageBox.Information)
message.setStyleSheet("font-weight: bold;")
message.exec()
if message.clickedButton() == yes:
self.nueva_sol(restricciones, mensaje, respuesta, iteraciones,
holgura, artificial, data)
elif message.clickedButton() == no:
reporte = saveReport(restricciones, respuesta, iteraciones,
mensaje, data)
reporte.crear_pdf()
reporte.mostrar_pdf()