def logic_update(self, Events):
for q in range(len(self.__MenuActual)):
self.__MenuActual[q][0].logic_update(Events)
if Clasic.GetFocused(Events, self.PositionFlechaContinue,
self.FlechaContinue.get_size()):
self.FlechaContinue = pygame.transform.scale(
Loaded.Images.FlechaSiguienteHover, (60, 50))
if Events.mouse.get_now_pressed()[0]:
if pygame.time.get_ticks() > self.LT + 200:
self.LT = pygame.time.get_ticks()
if self.MenuSeleccionado == "Primer menu":
TerrainType = self.GetMenuForName(
"Selector of players and terrain"
).GetSelectedRadio()
NumberOfPlayers = self.GetMenuForName(
"Selector of players and terrain"
).GetSelectedSelect("Player select")
self.Data["Terrain type"] = TerrainType
self.Data["Number of players"] = int(NumberOfPlayers)
self.MenuSeleccionado = "Selector de nombres"
self.__MenuActual = [[
PlayerConfiguration.PlayerConfiguration(
self.ActualPlayer, self.PositionNames),
"Player " + str(self.ActualPlayer)
]]
elif self.MenuSeleccionado == "Selector de nombres":
NewData = self.GetMenuForName(
"Player " + str(self.ActualPlayer)).GetData()
if NewData != False:
self.Data["Players"].append(NewData)
if self.ActualPlayer < self.Data[
"Number of players"]:
self.ActualPlayer += 1
self.__MenuActual = [[
PlayerConfiguration.PlayerConfiguration(
self.ActualPlayer, self.PositionNames),
"Player " + str(self.ActualPlayer)
]]
else:
self.__MenuActual = []
self.MenuSeleccionado = ""
return [{
"Title": "Start game",
"Data": self.Data
}]
else:
self.FlechaContinue = pygame.transform.scale(
Loaded.Images.FlechaSiguiente, (60, 50))
def GenerateNormal(self):
self.x, self.y = self.OriginalPosition
Surface = pygame.surface.Surface(self.NormalSize)
if not self.Gradient:
Surface.fill(self.Background)
else:
Gradient.FillGradient(Surface, self.Background[0],
self.Background[1])
Surface = add_border.add_border(Surface, (0, 0, 0), 2, 2, 2, 2)
Text = self.UbuntuBoldSS.render(self.Title, 0, (0, 0, 0))
TextPosition = Clasic.GetCenterPosition(Surface, Text)
Surface.blit(Text, TextPosition)
self.UpdateSurface(Surface)
def GeneratePressed(self):
self.x = self.OriginalPosition[0] - (
(self.FocusSize[0] - self.NormalSize[0]) / 2)
self.y = self.OriginalPosition[1] - (
(self.FocusSize[1] - self.NormalSize[1]) / 2)
Surface = pygame.surface.Surface(self.FocusSize)
if not self.Gradient:
Surface.fill(self.Background)
else:
Gradient.FillGradient(Surface, self.Background[0],
self.Background[1])
Surface = add_border.add_border(Surface, (0, 0, 0), 4, 4, 4, 4)
Text = self.UbuntuBoldB.render(self.Title, 0, (0, 0, 0))
TextPosition = Clasic.GetCenterPosition(Surface, Text)
Surface.blit(Text, TextPosition)
self.UpdateSurface(Surface)
def graphic_update(self, Screen):
if not self.Finished:
GlobalButtonSize = self.Button.NormalSize[
0] + 10 + self.ReturnButton.NormalSize[0]
Name = self.Font.render(dat.GetWord("ingresar nombre"), 1,
(0, 0, 0))
if self.Input.surface.get_size()[0] > Name.get_size(
)[0] and self.Input.surface.get_size()[0] > GlobalButtonSize:
self.GlobalSize = [
self.Input.surface.get_size()[0],
Name.get_size()[1] + 10 +
self.Input.surface.get_size()[1] + 10 +
self.Button.NormalSize[1]
]
elif Name.get_size()[0] > self.Input.surface.get_size(
)[0] and Name.get_size()[0] > GlobalButtonSize:
self.GlobalSize = [
Name.get_size()[0],
Name.get_size()[1] + 10 +
self.Input.surface.get_size()[1] + 10 +
self.Button.NormalSize[1]
]
elif GlobalButtonSize > self.Input.surface.get_size(
)[0] and GlobalButtonSize > Name.get_size()[0]:
self.GlobalSize = [
GlobalButtonSize,
Name.get_size()[1] + 10 +
self.Input.surface.get_size()[1] + 10 +
self.Button.NormalSize[1]
]
GlobalTestSurface = pygame.Surface(self.GlobalSize)
self.PosName = (Clasic.GetCenterPosition(Screen, Name)[0] +
self.Disf,
Clasic.GetCenterPosition(Screen,
GlobalTestSurface)[1])
Screen.blit(Name, self.PosName)
self.PosInput = (
Clasic.GetCenterPosition(Screen, self.Input.surface)[0] +
self.Disf,
Clasic.GetCenterPosition(Screen, GlobalTestSurface)[1] +
Name.get_size()[1] + 10)
self.Input.set_position(self.PosInput)
self.Input.graphic_update(Screen)
TestSurface = pygame.Surface(
(GlobalButtonSize, self.Button.surface.get_size()[1]))
self.ReturnButton.UpdatePosition(
(Clasic.GetCenterPosition(Screen, TestSurface)[0] +
self.Button.NormalSize[0] + 10 + self.Disf,
Clasic.GetCenterPosition(Screen, GlobalTestSurface)[1] +
Name.get_size()[1] + 10 + self.Input.surface.get_size()[1] +
10))
self.Button.UpdatePosition(
(Clasic.GetCenterPosition(Screen, TestSurface)[0] + self.Disf,
Clasic.GetCenterPosition(Screen, GlobalTestSurface)[1] +
Name.get_size()[1] + 10 + self.Input.surface.get_size()[1] +
10))
self.Button.graphic_update(Screen)
if self.Moving != None:
if self.DirMove == None:
if self.Moving < self.Button.OriginalPosition[0]:
self.DirMove = "Izquierda"
elif self.Moving > self.Button.OriginalPosition[0]:
self.DirMove = "Derecha"
else:
if self.DirMove == "Izquierda":
if self.Moving < self.Button.OriginalPosition[0]:
self.Disf -= self.SpeedMove
else:
if self.Moving != self.Button.OriginalPosition[0]:
self.SpeedMove = 1
else:
self.Moving = None
self.DirMove = None
elif self.DirMove == "Derecha":
if self.Moving > self.Button.OriginalPosition[0]:
self.Disf += self.SpeedMove
else:
if self.Moving != self.Button.OriginalPosition[0]:
self.SpeedMove = 1
else:
self.Moving = None
self.DirMove = None
if self.Moving == self.Button.OriginalPosition[0]:
self.Moving = None
self.ReturnButton.graphic_update(Screen)