def __init__(self,master,**kwarg):
self.master = master
self.width = 50
self.height = 20
self.borderwidth = 1
self.bordercolor = Color("Grey")
self.framefont = "Arial"
self.frameborderwidth = 2
self.framefontsize = 12
self.framebold = False
self.frameitatic = False
self.framealias = True
self.colour = Color("White")
self.image = None
self.value = 0
self.step = 1
self.isRendering = False
self._priority = 3
for key in kwarg.keys():
if key == "width": self.width = kwarg[key]
elif key == "height": self.height = kwarg[key]
elif key == "colour": self.colour = kwarg[key]
elif key == "image": self.image = kwarg[key]
elif key == "colour": self.colour = kwarg[key]
elif key == "borderwidth": self.borderwidth = kwarg[key]
elif key == "bordercolor": self.bordercolor = kwarg[key]
elif key == "framefont": self.framefont = kwarg[key]
elif key == "framefontsize": self.framefontsize = kwarg[key]
elif key == "framebold": self.framebold = kwarg[key]
elif key == "frameitatic": self.frameitatic = kwarg[key]
elif key == "framealias": self.framealias = kwarg[key]
elif key == "value": self.value = kwarg[key]
elif key == "step": self.step = kwarg[key]
else: raise ValueError("Invalid Arguement")
self._frame = StaticFrame(self.master,width=self.width+self.borderwidth*4,height=self.height+self.borderwidth*4,\
borderwidth=0,bordercolor=self.bordercolor,\
header=0)
self._entry = Entry(self._frame,width=self.width//2,height=self.height,\
font=self.framefont,fontsize=self.framefontsize,bold=self.framebold,\
italic=self.frameitatic,antialias=self.framealias,borderwidth=self.frameborderwidth)
self._up = Button(self._frame,width=self.width//2,height=self.height//2-self.borderwidth*2,target=self.stepUp,\
font=self.framefont,fontsize=self.framefontsize//2,bold=self.framebold,text="+",\
italic=self.frameitatic,antialias=self.framealias,borderwidth=self.frameborderwidth)
self._down = Button(self._frame,width=self.width//2,height=self.height//2-self.borderwidth*2,target=self.stepDown,\
font=self.framefont,fontsize=self.framefontsize//2,bold=self.framebold,text="-",\
italic=self.frameitatic,antialias=self.framealias,borderwidth=self.frameborderwidth)
self._entry.place((0,0))
self._entry.set(str(self.value))
self._up.place((self.width//2,0))
self._down.place((self.width//2,self._entry.height//2+self.borderwidth*2))
_widgets.append(self)
def createMessageBox(screen,message):
def close():
nonlocal tmpFrame
tmpFrame.kill()
tmpFrame = Frame(screen,htitle="Message",width=300,height=100)
t = TypableSurface((190,90),text=message)
tmpButton = Button(tmpFrame,width=50,height=20,text="Close",target=close)
tmpFrame.blit(t,(10,10))
tmpButton.place((122,74))
tmpFrame.place((screen.get_width()//2-150,screen.get_height()//2-50))
return tmpFrame
def createInputBox(screen,message):
def close():
nonlocal tmpFrame,tmpEntry
nonlocal var
var.set(tmpEntry.get())
var.isClosed = True
tmpFrame.kill()
tmpFrame = Frame(screen,htitle="Message",width=300,height=100)
t = TypableSurface((190,90),text=message)
tmpEntry = Entry(tmpFrame,width=234,height=20)
tmpButton = Button(tmpFrame,width=50,height=18,text="Enter",target=close)
var = MessageVariable()
tmpFrame.blit(t,(10,10))
tmpEntry.place((2,72))
tmpButton.place((242,72))
tmpFrame.place((screen.get_width()//2-150,screen.get_height()//2-50))
return tmpFrame,var
def createWarning(screen,message):
def close():
nonlocal tmpFrame
tmpFrame.kill()
# Creation
tmpFont = font.SysFont("Arial",34)
tmpText = tmpFont.render("!",1,(0,0,0))
tmpFrame = Frame(screen,htitle="Warning",width=300,height=100)
t = TypableSurface((160,90),text=message)
tmpSurface = Surface((42,36))
tmpButton = Button(tmpFrame,width=50,height=20,text="Ok",target=close)
# Assembly
tmpSurface.fill((255,255,255))
draw.polygon(tmpSurface,(255,255,0),[(20,0),(0,35),(40,35)])
draw.polygon(tmpSurface,(0,0,0),[(20,0),(0,35),(40,35)],3)
tmpSurface.blit(tmpText,(16,0))
tmpFrame.blit(tmpSurface,(2,10))
tmpFrame.blit(t,(50,10))
tmpButton.place((122,74))
tmpFrame.place((screen.get_width()//2-150,screen.get_height()//2-50))
return tmpFrame
def Start_game(): #Initialize game's screen and its controlers
global on_game, images, entry_score, can_execute, on_initial, input_from_user, Label_gen, Frame, change_button, home_button, execute_button, character_time, entryForInput, character, list_x1, list_x2, compile_button, exit_button
#Load background music
pygame.mixer.music.stop()
pygame.mixer.music.load(const.musicpath + "Bet_On_It.wav")
pygame.mixer.music.play(-1, 0.0)
on_game = True
on_initial = False
#Loads images fo tips
images.append(
image.load(const.imagespath + "Ayuda1_Background.png").convert_alpha())
images.append(
image.load(const.imagespath + "Ayuda2_Background.png").convert_alpha())
images.append(
image.load(const.imagespath + "Ayuda3_Background.png").convert_alpha())
images.append(
image.load(const.imagespath + "Ayuda4_Background.png").convert_alpha())
images.append(
image.load(const.imagespath + "Ayuda5_Background.png").convert_alpha())
Frame = StaticFrame(Window,
colour=const.Pblue,
header=False,
bordercolor=const.Pgreen,
borderwidth=5,
width=235,
height=485)
can_execute = False
Frame.place((421, 0))
#For maze initialization
if dificulty_level == 1:
mymaze = maze(easy_maze[0], easy_maze[1])
else:
mymaze = maze(hard_maze[0], hard_maze[1])
mymaze.generate_maze()
character = Character(mymaze)
character_time = 0
list_x1 = list_xil(WW, WH)
list_x2 = fill_list_x2(list_x1)
#Pygame directive
pygame.display.flip()
pygame.key.set_repeat(50, 55)
#Side toolbar
home_button = Button(Window,
text="Inicio",
width=50,
height=20,
bordercolor=const.Porange,
colour=const.yellow,
fontsize=12,
target=Home)
home_button.place((430, 10))
change_button = Button(Window,
text=" Cambiar avatar ",
width=80,
height=20,
bordercolor=const.Porange,
colour=const.yellow,
fontsize=11,
target=Change_avatar)
change_button.place((500, 10))
exit_button = Button(Window,
text="Salir",
width=50,
height=20,
bordercolor=const.white,
colour=const.red,
fontsize=12,
target=Exit)
exit_button.place((600, 10))
#Second set of widgets
Label_gen = Label(Frame,
width=220,
height=290,
htitle=" Programa ",
htitlefont="Verdana",
htitlesize=14,
htitlecolor=Color(const.black[0], const.black[1],
const.black[2]),
colour=Color(const.Pgreen[0], const.Pgreen[1],
const.Pgreen[2]))
Label_gen.place((7, 30))
#Widget for line counter
entry_line_no = Entry(Frame,
width=12,
height=270,
textcolor=Color("blue"),
bold=True)
entry_line_no.place((12, 50))
line_no = ""
for value in range(1, 50):
line_no = line_no + str(value) + "\n\n"
entry_line_no.set(line_no)
#Visual of current code , non editable
entryForInput = Entry(Frame, width=191, height=270)
entryForInput.place((27, 50))
#Score
entry_score = Entry(Frame, width=90, height=10)
entry_score.place((120, 30))
#Errors output section
Label_errors = Label(Frame,
width=220,
height=110,
htitle=" Estado ",
htitlefont="Verdana",
htitlesize=14,
htitlecolor=Color(const.black[0], const.black[1],
const.black[2]),
colour=Color(const.Pgreen[0], const.Pgreen[1],
const.Pgreen[2]))
Label_errors.place((7, 330))
global errors
errors = Entry(Frame,
text="No hay errores ",
textcolor=Color("Red"),
width=206,
height=90,
fontsize=11)
errors.place((12, 350))
#Buttons
compile_button = Button(Window,
text="Paso 1",
width=95,
height=20,
bordercolor=const.white,
colour=const.Porange,
fontsize=16,
target=Compile_instruction)
compile_button.place((435, 460))
execute_button = Button(Window,
text="Paso 2",
width=95,
height=20,
bordercolor=const.white,
colour=const.green,
fontsize=16,
target=Execute_instruction)
execute_button.place((545, 460))
Create_input()
render_widgets()
pygame.display.flip()
#If the character is on the finish line
if character.x == character.maze.w - 1 and character.y == character.maze.h - 1:
Restart()
elif (on_initial):
## Main page
Window.fill(const.black)
# Buttons
# Levels section
start_button = Button(Window,
text="Principiante",
width=95,
height=30,
bordercolor=const.Porange,
colour=const.yellow,
fontsize=18,
target=Start_game)
start_button.place((555, 25))
expert_button = Button(Window,
text="Experto",
width=95,
height=30,
bordercolor=const.white,
colour=const.red,
fontsize=18,
target=Expert_mode)
expert_button.place((555, 64))
## Background image
img_background.set_colorkey(RLEACCEL)
def Start_game():#Initialize game's screen and its controlers
global on_game,images,entry_score,can_execute,on_initial,input_from_user,Label_gen,Frame,change_button,home_button,execute_button,character_time,entryForInput,character,list_x1,list_x2, compile_button,exit_button
#Load background music
pygame.mixer.music.stop()
pygame.mixer.music.load(const.musicpath+"Bet_On_It.wav")
pygame.mixer.music.play(-1,0.0)
on_game = True
on_initial = False
#Loads images fo tips
images.append(image.load(const.imagespath+"Ayuda1_Background.png").convert_alpha())
images.append(image.load(const.imagespath+"Ayuda2_Background.png").convert_alpha())
images.append(image.load(const.imagespath+"Ayuda3_Background.png").convert_alpha())
images.append(image.load(const.imagespath+"Ayuda4_Background.png").convert_alpha())
images.append(image.load(const.imagespath+"Ayuda5_Background.png").convert_alpha())
Frame = StaticFrame(Window, colour = const.Pblue, header = False, bordercolor = const.Pgreen, borderwidth = 5, width = 235, height = 485)
can_execute = False
Frame.place((421, 0))
#For maze initialization
if dificulty_level == 1:
mymaze = maze(easy_maze[0],easy_maze[1])
else:
mymaze = maze(hard_maze[0],hard_maze[1])
mymaze.generate_maze()
character = Character(mymaze)
character_time = 0
list_x1 = list_xil(WW, WH)
list_x2 = fill_list_x2(list_x1)
#Pygame directive
pygame.display.flip()
pygame.key.set_repeat(50, 55)
#Side toolbar
home_button= Button(Window, text = "Inicio", width = 50, height = 20, bordercolor = const.Porange, colour = const.yellow, fontsize = 12, target = Home)
home_button.place((430, 10))
change_button= Button(Window, text = " Cambiar avatar ", width = 80, height = 20, bordercolor = const.Porange, colour = const.yellow, fontsize = 11, target = Change_avatar)
change_button.place((500, 10))
exit_button= Button(Window, text = "Salir", width = 50, height = 20, bordercolor = const.white, colour = const.red, fontsize = 12, target = Exit)
exit_button.place((600, 10))
#Second set of widgets
Label_gen = Label(Frame, width = 220, height = 290, htitle = " Programa ", htitlefont = "Verdana", htitlesize = 14, htitlecolor = Color(const.black[0], const.black[1], const.black[2]), colour = Color(const.Pgreen[0], const.Pgreen[1], const.Pgreen[2]))
Label_gen.place((7, 30))
#Widget for line counter
entry_line_no = Entry(Frame,width=12,height=270,textcolor = Color("blue"),bold=True)
entry_line_no.place((12,50))
line_no = ""
for value in range(1,50):
line_no = line_no+str(value)+"\n\n"
entry_line_no.set(line_no)
#Visual of current code , non editable
entryForInput = Entry(Frame,width=191,height=270)
entryForInput.place((27,50))
#Score
entry_score = Entry(Frame,width=90,height=10)
entry_score.place((120,30))
#Errors output section
Label_errors = Label(Frame, width = 220, height = 110, htitle = " Estado ", htitlefont = "Verdana", htitlesize = 14, htitlecolor = Color(const.black[0], const.black[1], const.black[2]), colour = Color(const.Pgreen[0], const.Pgreen[1], const.Pgreen[2]))
Label_errors.place((7, 330))
global errors
errors = Entry(Frame,text = "No hay errores ",textcolor=Color("Red"), width=206,height=90,fontsize=11)
errors.place((12,350))
#Buttons
compile_button= Button(Window, text = "Paso 1", width = 95, height = 20, bordercolor = const.white, colour = const.Porange, fontsize = 16, target = Compile_instruction)
compile_button.place((435, 460))
execute_button= Button(Window, text = "Paso 2", width = 95, height = 20, bordercolor = const.white, colour = const.green, fontsize = 16, target = Execute_instruction)
execute_button.place((545, 460))
##Renders rest of display
character.show(Window)
if not input_initialized:
Create_input()
render_widgets()
pygame.display.flip()
#If the character is on the finish line
if character.x == character.maze.w - 1 and character.y == character.maze.h - 1:
Restart()
elif(on_initial):
## Main page
Window.fill(const.black)
# Buttons
# Levels section
start_button= Button(Window, text = "Principiante", width = 95, height = 30, bordercolor = const.Porange, colour = const.yellow, fontsize = 18, target = Start_game)
start_button.place((555, 25))
expert_button= Button(Window, text = "Experto", width = 95, height = 30, bordercolor = const.white, colour = const.red, fontsize = 18, target = Expert_mode)
expert_button.place((555, 64))
## Background image
img_background.set_colorkey(RLEACCEL)
rect = Rect((0,0), (0, 0))
Window.blit(img_background, rect)
## Character
img_character.set_colorkey(RLEACCEL)
rect = Rect((-10,115), (101, 171))
Window.blit(img_character, rect)
## Bubble message
img_bubble.set_colorkey(RLEACCEL)
rect = Rect((75,70), (101, 171))
Window.blit(img_bubble, rect)
class Counter:
def __init__(self,master,**kwarg):
self.master = master
self.width = 50
self.height = 20
self.borderwidth = 1
self.bordercolor = Color("Grey")
self.framefont = "Arial"
self.frameborderwidth = 2
self.framefontsize = 12
self.framebold = False
self.frameitatic = False
self.framealias = True
self.colour = Color("White")
self.image = None
self.value = 0
self.step = 1
self.isRendering = False
self._priority = 3
for key in kwarg.keys():
if key == "width": self.width = kwarg[key]
elif key == "height": self.height = kwarg[key]
elif key == "colour": self.colour = kwarg[key]
elif key == "image": self.image = kwarg[key]
elif key == "colour": self.colour = kwarg[key]
elif key == "borderwidth": self.borderwidth = kwarg[key]
elif key == "bordercolor": self.bordercolor = kwarg[key]
elif key == "framefont": self.framefont = kwarg[key]
elif key == "framefontsize": self.framefontsize = kwarg[key]
elif key == "framebold": self.framebold = kwarg[key]
elif key == "frameitatic": self.frameitatic = kwarg[key]
elif key == "framealias": self.framealias = kwarg[key]
elif key == "value": self.value = kwarg[key]
elif key == "step": self.step = kwarg[key]
else: raise ValueError("Invalid Arguement")
self._frame = StaticFrame(self.master,width=self.width+self.borderwidth*4,height=self.height+self.borderwidth*4,\
borderwidth=0,bordercolor=self.bordercolor,\
header=0)
self._entry = Entry(self._frame,width=self.width//2,height=self.height,\
font=self.framefont,fontsize=self.framefontsize,bold=self.framebold,\
italic=self.frameitatic,antialias=self.framealias,borderwidth=self.frameborderwidth)
self._up = Button(self._frame,width=self.width//2,height=self.height//2-self.borderwidth*2,target=self.stepUp,\
font=self.framefont,fontsize=self.framefontsize//2,bold=self.framebold,text="+",\
italic=self.frameitatic,antialias=self.framealias,borderwidth=self.frameborderwidth)
self._down = Button(self._frame,width=self.width//2,height=self.height//2-self.borderwidth*2,target=self.stepDown,\
font=self.framefont,fontsize=self.framefontsize//2,bold=self.framebold,text="-",\
italic=self.frameitatic,antialias=self.framealias,borderwidth=self.frameborderwidth)
self._entry.place((0,0))
self._entry.set(str(self.value))
self._up.place((self.width//2,0))
self._down.place((self.width//2,self._entry.height//2+self.borderwidth*2))
_widgets.append(self)
def get(self,x,y):
return int(self._entry.get())
def set(self,value,x,y):
self._entry.set(value)
def stepUp(self):
self._entry.set(str(int(self._entry.get())+self.step))
self.value = int(self._entry.get())+self.step
def stepDown(self):
self._entry.set(str(int(self._entry.get())-self.step))
self.value = int(self._entry.get())-self.step
def place(self,pos):
self.pos = pos
self._frame.pos = pos
self.isRendering = True
_widgets.sort(key=get_priority,reverse=True)
if type(self.master) in (DropFrame,Frame,StaticFrame,Label,XFrame):
self.master.placed_obj.append(self._frame)
def render(self):
try:
if self.master and self.isRendering:
self.master.blit(self._frame.image,self.pos)
except NameError:
raise Exception("Position was not set.")
def forget_place(self):
"""Stop this widget from rendering"""
self.isRendering = False
for widget in self.placed_obj:
widget.forget_place()
def remember_place(self):
"""Restarts this widget to begin rendering"""
self.isRendering = True
for widget in self.placed_obj:
widget.remember_place()
def move(self,pos):
self.pos = pos
def kill(self):
global _widgets
self.isRendering = False
_widgets.remove(self)
for widget in self.placed_obj:
widget.kill()