def setUp(self, frame: Frame, window):
self._frame = frame
self._window = window
self._screen = pygame.surface.Surface(frame.size(), pygame.SRCALPHA)
self._runner = EventRunner(self)
self._backgroundImage = Images(File(self._screenDir),
self._frame).setUp(None)
self._screen.blit(self._backgroundImage.getImage('background'),
self._backgroundImage.getFrame().getCoord())
for _, surface in self:
surface.setUp(self._screenDir, self)
class Screen(Container):
def __init__(self, name):
super().__init__()
self._name = name
self._screenDir = os.path.join("./surfaces/", self._name + "/")
def start(self):
pass
def run(self):
self._runner.run()
def end(self):
pass
def setUp(self, frame: Frame, window):
self._frame = frame
self._window = window
self._screen = pygame.surface.Surface(frame.size(), pygame.SRCALPHA)
self._runner = EventRunner(self)
self._backgroundImage = Images(File(self._screenDir),
self._frame).setUp(None)
self._screen.blit(self._backgroundImage.getImage('background'),
self._backgroundImage.getFrame().getCoord())
for _, surface in self:
surface.setUp(self._screenDir, self)
def display(self):
self._window.triggerUpdate()
def switchScreen(self, type_: str, screen: str = None):
self._window.changeStack(type_, screen)
def addSurface(self, surface):
self.addObject(surface.getName(), surface)
return self
def getSurface(self, name: str) -> Surface:
return self.getObject(name)
def getScreen(self):
return self._screen
def getName(self):
return self._name
def getFrame(self):
return self._frame
def __init__(self,
screen,
name,
frame: Frame,
selectable: bool = True,
bg_colour: tuple = None,
directDisplay: bool = False,
alpha: bool = False,
**items):
self.screen = screen
self.name = name
self.frame = frame
self.selectable = selectable
self.bg_colour = bg_colour
self.directDisplay = directDisplay
self.alpha = alpha
# Create surface
if self.alpha:
self.Surface = pygame.surface.Surface(self.frame.size(),
pygame.SRCALPHA)
else:
self.Surface = pygame.surface.Surface(self.frame.size())
# Get background image
self.bg_image = Images([self.screen.name, self.name],
frame=self.frame,
alpha=alpha)
self.loadBackground()
# Store items
self.loaded = False
self.containerList = []
for name, itemData in items.items():
self.addItem(name, itemData)
def __init__(self, spritePage:list, size:tuple, alpha:bool = True):
# Get sprite images
images = Images(frame=Frame(x=0,y=0,w=size[0],h=size[1]), imagePage=spritePage, scale=True, alpha=alpha)
self.containerList = images.containerList
# Load them to attributes
for image in images.containerList:
setattr(self, image, images[image])
def __init__(self,
name: str,
main: any,
surfaces: dict = None,
keyboard: dict = None,
bg_colour: tuple = None,
seperateBackground: bool = False,
selectable: bool = True,
firstLoad: list = 'all',
alpha: bool = False):
self.name = name
self.main = main
self.bg_colour = bg_colour
self.selectable = selectable
self.frame = Frame(x=window.x,
y=window.y,
w=window.width,
h=window.height)
self.alpha = alpha
# Event setup
self.events = Events(self)
# Keyboard actions
self.keyboard = keyboardActions(self, keyboard)
# Setting up screen
if self.alpha:
self.Screen = pygame.surface.Surface(window.size(),
pygame.SRCALPHA)
else:
self.Screen = pygame.surface.Surface(window.size())
# Get background image
self.seperateBackground = seperateBackground
self.bg_image = Images([self.name], (0, 0))
self.loadBackground()
# Load surfaces
self.loaded = []
self.containerList = []
if surfaces != None:
for name, surfaceData in surfaces.items():
self.addSurface(name, surfaceData)
self.load(withSurfaces=firstLoad, refresh=True)
# Adding to data of all screen
screens.add(self.name, self)
def __init__(self,
surface: Surface,
name: str,
type: str,
frame: Frame,
imageData: dict = None,
overlayDataFrame: bool = False,
data: dict = None,
selectable: bool = True,
state: str = '',
action: any = None,
lock_state: bool = False,
clickSound: sound = sound.button_click):
self.surface = surface
self.name = name
self.selectable = selectable
self.type = str(type)
self.frame = frame
self.state = state
self.action = action
self.lock_state = lock_state
self.overlayDataFrame = overlayDataFrame
self.clickSound = clickSound
# Get images
if imageData != None:
self.images = Images(**imageData,
imagePage=[
surface.screen.name, surface.name, name
])
# If no image loaded
if self.images.containerList == []:
logger.warn('[{}] No image found for {} item.'.format(
self.surface.name, self.name))
# No image defined for item
else:
self.images = None
# Store data
self.loaded = False
self.containerList = []
if data != None:
for name, dataData in data.items():
self.addData(name, dataData)
def __init__(self):
super().__init__(name="sort")
self\
.addSurface(
Surface(
name="back",
type_="button",
frame=Frame(x=71, y=41, w=112, h=61),
actions=[Runclass(self.switchScreen, "back")]
)
.addData("image", Images(None, Frame(x=71, y=41, w=112, h=61)))
)\
.addSurface(
Surface(
name="info",
type_="button",
frame=Frame(x=841, y=41, w=112, h=61),
actions=[]
)
.addData("image", Images(None, Frame(x=841, y=41, w=112, h=61)))
)\
.addSurface(
Surface(
name="stats",
type_="container",
frame=Frame(x=223, y=606, w=752, h=133),
selectable=False,
actions=[]
)
.addData("image", Images(None, Frame(x=223, y=606, w=752, h=133)))
.addData("speed", Text(
frame=Frame(x=349, y=630, w=254, h=40),
text="0", suffix=" swaps per sec",
format_=TextFormat(fontSize=28, pos="center", warpText=48)
))
.addData("moves", Text(
frame=Frame(x=436, y=677, w=167, h=40),
text="0",
format_=TextFormat(fontSize=28, pos="center", warpText=48)
))
.addData("time", Text(
frame=Frame(x=768, y=630, w=177, h=40),
text="0.00", suffix=" sec",
format_=TextFormat(fontSize=28, pos="center", warpText=48)
))
.addData("length", Text(
frame=Frame(x=759, y=677, w=186, h=40),
text="0",
format_=TextFormat(fontSize=28, pos="center", warpText=48)
))
)\
.addSurface(
Surface(
name="sortbox",
type_="container",
frame=Frame(x=52, y=145, w=922, h=430),
selectable=False,
actions=[]
)
.addData("image", Images(None, Frame(x=52, y=145, w=922, h=430)))
.addChild(
Surface(
name="rerun",
type_="button",
frame=Frame(x=906, y=521, w=68, h=55),
selectable=False,
actions=[]
)
.addData("image", Images(None, Frame(x=906, y=521, w=68, h=55)))
)
)
def __init__(self):
super().__init__(name="home")
self\
.addSurface(
Surface(
name="type",
type_="button",
frame=Frame(x=246, y=149, w=729, h=70),
actions=[]
)
.addData("image", Images(None, Frame(x=246, y=149, w=729, h=70)))
.addData("text", Text(
frame=Frame(x=271, y=159, w=628, h=53),
text="Insertion sort",
format_=TextFormat(fontSize=38, pos="center")
))
)\
.addSurface(
Surface(
name="info",
type_="button",
frame=Frame(x=225, y=242, w=751, h=211),
actions=[]
)
.addData("image", Images(None, Frame(x=225, y=242, w=751, h=211)))
.addData("text", Text(
frame=Frame(x=252, y=260, w=695, h=168),
text="Bubble sort, is one of the most simplest sorting algorithm that repeatedly steps through the list, compares adjacent pairs and swaps them if they are in the wrong order.",
format_=TextFormat(fontSize=31, pos="center", warpText=48)
))
)\
.addSurface(
Surface(
name="speed",
type_="button",
frame=Frame(x=271, y=480, w=704, h=70),
actions=[]
)
.addData("image", Images(None, Frame(x=271, y=480, w=704, h=70)))
.addData("text", Text(
frame=Frame(x=296, y=490, w=654, h=53),
text="100.0", suffix=" swaps per sec",
format_=TextFormat(fontSize=38, pos="center")
))
)\
.addSurface(
Surface(
name="length",
type_="button",
frame=Frame(x=403, y=575, w=572, h=70),
actions=[]
)
.addData("image", Images(None, Frame(x=403, y=575, w=572, h=70)))
.addData("text", Text(
frame=Frame(x=428, y=585, w=522, h=53),
text="10", suffix=" bars",
format_=TextFormat(fontSize=38, pos="center")
))
)\
.addSurface(
Surface(
name="run",
type_="button",
frame=Frame(x=781, y=671, w=194, h=70),
actions=[Runclass(self.switchScreen, "load", "sort")]
)
.addData("image", Images(None, Frame(x=781, y=671, w=194, h=70)))
)