def create_chain(self):
main_chain = Screen.MainSurface(
self.screen_resolution, (0, 0),
Screen.HelpWindow(self.screen_resolution, pygame.SRCALPHA, (0, 0),
Screen.ScreenHandle((0, 0))))
main_chain.connect_engine(self.engine)
return main_chain
def beforeTriggerExec():
# (Line 39) sca.Exec();
sca.Exec()
# (Line 40) foreach (cp : EUDLoopPlayer()) {
for cp in EUDLoopPlayer():
# (Line 41) setcurpl(cp);
f_setcurpl(cp)
# (Line 42) sys.GetMousePos(); // 마우스 좌표
sys.GetMousePos()
# (Line 43) statusBar.StatusBar(); // 상태바
statusBar.StatusBar()
# (Line 44) sys.SetPlayerLoc(); // 플레이어 로케이션
sys.SetPlayerLoc()
# (Line 45) if(v.KeyALT[cp] == 1 && v.singlePlay == 0) screen.WideCheckStart(); // ALT키 와이드 체크
if EUDIf()(EUDSCAnd()(v.KeyALT[cp] == 1)(v.singlePlay == 0)()):
screen.WideCheckStart()
# (Line 47) inven.Inventory(); // 인벤토리
EUDEndIf()
inven.Inventory()
# (Line 48) guard.Guard(); // 경비병
guard.Guard()
# (Line 53) screen.WideCheckExec(); // 와이드 체크
screen.WideCheckExec()
# (Line 54) screen.LightCheck(); // 밝기 체크
screen.LightCheck()
# (Line 55) sys.AllyCheck(); // 동맹 체크
sys.AllyCheck()
# (Line 56) }
# (Line 57) SetMemoryEPD(EPD(0x5124F0), SetTo, 28);
# (Line 58) }
DoActions(SetMemoryEPD(EPD(0x5124F0), SetTo, 28))
def checkClicked(self):
if Screen.checkOver((pygame.mouse.get_pos()),
(Screen.screen.W / 20, Screen.screen.H / 40),
int(Screen.screen.W / 20),
int(Screen.screen.H / 30)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = HomeScreen.homeScreen(self.scr)
if Screen.checkOver(
(pygame.mouse.get_pos()),
(Screen.screen.W - Screen.screen.W / 10, Screen.screen.H / 40),
int(Screen.screen.W / 20), int(Screen.screen.H / 30)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = HomeScreen.homeScreen(self.scr)
if Screen.checkOver((pygame.mouse.get_pos()),
(Screen.screen.W / 3, Screen.screen.H / 6.2 +
(3 * Screen.screen.H / 10)),
int(Screen.screen.W / 25),
int(Screen.screen.W / 25)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = RecordScreen.recordScreen(self.scr)
for i in self.audioButtons:
if i.update():
pygame.mixer.Sound.play(Screen.screen.click)
for j in self.audioButtons:
if i != j:
j.state = False
winsound.PlaySound(None, winsound.SND_PURGE)
if i.state:
winsound.PlaySound(
self.audioSamples[self.audioButtons.index(i)],
winsound.SND_ASYNC | winsound.SND_ALIAS)
def run():
solved = False
while not solved:
screen.update(map_class)
time.sleep(1)
quit()
sys.exit()
def draw(self):
if self.dir == Background.ScrollDir.DOWN:
origins = ((0, self.dividerY), (0, self.dividerY - Screen.height()))
elif self.dir == Background.ScrollDir.LEFT:
origins = ((self.dividerX, 0), (self.dividerX - Screen.width(), 0))
else:
origins = ((0, 0), (0, 0)) # no scrolling
for origin in origins:
Screen.draw_to_screen(img, pygame.Rect(origin, Screen.res()))
def __init__(self, width, height):
pygame.init()
self.width = width
self.height = height
self.display = pygame.display.set_mode((width, height))
pygame.display.set_caption("Title")
self.clock = pygame.time.Clock()
self.running = True
self.screen = Screen(256, 256, self.width, self.height, 50)
self.t = 0
self.n = 1
def render(self):
background.draw()
for asteroid in self.asteroids:
asteroid.draw()
self.player.draw()
self.scoreText.draw()
if not self.player.alive:
gameOverText.draw()
Screen.display()
def get_nth_polygon_grid(self, num):
polygon_edge_coordinates = self.get_nth_polygon_edge_coordinates(num)
min_xcor, min_ycor, x_range, y_range = self.get_screen_info(
polygon_edge_coordinates)
grid = Screen.Screen(x_range + 2 * self.matrix_border_offset,
y_range + 2 * self.matrix_border_offset)
for index in xrange(len(polygon_edge_coordinates) - 1):
coordinate_pair1, coordinate_pair2 = polygon_edge_coordinates[
index:index + 2]
grid_x1 = int((coordinate_pair1[0] - min_xcor) *
10) + self.matrix_border_offset
grid_y1 = y_range + self.matrix_border_offset - int(
(coordinate_pair1[1] - min_ycor) * 10)
grid_x2 = int((coordinate_pair2[0] - min_xcor) *
10) + self.matrix_border_offset
grid_y2 = y_range + self.matrix_border_offset - int(
(coordinate_pair2[1] - min_ycor) * 10)
draw.draw_line(grid, grid_x1, grid_y1, grid_x2, grid_y2)
draw.flood_fill(grid, 0, 0, 2, 0)
first_interior_coordinate_match = re.search(' ', image_string(grid))
while first_interior_coordinate_match is not None:
num_of_elems_in_row = x_range + 2 * self.matrix_border_offset
draw.flood_fill(
grid,
first_interior_coordinate_match.start() % num_of_elems_in_row,
first_interior_coordinate_match.start() / num_of_elems_in_row,
1, 0)
first_interior_coordinate_match = re.search(
' ', image_string(grid))
# draw.flood_fill(grid, 0, 0, 0, 2)
return grid
def mainmenu():
while True:
os.system("cls")
printmenu()
op1 = input()
while op1 not in ['1', '2', '3', '4', '5', '6', '7', '8', '9', '0']:
print("输入有误，请重新输入")
op1 = input()
op = int(op1)
if op == 1:
printinfo()
elif op == 2:
Screen.Screenmain()
elif op == 3:
FastbootFlash.Flashmain()
elif op == 4:
FileTrans.FileTransmain()
elif op == 5:
FileBackUp.FileBackupmain()
elif op == 6:
SoftScript.Softmain()
elif op == 7:
rebootList()
elif op == 8:
os.startfile(os.getcwd() + "//README.html")
elif op == 9:
printcmd()
sys.exit()
elif op == 0:
print("感谢使用！再见！")
sys.exit()
def CheckScreenEvents():
"""Checks for any screen touches."""
pygame = SystemState.pygame
xpos = None
ypos = None
device = InputDevice("/dev/input/touchscreen")
r, w, x = select.select([device], [], [], 0.2)
try:
for event in device.read():
if event.code == 53:
xpos = event.value
if event.code == 54:
ypos = event.value
except IOError:
pass
pos = (xpos, ypos)
if xpos is not None and ypos is not None:
time_delta = abs(time.time() - SystemState.screen_time)
if time_delta > 0.15:
SystemState.screen_time = time.time()
Screen.ProcessScreenEvents(pos)
def KeyDetect(cp):
# (Line 7) if(v.key[cp] == 0) return;
_t1 = EUDIf()
EUDTraceLog(7)
if _t1(v.key[cp] == 0):
EUDTraceLog(7)
EUDReturn()
# (Line 8) else if(v.key[cp] == v.KeySave) save.Save(); // F12 수동 저장
_t2 = EUDElseIf()
EUDTraceLog(8)
if _t2(v.key[cp] == v.KeySave):
EUDTraceLog(8)
save.Save()
# (Line 9) else if(sys.single == false && v.key[cp] == v.KeyWideCheck) screen.WideCheck(); // ALT 와이드 체크
_t3 = EUDElseIf()
EUDTraceLog(9)
if _t3(EUDSCAnd()(sys.single == False)(v.key[cp] == v.KeyWideCheck)()):
EUDTraceLog(9)
screen.WideCheck()
# (Line 11) if(v.numberKey[cp] == 0) return;
EUDEndIf()
_t4 = EUDIf()
EUDTraceLog(11)
if _t4(v.numberKey[cp] == 0):
EUDTraceLog(11)
EUDReturn()
# (Line 12) else {
if EUDElse()():
# (Line 13) v.s.print("\x05", v.numberKey[cp], "키 누름");
EUDTraceLog(13)
v.s.print("\x05", v.numberKey[cp], "키 누름")
# (Line 14) }
# (Line 15) }
EUDEndIf()
def Movement(ScreenValues, CurrentPosition, Screen_y, trail_horizontal, trail_vertical): # wasd for movement
'''
Allows for the movement of a point on a screen given ScreenValues{list}, the CurrentPosition{int} of the point, and Screen_y{int} values.
It will also change the point to vʌ<> given the direction input 'wsad' to show a head moving.
Can leave a trail{single char. str} or trail_vertical{single char. str} behind the point that is moving.
Will break and output a game over screen if the point hits '_' or '|'.
'''
while True:
Choice = msvcrt.getch()
if str(Choice) == "b'd'":
ScreenValues[CurrentPosition] = trail_horizontal
ScreenValues[CurrentPosition + 1] = '<'
CurrentPosition = CurrentPosition + 1
if str(Choice) == "b'a'":
ScreenValues[CurrentPosition] = trail_horizontal
ScreenValues[CurrentPosition - 1] = '>'
CurrentPosition = CurrentPosition - 1
if str(Choice) == "b's'":
ScreenValues[CurrentPosition] = trail_vertical
ScreenValues[CurrentPosition + Screen_y] = 'ʌ'
CurrentPosition = CurrentPosition + Screen_y
if str(Choice) == "b'w'":
ScreenValues[CurrentPosition] = trail_vertical
ScreenValues[CurrentPosition - Screen_y] = 'v'
CurrentPosition = CurrentPosition - Screen_y
Screen.ScreenRefresher(BoardValues, y, Checker, 0)
def Open():
# (Line 98) const cp = getcurpl();
EUDTraceLog(98)
cp = f_getcurpl()
# (Line 99) sys.CloseWindow();
EUDTraceLog(99)
sys.CloseWindow()
# (Line 100) crystal[cp] = 1;
EUDTraceLog(100)
_ARRW(crystal, cp) << (1)
# (Line 101) if(IsUserCP()) {
_t1 = EUDIf()
EUDTraceLog(101)
if _t1(IsUserCP()):
# (Line 102) color[0] = Db("\x05");
EUDTraceLog(102)
_ARRW(color, 0) << (Db("\x05"))
# (Line 103) color[1] = Db("\x05");
EUDTraceLog(103)
_ARRW(color, 1) << (Db("\x05"))
# (Line 104) }
# (Line 105) mousePosition[cp] = 0;
EUDEndIf()
EUDTraceLog(105)
_ARRW(mousePosition, cp) << (0)
# (Line 106) screen.SetLight(25);
EUDTraceLog(106)
screen.SetLight(25)
# (Line 107) v.textRefresh[cp] = 1;
EUDTraceLog(107)
_ARRW(v.textRefresh, cp) << (1)
def screen(self):
criterion = {}
criterion["Market cap"] = self.marketCapCriteria.getBounds()
criterion["Dividends (¢)"] = self.dividendsCriteria.getBounds()
criterion["Dividend Yield (%)"] = self.dividendYieldCriteria.getBounds(
)
criterion["Book value ($)"] = self.bookValueCriteria.getBounds()
criterion[
"Average annual P/E ratio (%)"] = self.priceEarningsCriteria.getBounds(
)
criterion[
"Shares outstanding"] = self.sharesOutstandingCriteria.getBounds()
criterion["Cash on hand"] = self.cashCriteria.getBounds()
criterion[
"Net profit margin (%)"] = self.profitMarginCriteria.getBounds()
criterion["S/T debt"] = self.shortDebtCriteria.getBounds()
criterion["EBITDA"] = self.ebitdaCriteria.getBounds()
criterion[
"Return on capital (%)"] = self.returnCapitalCriteria.getBounds()
criterion["L/T Debt"] = self.longDebtCriteria.getBounds()
functionalCriterion = {}
functionalCriterion["EV"] = self.evMultipleCriteria.getBounds()
functionalCriterion["CY"] = self.cashYieldCriteria.getBounds()
functionalCriterion[
"ND:EBITDA"] = self.netDebtEbitdaRatioCriteria.getBounds()
database = pd.read_csv(os.getcwd() + '\\data\\database.csv')
screenResults = Screen(database, criterion, functionalCriterion,
self.search.get(), self.sector.get()).screen()
self.screenTv.clear()
for count, row in enumerate(screenResults):
self.screenTv.insertValues([value for value in row], count)
def mainmenu():
while True:
printmenu()
op = int(input())
if op == 1:
printinfo()
elif op == 2:
Screen.Screenmain()
elif op == 3:
FastbootFlash.Flashmain()
elif op == 4:
print("[1]高速文件传输\n[2]快速资料备份\n[3]返回主菜单")
c = InputJudge(3)
if c == 1:
FileTrans.FileTransmain()
elif c ==2:
FileBackUp.FileBackupmain()
elif c==3:
continue
elif op == 5:
SoftScript.Softmain()
elif op == 6:
FastbootFlash.rebootList()
elif op == 7:
os.startfile(".//Readme.pdf")
elif op == 8:
os.startfile(".//runincmd.bat")
elif op == 9:
aboutProject()
elif op == 0:
print("感谢使用！再见！")
exit()
def checkClicked(self):
##check for listen to story wala button
if Screen.checkOver((pygame.mouse.get_pos()),
(Screen.screen.W / 2 - Screen.screen.W / 10,
Screen.screen.H / 1.6), int(Screen.screen.W / 5),
int(Screen.screen.H / 15)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = bookScreen(self.scr)
##check for manage story wala button
if Screen.checkOver((pygame.mouse.get_pos()),
(Screen.screen.W / 2 - Screen.screen.W / 10,
Screen.screen.H / 1.4), int(Screen.screen.W / 5),
int(Screen.screen.H / 15)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = managerScreen(self.scr)
def __init__(self, dir=0, speed=0): # Speed: pix/s
self.dir = dir
self.set_speed(speed)
self.lastScrollTime = time()
self.dividerX = Screen.width()
self.dividerY = 0
def mainmenu():
while True:
os.system("cls")
printmenu()
op = int(input())
while op not in range(0, 10):
print("输入有误，请重新输入")
op = int(input())
if op == 1:
printinfo()
elif op == 2:
Screen.Screenmain()
elif op == 3:
FastbootFlash.Flashmain()
elif op == 4:
FileTrans.FileTransmain()
elif op == 5:
FileBackUp.FileBackupmain()
elif op == 6:
SoftScript.Softmain()
elif op == 7:
rebootList()
elif op == 8:
os.startfile(os.getcwd() + "//README.html")
elif op == 9:
printcmd()
sys.exit()
elif op == 0:
print("感谢使用！再见！")
sys.exit()
def __init__(self, window=None):
conf.game = self
if window is None:
if hasattr(conf, 'window'):
window = conf.window
else:
window = Screen.Window()
self.window = window
self.screen = window.screen
pygame.event.set_allowed(None)
GameLooper.__init__(self)
self.events.add(Event.KEYUP_Event(key=K_ESCAPE, callback=self.configure))
self.set_title()
self.splash_screen()
self.clock = pygame.time.Clock()
conf.ticks = 0
#pygame.event.set_allowed(None)
self.showMouse()
self.freeMouse()
self.game_configuration = GameConfiguration(self)
self.initialize()
self.splash_screen_poof()
self.window.clear()
def impulse(stock,data,date):
if Screen.weekly_macd_screen(data.loc[:,'Weekly MACD'],date) == 1 and Screen.daily_ema_screen(data.loc[:,'Daily EMA'],date):
if Screen.force_screen(data.loc[:,'Force Index'],date):#if Screen.rsi_screen(data.loc[:,'RSI'],date,35) == 1:
if Screen.multi_week_low_screen(data,date,15): # daily screen
return 1
elif Screen.weekly_macd_screen(data.loc[:,'Weekly MACD'],date) == -1 and not Screen.daily_ema_screen(data.loc[:,'Fast EMA'],date): # weekly screen
if not Screen.force_screen(data.loc[:,'Force Index'],date) and Screen.multi_week_high_screen(data,date,15): # daily screen
return -1
return 0
def moveRight(self): # Player is moving right
if (self.x < Screen.getRightBorder(self)
): # If player has room to move right
self.x += self.velocity # Move the x-axis right by the velocity amount
self.left = False # Set left flag to false
self.right = True # Set right flag to true
self.isStanding = False # Set standing flag to false
return # Return from the function
def offScreen(self): # Tests if professor will move off the screen
movingRight = self.x + self.velocity # New X position if professor moves right
movingLeft = self.x - self.velocity # New X position if professor moves left
movingUp = self.y + self.velocity # New Y position if professor moves up
movingDown = self.y - self.velocity # New Y position if professor moves down
if (movingRight >= Screen.getRightBorder(self)
): # If professor would move off right side of screen
return True # Return True
if (movingLeft <= self.velocity
): # If professor would move off left side of screen
return True # Return True
if (movingUp >= Screen.getBottomBorder(self)
): # If professor would move off top of screen
return True # Return True
if (movingDown <=
self.velocity): # If professor would move off bottom of screen
return True # Return True
return False # Professor won't move off of screen, so return False
def checkClicked(self):
if Screen.checkOver( (pygame.mouse.get_pos()),
(Screen.screen.W/20, Screen.screen.H/40),
int(Screen.screen.W/20), int(Screen.screen.H/30)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = ManagerScreen.managerScreen(self.scr)
if Screen.checkOver( (pygame.mouse.get_pos()),
(Screen.screen.W - Screen.screen.W/10,Screen.screen.H/40),
int(Screen.screen.W/20), int(Screen.screen.H/30)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = HomeScreen.homeScreen(self.scr)
if Screen.checkOver( (pygame.mouse.get_pos()),
(Screen.screen.W/2 + Screen.screen.W/6,Screen.screen.H/1.15 ),
int(Screen.screen.W/5), int(Screen.screen.H/10)) and self.button.state:
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = WaitScreen.waitScreen(self.scr)
for i in range(len(self.sentences)):
if Screen.checkOver( (pygame.mouse.get_pos()),
(Screen.screen.W/2 + Screen.screen.W/4, Screen.screen.H/3.55 + (i * Screen.screen.H/12) ),
int(Screen.screen.W/25), int(Screen.screen.W/25)):
for j in range(len(self.sentences)):
if j!=i:
self.iconType[j] = False
self.iconType[i] = not self.iconType[i]
if self.iconType[i]:
for k in range(len(self.sentences)):
if self.iconType[k]:
self.scr.blit(self.micIcon2, (Screen.screen.W/2 + Screen.screen.W/4, Screen.screen.H/3.6 + (k * Screen.screen.H/12)))
else:
self.scr.blit(self.micIcon, (Screen.screen.W/2 + Screen.screen.W/4, Screen.screen.H/3.6 + (k * Screen.screen.H/12)))
pygame.display.update()
text = self.rec.record(self.sentences[i],r"data/recorded/"+str(i)+".wav")
print(text, "_____ ",self.sentences[i])
if self.rec.get_validated(text, self.sentences[i]):
self.recorded[i] = True
self.iconType[i] = not self.iconType[i]
if self.button.update():
pygame.mixer.Sound.play(Screen.screen.click)
def rsi(stock,data,date):
if Screen.weekly_macd_screen(data.loc[:,'Weekly MACD'],date) == 1 and Screen.daily_macd_screen(data.loc[:,'Daily MACD'],date) == 1:
if Screen.rsi_screen(data.loc[:,'RSI'],date,40) == 1 and Screen.multi_week_low_screen(data,date,15): # daily screen
return 1
elif Screen.weekly_macd_screen(data.loc[:,'Weekly MACD'],date) == -1:
if Screen.rsi_screen(data.loc[:,'RSI'],date,70) == -1 and Screen.multi_week_high_screen(data,date,15): # daily screen
return -1
return 0
def checkClicked(self):
if Screen.checkOver((pygame.mouse.get_pos()),
(Screen.screen.W / 20, Screen.screen.H / 40),
int(Screen.screen.W / 20),
int(Screen.screen.H / 30)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = HomeScreen.homeScreen(self.scr)
if Screen.checkOver(
(pygame.mouse.get_pos()),
(Screen.screen.W - Screen.screen.W / 10, Screen.screen.H / 40),
int(Screen.screen.W / 20), int(Screen.screen.H / 30)):
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = HomeScreen.homeScreen(self.scr)
for i in range(self.bookIconCount):
if (i // 4) % 2 == 0:
if Screen.checkOver(
(pygame.mouse.get_pos()),
(Screen.screen.W / 20 + ((i % 4) * Screen.screen.W / 4),
Screen.screen.H / 4 + ((i // 4) * (Screen.screen.H / 4))),
int(Screen.screen.W / 10), int(Screen.screen.H / 4)):
Screen.screen.story = ""
Screen.screen.pageCount = 4
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = AudioScreen.audioScreen(
self.scr)
else:
if Screen.checkOver(
(pygame.mouse.get_pos()),
(Screen.screen.W / 20 +
((i % 4) * Screen.screen.W / 4) + Screen.screen.W / 8,
Screen.screen.H / 4 + ((i // 4) * (Screen.screen.H / 4))),
int(Screen.screen.W / 10), int(Screen.screen.H / 4)):
if i == self.bookIconCount - 1:
Screen.screen.story = "C"
Screen.screen.pageCount = 6
pygame.mixer.Sound.play(Screen.screen.click)
Screen.screen.currentScreen = AudioScreen.audioScreen(
self.scr)
def __init__(self):
pygame.init()
self.screen = pygame.display.set_mode((WIDTH, HEIGHT))
self.clock = pygame.time.Clock()
self.level = Level.Level()
self.cam = Camera.Camera(12.0, 2.250, 1, 0, 0.0, -0.66, self.level,
self.screen)
self.renderer = Screen.RenderScreen(self.level, self.cam)
self.running = True
pass
def __init__(self):
self.title = Title()
self.create_monster = CreateMonster()
self.game_screen = GameScreen()
self.currentscreen = Screen()
self.fps_container = SimpleBox(pygame.Rect(10,10,0,0))
self.fps_container.add_sprite(MText(1,Point(0,0),50,Resources().font12,""))
self.change_screen(self.title,False);
return
def __init__(self, width, height, screen,
image): # Professor initialization function
self.width = width # Assign provided width
self.height = height # Assign provided height
self.image = image # Assign provided image
self.velocity = 10 # Initialize amount to move each step
self.stepCount = 0 # Initialize step counter
self.steps = random.randint(20,
30) # Initialize random number of steps
self.startLocation = random.randint(
1, 4) # Initialize random start location
self.moveDirection = random.randint(
1, 4) # Initialize random movement direction
self.x = Screen.randomX(
self, self.startLocation) # Initialize random X coordinate
self.y = Screen.randomY(
self, self.startLocation) # Randomly generate Y coordinate
self.hitbox = (self.x, self.y, self.width, self.height
) # Initialize professor hitbox
def use(scr = None, remote = False):
if remote:
theGlobals = inspect.currentframe().f_back.f_back.f_globals
else:
theGlobals = inspect.currentframe().f_back.f_globals
global remoteScreen
if remoteScreen:
remoteScreen.close()
remoteScreen = None
if not scr:
SCREEN = Screen()
else:
SCREEN = scr
Debug.log(3, "Jython: requested to use as default region: " + SCREEN.toStringShort())
globals()['SIKULISAVED'] = _exposeAllMethods(SCREEN, globals().get('SIKULISAVED'), theGlobals, None)
theGlobals['SCREEN'] = SCREEN
if remote:
remoteScreen = SCREEN
return SCREEN
def use(scr = None, remote = False):
if remote:
theGlobals = inspect.currentframe().f_back.f_back.f_globals
else:
theGlobals = inspect.currentframe().f_back.f_globals
global remoteScreen
if remoteScreen:
remoteScreen.close()
remoteScreen = None
if not scr:
SCREEN = Screen()
else:
SCREEN = scr
Debug.log(3, "Jython: requested to use as default region: " + SCREEN.toStringShort())
globals()['SIKULISAVED'] = _exposeAllMethods(SCREEN, globals().get('SIKULISAVED'), theGlobals, None)
theGlobals['SCREEN'] = SCREEN
if remote:
remoteScreen = SCREEN
return SCREEN
def loop():
print(" ")
print('**********************E-Shopiing-App*********************')
print('Click 1 to view to view Latest Products')
print('Else, Click 0 to Register or Authenticate.')
choice = int(input('Enter your choice = '))
if(choice == 1):
latest_products()
uid=''
elif(choice == 0):
print('To Register Click 2.')
print('Else to Authenticate Click 3')
choice = int(input('Enter your choice = '))
if(choice == 2):
print('**************User Registration*****************')
emailid = input('Enter your Email= ')
password = input('Enter your password= '******' has been registered for the email id ',emailid)
userid,ids = users_credentials(user)
uid = user
elif(choice == 3):
user = input('Enter your user Id = ')
print('Authenticating your Account.....')
userid,ids = users_credentials(user)
uid = str(userid)
if(uid == ids):
while(True):
time.sleep(2)
sales(str(userid))
else:
print('This seems that you may have not Registered or Authenticated ! Please Try Again :(')
choice = int(input('To go back to registeration or authentication,please Click 3... Else click 0 to quit...'))
if(choice == 3):
Screen.clear()
loop()
elif(choice == 0):
sys.exit()
def __init__(self, ghostleg):
self.__leg = None
self.__ghostleg = ghostleg
self.__screen = Screen.Screen()
self.__width = 8
self.__color = (255,255,255)
self.__to_goal_pointlist = None # ゴールまでの頂点リスト（self.__legから生成する）
self.__select_line_color = (255,0,0)
self.__select_line_width = 2
self.__linesanim = None
self.__CalcSize = CalcSize.CalcSize(self.__ghostleg, self.__screen)
class GameManager(metaclass = Singleton):
def __init__(self):
self.title = Title()
self.create_monster = CreateMonster()
self.game_screen = GameScreen()
self.currentscreen = Screen()
self.fps_container = SimpleBox(pygame.Rect(10,10,0,0))
self.fps_container.add_sprite(MText(1,Point(0,0),50,Resources().font12,""))
self.change_screen(self.title,False);
return
def update(self):
self.fps_container.update()
self.fps_container.get_sprite(1).set_text("%.3f" % TimeManager().fps)
InputManager().update_start()
if self.currentscreen is not None:
self.currentscreen.update()
InputManager().update_end()
return
def draw(self,screen):
if self.currentscreen is not None:
self.currentscreen.draw(screen)
self.fps_container.draw(screen)
return
def change_screen(self, new_screen, perform_transition = False):
if self.currentscreen is not None:
self.currentscreen.close()
if perform_transition:
self.currentscreen = new_screen
else:
self.currentscreen = new_screen
self.currentscreen.open()
return
class GameManager:
def __init__(self):
# initial processing
pygame.init()
self.screen = Screen(640, 480)
ImagePack.setScreen(self.screen)
self.FPS = 60
self.fpsClock = pygame.time.Clock()
self.step = 0
# global variables
self.keys = [False, False] # key input check
# image loading
ImagePack.getFiles('__dummy', 'Etc/__dummy')
ImagePack.getFiles('__rect', 'Etc/__rect')
for i in range(10):
ImagePack.getFiles('text_'+str(i), 'Text/text_'+str(i))
ImagePack.getFiles('p_superbounce', 'Players/superbounce', 2)
ImagePack.getFiles('p_superbounce_face', 'Players/superbounce_face', 2)
ImagePack.getFiles('e_minislime', 'Enemies/minislime', 9)
ImagePack.getFiles('e_minislime_walk', 'Enemies/minislime_walk', 8)
ImagePack.getFiles('e_minislime_die', 'Enemies/minislime_die', 6)
ImagePack.getFiles('t___dummy', 'Terrains/__dummy')
ImagePack.getFiles('t_solid0', 'Terrains/solid0')
ImagePack.getFiles('t_foothold0', 'Terrains/foothold0')
DamageText.loadImages()
# get enemy data from xml file
self.enemyStamp = []
self.enemyId = defaultdict(list)
self.initEnemyData()
# add objects
self.player = Player_Superbounce(70, 100)
self.terrains = []
for x in range(0, 640, 50):
self.terrains.append(Terrain(x, 450, 't_solid0'))
self.terrains.append(Terrain(0, 400, 't_solid0'))
self.terrains.append(Terrain(600, 400, 't_solid0'))
for x in range(150, 500, 50):
self.terrains.append(Terrain_Foothold(x, 300, 't_foothold0'))
self.enemies = []
# self.enemies.append(Enemy_Minislime(400, 100))
self.attacksAlly = []
self.attacksEnemy = []
self.damageText = []
def initEnemyData(self):
cnt = 0
# get root node
root = parse("Enemy.xml").getroot()
for tag in root.getiterator("enemy"):
# get name especially
name = tag.find("name").text
stamp = Enemy(0, 0, name)
# get data
stamp.eid = cnt
stamp.lv = int(tag.find("lv").text)
stamp.sort = tag.find("sort").text # species(machine, ghost, animal, ...)
#stamp.type
stamp.boss = bool(int(tag.find("boss").text))
stamp.move = int(tag.find("move").text)
stamp.maxHP = stamp.HP = int(tag.find("hp").text)
stamp.maxMP = stamp.MP = int(tag.find("mp").text)
stamp.ATK = int(tag.find("atk").text)
stamp.DEF = int(tag.find("def").text)
stamp.MATK = int(tag.find("matk").text)
stamp.MDEF = int(tag.find("mdef").text)
stamp.SPD = int(tag.find("speed").text)
stamp.JMP = int(tag.find("jump").text)
stamp.KB = int(tag.find("kb").text)
stamp.EXP = int(tag.find("exp").text)
stamp.GOLD = int(tag.find("gold").text)
#stamp.drop
stamp.imgFrame = int(tag.find("imgframe").text)
stamp.rect.size = (int(tag.find("width").text), int(tag.find("height").text))
#stamp.skill
# append to list and dict
self.enemyStamp.append(stamp)
self.enemyId[name] = cnt
cnt += 1
def draw(self):
# draw background (default)
self.screen.draw()
# draw player
self.player.draw()
# draw blocks
for obj in self.terrains:
obj.draw()
# draw enemies
for enemy in self.enemies:
enemy.draw()
# draw attacks
for aa in self.attacksAlly:
aa.draw()
# draw damage texts
for dt in self.damageText:
dt.draw()
# draw updating
pygame.display.update()
def update(self):
# FPS setting
self.fpsClock.tick(self.FPS)
# preorder update functions
self.player.updatePreorder()
for enemy in self.enemies:
enemy.updatePreorder()
for atkA in self.attacksAlly:
atkA.updatePreorder()
for atkE in self.attacksEnemy:
atkE.updatePreorder()
# update functions
self.player.update(self.enemies, self.attacksAlly, self.attacksEnemy, self.damageText)
for enemy in self.enemies:
enemy.update(self.player, self.attacksAlly, self.attacksEnemy, self.damageText)
for obj in self.terrains:
obj.update()
# must be checked horizontally first
# otherwise player can jump on side of vertical terrains(bug)
obj.horiCollision(self.player)
obj.vertiCollision(self.player)
for ene in self.enemies:
obj.horiCollision(ene)
obj.vertiCollision(ene)
# update attacks
for atkA in self.attacksAlly:
atkA.update(self.enemies, self.damageText)
for atkE in self.attacksEnemy:
atkE.update(self.player, self.damageText)
for dt in self.damageText:
dt.update()
# postorder update functions
self.player.updatePostorder()
for enemy in self.enemies:
enemy.updatePostorder()
for atkA in self.attacksAlly:
atkA.updatePostorder()
for atkE in self.attacksEnemy:
atkE.updatePostorder()
self.enemies[:] = [enemy for enemy in self.enemies if not enemy.isExpired()]
self.attacksAlly[:] = [atkA for atkA in self.attacksAlly if not atkA.expire]
self.attacksEnemy[:] = [atkE for atkE in self.attacksEnemy if not atkE.expire]
self.damageText[:] = [dt for dt in self.damageText if dt.remain > 0]
if self.step % 60 == 0 and len(self.enemies) < 10:
self.makeEnemy(0, random.randrange(200, 400), 100)
self.step += 1
def makeEnemy(self, eid, x, y):
# check invalid eid value
if eid < 0 or eid >= len(self.enemyStamp):
print "invalid index"
return
newEnemy = self.enemyStamp[eid].stampCopy() #copy.copy(self.enemyStamp[eid])
newEnemy.setCoord(x, y)
self.enemies.append(newEnemy)
def main():
pg.init()
screen = Screen()
screen.loop()
def main():
window = pygame.display.set_mode(SCREEN_SIZE)
pygame.display.set_caption("Messaging System Test")
global messenger
messenger=Messenger()
screen=Screen( 0, 0, SCREEN_SIZE)
clock=pygame.time.Clock()
circs.append(Circle(SCREEN_SIZE[0]/2., SCREEN_SIZE[1]/2., 0, (random.random()*255, random.random()*255, random.random()*255)))
running=True
messenger.add_listener(Listener("circ",add_circ))
messenger.add_listener(Listener("shake", screen.set_random))
add_circ(1)
while running:
dt=clock.tick(FPS)
messenger.update(dt)
for event in pygame.event.get():
if event.type==pygame.QUIT:
running = False
break
keys=pygame.key.get_pressed()
if keys[pygame.K_LSHIFT]:
vel=0.3
elif keys[pygame.K_LCTRL]:
vel=0.05
else:
vel=0.1
if keys[pygame.K_ESCAPE]:
running=False
break
if keys[pygame.K_SPACE]:
messenger.clear_events("shake")
screen.shake(messenger, 1000, 70)
if keys[pygame.K_a]:
if cursor[0]>=0:
cursor[0]-=vel*dt
if keys[pygame.K_d]:
if cursor[0]<=SCREEN_SIZE[0]:
cursor[0]+=vel*dt
if keys[pygame.K_w]:
if cursor[1]<=SCREEN_SIZE[1]:
cursor[1]+=vel*dt
if keys[pygame.K_s]:
if cursor[1]>=0:
cursor[1]-=vel*dt
window.fill(THECOLORS['black'])
screen.surf.fill(THECOLORS['white'])
for circ in circs:
circ.render(screen.surf)
circ.radius+=0.1*dt
if len(circs)>130:
circs.pop(0)
screen.render(window)
pygame.display.update()
pygame.quit()
def main():
global flag
global count
screen=Screen()
i=25
j=1
pm=Player(i,j)
screen.printpm(i,j,'P')
#flag=0
#screen.printScreen()
os.system("clear")
screen.genCoins()
screen.printScreen()
while(1):
print "Enter Move :",
ch=getchar()
if(ch=='q'):
break
pm.move(ch,screen)
print ""
os.system("clear")
screen.printScreen()
print "Score :",
print screen.getScore()
if(screen.getflag1()==1):
break
print ""
print "Game Over!!! Score is:",
print screen.getScore()
import sys import Screen import Container from shape import * #Set up the initial test shapes hard coded at the moment Shapes = Container.Generate() #Calculate the heat graph to be displayed in the GUI heatMap = Container.calculateHeat(Shapes) #Calculate the possible nodes for containers Container.findContainer(heatMap) #Draw the screen with the calculations found from the Container problem Screen.draw(Shapes,heatMap)
def main():
# print
while(1):
global lives
global score
if(lives==0):
break
screen=Screen(score)
screen.generatecoin()
screen.printscreen()
pl=Player(24,1)
dn=Donkey(4,1)
# dn.donkeyposition(screen)
while(1):
global cnt
global firefl
cnt+=1
ch=getchar()
if(ch=='q'):
lives=0
break
if(cnt==10):
fb=Fireball(dn.getx(),dn.gety())
fb.move(screen)
firefl=1
cnt=-10000
if(firefl==1):
fb.move(screen)
if(fb.getx()==pl.getx() and fb.gety()==pl.gety()):
lives-=1
score=screen.getscore()
score-=50
os.system("clear")
break
if(dn.getx()==pl.getx() and dn.gety()==pl.gety()):
lives-=1
os.system("clear")
score=screen.getscore()
score-=50
break
dn.move(screen)
if(firefl==1):
# fb.move(screen)
if(fb.getx()==pl.getx() and fb.gety()==pl.gety()):
lives-=1
score=screen.getscore()
score-=50
os.system("clear")
break
if(dn.getx()==pl.getx() and dn.gety()==pl.gety()):
lives-=1
os.system("clear")
score=screen.getscore()
score-=25
break
pl.move(ch,screen)
if(firefl==1):
# fb.move(screen)
if(fb.getx()==pl.getx() and fb.gety()==pl.gety()):
lives-=1
score=screen.getscore()
score-=50
os.system("clear")
break
if(dn.getx()==pl.getx() and dn.gety()==pl.gety()):
lives-=1
os.system("clear")
score=screen.getscore()
score-=50
break
if(pl.gety()==28 and pl.getx()==1):
score=screen.getscore()
score+=50
os.system("clear")
print "Bravo!!! You saved your Queen"
print 'You get 50 bonus points'
lives=3
break
print "Your Score:"
print screen.getscore()
print "Ooops!!! Game Over: Your Final Score was:",
print screen.getscore()
def __init__(self):
# initial processing
pygame.init()
self.screen = Screen(640, 480)
ImagePack.setScreen(self.screen)
self.FPS = 60
self.fpsClock = pygame.time.Clock()
self.step = 0
# global variables
self.keys = [False, False] # key input check
# image loading
ImagePack.getFiles('__dummy', 'Etc/__dummy')
ImagePack.getFiles('__rect', 'Etc/__rect')
for i in range(10):
ImagePack.getFiles('text_'+str(i), 'Text/text_'+str(i))
ImagePack.getFiles('p_superbounce', 'Players/superbounce', 2)
ImagePack.getFiles('p_superbounce_face', 'Players/superbounce_face', 2)
ImagePack.getFiles('e_minislime', 'Enemies/minislime', 9)
ImagePack.getFiles('e_minislime_walk', 'Enemies/minislime_walk', 8)
ImagePack.getFiles('e_minislime_die', 'Enemies/minislime_die', 6)
ImagePack.getFiles('t___dummy', 'Terrains/__dummy')
ImagePack.getFiles('t_solid0', 'Terrains/solid0')
ImagePack.getFiles('t_foothold0', 'Terrains/foothold0')
DamageText.loadImages()
# get enemy data from xml file
self.enemyStamp = []
self.enemyId = defaultdict(list)
self.initEnemyData()
# add objects
self.player = Player_Superbounce(70, 100)
self.terrains = []
for x in range(0, 640, 50):
self.terrains.append(Terrain(x, 450, 't_solid0'))
self.terrains.append(Terrain(0, 400, 't_solid0'))
self.terrains.append(Terrain(600, 400, 't_solid0'))
for x in range(150, 500, 50):
self.terrains.append(Terrain_Foothold(x, 300, 't_foothold0'))
self.enemies = []
# self.enemies.append(Enemy_Minislime(400, 100))
self.attacksAlly = []
self.attacksEnemy = []
self.damageText = []
