def __init__(self, img, ani_xy=100):
self.ani_xy = ani_xy
self.img = img.resize((self.ani_xy, self.ani_xy))
self.gif = TopWindow()
self.gif.size = (ani_xy, ani_xy)
self.gif.position = self.get_mid((ani_xy, ani_xy))
self.txt = TopWindow()
self.blank = graphics.Image.new((1, 1))
self.ani_xy = ani_xy
def __init__(self,img,ani_xy=100): self.status=0 self.wait=0.01 self.ani_xy=ani_xy self.img=graphics.Image.open(img).resize((self.ani_xy,self.ani_xy)) self.gif=TopWindow() self.gif.size=(ani_xy, ani_xy) self.gif.position=self.get_mid((ani_xy,ani_xy)) self.txt=TopWindow() self.blank=graphics.Image.new((1,1)) self.ani_xy=ani_xy
def __init__(self, items, title=u'Menu:'):
self.items = items
self.title = title
self.capture = KeyCapturer(self.keys_answer)
self.window_main = TopWindow()
self.window_add1 = TopWindow()
self.window_add2 = TopWindow()
self.y, self.y1, self.y2, self.flag1, self.flag2 = 0, 0, 0, 0, 0
try:
self.size_display = aw.app.layout(aw.EScreen)[0]
except AttributeError:
self.size_display = (176, 208)
def __init__(self):
self.old_func_focus = appuifw.app.focus
appuifw.app.focus = self.focus
self.focusflag = 1
if e32.s60_version_info >= (2, 8):
self.scr = appuifw.app.layout(appuifw.EScreen)[0]
else:
self.scr = (176, 208)
img_none = Image.new((1, 1))
h = img_none.measure_text(u'by', 'annotation')[0]
self.__h_text = h[3] - h[1]
self.__dislocation_text = h[3]
h2 = img_none.measure_text(u'by', 'dense')[0]
h_text2 = h2[3] - h2[1]
self.__dislocation_text2 = h2[3]
self.__sizeW = 6 + h_text2
self.__sizeY = self.__sizeW + self.__h_text * 2 + 6
self.img = Image.new((self.scr[0] - 10, self.__sizeY))
self.top_shadow = TopWindow()
x = max(self.scr)
self.top_shadow.position = (-x, -x)
self.top_shadow.shadow = x / 2
self.window = TopWindow()
self.window.size = (self.scr[0] - 10, self.__sizeY)
self.window.position = (5, self.scr[1] / 2 - self.__sizeY / 2)
self.color_background = 0x555500
self.color_text = 0xffffff
self.color_background2 = 0xffffff
self.color_text2 = 0x707070
self.img1 = Image.new((self.scr[0] - 22, self.__sizeW), mode = 'RGB')
self.img2 = Image.new((self.scr[0] - 22, self.__sizeW - 2), mode = 'RGB')
self.img_gradient = Image.new((self.scr[0] - 22, self.__sizeW - 2), mode = 'RGB')
r = 255 / ((self.scr[0] - 22) / 4.0)
for i in xrange(self.scr[0] - 22):
if i <= (self.scr[0] - 22) / 4.0:
self.img_gradient.line((i, 0, i, self.__sizeW - 2), (255, int(i * r), 0))
elif (self.scr[0] - 22) / 4.0 < i <= (self.scr[0] - 22) / 2.0:
self.img_gradient.line((i, 0, i, self.__sizeW - 2), (int(255 - (i - (self.scr[0] - 22) / 4.0) * r), 255, 0))
elif (self.scr[0] - 22) / 2.0 < i <= (self.scr[0] - 22) * 3 / 4.0:
self.img_gradient.line((i, 0, i, self.__sizeW - 2), (0, 255, int((i - (self.scr[0] - 22) / 2.0) * r)))
else:
self.img_gradient.line((i, 0, i, self.__sizeW - 2), (0, int(255 - (i - (self.scr[0] - 22) * 3 /4.0) * r), 255))
e32.ao_yield()
app = Q.QApplication(sys.argv)
# player = Player()
args = list()
kwargs = dict()
for arg in sys.argv[1:]:
if '=' in arg:
parts = arg.partition('=')
kwargs[parts[0]] = parts[2]
else:
args.append(arg)
with SignalWakeupHandler(app):
signal.signal(signal.SIGINT, lambda *a:app.quit())
win = TopWindow(*args, **kwargs)
fmt = Q.QOpenGLContext.globalShareContext().format()
print('OpenGLFormat:\n')
print('version={}'.format(fmt.version()))
print('samples={}'.format(fmt.samples()))
print('redBufferSize={}'.format(fmt.redBufferSize()))
print('greenBufferSize={}'.format(fmt.greenBufferSize()))
print('blueBufferSize={}'.format(fmt.blueBufferSize()))
print('alphaBufferSize={}'.format(fmt.alphaBufferSize()))
print('depthBufferSize={}'.format(fmt.depthBufferSize()))
print('stencilBufferSize={}'.format(fmt.stencilBufferSize()))
print('swapBehavior={}'.format(fmt.swapBehavior()))
print('swapInterval={}'.format(fmt.swapInterval()))
print('debugContext={}'.format(fmt.testOption(fmt.DebugContext)))
print('deprecatedFunctions={}'.format(fmt.testOption(fmt.DeprecatedFunctions)))
print('renderable={}'.format(fmt.renderableType()))
