def __init__(self, master, singles):
"""
Second setup dialog. Gets further setup information for match.
@type master: Toplevel widget
@param master: Main application window.
@type singles: boolean
@param singles: Flag, True if this is a singles match.
"""
tk.Toplevel.__init__(self, master)
self.overrideredirect(1) # No window decorations, no way to close window
self.geometry('+100+100')
self.noEndingTiebreak = tk.BooleanVar()
self.noEndingTiebreak.set(False)
self.mensMatch = tk.IntVar()
self.mensMatch.set(0)
self.matchType = tk.StringVar(self)
self.matchType.set(mtypeList[4]) # default value
tk.Radiobutton(self, indicatoron = 0, text="Women's match", padx = 20,
width=width1 , variable = self.mensMatch, value = 0, anchor='center').pack()
tk.Radiobutton(self, indicatoron = 0, text="Men's match", padx = 20,
width=width1, variable = self.mensMatch, value = 1, anchor='center').pack()
if not singles: # Doubles match
tk.Radiobutton(self, indicatoron = 0, text="Mixed doubles", padx = 20,
width=width1, variable = self.mensMatch, value = 2, anchor='center').pack()
self.noEndingTiebreakBox = tk.Checkbutton(self, variable=self.noEndingTiebreak,
onvalue=True, offvalue=False, text="No ending tiebreaker").pack()
tk.Label(self, text='Match Type:').pack(side='left')
w = tk.OptionMenu(self, self.matchType, *mtypeList)
w.config(bg='black',fg='white')
w["menu"].config(bg='black',fg='white')
w.pack()
self.nextButton = tk.Button(self, text='Next', width=8)
self.nextButton.pack(side='left')
self.title("Match Info #2") # Won't have any effect, given no decorations
util.center(self)
def _align_ends(self, m):
c2 = util.center(self.ref_motif.ends[0].atoms)
closest = None
best = 10000
for i, end in enumerate(m.ends):
c1 = util.center(end.atoms)
dist = util.distance(c1, c2)
if dist < best:
best = dist
closest = end
updated_ends = [ closest ]
for i, end in enumerate(m.ends):
if end != closest:
updated_ends.append(end)
for i, end in enumerate(updated_ends):
flip_res = 0
for c in m.chains():
if c.first().uuid == end.res2.uuid:
flip_res = 1
break
if c.last().uuid == end.res1.uuid:
flip_res = 1
break
#print end.name(), flip_res
if flip_res:
updated_ends[i].res1, updated_ends[i].res2 = \
updated_ends[i].res2, updated_ends[i].res1
m.ends = updated_ends
def initUI(self):
#中心布局
self.setCentralWidget(CenterWidget(self))
#菜单栏设置
menu = self.menuBar().addMenu('账号中心')
signoutAct = QAction('注销', self)
signoutAct.triggered.connect(self.onSignout)
menu.addAction(signoutAct)
exitAct = QAction('退出', self)
exitAct.triggered.connect(self.onExit)
menu.addAction(exitAct)
#整体布局
self.resize(450, 300)
util.center(self)
self.setFont(QFont("Microsoft YaHei", 11))
self.setWindowTitle('电子投票系统')
self.setWindowIcon(QIcon('./image/user.png'))
self.bottomlbl = QLabel()
self.bottomlbl.setFont(QFont("宋体"))
self.statusBar().addPermanentWidget(self.bottomlbl)
self.showbottom()
def initUI(self):
user = QLabel('账号: ')
pwd = QLabel('密码: ')
cpwd = QLabel('确认：')
self.userInput = QLineEdit()
self.userInput.setPlaceholderText('自定义您的用户名')
self.pwdInput = QLineEdit()
self.pwdInput.setPlaceholderText('请输入您的密码')
self.pwdInput.setEchoMode(QLineEdit.Password) #密码不以明文显示
self.cpwdInput = QLineEdit()
self.cpwdInput.setPlaceholderText('请再次输入密码')
self.cpwdInput.setEchoMode(QLineEdit.Password)
self.registerButton = QPushButton('注册', self)
self.registerButton.setIcon(QIcon('./image/register.png'))
self.registerButton.clicked.connect(self.onRegister)
self.loginButton = QPushButton('登录', self)
self.loginButton.setFont(QFont('黑体'))
self.loginButton.setIcon(QIcon('./image/start.png'))
self.loginButton.clicked.connect(self.onLogin)
formlayout = QFormLayout()
formlayout.addRow(user, self.userInput)
formlayout.addRow(pwd, self.pwdInput)
formlayout.addRow(cpwd, self.cpwdInput)
hbox = QHBoxLayout()
hbox.addStretch(1)
hbox.addWidget(self.registerButton)
hbox.addStretch(1)
vbox = QVBoxLayout()
vbox.addLayout(formlayout)
vbox.addLayout(hbox)
centerFrame = QFrame(self)
centerFrame.setFrameShape(QFrame.WinPanel)
centerFrame.setLayout(vbox)
downhbox = QHBoxLayout()
downhbox.addStretch(1)
downhbox.addStretch(1)
downhbox.addWidget(self.loginButton)
totalLayout = QVBoxLayout()
totalLayout.addWidget(centerFrame)
totalLayout.addLayout(downhbox)
self.setLayout(totalLayout)
self.resize(350, 250)
util.center(self)
self.setFont(QFont('宋体', 10))
self.setWindowTitle('注册')
self.setWindowIcon(QIcon('./image/record.png'))
def window_resize(self, width: int, height: int):
center_x = center(display.size[0], ColorSample.get_width_by_radius(self.radius))
y_offset = center(display.size[1], self.radius * 9.6)
self.objects = []
for i in range(len(Color.SAMPLE_PALETTES)):
x, y = center_x, i * self.radius * 4 + y_offset
self.objects.append(ColorSample(x, y, self.radius, *Color.SAMPLE_PALETTES[i]))
self.objects.append(Text(x + self.font.size // 3, y - self.font.size * 1.5, chr(i + ord('G')), self.font))
def window_resize(self, width: int, height: int):
self.circle.window_resize(width, height)
self.elapsed_time.y = self.circle.center_y - self.elapsed_time.font.size / 2
self.elapsed_microsecond.y = self.elapsed_time.y + self.elapsed_time.font.size
self.time.window_resize(width, height)
self.start_text.x = center(width, self.start_text.width)
self.start_text.y = self.time.y - self.start_text.font.size
self.elapsed_days.x = center(width, self.elapsed_days.width)
self.elapsed_days.y = self.elapsed_time.y - self.elapsed_days.font.size
def createDialog(parent, title, labelText):
top = Toplevel(parent)
top.transient(parent)
top.grab_set()
if len(title) > 0:
top.title(title)
Label(top, text=labelText, font=("", 15)).pack()
top.bind("<Return>", ok)
b = Button(top, text="OK", command=lambda: ok(top))
b.pack(pady=5)
Util.center(top)
def generate(image, width=4096, height=4096): image_width, image_height, image_bands = image.shape left = center(image_width, width) top = center(image_height, height) result = np.zeros((width, height, image_bands), dtype=image.dtype) result[left:left+image_width, top:top+image_height] = image result = rgb2hsv(result) flattened = result.view(hsv_dtype) flattened.shape = -1 # Throws an exception if a copy must be made flattened[np.argsort(flattened, order=['H', 'S', 'V'])] = get_hsv_spectrum() return hsv2rgb(result).view(image.dtype)
def __init__(self):
super().__init__()
self.radius = 50
center_x = center(display.size[0], ColorSample.get_width_by_radius(self.radius))
y_offset = center(display.size[1], self.radius * 9.6)
self.font = Font(constants.NANUMSQUARE_BOLD_FONT, self.radius // 3 * 2, constants.TEXT_COLOR)
for i in range(len(Color.SAMPLE_PALETTES)):
x, y = center_x, i * self.radius * 4 + y_offset
self.objects.append(ColorSample(x, y, self.radius, *Color.SAMPLE_PALETTES[i]))
self.objects.append(Text(x + self.font.size // 3, y - self.font.size * 1.5, chr(i + ord('G')), self.font))
def generate(image, width=4096, height=4096):
image_width, image_height, image_bands = image.shape
left = center(image_width, width)
top = center(image_height, height)
result = np.zeros((width, height, image_bands), dtype=image.dtype)
result[left:left + image_width, top:top + image_height] = image
result = rgb2hsv(result)
flattened = result.view(hsv_dtype)
flattened.shape = -1 # Throws an exception if a copy must be made
flattened[np.argsort(flattened, order=['H', 'S',
'V'])] = get_hsv_spectrum()
return hsv2rgb(result).view(image.dtype)
def get_residue_state(r, type=ResidueStateType.NORM):
phos_atoms, sugar_atoms, base_atoms = [], [], []
for i, a in enumerate(r.atoms):
if a is None:
continue
if i < 3:
phos_atoms.append(a)
elif i < 12:
sugar_atoms.append(a)
else:
base_atoms.append(a)
return ResidueState3Bead(r.uuid, util.center(sugar_atoms),
util.center(base_atoms), util.center(phos_atoms),
type)
def d(self):
"""
gets the center of the atoms in this basepair.
:return: center of mass of basepair
:rtype: np.array
"""
return util.center(self.atoms)
def tick(self):
now = datetime.now()
constants.progress = (now.second + now.microsecond / 1000000) / 60
self.circle.tick()
delta = now - self.start_time
self.elapsed_time.set_text(str(delta % timedelta(days=1)).split('.')[0])
self.elapsed_time.x = center(display.size[0], self.elapsed_time.width)
self.elapsed_microsecond.set_text(f'.{delta.microseconds:06d}')
self.elapsed_microsecond.x = center(display.size[0], self.elapsed_microsecond.width)
self.days = delta // timedelta(days=1)
if self.days:
self.elapsed_days.set_text(f'{self.days} day' + ('' if self.days == 1 else 's'))
self.elapsed_days.x = center(display.size[0], self.elapsed_days.width)
self.time.tick()
def state(self):
"""
gets the state of this basepair and makes sure that the
center and sugar positions are updated
"""
d = util.center(self.atoms)
self.bp_state.d = d
self.bp_state.sugars = self.c1_prime_coords()
return self.bp_state
def __init__(self, master):
"""
@type master: Toplevel widget
@param master: Main application window.
"""
tk.Toplevel.__init__(self, master)
self.overrideredirect(1) # No window decorations, no way to close window
self.geometry('+100+100')
self.doublesMatch = tk.BooleanVar()
self.doublesMatch.set(0)
tk.Radiobutton(self, indicatoron = 0, text="Singles", padx = 20, variable = self.doublesMatch,
value = False, width = width1, anchor='center').pack()
tk.Radiobutton(self, indicatoron = 0, text="Doubles", padx = 20, variable = self.doublesMatch,
value = True, width = width1, anchor='center').pack()
self.nextButton = tk.Button(self, text='Next', width=8)
self.nextButton.pack(side='left')
self.title("Match Info #1") # Won't have any effect, given no decorations
util.center(self)
def render(self, surface: Surface):
if self.line or self.surface_background_width > 3:
margin = 5
pygame.draw.rect(
surface, self.background_color,
((center(surface.get_width(), self.surface_background_width +
margin * 4), self.y - margin),
(self.surface_background_width + margin * 4,
self.surface.get_height() + margin * 2)))
surface.blit(self.surface, (self.x, self.y))
def _align_chains(self, m):
chains = m.chains()
closest = None
best = 1000
best_i = -1
c2 = util.center(self.ref_motif.ends[0].atoms)
for i, c in enumerate(chains):
c1 = util.center(c.first().atoms)
dist = util.distance(c1, c2)
if dist < best:
best = dist
closest = c
best_i = i
updated_chains = [closest]
for i, c in enumerate(chains):
if c != closest:
updated_chains.append(c)
m.structure.chains = updated_chains
def main():
global root, canvas, nextButton, labelMolecule, labelNameMolecule
root.title("Estructura de Lewis")
root.geometry("1024x720")
root.resizable(width=False, height=False)
Util.center(root)
mainFrame = ttk.Frame(root, padding="20")
fileButton = ttk.Button(mainFrame, text="Abrir archivo", command=openFile)
nextButton = ttk.Button(mainFrame, text="Siguiente estructura", command=readMolecule)
canvas = Canvas(mainFrame, width=790, height=500, bg="grey")
labelMolecule = ttk.Label(mainFrame, font=("", 20))
labelNameMolecule = ttk.Label(mainFrame, font=("", 20))
fileButton.pack()
labelMolecule.pack()
canvas.pack()
labelNameMolecule.pack()
nextButton.pack()
mainFrame.pack()
root.mainloop()
def __init__(self,
width,
height,
root_object_manager: RootObjectManager,
timeout=1):
self.width = width
self.height = height
self.root_object_manager = root_object_manager
self.timeout = timeout
self.start_time = time()
self.background = Surface((300, 200))
self.background.fill(BACKGROUND_COLOR)
self.background.set_alpha(127)
self.background_x = center(self.width, self.background.get_width())
self.background_y = center(self.height, self.background.get_height())
self.surface = Font(NANUMSQUARE_BOLD_FONT, 36,
TEXT_COLOR).render(f'{width}x{height}')
self.x = center(self.width, self.surface.get_width())
self.y = center(self.height, self.surface.get_height())
self.root_object_manager.remove_by_class(ResizeAlert)
def tick(self):
now = datetime.now()
constants.progress = (now - self.start_time) / (self.target -
self.start_time)
self.circle.tick()
self.last_time.set_text(str(self.target - now))
self.last_time.x = center(display.size[0], self.last_time.width)
self.time.tick()
if constants.progress >= 1:
self.state_manager.state = Clock()
if Timer.PLAY_SOUND:
play_wav(Timer.END_SOUND)
def _get_state(self, r):
"""
helper function to setup basepair state object that keeps track of the
rotation, center and c1' sugar atoms used to align to this basepair
:param r: orientation matrix defining principle axes of coordinate
system
:type r: np.array
:return: basepair state object for this basepair
:rtype: BasepairState
"""
d = util.center(self.atoms)
sugars = [
self.res1.get_atom("C1'").coords,
self.res2.get_atom("C1'").coords
]
return BasepairState(r, d, sugars)
def center(array):
"""
Shifts the array such that it is centered at the mean.
This also changes this mean, because part of the part of the array shifted
outside the shape is deleted.
"""
# weighted mean of image, weighted by pixel value
c_x, c_y = util.center(array)
# grab height and width from the shape
h, w = array.shape
# calculate offset
shift_x = w // 2 - c_x
shift_y = h // 2 - c_y
# return center-shifted image
return ndimage.shift(array, (shift_x, shift_y))
def get_beads(self):
"""
Generates steric beads required for checking for steric clashes between
motifs. Each residues has three beads modeled after the typical three
bead models used in coarse grain modeling. The three beads are:
Phosphate: P, OP1, OP2\n
Sugar : O5',C5',C4',O4',C3',O3',C1',C2',O2'\n
Base : All remaining atoms
if there are for example no phosphate atoms only 2 beads will be returned.
.. code-block:: python
>>> import rnamake.unittests.instances
>>> r = rnamake.unittests.instances.residue()
>>> r.get_beads()
[<Bead(btype='SUGAR', center='-24.027 -48.5001111111 86.368')>, <Bead(btype='BASE', center='-21.2186363636 -52.048 85.1157272727')>]
"""
phos_atoms, sugar_atoms, base_atoms = [], [], []
for i, a in enumerate(self.atoms):
if a is None:
continue
if i < 3:
phos_atoms.append(a)
elif i < 12:
sugar_atoms.append(a)
else:
base_atoms.append(a)
beads = []
types = [BeadType.PHOS, BeadType.SUGAR, BeadType.BASE]
for i, alist in enumerate([phos_atoms, sugar_atoms, base_atoms]):
if len(alist) > 0:
beads.append(Bead(util.center(alist), types[i]))
return beads
def PCA_angle(array):
"""
Computes the angle of the principal component of the array
"""
# https://stats.stackexchange.com/questions/113485/weighted-principal-components-analysis
from itertools import product
from scipy import sparse as sp
# Mass center of image (white pixels are heavier)
c = util.center(array)
h, w = array.shape
# Get an array of the coordinates of the image
X = np.array(list(product(range(h), range(w))))
# zero-shift mass center
X -= c
# Use pixel values as weights
W = sp.spdiags(array.reshape(h * w), 0, h * w, h * w)
W_sum = np.sum(array)
# Compute the covariance matrix
cov = X.T @ W @ X / W_sum
# Find the eigenvectors of the svd
u, _s, _v = np.linalg.svd(cov)
# print(u, _s, _v)
# Get the angle of the principal component
# Not sure why these components work, possible source of future bug
angle = np.arctan2(u[1, 1], u[0, 1])
return angle
def center_x(self):
self.x = center(display.size[0], self.width)
def __init__(self, master):
"""
@type master: Toplevel widget
@param master: Main application window.
"""
tk.Toplevel.__init__(self, master, bg=mainBackground)
self.protocol('WM_DELETE_WINDOW', self.master.destroy) # should probably be self.exit
self.overrideredirect(1) # No window decorations, no normal way to close window (added below)
self.geometry('+'+xLoc+'+'+yLoc)
# Messages
self.messageCtrl = tk.Label(self, width = messageWidth,
bg=normalMsgBackground, fg=normalMsgForeground, justify='center')
self.messageCtrl.config(font=(fontFace, msgFontSize, fontMod))
self.messageCtrl.grid(row=0,column=messageCol,columnspan=messageSpan)
# Player / Team names
# First team / player
self.team1Ctrl = tk.Label(self, width = nameWidth, bg=mainBackground, fg=mainForeground, anchor='w')
self.team1Ctrl.config(font=myFont)
self.team1Ctrl.grid(row=1, column=nameCol, sticky='W')
# Second team / player
self.team2Ctrl = tk.Label(self, width = nameWidth, bg=mainBackground, fg=mainForeground, anchor='w')
self.team2Ctrl.config(font=myFont)
self.team2Ctrl.grid(row=2, column=nameCol, sticky='W')
# Who is serving
self.team1Serve = tk.Label(self, width = serverWidth, bg=mainBackground, fg=mainForeground, justify='center')
self.team1Serve.config(font=myFont)
self.team1Serve.grid(row=1, column=serverCol)
self.team2Serve = tk.Label(self, width = serverWidth, bg=mainBackground, fg=mainForeground, justify='center')
self.team2Serve.config(font=myFont)
self.team2Serve.grid(row=2, column=serverCol)
# Game score
self.gameScoreTeam1 = tk.Label(self, width=gameWidth,
bg=normalGameScoreBackground, fg=normalGameScoreForeground, justify='center')
self.gameScoreTeam1.config(font=myFont)
self.gameScoreTeam1.grid(row=1, column=firstSetCol+1)
self.gameScoreTeam2 = tk.Label(self, width=gameWidth,
bg=normalGameScoreBackground, fg=normalGameScoreForeground, justify='center')
self.gameScoreTeam2.config(font=myFont)
self.gameScoreTeam2.grid(row=2, column=firstSetCol+1)
# Are we currently in a tiebreak?
self.tiebreak = False
self.currentSet = 0
# Set scores
self.team1SetCtrl = []
self.team2SetCtrl = []
# Flag labels for flags based on player countries:
self.flag1 = tk.Label(self) # First team, player 1
self.flag1a = tk.Label(self) # First team, player 2
self.flag2 = tk.Label(self) # Second team, player 1
self.flag2a = tk.Label(self) # Second team, player 2
self.flagImages = [] # Will just be used to keep a reference to flag images (so not garbage collected)
self.playerImages = [] # Will just be used to keep a reference to player images (so not garbage collected)
# Team ranking labels
self.rank1 = tk.Label(self, width=rankWidth,
bg=mainBackground, fg=mainForeground, justify='center', font=myFont)
self.rank2 = tk.Label(self, width=rankWidth,
bg=mainBackground, fg=mainForeground, justify='center', font=myFont)
self.rank1.grid(row=1, column=rankCol)
self.rank2.grid(row=2, column=rankCol)
# Button for exiting the program
btnGroup = tk.LabelFrame(self, bg=mainBackground, fg=mainForeground)
# may want to move this around for different sets. Or, put it before message control
# As of right now, I like it showing above first set score, and staying there.
btnGroup.grid(row=0, column=buttonCol, padx=10, pady=10)
self.exitButton = tk.Button(btnGroup, text=u'\u2716', bg=mainBackground, fg=mainForeground)
# Not 100% happy with this symbol. Seems it should be wider.
# For now, removing minimize button. It doesn't work in combination with overrideredirect
#self.minimizeButton = tk.Button(btnGroup, text=u'\u02cd', bg=mainBackground, fg=mainForeground)
self.exitButton.config(command=lambda: self.exit()) # quit application
#self.minimizeButton.config(command=lambda: self.wm_state('iconic')) # minimize scoreboard
#self.minimizeButton.grid(row=0, column=0, sticky='E')
self.exitButton.grid(row=0, column=1, sticky='E')
self.title("Scoreboard") #no effect with overrideredirect
util.center(self)
self.readCountries()
def window_resize(self, width: int, height: int):
self.circle.window_resize(width, height)
self.last_time.y = self.circle.center_y + self.circle.circle_progress.font.size / 2
self.time.window_resize(width, height)
self.target_time.x = center(width, self.target_time.width)
self.target_time.y = self.time.y - self.target_time.font.size
def tick(self):
loop_time = time()
if self.keyboard_manager.is_start(pygame.K_BACKSPACE):
self.backspace_pressed_time = time()
if self.keyboard_manager.is_pressed(pygame.K_BACKSPACE) and \
self.backspace_sleep_duration + self.backspace_pressed_time <= time():
self.backspace_cycle_elapsed += loop_time - self.last_loop_time
if self.backspace_cycle_elapsed >= self.backspace_repress_cycle:
self.line += '\b'
self.backspace_cycle_elapsed -= self.backspace_repress_cycle
self.line += self.keyboard_manager.pop_buffer()
while '\x7f' in self.line:
i = self.line.index('\x7f')
self.line = self.line[:i - 1] + self.line[i + 1:]
while '\b' in self.line:
i = self.line.index('\b')
self.line = self.line[:i - 1] + self.line[i + 1:]
self.surface = self.font.render(self.line)
self.surface_background_width += \
(self.surface.get_width() - self.surface_background_width) / constants.FRICTION
start_time = center(display.size[0], self.surface.get_width())
self.x += (start_time - self.x) / (constants.FRICTION / 3)
if self.keyboard_manager.is_start(pygame.K_ESCAPE):
self.line = ''
elif self.line == 'c\n':
self.state_manager.state = Clock()
elif len(self.line) > 1 and (
self.keyboard_manager.is_start(pygame.K_RETURN)
or self.keyboard_manager.is_start(pygame.K_KP_ENTER)):
self.line = self.line.lower()
# noinspection SpellCheckingInspection
if self.line[-2] == '.':
self.alarm(self.line)
elif self.line[-2] == '`':
self.timer(self.line)
elif self.line[-2] == '/':
now = datetime.now()
year, day = 0, 0
hour, minute, second = 0, 0, 0
change = True
try:
minute += float(self.line[:-2])
except ValueError:
try:
tmp = float(self.line[:-3])
except ValueError:
change = False
else:
if self.line[-3].lower() == 's':
second += tmp
elif self.line[-3].lower() == 'h':
hour += tmp
elif self.line[-3].lower() == 'd':
day += tmp
elif self.line[-3].lower() == 'y':
year += tmp
while second > 60:
second -= 60
minute += 1
while minute > 60:
minute -= 60
hour += 1
while hour > 24:
hour -= 24
day += 1
if change:
try:
start_time = now - timedelta(days=(year * 365 + day),
hours=hour,
minutes=minute,
seconds=second)
except ValueError:
pass
except OverflowError:
pass
else:
self.state_manager.state = Stopwatch(start_time)
else:
self.state_manager.state = Stopwatch()
elif self.line[-2] == '-':
self.state_manager.state = Clock()
elif self.line[-2] == 'x':
self.shutdown()
elif self.line[-2] == 'f':
display.toggle_full_screen(self.root_object_manager,
self.state_manager)
elif self.line[-2] == 'h':
self.root_object_manager.hud = None if self.root_object_manager.hud else \
HUD(self.state_manager, self.root_object_manager, self.keyboard_manager, self.handler_manager)
elif self.line[-2] == 'c':
constants.responsible_color = False
if len(self.line) >= 19:
constants.change_color(
(int(self.line[:2], 16), int(
self.line[2:4], 16), int(self.line[4:6], 16)),
(int(self.line[6:8], 16), int(
self.line[8:10], 16), int(self.line[10:12], 16)),
(int(self.line[12:14], 16), int(
self.line[14:16], 16), int(self.line[16:18], 16)))
self.state_manager.state = Clock()
elif len(self.line) >= 3:
if ord(self.line[-3].upper()) - ord('G') < len(
Color.SAMPLE_PALETTES):
constants.change_color(
*Color.SAMPLE_PALETTES[ord(self.line[-3].upper()) -
ord('G')])
self.state_manager.state = Clock()
else:
if isinstance(self.state_manager.state, Color):
constants.responsible_color = True
self.state_manager.state = Clock()
else:
self.state_manager.state = Color()
if self.root_object_manager.hud is not None:
self.root_object_manager.hud.recolor_background()
elif self.line[-2] == 's':
if 'x' in (resolution := self.line[:-2]):
width, height = resolution.split('x')
width, height = int(width), int(height)
display.resize((width, height), self.root_object_manager,
self.state_manager, ResizeAlert)
else:
display.resize((480, 720), self.root_object_manager,
self.state_manager, ResizeAlert)
elif self.line[-2] == 'o':
Timer.PLAY_SOUND = not Timer.PLAY_SOUND
if Timer.PLAY_SOUND:
play_wav(Timer.END_SOUND)
elif self.line.lower().startswith('uuddlrlrab'):
self.state_manager.state = EasterEgg()
self.line = ''
def __init__(self, master, mens, doubles):
"""
@type master: Toplevel widget
@param master: Main application window.
@type mens: integer
@param mens: Flag, 0 - women's match, 1 = men's match, 2 = mixed match.
@type doubles: boolean
@param doubles: Flag, True if this is a doubles match.
"""
tk.Toplevel.__init__(self, master)
self.overrideredirect(1) # No window decorations, no way to close window
self.geometry('+100+100')
self.numberOfSets = tk.IntVar()
self.numberOfSets.set(3)
self.doubles = doubles
self.player1String = tk.StringVar(self) # First player, team 1, string including all object properties in parseable format
self.player2String = tk.StringVar(self) # First player, team 2, string including all object properties in parseable format
self.player1aString = tk.StringVar(self) # Second player, team 1, string including all object properties in parseable format
self.player2aString = tk.StringVar(self) # Second player, team 2, string including all object properties in parseable format
self.duplicateLastName = set([])
if doubles: # Doubles match
tk.Radiobutton(self, text="Two sets + tiebreak", padx = 20, variable = self.numberOfSets,
value = 2, width = 20, anchor='w').pack()
tk.Radiobutton(self, text="Three sets", padx = 20, variable = self.numberOfSets,
value = 3, width = 20, anchor='w').pack()
elif mens == 1: # Mens singles match
tk.Radiobutton(self, text="Three sets", padx = 20, variable = self.numberOfSets,
value = 3, width = 20, anchor='w').pack()
tk.Radiobutton(self, text="Five sets", padx = 20, variable = self.numberOfSets,
value = 5, width = 20, anchor='w').pack()
if not doubles: # Singles match
if (mens == 0): # Womens singles match
# Get list of womens singles players
plist = readPlayers(womensSinglesUrl)
else: # Mens singles match
# Get list of mens singles players
plist = readPlayers(mensSinglesUrl)
listToCheck = plist
self.player1String.set(plist[0]) # default value
self.player2String.set(plist[1]) # default value
tk.Label(self,text='Player 1').pack()
# Get a formatted dropdown menu for player 1
w1 = myDropdown(self,self.player1String,plist)
w1.pack()
tk.Label(self,text='Player 2').pack()
# Get a formatted dropdown menu for player 2
w2 = myDropdown(self,self.player2String,plist)
w2.pack()
else: # Doubles match
if(mens == 0): # Womens doubles match
# Get list of womens doubles players
plist1 = plist2 = readPlayers(womensDoublesUrl)
listToCheck = plist1[:]
elif(mens == 1): # Mens doubles match
# Get list of mens doubles players
plist1 = plist2 = readPlayers(mensDoublesUrl)
listToCheck = plist1[:]
else: # Mixed doubles match
# Get list of womens doubles players
plist1 = readPlayers(womensDoublesUrl)
# Get list of mens doubles players
plist2 = readPlayers(mensDoublesUrl)
listToCheck = plist1[:]
listToCheck.extend(plist2)
self.player1String.set(plist1[0]) # default value
self.player2String.set(plist1[2]) # default value
self.player1aString.set(plist2[1]) # default value
self.player2aString.set(plist2[3]) # default value
tk.Label(self, text='Team 1').pack()
# Get a formatted dropdown menu for team 1, player 1
w1 = myDropdown(self,self.player1String,plist1)
w1.pack()
# Get a formatted dropdown menu for team 1, player 2
w1a = myDropdown(self,self.player1aString,plist2)
w1a.pack()
tk.Label(self, text='Team 2').pack()
# Get a formatted dropdown menu for team 2, player 1
w2 = myDropdown(self,self.player2String,plist1)
w2.pack()
# Get a formatted dropdown menu for team 2, player 2
w2a = myDropdown(self,self.player2aString,plist2)
w2a.pack()
# Find duplicate last names (used to determine need for first initial)
self.duplicateLastName = duplicates(listToCheck)
self.startButton = tk.Button(self, text='Start', width=8)
self.startButton.pack(side='left')
self.title("Match Info #3") # Won't have any effect, given no decorations
util.center(self)
def center_y(self):
self.y = center(display.size[1], self.height)
def initUI(self):
logomap = QPixmap('./image/signin.png')
logolbl = QLabel(self)
logolbl.setPixmap(logomap)
logolbl.setScaledContents(True) # 图片自适应标签大小
title = QLabel('电子投票系统')
title.setAlignment(Qt.AlignCenter)
title.setFont(QFont("Microsoft YaHei", 15))
user = QLabel('账号: ')
pwd = QLabel('密码: ')
user = QLabel('账号: ')
pwd = QLabel('密码: ')
self.userInput = QLineEdit()
self.userInput.setPlaceholderText('请输入用户名')
self.pwdInput = QLineEdit()
self.pwdInput.setPlaceholderText('请输入密码')
self.pwdInput.setEchoMode(QLineEdit.Password) #密码不以明文显示
self.loginButton = QPushButton('登录', self)
self.loginButton.setIcon(QIcon('./image/start.png'))
self.loginButton.clicked.connect(self.onLogin)
self.registerButton = QPushButton('注册', self)
self.registerButton.setFont(QFont('黑体'))
self.registerButton.setIcon(QIcon('./image/register.png'))
self.registerButton.clicked.connect(self.onRegister)
rightcenterLayout = QGridLayout()
rightcenterLayout.addWidget(user, 0, 0, 1, 1)
rightcenterLayout.addWidget(pwd, 1, 0, 1, 1)
rightcenterLayout.addWidget(self.userInput, 0, 1, 1, 3)
rightcenterLayout.addWidget(self.pwdInput, 1, 1, 1, 3)
rightcenterFrame = QFrame()
rightcenterFrame.setFrameShape(QFrame.WinPanel)
rightcenterFrame.setLayout(rightcenterLayout)
rightdownLayout = QHBoxLayout()
rightdownLayout.addWidget(self.loginButton)
rightdownLayout.addWidget(self.registerButton)
rightLayout = QVBoxLayout()
rightLayout.addWidget(title)
rightLayout.addWidget(rightcenterFrame)
rightLayout.addLayout(rightdownLayout)
totalLayut = QHBoxLayout()
totalLayut.addWidget(logolbl)
totalLayut.addLayout(rightLayout)
self.setLayout(totalLayut)
self.resize(480, 200)
util.center(self)
self.setFont(QFont('宋体', 12))
self.setWindowTitle('登录')
self.setWindowIcon(QIcon('./image/car.png'))
def pose_from_motif_tree_old(self, structure, basepairs, motifs,
designable):
p = pose.Pose()
p.designable = designable
p.name = "assembled"
p.path = "assembled"
p.structure = structure
p.basepairs = basepairs
p.ends = motif_factory.factory._setup_basepair_ends(
structure, basepairs)
ss = secondary_structure_factory.factory.secondary_structure_from_motif(
p)
p.secondary_structure = ss
p.end_ids = ["" for x in p.ends]
for i, end in enumerate(p.ends):
res1 = ss.get_residue(uuid=end.res1.uuid)
res2 = ss.get_residue(uuid=end.res2.uuid)
ss_end = ss.get_bp(res1, res2)
p.end_ids[i] = secondary_structure.assign_end_id(ss, ss_end)
#update all motifs in pose, make sure that the correct basepairs are used
#since basepairs are used to align there are two choices of which basepair to
#be used
for j, m in enumerate(motifs):
bps = []
residue_map = {}
for bp in m.basepairs:
new_bp = p.get_basepair(bp_uuid=bp.uuid)
#print bp.residues(), len(new_bp)
if len(new_bp) != 0:
bps.append(new_bp[0])
continue
best = 1000
best_bp = None
for m2 in motifs:
if m == m2:
continue
for end in m2.ends:
alt_bp = p.get_basepair(bp_uuid=end.uuid)
if len(alt_bp) == 0:
continue
dist = util.distance(bp.d(), alt_bp[0].d())
if dist < best:
best_bp = alt_bp[0]
best = dist
if best_bp is None:
continue
new_bp = [best_bp]
for r1 in best_bp.residues():
r1_cent = util.center(r1.atoms)
best_match = None
best_dist = 1000
for r2 in bp.residues():
r2_cent = util.center(r2.atoms)
dist = util.distance(r1_cent, r2_cent)
if dist < best_dist:
best_dist = dist
best_match = r2
residue_map[best_match] = r1
bps.append(new_bp[0])
chains = []
#print m.name
for c in m.chains():
res = []
for r in c.residues:
new_r = p.get_residue(uuid=r.uuid)
if new_r is not None:
res.append(new_r)
elif r in residue_map:
res.append(residue_map[r])
else:
print r, r.uuid
raise ValueError("cannot find residue")
chains.append(chain.Chain(res))
if len(bps) != len(m.basepairs):
raise ValueError(
"something went horribly wrong: did not find all basepairs"
)
m_copy = motif.Motif()
m_copy.mtype = m.mtype
m_copy.name = m.name
m_copy.structure.chains = chains
m_copy.basepairs = bps
m_copy.ends = motif_factory.factory._setup_basepair_ends(
m_copy.structure, bps)
motif_factory.factory._setup_secondary_structure(m_copy)
if m_copy.mtype is not motif_type.HELIX:
best_ends = []
best_end_ids = []
for i, end in enumerate(m.ends):
best = 1000
best_end = None
best_end_id = None
for c_end in m_copy.ends:
dist = util.distance(end.d(), c_end.d())
if dist < best:
best_end = c_end
best_end_id = m.end_ids[i]
best = dist
best_ends.append(best_end)
best_end_ids.append(best_end_id)
m_copy.ends = best_ends
m_copy.end_ids = best_end_ids
p.motif_dict[m_copy.mtype].append(m_copy)
p.motif_dict[motif_type.ALL].append(m_copy)
self._add_secondary_structure_motifs(p)
self.standardize_pose(p)
return p
