def _multi_label(self, x1, x2, y, subtexts):
if type(subtexts) is str:
return text(x1, y, subtexts, self._fonts[0]),
elif len(subtexts) < 2 or not subtexts[1]:
return text(x1, y, subtexts[0], self._fonts[0]),
else:
T1 = text(x1, y, subtexts[0], self._fonts[0])
T2 = text(x2, y, subtexts[1], self._fonts[1], align=-1, left=x1 + T1[3] + 10)
return T1, T2
def _multi_label(self, x1, x2, y, subtexts):
if type(subtexts) is str:
return text(x1, y, subtexts, self._fonts[0]),
elif len(subtexts) < 2 or not subtexts[1]:
return text(x1, y, subtexts[0], self._fonts[0]),
else:
T1 = text(x1, y, subtexts[0], self._fonts[0])
T2 = text(x2,
y,
subtexts[1],
self._fonts[1],
align=-1,
left=x1 + T1[3] + 10)
return T1, T2
def __init__(self, x, y, width, height, callback=None, name=''):
Kookie.__init__(self, x, y, width, height)
self._callback = callback
self.is_over_hover = self.is_over
self._label = text(x + width/2, self.y_bottom - self._height/2 + 5, name, ISTYLES[('strong',)], align=0)
def __init__(self, recent, queue_draw, h=400, k=300):
self.queue_draw = queue_draw
self.h = h
self.k = k
self.x0 = int((window.get_h() - h) * 0.5)
self.y0 = int((window.get_k() - k) * 0.5)
self.x_center = int(h * 0.5)
self.HOV = None,
fontsize = 48
logo = text(self.x_center,
0,
'KNOCKOUT',
ISTYLES[('splash', )],
fontsize=fontsize,
align=0,
grid=True)
self.rectangles, sorts = zip(*make_rects(logo, 50, fontsize, 10, 20))
self.sorts = logo[0], logo[1], sorts
self.snow = list(make_snow(self.x_center, 100, h * 0.8, k * 0.8, 220))
self._recent_y = 160
self.recent = recent
def _construct(self, font, signals):
self._button_width = self._width/len(signals)
x0 = self._x - self._width // 2
buttons = []
for signal in signals:
buttons.append((int(round(x0)), text(x0 + self._button_width/2, self.y_bottom - self._height/2 + 5, signal[1], font, align=0)))
x0 += self._button_width
return buttons
def _construct(self, font):
# build menu
x = self._x + 10
y = self._y + font['fontsize'] + 5
iht = self._item_height
return (font['font'], font['fontsize']), [
text(x, y + iht * i, signal[1], font)
for i, signal in enumerate(self._signals)
]
def __init__(self, width, name):
self.k = 36
self._from_top = self.k - 29
self._zero = int(width*0.5) - 55
self._one = int(width*0.5) + 55
self._anchors = anchors = self._zero, self._zero + 24, self._one - 52 + 12, self._one - 26 + 6
self._label = text((anchors[1] + anchors[2])*0.5 - 6, self.k - 11, name, ISTYLES[('strong',)], align=0)
def store(self, value):
self._value = value
self._O = self._value
if self._objlabel is None:
try:
self._objlabel = next(label for O, label in self._menu_options if O == value)
except StopIteration:
self._objlabel = str(value)
self._current = text(32, self._font['fontsize'] + 3, self._objlabel, self._font)
def __init__(self, x, y, width, height, callback=None, name=''):
Kookie.__init__(self, x, y, width, height)
self._callback = callback
self.is_over_hover = self.is_over
self._label = text(x + width / 2,
self.y_bottom - self._height / 2 + 5,
name,
ISTYLES[('strong', )],
align=0)
def _construct(self, font, signals):
self._button_width = self._width / len(signals)
x0 = self._x - self._width // 2
buttons = []
for signal in signals:
buttons.append((int(round(x0)),
text(x0 + self._button_width / 2,
self.y_bottom - self._height / 2 + 5,
signal[1],
font,
align=0)))
x0 += self._button_width
return buttons
def _construct_table(self, margin=0):
cells = []
x = 0
y = 0
ch = self._cellwidth
ck = self._cellheight
mp = ch/2
font = ISTYLES[('strong',)]
for row in chunks(self._table, self._per_row):
cells.extend(((x + ch*i + margin, y + margin, ch - 2*margin, ck - 2*margin),
text(x + ch*i + mp, y + 18, cell[1], font, align=0)) for i, cell in enumerate(row))
y += ck
self._cells = cells
def __init__(self,
x,
y,
width,
height,
get_text,
font=('title', ),
fontsize=None,
upper=False):
Kookie.__init__(self, x, y, width, height)
font = ISTYLES[font]
self._typeset_text = lambda: text(
x, y + fontsize, get_text(), font, fontsize=fontsize, upper=upper)
self.read()
def __init__(self, width, name, mx, my, ms, minform, menu_options):
self._mx = mx
self._my = my
self._msource = ms
self._minform = minform
self._dropdown_active = False
self.k = 32
self._font = ISTYLES[('strong',)]
self._menu_options = menu_options
self._objlabel = None
self._label = text(32, 32, name, ISTYLES[('label',)])
def __init__(self, width, name):
self.k = 32
self._set_text_bounds(width)
self._label = text(self._text_left, 40, name, ISTYLES[('label',)])
# cursors
self._active = False
self._i = 0
self._j = self._i
self._resting_bar_color = (0, 0, 0, 0.4)
self._active_bar_color = (0, 0, 0, 0.8)
self._resting_text_color = (0, 0, 0, 0.6)
self._active_text_color = (0, 0, 0, 1)
self._scroll = 0
def __init__(self,
x,
y,
cellwidth,
height,
default,
callback=None,
signals=(),
longstrings=None):
Tabs.__init__(self, x, y, cellwidth, height, default, callback,
signals)
font = ISTYLES[('strong', )]
self._state_labels = [
text(x, self.y_bottom + 20, label, font, align=0)
for label in longstrings
]
def __init__(self, width, name, supernode, mx, my, ms, minform):
self._mx = mx
self._my = my
self._msource = ms
self._minform = minform
self._dropdown_active = False
self.k = 32
self._supernode = supernode
self._NAMEWIDGET = BS(width - 80, name)
self._d1 = 30
self._d2 = width - 50
self._d3 = width - 26
self._O = None###
nonelabelfont = ISTYLES[('strong',)]
self._nonelabel = text(self._d1 + 16, nonelabelfont['fontsize'] + 5, 'NEW', nonelabelfont)
def __init__(self, recent, queue_draw, h=400, k=300):
self.queue_draw = queue_draw
self.h = h
self.k = k
self.x0 = int((window.get_h() - h)*0.5)
self.y0 = int((window.get_k() - k)*0.5)
self.x_center = int(h*0.5)
self.HOV = None,
fontsize = 48
logo = text(self.x_center, 0, 'KNOCKOUT', ISTYLES[('splash',)], fontsize=fontsize, align=0, grid=True)
self.rectangles, sorts = zip( * make_rects(logo, 50, fontsize, 10, 20) )
self.sorts = logo[0], logo[1], sorts
self.snow = list(make_snow(self.x_center, 100, h*0.8, k*0.8, 220))
self._recent_y = 160
self.recent = recent
def arrange_recent(self, x, y):
linespacing = self.linespacing
for i, recent in enumerate(self.recent):
yield text(x, y + (i + 1) * linespacing, recent, self.font)
def __init__(self, x, y, width, height, get_text, font=('title',), fontsize=None, upper=False):
Kookie.__init__(self, x, y, width, height)
font = ISTYLES[font]
self._typeset_text = lambda: text(x, y + fontsize, get_text(), font, fontsize=fontsize, upper=upper)
self.read()
def arrange_recent(self, x, y, linespacing):
for i, recent in enumerate(self.recent):
yield text(x, y + i * linespacing, recent, self.font)
def __init__(self, width, name):
self.k = 36
self._label = text(24, self.k - 11, name, ISTYLES[('label',)])
def store(self, value):
self._value = int(value)
self._state = self._value
self._number = text((self._anchors[0] + self._anchors[1])*0.5, self.k - 11, str(self._state), ISTYLES[('strong',)], align=0, sub_minus=True)
def _stamp_glyphs(self, glyphs):
font = ISTYLES[()]
self._contents = text(self._text_left, font['fontsize'] + 5, glyphs, font, grid=True)
self._template = self._contents[2]
self._X_ = [g[1] for g in self._template]
del self._X_[-1]
def arrange_recent(self, x, y, linespacing):
for i, recent in enumerate(self.recent):
yield text(x, y + i*linespacing, recent, self.font)
def __init__(self, x, y, cellwidth, height, default, callback=None, signals=(), longstrings=None):
Tabs.__init__(self, x, y, cellwidth, height, default, callback, signals)
font = ISTYLES[('strong',)]
self._state_labels = [text(x, self.y_bottom + 20, label, font, align=0) for label in longstrings]
def arrange_recent(self, x, y):
linespacing = self.linespacing
for i, recent in enumerate(self.recent):
yield text(x, y + (i + 1)*linespacing, recent, self.font)
def _construct(self, font):
# build menu
x = self._x + 10
y = self._y + font['fontsize'] + 5
iht = self._item_height
return (font['font'], font['fontsize']), [text(x, y + iht*i, signal[1], font) for i, signal in enumerate(self._signals)]