def _draw_points(self, outline=False):
ht = self.thickness / 2.0 # half of the asterisk's thickness
hs = self.size / 2.0 # half of the asterisk's size
pts = []
for s in range(0, self.spokes):
spoke = [-ht, -ht, -ht, -hs, ht, -hs, ht, -ht]
pts += rotate_points(spoke, (0, 0),
s * (360.0 / self.spokes),
flat=True)
if self.rotation != 0:
pts = rotate_points(pts, (0, 0), self.rotation, flat=True)
return pts
def _draw_points(self, outline=False):
ht = self.thickness / 2.0 # half of the asterisk's thickness
hss = self.size / 2.0 # half of the asterisk's straight (vertical/horizontal) size
hds = sqrt(2 * (hss**2)) # half of the asterisk's diagonal size
spokes = 8
pts = []
for s in range(0, spokes):
if s % 2 == 0: # alternate between short/flat and long/pointed spokes
spoke = [-ht, ht, -ht, hss, ht, hss, ht, ht]
else:
spoke = [-ht, ht, -ht, hds - ht, 0, hds, ht, hds - ht, ht, ht]
pts += rotate_points(spoke, (0, 0),
s * (-360.0 / spokes),
flat=True)
if self.rotation != 0:
pts = rotate_points(pts, (0, 0), self.rotation, flat=True)
return pts
def _draw_points(self, outline=False):
so = self.stroke_offset + self.stroke_width / 2.0 if outline else self.stroke_offset
half_y = self.height / 2.0 + so
half_x = (half_y * 2) / (self.height / (self.base / 2.0)
) # to preserve angles when adding stroke
pts = [-half_x, half_y, 0, -half_y, half_x, half_y]
if self.rotation != 0:
pts = rotate_points(pts, (0, 0), self.rotation, flat=True)
return pts
def _draw_points(self, outline=False):
so = self.stroke_offset + self.stroke_width / 2.0 if outline else self.stroke_offset
x1 = -(self.object_width / 2.0 + so)
y1 = -(self.object_height / 2.0 + so)
x2 = (self.object_width / 2.0 + so)
y2 = (self.object_height / 2.0 + so)
pts = [x1, y1, x2, y1, x2, y2, x1, y2]
if self.rotation != 0:
pts = rotate_points(pts, (0, 0), self.rotation, flat=True)
return pts
def _draw_points(self, outline=False):
sw = self.stroke_width
so = self.stroke_offset + sw / 2.0 if outline else self.stroke_offset
ht = self.thickness / 2.0 + so # half of the cross' thickness
hs = self.object_width / 2.0 + so # half of the cross' size
pts = []
pts += [-hs, ht, -ht, ht, -ht, hs] # upper-left corner
pts += [ht, hs, ht, ht, hs, ht] # upper-right corner
pts += [hs, -ht, ht, -ht, ht, -hs] # lower-right corner
pts += [-ht, -hs, -ht, -ht, -hs, -ht] # lower-left corner
if self.rotation != 0:
pts = rotate_points(pts, (0, 0), self.rotation, flat=True)
return pts
def _draw_points(self, outline=False):
so = self.stroke_offset + self.stroke_width / 2.0 if outline else self.stroke_offset
xo = -(self.tail_w +
self.head_w) / 2.0 - so # starting x value (x origin)
half_hh = (self.head_w + 2 * so) / (self.head_w / (self.head_h / 2.0)
) # half head height
pts = []
# draw the tail
pts += [xo + self.tail_w, self.tail_h / 2.0 + so]
pts += [xo, self.tail_h / 2.0 + so]
pts += [xo, -self.tail_h / 2.0 - so]
pts += [xo + self.tail_w, -self.tail_h / 2.0 - so]
# draw the head
pts += [xo + self.tail_w, -half_hh]
pts += [xo + self.tail_w + self.head_w + so * 2, 0]
pts += [xo + self.tail_w, half_hh]
if self.rotation != 0:
pts = rotate_points(pts, (0, 0), self.rotation, flat=True)
return pts