def assemble(self):
# Yes, everything with HEIGHT, so I'm working in a square.
# May have the colors backwards.
p = partLine(linetype=self.lineType)
if self.pieces == 8:
# No reason to do this as a special case, but it was working
# first, so why mess with it.
p.move(0, -blazon.Ordinary.HEIGHT)
p.makeline(0, blazon.Ordinary.HEIGHT)
p.hline(-blazon.Ordinary.HEIGHT)
p.makeline(blazon.Ordinary.HEIGHT, -blazon.Ordinary.HEIGHT)
p.closepath()
p.move(-blazon.Ordinary.HEIGHT, 0)
p.makeline(blazon.Ordinary.HEIGHT, 0)
p.vline(blazon.Ordinary.HEIGHT)
p.makeline(-blazon.Ordinary.HEIGHT, -blazon.Ordinary.HEIGHT)
p.closepath()
else:
angle = 2 * math.pi / self.pieces
pi_2 = math.pi / 2
for i in range(0, self.pieces, 2):
p.move(blazon.Ordinary.HEIGHT * math.cos(pi_2 + i * angle),
blazon.Ordinary.HEIGHT * math.sin(pi_2 + i * angle))
p.makeline(0, 0)
p.makeline(
blazon.Ordinary.HEIGHT * math.cos(pi_2 + (i + 1) * angle),
blazon.Ordinary.HEIGHT * math.sin(pi_2 + (i + 1) * angle))
p.closepath()
self.path = SVGdraw.path(p)
self.path.attributes["fill-rule"] = "evenodd"
def assemble(self):
# Yes, everything with HEIGHT, so I'm working in a square.
# May have the colors backwards.
p=partLine(linetype=self.lineType)
if self.pieces == 8:
# No reason to do this as a special case, but it was working
# first, so why mess with it.
p.move(0,-blazon.Ordinary.HEIGHT)
p.makeline(0,blazon.Ordinary.HEIGHT)
p.hline(-blazon.Ordinary.HEIGHT)
p.makeline(blazon.Ordinary.HEIGHT,-blazon.Ordinary.HEIGHT)
p.closepath()
p.move(-blazon.Ordinary.HEIGHT,0)
p.makeline(blazon.Ordinary.HEIGHT,0)
p.vline(blazon.Ordinary.HEIGHT)
p.makeline(-blazon.Ordinary.HEIGHT,-blazon.Ordinary.HEIGHT)
p.closepath()
else:
angle=2*math.pi/self.pieces
pi_2=math.pi/2
for i in range(0,self.pieces,2):
p.move(blazon.Ordinary.HEIGHT*math.cos(pi_2+i*angle),
blazon.Ordinary.HEIGHT*math.sin(pi_2+i*angle))
p.makeline(0,0)
p.makeline(blazon.Ordinary.HEIGHT*math.cos(pi_2+(i+1)*angle),
blazon.Ordinary.HEIGHT*math.sin(pi_2+(i+1)*angle))
p.closepath()
self.path=SVGdraw.path(p)
self.path.attributes["fill-rule"]="evenodd"
def assemble(self):
p=partLine(linetype=self.lineType)
height=float(blazon.Ordinary.HEIGHT)/self.pieces
for i in range(0,self.pieces):
p.move(-blazon.Ordinary.FESSPTX,-blazon.Ordinary.FESSPTY+i*height)
p.makelinerel(blazon.Ordinary.WIDTH,height/2)
p.makelinerel(-blazon.Ordinary.WIDTH,height/2)
p.closepath()
self.path=SVGdraw.path(p)
def assemble(self):
p=partLine(linetype=self.lineType)
width=float(blazon.Ordinary.WIDTH)/self.pieces
for i in range(0,self.pieces):
p.move(-blazon.Ordinary.FESSPTX+i*width,-blazon.Ordinary.FESSPTY)
p.makelinerel(width/2,blazon.Ordinary.HEIGHT)
p.makelinerel(width/2,-blazon.Ordinary.HEIGHT)
p.closepath()
self.path=SVGdraw.path(p)
def assemble(self):
p=partLine(linetype=self.lineType)
height=float(blazon.Ordinary.HEIGHT)/self.pieces
for i in range(0,self.pieces):
p.move(-blazon.Ordinary.FESSPTX,-blazon.Ordinary.FESSPTY+i*height)
p.makelinerel(blazon.Ordinary.WIDTH,height/2)
p.makelinerel(-blazon.Ordinary.WIDTH,height/2)
p.closepath()
self.path=SVGdraw.path(p)
def assemble(self):
p=partLine(linetype=self.lineType)
width=float(blazon.Ordinary.WIDTH)/self.pieces
for i in range(0,self.pieces):
p.move(-blazon.Ordinary.FESSPTX+i*width,-blazon.Ordinary.FESSPTY)
p.makelinerel(width/2,blazon.Ordinary.HEIGHT)
p.makelinerel(width/2,-blazon.Ordinary.HEIGHT)
p.closepath()
self.path=SVGdraw.path(p)
def assemble(self):
p=partLine(linetype=self.lineType)
p.move(-blazon.Ordinary.FESSPTX,35)
p.makeline(0,-5,1)
p.makeline(blazon.Ordinary.FESSPTX,35,shift=-1)
p.relvline(blazon.Ordinary.FESSPTY)
p.relhline(-blazon.Ordinary.WIDTH)
p.closepath()
self.path=SVGdraw.path(p)
if self.inverted:
self.path.attributes["transform"]="rotate(180)"
def assemble(self):
p = partLine(linetype=self.lineType)
p.move(-blazon.Ordinary.FESSPTX, 35)
p.makeline(0, -5, 1)
p.makeline(blazon.Ordinary.FESSPTX, 35, shift=-1)
p.relvline(blazon.Ordinary.FESSPTY)
p.relhline(-blazon.Ordinary.WIDTH)
p.closepath()
self.path = SVGdraw.path(p)
if self.inverted:
self.path.attributes["transform"] = "rotate(180)"
def assemble(self):
p=partLine()
p.lineType=self.lineType
p.move(-blazon.Ordinary.WIDTH-blazon.Ordinary.FESSPTX,-blazon.Ordinary.HEIGHT-blazon.Ordinary.FESSPTY)
p.hline(0)
p.makeline(0,blazon.Ordinary.HEIGHT)
p.hline(blazon.Ordinary.WIDTH)
p.vline(0)
p.makeline(-blazon.Ordinary.WIDTH,0)
p.closepath()
self.path=SVGdraw.path(p)
self.path.attributes["fill-rule"]="evenodd"
def assemble(self):
p=partLine(linetype=self.lineType)
breadth=math.sqrt(blazon.Ordinary.HEIGHT**2 +
blazon.Ordinary.WIDTH**2)
unit=breadth/self.pieces
for i in range(0,self.pieces):
p.move(-breadth/2+i*unit, -breadth/2)
p.makelinerel(unit/2, breadth)
p.makelinerel(unit/2, -breadth)
p.closepath()
self.path=SVGdraw.path(p)
self.path.attributes["transform"]=" rotate(45)"
def assemble(self):
p = partLine(linetype=self.lineType)
breadth = math.sqrt(blazon.Ordinary.HEIGHT**2 +
blazon.Ordinary.WIDTH**2)
unit = breadth / self.pieces
for i in range(0, self.pieces):
p.move(-breadth / 2 + i * unit, -breadth / 2)
p.makelinerel(unit / 2, breadth)
p.makelinerel(unit / 2, -breadth)
p.closepath()
self.path = SVGdraw.path(p)
self.path.attributes["transform"] = " rotate(45)"
def assemble(self):
p = partLine()
p.lineType = self.lineType
p.move(0, blazon.Ordinary.HEIGHT)
p.makeline(0, 0, align=1)
p.makeline(-blazon.Ordinary.WIDTH, -blazon.Ordinary.WIDTH)
p.vline(blazon.Ordinary.HEIGHT)
p.closepath()
self.path1 = SVGdraw.path(p)
p = partLine()
p.lineType = self.lineType
p.move(0, blazon.Ordinary.HEIGHT)
p.makeline(0, 0, align=1, shift=1)
p.makeline(blazon.Ordinary.WIDTH, -blazon.Ordinary.WIDTH)
p.vline(blazon.Ordinary.HEIGHT)
p.closepath()
self.path2 = SVGdraw.path(p)
if self.inverted:
# Have to rearrange the colors too
self.colors = (self.colors[2], self.colors[1], self.colors[0])
self.path1.attributes["transform"] = "rotate(180)"
self.path2.attributes["transform"] = "rotate(180)"
def assemble(self):
p = partLine()
p.lineType = self.lineType
p.move(-blazon.Ordinary.WIDTH - blazon.Ordinary.FESSPTX,
-blazon.Ordinary.HEIGHT - blazon.Ordinary.FESSPTY)
p.hline(0)
p.makeline(0, blazon.Ordinary.HEIGHT)
p.hline(blazon.Ordinary.WIDTH)
p.vline(0)
p.makeline(-blazon.Ordinary.WIDTH, 0)
p.closepath()
self.path = SVGdraw.path(p)
self.path.attributes["fill-rule"] = "evenodd"
def assemble(self):
p=partLine()
p.lineType=self.lineType
p.move(0,blazon.Ordinary.HEIGHT)
p.makeline(0,0,align=1)
p.makeline(-blazon.Ordinary.WIDTH, -blazon.Ordinary.WIDTH)
p.vline(blazon.Ordinary.HEIGHT)
p.closepath()
self.path1=SVGdraw.path(p)
p=partLine()
p.lineType=self.lineType
p.move(0,blazon.Ordinary.HEIGHT)
p.makeline(0,0,align=1,shift=1)
p.makeline(blazon.Ordinary.WIDTH, -blazon.Ordinary.WIDTH)
p.vline(blazon.Ordinary.HEIGHT)
p.closepath()
self.path2=SVGdraw.path(p)
if self.inverted:
# Have to rearrange the colors too
self.colors=(self.colors[2],self.colors[1],self.colors[0])
self.path1.attributes["transform"]="rotate(180)"
self.path2.attributes["transform"]="rotate(180)"
def assemble(self):
# Can't really do this by rotating Bendy, since the round corner is
# on the other side.
p=partLine(linetype=self.lineType)
fullwidth=math.sqrt(2)*blazon.Ordinary.HEIGHT
if self.pieces>3:
width=fullwidth*.87/self.pieces # Compensate for round corner.
else:
width=fullwidth/self.pieces
for i in range(1,self.pieces+2,2):
p.rect(-fullwidth/2+i*width, -blazon.Ordinary.HEIGHT,
width, 2*blazon.Ordinary.HEIGHT)
self.path=SVGdraw.path(p)
self.path.attributes["transform"]="rotate(45)"
def assemble(self):
"""For internal use, to simplify assembly of subclasses"""
p=partLine(linetype=self.lineType) # Start to support partition lines
width=float(blazon.Ordinary.WIDTH)/self.pieces
for i in range(1,self.pieces-1,2):
p.rect(-blazon.Ordinary.FESSPTX+i*width,-blazon.Ordinary.HEIGHT,
width,2*blazon.Ordinary.HEIGHT)
if not self.pieces%2:
# Make the last one extra-big, so things don't show through
# if the line-type isn't plain.
p.rect(-blazon.Ordinary.FESSPTX+(self.pieces-1)*width,
-blazon.Ordinary.HEIGHT,
2*width,2*blazon.Ordinary.HEIGHT)
self.path=SVGdraw.path(p)
def assemble(self):
"""For internal use, to simplify assembly of subclasses"""
p=partLine(linetype=self.lineType) # Start to support partition lines
width=float(blazon.Ordinary.WIDTH)/self.pieces
for i in range(1,self.pieces-1,2):
p.rect(-blazon.Ordinary.FESSPTX+i*width,-blazon.Ordinary.HEIGHT,
width,2*blazon.Ordinary.HEIGHT)
if not self.pieces%2:
# Make the last one extra-big, so things don't show through
# if the line-type isn't plain.
p.rect(-blazon.Ordinary.FESSPTX+(self.pieces-1)*width,
-blazon.Ordinary.HEIGHT,
2*width,2*blazon.Ordinary.HEIGHT)
self.path=SVGdraw.path(p)
def assemble(self):
# Can't really do this by rotating Bendy, since the round corner is
# on the other side.
p = partLine(linetype=self.lineType)
fullwidth = math.sqrt(2) * blazon.Ordinary.HEIGHT
if self.pieces > 3:
width = fullwidth * .87 / self.pieces # Compensate for round corner.
else:
width = fullwidth / self.pieces
for i in range(1, self.pieces + 2, 2):
p.rect(-fullwidth / 2 + i * width, -blazon.Ordinary.HEIGHT, width,
2 * blazon.Ordinary.HEIGHT)
self.path = SVGdraw.path(p)
self.path.attributes["transform"] = "rotate(45)"
def assemble(self):
p=partLine(linetype=self.lineType)
# OK, let's map things on the *square* HEIGHTxHEIGHT
# Because HEIGHT > WIDTH!!!
fullwidth=math.sqrt(2)*blazon.Ordinary.HEIGHT
# Oh, this is going to be much easier to do orthogonally and rotating.
if self.pieces>3:
width=fullwidth*.87/self.pieces # Compensate for round corner.
else: # Otherwise Per Bend doesn't work.
width=fullwidth/self.pieces
for i in range(0,self.pieces+2,2):
p.rect(fullwidth/2-i*width, -blazon.Ordinary.HEIGHT,
width,2*blazon.Ordinary.HEIGHT)
self.path=SVGdraw.path(p)
self.path.attributes["transform"]="rotate(-45)"
def assemble(self):
p = partLine(linetype=self.lineType)
# OK, let's map things on the *square* HEIGHTxHEIGHT
# Because HEIGHT > WIDTH!!!
fullwidth = math.sqrt(2) * blazon.Ordinary.HEIGHT
# Oh, this is going to be much easier to do orthogonally and rotating.
if self.pieces > 3:
width = fullwidth * .87 / self.pieces # Compensate for round corner.
else: # Otherwise Per Bend doesn't work.
width = fullwidth / self.pieces
for i in range(0, self.pieces + 2, 2):
p.rect(fullwidth / 2 - i * width, -blazon.Ordinary.HEIGHT, width,
2 * blazon.Ordinary.HEIGHT)
self.path = SVGdraw.path(p)
self.path.attributes["transform"] = "rotate(-45)"
def assemble(self):
p = partLine(linetype=self.lineType)
height = float(blazon.Ordinary.HEIGHT) / self.pieces
#"Chevronny of n" doesn't make all that much sense anyway.
for i in range(0, self.pieces + 2, 2):
p.move(-blazon.Ordinary.FESSPTX,
blazon.Ordinary.FESSPTY - (i - 2) * height)
p.makelinerel(blazon.Ordinary.FESSPTX, -25, align=1)
p.makelinerel(blazon.Ordinary.FESSPTX, 25)
p.relvline(-height)
p.makelinerel(-blazon.Ordinary.FESSPTX, -25, align=1)
p.makelinerel(-blazon.Ordinary.FESSPTX, 25)
p.closepath()
self.path = SVGdraw.path(p)
if (self.inverted):
self.path.attributes['transform'] = " rotate(180)"
def assemble(self):
p=partLine(linetype=self.lineType)
height=float(blazon.Ordinary.HEIGHT)/self.pieces
#"Chevronny of n" doesn't make all that much sense anyway.
for i in range(0,self.pieces+2,2):
p.move(-blazon.Ordinary.FESSPTX,
blazon.Ordinary.FESSPTY-(i-2)*height)
p.makelinerel(blazon.Ordinary.FESSPTX,-25,align=1)
p.makelinerel(blazon.Ordinary.FESSPTX,25)
p.relvline(-height)
p.makelinerel(-blazon.Ordinary.FESSPTX,-25,align=1)
p.makelinerel(-blazon.Ordinary.FESSPTX,25)
p.closepath()
self.path=SVGdraw.path(p)
if (self.inverted):
self.path.attributes['transform']=" rotate(180)"
def assemble(self):
p=partLine(linetype=self.lineType)
height=float(blazon.Ordinary.HEIGHT)/self.pieces
# Problem. Optical center is at 0. Geometric center is a little lower,
# owing to the placement of the coordinates.
for i in range(1,self.pieces-1,2):
p.rect(-blazon.Ordinary.WIDTH, -blazon.Ordinary.FESSPTY+i*height,
3*blazon.Ordinary.WIDTH, height)
# Last piece is extra-wide because everything is shifted up to correct
# for optical center. Only matters when pieces is even.
# Also compensates for non-plain lines.
if not self.pieces%2:
p.rect(-blazon.Ordinary.WIDTH, -blazon.Ordinary.FESSPTY+(self.pieces-1)*height,
3*blazon.Ordinary.WIDTH, 3*height)
self.path=SVGdraw.path(p)
# Shift to bring center into place.
self.path.attributes["transform"]=" translate(0,%.4f)"%\
-(blazon.Ordinary.HEIGHT/2 - blazon.Ordinary.FESSPTY)
def assemble(self):
p=partLine(linetype=self.lineType)
height=float(blazon.Ordinary.HEIGHT)/self.pieces
# Problem. Optical center is at 0. Geometric center is a little lower,
# owing to the placement of the coordinates.
for i in range(1,self.pieces-1,2):
p.rect(-blazon.Ordinary.WIDTH, -blazon.Ordinary.FESSPTY+i*height,
3*blazon.Ordinary.WIDTH, height)
# Last piece is extra-wide because everything is shifted up to correct
# for optical center. Only matters when pieces is even.
# Also compensates for non-plain lines.
if not self.pieces%2:
p.rect(-blazon.Ordinary.WIDTH, -blazon.Ordinary.FESSPTY+(self.pieces-1)*height,
3*blazon.Ordinary.WIDTH, 3*height)
self.path=SVGdraw.path(p)
# Shift to bring center into place.
self.path.attributes["transform"]=" translate(0,%.4f)"%\
-(blazon.Ordinary.HEIGHT/2 - blazon.Ordinary.FESSPTY)
def assemble(self):
p=partLine(linetype=self.lineType)
p.move(-blazon.Ordinary.FESSPTX,35)
p.makeline(0,-5,1)
p.makeline(blazon.Ordinary.FESSPTX,35,shift=-1)
p.relvline(blazon.Ordinary.HEIGHT)
p.relhline(-blazon.Ordinary.WIDTH)
p.closepath()
self.path=SVGdraw.path(p)
trns=""
try:
trns+=" "+self.transform
except AttributeError:
pass
if self.inverted:
trns+=" rotate(180)"
if trns:
self.path.attributes['transform']=trns