def __init__(self, p, q, r, path):
self.path = path
label = "-".join([str(d) for d in reversed(path)])
self.label = label
if label == "":
self.gon = poincare.polygon(poincare.origin,
verticeCount=p,
radius=r)
else:
if label in gons:
self.gon = copy.copy(gons[label]).gon
else:
gonIter = gonClass(p, q, r, path[1:])
self.gon = gonIter.gon.getMirror(int(path[0]))
self.color = colorFromZ(self.gon.center.z, self.path)
if path:
d = path[0]
else:
d = 1
self.direction = np.imag(np.log(self.gon.center.z**p))
def getGon(p, q, r, label):
if label == []:
return poincare.polygon(poincare.origin, verticeCount=p, radius=r)
else:
iter = getGon(p, q, r, label[1:])
return iter.getMirror(int(label[0]))
# print gon, gonNew, gon.color, color
pImg.drawPolygon(gonNew, color=color, offset=multiplier)
return pImg
p = poincare.p
q = poincare.q
zerolabels = [i + 1 for i in range(p)]
t1 = 1 - np.tan(np.pi / p) * np.tan(np.pi / q)
t2 = 1 + np.tan(np.pi / p) * np.tan(np.pi / q)
gonRadius = np.sqrt(t1 / t2)
gonFundamental = poincare.polygon(poincare.origin,
verticeCount=5,
radius=gonRadius)
gons = {}
gons[""] = gonClass(p, q, gonRadius, [])
depth = poincare.depth
for i in range(depth):
iterLabels(i)
print[label for label in gons]
gonsTable = [gons[l] for l in gons]
gonsTable.sort(key=lambda x: x.direction)
print[g.label for g in gonsTable]
ims = []
ims2 = []