def show_info(self):
colormap = plt.cm.rainbow
colors = [colormap(i) for i in np.linspace(0.0, 1.0, 1+len(self.layers.keys()))]
for j,k in enumerate(self.layers.keys()):
L = getattr(self,k)
polys = L.get_polis()
if len(polys):
gca().add_patch(PolygonPatch(empty(),fc=colors[j],alpha=0.85,label=k))
showPolygons(polys,[colors[j]]*len(polys))
ankers = self.get_ankers()
ankers = self.ANKERS
print ankers
for a in ankers.keys():
plot(ankers[a][0],ankers[a][1],'o',label=a)
legend()
def show_info(self, alpha=0.65, hatch=None, fill=True, colormap = plt.cm.rainbow):
hatches=['.', '/', '\'', '\\', '//', '\\\\', '///', '*']
colormap = colormap
colors = [colormap(i) for i in np.linspace(0.0, 1.0, 1+len(self.layers.keys()))]
for j,k in enumerate(self.layers.keys()):
L = getattr(self,k)
polys = L.get_polis()
if hatch:
i = j%len(hatches)
thehatch = hatches[i]
else:
thehatch=''
if len(polys):
gca().add_patch(PolygonPatch(empty(),fc=colors[j],alpha=alpha,hatch=thehatch, label=k))
showPolygons(polys,[colors[j]]*len(polys), alpha=alpha, hatch=thehatch, fill=fill)
ankers = self.get_ankers()
ankers = self.ANKERS
print ankers
for a in ankers.keys():
plot(ankers[a][0],ankers[a][1],'o',label=a)
legend()
