def render_back(self):
old_plot_front = self.plot_front
self.plot_front = lambda: None
try:
Bloch.render(self)
finally:
self.plot_front = old_plot_front
def plot_arc_test(self, fig, *args, **kw):
b = Bloch(fig=fig)
b.add_arc(*args, **kw)
b.render()
def plot_vector_test(self, fig, vector_kws):
b = Bloch(fig=fig)
for kw in vector_kws:
vectors = kw.pop("vectors")
b.add_vectors(vectors, **kw)
b.render()
def plot_point_test(self, fig, point_kws):
b = Bloch(fig=fig)
for kw in point_kws:
points = kw.pop("points")
b.add_points(points, **kw)
b.render()
def plot_line_test(self, fig, *args, **kw):
b = Bloch(fig=fig)
b.add_line(*args, **kw)
b.render()
figure, axes = plt.subplots(figsize=(5, 5), subplot_kw=dict(projection='3d'))
#axes.axis("square")
bloch_sphere_3d = Bloch(fig=figure, axes=axes)
bloch_sphere_3d.xlabel[0] = "$\\left|+\\right>$"
bloch_sphere_3d.xlabel[1] = "$\\left|-\\right>$"
bloch_sphere_3d.ylabel[0] = "$\\left|+i\\right>$"
bloch_sphere_3d.ylabel[1] = "$\\left|-i\\right>$"
bloch_sphere_3d.zlabel[0] = "$\\left|0\\right>$"
bloch_sphere_3d.zlabel[1] = "$\\left|1\\right>$"
bloch_sphere_3d.render(fig=figure, axes=axes) # render to the correct subplot
# set title for the axis
axes.set_title('TITLE goes here', y=1.1, fontsize=20)
# You can anything else you want to the axis as well!
#ax.annotate('TEXT', xy=(0.1, 0.9), xytext=(0.1, 0.7), xycoords='axes fraction',
# fontsize=15, color='r', ha='center',)
plt.show()
"""
bloch_sphere_3d = Bloch()
bloch_sphere_3d.clear()
bloch_sphere_3d.view[0] = -50