def combo(data, a1, b1, a2, b2, a3, b3, theta):
pixel_picture(solutions.rotate(
solutions.reflect(
solutions.shear(solutions.stretch(data, a1, b1), a2, b2), a3, b3),
theta),
"Composition",
top=False)
def combo():
p = solutions.shear(pts, -1.02, .5)
p = solutions.translate(p, np.array([-2, .5]))
p = solutions.reflect(p, np.array([-2, .5]))
fig = plotOldNew(pts, p, "General Affine")
fig.savefig("combo.pdf")
plt.close(fig.number)
def combo():
p = solutions.shear(pts, -1.02, .5)
p = solutions.translate(p, np.array([-2, .5]))
p = solutions.reflect(p, np.array([-2, .5]))
fig = plotOldNew(pts, p, "General Affine")
fig.savefig("combo.pdf")
plt.close(fig.number)
def combo(data, a1, b1, a2, b2, a3, b3, theta):
pixel_picture(
solutions.rotate(
solutions.reflect(
solutions.shear(
solutions.stretch(data, a1, b1),
a2, b2),
a3, b3),
theta),
"Composition", top=False)
def reflect():
fig = plotOldNew(pts, solutions.reflect(pts, np.sqrt(np.array([3, 1]))), "Reflect")
fig.savefig("reflect.pdf")
plt.close(fig.number)
def reflected(data, a, b):
pixel_picture(solutions.reflect(data, a, b), "Reflection", top=False)
def reflect():
fig = plotOldNew(pts, solutions.reflect(pts, np.sqrt(np.array([3, 1]))),
"Reflect")
fig.savefig("reflect.pdf")
plt.close(fig.number)
def reflected(data, a, b):
pixel_picture(solutions.reflect(data, a, b), "Reflection", top=False)