delta = sp.dot(sp.transpose(Vprime - V), Vprime - V)
return psi
import solutions as sol
prob11, prob12 = Problem1Real()
prob2 = Problem2Real()
prob3 = Problem3Real()
x, y = sol.Problem1()
if (np.allclose(prob11, x) and np.allclose(prob12, y)):
print("Problem1 Passed")
else:
print("Problem1 Falied")
x = sol.Problem2()
if (np.allclose(prob2, x)):
print("Problem2 Passed")
else:
print("Problem2 Falied")
x = sol.Problem3()
if (np.allclose(prob3, x)):
print("Problem3 Passed")
else:
print("Problem3 Falied")
prob42 = 322514998.983
x, y = sol.Problem1()
if (np.allclose(prob11, np.array(x)) and np.allclose(prob12, y)):
print("Problem1 Passed")
else:
print("Problem1 Falied")
print("Your answer:")
print(np.array(x))
print(y)
print("Correct answer:")
print(prob11)
print(prob12)
x, y = sol.Problem2()
if (np.allclose(prob21, np.array(x)) and np.allclose(prob22, y)):
print("Problem2 Passed")
else:
print("Problem2 Falied")
print("Your answer:")
print(x)
print(y)
print("Correct answer:")
print(prob21)
print(prob22)
x, y = sol.Problem3()
if (np.allclose(prob31, np.array(x)) and np.allclose(prob32, y)):