tests for one-particle non-recursive chebyshev expansion method

classical/time_1p_nr_cheb.py

@@ -7,7 +7,7 @@ from systems import Harmonic, Anharmonic, Morse, LennardJones
 import time
 
 nterms = 16
-syst = Morse()
+syst = LennardJones()
 
 ts = time.time()
 lp_nr = LiouvillePowersNR(nterms, syst, recursion='chebyshev', sign=1)
@@ -17,7 +17,7 @@ print('preparation time for LiouvillePowersNR:', te-ts)
 ts = time.time()
 lp_qpc = LiouvillePowersQP(nterms, syst, recursion='chebyshev', sign=1)
 te = time.time()
-print("preparation time for LiouvillePowersQR:", te-ts)
+print("preparation time for LiouvillePowersQP:", te-ts)
 
 qarr = np.random.rand(100)
 parr = np.random.rand(100)
@@ -31,4 +31,4 @@ ts = time.time()
 for q, p in zip(qarr, parr):
     lp_qpc.get_val_float(q, p)
 te = time.time()
-print("propagation time for LiouvillePowersQR:", te-ts)
+print("propagation time for LiouvillePowersQP:", te-ts)