Re-enable asserts in coasting example

examples/coasting/001_frev_meas.py

@@ -150,9 +150,9 @@ def y_mean_hist(line, particles):
 print('f_measured: ', f_measured, ' Hz')
 print('Error:      ', f_measured - f_expected, 'Hz')
 
-# assert np.isclose(f_expected, f_measured, rtol=0, atol=2) # 2 Hz tolerance
-# assert np.isclose(np.mean(inten), inten_exp, rtol=1e-2, atol=0)
-# assert np.allclose(p.at_turn, num_turns*0.9, rtol=3e-2, atol=0) #beta1 defaults to 0.1
+assert np.isclose(f_expected, f_measured, rtol=0, atol=2) # 2 Hz tolerance
+assert np.isclose(np.mean(inten), inten_exp, rtol=1e-2, atol=0)
+assert np.allclose(p.at_turn, num_turns*0.9, rtol=3e-2, atol=0) #beta1 defaults to 0.1
 
 tt = line.get_table()
 tt_synch = tt.rows[tt.element_type=='SyncTime']

examples/radiation/009a_sps_with_vertical_bump.py

@@ -47,17 +47,17 @@
                                   deferred_expressions=True)
 line.particle_ref = xt.Particles(mass0=xt.ELECTRON_MASS_EV,
                                     q0=-1, gamma0=mad.sequence.sps.beam.gamma)
-line.cycle('bpv.11706_entry', inplace=True)
+line.cycle('bpv.11706', inplace=True)
 
-line.insert_element(element=line['actcse.31632'].copy(), index='bpv.11706_entry',
+line.insert_element(element=line['actcse.31632'].copy(), index='bpv.11706',
                     name='cav1')
-line.insert_element(element=line['actcse.31632'].copy(), index='bpv.21508_entry',
+line.insert_element(element=line['actcse.31632'].copy(), index='bpv.21508',
                     name='cav2')
-line.insert_element(element=line['actcse.31632'].copy(), index='bpv.41508_entry',
+line.insert_element(element=line['actcse.31632'].copy(), index='bpv.41508',
                     name='cav4')
-line.insert_element(element=line['actcse.31632'].copy(), index='bpv.51508_entry',
+line.insert_element(element=line['actcse.31632'].copy(), index='bpv.51508',
                     name='cav5')
-line.insert_element(element=line['actcse.31632'].copy(), index='bpv.61508_entry',
+line.insert_element(element=line['actcse.31632'].copy(), index='bpv.61508',
                     name='cav6')
 
 tt = line.get_table()
@@ -105,10 +105,10 @@
 line.element_refs['mdv.53507'].ksl[0] = line.vars['mdv.53507.ksl0']
 
 # Kill sextupoles in the bump
-line.element_refs['lsf.53205..0'].knl[2] = 0
-line.element_refs['lsd.53505..0'].knl[2] = 0
-line.element_refs['lsf.53605..0'].knl[2] = 0
-line.element_refs['lsd.60105..0'].knl[2] = 0
+line.element_refs['lsf.53205'].k2l = 0
+line.element_refs['lsd.53505'].k2l = 0
+line.element_refs['lsf.53605'].k2l = 0
+line.element_refs['lsd.60105'].k2l = 0
 
 tw0 = line.twiss()
 opt_bump = line.match(