Update the test to the new options names.

tests/coupled_bcs/const/main_input

@@ -51,21 +51,21 @@ strict_L_Conservation = .false.
 dTdr_Top = 32.31
 T_Bottom = 17.865
 couple_dtdr_top = .true.
-dTdr_chi_coeff_top(1) = 70.2
+dTdr_chi_a_coeff_top(1) = 70.2
 couple_tvar_bottom = .true.
-T_chi_coeff_bottom(1) = 34.1
-T_dchidr_coeff_bottom(1) = -51.87
+T_chi_a_coeff_bottom(1) = 34.1
+T_dchidr_a_coeff_bottom(1) = -51.87
 chi_a_Top(1)    = 1.0d0
 chi_a_Bottom(1) = 2.0d0
 fix_chivar_a_top(1) = .true.
 fix_chivar_a_bottom(1) = .true.
 chi_a_Top(2)    = 1.0342d0
 dchidr_a_Bottom(2) = -27.6d0
 couple_chivar_a_top(2) = .true.
-chi_chi_coeff_top(2,1) = 107.01
-chi_dchidr_coeff_top(2,1) = 7.064
+chi_a_chi_a_coeff_top(2,1) = 107.01
+chi_a_dchidr_a_coeff_top(2,1) = 7.064
 couple_dchidr_a_bottom(2) = .true.
-dchidr_chi_coeff_bottom(2,1) = 9.872
+dchidr_a_chi_a_coeff_bottom(2,1) = 9.872
 /
 &Initial_Conditions_Namelist
 init_type = 8 ! File init

tests/coupled_bcs/test_output.py

@@ -34,22 +34,22 @@ def test_bcs(case):
   dchi2dr_rmax = slices.vals[:,:,0,slices.lut[10204],0]
 
   # coefficients input
-  chi1bc_rmax = float(bcs['chi_a_top(1)'].replace('d', 'e'))
-  chi1bc_rmin = float(bcs['chi_a_bottom(1)'].replace('d', 'e'))
+  chi1bc_rmax = float(bcs['chi_a_top(1)'.lower()].replace('d', 'e'))
+  chi1bc_rmin = float(bcs['chi_a_bottom(1)'.lower()].replace('d', 'e'))
 
-  dTdrbc_rmax          = float(bcs['dtdr_top'].replace('d', 'e')) 
-  dtdr_chi1_coeff_rmax = float(bcs['dtdr_chi_coeff_top(1)'].replace('d', 'e'))
+  dTdrbc_rmax          = float(bcs['dTdr_top'.lower()].replace('d', 'e')) 
+  dtdr_chi1_coeff_rmax = float(bcs['dTdr_chi_a_coeff_top(1)'.lower()].replace('d', 'e'))
 
-  Tbc_rmin             = float(bcs['t_bottom'].replace('d', 'e'))
-  t_chi1_coeff_rmin    = float(bcs['t_chi_coeff_bottom(1)'].replace('d', 'e'))
-  t_dchi1dr_coeff_rmin = float(bcs['t_dchidr_coeff_bottom(1)'].replace('d', 'e'))
+  Tbc_rmin             = float(bcs['T_bottom'.lower()].replace('d', 'e'))
+  t_chi1_coeff_rmin    = float(bcs['T_chi_a_coeff_bottom(1)'.lower()].replace('d', 'e'))
+  t_dchi1dr_coeff_rmin = float(bcs['T_dchidr_a_coeff_bottom(1)'.lower()].replace('d', 'e'))
 
-  chi2bc_rmax             = float(bcs['chi_a_top(2)'].replace('d', 'e'))
-  chi2_chi1_coeff_rmax    = float(bcs['chi_chi_coeff_top(2,1)'].replace('d', 'e'))
-  chi2_dchi1dr_coeff_rmax = float(bcs['chi_dchidr_coeff_top(2,1)'].replace('d', 'e'))
+  chi2bc_rmax             = float(bcs['chi_a_top(2)'.lower()].replace('d', 'e'))
+  chi2_chi1_coeff_rmax    = float(bcs['chi_a_chi_a_coeff_top(2,1)'.lower()].replace('d', 'e'))
+  chi2_dchi1dr_coeff_rmax = float(bcs['chi_a_dchidr_a_coeff_top(2,1)'.lower()].replace('d', 'e'))
 
-  dchi2drbc_rmin          = float(bcs['dchidr_a_bottom(2)'].replace('d', 'e'))
-  dchi2dr_chi1_coeff_rmin = float(bcs['dchidr_chi_coeff_bottom(2,1)'].replace('d', 'e'))
+  dchi2drbc_rmin          = float(bcs['dchidr_a_bottom(2)'.lower()].replace('d', 'e'))
+  dchi2dr_chi1_coeff_rmin = float(bcs['dchidr_a_chi_a_coeff_bottom(2,1)'.lower()].replace('d', 'e'))
 
   # check if values produced match expected values based on input coefficients
   def failed(values, expected, tol=1.e-10):