Apply ruff format

Author: ZedThree

tests/MMS/spatial/finite-volume/mms.py

@@ -32,7 +32,7 @@
 v = fv / f
 
 # Substitute back to get input y coordinates
-replace = [ (metric.y, y*Ly/(2*pi) ) ]
+replace = [(metric.y, y * Ly / (2 * pi))]
 
 
 def Grad2_par2(f: Expr) -> Expr:

tests/MMS/spatial/finite-volume/runtest

@@ -22,23 +22,18 @@ OPERATORS = {
     "FV_Div_par_MC": 1.5,
     "FV_Div_par_mod_MC": 1.5,
     "FV_Div_par_fvv_MC": 1.5,
-
     "FV_Div_par_Upwind": 1,
     "FV_Div_par_mod_Upwind": 1,
     "FV_Div_par_fvv_Upwind": 1,
-
     "FV_Div_par_Fromm": 1.5,
     "FV_Div_par_mod_Fromm": 1.5,
     "FV_Div_par_fvv_Fromm": 1.5,
-
     "FV_Div_par_MinMod": 1.5,
     "FV_Div_par_mod_MinMod": 1.5,
     "FV_Div_par_fvv_MinMod": 1.5,
-
     "FV_Div_par_Superbee": 1.5,
     "FV_Div_par_mod_Superbee": 1.5,
     "FV_Div_par_fvv_Superbee": 1.5,
-
     "FV_Div_par_K_Grad_par": 2,
     "FV_Div_par_K_Grad_par_mod": 2,
 }
@@ -131,9 +126,7 @@ def test_fv_operators() -> bool:
 
     final_errors = transpose(all_errors)
     for operator, order in OPERATORS.items():
-        success = assert_convergence(
-            final_errors[operator]["l_2"], dx, operator, order
-        )
+        success = assert_convergence(final_errors[operator]["l_2"], dx, operator, order)
         if not success:
             failures.append(operator)