Linting...

Author: Thomas Baumann

pySDC/implementations/problem_classes/LeakySuperconductor.py

@@ -198,7 +198,11 @@ def get_non_linear_Jacobian(u):
         for n in range(0, self.params.newton_iter):
             # assemble G such that G(u) = 0 at the solution of the step
             G = u - factor * self.eval_f(u, t) - rhs
-            self.work_counters['rhs'].niter -= 1  # Work regarding construction of the Jacobian etc. should count into the Newton iterations only
+            self.work_counters[
+                'rhs'
+            ].niter -= (
+                1  # Work regarding construction of the Jacobian etc. should count into the Newton iterations only
+            )
 
             res = np.linalg.norm(G, np.inf)
             if res <= self.params.newton_tol and n > 0:  # we want to make at least one Newton iteration

pySDC/projects/Resilience/leaky_superconductor.py

@@ -254,7 +254,9 @@ def compare_imex_full(plotting=False):
         max(res[True]) > prob.params.u_max
     ), f"Expected runaway to happen, but maximum temperature is {max(res[True]):.2e} < u_max={prob.params.u_max:.2e}!"
 
-    assert rhs[True] == rhs[False], f"Expected IMEX and fully implicit schemes to take the same number of right hand side evaluations per step, but got {rhs[True]} and {rhs[False]}!"
+    assert (
+        rhs[True] == rhs[False]
+    ), f"Expected IMEX and fully implicit schemes to take the same number of right hand side evaluations per step, but got {rhs[True]} and {rhs[False]}!"
 
 
 if __name__ == '__main__':