some output in coupling_test.jl for Travis...

ranocha · Apr 2, 2020 · b2d2dcf · b2d2dcf
1 parent bac3665
commit b2d2dcf
Showing 1 changed file with 10 additions and 5 deletions.
diff --git a/test/coupling_test.jl b/test/coupling_test.jl
@@ -20,8 +20,9 @@ using SummationByPartsOperators
         cD_plus       = couple_discontinuosly(D, mesh, Val(:plus))
         cD_minus      = couple_discontinuosly(D, mesh, Val(:minus))
         for cD in (cD_continuous, cD_central, cD_plus, cD_minus)
-          print(devnull, cD)
+          print(cD)
           x = grid(cD)
+          println(x)
           @test norm(cD * x.^0) < 100N * eps(T)
           for k in 1:degree
             @test cD * x.^k ≈ k .* x.^(k-1)
@@ -84,8 +85,9 @@ using SummationByPartsOperators
         cD_plus       = couple_discontinuosly(D, mesh, Val(:plus))
         cD_minus      = couple_discontinuosly(D, mesh, Val(:minus))
         for cD in (cD_continuous, cD_central, cD_plus, cD_minus)
-          print(devnull, cD)
+          print(cD)
           x = grid(cD)
+          println(x)
           @test norm(cD * x.^0) < 100N * eps(T)
           @test accuracy_order(cD) == accuracy_order(D)
 
@@ -144,8 +146,9 @@ end
           cD_plus       = couple_discontinuosly(D, mesh, Val(:plus))
           cD_minus      = couple_discontinuosly(D, mesh, Val(:minus))
           for cD in (cD_continuous, cD_central, cD_plus, cD_minus)
-            print(devnull, cD)
+            print(cD)
             x = grid(cD)
+            println(x)
             @test norm(cD * x.^0) < 100N * eps(float(T))
             @test accuracy_order(cD) == accuracy_order(D)
 
@@ -264,8 +267,9 @@ end
         cDp_plus       = couple_discontinuosly(Dp, mesh, Val(:plus))
         cDm_minus      = couple_discontinuosly(Dm, mesh, Val(:minus))
         for cD in (cDp_continuous, cDm_continuous, cDp_central, cDm_central, cDp_plus, cDm_minus)
-          print(devnull, cD)
+          print(cD)
           x = grid(cD)
+          println(x)
           @test norm(cD * x.^0) < 100N * eps(float(T))
           @test accuracy_order(cD) == accuracy_order(Dp) == accuracy_order(Dm)
 
@@ -308,8 +312,9 @@ end
         cDp_plus       = couple_discontinuosly(Dp, mesh, Val(:plus))
         cDm_minus      = couple_discontinuosly(Dm, mesh, Val(:minus))
         for cD in (cDp_continuous, cDm_continuous, cDp_central, cDm_central, cDp_plus, cDm_minus)
-          print(devnull, cD)
+          print(cD)
           x = grid(cD)
+          println(x)
           @test norm(cD * x.^0) < 100N * eps(float(T))
           @test accuracy_order(cD) == accuracy_order(Dp) == accuracy_order(Dm)