diff --git a/src/engines/grpic.hpp b/src/engines/grpic.hpp
index cd04838d..35e544a9 100644
--- a/src/engines/grpic.hpp
+++ b/src/engines/grpic.hpp
@@ -840,8 +840,12 @@ namespace ntt {
       if constexpr (M::Dim == Dim::_2D) {
         if (domain.mesh.flds_bc_in({ 0, +1 }) == FldsBC::AXIS) {
           range = CreateRangePolicy<Dim::_2D>(
-            { domain.mesh.i_min(in::x1), domain.mesh.i_min(in::x2) },
+            { domain.mesh.i_min(in::x1) - 1, domain.mesh.i_min(in::x2) },
             { domain.mesh.i_max(in::x1), domain.mesh.i_max(in::x2) + 1 });
+        } else {
+          range = CreateRangePolicy<Dim::_2D>(
+            { domain.mesh.i_min(in::x1) - 1, domain.mesh.i_min(in::x2) },
+            { domain.mesh.i_max(in::x1), domain.mesh.i_max(in::x2) });
         }
       } else if constexpr (M::Dim == Dim::_3D) {
         raise::Error("Invalid dimension", HERE);
diff --git a/src/metrics/qkerr_schild.h b/src/metrics/qkerr_schild.h
index 6ff114b4..c7bef618 100644
--- a/src/metrics/qkerr_schild.h
+++ b/src/metrics/qkerr_schild.h
@@ -39,7 +39,6 @@ namespace metric {
     const real_t chi_min, eta_min, phi_min;
     const real_t dchi, deta, dphi;
     const real_t dchi_inv, deta_inv, dphi_inv;
-    const bool   small_angle;
 
     Inline auto Delta(const real_t& r) const -> real_t {
       return SQR(r) - TWO * r + SQR(a);
@@ -90,8 +89,7 @@ namespace metric {
       , dphi { (x3_max - phi_min) / nx3 }
       , dchi_inv { ONE / dchi }
       , deta_inv { ONE / deta }
-      , dphi_inv { ONE / dphi }
-      , small_angle { eta2theta(HALF * deta) < constant::SMALL_ANGLE } {
+      , dphi_inv { ONE / dphi } {
       set_dxMin(find_dxMin());
     }
 
@@ -487,23 +485,12 @@ namespace metric {
      */
     Inline auto polar_area(const real_t& x1) const -> real_t {
       if constexpr (D != Dim::_1D) {
-        if (small_angle) {
-          const real_t dtheta = eta2theta(HALF * deta);
-          return dchi * math::exp(x1 * dchi + chi_min) *
-                (SQR(r0 + math::exp(x1 * dchi + chi_min)) + SQR(a)) *
-                math::sqrt(
-                  ONE + TWO * (r0 + math::exp(x1 * dchi + chi_min)) /
-                          (SQR(r0 + math::exp(x1 * dchi + chi_min)) + SQR(a))) *
-                (static_cast<real_t>(48) - SQR(dtheta)) * SQR(dtheta) /
-                 static_cast<real_t>(384);
-        } else {
-          return dchi * math::exp(x1 * dchi + chi_min) *
-                (SQR(r0 + math::exp(x1 * dchi + chi_min)) + SQR(a)) *
-                math::sqrt(
-                  ONE + TWO * (r0 + math::exp(x1 * dchi + chi_min)) /
-                          (SQR(r0 + math::exp(x1 * dchi + chi_min)) + SQR(a))) *
-                (ONE - math::cos(eta2theta(HALF * deta)));
-        }
+        return dchi * math::exp(x1 * dchi + chi_min) *
+              (SQR(r0 + math::exp(x1 * dchi + chi_min)) + SQR(a)) *
+              math::sqrt(
+                ONE + TWO * (r0 + math::exp(x1 * dchi + chi_min)) /
+                        (SQR(r0 + math::exp(x1 * dchi + chi_min)) + SQR(a))) *
+              (ONE - math::cos(eta2theta(HALF * deta)));
       }
     }