Update branch with changes in main

ADMBaseX/schedule.ccl

@@ -1,41 +1,61 @@
 # Schedule definitions for thorn ADMBaseX
 
-SCHEDULE GROUP ADMBaseX_InitialData AT initial
-{
-} "Schedule group for calculating ADM initial data"
+if (CCTK_IsThornActive("ODESolvers")) {
+
+  SCHEDULE GROUP ADMBaseX_InitialData IN ODESolvers_Initial
+  {
+  } "Schedule group for calculating ADM initial data"
 
-SCHEDULE GROUP ADMBaseX_InitialGauge AT initial AFTER ADMBaseX_InitialData
-{
-} "Schedule group for the ADM initial gauge condition"
+  SCHEDULE GROUP ADMBaseX_InitialGauge IN ODESolvers_Initial AFTER ADMBaseX_InitialData
+  {
+  } "Schedule group for the ADM initial gauge condition"
 
-SCHEDULE GROUP ADMBaseX_PostInitial AT initial AFTER (ADMBaseX_InitialData ADMBaseX_InitialGauge)
-{
-} "Schedule group for modifying the ADM initial data, such as e.g. adding noise"
+  SCHEDULE GROUP ADMBaseX_PostInitial IN ODESolvers_Initial AFTER (ADMBaseX_InitialData ADMBaseX_InitialGauge)
+  {
+  } "Schedule group for modifying the ADM initial data, such as e.g. adding noise"
 
-if (CCTK_IsThornActive("ODESolvers")) {
   SCHEDULE GROUP ADMBaseX_SetADMVars IN ODESolvers_PostStep
   {
   } "Set ADM variables in this group"
 
   SCHEDULE GROUP ADMBaseX_SetADMRHS IN ODESolvers_PostStep
   {
   } "Set ADM RHS variables in this group"  
+
 } else {
+
+  SCHEDULE GROUP ADMBaseX_SetADMVars AT post_recover_variables
+  {
+  } "Set ADM variables in this group"
+
+  SCHEDULE GROUP ADMBaseX_SetADMRHS AT post_recover_variables
+  {
+  } "Set ADM RHS variables in this group"
+
   SCHEDULE GROUP ADMBaseX_SetADMVars AT postregrid
   {
   } "Set ADM variables in this group"
 
-  SCHEDULE GROUP ADMBaseX_SetADMVars AT poststep
+  SCHEDULE GROUP ADMBaseX_SetADMRHS AT postregrid
+  {
+  } "Set ADM RHS variables in this group"
+
+  SCHEDULE GROUP ADMBaseX_SetADMVars AT postrestrict
   {
   } "Set ADM variables in this group"
 
-  SCHEDULE GROUP ADMBaseX_SetADMRHS AT postregrid
+  SCHEDULE GROUP ADMBaseX_SetADMRHS AT postrestrict
   {
   } "Set ADM RHS variables in this group"  
+
+  SCHEDULE GROUP ADMBaseX_SetADMVars AT poststep
+  {
+  } "Set ADM variables in this group"
 
   SCHEDULE GROUP ADMBaseX_SetADMRHS AT poststep
   {
   } "Set ADM RHS variables in this group"  
+
 }
 
 if (CCTK_EQUALS(initial_data, "Cartesian Minkowski")) {

Arith/src/defs.hxx

@@ -138,14 +138,16 @@ template <> struct nan<double> {
 
 // An explicitly unrolled for loop
 
-template <int imin, int imax, int istep = 1, typename F,
-          enable_if_t<(istep > 0 ? imin >= imax : imin <= imax)> * = nullptr>
+template <
+    int imin, int imax, int istep = 1, typename F,
+    std::enable_if_t<(istep > 0 ? imin >= imax : imin <= imax)> * = nullptr>
 constexpr ARITH_INLINE ARITH_DEVICE ARITH_HOST void unroll_for(const F &f) {
   // done: do nothing
 }
 
-template <int imin, int imax, int istep = 1, typename F,
-          enable_if_t<!(istep > 0 ? imin >= imax : imin <= imax)> * = nullptr>
+template <
+    int imin, int imax, int istep = 1, typename F,
+    std::enable_if_t<!(istep > 0 ? imin >= imax : imin <= imax)> * = nullptr>
 constexpr ARITH_INLINE ARITH_DEVICE ARITH_HOST void unroll_for(const F &f) {
   f(imin);
   unroll_for<imin + istep, imax, istep>(f);

BoxInBox/param.ccl

@@ -52,25 +52,25 @@ CCTK_REAL position_z_1 "Position of this region"
 CCTK_REAL radius_1[30] "Radius of refined region for this level"
 {
   -1 :: "illegal"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_x_1[30] "x-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_y_1[30] "y-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_z_1[30] "z-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 
@@ -120,25 +120,25 @@ CCTK_REAL position_z_2 "Position of this region"
 CCTK_REAL radius_2[30] "Radius of refined region for this level"
 {
   -1 :: "illegal"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_x_2[30] "x-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_y_2[30] "y-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_z_2[30] "z-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 
@@ -188,23 +188,23 @@ CCTK_REAL position_z_3 "Position of this region"
 CCTK_REAL radius_3[30] "Radius of refined region for this level"
 {
   -1 :: "illegal"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_x_3[30] "x-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_y_3[30] "y-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0
 
 CCTK_REAL radius_z_3[30] "z-radius of refined region for this level"
 {
   -1 :: "ignore this radius"
-  0:* :: ""
+  (0:* :: ""
 } -1.0

CarpetX/param.ccl

@@ -433,10 +433,12 @@ KEYWORD prolongation_type "Prolongation type"
   "interpolate" :: "interpolate between data points"
   "conservative" :: "interpolate cell averages, ensuring conservation"
   "ddf" :: "interpolate in vertex centred and conserve (with one order lower) in cell centred directions"
-  "eno" :: "interpolate in vertex centred and ENO-conserve in cell centred directions"
+  "eno" :: "interpolate in vertex centred and minmod-conserve in cell centred directions"
+  "minmod" :: "interpolate in vertex centred and ENO-conserve in cell centred directions"
   "hermite" :: "Hermite-interpolate in vertex centred and conserve in cell centred directions"
   "natural" :: "interpolate in vertex centred and conserve in cell centred directions, using the same order"
   "poly-cons3lfb" :: "interpolate polynomially in vertex centred directions and conserve with 3rd order accuracy and a linear fallback in cell centred directions"
+  "poly-eno3lfb" :: "interpolate polynomially in vertex centred directions and use ENO stencils with 3rd order accuracy and a linear fallback in cell centred directions"
 } "natural"
 
 CCTK_INT prolongation_order "Prolongation order"
@@ -588,7 +590,7 @@ BOOLEAN out_norm_omit_sumloc_for_backward_compatibility "Omit sumloc norms" STEE
 KEYWORD openpmd_format "openPMD file format" STEERABLE=always
 {
   "HDF5" :: ""
-  "ADIOS1" :: ""
+  "ADIOS1" :: "requires openPMD_api <0.16"
   "ADIOS2_auto" :: "Choose ADIOS2 format automatically (either ADIOS2_BP5 or ADIOS2_BP4)"
   "ADIOS2" :: "requires openPMD_api <0.15"
   "ADIOS2_BP" :: "requires openPMD_api >=0.15"
@@ -597,6 +599,8 @@ KEYWORD openpmd_format "openPMD file format" STEERABLE=always
   "ADIOS2_SST" :: ""
   "ADIOS2_SSC" :: ""
   "JSON" :: ""
+  "TOML" :: "requires openPMD_api >=0.16"
+  "GENERIC" :: "requires openPMD_api >=0.16"
 } "ADIOS2_auto"
 
 STRING out_openpmd_vars "Variables to output in openPMD format" STEERABLE=always