398       PetscInt      bs, NN;  in PostStep()  local
405       PetscCall(DMSwarmGetLocalSize(sw, &NN));  in PostStep()
407       for (PetscInt pp = 0; pp < NN; pp++) {  in PostStep()
424       PetscInt      bs, NN;  in PostStep()  local
426       PetscCall(DMSwarmGetLocalSize(sw, &NN));  in PostStep()
428       for (PetscInt pp = 0; pp < NN; pp++) {  in PostStep()
566 …const PetscInt NNreal = Npi * Npj * Npk, NN = NNreal + (dim == 2 ? 3 : 6); // make room for boundi…  in go()  local
567             Np_t[grid][tid] = NN;  in go()
568             if (glb_v_id == v_target) nTargetP[grid] = NN;  in go()
569 …PetscCall(PetscMalloc4(NN, &xx_t[grid][tid], NN, &yy_t[grid][tid], NN, &wp_t[grid][tid], dim == 2 …  in go()
576 …etscInt_FMT " particles (diagnostic target = %" PetscInt_FMT ")\n", glb_v_id, grid, NN, v_target));  in go()
673               const PetscInt NN = nTargetP[grid];  in go()  local
674               for (PetscInt pp = 0; pp < NN; pp++) {  in go()
781         PetscInt      bs, NN;  in go()  local
788         PetscCall(DMSwarmGetLocalSize(sw, &NN));  in go()
790         for (PetscInt pp = 0; pp < NN; pp++) {  in go()
807         PetscInt      bs, NN;  in go()  local
808         PetscCall(DMSwarmGetLocalSize(sw, &NN));  in go()
811         for (PetscInt pp = 0; pp < NN; pp++) {  in go()
860               PetscInt  Npi = Npp0, Npj = 2 * Npp0, Npk = 1, NN;  in go()  local
868 …           NN = Npi * Npj * Npk + (dim == 2 ? 3 : 6); // make a regular grid of particles Npp x Npp  in go()
873                 NN = Npi * Npj * Npk + (dim == 2 ? 3 : 6);  in go()
875               Np_t[grid][tid] = NN;  in go()
876 …PetscCall(PetscMalloc4(NN, &xx_t[grid][tid], NN, &yy_t[grid][tid], NN, &wp_t[grid][tid], dim == 2 …  in go()
881 …    PetscCall(PetscInfo(pack, "Resampling %d particles, %d vertices\n", (int)NN, (int)Nv)); // temp  in go()
893                 PetscInt pp           = NN - 3;  in go()
904                 const PetscInt p0 = NN - 6;  in go()