{
  LANG: C
  READS: BaikalX::evol_variables(everywhere)
  WRITES: ADMBase::metric(everywhere)
  WRITES: ADMBase::curv(everywhere)
  WRITES: ADMBASE::shift(everywhere)
  WRITES: ADMBase::dtshift(everywhere)
  WRITES: ADMBASE::lapse(everywhere)
} "Perform BSSN-to-ADM conversion. Needed for HydroBase coupling."
schedule BaikalX_zero_rhss at PostRestrict as BaikalX_ZeroRHS
{
  LANG: C
  WRITES: BaikalX::evol_variables_rhs(everywhere)
  # this applies boundary conditions and since ODESolvers_RHS is called after ODESolver's
  # ADD, this is the equivalent of MoL_PostStep
  # I do not really write to the boundary, but for periodic ones used, the SYNC does
  WRITES: BaikalX::evol_variables(boundary)
  # must not SYNC here since this becomes an infinite loop otherwise
} "Zero out Baikal RHS"
schedule BaikalX_BSSN_to_ADM at PostRestrict after BaikalX_zero_rhss before BaikalX_Ricci
{
  LANG: C
  READS: BaikalX::evol_variables(everywhere)
  WRITES: ADMBase::metric(everywhere)
  WRITES: ADMBase::curv(everywhere)
  WRITES: ADMBASE::shift(everywhere)
  WRITES: ADMBase::dtshift(everywhere)
  WRITES: ADMBASE::lapse(everywhere)
} "Perform BSSN-to-ADM conversion. Needed for HydroBase coupling."
schedule BaikalX_zero_rhss at PostRegrid as BaikalX_ZeroRHS

  WRITES: BaikalX::evol_variables_rhs(everywhere)
  # this applies boundary conditions and since ODESolvers_RHS is called after ODESolver's
  # ADD, this is the equivalent of MoL_PostStep
  # I do not really write to the boundary, but for periodic ones used, the SYNC does
  WRITES: BaikalX::evol_variables(boundary)
  SYNC: BaikalX::evol_variables
} "Zero out Baikal RHS"
schedule BaikalX_BSSN_to_ADM at PostRegrid after BaikalX_zero_rhss before BaikalX_Ricci
{
  LANG: C