# Interface definition for thorn PadHydro
# $Header$

IMPLEMENTS: PadHydro

INHERITS: time
INHERITS: boundary grid
INHERITS: Pad

USES INCLUDE HEADER: pad.h
USES INCLUDE HEADER: Boundary.h Symmetry.h
USES INCLUDE HEADER: TATelliptic.h



PUBLIC:

# Particle data

CCTK_REAL particle_const TYPE=array DIM=1 SIZE=Pad::global_max_num_particles GHOSTSIZE=0
{
  id
  mass
} "particle data"

CCTK_REAL particle_data TYPE=array DIM=1 SIZE=Pad::global_max_num_particles GHOSTSIZE=0 TIMELEVELS=3
{
  velx vely velz
} "particle data"

CCTK_REAL particle_rhs TYPE=array DIM=1 SIZE=Pad::global_max_num_particles GHOSTSIZE=0
{
  press
  posx_dot posy_dot posz_dot
  vol_dot
  velx_dot vely_dot velz_dot
  rho
  phi
  gradphix gradphiy gradphiz
} "rhs of particle data"



CCTK_REAL particle_analysis TYPE=array DIM=1 SIZE=PadHydro::num_analysis_shells DISTRIB=constant GHOSTSIZE=0
{
  shell_rad
  shell_rho
} "analysed particle distribution"

CCTK_REAL particle_stats TYPE=scalar
{
  total_volume                                  # volume
  total_mass                                    # mass
  total_momx total_momy total_momz              # momentum
  total_cmx total_cmy total_cmz                 # centre of mass
  total_ekin total_epot total_eint total_e      # energy
  total_axy total_axz total_ayz                 # axis of rotation
  total_jxy total_jxz total_jyz                 # angular momentum
  total_txx total_txy total_txz total_tyy total_tyz total_tzz
  total_t0 total_t1 total_t2                    # moment of inertia
} "particle statistics"



# Grid data

CCTK_REAL grid_data TYPE=gf TIMELEVELS=3
{
  gphi
} "grid data"

CCTK_REAL grid_rhs TYPE=gf
{
  gpress
  gvelx gvely gvelz
  grho
  gres
  ggradphix ggradphiy ggradphiz
} "grid data"



# Star data

CCTK_REAL star_data TYPE=array DIM=1 SIZE=star_max_num_points GHOSTSIZE=0 DISTRIB=constant
{
  star_rho
  star_phi
} "star data"

CCTK_INT star_desc TYPE=scalar
{
  star_num_points
} "star descriptor"

CCTK_REAL star_info TYPE=scalar
{
  star_radius
  star_mass
} "star info"