# Parameter definitions for thorn Mahc_Init_Data
# $Header$
# Mahc_Init_Data: Various Initial Data Routines for Mahc_Evolve
# Copyright (C) 2001 Mark Miller

shares:einstein

EXTENDS KEYWORD initial_data ""
{
   "boost_multiple_star" :: "Multiple boosted NS stars"
   "boost_star":: "Boosted TOV solution"
   "shocktube" :: "Shocktube initial data for MAHC"
   "tov_iso"   :: "TOV solution in isotropic coordinates"
   "test_primvar" :: "testing primative variable solver"
   "tov_series"   :: "Calculate a series of TOV stars"
}

USES KEYWORD shift ""
{
}

USES BOOLEAN use_conformal ""
{
}

USES BOOLEAN use_conformal_derivs ""
{
}


shares:gen_rel_perfect_fluid

USES KEYWORD some_hydro ""
{
}

USES KEYWORD mahc_eos ""
{
}

USES REAL ns_atmos_fact ""
{
 : :: ""
}

USES REAL centden ""
{
 : :: ""
}

USES REAL eos_gamma ""
{
 : :: ""
}

USES REAL eos_k ""
{
 : :: ""
}

restricted:

REAL mahc_init_rmaxtov "How far should TOV spherical coordinate go?"
{
 : :: ""
} 200.0

INT mahc_init_ntov "number of points in tov 1D arrays"
{
 : :: ""
} 102401

private:

KEYWORD shocktube_type "Type of shocktube initial data"
{
   "diagshock" :: "Shocktube along the diagonal"
}  "diagshock"


BOOLEAN zero_shift "Should initial shift be set to zero?"
{
} "no"

REAL boost_x "Boost parameter in the x-direction"
{
 : :: ""
} 0.0

REAL boost_y "Boost parameter in the y-direction"
{
 : :: ""
} 0.0

REAL boost_z "Boost parameter in the z-direction"
{
 : :: ""
} 0.0

INT boost_multi_star_num "Number of boosted NSs"
{
 : :: ""
} 1

REAL bms_centden_1 "central density for first boosted NS"
{
 : :: ""
} 1.e-5

REAL bms_centden_2 "central density for second boosted NS"
{
 : :: ""
} 0.0

REAL bms_centden_3 "central density for third boosted NS"
{
 : :: ""
} 0.0

REAL bms_xpos_1 "x-position of first boosted NS"
{
 : :: ""
} 0.0

REAL bms_ypos_1 "y-position of first boosted NS"
{
 : :: ""
} 0.0

REAL bms_zpos_1 "z-position of first boosted NS"
{
 : :: ""
} 0.0

REAL bms_xpos_2 "x-position of second boosted NS"
{
 : :: ""
} 0.0

REAL bms_ypos_2 "y-position of second boosted NS"
{
 : :: ""
} 0.0

REAL bms_zpos_2 "z-position of second boosted NS"
{
 : :: ""
} 0.0

REAL bms_xpos_3 "x-position of third boosted NS"
{
 : :: ""
} 0.0

REAL bms_ypos_3 "y-position of third boosted NS"
{
 : :: ""
} 0.0

REAL bms_zpos_3 "z-position of third boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_x_1 "x-boost parameter for first boosted NS"
{
 : :: ""
} 0.5

REAL bms_boost_y_1 "y-boost parameter for first boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_z_1 "z-boost parameter for first boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_x_2 "x-boost parameter for second boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_y_2 "y-boost parameter for second boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_z_2 "z-boost parameter for second boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_x_3 "x-boost parameter for third boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_y_3 "y-boost parameter for third boosted NS"
{
 : :: ""
} 0.0

REAL bms_boost_z_3 "z-boost parameter for third boosted NS"
{
 : :: ""
} 0.0

BOOLEAN tov_storage "turn on storage for 1-D TOV arrays?"
{
}  "no"

KEYWORD mahc_init_eos "Which EOS should Mahc_Init use?"
{
   "ideal_polytrope"  :: "P=(gamma-1)*rho*eps=k*rho**gamma"
   "tables"           :: "Use tables through EOS_1D_Base"
}  "ideal_polytrope"

STRING mahc_init_eos_table_type "Which table should Mahc_Init use?"
{
   .*  :: ""
}  "Ideal_Polytrope"

REAL tov_series_start_centden "starting centden for tov_series"
{
 : :: ""
} 5.0e-4

REAL tov_series_end_centden "ending centden for tov_series"
{
 : :: ""
} 5.0e-2

INT tov_series_num "number of tov solves in tov_series"
{
 : :: ""
} 20