# Parameter definitions for thorn ADMBase
# $Header$

restricted:

KEYWORD initial_data "Initial metric and extrinsic curvature datasets"
{
  "Cartesian Minkowski" :: "Minkowski values in cartesian coordinates"
} "Cartesian Minkowski"

KEYWORD initial_lapse "Initial lapse value"
{
  "one" :: "Uniform lapse"
} "one"

KEYWORD initial_shift "Initial shift value"
{
  "none" :: "Shift is inactive"
  "zero" :: "Shift is zero"
} "zero"

KEYWORD initial_dtlapse "Initial dtlapse value"
{
  "none"   :: "Dtlapse is inactive"
  "zero"   :: "Dtlapse is zero"
} "none"

KEYWORD initial_dtshift "Initial dtshift value"
{
  "none"   :: "Dtshift is inactive"
  "zero"   :: "Dtshift is zero"
} "none"



KEYWORD evolution_method "The metric an extrinsic curvature evolution method"
{
  "none"   :: "The metric and extrinsic curvature are not evolved"
  "static" :: "The metric and extrinsic curvature are not evolved"
} "static"

KEYWORD lapse_evolution_method "The lapse evolution method"
{
  "static" :: "lapse is not evolved"
} "static"

KEYWORD shift_evolution_method "The shift evolution method"
{ 
  "static" :: "shift is not evolved"
} "static"

KEYWORD dtlapse_evolution_method "The dtlapse evolution method"
{
  "static" :: "dtlapse is not evolved"
} "static"

KEYWORD dtshift_evolution_method "The dtshift evolution method"
{ 
  "static" :: "shift is not evolved"
} "static"



STRING admbase_boundary_condition "Boundary condition for ADMBase variables"
{
  "" :: "must be a registered boundary condition"
} "flat"



KEYWORD metric_type "The semantics of the metric variables (physical, static conformal, etc)"
{
  "physical" :: "metric and extrinsic curvature are the physical ones"
} "physical"

KEYWORD lapse_prolongation_type "The kind of boundary prolongation for the lapse"
{
  "Lagrange" :: "standard prolongation (requires several time levels)"
  "none"     :: "no prolongation (use this if you do not have enough time levels active)"
} "Lagrange"

KEYWORD shift_prolongation_type "The kind of boundary prolongation for the shift"
{
  "Lagrange" :: "standard prolongation (requires several time levels)"
  "none"     :: "no prolongation (use this if you do not have enough time levels active)"
} "Lagrange"

KEYWORD metric_prolongation_type "The kind of boundary prolongation for the metric and extrinsic curvature"
{
  "Lagrange" :: "standard prolongation (requires several time levels)"
  "none"     :: "no prolongation (use this if you do not have enough time levels active)"
} "Lagrange"

INT lapse_timelevels "Number of time levels for the lapse" STEERABLE=recover
{
  0:3 :: ""
} 1

INT shift_timelevels "Number of time levels for the shift" STEERABLE=recover
{
  0:3 :: ""
} 1

INT metric_timelevels "Number of time levels for the metric and extrinsic curvature" STEERABLE=recover
{
  0:3 :: ""
} 1