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# Parameter definitions for thorn Extract
# $Header$
shares: grid
USES KEYWORD domain
shares: io
USES STRING out_dir
shares: ADMBase
USES KEYWORD metric_type
private:
KEYWORD timecoord "Which time coordinate to use"
{
"proper" :: ""
"coordinate" :: ""
"both" :: ""
} "both"
BOOLEAN all_modes "Extract: all l,m modes up to l"
{
} "yes"
BOOLEAN Cauchy "Do Cauchy data extraction at given timestep"
{
} "no"
BOOLEAN verbose "Say what is happening"
{
} "no"
BOOLEAN doADMmass "Calculate ADM mass at extraction radii"
{
} "no"
BOOLEAN do_momentum "Calculate momentum at extraction radii"
{
} "no"
BOOLEAN do_spin "Calculate spin at extraction radii"
{
} "no"
INT itout "How often to extract, in iterations" STEERABLE = ALWAYS
{
0:* :: ""
} 1
INT l_mode "l mode"
{
0:* :: ""
} 2
INT m_mode "m mode (ignore if extracting all modes"
{
0:* :: ""
} 0
INT Nt "Number of theta divisions"
{
0:* :: ""
} 100
INT Np "Number of phi divisions"
{
0:* :: ""
} 100
INT Cauchy_timestep "Timestep for Cauchy data extraction"
{
0:* :: ""
} 0
INT num_detectors "Number of detectors"
{
0:* :: ""
} 0
REAL detector1 "Coordinate radius of detector 1"
{
0:* :: ""
} 5.0
REAL detector2 "Coordinate radius of detector 2"
{
0:* :: ""
} 5.0
REAL detector3 "Coordinate radius of detector 3"
{
0:* :: ""
} 5.0
REAL detector4 "Coordinate radius of detector 4"
{
0:* :: ""
} 5.0
REAL detector5 "Coordinate radius of detector 5"
{
0:* :: ""
} 5.0
REAL detector6 "Coordinate radius of detector 6"
{
0:* :: ""
} 5.0
REAL detector7 "Coordinate radius of detector 7"
{
0:* :: ""
} 5.0
REAL detector8 "Coordinate radius of detector 8"
{
0:* :: ""
} 5.0
REAL detector9 "Coordinate radius of detector 9"
{
0:* :: ""
} 5.0
REAL origin_x "x-origin to extract about"
{
*:* :: ""
} 0.0
REAL origin_y "y-origin to extract about"
{
*:* :: ""
} 0.0
REAL origin_z "z-origin to extract about"
{
*:* :: ""
} 0.0
REAL Cauchy_r1 "First radius for Cauchy data extraction"
{
*:* :: ""
} 1.0
REAL Cauchy_dr "Gridspacing for Cauchy data extraction"
{
*:* :: ""
} 0.2
STRING interpolation_operator "Interpolation operator to use (check LocalInterp)"
{
.+ :: ""
} "uniform cartesian"
INT interpolation_order "Order for interpolation" STEERABLE = ALWAYS
{
1:4 :: "Choose between first and forth order interpolation"
} 1
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