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# Parameter definitions for thorn IDScalarWave
# $Header$

shares: grid

USES KEYWORD type ""
{
}

restricted:

KEYWORD initial_data "Type of initial data"
{
  "plane"      :: "Plane wave"
  "gaussian"   :: "Gaussian wave"
  "box"        :: "Box wave"
  "none"       :: "No initial data, zero phi"
} "gaussian"

private:

## Parameter for rotating binary charges

KEYWORD binary_source "Rotating binary source"
{
  "yes" :: "Rotating binary source (fast'n fancy); set binary_[radius/size/omega]"
  "fast":: "Rotating binary source (fast'n fancy); set binary_[radius/size/omega]"
  "slow":: "Rotating binary source (slown'n easy); set binary_[radius/size/omega]"
  "no"  :: "No rotating binary source"
} "no"

KEYWORD binary_verbose "Rotating binary source verbose"
{
  "yes"  :: "Info on charge location/extension on first iteration"
  "debug":: "Info on charge location/extension on all iterations"
  "no"   :: "no output"
} "no"

REAL binary_size "Radial extension of the binary source" STEERABLE = ALWAYS
{
  0.0: :: "Some positive value"
} 0.5

REAL binary_omega "Frequency of the circular binary orbit" STEERABLE = ALWAYS
{
 0.0: :: "Some positive value"
} 2.0

REAL binary_charge "Charge of source" STEERABLE = ALWAYS
{
 : :: "No restriction"
} 0.1

REAL binary_radius "Radius of the circular binary orbit" STEERABLE = ALWAYS
{
 0.0: :: "Some positive value"
} 2.0

## Parameter for initial wavepulses

REAL radius "The radius of the gaussian wave"
{
 0:* ::
} 0.0

REAL sigma "The sigma for the gaussian wave"
{
 0:* ::
} 0.1

REAL kx "The wave number in the x-direction"
{
 *:* :: "No restriction"
} 4.0

REAL ky "The wave number in the y-direction"
{
 *:* :: "No restriction"
} 0.0

REAL kz "The wave number in the z-direction"
{
 *:* :: "No restriction"
} 0.0

REAL amplitude "The amplitude of the waves"
{
  *:* :: "No restriction"
} 1.0