diff options
| -rw-r--r-- | param.ccl | 37 |
1 files changed, 28 insertions, 9 deletions
@@ -36,10 +36,10 @@ EXTENDS KEYWORD initial_shift EXTENDS KEYWORD evolution_method { "exact" :: "Fake an evolution by setting exact data at every timestep" - "slice" :: "Evolve arbitrary slice and extract Cauchy data" + "slice" :: "Evolve arbitrary slice and extract Cauchy data" } -shares:StaticConformal +shares: StaticConformal USES KEYWORD conformal_storage @@ -114,6 +114,25 @@ REAL boost_vz "z component of boost velocity" } 0.0 ################################################################################ +##### parameters for adding to the shift of any model ########################## +################################################################################ + +private: + +REAL shift_add_x "x component of added shift" +{ +*:* :: "any real number" +} 0.0 +REAL shift_add_y "y component of added shift" +{ +*:* :: "any real number" +} 0.0 +REAL shift_add_z "z component of added shift" +{ +*:* :: "any real number" +} 0.0 + +################################################################################ ##### general comments ######################################################### ################################################################################ @@ -274,22 +293,22 @@ REAL Minkowski_funny__sigma "Minkowski/funny: width of Gaussian" KEYWORD Minkowski_gauge_wave__what_fn \ "Minkowski/gauge wave: what function to use" { -"sin" :: "1-a*sin(x)" -"expsin" :: "exp(a*sin(x)*cos(t))" -"Gaussian":: "1-a*exp(-x**2)" -}"sin" +"sin" :: "1-a*sin(x)" +"expsin" :: "exp(a*sin(x)*cos(t))" +"Gaussian" :: "1-a*exp(-x**2)" +} "sin" REAL Minkowski_gauge_wave__amplitude \ "Minkowski/gauge wave: amplitude of the wave" { -(-1:1) :: "any real number with absolute value < 1" -}0.5 +*:* :: "any real number" +} 0.5 REAL Minkowski_gauge_wave__omega \ "Minkowski/gauge wave: angular frequency of the wave in time" { *:* :: "any real number" -}1.0 +} 1.0 BOOLEAN Minkowski_gauge_wave__diagonal \ "Minkowski/gauge wave: should the wave run diagonally across the grid?" |