harmonicf | Scope: restricted | REAL |
Description: d/dt alpha = - f alpha
 K (harmonic=1, 1+log=2) | ||
| Range | Default: 1 | |
*:* | ||
Could not find latex documentation for McLachlan/ML_BSSN_O8 (documentation.tex)
a_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
a_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
a_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
a_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
alpha_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
alpha_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
alpha_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
alpha_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
apply_dissipation | Scope: private | KEYWORD |
Description: Whether to apply dissipation to the RHSs
| ||
| Range | Default: always | |
always | always
| |
never | never
| |
at11_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
at11_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
at11_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
at11_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
at12_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
at12_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
at12_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
at12_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
at13_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
at13_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
at13_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
at13_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
at22_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
at22_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
at22_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
at22_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
at23_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
at23_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
at23_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
at23_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
at33_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
at33_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
at33_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
at33_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
b1_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
b1_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
b1_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
b1_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
b2_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
b2_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
b2_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
b2_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
b3_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
b3_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
b3_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
b3_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
beta1_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
beta1_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
beta1_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
beta1_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
beta2_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
beta2_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
beta2_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
beta2_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
beta3_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
beta3_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
beta3_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
beta3_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
dt_lapse_shift_method | Scope: private | KEYWORD |
Description: Treatment of ADMBase dtlapse and dtshift
| ||
| Range | Default: correct | |
correct | correct
| |
see [1] below | ”noLapseShiftAdvecti on”
| |
[1]
gt11_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
gt11_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
gt11_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
gt11_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
gt12_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
gt12_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
gt12_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
gt12_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
gt13_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
gt13_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
gt13_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
gt13_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
gt22_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
gt22_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
gt22_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
gt22_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
gt23_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
gt23_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
gt23_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
gt23_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
gt33_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
gt33_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
gt33_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
gt33_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_curv_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_curv_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_curv_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_curv_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_dtlapse_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_dtlapse_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_dtlapse_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_dtlapse_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_dtshift_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_dtshift_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_dtshift_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_dtshift_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_gamma_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_gamma_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_gamma_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_gamma_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_lapse_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_lapse_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_lapse_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_lapse_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_log_confac_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_log_confac_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_log_confac_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_log_confac_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_metric_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_metric_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_metric_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_metric_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_shift_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_shift_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_shift_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_shift_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
ml_trace_curv_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: none | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
ml_trace_curv_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
ml_trace_curv_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
ml_trace_curv_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
my_boundary_condition | Scope: private | KEYWORD |
Description: my_boundary_condition
| ||
| Range | Default: none | |
none | none
| |
Minkowski | Minkowski
| |
my_initial_data | Scope: private | KEYWORD |
Description: my_initial_data
| ||
| Range | Default: ADMBase | |
ADMBase | ADMBase
| |
Minkowski | Minkowski
| |
phi_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
phi_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
phi_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
phi_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
trk_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
trk_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
trk_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
trk_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
xt1_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
xt1_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
xt1_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
xt1_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
xt2_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
xt2_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
xt2_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
xt2_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
xt3_bound | Scope: private | KEYWORD |
Description: Boundary condition to implement
| ||
| Range | Default: skip | |
flat | Flat boundary condition
| |
none | No boundary condition
| |
static | Boundaries held fixed
| |
radiative | Radiation boundary condition
| |
scalar | Dirichlet boundary condition
| |
newrad | Improved radiative boundary
condition
| |
skip | skip boundary condition code
| |
xt3_bound_limit | Scope: private | REAL |
Description: limit value for r -> infinity
| ||
| Range | Default: 0. | |
*:* | value of limit value is unrestricted
| |
xt3_bound_scalar | Scope: private | REAL |
Description: Dirichlet boundary value
| ||
| Range | Default: 0. | |
*:* | unrestricted
| |
xt3_bound_speed | Scope: private | REAL |
Description: characteristic speed at boundary
| ||
| Range | Default: 1. | |
0:* | outgoing characteristic speed > 0
| |
alphadriver | Scope: restricted | REAL |
Description: AlphaDriver
| ||
| Range | Default: (none) | |
*:* | ||
betadriver | Scope: restricted | REAL |
Description: BetaDriver
| ||
| Range | Default: (none) | |
*:* | ||
calculate_admbase_variables_at | Scope: restricted | KEYWORD |
Description: calculate_ADMBase_variables_at
| ||
| Range | Default: MoL_PostStep | |
MoL_PostStep | MoL_PostStep
| |
CCTK_EVOL | CCTK_EVOL
| |
CCTK_ANALYSIS | CCTK_ANALYSIS
| |
conformalmethod | Scope: restricted | INT |
Description: Treatment of conformal factor
| ||
| Range | Default: (none) | |
*:* | ||
epsdiss | Scope: restricted | REAL |
Description: Dissipation strength
| ||
| Range | Default: (none) | |
*:* | ||
fdorder | Scope: restricted | INT |
Description: fdOrder
| ||
| Range | Default: 8 | |
*:* | ||
harmonicf | Scope: restricted | REAL |
Description: d/dt alpha = - f alpha
K (harmonic=1, 1+log=2) | ||
| Range | Default: 1 | |
*:* | ||
harmonicn | Scope: restricted | INT |
Description: d/dt alpha = - f alpha
 K (harmonic=2, 1+log=1) | ||
| Range | Default: 2 | |
*:* | ||
lapseacoeff | Scope: restricted | REAL |
Description: Whether to evolve A in time
| ||
| Range | Default: (none) | |
*:* | ||
lapseadvectioncoeff | Scope: restricted | REAL |
Description: Factor in front of the shift advection terms in 1+log
| ||
| Range | Default: 1 | |
*:* | ||
minimumlapse | Scope: restricted | REAL |
Description: Minimum value of the lapse function
| ||
| Range | Default: -1 | |
*:* | ||
ml_bssn_o8_advect_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_Advect_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_advect_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_Advect_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_boundary_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_boundary_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_boundary_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_boundary_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_constraints1_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_constraints1_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_constraints1_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_constraints1_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_constraints2_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_constraints2_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_constraints2_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_constraints2_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_convertfromadmbase_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_convertFromADMBase_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_convertfromadmbase_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_convertFromADMBase_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_convertfromadmbasegamma_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_convertFromADMBaseGamma_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_convertfromadmbasegamma_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_convertFromADMBaseGamma_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_converttoadmbase_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBase_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_converttoadmbase_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBase_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_converttoadmbasedtlapseshift_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBaseDtLapseShift_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_converttoadmbasedtlapseshift_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBaseDtLapseShift_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_converttoadmbasedtlapseshiftboundary_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBaseDtLapseShiftBoundary_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_converttoadmbasedtlapseshiftboundary_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBaseDtLapseShiftBoundary_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_converttoadmbasefakedtlapseshift_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBaseFakeDtLapseShift_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_converttoadmbasefakedtlapseshift_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_convertToADMBaseFakeDtLapseShift_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_dissipation_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_Dissipation_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_dissipation_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_Dissipation_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_enforce_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_enforce_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_enforce_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_enforce_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_initgamma_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_InitGamma_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_initgamma_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_InitGamma_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_initrhs_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_InitRHS_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_initrhs_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_InitRHS_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_maxnumevolvedvars | Scope: restricted | INT |
Description: Number of evolved variables used by this thorn
| ||
| Range | Default: 25 | |
25:25 | Number of evolved variables used
by this thorn
| |
ml_bssn_o8_minkowski_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_Minkowski_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_minkowski_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_Minkowski_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_rhs1_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_RHS1_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_rhs1_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_RHS1_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_rhs2_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_RHS2_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_rhs2_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_RHS2_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
ml_bssn_o8_rhsstaticboundary_calc_every | Scope: restricted | INT |
Description: ML_BSSN_O8_RHSStaticBoundary_calc_every
| ||
| Range | Default: 1 | |
*:* | ||
ml_bssn_o8_rhsstaticboundary_calc_offset | Scope: restricted | INT |
Description: ML_BSSN_O8_RHSStaticBoundary_calc_offset
| ||
| Range | Default: (none) | |
*:* | ||
my_initial_boundary_condition | Scope: restricted | KEYWORD |
Description: my_initial_boundary_condition
| ||
| Range | Default: none | |
none | none
| |
my_rhs_boundary_condition | Scope: restricted | KEYWORD |
Description: my_rhs_boundary_condition
| ||
| Range | Default: none | |
none | none
| |
static | static
| |
radiative | radiative
| |
rhs_timelevels | Scope: restricted | INT |
Description: Number of active RHS timelevels
| ||
| Range | Default: 1 | |
0:3 | ||
shiftadvectioncoeff | Scope: restricted | REAL |
Description: Factor in front of the shift advection terms in gamma driver
| ||
| Range | Default: 1 | |
*:* | ||
shiftalphapower | Scope: restricted | INT |
Description: ShiftAlphaPower
| ||
| Range | Default: (none) | |
*:* | ||
shiftbcoeff | Scope: restricted | REAL |
Description: Whether to evolve Bî in time
| ||
| Range | Default: 1 | |
*:* | ||
shiftgammacoeff | Scope: restricted | REAL |
Description: ShiftGammaCoeff
| ||
| Range | Default: (none) | |
*:* | ||
spatialbetadriverradius | Scope: restricted | REAL |
Description: Radius at which the BetaDriver starts to be reduced
| ||
| Range | Default: 1000000000000 | |
*:* | ||
spatialshiftgammacoeffradius | Scope: restricted | REAL |
Description: Radius at which the ShiftGammaCoefficient starts to be reduced
| ||
| Range | Default: 1000000000000 | |
*:* | ||
timelevels | Scope: restricted | INT |
Description: Number of active timelevels
| ||
| Range | Default: 3 | |
0:3 | ||
usespatialbetadriver | Scope: restricted | KEYWORD |
Description: UseSpatialBetaDriver
| ||
| Range | Default: no | |
no | no
| |
yes | yes
| |
verbose | Scope: restricted | INT |
Description: verbose
| ||
| Range | Default: (none) | |
*:* | ||
mol_num_evolved_vars | Scope: shared from METHODOFLINES | INT |
Implements:
ml_bssn_o8
Inherits:
admbase
tmunubase
grid
genericfd
boundary
| Group Names | Variable Names | Details | |
| ml_cons_detg | compact | 0 | |
| cS | description | ML_cons_detg | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=2 | ||
| timelevels | 1 | ||
| variable type | REAL | ||
| ml_cons_gamma | compact | 0 | |
| cXt1 | description | ML_cons_Gamma | |
| cXt2 | dimensions | 3 | |
| cXt3 | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”U” tensorweight=0.66666666666666666667 | ||
| timelevels | 1 | ||
| variable type | REAL | ||
| ml_cons_tracea | compact | 0 | |
| cA | description | ML_cons_traceA | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 1 | ||
| variable type | REAL | ||
| ml_ham | compact | 0 | |
| H | description | ML_Ham | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 1 | ||
| variable type | REAL | ||
| ml_mom | compact | 0 | |
| M1 | description | ML_mom | |
| M2 | dimensions | 3 | |
| M3 | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”D” tensorweight=0 | ||
| timelevels | 1 | ||
| variable type | REAL | ||
| ml_curv | compact | 0 | |
| At11 | description | ML_curv | |
| At12 | dimensions | 3 | |
| At13 | distribution | DEFAULT | |
| At22 | group type | GF | |
| At23 | stagger type | NONE | |
| At33 | tags | tensortypealias=”DD_sym” tensorweight=-0.66666666666666666667 | |
| timelevels | 3 | ||
| variable type | REAL | ||
| Group Names | Variable Names | Details | |
| ml_dtlapse | compact | 0 | |
| A | description | ML_dtlapse | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_dtshift | compact | 0 | |
| B1 | description | ML_dtshift | |
| B2 | dimensions | 3 | |
| B3 | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”U” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_gamma | compact | 0 | |
| Xt1 | description | ML_Gamma | |
| Xt2 | dimensions | 3 | |
| Xt3 | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”U” tensorweight=0.66666666666666666667 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_lapse | compact | 0 | |
| alpha | description | ML_lapse | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_log_confac | compact | 0 | |
| phi | description | ML_log_confac | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0.16666666666666666667 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_metric | compact | 0 | |
| gt11 | description | ML_metric | |
| gt12 | dimensions | 3 | |
| gt13 | distribution | DEFAULT | |
| gt22 | group type | GF | |
| gt23 | stagger type | NONE | |
| gt33 | tags | tensortypealias=”DD_sym” tensorweight=-0.66666666666666666667 | |
| timelevels | 3 | ||
| variable type | REAL | ||
| Group Names | Variable Names | Details | |
| ml_shift | compact | 0 | |
| beta1 | description | ML_shift | |
| beta2 | dimensions | 3 | |
| beta3 | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”U” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_trace_curv | compact | 0 | |
| trK | description | ML_trace_curv | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_curvrhs | compact | 0 | |
| At11rhs | description | ML_curvrhs | |
| At12rhs | dimensions | 3 | |
| At13rhs | distribution | DEFAULT | |
| At22rhs | group type | GF | |
| At23rhs | stagger type | NONE | |
| At33rhs | tags | tensortypealias=”DD_sym” tensorweight=-0.66666666666666666667 | |
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_dtlapserhs | compact | 0 | |
| Arhs | description | ML_dtlapserhs | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_dtshiftrhs | compact | 0 | |
| B1rhs | description | ML_dtshiftrhs | |
| B2rhs | dimensions | 3 | |
| B3rhs | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”U” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_gammarhs | compact | 0 | |
| Xt1rhs | description | ML_Gammarhs | |
| Xt2rhs | dimensions | 3 | |
| Xt3rhs | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”U” tensorweight=0.66666666666666666667 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| Group Names | Variable Names | Details | |
| ml_lapserhs | compact | 0 | |
| alpharhs | description | ML_lapserhs | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_log_confacrhs | compact | 0 | |
| phirhs | description | ML_log_confacrhs | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0.16666666666666666667 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_metricrhs | compact | 0 | |
| gt11rhs | description | ML_metricrhs | |
| gt12rhs | dimensions | 3 | |
| gt13rhs | distribution | DEFAULT | |
| gt22rhs | group type | GF | |
| gt23rhs | stagger type | NONE | |
| gt33rhs | tags | tensortypealias=”DD_sym” tensorweight=-0.66666666666666666667 | |
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_shiftrhs | compact | 0 | |
| beta1rhs | description | ML_shiftrhs | |
| beta2rhs | dimensions | 3 | |
| beta3rhs | distribution | DEFAULT | |
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”U” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
| ml_trace_curvrhs | compact | 0 | |
| trKrhs | description | ML_trace_curvrhs | |
| dimensions | 3 | ||
| distribution | DEFAULT | ||
| group type | GF | ||
| stagger type | NONE | ||
| tags | tensortypealias=”Scalar” tensorweight=0 | ||
| timelevels | 3 | ||
| variable type | REAL | ||
Uses header:
GenericFD.h
Symmetry.h
sbp_calc_coeffs.h
Boundary.h
loopcontrol.h
vectors.h
This section lists all the variables which are assigned storage by thorn McLachlan/ML_BSSN_O8. Storage can either last for the duration of the run (Always means that if this thorn is activated storage will be assigned, Conditional means that if this thorn is activated storage will be assigned for the duration of the run if some condition is met), or can be turned on for the duration of a schedule function.
| Always: | Conditional: |
| ML_cons_detg[1] | ML_cons_Gamma[1] |
| ML_dtlapse[3] | |
| ML_dtshift[1] | |
| ML_dtshift[2] | |
| ML_dtshift[3] | |
| ML_Gamma[1] | |
| ML_Gamma[2] | |
| ML_Gamma[3] | |
| ML_lapse[1] | |
| ML_lapse[2] | |
| ML_lapse[3] | |
| ML_cons_traceA[1] | |
| ML_log_confac[1] | |
| ML_log_confac[2] | |
| ML_log_confac[3] | |
| ML_metric[1] | |
| ML_metric[2] | |
| ML_metric[3] | |
| ML_shift[1] | |
| ML_shift[2] | |
| ML_shift[3] | |
| ML_trace_curv[1] | |
| ML_Ham[1] | |
| ML_trace_curv[2] | |
| ML_trace_curv[3] | |
| ML_curvrhs[1] | |
| ML_curvrhs[2] | |
| ML_curvrhs[3] | |
| ML_dtlapserhs[1] | |
| ML_dtlapserhs[2] | |
| ML_dtlapserhs[3] | |
| ML_dtshiftrhs[1] | |
| ML_dtshiftrhs[2] | |
| ML_mom[1] | |
| ML_dtshiftrhs[3] | |
| ML_Gammarhs[1] | |
| ML_Gammarhs[2] | |
| ML_Gammarhs[3] | |
| ML_lapserhs[1] | |
| ML_lapserhs[2] | |
| ML_lapserhs[3] | |
| ML_log_confacrhs[1] | |
| ML_log_confacrhs[2] | |
| ML_log_confacrhs[3] | |
| ML_curv[1] | |
| ML_metricrhs[1] | |
| ML_metricrhs[2] | |
| ML_metricrhs[3] | |
| ML_shiftrhs[1] | |
| ML_shiftrhs[2] | |
| ML_shiftrhs[3] | |
| ML_trace_curvrhs[1] | |
| ML_trace_curvrhs[2] | |
| ML_trace_curvrhs[3] | |
| ML_curv[2] | |
| ML_curv[3] | |
| ML_dtlapse[1] | |
| ML_dtlapse[2] | |
CCTK_STARTUP (conditional)
ml_bssn_o8_startup
create banner
| Language: | c | |
| Options: | meta | |
| Type: | function | |
MoL_Register (conditional)
ml_bssn_o8_registervars
register variables for mol
| Language: | c | |
| Options: | meta | |
| Type: | function | |
ML_BSSN_O8_evolCalcGroup (conditional)
ml_bssn_o8_advect
ml_bssn_o8_advect
| After: | ml_bssn_o8_rhs1 | |
| ml_bssn_o8_rhs2 | ||
| Language: | c | |
| Type: | function | |
CCTK_ANALYSIS (conditional)
ml_bssn_o8_initrhs
ml_bssn_o8_initrhs
| Before: | ml_bssn_o8_evolcalcgroup | |
| Language: | c | |
| Type: | function | |
MoL_CalcRHS (conditional)
ml_bssn_o8_rhsstaticboundary
ml_bssn_o8_rhsstaticboundary
| Language: | c | |
| Type: | function | |
MoL_PostStepModify (conditional)
ml_bssn_o8_enforce
ml_bssn_o8_enforce
| Language: | c | |
| Type: | function | |
MoL_PostStep (conditional)
ml_bssn_o8_boundary
ml_bssn_o8_boundary
| Language: | c | |
| Type: | function | |
ML_BSSN_O8_convertToADMBaseGroup (conditional)
ml_bssn_o8_converttoadmbase
ml_bssn_o8_converttoadmbase
| Language: | c | |
| Type: | function | |
ML_BSSN_O8_convertToADMBaseGroup (conditional)
ml_bssn_o8_converttoadmbasedtlapseshift
ml_bssn_o8_converttoadmbasedtlapseshift
| Language: | c | |
| Sync: | admbase::dtlapse | |
| admbase::dtshift | ||
| Type: | function | |
ML_BSSN_O8_convertToADMBaseGroup (conditional)
ml_bssn_o8_converttoadmbasedtlapseshiftboundary
ml_bssn_o8_converttoadmbasedtlapseshiftboundary
| Language: | c | |
| Type: | function | |
ML_BSSN_O8_convertToADMBaseGroup (conditional)
ml_bssn_o8_converttoadmbasefakedtlapseshift
ml_bssn_o8_converttoadmbasefakedtlapseshift
| Language: | c | |
| Type: | function | |
MoL_PseudoEvolution
ml_bssn_o8_constraints1_group
ml_bssn_o8_constraints1
| After: | mol_poststep | |
| Type: | group | |
SymmetryRegister (conditional)
ml_bssn_o8_registersymmetries
register symmetries
| Language: | c | |
| Options: | meta | |
| Type: | function | |
ML_BSSN_O8_constraints1_group
ml_bssn_o8_constraints1
ml_bssn_o8_constraints1
| Language: | c | |
| Type: | function | |
ML_BSSN_O8_constraints1_bc_group
ml_bssn_o8_constraints1_selectbcs
ml_bssn_o8_constraints1_selectbcs
| Language: | c | |
| Options: | level | |
| Sync: | ml_ham | |
| Type: | function | |
ML_BSSN_O8_constraints1_bc_group
applybcs
apply bcs for groups set in ml_bssn_o8_constraints1
| After: | ml_bssn_o8_constraints1_selectbcs | |
| Type: | group | |
ML_BSSN_O8_constraints1_group
ml_bssn_o8_constraints1_bc_group
ml_bssn_o8_constraints1
| After: | ml_bssn_o8_constraints1 | |
| Type: | group | |
MoL_PseudoEvolutionBoundaries
ml_bssn_o8_constraints1_bc_group
ml_bssn_o8_constraints1
| After: | mol_poststep | |
| Type: | group | |
MoL_PseudoEvolution
ml_bssn_o8_constraints2_group
ml_bssn_o8_constraints2
| After: | mol_poststep | |
| Type: | group | |
ML_BSSN_O8_constraints2_group
ml_bssn_o8_constraints2
ml_bssn_o8_constraints2
| Language: | c | |
| Type: | function | |
ML_BSSN_O8_constraints2_bc_group
ml_bssn_o8_constraints2_selectbcs
ml_bssn_o8_constraints2_selectbcs
| Language: | c | |
| Options: | level | |
| Sync: | ml_cons_detg | |
| ml_cons_gamma | ||
| ml_cons_tracea | ||
| ml_mom | ||
| Type: | function | |
ML_BSSN_O8_constraints2_bc_group
applybcs
apply bcs for groups set in ml_bssn_o8_constraints2
| After: | ml_bssn_o8_constraints2_selectbcs | |
| Type: | group | |
ML_BSSN_O8_constraints2_group
ml_bssn_o8_constraints2_bc_group
ml_bssn_o8_constraints2
| After: | ml_bssn_o8_constraints2 | |
| Type: | group | |
ADMBase_InitialData (conditional)
ml_bssn_o8_minkowski
ml_bssn_o8_minkowski
| Language: | c | |
| Type: | function | |
MoL_PseudoEvolutionBoundaries
ml_bssn_o8_constraints2_bc_group
ml_bssn_o8_constraints2
| After: | mol_poststep | |
| Type: | group | |
MoL_PostStep
ml_bssn_o8_selectboundconds
select boundary conditions
| Language: | c | |
| Options: | level | |
| Sync: | ml_curv | |
| ml_dtlapse | ||
| ml_dtshift | ||
| ml_gamma | ||
| ml_lapse | ||
| ml_log_confac | ||
| ml_metric | ||
| ml_shift | ||
| ml_trace_curv | ||
| Type: | function | |
CCTK_BASEGRID
ml_bssn_o8_checkboundaries
check boundaries treatment
| Language: | c | |
| Options: | meta | |
| Type: | function | |
MoL_PostStep
applybcs
apply boundary conditions controlled by thorn boundary
| After: | ml_bssn_o8_selectboundconds | |
| Type: | group | |
CCTK_INITIAL (conditional)
ml_bssn_o8_convertfromadmbase
ml_bssn_o8_convertfromadmbase
| After: | admbase_postinitial | |
| Language: | c | |
| Type: | function | |
CCTK_INITIAL (conditional)
ml_bssn_o8_initgamma
ml_bssn_o8_initgamma
| Before: | ml_bssn_o8_convertfromadmbasegamma | |
| Language: | c | |
| Type: | function | |
CCTK_INITIAL (conditional)
ml_bssn_o8_convertfromadmbasegamma
ml_bssn_o8_convertfromadmbasegamma
| After: | ml_bssn_o8_convertfromadmbase | |
| Language: | c | |
| Sync: | ml_dtlapse | |
| ml_dtshift | ||
| ml_gamma | ||
| Type: | function | |
ML_BSSN_O8_evolCalcGroup (conditional)
ml_bssn_o8_rhs1
ml_bssn_o8_rhs1
| Language: | c | |
| Type: | function | |
ML_BSSN_O8_evolCalcGroup (conditional)
ml_bssn_o8_rhs2
ml_bssn_o8_rhs2
| Language: | c | |
| Type: | function | |
ML_BSSN_O8_evolCalcGroup (conditional)
ml_bssn_o8_dissipation
ml_bssn_o8_dissipation
| After: | ml_bssn_o8_rhs1 | |
| ml_bssn_o8_rhs2 | ||
| Language: | c | |
| Type: | function | |
| Alias Name: | Function Name: |
| ApplyBCs | ML_BSSN_O8_ApplyBCs |