void CCTKi_BindingsSchedule_IOBasic(void)
{
DECLARE_CCTK_PARAMETERS
CCTKi_ScheduleFunction((void *)IOBasic_Startup,
"IOBasic_Startup",
"IOBasic",
"IOBasic",
"Startup routine",
"CCTK_STARTUP",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
1, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"IOUtil_Startup");
USE_CCTK_PARAMETERS; return;
}
void CCTKi_BindingsSchedule_Einstein(void)
{
DECLARE_CCTK_PARAMETERS
CCTKi_ScheduleGroupStorage( "einstein::metric");
CCTKi_ScheduleGroupStorage( "einstein::curv");
CCTKi_ScheduleGroupStorage( "einstein::lapse");
CCTKi_ScheduleGroupStorage( "einstein::flags");
CCTKi_ScheduleGroupStorage( "einstein::slicing_flags");
CCTKi_ScheduleGroupComm( "einstein::metric");
CCTKi_ScheduleGroupComm( "einstein::curv");
CCTKi_ScheduleGroupComm( "einstein::lapse");
CCTKi_ScheduleGroupComm( "einstein::flags");
CCTKi_ScheduleGroupComm( "einstein::slicing_flags");
if (!CCTK_Equals(shift,"none"))
{
CCTKi_ScheduleGroupStorage( "einstein::shift");
CCTKi_ScheduleGroupComm( "einstein::shift");
}
if (use_conformal) {
CCTKi_ScheduleGroupStorage( "einstein::confac");
CCTKi_ScheduleGroupComm( "einstein::confac");
}
if (use_conformal_derivs) {
CCTKi_ScheduleGroupStorage( "einstein::confac_1derivs");
CCTKi_ScheduleGroupStorage( "einstein::confac_2derivs");
CCTKi_ScheduleGroupComm( "einstein::confac_1derivs");
CCTKi_ScheduleGroupComm( "einstein::confac_2derivs");
}
if (use_mask) {
CCTKi_ScheduleGroupStorage( "einstein::mask");
CCTKi_ScheduleGroupComm( "einstein::mask");
CCTKi_ScheduleFunction((void *)MaskOne,
"MaskOne",
"Einstein",
"einstein",
"Set mask to one",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
}
CCTKi_ScheduleFunction((void *)Einstein_InitSymBound,
"Einstein_InitSymBound",
"Einstein",
"einstein",
"Set up GF symmetries",
"CCTK_BASEGRID",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
if (einstein_register_slicing)
{
CCTKi_ScheduleFunction((void *)Einstein_ActivateSlicing,
"Einstein_ActivateSlicing",
"Einstein",
"einstein",
"Initialize slicing, setup priorities for mixed slicings",
"CCTK_BASEGRID",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
}
CCTKi_ScheduleFunction((void *)InitialEinstein,
"InitialEinstein",
"Einstein",
"einstein",
"Initialisation for Einstein methods",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
if (CCTK_Equals(initial_data,"flat"))
{
CCTKi_ScheduleFunction((void *)InitialFlat,
"InitialFlat",
"Einstein",
"einstein",
"Flat initial data",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
1, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"InitialEinstein");
}
if (CCTK_Equals(initial_lapse,"one") || CCTK_Equals(slicing,"geodesic"))
{
CCTKi_ScheduleFunction((void *)LapseOne,
"LapseOne",
"Einstein",
"einstein",
"Set initial lapse to one",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
}
if (CCTK_Equals(initial_lapse,"gaussian"))
{
CCTKi_ScheduleFunction((void *)LapseGaussian,
"LapseGaussian",
"Einstein",
"einstein",
"Set initial lapse to a gaussian",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
}
if (CCTK_Equals(initial_lapse,"psiminustwo"))
{
CCTKi_ScheduleFunction((void *)LapsePsiMinusTwo,
"LapsePsiMinusTwo",
"Einstein",
"einstein",
"Set initial lapse to psi to the minus two",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
3, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"BiBBAM_InitialWrapper",
"IDAxiBrillBH",
"Schwarzschild");
}
if (CCTK_Equals(initial_lapse,"isotropic"))
{
CCTKi_ScheduleFunction((void *)LapseIsotropic,
"LapseIsotropic",
"Einstein",
"einstein",
"Set initial lapse to isotropic lapse",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
3, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"BiBBAM_InitialWrapper",
"IDAxiBrillBH",
"Schwarzschild");
}
if (!CCTK_Equals(shift,"none"))
{
if (CCTK_Equals(initial_shift,"zero"))
{
CCTKi_ScheduleFunction((void *)ShiftZero,
"ShiftZero",
"Einstein",
"einstein",
"Set initial shift to zero",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
}
if (CCTK_Equals(initial_shift,"rotation"))
{
CCTKi_ScheduleFunction((void *)ShiftRotation,
"ShiftRotation",
"Einstein",
"einstein",
"Set initial shift to rigid rotation",
"CCTK_INITIAL",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
3, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"BiBBAM_InitialWrapper",
"IDAxiBrillBH",
"Schwarzschild");
}
}
if (einstein_register_slicing)
{
CCTKi_ScheduleFunction((void *)Einstein_SetNextSlicing,
"Einstein_SetNextSlicing",
"Einstein",
"einstein",
"Identify the slicing for the next iteration",
"CCTK_PRESTEP",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */);
}
CCTKi_ScheduleFunction((void *)evaltrK,
"evaltrK",
"Einstein",
"einstein",
"Compute the trace of the extrinsic curvature",
"CCTK_ANALYSIS",
"C",
2, /* Number of STORAGE groups */
2, /* Number of COMM groups */
2, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"Einstein::trace_of_K",
"Einstein::detofg",
"Einstein::trace_of_K",
"Einstein::detofg",
"Einstein::trace_of_K",
"Einstein::detofg");
CCTKi_ScheduleFunction((void *)metric_carttosphere,
"metric_carttosphere",
"Einstein",
"einstein",
"Calculate the spherical metric in r,theta(q), phi(p)",
"CCTK_ANALYSIS",
"C",
1, /* Number of STORAGE groups */
1, /* Number of COMM groups */
1, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"Einstein::spherical_metric",
"Einstein::spherical_metric",
"Einstein::spherical_metric");
CCTKi_ScheduleFunction((void *)curv_carttosphere,
"curv_carttosphere",
"Einstein",
"einstein",
"Calculate the spherical ex. curvature in r, theta(q), phi(p)",
"CCTK_ANALYSIS",
"C",
1, /* Number of STORAGE groups */
1, /* Number of COMM groups */
1, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
0, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"Einstein::spherical_curv",
"Einstein::spherical_curv",
"Einstein::spherical_curv");
if (CCTK_Equals(timestep_method,"courant") || CCTK_Equals(timestep_method,"courant_time"))
{
CCTKi_ScheduleFunction((void *)CalcCourant,
"CalcCourant",
"Einstein",
"einstein",
"Calculate the wavespeed for the Courant condition",
"CCTK_PRESTEP",
"C",
0, /* Number of STORAGE groups */
0, /* Number of COMM groups */
0, /* Number of TRIGGERS groups */
0, /* Number of SYNC groups */
0, /* Number of Options */
1, /* Number of BEFORE routines */
0, /* Number of AFTER routines */
0 /* Number of WHILE variables */,
"Time_Simple");
}
USE_CCTK_PARAMETERS; return;
}
