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# Schedule definitions for thorn SpaceTimeToy
# $Header:$
STORAGE: spacetimeevolve[3]
STORAGE: icn_state
# Startup
schedule SpaceTimeToy_Startup at STARTUP
{
LANG: Fortran
} "Register banner"
schedule SpaceTimeToy_InitSymBound at BASEGRID
{
LANG: Fortran
OPTIONS: global
} "Schedule symmetries"
# Iterative Crank-Nicholson integration
schedule SpaceTimeToy_EulerStep at EVOL \
after HydroToy_EulerPredictor
{
LANG: Fortran
STORAGE: spacetimetemps hydrotemps
} "Initial Euler step"
schedule SpaceTimeToy_Boundaries at EVOL \
after SpaceTimeToy_EulerStep
{
LANG: Fortran
SYNC: spacetimeevolve
} "Select boundary conditions after initial Euler step"
schedule GROUP ApplyBCs at EVOL \
after SpaceTimeToy_Boundaries
{
} "Apply boundary conditions after initial Euler step"
schedule GROUP SpaceTimeToy_ICNLoop at EVOL \
after SpaceTimeToy_EulerStep \
after HydroToy_EulerPredictor \
before HydroToy_EulerCorrector \
while SpaceTimeToy::do_iterate
{
} "All ICN steps"
schedule SpaceTimeToy_ICNStep in SpaceTimeToy_ICNLoop
{
LANG: Fortran
STORAGE: spacetimetemps hydrotemps
} "One ICN step"
schedule SpaceTimeToy_Boundaries in SpaceTimeToy_ICNLoop \
after SpaceTimeToy_ICNStep
{
LANG: Fortran
SYNC: spacetimeevolve
} "Select boundary conditions after ICN step"
schedule GROUP ApplyBCs in SpaceTimeToy_ICNLoop \
after SpaceTimeToy_Boundaries
{
} "Apply boundary conditions after ICN step"
schedule SpaceTimeToy_Boundaries at POSTRESTRICT
{
LANG: Fortran
SYNC: spacetimeevolve
} "Select boundary conditions after restricting"
schedule GROUP ApplyBCs at POSTRESTRICT \
after SpaceTimeToy_Boundaries
{
} "Apply boundary conditions after restricting"
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