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SpECTRE
v2026.04.01
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A unique identifier for the temporal state of an integrated system. More...
#include <TimeStepId.hpp>
Public Member Functions | |
| TimeStepId (bool time_runs_forward, int64_t slab_number, const Time &time) | |
| Create a TimeStepId at the start of a step. If that step is at the (evolution-defined) end of the slab the TimeStepId will be advanced to the next slab. | |
| TimeStepId (bool time_runs_forward, int64_t slab_number, const Time &step_time, uint64_t substep, const TimeDelta &step_size, double substep_time) | |
| Create a TimeStepId at a substep at time substep_time in a step starting at time step_time. | |
| bool | time_runs_forward () const |
| int64_t | slab_number () const |
| const Time & | step_time () const |
| Time at the start of the current step. | |
| uint64_t | substep () const |
| TimeDelta | step_size () const |
| Current step size. Only available when the substep is nonzero, because on the full step the state is valid for any step size. | |
| double | substep_time () const |
| Time of the current substep. | |
| bool | is_at_slab_boundary () const |
| TimeStepId | next_step (const TimeDelta &step_size) const |
| Returns a new TimeStepId representing the start of the next step. | |
| TimeStepId | next_substep (const TimeDelta &step_size, double step_fraction) const |
| Returns a new TimeStepId representing the next substep, given the position of the substep within the step. | |
| void | pup (PUP::er &p) |
A unique identifier for the temporal state of an integrated system.