solver_time_span

Julia

struct SolverTimeSpan
SolverTimeSpan(start::Union{Float64, Int64, String}, stop::Union{Float64, Int64, String})
SolverTimeSpan(start, stop)

SolverTimeSpan(start, stop)

The solver.time_span interval (esm-spec §2.2.7): the period the document is meant to be simulated over. Each bound is what the author wrote — a number in the document’s time units (seconds; an Int64 when written as an integer, else a Float64), or an RFC 3339 UTC timestamp String — so emit writes it back unchanged. Its value in seconds comes from resolve_time_span . The wire key end is spelled stop here, as in TimeSpan, because end is a Julia keyword.

Source

TypeScript

TypeScript does not export this type.

Python

class SolverTimeSpan
SolverTimeSpan(start: float | int | str, end: float | int | str)

solver.time_span: the interval a document is meant to be simulated over.

Each bound is held EXACTLY as authored (esm-spec §2.2.4 requirement 2): a number in the document’s time units (seconds of the independent variable), or an RFC 3339 UTC timestamp string (...Z), which means seconds from the document’s time origin. resolve_time_span converts both to binary64 seconds (§2.2.7); the converted value is never written back into the document.

Source

Rust

pub struct SolverTimeSpan {
    pub start: TimePoint,
    pub end: TimePoint,
}

solver.time_span (esm-spec §2.2.7): the {start, end} shape of tests[].time_span (TimeSpan ), except that each bound may also be an RFC 3339 UTC timestamp, so it is a separate type rather than f64 bounds.

Source · Rust docs

Go

type SolverTimeSpan struct {
	Start TimePoint `json:"start"`
	End   TimePoint `json:"end"`
}

SolverTimeSpan is the interval the document’s author means it to be simulated over (esm-spec §2.2.7). It is a distinct type from TimeSpan (the tests[].time_span pair of float bounds) because a bound here may also be an RFC 3339 UTC timestamp. Both bounds are held exactly as authored and emitted verbatim; their value in seconds comes from ResolveTimeSpan and is never written back.

Source · Go docs