Sidereon.GNSS.PreciseEphemeris.PreciseInterpolantArtifact (Sidereon v0.26.1)

Canonical precise-interpolant artifact facade.

This module delegates to Sidereon.GNSS.PreciseEphemeris.InterpolantArtifact and preserves the capability name used by the Rust, Python, wasm, and C bindings.

Summary

Types

source()

t()

Functions

artifact_bytes(source)

Build canonical artifact bytes from an SP3 product, an interpolant, or an opened artifact.

as_bytes(artifact)

Return the artifact bytes backing an opened handle.

byte_len(artifact)

Return the artifact byte length.

checksum64(source)

Alias for checksum/1.

checksum(source)

Return the artifact checksum.

from_bytes(bytes)

Alias for open/1.

from_path(path)

Read artifact bytes from disk and open them.

open(bytes)

Open precise-interpolant artifact bytes.

satellite_ids(artifact)

Return the satellite ids available in the artifact.

satellites(artifact)

Alias for satellite_ids/1.

states_at_j2000_s(artifact, satellites, epochs_j2000_s)

Evaluate states for parallel satellite and epoch arrays.

states_at_shared_j2000_s(artifact, satellites, epoch_j2000_s)

Evaluate states for many satellites at one shared J2000-second epoch.

time_scale(artifact)

Return the source time-scale abbreviation.

to_interpolant(artifact)

Return the underlying interpolant handle.

Types

source()

@type source() :: Sidereon.GNSS.PreciseEphemeris.InterpolantArtifact.source()

t()

@type t() :: Sidereon.GNSS.PreciseEphemeris.InterpolantArtifact.t()

Functions

artifact_bytes(source)

@spec artifact_bytes(
  Sidereon.GNSS.SP3.t()
  | Sidereon.GNSS.PreciseEphemeris.Interpolant.t()
  | t()
) ::
  {:ok, binary()} | {:error, term()}

Build canonical artifact bytes from an SP3 product, an interpolant, or an opened artifact.

as_bytes(artifact)

@spec as_bytes(t()) :: {:ok, binary()} | {:error, term()}

Return the artifact bytes backing an opened handle.

byte_len(artifact)

@spec byte_len(t()) :: {:ok, non_neg_integer()} | {:error, term()}

Return the artifact byte length.

checksum64(source)

@spec checksum64(source()) :: {:ok, non_neg_integer()} | {:error, term()}

Alias for checksum/1.

checksum(source)

@spec checksum(source()) :: {:ok, non_neg_integer()} | {:error, term()}

Return the artifact checksum.

from_bytes(bytes)

@spec from_bytes(binary()) :: {:ok, t()} | {:error, term()}

Alias for open/1.

from_path(path)

@spec from_path(String.t()) :: {:ok, t()} | {:error, term()}

Read artifact bytes from disk and open them.

open(bytes)

@spec open(binary()) :: {:ok, t()} | {:error, term()}

Open precise-interpolant artifact bytes.

satellite_ids(artifact)

@spec satellite_ids(t()) :: [String.t()]

Return the satellite ids available in the artifact.

satellites(artifact)

@spec satellites(t()) :: [String.t()]

Alias for satellite_ids/1.

states_at_j2000_s(artifact, satellites, epochs_j2000_s)

@spec states_at_j2000_s(t(), [String.t()], [number()]) ::
  {:ok, Sidereon.GNSS.PreciseEphemeris.StateBatch.t()} | {:error, term()}

Evaluate states for parallel satellite and epoch arrays.

states_at_shared_j2000_s(artifact, satellites, epoch_j2000_s)

@spec states_at_shared_j2000_s(t(), [String.t()], number()) ::
  {:ok, Sidereon.GNSS.PreciseEphemeris.StateBatch.t()} | {:error, term()}

Evaluate states for many satellites at one shared J2000-second epoch.

time_scale(artifact)

@spec time_scale(t()) :: String.t()

Return the source time-scale abbreviation.

to_interpolant(artifact)

@spec to_interpolant(t()) :: Sidereon.GNSS.PreciseEphemeris.Interpolant.t()

Return the underlying interpolant handle.