CitraClient.Schemas.TelescopeUpsert (citra_client v0.3.0)

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Schema for telescope upsert operations (create or update)

Fields

  • :angular_noise — number() (API key: angularNoise) — Angular noise in arcseconds
  • :automated_scheduling — boolean() (API key: automatedScheduling) — Whether this telescope is enabled for automated scheduling
  • :filter_change_time_seconds — number() (API key: filterChangeTimeSeconds) — Time required to change filters in seconds (default: 5.0)
  • :focal_length — number() (API key: focalLength) — Focal length of the optical system in millimeters
  • :focal_ratio — number() (API key: focalRatio) — Focal ratio (f-number) of the optical system, unitless
  • :ground_station_id — UUID String.t() (API key: groundStationId) — Ground station this telescope is assigned to
  • :home_azimuth — number() (API key: homeAzimuth) — Home azimuth position in degrees
  • :home_elevation — number() (API key: homeElevation) — Home elevation position in degrees
  • :horizontal_pixel_count — integer() (API key: horizontalPixelCount) — Number of horizontal pixels in the sensor
  • :id — any() — If provided, updates existing telescope. If not provided, creates new telescope.
  • :image_circle_diameter — number() (API key: imageCircleDiameter) — Diameter of the usable image circle in millimeters
  • :last_connection_epoch — DateTime.t() (API key: lastConnectionEpoch) — Last time the telescope connected
  • :legacy_field_of_view — number() (API key: legacyFieldOfView) — Original FOV in degrees (pre-sensor specs migration)
  • :max_magnitude — number() (API key: maxMagnitude) — Maximum detectable magnitude
  • :max_slew_rate — number() (API key: maxSlewRate) — Maximum slew rate in degrees per second
  • :min_elevation — number() (API key: minElevation) — Minimum elevation angle in degrees
  • :name — String.t() — Telescope name
  • :pixel_size — number() (API key: pixelSize) — Physical size of each pixel in micrometers
  • :satellite_id — UUID String.t() (API key: satelliteId) — Satellite this telescope is assigned to
  • :spectral_config — any() (API key: spectralConfig) — Spectral configuration: discrete filters, tunable, or hyperspectral. Example: {'type': 'discrete', 'filters': [{'name': 'Red', 'central_wavelength_nm': 630}]}
  • :vertical_pixel_count — integer() (API key: verticalPixelCount) — Number of vertical pixels in the sensor

Summary

Types

t()

Functions

from_api(data)

Build this struct from a decoded JSON map received from the API. Unknown fields are ignored.

to_api(struct)

Convert this struct into a map with the API's camelCase keys, ready to be JSON-encoded. Fields whose value is nil are omitted.

Types

t()

@type t() :: %CitraClient.Schemas.TelescopeUpsert{
  angular_noise: number() | nil,
  automated_scheduling: boolean() | nil,
  filter_change_time_seconds: number() | nil,
  focal_length: number() | nil,
  focal_ratio: number() | nil,
  ground_station_id: String.t() | nil,
  home_azimuth: number() | nil,
  home_elevation: number() | nil,
  horizontal_pixel_count: integer() | nil,
  id: any(),
  image_circle_diameter: number() | nil,
  last_connection_epoch: DateTime.t() | nil,
  legacy_field_of_view: number() | nil,
  max_magnitude: number() | nil,
  max_slew_rate: number() | nil,
  min_elevation: number() | nil,
  name: String.t() | nil,
  pixel_size: number() | nil,
  satellite_id: String.t() | nil,
  spectral_config: any(),
  vertical_pixel_count: integer() | nil
}

Functions

from_api(data)

Build this struct from a decoded JSON map received from the API. Unknown fields are ignored.

to_api(struct)

Convert this struct into a map with the API's camelCase keys, ready to be JSON-encoded. Fields whose value is nil are omitted.