CelesTrak¶

API reference for the CelesTrak client module. All types are available via brahe.celestrak.

CelestrakClient¶

CelestrakClient ¶

CelestrakClient(base_url: str = None, cache_max_age: float = None)

CelestrakClient API client with caching.

Provides typed query execution for GP, supplemental GP, and SATCAT data from CelestrakClient. No authentication is required. Responses are cached locally to reduce server load.

Two tiers of API are available:

Tier 1 — Compact convenience methods (most common operations): - get_gp(): Look up GP records by catnr, group, name, or intdes - get_sup_gp(): Look up supplemental GP records - get_satcat(): Look up SATCAT records - get_sgp_propagator(): Get an SGP4 propagator directly

Tier 2 — Query builder (complex queries with filtering/sorting): - query(): Execute any CelestrakQuery and return typed results

Parameters:

Name	Type	Description	Default
`base_url`	`str`	Custom base URL for testing.	`None`
`cache_max_age`	`float`	Cache TTL in seconds. Default: 21600.0 (6 hours).	`None`

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()

# Compact: look up ISS GP data
records = client.get_gp(catnr=25544)

# Compact: get an SGP4 propagator directly
prop = client.get_sgp_propagator(catnr=25544, step_size=60.0)

# Query builder: complex queries with filtering
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("active")
    .filter("INCLINATION", ">50")
    .limit(10)
)
records = client.query(query)

Initialize instance.

download `method descriptor` ¶

download(query: CelestrakQuery, filepath: str) -> Any

Execute a query and save the response to a file.

Parameters:

Name	Type	Description	Default
`query`	`CelestrakQuery`	The query to execute.	required
`filepath`	`str`	Path to save the response to.	required

Raises:

Type	Description
`BraheError`	On network, cache, or I/O errors.

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("stations")
    .format(bh.celestrak.CelestrakOutputFormat.THREE_LE)
)
client.download(query, "stations.3le")

get_gp `method descriptor` ¶

get_gp(*, catnr: int = None, group: str = None, name: str = None, intdes: str = None) -> list[GPRecord]

Look up GP records by exactly one identifier.

Provide exactly one of catnr, group, name, or intdes.

Parameters:

Name	Type	Description	Default
`catnr`	`int`	NORAD catalog number (e.g., 25544 for ISS).	`None`
`group`	`str`	Satellite group name (e.g., "stations", "active").	`None`
`name`	`str`	Satellite name to search for (partial match).	`None`
`intdes`	`str`	International designator (e.g., "1998-067A").	`None`

Returns:

Type	Description
`list[GPRecord]`	list[GPRecord]: List of matching GP records.

Raises:

Type	Description
`ValueError`	If zero or more than one identifier is provided.
`BraheError`	On network, cache, or parse errors.

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()
records = client.get_gp(catnr=25544)
records = client.get_gp(group="stations")
records = client.get_gp(name="ISS")
records = client.get_gp(intdes="1998-067A")

get_satcat `method descriptor` ¶

get_satcat(*, catnr: int = None, active: bool = None, payloads: bool = None, on_orbit: bool = None) -> list[CelestrakSATCATRecord]

Look up SATCAT records.

At least one parameter must be provided.

Parameters:

Name	Type	Description	Default
`catnr`	`int`	NORAD catalog number.	`None`
`active`	`bool`	Filter to active objects only.	`None`
`payloads`	`bool`	Filter to payloads only.	`None`
`on_orbit`	`bool`	Filter to on-orbit objects only.	`None`

Returns:

Type	Description
`list[CelestrakSATCATRecord]`	list[CelestrakSATCATRecord]: List of matching SATCAT records.

Raises:

Type	Description
`ValueError`	If no parameters are provided.
`BraheError`	On network, cache, or parse errors.

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()
records = client.get_satcat(catnr=25544)
records = client.get_satcat(active=True, payloads=True)

get_sgp_propagator `method descriptor` ¶

get_sgp_propagator(*, catnr: int, step_size: float = 60.0) -> SGPPropagator

Look up a satellite and return an SGP4 propagator.

Queries GP data for the given catalog number and creates an SGPPropagator from the first result.

Parameters:

Name	Type	Description	Default
`catnr`	`int`	NORAD catalog number.	required
`step_size`	`float`	Propagator step size in seconds. Default: 60.0.	`60.0`

Returns:

Name	Type	Description
`SGPPropagator`	`SGPPropagator`	Ready-to-use SGP4 propagator.

Raises:

Type	Description
`BraheError`	If no records found or propagator creation fails.

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()
propagator = client.get_sgp_propagator(catnr=25544, step_size=60.0)

get_sup_gp `method descriptor` ¶

get_sup_gp(source: SupGPSource) -> list[GPRecord]

Look up supplemental GP records by source.

Parameters:

Name	Type	Description	Default
`source`	`SupGPSource`	The supplemental data source.	required

Returns:

Type	Description
`list[GPRecord]`	list[GPRecord]: List of GP records from the supplemental source.

Raises:

Type	Description
`BraheError`	On network, cache, or parse errors.

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()
records = client.get_sup_gp(bh.celestrak.SupGPSource.STARLINK)

query `method descriptor` ¶

query(query: CelestrakQuery) -> list[GPRecord]

Execute a query and return typed results.

Dispatches to the appropriate handler based on query type: GP and SupGP queries return list[GPRecord], SATCAT queries return list[CelestrakSATCATRecord].

Parameters:

Name	Type	Description	Default
`query`	`CelestrakQuery`	The query to execute.	required

Returns:

Type	Description
`list[GPRecord]`	list[GPRecord] \| list[CelestrakSATCATRecord]: Typed records based on query type.

Raises:

Type	Description
`BraheError`	On network, cache, or parse errors.

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()

# GP query with filtering
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("active")
    .filter("INCLINATION", ">50")
    .limit(10)
)
records = client.query(query)

# SATCAT query
query = bh.celestrak.CelestrakQuery.satcat.active(True)
records = client.query(query)

query_raw `method descriptor` ¶

query_raw(query: CelestrakQuery) -> str

Execute a query and return the raw response body.

Parameters:

Name	Type	Description	Default
`query`	`CelestrakQuery`	The query to execute.	required

Returns:

Name	Type	Description
`str`	`str`	Raw response body in the requested format.

Raises:

Type	Description
`BraheError`	On network or cache errors.

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("stations")
    .format(bh.celestrak.CelestrakOutputFormat.THREE_LE)
)
tle_data = client.query_raw(query)

CelestrakQuery¶

CelestrakQuery ¶

CelestrakQuery()

Fluent query builder for CelestrakClient API queries.

Constructs URL parameters for the Celestrak REST API endpoints. All builder methods return a new instance for method chaining.

Use the class attributes gp, sup_gp, and satcat to create queries targeting the respective endpoints, then chain builder methods.

Example

import brahe as bh

# GP query for ISS
query = bh.celestrak.CelestrakQuery.gp.catnr(25544)

# GP query for stations group with filtering
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("stations")
    .filter("INCLINATION", ">50")
)

# Supplemental GP query
query = bh.celestrak.CelestrakQuery.sup_gp.source(bh.celestrak.SupGPSource.SPACEX)

# SATCAT query
query = bh.celestrak.CelestrakQuery.satcat.active(True).payloads(True)

Initialize instance.

gp `class-attribute` ¶

gp: Any = CelestrakQuery(GP, "")

Fluent query builder for CelestrakClient API queries.

Constructs URL parameters for the Celestrak REST API endpoints. All builder methods return a new instance for method chaining.

Use the class attributes gp, sup_gp, and satcat to create queries targeting the respective endpoints, then chain builder methods.

Example

import brahe as bh

# GP query for ISS
query = bh.celestrak.CelestrakQuery.gp.catnr(25544)

# GP query for stations group with filtering
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("stations")
    .filter("INCLINATION", ">50")
)

# Supplemental GP query
query = bh.celestrak.CelestrakQuery.sup_gp.source(bh.celestrak.SupGPSource.SPACEX)

# SATCAT query
query = bh.celestrak.CelestrakQuery.satcat.active(True).payloads(True)

satcat `class-attribute` ¶

satcat: Any = CelestrakQuery(SATCAT, "")

Fluent query builder for CelestrakClient API queries.

Constructs URL parameters for the Celestrak REST API endpoints. All builder methods return a new instance for method chaining.

Use the class attributes gp, sup_gp, and satcat to create queries targeting the respective endpoints, then chain builder methods.

Example

import brahe as bh

# GP query for ISS
query = bh.celestrak.CelestrakQuery.gp.catnr(25544)

# GP query for stations group with filtering
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("stations")
    .filter("INCLINATION", ">50")
)

# Supplemental GP query
query = bh.celestrak.CelestrakQuery.sup_gp.source(bh.celestrak.SupGPSource.SPACEX)

# SATCAT query
query = bh.celestrak.CelestrakQuery.satcat.active(True).payloads(True)

sup_gp `class-attribute` ¶

sup_gp: Any = CelestrakQuery(SupGP, "")

Fluent query builder for CelestrakClient API queries.

Constructs URL parameters for the Celestrak REST API endpoints. All builder methods return a new instance for method chaining.

Use the class attributes gp, sup_gp, and satcat to create queries targeting the respective endpoints, then chain builder methods.

Example

import brahe as bh

# GP query for ISS
query = bh.celestrak.CelestrakQuery.gp.catnr(25544)

# GP query for stations group with filtering
query = (
    bh.celestrak.CelestrakQuery.gp
    .group("stations")
    .filter("INCLINATION", ">50")
)

# Supplemental GP query
query = bh.celestrak.CelestrakQuery.sup_gp.source(bh.celestrak.SupGPSource.SPACEX)

# SATCAT query
query = bh.celestrak.CelestrakQuery.satcat.active(True).payloads(True)

active `method descriptor` ¶

active(enabled: bool) -> CelestrakQuery

Filter to active objects only (SATCAT queries only).

Parameters:

Name	Type	Description	Default
`enabled`	`bool`	True to include only active objects.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with ACTIVE flag.

build_url `method descriptor` ¶

build_url() -> str

Build the URL query string for this query.

Returns:

Name	Type	Description
`str`	`str`	URL-encoded query parameters (e.g., "GROUP=stations&FORMAT=JSON").

catnr `method descriptor` ¶

catnr(id: int) -> CelestrakQuery

Filter by NORAD catalog number.

Parameters:

Name	Type	Description	Default
`id`	`int`	NORAD catalog number (e.g., 25544 for ISS).	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with CATNR filter applied.

file `method descriptor` ¶

file(file: str) -> CelestrakQuery

Set the supplemental GP file parameter (SupGP queries only).

Parameters:

Name	Type	Description	Default
`file`	`str`	File name parameter.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with FILE parameter applied.

filter `method descriptor` ¶

filter(field: str, value: str) -> CelestrakQuery

Add a client-side filter (applied after download).

Uses SpaceTrack-compatible operator syntax: - ">50" = greater than 50 - "<0.01" = less than 0.01 - "<>DEBRIS" = not equal to DEBRIS - "25544--25600" = range 25544 to 25600 - "~~STARLINK" = contains STARLINK (case-insensitive) - "^NOAA" = starts with NOAA (case-insensitive) - "25544" = exact match

Parameters:

Name	Type	Description	Default
`field`	`str`	Field name (e.g., "INCLINATION", "OBJECT_TYPE").	required
`value`	`str`	Filter value with optional operator prefix.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with filter added.

Example

import brahe as bh
from brahe.spacetrack import operators as op

query = (
    bh.celestrak.CelestrakQuery.gp()
    .group("active")
    .filter("OBJECT_TYPE", op.not_equal("DEBRIS"))
    .filter("INCLINATION", op.greater_than("50"))
)

format `method descriptor` ¶

format(fmt: CelestrakOutputFormat) -> CelestrakQuery

Set the output format.

Parameters:

Name	Type	Description	Default
`fmt`	`CelestrakOutputFormat`	The desired output format.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with FORMAT parameter.

group `method descriptor` ¶

group(name: str) -> CelestrakQuery

Filter by satellite group name.

Parameters:

Name	Type	Description	Default
`name`	`str`	Group name (e.g., "stations", "active", "gnss").	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with group filter applied.

intdes `method descriptor` ¶

intdes(intdes: str) -> CelestrakQuery

Filter by international designator.

Parameters:

Name	Type	Description	Default
`intdes`	`str`	International designator (e.g., "1998-067A").	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with INTDES filter applied.

limit `method descriptor` ¶

limit(count: int) -> CelestrakQuery

Set a client-side result limit (applied after download and filtering).

Parameters:

Name	Type	Description	Default
`count`	`int`	Maximum number of records to return.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with limit set.

max `method descriptor` ¶

max(count: int) -> CelestrakQuery

Limit the maximum number of results (SATCAT queries only).

Parameters:

Name	Type	Description	Default
`count`	`int`	Maximum number of records to return.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with MAX parameter.

name_search `method descriptor` ¶

name_search(name: str) -> CelestrakQuery

Filter by satellite name (substring match).

Parameters:

Name	Type	Description	Default
`name`	`str`	Satellite name to search for.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with NAME filter applied.

on_orbit `method descriptor` ¶

on_orbit(enabled: bool) -> CelestrakQuery

Filter to on-orbit objects only (SATCAT queries only).

Parameters:

Name	Type	Description	Default
`enabled`	`bool`	True to include only on-orbit objects.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with ONORBIT flag.

order_by `method descriptor` ¶

order_by(field: str, ascending: bool) -> CelestrakQuery

Add a client-side ordering clause (applied after download).

Parameters:

Name	Type	Description	Default
`field`	`str`	Field name to sort by.	required
`ascending`	`bool`	True for ascending order, False for descending.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with ordering added.

payloads `method descriptor` ¶

payloads(enabled: bool) -> CelestrakQuery

Filter to payloads only (SATCAT queries only).

Parameters:

Name	Type	Description	Default
`enabled`	`bool`	True to include only payloads.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with PAYLOADS flag.

source `method descriptor` ¶

source(source: SupGPSource) -> CelestrakQuery

Set the supplemental GP data source (SupGP queries only).

Parameters:

Name	Type	Description	Default
`source`	`SupGPSource`	The supplemental data source.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with SOURCE parameter applied.

special `method descriptor` ¶

special(special: str) -> CelestrakQuery

Set a special query parameter.

Parameters:

Name	Type	Description	Default
`special`	`str`	Special query value.	required

Returns:

Name	Type	Description
`CelestrakQuery`	`CelestrakQuery`	New query with SPECIAL parameter applied.

CelestrakSATCATRecord¶

CelestrakSATCATRecord ¶

CelestrakSATCATRecord()

CelestrakClient SATCAT record.

Contains metadata about a cataloged space object from CelestrakClient's satellite catalog. All fields are optional strings.

Note: For GP records, use GPRecord (same type as SpaceTrack module).

Attributes:

Name	Type	Description
`object_name`	`str \| None`	Object name
`object_id`	`str \| None`	International designator
`norad_cat_id`	`int \| None`	NORAD catalog number
`object_type`	`str \| None`	Object type code
`ops_status_code`	`str \| None`	Operational status code
`owner`	`str \| None`	Owner/operator
`launch_date`	`str \| None`	Launch date
`launch_site`	`str \| None`	Launch site
`decay_date`	`str \| None`	Decay date
`period`	`str \| None`	Orbital period (minutes)
`inclination`	`str \| None`	Inclination (degrees)
`apogee`	`str \| None`	Apogee altitude (km)
`perigee`	`str \| None`	Perigee altitude (km)
`rcs`	`str \| None`	Radar cross-section
`data_status_code`	`str \| None`	Data status code
`orbit_center`	`str \| None`	Orbit center
`orbit_type`	`str \| None`	Orbit type

Example

import brahe as bh

client = bh.celestrak.CelestrakClient()
records = client.get_satcat(catnr=25544)
print(records[0].object_name)  # "ISS (ZARYA)"

Initialize instance.

apogee `property` ¶

apogee: Any

data_status_code `property` ¶

data_status_code: ndarray

decay_date `property` ¶

decay_date: Tuple[int, ...]

inclination `property` ¶

inclination: Any

launch_date `property` ¶

launch_date: Tuple[int, ...]

launch_site `property` ¶

launch_site: Any

norad_cat_id `property` ¶

norad_cat_id: Any

object_id `property` ¶

object_id: Any

object_name `property` ¶

object_name: Any

object_type `property` ¶

object_type: Any

ops_status_code `property` ¶

ops_status_code: Any

orbit_center `property` ¶

orbit_center: Any

orbit_type `property` ¶

orbit_type: Any

owner `property` ¶

owner: Any

perigee `property` ¶

perigee: Any

period `property` ¶

period: Any

rcs `property` ¶

rcs: Any

CelestrakOutputFormat¶

CelestrakOutputFormat ¶

CelestrakOutputFormat()

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`	`Any`	Two-Line Element format
`TWO_LE`	`Any`	2LE format (no name line)
`THREE_LE`	`Any`	Three-Line Element format (includes name)
`XML`	`Any`	XML format
`KVN`	`Any`	CCSDS Keyword-Value Notation
`JSON`	`Any`	JSON format
`JSON_PRETTY`	`Any`	Pretty-printed JSON
`CSV`	`Any`	CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

Initialize instance.

CSV `class-attribute` ¶

CSV: Any = CelestrakOutputFormat.Csv

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

JSON `class-attribute` ¶

JSON: Any = CelestrakOutputFormat.Json

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

JSON_PRETTY `class-attribute` ¶

JSON_PRETTY: Any = CelestrakOutputFormat.JsonPretty

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

KVN `class-attribute` ¶

KVN: Any = CelestrakOutputFormat.Kvn

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

THREE_LE `class-attribute` ¶

THREE_LE: Any = CelestrakOutputFormat.ThreeLe

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

TLE `class-attribute` ¶

TLE: Any = CelestrakOutputFormat.Tle

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

TWO_LE `class-attribute` ¶

TWO_LE: Any = CelestrakOutputFormat.TwoLe

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

XML `class-attribute` ¶

XML: Any = CelestrakOutputFormat.Xml

Python wrapper for CelestrakOutputFormat enum

Output format for CelestrakClient query results.

Attributes:

Name	Type	Description
`TLE`		Two-Line Element format
`TWO_LE`		2LE format (no name line)
`THREE_LE`		Three-Line Element format (includes name)
`XML`		XML format
`KVN`		CCSDS Keyword-Value Notation
`JSON`		JSON format
`JSON_PRETTY`		Pretty-printed JSON
`CSV`		CSV format

Example

import brahe as bh

fmt = bh.celestrak.CelestrakOutputFormat.JSON
print(fmt)  # "JSON"

CelestrakQueryType¶

CelestrakQueryType ¶

CelestrakQueryType()

Python wrapper for CelestrakQueryType enum

Type of CelestrakClient query endpoint.

Attributes:

Name	Type	Description
`GP`	`Any`	General Perturbations data (gp.php)
`SUP_GP`	`Any`	Supplemental GP data (sup-gp.php)
`SATCAT`	`Any`	Satellite Catalog data (satcat/records.php)

Example

import brahe as bh

qt = bh.celestrak.CelestrakQueryType.GP
print(qt)  # "gp"

Initialize instance.

GP `class-attribute` ¶

GP: Any = CelestrakQueryType.GP

Python wrapper for CelestrakQueryType enum

Type of CelestrakClient query endpoint.

Attributes:

Name	Type	Description
`GP`		General Perturbations data (gp.php)
`SUP_GP`		Supplemental GP data (sup-gp.php)
`SATCAT`		Satellite Catalog data (satcat/records.php)

Example

import brahe as bh

qt = bh.celestrak.CelestrakQueryType.GP
print(qt)  # "gp"

SATCAT `class-attribute` ¶

SATCAT: Any = CelestrakQueryType.SATCAT

Python wrapper for CelestrakQueryType enum

Type of CelestrakClient query endpoint.

Attributes:

Name	Type	Description
`GP`		General Perturbations data (gp.php)
`SUP_GP`		Supplemental GP data (sup-gp.php)
`SATCAT`		Satellite Catalog data (satcat/records.php)

Example

import brahe as bh

qt = bh.celestrak.CelestrakQueryType.GP
print(qt)  # "gp"

SUP_GP `class-attribute` ¶

SUP_GP: Any = CelestrakQueryType.SupGP

Python wrapper for CelestrakQueryType enum

Type of CelestrakClient query endpoint.

Attributes:

Name	Type	Description
`GP`		General Perturbations data (gp.php)
`SUP_GP`		Supplemental GP data (sup-gp.php)
`SATCAT`		Satellite Catalog data (satcat/records.php)

Example

import brahe as bh

qt = bh.celestrak.CelestrakQueryType.GP
print(qt)  # "gp"

SupGPSource¶

SupGPSource ¶

SupGPSource()

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`	`Any`	SpaceX operator-provided ephemerides
`SPACEX_SUP`	`Any`	SpaceX extended ephemerides
`PLANET`	`Any`	Planet Labs operator-provided ephemerides
`ONEWEB`	`Any`	OneWeb operator-provided ephemerides
`STARLINK`	`Any`	Starlink ephemerides
`STARLINK_SUP`	`Any`	Starlink extended ephemerides
`GEO`	`Any`	GEO protected zone supplemental data
`GPS`	`Any`	GPS operational constellation
`GLONASS`	`Any`	GLONASS operational constellation
`METEOSAT`	`Any`	Meteosat supplemental data
`INTELSAT`	`Any`	Intelsat supplemental data
`SES`	`Any`	SES supplemental data
`IRIDIUM`	`Any`	Iridium operator-provided ephemerides
`IRIDIUM_NEXT`	`Any`	Iridium NEXT extended ephemerides
`ORBCOMM`	`Any`	Orbcomm supplemental data
`GLOBALSTAR`	`Any`	Globalstar supplemental data
`SWARM_TECHNOLOGIES`	`Any`	Swarm supplemental data
`AMATEUR`	`Any`	Amateur radio satellites
`CELESTRAK`	`Any`	CelestrakClient special supplemental data
`KUIPER`	`Any`	Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

Initialize instance.

AMATEUR `class-attribute` ¶

AMATEUR: Any = SupGPSource.Amateur

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

CELESTRAK `class-attribute` ¶

CELESTRAK: Any = SupGPSource.CelesTrak

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

GEO `class-attribute` ¶

GEO: Any = SupGPSource.Geo

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

GLOBALSTAR `class-attribute` ¶

GLOBALSTAR: Any = SupGPSource.Globalstar

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

GLONASS `class-attribute` ¶

GLONASS: Any = SupGPSource.Glonass

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

GPS `class-attribute` ¶

GPS: Any = SupGPSource.Gps

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

INTELSAT `class-attribute` ¶

INTELSAT: Any = SupGPSource.Intelsat

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

IRIDIUM `class-attribute` ¶

IRIDIUM: Any = SupGPSource.Iridium

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

IRIDIUM_NEXT `class-attribute` ¶

IRIDIUM_NEXT: Any = SupGPSource.IridiumNext

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

KUIPER `class-attribute` ¶

KUIPER: Any = SupGPSource.Kuiper

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

METEOSAT `class-attribute` ¶

METEOSAT: Any = SupGPSource.Meteosat

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

ONEWEB `class-attribute` ¶

ONEWEB: Any = SupGPSource.OneWeb

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

ORBCOMM `class-attribute` ¶

ORBCOMM: Any = SupGPSource.Orbcomm

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

PLANET `class-attribute` ¶

PLANET: Any = SupGPSource.Planet

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

SES `class-attribute` ¶

SES: Any = SupGPSource.Ses

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

SPACEX `class-attribute` ¶

SPACEX: Any = SupGPSource.SpaceX

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

SPACEX_SUP `class-attribute` ¶

SPACEX_SUP: Any = SupGPSource.SpaceXSup

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

STARLINK `class-attribute` ¶

STARLINK: Any = SupGPSource.Starlink

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

STARLINK_SUP `class-attribute` ¶

STARLINK_SUP: Any = SupGPSource.StarlinkSup

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

SWARM_TECHNOLOGIES `class-attribute` ¶

SWARM_TECHNOLOGIES: Any = SupGPSource.SwarmTechnologies

Python wrapper for SupGPSource enum

Supplemental GP data source identifier.

Attributes:

Name	Type	Description
`SPACEX`		SpaceX operator-provided ephemerides
`SPACEX_SUP`		SpaceX extended ephemerides
`PLANET`		Planet Labs operator-provided ephemerides
`ONEWEB`		OneWeb operator-provided ephemerides
`STARLINK`		Starlink ephemerides
`STARLINK_SUP`		Starlink extended ephemerides
`GEO`		GEO protected zone supplemental data
`GPS`		GPS operational constellation
`GLONASS`		GLONASS operational constellation
`METEOSAT`		Meteosat supplemental data
`INTELSAT`		Intelsat supplemental data
`SES`		SES supplemental data
`IRIDIUM`		Iridium operator-provided ephemerides
`IRIDIUM_NEXT`		Iridium NEXT extended ephemerides
`ORBCOMM`		Orbcomm supplemental data
`GLOBALSTAR`		Globalstar supplemental data
`SWARM_TECHNOLOGIES`		Swarm supplemental data
`AMATEUR`		Amateur radio satellites
`CELESTRAK`		CelestrakClient special supplemental data
`KUIPER`		Kuiper operator-provided ephemerides

Example

import brahe as bh

source = bh.celestrak.SupGPSource.SPACEX
print(source)  # "spacex"

CelesTrak¶

CelestrakClient¶

CelestrakClient ¶

download method descriptor ¶

get_gp method descriptor ¶

get_satcat method descriptor ¶

get_sgp_propagator method descriptor ¶

get_sup_gp method descriptor ¶

query method descriptor ¶

query_raw method descriptor ¶

CelestrakQuery¶

CelestrakQuery ¶

gp class-attribute ¶

satcat class-attribute ¶

sup_gp class-attribute ¶

active method descriptor ¶

build_url method descriptor ¶

catnr method descriptor ¶

file method descriptor ¶

filter method descriptor ¶

format method descriptor ¶

group method descriptor ¶

intdes method descriptor ¶

limit method descriptor ¶

max method descriptor ¶

name_search method descriptor ¶

on_orbit method descriptor ¶

order_by method descriptor ¶

payloads method descriptor ¶

source method descriptor ¶

special method descriptor ¶

CelestrakSATCATRecord¶

CelestrakSATCATRecord ¶

apogee property ¶

data_status_code property ¶

decay_date property ¶

inclination property ¶

launch_date property ¶

launch_site property ¶

norad_cat_id property ¶

object_id property ¶

object_name property ¶

object_type property ¶

ops_status_code property ¶

orbit_center property ¶

orbit_type property ¶

owner property ¶

perigee property ¶

period property ¶

rcs property ¶

CelestrakOutputFormat¶

CelestrakOutputFormat ¶

CSV class-attribute ¶

JSON class-attribute ¶

JSON_PRETTY class-attribute ¶

KVN class-attribute ¶

THREE_LE class-attribute ¶

TLE class-attribute ¶

TWO_LE class-attribute ¶

XML class-attribute ¶

CelestrakQueryType¶

CelestrakQueryType ¶

GP class-attribute ¶

SATCAT class-attribute ¶

SUP_GP class-attribute ¶

SupGPSource¶

SupGPSource ¶

AMATEUR class-attribute ¶

CELESTRAK class-attribute ¶

GEO class-attribute ¶

GLOBALSTAR class-attribute ¶

GLONASS class-attribute ¶

GPS class-attribute ¶

INTELSAT class-attribute ¶

IRIDIUM class-attribute ¶

IRIDIUM_NEXT class-attribute ¶

KUIPER class-attribute ¶

METEOSAT class-attribute ¶

ONEWEB class-attribute ¶

ORBCOMM class-attribute ¶

download `method descriptor` ¶

get_gp `method descriptor` ¶

get_satcat `method descriptor` ¶

get_sgp_propagator `method descriptor` ¶

get_sup_gp `method descriptor` ¶

query `method descriptor` ¶

query_raw `method descriptor` ¶

gp `class-attribute` ¶

satcat `class-attribute` ¶

sup_gp `class-attribute` ¶

active `method descriptor` ¶

build_url `method descriptor` ¶

catnr `method descriptor` ¶

file `method descriptor` ¶

filter `method descriptor` ¶

format `method descriptor` ¶

group `method descriptor` ¶

intdes `method descriptor` ¶

limit `method descriptor` ¶

max `method descriptor` ¶

name_search `method descriptor` ¶

on_orbit `method descriptor` ¶

order_by `method descriptor` ¶

payloads `method descriptor` ¶

source `method descriptor` ¶

special `method descriptor` ¶

apogee `property` ¶

data_status_code `property` ¶

decay_date `property` ¶

inclination `property` ¶

launch_date `property` ¶

launch_site `property` ¶

norad_cat_id `property` ¶

object_id `property` ¶

object_name `property` ¶

object_type `property` ¶

ops_status_code `property` ¶

orbit_center `property` ¶

orbit_type `property` ¶

owner `property` ¶

perigee `property` ¶

period `property` ¶

rcs `property` ¶

CSV `class-attribute` ¶

JSON `class-attribute` ¶

JSON_PRETTY `class-attribute` ¶

KVN `class-attribute` ¶

THREE_LE `class-attribute` ¶

TLE `class-attribute` ¶

TWO_LE `class-attribute` ¶

XML `class-attribute` ¶

GP `class-attribute` ¶

SATCAT `class-attribute` ¶

SUP_GP `class-attribute` ¶

AMATEUR `class-attribute` ¶

CELESTRAK `class-attribute` ¶

GEO `class-attribute` ¶

GLOBALSTAR `class-attribute` ¶

GLONASS `class-attribute` ¶

GPS `class-attribute` ¶

INTELSAT `class-attribute` ¶

IRIDIUM `class-attribute` ¶

IRIDIUM_NEXT `class-attribute` ¶

KUIPER `class-attribute` ¶

METEOSAT `class-attribute` ¶

ONEWEB `class-attribute` ¶

ORBCOMM `class-attribute` ¶

PLANET `class-attribute` ¶

SES `class-attribute` ¶

SPACEX `class-attribute` ¶

SPACEX_SUP `class-attribute` ¶

STARLINK `class-attribute` ¶

STARLINK_SUP `class-attribute` ¶

SWARM_TECHNOLOGIES `class-attribute` ¶