Constellation

class Constellation(value)

Bases: ListEnum

Constellation supported by EOReader

classmethod convert_from(to_convert: list | str) → list

Convert from a list or a string to an enum instance

Parameters:

to_convert (Union[list, str]) – List or string to convert into an enum instance

Returns:

Converted list

Return type:

list

Example

>>> TsxPolarization.convert_from(["SINGLE", "S", TsxPolarization.QUAD])
[<TsxPolarization.SINGLE: 'S'>, <TsxPolarization.SINGLE: 'S'>, <TsxPolarization.QUAD: 'Q'>]

classmethod from_value(val: Any) → ListEnum

Get the enum class from its value:

Parameters:

val (Any) – Value of the Enum

Returns:

Enum with value

Return type:

ListEnum

Example

>>> TsxPolarization.from_value("Q")
<TsxPolarization.QUAD: 'Q'>

classmethod get_real_constellations()

Get only constellations of existing satellite (discard CUSTOM, templates, flavors etc.)

classmethod is_real_constellation(const: Constellation)

Is the given constellation a real one?

Parameters:

const (Constellation) – Constellation to check

Returns:

classmethod list_names() → list

Get the name list of this enum:

Example

>>> TsxPolarization.list_values()
["SINGLE", "DUAL", "QUAD", "TWIN"]

classmethod list_values() → list

Get the value list of this enum

Example

>>> TsxPolarization.list_values()
["S", "D", "Q", "T"]

CAPELLA = 'Capella'

Capella

CSG = 'COSMO-SkyMed 2nd Generation'

COSMO-SkyMed 2nd Generation

CSK = 'COSMO-SkyMed'

COSMO-SkyMed

CUSTOM = 'CUSTOM'

Custom stack

GE01 = 'GeoEye-1'

GeoEye-1

GS2 = 'GEOSAT-2'

GEOSAT-2 (ex. DEIMOS-2)

HLS = 'HLS'

Harmonized Landsat-Sentinel

Considered as a new constellation as the products are completely different from Sentinel-2 and Landsat.

ICEYE = 'ICEYE'

ICEYE

L1 = 'Landsat-1'

Landsat-1

L2 = 'Landsat-2'

Landsat-2

L3 = 'Landsat-3'

Landsat-3

L4 = 'Landsat-4'

Landsat-4

L5 = 'Landsat-5'

Landsat-5

L7 = 'Landsat-7'

Landsat-7

L8 = 'Landsat-8'

Landsat-8

L9 = 'Landsat-9'

Landsat-9

MAXAR = 'Maxar'

Maxar (not a real constellation, but used as a template for every Maxar products)

PAZ = 'PAZ SAR'

SEOSAR/PAZ SAR

PLA = 'PlanetScope'

PlanetScope

PLD = 'Pleiades'

Pléiades

PNEO = 'Pleiades-Neo'

Pleiades-Néo

QB02 = 'QuickBird'

QuickBird

RCM = 'RADARSAT-Constellation Mission'

RADARSAT-Constellation Mission

RE = 'RapidEye'

RapidEye

RS2 = 'RADARSAT-2'

RADARSAT-2

S1 = 'Sentinel-1'

Sentinel-1

S1_RTC_ASF = 'Sentinel-1 RTC ASF'

//hyp3-docs.asf.alaska.edu/guides/rtc_product_guide/

Not a real constellation, only used for regex.

Type:

Sentinel-1 RTC processed by ASF

Type:

https

S1_RTC_MPC = 'Sentinel-1 RTC MPC'

//planetarycomputer.microsoft.com/dataset/sentinel-1-rtc

Not a real constellation, only used for regex.

Type:

Sentinel-1 RTC processed by MPC

Type:

https

S2 = 'Sentinel-2'

Sentinel-2

S2_E84 = 'Sentinel-2 stored on AWS and processed by Element84'

Sentinel-2 stored on AWS and processed by Element84: - Element84: arn:aws:s3:::sentinel-cogs - https://registry.opendata.aws/sentinel-2-l2a-cogs

Not a real constellation, only used for regex.

S2_MPC = 'Sentinel-2 stored on Azure and processed by Microsoft Planetary Computer'

Sentinel-2 stored on Azure and processed by Microsoft Planetary Computer: https://planetarycomputer.microsoft.com/dataset/sentinel-2-l2a

Not a real constellation, only used for regex.

S2_SIN = 'Sentinel-2 stored on AWS and processed by Sinergise'

Sentinel-2 stored on AWS and processed by Sinergise: arn:aws:s3:::sentinel-s2-l1c and arn:aws:s3:::sentinel-s2-l2a - https://registry.opendata.aws/sentinel-2/

Not a real constellation, only used for regex.

S2_THEIA = 'Sentinel-2 Theia'

Sentinel-2, reprocessed by Theia.

Considered as a new constellation as the product is completely different different from Sentinel-2.

S3_OLCI = 'Sentinel-3 OLCI'

Sentinel-3 OLCI

S3_SLSTR = 'Sentinel-3 SLSTR'

Sentinel-3 SLSTR

SAOCOM = 'SAOCOM-1'

SAOCOM-1

SKY = 'SkySat'

SkySat

SPOT4 = 'Spot-4'

SPOT-4

SPOT45 = 'Spot-4/5'

SPOT-4/5 (not a real constellation, but used as a template for SPOT4/5 products)

SPOT5 = 'Spot-5'

SPOT-5

SPOT6 = 'Spot-6'

SPOT-6

SPOT7 = 'Spot-7'

SPOT-7

SV1 = 'SuperView-1'

SuperView-1

TDX = 'TanDEM-X'

TanDEM-X

TSX = 'TerraSAR-X'

TerraSAR-X

UMBRA = 'Umbra'

Umbra

VIS1 = 'Vision-1'

Vision-1

WV01 = 'WorldView-1'

WorldView-1

WV02 = 'WorldView-2'

WorldView-2

WV03 = 'WorldView-3'

WorldView-3

WV04 = 'WorldView-4'

WorldView-4

WVLG = 'WorldView Legion'

WorldView Legion