DimapV2ProductType#
- class DimapV2ProductType(value)[source]#
Bases:
ListEnum
DIMAP V2 product types (processing level).
See here (A.1.1.2 Variable Key Information) for more information.
- 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:
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 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"]
- MOS = 'Ortho Mosaic Image'#
Ortho (L3), mosaic image. The Ortho product is a georeferenced image in Earth geometry, corrected from acquisition and terrain off-nadir effects. The Ortho is produced as a standard, with fully automatic processing.
- ORT = 'Ortho Single Image'#
Ortho (L3), single image. The Ortho product is a georeferenced image in Earth geometry, corrected from acquisition and terrain off-nadir effects. The Ortho is produced as a standard, with fully automatic processing.
- PRJ = 'Projected'#
Projected (L2A). Compared to Primary level, the projected level results from an additional process to map the image onto an Earth cartographic system at a fixed altitude value. The image is georeferenced without correction from acquisition and terrain off-nadir effects. This image-to-map transformation is directly compatible with GIS environment, for example to overlay the image on other data.
- SEN = 'Primary'#
Primary (L1A), abbreviation for Sensor. The Primary product is the geometric processing level closest to the natural image acquired by the sensor.