bolides.crs.FY4A#

class bolides.crs.FY4A[source]#

Cartopy CoordinateReferenceSystem representing the Fengyun-4A perspective

Parameters

central_longitude: float, optional: The central longitude. Defaults to 0.
satellite_height: float, optional: The height of the satellite. Defaults to 35785831 meters (true geostationary orbit).
false_easting:: X offset from planar origin in metres. Defaults to 0.
false_northing:: Y offset from planar origin in metres. Defaults to 0.
globe:class:cartopy.crs.Globe, optional: If omitted, a default globe is created.
sweep_axis: ‘x’ or ‘y’, optional. Defaults to ‘y’.: Controls which axis is scanned first, and thus which angle is applied first. The default is appropriate for Meteosat, while ‘x’ should be used for GOES.

Methods

`__init__`()	Parameters
`as_geocentric`(self)	Return a new Geocentric CRS with the same ellipse/datum as this CRS.
`as_geodetic`(self)	Return a new Geodetic CRS with the same ellipse/datum as this CRS.
`is_geodetic`(self)
`project_geometry`(geometry[, src_crs])	Project the given geometry into this projection.
`quick_vertices_transform`(vertices, src_crs)	Where possible, return a vertices array transformed to this CRS from the given vertices array of shape `(n, 2)` and the source CRS.
`transform_point`(x, y, src_crs)	Transform the given float64 coordinate pair, in the given source coordinate system (`src_crs`), to this coordinate system.
`transform_points`(src_crs, x, y[, z])	Transform the given coordinates, in the given source coordinate system (`src_crs`), to this coordinate system.
`transform_vectors`(src_proj, x, y, u, v)	Transform the given vector components, with coordinates in the given source coordinate system (`src_proj`), to this coordinate system.

Attributes