odc.geo.geobox.GeoBox

class odc.geo.geobox.GeoBox(shape, affine, crs)[source]

Defines the location and resolution of a rectangular grid of data, including it’s CRS.

Parameters:

shape (Union[Tuple[int, int], XY[int], Shape2d, Index2d]) – Shape in pixels (ny, nx)
crs (Union[str, int, CRS, CRS, Dict[str, Any], Unset, None]) – Coordinate Reference System
affine (Affine) – Affine transformation defining the location of the geobox

__init__(shape, affine, crs)[source]

Methods

`__init__`(shape, affine, crs)
`boundary`([pts_per_side])	Boundary of a `GeoBox`.
`buffered`(xbuff[, ybuff])	Produce a tile buffered by `xbuff, ybuff` (in CRS units).
`compute_crop`(roi)	rtype: `Tuple`[`Shape2d`, `Affine`]
`compute_zoom_out`(factor)	rtype: `Tuple`[`Shape2d`, `Affine`]
`compute_zoom_to`([shape, resolution])	Change GeoBox shape.
`crop`(shape)	Crop or expand to a given shape.
`enclosing`(region)	Construct compatible geobox covering given `region`.
`expand`(shape)	Crop or expand to a given shape.
`explore`([map, grid_lines, tiles, attr, map_kwds])	Plot a visual representation of the GeoBox's extent on an interactive `folium` leaflet map.
`flipx`()	Flip along X axis.
`flipy`()	Flip along Y axis.
`footprint`(crs[, buffer, npoints])	Compute footprint in foreign CRS.
`from_bbox`(bbox[, crs, tight, shape, ...])	Construct `GeoBox` from a bounding box.
`from_geopolygon`(geopolygon[, resolution, ...])	Construct `GeoBox` from a polygon.
`from_rio`(rdr)	Construct GeoBox from rasterio.
`grid_lines`([step, mode])	Construct pixel edge aligned grid lines.
`is_empty`()	Check if geobox is "empty".
`map_bounds`()	Query bounds in folium/ipyleaflet style.
`outline`([mode, notch])	rtype: `Geometry`
`overlap_roi`(other[, tol])	Compute overlap as ROI.
`pad`(padx[, pady])	Pad geobox.
`pad_wh`([alignx, aligny])	Possibly expand `GeoBox` by a few pixels.
`pix2wld`(x, y)
`project`(g)	Map Geometry between world and pixel coords.
`qr2sample`(n[, padding, with_edges, offset])	Generate quasi-random sample of image locations.
`rotate`(deg)	Rotate GeoBox around the center.
`snap_to`(other)	Snap pixel grid to `other`.
`svg`([scale_factor, mode, notch, grid_stroke])	Produce SVG paths.
`to_crs`(crs, *[, resolution, shape, tight, ...])	Compute GeoBox covering the same region in a different projection.
`translate_pix`(tx, ty)	Shift GeoBox in pixel plane.
`wld2pix`(x, y)
`zoom_out`(factor)	Compute `GeoBox` with changed resolution.
`zoom_to`([shape, resolution])	Change GeoBox shape.

Attributes

`affine`	Linear mapping from pixel space to CRS.
`alignment`	Alignment of pixel boundaries in CRS units.
`anchor`	Anchor point in pixel coordinates.
`aspect`	Aspect ratio (X/Y in pixel space).
`axis_aligned`	Check if Geobox is axis-aligned (not rotated).
`bottom`	Same size geobox directly below this one.
`boundingbox`	GeoBox bounding box in the native CRS.
`center_pixel`	GeoBox of a center pixel.
`compat`	Convert to `datacube.utils.geometry.GeoBox`
`coordinates`	Query coordinates.
`coords`	Query coordinates.
`crs`	Coordinate Reference System of the GeoBox.
`dimensions`	List of dimension names of the GeoBox.
`dims`	List of dimension names of the GeoBox.
`extent`	GeoBox footprint in native CRS.
`geographic_extent`	GeoBox extent in EPSG:4326.
`height`	Height in pixels (ny).
`left`	Same size geobox to the left of this one.
`linear`
`resolution`	Resolution, pixel size in CRS units.
`right`	Same size geobox to the right of this one.
`shape`	Shape in pixels `(height, width)`.
`top`	Same size geobox directly above this one.
`transform`	Linear mapping from pixel space to CRS.
`width`	Width in pixels (nx).