odc.geo.gridspec.GridSpec

class odc.geo.gridspec.GridSpec(crs, tile_shape, resolution, origin=None, flipx=False, flipy=False)

Definition for a regular spatial grid.

Parameters:

• crs (Union[str, int, CRS, CRS, Dict[str, Any]]) – Coordinate System used to define the grid

• tile_shape (Union[Tuple[int, int], XY[int], Shape2d, Index2d]) – Size of each tile in pixels

• resolution (Union[float, int, Resolution]) – Size of each data point in the grid, in CRS units. Y will usually be negative.

• origin (Optional[XY[float]]) – Coordinate of a bottom-left corner of the (0,0) tile in CRS units. Default is xy_(0.0, 0.0)

• flipx (bool) – when True grid index for X axis increments left to right

• flipy (bool) – when True grid index for Y axis increments top to bottom

__init__(crs, tile_shape, resolution, origin=None, flipx=False, flipy=False)

Methods

__init__(crs, tile_shape, resolution[, ...])
from_sample_tile(box, *[, shape, idx, ...])	Construct odc.geo.gridspec.GridSpec from a sample tile.
geojson(*[, bbox, geopolygon])	Render to GeoJSON.
idx_bounds(bounds)	Convert bounds from CRS to index space.
pt2idx(x, y)	Compute tile index from a point.
tile_geobox(tile_index)	Tile geobox.
tiles(bounds[, geobox_cache])	Query tiles overlapping with bounding box.
tiles_from_geopolygon(geopolygon[, geobox_cache])	Query tiles overlapping with a given polygon.
web_tiles(zoom[, npix])	Construct GridSpec that matches slippy tiles.

Attributes

alignment	Pixel boundary alignment.
dimensions	List of dimension names of the grid spec.
tile_shape	Tile shape in pixels (Y,X order, like numpy).