pyiem.nws.gini module#

Processing of GINI formatted data found on NOAAPORT

pyiem.nws.gini.uint24(data)[source]#: convert three byte data that represents an unsigned int

pyiem.nws.gini.int24(data)[source]#: Convert to int.

pyiem.nws.gini.get_ir_ramp()[source]#: Return a np 256x3 array of colors to use for IR

class pyiem.nws.gini.GINIZFile(fobj)[source]#

Bases: object

Deal with compressed GINI files, which are the standard on NOAAPORT

__str__()[source]#: return a string representation

awips_grid()[source]#: Return the awips grid number based on the WMO header

current_filename()[source]#: Return a filename for this product, we’ll use the format {SOURCE}_{SECTOR}_{CHANNEL}_{VALID}.png

get_bird()[source]#: Return a string label for this satellite

get_sector()[source]#: Return the sector.

get_channel()[source]#: Return the channel.

archive_filename()[source]#: Return a filename for this product, we’ll use the format {SOURCE}_{SECTOR}_{CHANNEL}_{VALID}.png

init_llc()[source]#: Initialize Lambert Conic Comformal

init_mercator()[source]#: Compute mercator projection stuff

init_stereo()[source]#: Compute Polar Stereographic

init_projection()[source]#: Setup Grid and projection details

read_header(hdata)[source]#: read the header!