"cmap_cbar",
"sec_plot",
"prodname",
"unit",
"cbar_text",
]
CMAP_DIR = os.path.join(MODULE_DIR, "data", "colormap")
def _get_uniform_cmap(cmap: Any) -> Any:
new_cm = Colormap(cmap=cmap.reversed()).set_uniform()
return new_cm.as_mpl_cmap()
r_cmap = _cmap("REF")["cmap"]
r_cmap_smooth = _cmap("REF_s")["cmap"]
v_cmap = _cmap("VEL")["cmap"]
v_cbar = _cmap("VEL_reverse")["cmap"]
v_cmap_smooth = _cmap("VEL_s")["cmap"]
zdr_cmap = _cmap("ZDR")["cmap"]
zdr_cbar = _get_uniform_cmap(zdr_cmap)
zdr_cmap_smooth = _cmap("ZDR_s")["cmap"]
kdp_cmap = _cmap("KDP")["cmap"]
kdp_cbar = _get_uniform_cmap(kdp_cmap)
kdp_cmap_smooth = _cmap("KDP_s")["cmap"]
cc_cmap = _cmap("CC")["cmap"]
cc_cbar = _get_uniform_cmap(cc_cmap)
cc_cmap_smooth = _cmap("CC_s")["cmap"]
et_cmap = _cmap("ET")["cmap"]
et_cbar = _get_uniform_cmap(et_cmap)
import cartopy.crs as ccrs
import shapefile
from cinrad.visualize.gpf import _cmap
from cinrad.constants import MODULE_DIR
from cinrad._typing import Array_T, Number_T
from cinrad.error import RadarPlotError
__all__ = [
'norm_plot', 'norm_cbar', 'cmap_plot', 'cmap_cbar', 'sec_plot', 'prodname',
'unit', 'cbar_text'
]
CMAP_DIR = os.path.join(MODULE_DIR, 'data', 'colormap')
r_cmap = _cmap('REF')['cmap']
r_cmap_smooth = _cmap('REF_s')['cmap']
v_cmap = _cmap('VEL')['cmap']
v_cbar = _cmap('VEL_reverse')['cmap']
v_cmap_smooth = _cmap('VEL_s')['cmap']
zdr_cmap = _cmap('ZDR')['cmap']
zdr_cbar = _cmap('ZDR_reverse')['cmap']
zdr_cmap_smooth = _cmap('ZDR_s')['cmap']
kdp_cmap = _cmap('KDP')['cmap']
kdp_cbar = _cmap('KDP_reverse')['cmap']
kdp_cmap_smooth = _cmap('KDP_s')['cmap']
cc_cmap = _cmap('CC')['cmap']
cc_cbar = _cmap('CC_reverse')['cmap']
cc_cmap_smooth = _cmap('CC_s')['cmap']
et_cmap = _cmap('ET')['cmap']
et_cbar = _cmap('ET_reverse')['cmap']