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self.time,
mode="L")
else:
result_img = Image(self.result.squeeze(), mode='L',
fill_value=None)
else:
self.plotrange = (np.nanmin(array), np.nanmax(array))
if type == 'tif':
result_img = GeoImage(array.squeeze(), area,
self.time,
mode="L")
else:
result_img = Image(array.squeeze(), mode='L', fill_value=None)
result_img.stretch("crude")
# Colorize image
ylorrd.set_range(*self.plotrange)
logger.info("Set color range to {}".format(self.plotrange))
if not floating_point:
result_img.colorize(ylorrd)
if array is None:
shape = self.result.shape
else:
shape = array.shape
result_img.resize((shape[0] * int(resize),
shape[1] * int(resize)))
if save:
# Get output directory and image name
if array is None:
outname = self.name
else:
outname = self.name + '_' + name
savedir = os.path.join(dir, outname + '_' +
result_img = Image(self.result.squeeze(), mode='L',
fill_value=None)
else:
self.plotrange = (np.nanmin(array), np.nanmax(array))
if type == 'tif':
result_img = GeoImage(array.squeeze(), area,
self.time,
mode="L")
else:
result_img = Image(array.squeeze(), mode='L', fill_value=None)
result_img.stretch("crude")
# Colorize image
ylorrd.set_range(*self.plotrange)
logger.info("Set color range to {}".format(self.plotrange))
if not floating_point:
result_img.colorize(ylorrd)
if array is None:
shape = self.result.shape
else:
shape = array.shape
result_img.resize((shape[0] * int(resize),
shape[1] * int(resize)))
if save:
# Get output directory and image name
if array is None:
outname = self.name
else:
outname = self.name + '_' + name
savedir = os.path.join(dir, outname + '_' +
datetime.strftime(self.time,
'%Y%m%d%H%M') +
'.' + type)